;(function (global, factory) {
|
typeof exports === "object" && typeof module !== "undefined"
|
? factory(exports)
|
: typeof define === "function" && define.amd
|
? define(["exports"], factory)
|
: ((global = global || self), factory((global.SuperMap3D = Cesium)))
|
})(this, function (exports) {
|
"use strict"
|
|
var _0x41bd = [
|
"281VqMpAA",
|
"150362jOGNIY",
|
"1083940amwWWs",
|
"2kIsFNI",
|
"DeveloperError",
|
"390821hziKbH",
|
"483305MRSOdj",
|
"1WzEXID",
|
"3SAftUZ",
|
"1885xcyJKl",
|
"throwInstantiationError",
|
"191227hBowqW",
|
"prototype",
|
"1SKSobL",
|
"160563uzicWJ"
|
]
|
var _0x29078a = _0x40fb
|
;(function (_0x5937a8, _0x2f66a2) {
|
var _0x35aa4c = _0x40fb
|
while (!![]) {
|
try {
|
var _0x1325c5 =
|
parseInt(_0x35aa4c(0x1be)) * -parseInt(_0x35aa4c(0x1c6)) +
|
parseInt(_0x35aa4c(0x1bf)) * -parseInt(_0x35aa4c(0x1c5)) +
|
-parseInt(_0x35aa4c(0x1ca)) * parseInt(_0x35aa4c(0x1bd)) +
|
-parseInt(_0x35aa4c(0x1c1)) +
|
parseInt(_0x35aa4c(0x1c4)) +
|
-parseInt(_0x35aa4c(0x1c3)) * parseInt(_0x35aa4c(0x1cb)) +
|
parseInt(_0x35aa4c(0x1c7)) * parseInt(_0x35aa4c(0x1c8))
|
if (_0x1325c5 === _0x2f66a2) break
|
else _0x5937a8["push"](_0x5937a8["shift"]())
|
} catch (_0x5d86e7) {
|
_0x5937a8["push"](_0x5937a8["shift"]())
|
}
|
}
|
})(_0x41bd, 0x44ecf)
|
function _0x40fb(_0x5b1b57, _0x33221c) {
|
_0x5b1b57 = _0x5b1b57 - 0x1bd
|
var _0x41bd0a = _0x41bd[_0x5b1b57]
|
return _0x41bd0a
|
}
|
function RenderTarget() {}
|
;(RenderTarget[_0x29078a(0x1c2)]["begin"] = Cesium[_0x29078a(0x1c9)][_0x29078a(0x1c0)]),
|
(RenderTarget[_0x29078a(0x1c2)]["end"] = Cesium[_0x29078a(0x1c9)]["throwInstantiationError"])
|
|
const _0xd9e7 = [
|
"destroyObject",
|
"destroy",
|
"constructor",
|
"PixelDatatype",
|
"clearCommand",
|
"framebuffer",
|
"execute",
|
"endFunc",
|
"CLAMP_TO_EDGE",
|
"prototype",
|
"39GneolY",
|
"view",
|
"fromCache",
|
"PixelFormat",
|
"pick",
|
"isUpdate",
|
"equals",
|
"width",
|
"passState",
|
"NEAREST",
|
"height",
|
"3eUDokM",
|
"615636ORrVQF",
|
"viewport",
|
"environmentVisible",
|
"1AaSsoD",
|
"drawingBufferWidth",
|
"SceneFramebuffer",
|
"begin",
|
"createViewportQuadCommand",
|
"beginFunc",
|
"depthTextureToCopy",
|
"TextureMinificationFilter",
|
"isDestroyed",
|
"getFramebuffer",
|
"depthTexture",
|
"depthStencilTexture",
|
"end",
|
"copyDepthCommand",
|
"passes",
|
"287407fRRgdv",
|
"96488iqAKho",
|
"PassState",
|
"RenderState",
|
"_updateFramebuffer",
|
"UNSIGNED_BYTE",
|
"1248277DdBQGG",
|
"context",
|
"\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20uniform\x20sampler2D\x20u_depthTexture;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20varying\x20vec2\x20v_textureCoordinates;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20void\x20main()\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20gl_FragColor\x20=\x20czm_packDepth(texture2D(u_depthTexture,\x20v_textureCoordinates).r);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20",
|
"35179bYINOY",
|
"Color",
|
"Framebuffer",
|
"_updateCopyCommand",
|
"_hdr",
|
"sceneFramebuffer",
|
"TextureWrap",
|
"5594FwTdSY",
|
"vertexArray",
|
"126uGAfeE",
|
"114052ocEMcq",
|
"frameState",
|
"BoundingRectangle"
|
]
|
const _0xedd45b = _0x513b
|
;(function (_0x5c3cdb, _0x3d2877) {
|
const _0x4d7380 = _0x513b
|
while (!![]) {
|
try {
|
const _0x4f896e =
|
-parseInt(_0x4d7380(0x93)) +
|
-parseInt(_0x4d7380(0x94)) * parseInt(_0x4d7380(0xbe)) +
|
-parseInt(_0x4d7380(0x9c)) * -parseInt(_0x4d7380(0xb3)) +
|
parseInt(_0x4d7380(0xbf)) +
|
parseInt(_0x4d7380(0xc2)) * -parseInt(_0x4d7380(0x99)) +
|
parseInt(_0x4d7380(0xa3)) * parseInt(_0x4d7380(0xa5)) +
|
-parseInt(_0x4d7380(0xa6))
|
if (_0x4f896e === _0x3d2877) break
|
else _0x5c3cdb["push"](_0x5c3cdb["shift"]())
|
} catch (_0x45716f) {
|
_0x5c3cdb["push"](_0x5c3cdb["shift"]())
|
}
|
}
|
})(_0xd9e7, 0xb7e6d)
|
function DepthFramebuffer(_0x374cb6) {
|
const _0x4397e3 = _0x513b
|
;(this[_0x4397e3(0x9a)] = _0x374cb6),
|
(this["sceneFramebuffer"] = new Cesium[_0x4397e3(0xc4)]()),
|
(this["passState"] = new Cesium[_0x4397e3(0x95)](_0x374cb6)),
|
(this["passState"][_0x4397e3(0xc0)] = new Cesium[_0x4397e3(0xa8)]()),
|
(this[_0x4397e3(0xc1)] = {
|
isSunVisible: ![],
|
isMoonVisible: ![],
|
isSkyAtmosphereVisible: ![],
|
isSkyBoxVisible: ![],
|
isGlobalVisible: !![],
|
isObjectVisible: !![]
|
}),
|
(this[_0x4397e3(0xba)] = 0x0),
|
(this[_0x4397e3(0xbd)] = 0x0),
|
(this["copyDepthCommand"] = undefined),
|
(this[_0x4397e3(0xad)] = undefined),
|
(this[_0x4397e3(0xae)] = undefined),
|
(this[_0x4397e3(0x8a)] = undefined),
|
(this["rs"] = undefined),
|
(this["depthTexture"] = undefined),
|
(this[_0x4397e3(0xae)] = undefined),
|
(this[_0x4397e3(0xb8)] = ![])
|
}
|
function _0x513b(_0x46557b, _0x1c15ca) {
|
_0x46557b = _0x46557b - 0x87
|
let _0xd9e790 = _0xd9e7[_0x46557b]
|
return _0xd9e790
|
}
|
;(DepthFramebuffer[_0xedd45b(0xb2)] = Object["create"](RenderTarget[_0xedd45b(0xb2)])),
|
(DepthFramebuffer[_0xedd45b(0xb2)][_0xedd45b(0xab)] = RenderTarget),
|
(DepthFramebuffer[_0xedd45b(0xb2)][_0xedd45b(0x97)] = function (_0x238fea) {
|
const _0x1888cd = _0xedd45b
|
let _0x5b3ce6 = _0x238fea[_0x1888cd(0xc3)],
|
_0x282488 = _0x238fea["drawingBufferHeight"]
|
;(!this["framebuffer"] || this["width"] !== _0x5b3ce6 || this[_0x1888cd(0xbd)] !== _0x282488) &&
|
((this["width"] = _0x5b3ce6),
|
(this["height"] = _0x282488),
|
(this[_0x1888cd(0x8e)] = this[_0x1888cd(0x8e)] && !this[_0x1888cd(0x8e)]["isDestroyed"]() && this["depthTexture"][_0x1888cd(0xaa)]()),
|
(this[_0x1888cd(0x8e)] = new Cesium["Texture"]({
|
context: _0x238fea,
|
width: _0x5b3ce6,
|
height: _0x282488,
|
pixelFormat: Cesium[_0x1888cd(0xb6)]["RGBA"],
|
pixelDatatype: Cesium[_0x1888cd(0xac)][_0x1888cd(0x98)],
|
sampler: new Cesium["Sampler"]({
|
wrapS: Cesium[_0x1888cd(0xa2)][_0x1888cd(0xb1)],
|
wrapT: Cesium[_0x1888cd(0xa2)][_0x1888cd(0xb1)],
|
minificationFilter: Cesium[_0x1888cd(0x8b)][_0x1888cd(0xbc)],
|
magnificationFilter: Cesium["TextureMagnificationFilter"][_0x1888cd(0xbc)]
|
})
|
})),
|
(this[_0x1888cd(0xae)] = this[_0x1888cd(0xae)] && !this[_0x1888cd(0xae)][_0x1888cd(0x8c)]() && this[_0x1888cd(0xae)][_0x1888cd(0xaa)]()),
|
(this[_0x1888cd(0xae)] = new Cesium[_0x1888cd(0x9e)]({
|
context: _0x238fea,
|
colorTextures: [this[_0x1888cd(0x8e)]],
|
destroyAttachments: ![]
|
})))
|
}),
|
(DepthFramebuffer[_0xedd45b(0xb2)][_0xedd45b(0x9f)] = function (_0x2a89ff) {
|
const _0x3816b3 = _0xedd45b
|
;(!this["rs"] || !Cesium["BoundingRectangle"][_0x3816b3(0xb9)](this[_0x3816b3(0xbb)][_0x3816b3(0xc0)], this["rs"][_0x3816b3(0xc0)])) &&
|
(this["rs"] = Cesium[_0x3816b3(0x96)][_0x3816b3(0xb5)]({
|
viewport: this[_0x3816b3(0xbb)][_0x3816b3(0xc0)]
|
}))
|
if (!this[_0x3816b3(0x91)]) {
|
let _0x566217 = _0x3816b3(0x9b)
|
this[_0x3816b3(0x91)] = _0x2a89ff[_0x3816b3(0x88)](_0x566217, {
|
uniformMap: {
|
u_depthTexture: () => {
|
const _0x24522f = _0x3816b3
|
return this[_0x24522f(0x8a)]
|
}
|
},
|
owner: this
|
})
|
}
|
!this[_0x3816b3(0xad)] &&
|
(this["clearCommand"] = new Cesium["ClearCommand"]({
|
color: new Cesium[_0x3816b3(0x9d)](0x0, 0x0, 0x0, 0x0),
|
stencil: 0x0,
|
depth: 0x1,
|
owner: this
|
})),
|
(this["copyDepthCommand"]["renderState"] = this["rs"]),
|
(this[_0x3816b3(0x91)][_0x3816b3(0xae)] = this[_0x3816b3(0xae)]),
|
(this[_0x3816b3(0xad)]["framebuffer"] = this[_0x3816b3(0xae)])
|
}),
|
(DepthFramebuffer["prototype"][_0xedd45b(0x87)] = function (_0x44223e) {
|
const _0x40b5fc = _0xedd45b
|
this[_0x40b5fc(0xa1)]["update"](_0x44223e[_0x40b5fc(0x9a)], _0x44223e[_0x40b5fc(0xb4)]["viewport"], _0x44223e[_0x40b5fc(0xa0)]),
|
(this[_0x40b5fc(0xbb)][_0x40b5fc(0xae)] = this[_0x40b5fc(0xa1)][_0x40b5fc(0x8d)]()),
|
Cesium["BoundingRectangle"]["clone"](_0x44223e[_0x40b5fc(0xb4)]["viewport"], this[_0x40b5fc(0xbb)]["viewport"])
|
let _0x1a83d5 = _0x44223e[_0x40b5fc(0x9a)]
|
return (
|
this["_updateFramebuffer"](_0x1a83d5),
|
this[_0x40b5fc(0x9f)](_0x1a83d5),
|
this["clearCommand"][_0x40b5fc(0xaf)](_0x1a83d5, this[_0x40b5fc(0xbb)]),
|
(_0x44223e["frameState"]["passes"]["depth"] = !![]),
|
this["beginFunc"] && this[_0x40b5fc(0x89)](_0x44223e[_0x40b5fc(0xa7)]),
|
this[_0x40b5fc(0xbb)]
|
)
|
}),
|
(DepthFramebuffer[_0xedd45b(0xb2)][_0xedd45b(0x90)] = function (_0x3bcc90, _0x3edbfd) {
|
const _0x2cfb76 = _0xedd45b
|
;(_0x3bcc90[_0x2cfb76(0x92)][_0x2cfb76(0xb7)] = ![]),
|
(_0x3bcc90[_0x2cfb76(0x92)]["depth"] = ![]),
|
this[_0x2cfb76(0xb0)] && this["endFunc"](_0x3bcc90),
|
(this[_0x2cfb76(0x8a)] = _0x3edbfd[_0x2cfb76(0xae)][_0x2cfb76(0x8f)]),
|
this["copyDepthCommand"] && this[_0x2cfb76(0x91)][_0x2cfb76(0xaf)](_0x3bcc90["context"], _0x3edbfd)
|
}),
|
(DepthFramebuffer[_0xedd45b(0xb2)]["isDestroyed"] = function () {
|
return ![]
|
}),
|
(DepthFramebuffer[_0xedd45b(0xb2)]["destroy"] = function () {
|
const _0x2ebd69 = _0xedd45b
|
;(this[_0x2ebd69(0x8e)] = this["depthTexture"] && !this[_0x2ebd69(0x8e)]["isDestroyed"]() && this["depthTexture"][_0x2ebd69(0xaa)]()),
|
(this[_0x2ebd69(0xae)] = this[_0x2ebd69(0xae)] && !this[_0x2ebd69(0xae)]["isDestroyed"]() && this[_0x2ebd69(0xae)][_0x2ebd69(0xaa)]())
|
if (this[_0x2ebd69(0x91)]) {
|
let _0x4d2d1a = this["copyDepthCommand"]["sp"]
|
_0x4d2d1a = _0x4d2d1a && !_0x4d2d1a[_0x2ebd69(0x8c)]() && _0x4d2d1a[_0x2ebd69(0xaa)]()
|
let _0x27e9b8 = this[_0x2ebd69(0x91)][_0x2ebd69(0xa4)]
|
;(_0x27e9b8 = _0x27e9b8 && !_0x27e9b8[_0x2ebd69(0x8c)]() && _0x27e9b8[_0x2ebd69(0xaa)]()), (this[_0x2ebd69(0x91)] = undefined)
|
}
|
return (this["clearCommand"] = undefined), (this[_0x2ebd69(0x8a)] = undefined), (this["isUpdate"] = ![]), Cesium[_0x2ebd69(0xa9)](this)
|
})
|
|
var _0x175d = [
|
"2407GtTmUh",
|
"71rvJXBW",
|
"3121ZZYZHR",
|
"260876dfMUjc",
|
"216173aSZSCM",
|
"149458CNFAMI",
|
"\x0a\x20\x20\x20\x20attribute\x20vec4\x20aPosition;\x0a\x20\x20\x20\x20varying\x20vec4\x20vClipPos;\x0a\x20\x20\x20\x20void\x20main()\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vClipPos\x20=\x20czm_modelViewProjection\x20*\x20vec4(aPosition.xyz,\x201.0);\x0a\x09\x20\x20\x20\x20gl_Position\x20=\x20vClipPos;\x0a\x20\x20\x20\x20}\x0a",
|
"4tjgsQf",
|
"1xRiKva",
|
"2jKzket",
|
"314856YvYjAO",
|
"193DeqBgl",
|
"1382251qeWdBr"
|
]
|
var _0x232d9a = _0x78a5
|
function _0x78a5(_0x1d1a8a, _0x48559c) {
|
_0x1d1a8a = _0x1d1a8a - 0x173
|
var _0x175d0a = _0x175d[_0x1d1a8a]
|
return _0x175d0a
|
}
|
;(function (_0x206947, _0x23e4c0) {
|
var _0x469460 = _0x78a5
|
while (!![]) {
|
try {
|
var _0x2c8b8c =
|
parseInt(_0x469460(0x175)) * parseInt(_0x469460(0x176)) +
|
parseInt(_0x469460(0x17d)) * -parseInt(_0x469460(0x17e)) +
|
parseInt(_0x469460(0x178)) +
|
parseInt(_0x469460(0x177)) +
|
-parseInt(_0x469460(0x17f)) * parseInt(_0x469460(0x174)) +
|
-parseInt(_0x469460(0x179)) * parseInt(_0x469460(0x17b)) +
|
-parseInt(_0x469460(0x173)) * -parseInt(_0x469460(0x17c))
|
if (_0x2c8b8c === _0x23e4c0) break
|
else _0x206947["push"](_0x206947["shift"]())
|
} catch (_0x53b862) {
|
_0x206947["push"](_0x206947["shift"]())
|
}
|
}
|
})(_0x175d, 0x5eebc)
|
var _0x4df7a3 = _0x232d9a(0x17a)
|
|
var _0x1327 = [
|
"2482208JhQfHo",
|
"5233lpEShC",
|
"1BBUOtL",
|
"1000953cAHYIO",
|
"1zYTnYi",
|
"684722VmnjtF",
|
"\x0a#ifdef\x20GL_EXT_frag_depth\x0a#extension\x20GL_EXT_frag_depth\x20:\x20enable\x0a#endif\x0a#ifdef\x20GL_OES_standard_derivatives\x0a#extension\x20GL_OES_standard_derivatives\x20:\x20enable\x0a#endif\x0a\x0auniform\x20vec4\x20uVisibleAreaColor;\x0auniform\x20vec4\x20uHiddenAreaColor;\x0auniform\x20vec2\x20uTextureSize;\x0auniform\x20sampler2D\x20uGlobalDepthTexture;\x0auniform\x20sampler2D\x20uTexture;\x0auniform\x20mat4\x20uRenderTextureMatrix;\x0avarying\x20vec4\x20vClipPos;\x0a\x0afloat\x20getDepth(in\x20vec4\x20depth)\x0a{\x0a\x20\x20\x20\x20float\x20z_window\x20=\x20czm_unpackDepth(depth);\x0a\x20\x20\x20\x20return\x20z_window;\x0a}\x0a\x0afloat\x20getDepthFromShadowMap(in\x20sampler2D\x20viewShedTexture,\x20in\x20vec4\x20texCoord)\x0a{\x0a\x09vec2\x20tCoord;\x0a\x20\x20\x20\x20tCoord\x20=\x20texCoord.xy\x20*\x20uTextureSize\x20-\x200.5;\x0a\x09float\x20x0\x20=\x20floor(tCoord.x);\x0a\x09float\x20x1\x20=\x20ceil(tCoord.x);\x0a\x09float\x20y0\x20=\x20floor(tCoord.y);\x0a\x09float\x20y1\x20=\x20ceil(tCoord.y);\x0a\x09vec2\x20invTexSize\x20=\x201.0\x20/\x20uTextureSize;\x0a\x09vec2\x20t00\x20=\x20vec2((x0\x20+\x200.5)\x20*\x20invTexSize.x,\x20(y0\x20+\x200.5)\x20*\x20invTexSize.y);\x0a\x09vec2\x20t10\x20=\x20vec2((x1\x20+\x200.5)\x20*\x20invTexSize.x,\x20(y0\x20+\x200.5)\x20*\x20invTexSize.y);\x0a\x09vec2\x20t01\x20=\x20vec2((x0\x20+\x200.5)\x20*\x20invTexSize.x,\x20(y1\x20+\x200.5)\x20*\x20invTexSize.y);\x0a\x09vec2\x20t11\x20=\x20vec2((x1\x20+\x200.5)\x20*\x20invTexSize.x,\x20(y1\x20+\x200.5)\x20*\x20invTexSize.y);\x0a\x09float\x20z00\x20=\x20getDepth(texture2D(uTexture,\x20t00));\x0a\x09float\x20z10\x20=\x20getDepth(texture2D(uTexture,\x20t01));\x0a\x09float\x20z01\x20=\x20getDepth(texture2D(uTexture,\x20t10));\x0a\x09float\x20z11\x20=\x20getDepth(texture2D(uTexture,\x20t11));\x0a\x09float\x20depth\x20=\x20max(max(z00,\x20z01),\x20max(z10,\x20z11));\x0a\x09return\x20depth;\x0a}\x0a\x0avoid\x20main()\x0a{\x0a\x09vec4\x20depthTexCoord\x20=\x20vClipPos\x20/\x20vClipPos.w;\x0a\x09depthTexCoord.xy\x20=\x20depthTexCoord.xy\x20*\x200.5\x20+\x200.5;\x0a\x09float\x20sceneDepth\x20=\x20czm_unpackDepth(texture2D(uGlobalDepthTexture,\x20depthTexCoord.xy));\x0a\x09sceneDepth\x20=\x20sceneDepth\x20*\x202.0\x20-\x201.0;\x0a\x09vec4\x20pos\x20=\x20vClipPos;\x0a\x09pos.z\x20=\x20sceneDepth\x20*\x20pos.w;\x0a\x09vec4\x20renderTextureCoord\x20=\x20uRenderTextureMatrix\x20*\x20pos;\x0a\x09vec4\x20texCoord\x20=\x20renderTextureCoord\x20/\x20renderTextureCoord.w;\x0a\x09texCoord.xyz\x20=\x20texCoord.xyz\x20*\x200.5\x20+\x200.5;\x0a\x09float\x20depth\x20=\x20getDepthFromShadowMap(uTexture,\x20texCoord);\x0a\x09float\x20dxc\x20=\x20abs(dFdx(texCoord.z));\x0a\x09float\x20dyc\x20=\x20abs(dFdy(texCoord.z));\x0a\x09float\x20dF\x20=\x20max(dxc,\x20dyc)\x20*\x203.0;\x0a\x09float\x20bias\x20=\x201.0e-6\x20+\x20dF;\x0a\x09float\x20c\x20=\x20float(depth\x20+\x20bias\x20<\x20texCoord.z);\x0a\x09vec4\x20finalColor\x20=\x20mix(uVisibleAreaColor,\x20uHiddenAreaColor,\x20vec4(c));\x0a\x09if(finalColor.a\x20<\x200.1)\x0a\x09{\x0a\x09\x09discard;\x0a\x09}\x0a\x09gl_FragColor\x20=\x20czm_gammaCorrect(finalColor);\x0a}\x0a",
|
"1167823iOnarx",
|
"1147619FKhFgE",
|
"3iQQuFT",
|
"57ZVBAMq",
|
"148186eWOUOn"
|
]
|
var _0x3c24aa = _0xb1e6
|
;(function (_0x13ac0f, _0x911d62) {
|
var _0x3944c2 = _0xb1e6
|
while (!![]) {
|
try {
|
var _0x3ddcd6 =
|
parseInt(_0x3944c2(0x1c9)) +
|
-parseInt(_0x3944c2(0x1d1)) * -parseInt(_0x3944c2(0x1ce)) +
|
-parseInt(_0x3944c2(0x1cc)) +
|
parseInt(_0x3944c2(0x1cf)) * parseInt(_0x3944c2(0x1cd)) +
|
-parseInt(_0x3944c2(0x1c8)) * parseInt(_0x3944c2(0x1cb)) +
|
-parseInt(_0x3944c2(0x1c7)) * parseInt(_0x3944c2(0x1c6)) +
|
parseInt(_0x3944c2(0x1d0))
|
if (_0x3ddcd6 === _0x911d62) break
|
else _0x13ac0f["push"](_0x13ac0f["shift"]())
|
} catch (_0x2d0a7e) {
|
_0x13ac0f["push"](_0x13ac0f["shift"]())
|
}
|
}
|
})(_0x1327, 0x90dde)
|
function _0xb1e6(_0x200041, _0x4030c9) {
|
_0x200041 = _0x200041 - 0x1c6
|
var _0x13276f = _0x1327[_0x200041]
|
return _0x13276f
|
}
|
var _0x313bb2 = _0x3c24aa(0x1ca)
|
|
var _0x5dee = [
|
"11297Honhrc",
|
"178511bRpOUD",
|
"27leQFPu",
|
"733274qZCSxJ",
|
"186109fFAUvR",
|
"34TPUJMg",
|
"5914WjHtqK",
|
"2nRCEBC",
|
"464147roZJaR",
|
"1nlEiKP",
|
"attribute\x20vec4\x20aPosition;\x0avarying\x20vec4\x20vClipVertex;\x0avarying\x20float\x20fWindowZ;\x0avec4\x20depthClampFarPlane(vec4\x20clipPos)\x0a{\x0a\x09fWindowZ\x20=\x20(0.5\x20*\x20(clipPos.z\x20/\x20clipPos.w)\x20+\x200.5)\x20*\x20clipPos.w;\x0a\x09clipPos.z\x20=\x20min(clipPos.z,\x20clipPos.w);\x0a\x09return\x20clipPos;\x0a}\x0avoid\x20main()\x0a{\x0a\x20\x20\x20vec4\x20pos\x20=\x20czm_modelViewProjection\x20*\x20vec4(aPosition.xyz,\x201.0);\x0a\x20\x20\x20gl_Position\x20=\x20depthClampFarPlane(pos);\x0a}\x0a",
|
"290011bnqbnB"
|
]
|
var _0x4ece3f = _0x2bfc
|
function _0x2bfc(_0x4e5082, _0xbc2321) {
|
_0x4e5082 = _0x4e5082 - 0x7e
|
var _0x5dee3f = _0x5dee[_0x4e5082]
|
return _0x5dee3f
|
}
|
;(function (_0x466cf0, _0x228dc8) {
|
var _0x49d1de = _0x2bfc
|
while (!![]) {
|
try {
|
var _0x440088 =
|
-parseInt(_0x49d1de(0x7f)) * -parseInt(_0x49d1de(0x7e)) +
|
-parseInt(_0x49d1de(0x89)) +
|
-parseInt(_0x49d1de(0x81)) * parseInt(_0x49d1de(0x82)) +
|
-parseInt(_0x49d1de(0x84)) +
|
-parseInt(_0x49d1de(0x86)) +
|
parseInt(_0x49d1de(0x85)) * -parseInt(_0x49d1de(0x87)) +
|
-parseInt(_0x49d1de(0x80)) * -parseInt(_0x49d1de(0x88))
|
if (_0x440088 === _0x228dc8) break
|
else _0x466cf0["push"](_0x466cf0["shift"]())
|
} catch (_0x6db3f9) {
|
_0x466cf0["push"](_0x466cf0["shift"]())
|
}
|
}
|
})(_0x5dee, 0x3b873)
|
var _0x53fc49 = _0x4ece3f(0x83)
|
|
var _0x2c42 = [
|
"\x0a#ifdef\x20GL_EXT_frag_depth\x0a#extension\x20GL_EXT_frag_depth\x20:\x20enable\x0a#endif\x0auniform\x20vec4\x20uColor;\x0avarying\x20float\x20fWindowZ;\x0avoid\x20main()\x0a{\x0a#ifdef\x20GL_EXT_frag_depth\x0a\x09gl_FragDepthEXT\x20=\x20min(fWindowZ\x20*\x20gl_FragCoord.w,\x201.0);\x0a#endif\x0a\x20\x20\x20gl_FragColor\x20=\x20uColor;\x0a}",
|
"133GCMWlG",
|
"19715DMZxdr",
|
"662hSnxqB",
|
"1ZSdoRg",
|
"32098ILLOSc",
|
"7XdXqRL",
|
"14158ZuXOVG",
|
"9334HijQsc",
|
"1DgvFbV",
|
"153898nmBfDl",
|
"16XvRjwt",
|
"574741UXyUHk"
|
]
|
var _0x25d77f = _0x3658
|
;(function (_0x3dbbe7, _0x406e7f) {
|
var _0x232c8b = _0x3658
|
while (!![]) {
|
try {
|
var _0x335a66 =
|
parseInt(_0x232c8b(0x12d)) +
|
-parseInt(_0x232c8b(0x12f)) * parseInt(_0x232c8b(0x129)) +
|
parseInt(_0x232c8b(0x12a)) * -parseInt(_0x232c8b(0x12e)) +
|
parseInt(_0x232c8b(0x126)) * parseInt(_0x232c8b(0x128)) +
|
-parseInt(_0x232c8b(0x12c)) * parseInt(_0x232c8b(0x130)) +
|
parseInt(_0x232c8b(0x127)) * -parseInt(_0x232c8b(0x12b)) +
|
parseInt(_0x232c8b(0x131))
|
if (_0x335a66 === _0x406e7f) break
|
else _0x3dbbe7["push"](_0x3dbbe7["shift"]())
|
} catch (_0x1c17e4) {
|
_0x3dbbe7["push"](_0x3dbbe7["shift"]())
|
}
|
}
|
})(_0x2c42, 0x1daf8)
|
function _0x3658(_0x3ad05e, _0x4eb53a) {
|
_0x3ad05e = _0x3ad05e - 0x126
|
var _0x2c42d8 = _0x2c42[_0x3ad05e]
|
return _0x2c42d8
|
}
|
var _0x3e61a4 = _0x25d77f(0x132)
|
|
const _0x5704 = [
|
"UNIT_Y",
|
"DECREMENT_WRAP",
|
"vertexArray",
|
"inverse",
|
"StencilFunction",
|
"170539qsdbKN",
|
"width",
|
"_context",
|
"magnitude",
|
"depthTexture",
|
"Matrix4",
|
"build",
|
"DrawCommand",
|
"_destroyCommand",
|
"DepthFunction",
|
"boundingSphere",
|
"4LyqOGY",
|
"length",
|
"17SAqZTw",
|
"viewProjectionMatrix",
|
"_viewPosition",
|
"588881dcYBox",
|
"endFunc",
|
"renderState",
|
"max",
|
"normalize",
|
"projectionMatrix",
|
"tan",
|
"dot",
|
"createIndexBuffer",
|
"_hintLineColor",
|
"DEGREES_PER_RADIAN",
|
"sin",
|
"Cartesian3",
|
"useLogDepth",
|
"frustum",
|
"NOT_EQUAL",
|
"update",
|
"_visibleAreaColor",
|
"near",
|
"segmentCount",
|
"_pitch",
|
"invViewMatrix",
|
"fov",
|
"scene",
|
"Math",
|
"RenderState",
|
"BoundingSphere",
|
"BufferUsage",
|
"_setRenderTarget",
|
"KEEP",
|
"FLOAT",
|
"ComponentDatatype",
|
"36891cDweRZ",
|
"_verticalFov",
|
"_createCommand",
|
"pick",
|
"context",
|
"shallowClone",
|
"_horizontalFov",
|
"Cartesian2",
|
"isUpdate",
|
"aspectRatio",
|
"stencilCommand",
|
"createTypedArray",
|
"Color",
|
"fbo",
|
"position",
|
"isDestroyed",
|
"INCREMENT_WRAP",
|
"1743179mDZFbJ",
|
"_global",
|
"uniformMap",
|
"push",
|
"shaderProgram",
|
"beginFunc",
|
"pitch",
|
"distance",
|
"viewMatrix",
|
"multiply",
|
"13721lHKtpB",
|
"UNIT_Z",
|
"clone",
|
"lineCommand",
|
"add",
|
"fromCache",
|
"transform",
|
"VertexArray",
|
"fromDegreesArrayHeights",
|
"subtract",
|
"Pass",
|
"_hiddenAreaColor",
|
"3qqHcSL",
|
"ShaderSource",
|
"StencilOperation",
|
"direction",
|
"view",
|
"_distance",
|
"RADIANS_PER_DEGREE",
|
"187531wVwnyM",
|
"_renderTargets",
|
"STATIC_DRAW",
|
"dirty",
|
"globalName",
|
"98xmlZPc",
|
"far",
|
"1TaoJjn",
|
"farToNearRatio",
|
"GREATER",
|
"passes",
|
"colorCommand",
|
"roll",
|
"destroy",
|
"_projection",
|
"OPAQUE",
|
"1shdaet",
|
"ShaderProgram",
|
"1HXFsTG",
|
"renderTextureMatrix",
|
"clear",
|
"heading",
|
"setView",
|
"_updateCamera",
|
"commandList",
|
"inverseViewMatrix",
|
"1183713wuQdDh",
|
"globalDepthBuffer",
|
"cross",
|
"PrimitiveType",
|
"IndexDatatype",
|
"center",
|
"depth",
|
"LINES",
|
"primitives",
|
"BlendingState",
|
"Buffer",
|
"ALPHA_BLEND",
|
"UNSIGNED_SHORT",
|
"prototype",
|
"name",
|
"cos",
|
"ALWAYS",
|
"radius",
|
"cameraDepthBuffer"
|
]
|
const _0x396531 = _0x57af
|
;(function (_0x397201, _0x61aecf) {
|
const _0x1727df = _0x57af
|
while (!![]) {
|
try {
|
const _0x29bd63 =
|
-parseInt(_0x1727df(0x17c)) * parseInt(_0x1727df(0x158)) +
|
-parseInt(_0x1727df(0x175)) * -parseInt(_0x1727df(0x16e)) +
|
parseInt(_0x1727df(0x147)) * parseInt(_0x1727df(0x1b4)) +
|
parseInt(_0x1727df(0x162)) * parseInt(_0x1727df(0x17a)) +
|
-parseInt(_0x1727df(0x1a7)) * -parseInt(_0x1727df(0x1b2)) +
|
parseInt(_0x1727df(0x187)) * parseInt(_0x1727df(0x1b7)) +
|
parseInt(_0x1727df(0x185)) * -parseInt(_0x1727df(0x18f))
|
if (_0x29bd63 === _0x61aecf) break
|
else _0x397201["push"](_0x397201["shift"]())
|
} catch (_0x37fd89) {
|
_0x397201["push"](_0x397201["shift"]())
|
}
|
}
|
})(_0x5704, 0xd67cf)
|
function _0x57af(_0x56c08d, _0x47c211) {
|
_0x56c08d = _0x56c08d - 0x142
|
let _0x570461 = _0x5704[_0x56c08d]
|
return _0x570461
|
}
|
function ViewShed3D(_0x1d07ab) {
|
const _0x58bb56 = _0x57af
|
;(this[_0x58bb56(0x1ce)] = _0x1d07ab),
|
(this["cameraDepthBuffer"] = new DepthFramebuffer(_0x1d07ab[_0x58bb56(0x1a9)])),
|
(this["globalDepthBuffer"] = new DepthFramebuffer(_0x1d07ab["_context"])),
|
(this[_0x58bb56(0x19d)] = ""),
|
(this[_0x58bb56(0x179)] = ""),
|
(this[_0x58bb56(0x1ca)] = 0x14),
|
(this[_0x58bb56(0x1b6)] = [0x0, 0x0, 0x0]),
|
(this["_direction"] = 0x0),
|
(this["_pitch"] = 0x0),
|
(this[_0x58bb56(0x14d)] = 0x5a),
|
(this["_verticalFov"] = 0x3c),
|
(this["_distance"] = 0x64),
|
(this["_visibleAreaColor"] = new Cesium[_0x58bb56(0x153)](0x0, 0x1, 0x0, 0.5)),
|
(this[_0x58bb56(0x16d)] = new Cesium["Color"](0x1, 0x0, 0x0, 0.5)),
|
(this[_0x58bb56(0x1c0)] = new Cesium[_0x58bb56(0x153)](0x1, 0x1, 0x1, 0x1)),
|
(this[_0x58bb56(0x1b1)] = new Cesium[_0x58bb56(0x1d1)]()),
|
(this[_0x58bb56(0x1b5)] = new Cesium[_0x58bb56(0x1ac)]()),
|
(this[_0x58bb56(0x1cc)] = new Cesium[_0x58bb56(0x1ac)]()),
|
(this["renderTextureMatrix"] = new Cesium["Matrix4"]()),
|
(this[_0x58bb56(0x180)] = undefined),
|
(this["stencilCommand"] = undefined),
|
(this[_0x58bb56(0x165)] = undefined),
|
(this[_0x58bb56(0x178)] = ![])
|
}
|
Object["defineProperties"](ViewShed3D["prototype"], {
|
viewPosition: {
|
get: function () {
|
return this["_viewPosition"]
|
},
|
set: function (_0x5f21a4) {
|
const _0x5bf017 = _0x57af
|
this[_0x5bf017(0x1b6)] = _0x5f21a4
|
}
|
},
|
direction: {
|
get: function () {
|
return this["_direction"]
|
},
|
set: function (_0x291957) {
|
const _0x16fa9b = _0x57af
|
;(this["_direction"] = _0x291957), (this[_0x16fa9b(0x178)] = !![])
|
}
|
},
|
pitch: {
|
get: function () {
|
return this["_pitch"]
|
},
|
set: function (_0x3c1d4c) {
|
const _0x4c6e97 = _0x57af
|
;(this[_0x4c6e97(0x1cb)] = _0x3c1d4c), (this[_0x4c6e97(0x178)] = !![])
|
}
|
},
|
horizontalFov: {
|
get: function () {
|
const _0x2423c4 = _0x57af
|
return this[_0x2423c4(0x14d)]
|
},
|
set: function (_0x561ef4) {
|
const _0x218e02 = _0x57af
|
;(this[_0x218e02(0x14d)] = _0x561ef4), (this["dirty"] = !![])
|
}
|
},
|
verticalFov: {
|
get: function () {
|
return this["_verticalFov"]
|
},
|
set: function (_0x46d551) {
|
const _0x36b82a = _0x57af
|
;(this[_0x36b82a(0x148)] = _0x46d551), (this[_0x36b82a(0x178)] = !![])
|
}
|
},
|
distance: {
|
get: function () {
|
const _0x27a48e = _0x57af
|
return this[_0x27a48e(0x173)]
|
},
|
set: function (_0x3201fa) {
|
const _0x517134 = _0x57af
|
;(this[_0x517134(0x173)] = Math[_0x517134(0x1ba)](_0x3201fa, 0x0)), (this[_0x517134(0x178)] = !![])
|
}
|
}
|
}),
|
(ViewShed3D[_0x396531(0x19c)][_0x396531(0x18c)] = function (_0x1faf52) {
|
const _0x5c6696 = _0x396531
|
let _0x45fd17 = _0x1faf52["camera"],
|
_0x3a041d = this[_0x5c6696(0x14d)] * Cesium[_0x5c6696(0x1cf)][_0x5c6696(0x174)],
|
_0x4268e2 = this[_0x5c6696(0x148)] * Cesium["Math"]["RADIANS_PER_DEGREE"],
|
_0x2a6333 = Math[_0x5c6696(0x1bd)](_0x3a041d * 0.5),
|
_0x5bb7a5 = Math[_0x5c6696(0x1bd)](_0x4268e2 * 0.5),
|
_0x2781d4 = _0x2a6333 / _0x5bb7a5,
|
_0x200940 = this[_0x5c6696(0x173)] * 0.001,
|
_0x2f32eb = Math[_0x5c6696(0x1ba)](this[_0x5c6696(0x173)], 0xa),
|
_0x4eebd9 = this["_direction"] * Cesium[_0x5c6696(0x1cf)]["RADIANS_PER_DEGREE"],
|
_0x326eee = this[_0x5c6696(0x1cb)] * Cesium["Math"]["RADIANS_PER_DEGREE"],
|
_0x35b4d6 = Cesium[_0x5c6696(0x1c3)]["fromDegreesArrayHeights"](this["_viewPosition"])[0x0],
|
_0x2d374f = _0x45fd17[_0x5c6696(0x1c5)][_0x5c6696(0x150)],
|
_0x21904b = _0x45fd17[_0x5c6696(0x1c5)][_0x5c6696(0x1cd)],
|
_0x239670 = _0x45fd17["frustum"][_0x5c6696(0x1c9)],
|
_0x44fe3f = _0x45fd17[_0x5c6696(0x1c5)]["far"],
|
_0x54f4dd = new Cesium["Cartesian3"](),
|
_0xc9f05a = _0x45fd17["heading"],
|
_0xe947dd = _0x45fd17[_0x5c6696(0x15e)]
|
Cesium[_0x5c6696(0x1c3)][_0x5c6696(0x164)](_0x45fd17[_0x5c6696(0x155)], _0x54f4dd)
|
let _0x3b21ad = _0x1faf52[_0x5c6696(0x1c4)],
|
_0x4e14c6 = this["scene"]["farToNearRatio"]
|
;(this["cameraDepthBuffer"][_0x5c6696(0x14f)] = !![]),
|
(this[_0x5c6696(0x1a1)][_0x5c6696(0x15d)] = (_0x47c771) => {
|
const _0x112052 = _0x5c6696
|
;(_0x47c771["useLogDepth"] = ![]),
|
(_0x2d374f = _0x45fd17[_0x112052(0x1c5)][_0x112052(0x150)]),
|
(_0x21904b = _0x45fd17[_0x112052(0x1c5)][_0x112052(0x1cd)]),
|
(_0x239670 = _0x45fd17[_0x112052(0x1c5)][_0x112052(0x1c9)]),
|
(_0x44fe3f = _0x45fd17[_0x112052(0x1c5)][_0x112052(0x17b)]),
|
(_0xc9f05a = _0x45fd17[_0x112052(0x18a)]),
|
(_0xe947dd = _0x45fd17[_0x112052(0x15e)]),
|
Cesium[_0x112052(0x1c3)][_0x112052(0x164)](_0x45fd17[_0x112052(0x155)], _0x54f4dd),
|
(_0x45fd17[_0x112052(0x1c5)]["aspectRatio"] = _0x2781d4),
|
(_0x45fd17[_0x112052(0x1c5)][_0x112052(0x1cd)] = _0x3a041d),
|
(_0x45fd17[_0x112052(0x1c5)][_0x112052(0x1c9)] = 0x1),
|
(_0x45fd17["frustum"][_0x112052(0x17b)] = _0x2f32eb + 0x1),
|
_0x45fd17["setView"]({
|
destination: _0x35b4d6,
|
orientation: {
|
heading: _0x4eebd9,
|
pitch: _0x326eee,
|
roll: _0x45fd17[_0x112052(0x181)]
|
}
|
}),
|
Cesium[_0x112052(0x1ac)][_0x112052(0x161)](
|
_0x45fd17[_0x112052(0x1c5)][_0x112052(0x1bc)],
|
_0x45fd17[_0x112052(0x160)],
|
this["viewProjectionMatrix"]
|
),
|
Cesium["Matrix4"]["clone"](_0x45fd17[_0x112052(0x18e)], this[_0x112052(0x1cc)]),
|
Cesium[_0x112052(0x1c3)]["clone"](Cesium[_0x112052(0x1c3)]["ZERO"], this[_0x112052(0x1b1)][_0x112052(0x194)]),
|
(this[_0x112052(0x1b1)][_0x112052(0x1a0)] = this["_distance"]),
|
Cesium[_0x112052(0x1d1)][_0x112052(0x168)](this["boundingSphere"], this[_0x112052(0x1cc)], this[_0x112052(0x1b1)])
|
}),
|
(this[_0x5c6696(0x1a1)][_0x5c6696(0x1b8)] = (_0x45a007) => {
|
const _0x34cb30 = _0x5c6696
|
_0x45fd17["setView"]({
|
destination: _0x54f4dd,
|
orientation: {
|
heading: _0xc9f05a,
|
pitch: _0xe947dd,
|
roll: _0x45fd17[_0x34cb30(0x181)]
|
},
|
convert: ![]
|
}),
|
(_0x45fd17["frustum"][_0x34cb30(0x150)] = _0x2d374f),
|
(_0x45fd17[_0x34cb30(0x1c5)][_0x34cb30(0x1cd)] = _0x21904b),
|
(_0x45fd17[_0x34cb30(0x1c5)][_0x34cb30(0x1c9)] = _0x239670),
|
(_0x45fd17[_0x34cb30(0x1c5)][_0x34cb30(0x17b)] = _0x44fe3f),
|
(this["cameraDepthBuffer"][_0x34cb30(0x14f)] = ![]),
|
(_0x45a007["useLogDepth"] = _0x3b21ad)
|
}),
|
(this[_0x5c6696(0x190)][_0x5c6696(0x14f)] = !![]),
|
(this[_0x5c6696(0x190)][_0x5c6696(0x15d)] = (_0xe14538) => {
|
const _0x4f49c0 = _0x5c6696
|
;(_0xe14538["useLogDepth"] = ![]),
|
(_0x45fd17[_0x4f49c0(0x1c5)][_0x4f49c0(0x1c9)] = 0xa),
|
(this[_0x4f49c0(0x1ce)]["farToNearRatio"] = this[_0x4f49c0(0x1ce)]["logarithmicDepthFarToNearRatio"])
|
}),
|
(this[_0x5c6696(0x190)]["endFunc"] = (_0x4fa715) => {
|
const _0xa46618 = _0x5c6696
|
if (this["scene"][_0xa46618(0x172)]["frustumCommandsList"][_0xa46618(0x1b3)] > 0x0) {
|
let _0x1b3e8a = this[_0xa46618(0x1ce)]["view"]["frustumCommandsList"][0x0]
|
;(_0x45fd17[_0xa46618(0x1c5)][_0xa46618(0x1c9)] = _0x1b3e8a[_0xa46618(0x1c9)]),
|
(_0x45fd17[_0xa46618(0x1c5)]["far"] = _0x1b3e8a[_0xa46618(0x17b)])
|
}
|
let _0x29439c = Cesium["Matrix4"][_0xa46618(0x1a5)](_0x45fd17[_0xa46618(0x1c5)][_0xa46618(0x1bc)], new Cesium[_0xa46618(0x1ac)]()),
|
_0x3a8cf5 = Cesium["Matrix4"][_0xa46618(0x161)](_0x45fd17[_0xa46618(0x18e)], _0x29439c, new Cesium[_0xa46618(0x1ac)]())
|
Cesium[_0xa46618(0x1ac)][_0xa46618(0x161)](this[_0xa46618(0x1b5)], _0x3a8cf5, this[_0xa46618(0x188)]),
|
(_0x4fa715["useLogDepth"] = _0x3b21ad),
|
(this[_0xa46618(0x1ce)][_0xa46618(0x17d)] = _0x4e14c6),
|
(_0x45fd17[_0xa46618(0x1c5)][_0xa46618(0x1c9)] = _0x239670),
|
(_0x45fd17[_0xa46618(0x1c5)][_0xa46618(0x17b)] = _0x44fe3f)
|
})
|
})
|
function createVertices(_0x9ad6) {
|
const _0x211a48 = _0x396531,
|
_0x3c59e1 = _0x9ad6["segmentCount"],
|
_0x7d3eb1 = _0x9ad6[_0x211a48(0x1ca)] + 0x1,
|
_0x551c4b = _0x9ad6[_0x211a48(0x173)]
|
let _0x2ee32a = _0x7d3eb1 * _0x7d3eb1 + 0x1,
|
_0x26b999 = Cesium[_0x211a48(0x146)][_0x211a48(0x152)](Cesium["ComponentDatatype"][_0x211a48(0x145)], _0x2ee32a * 0x3),
|
_0x5b720d = _0x9ad6[_0x211a48(0x14d)] * Cesium[_0x211a48(0x1cf)]["RADIANS_PER_DEGREE"],
|
_0x392ce0 = _0x9ad6[_0x211a48(0x148)] * Cesium[_0x211a48(0x1cf)]["RADIANS_PER_DEGREE"],
|
_0x6abaf5 = Math[_0x211a48(0x1bd)](_0x5b720d * 0.5),
|
_0x55bd5e = Math[_0x211a48(0x1bd)](_0x392ce0 * 0.5),
|
_0x24c070 = Math["PI"] - _0x5b720d * 0.5,
|
_0x366bc4 = _0x551c4b * _0x55bd5e,
|
_0x3f40f3 = 0x0,
|
_0x324369 = 0x0,
|
_0x319db2 = _0x5b720d / _0x3c59e1,
|
_0xdd2f26 = 0x3
|
for (let _0x2827ce = 0x0; _0x2827ce < _0x7d3eb1; _0x2827ce++) {
|
_0x3f40f3 = _0x24c070 + _0x2827ce * _0x319db2
|
let _0x338731 = _0x366bc4 / (_0x551c4b / Math[_0x211a48(0x19e)](_0x3f40f3)),
|
_0x5ef6f3 = Math["atan"](_0x338731),
|
_0x2ccc83 = -_0x5ef6f3,
|
_0x24f068 = (_0x5ef6f3 * 0x2) / _0x3c59e1
|
for (let _0x3fd43e = 0x0; _0x3fd43e < _0x7d3eb1; _0x3fd43e++) {
|
_0x324369 = _0x2ccc83 + _0x3fd43e * _0x24f068
|
let _0x2a28a8 = _0x551c4b * Math[_0x211a48(0x19e)](_0x324369) * Math["sin"](_0x3f40f3),
|
_0x42a417 = _0x551c4b * Math[_0x211a48(0x1c2)](_0x324369),
|
_0x4be00f = _0x551c4b * Math[_0x211a48(0x19e)](_0x324369) * Math[_0x211a48(0x19e)](_0x3f40f3)
|
;(_0x26b999[_0xdd2f26++] = _0x2a28a8), (_0x26b999[_0xdd2f26++] = _0x42a417), (_0x26b999[_0xdd2f26++] = _0x4be00f)
|
}
|
}
|
return _0x26b999
|
}
|
function createFaceIndices(_0x4a6194) {
|
const _0xb43401 = _0x396531,
|
_0x3c9668 = _0x4a6194[_0xb43401(0x1ca)],
|
_0x2db963 = _0x3c9668 + 0x1
|
let _0x419ed4 = _0x3c9668 * _0x3c9668 * 0x3 * 0x2 + _0x3c9668 * 0x3 * 0x4,
|
_0x51d390 = Cesium[_0xb43401(0x146)]["createTypedArray"](Cesium["ComponentDatatype"][_0xb43401(0x19b)], _0x419ed4),
|
_0x3c9f5a = 0x0,
|
_0x39ab71 = 0x1
|
for (let _0x548d51 = 0x0; _0x548d51 < _0x3c9668; _0x548d51++) {
|
for (let _0x517621 = 0x0; _0x517621 < _0x3c9668; _0x517621++) {
|
;(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + _0x517621 * _0x2db963),
|
(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + 0x1 + _0x517621 * _0x2db963),
|
(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + (_0x517621 + 0x1) * _0x2db963),
|
(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + 0x1 + _0x517621 * _0x2db963),
|
(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + 0x1 + (_0x517621 + 0x1) * _0x2db963),
|
(_0x51d390[_0x3c9f5a++] = _0x39ab71 + _0x548d51 + (_0x517621 + 0x1) * _0x2db963)
|
}
|
}
|
for (let _0x5edaf7 = 0x0; _0x5edaf7 < _0x3c9668; _0x5edaf7++) {
|
;(_0x51d390[_0x3c9f5a++] = _0x5edaf7 + 0x1 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = _0x5edaf7 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = 0x0),
|
(_0x51d390[_0x3c9f5a++] = 0x0),
|
(_0x51d390[_0x3c9f5a++] = _0x5edaf7 + _0x3c9668 * _0x2db963 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = _0x5edaf7 + 0x1 + _0x3c9668 * _0x2db963 + _0x39ab71)
|
}
|
for (let _0x34b65f = 0x0; _0x34b65f < _0x3c9668; _0x34b65f++) {
|
;(_0x51d390[_0x3c9f5a++] = 0x0),
|
(_0x51d390[_0x3c9f5a++] = _0x34b65f * _0x2db963 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = (_0x34b65f + 0x1) * _0x2db963 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = _0x3c9668 + (_0x34b65f + 0x1) * _0x2db963 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = _0x3c9668 + _0x34b65f * _0x2db963 + _0x39ab71),
|
(_0x51d390[_0x3c9f5a++] = 0x0)
|
}
|
return _0x51d390
|
}
|
function createLineIndices(_0xf36e0b) {
|
const _0x4c5d7c = _0x396531,
|
_0x3fdbd2 = _0xf36e0b[_0x4c5d7c(0x1ca)],
|
_0x4df5a5 = _0x3fdbd2 + 0x1,
|
_0x46c058 = (0x4 + _0x3fdbd2 * 0x5 + _0x3fdbd2 * 0x2 * 0x3) * 0x2
|
let _0x4a8c1c = Cesium[_0x4c5d7c(0x146)][_0x4c5d7c(0x152)](Cesium["ComponentDatatype"][_0x4c5d7c(0x19b)], _0x46c058),
|
_0x3314f6 = 0x0
|
;(_0x4a8c1c[_0x3314f6++] = 0x0),
|
(_0x4a8c1c[_0x3314f6++] = 0x1),
|
(_0x4a8c1c[_0x3314f6++] = 0x0),
|
(_0x4a8c1c[_0x3314f6++] = _0x4df5a5),
|
(_0x4a8c1c[_0x3314f6++] = 0x0),
|
(_0x4a8c1c[_0x3314f6++] = _0x3fdbd2 * _0x4df5a5 + 0x1),
|
(_0x4a8c1c[_0x3314f6++] = 0x0),
|
(_0x4a8c1c[_0x3314f6++] = _0x4df5a5 * _0x4df5a5)
|
for (let _0xeec1b4 = 0x0; _0xeec1b4 < 0x5; _0xeec1b4++) {
|
for (let _0x3e75fe = 0x0; _0x3e75fe < _0x3fdbd2; _0x3e75fe++) {
|
;(_0x4a8c1c[_0x3314f6++] = 0x1 + _0x3e75fe + _0x4df5a5 * 0x5 * _0xeec1b4),
|
(_0x4a8c1c[_0x3314f6++] = 0x1 + (_0x3e75fe + 0x1) + _0x4df5a5 * 0x5 * _0xeec1b4)
|
}
|
}
|
for (let _0x10722e = 0x0; _0x10722e < 0x5; _0x10722e++) {
|
for (let _0xd253f1 = 0x0; _0xd253f1 < _0x3fdbd2; _0xd253f1++) {
|
;(_0x4a8c1c[_0x3314f6++] = 0x1 + _0x4df5a5 * _0xd253f1 + _0x10722e * 0x5),
|
(_0x4a8c1c[_0x3314f6++] = 0x1 + _0x4df5a5 * (_0xd253f1 + 0x1) + _0x10722e * 0x5)
|
}
|
}
|
return _0x4a8c1c
|
}
|
;(ViewShed3D["prototype"][_0x396531(0x149)] = function (_0x43e9d3) {
|
const _0x6f4763 = _0x396531
|
let _0x34956e = createVertices(this),
|
_0x2148b0 = createFaceIndices(this),
|
_0x381ebd = createLineIndices(this),
|
_0x59d85c = _0x43e9d3[_0x6f4763(0x14b)],
|
_0x22398b = Cesium[_0x6f4763(0x199)]["createVertexBuffer"]({
|
context: _0x59d85c,
|
typedArray: _0x34956e,
|
usage: Cesium[_0x6f4763(0x142)][_0x6f4763(0x177)]
|
}),
|
_0x49d44f = Cesium["Buffer"][_0x6f4763(0x1bf)]({
|
context: _0x59d85c,
|
typedArray: _0x2148b0,
|
usage: Cesium["BufferUsage"]["STATIC_DRAW"],
|
indexDatatype: Cesium[_0x6f4763(0x193)][_0x6f4763(0x19b)]
|
}),
|
_0xef5052 = [
|
{
|
index: 0x0,
|
vertexBuffer: _0x22398b,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium["ComponentDatatype"]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x3 * 0x4,
|
normalize: ![]
|
}
|
],
|
_0x16046e = {
|
aPosition: 0x0
|
},
|
_0x1345f8 = new Cesium["VertexArray"]({
|
context: _0x59d85c,
|
attributes: _0xef5052,
|
indexBuffer: _0x49d44f
|
}),
|
_0xded9fd = new Cesium[_0x6f4763(0x16f)]({
|
sources: [_0x4df7a3]
|
}),
|
_0x4305d = new Cesium["ShaderSource"]({
|
sources: [_0x313bb2]
|
}),
|
_0x4b47d9 = Cesium[_0x6f4763(0x186)][_0x6f4763(0x167)]({
|
context: _0x59d85c,
|
vertexShaderSource: _0xded9fd,
|
fragmentShaderSource: _0x4305d,
|
attributeLocations: _0x16046e
|
}),
|
_0x2ea929 = Cesium["RenderState"][_0x6f4763(0x167)]({
|
cull: {
|
enabled: ![]
|
},
|
depthTest: {
|
enabled: ![]
|
},
|
depthMask: ![],
|
stencilTest: {
|
enabled: !![],
|
frontFunction: Cesium["StencilFunction"][_0x6f4763(0x1c6)],
|
frontOperation: {
|
fail: Cesium[_0x6f4763(0x170)][_0x6f4763(0x144)],
|
zFail: Cesium[_0x6f4763(0x170)]["KEEP"],
|
zPass: Cesium[_0x6f4763(0x170)][_0x6f4763(0x1a3)]
|
},
|
backFunction: Cesium[_0x6f4763(0x1a6)][_0x6f4763(0x1c6)],
|
backOperation: {
|
fail: Cesium["StencilOperation"]["KEEP"],
|
zFail: Cesium[_0x6f4763(0x170)]["KEEP"],
|
zPass: Cesium["StencilOperation"]["DECREMENT_WRAP"]
|
},
|
reference: 0x0,
|
mask: ~0x0
|
},
|
blending: Cesium[_0x6f4763(0x198)][_0x6f4763(0x19a)]
|
})
|
;(this[_0x6f4763(0x180)] = new Cesium["DrawCommand"]({
|
primitiveType: Cesium[_0x6f4763(0x192)]["TRIANGLES"],
|
modelMatrix: this[_0x6f4763(0x1cc)],
|
boundingVolume: this[_0x6f4763(0x1b1)],
|
pass: Cesium[_0x6f4763(0x16c)][_0x6f4763(0x184)],
|
shaderProgram: _0x4b47d9,
|
vertexArray: _0x1345f8,
|
renderState: _0x2ea929,
|
owner: this,
|
cull: !![]
|
})),
|
(this["colorCommand"][_0x6f4763(0x15a)] = {
|
uVisibleAreaColor: () => {
|
const _0x4cae22 = _0x6f4763
|
return this[_0x4cae22(0x1c8)]
|
},
|
uHiddenAreaColor: () => {
|
const _0x11bfdf = _0x6f4763
|
return this[_0x11bfdf(0x16d)]
|
},
|
uRenderTextureMatrix: () => {
|
const _0x511c9b = _0x6f4763
|
return this[_0x511c9b(0x188)]
|
},
|
uTextureSize: () => {
|
const _0x4ff723 = _0x6f4763
|
let _0x2a9a8c = this[_0x4ff723(0x1a1)]["depthTexture"]
|
return new Cesium[_0x4ff723(0x14e)](_0x2a9a8c[_0x4ff723(0x1a8)], _0x2a9a8c["height"])
|
},
|
uTexture: () => {
|
const _0x57c0f5 = _0x6f4763
|
return this[_0x57c0f5(0x1a1)][_0x57c0f5(0x1ab)]
|
},
|
uGlobalDepthTexture: () => {
|
const _0x1989cb = _0x6f4763
|
return this[_0x1989cb(0x190)][_0x1989cb(0x1ab)]
|
}
|
})
|
let _0x3aa7d5 = Cesium[_0x6f4763(0x1ae)][_0x6f4763(0x14c)](this["colorCommand"])
|
;(_0x3aa7d5[_0x6f4763(0x1b9)] = Cesium[_0x6f4763(0x1d0)]["fromCache"]({
|
depthMask: ![],
|
colorMask: {
|
red: ![],
|
green: ![],
|
blue: ![],
|
alpha: ![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x6f4763(0x1b0)][_0x6f4763(0x17e)]
|
},
|
stencilTest: {
|
enabled: !![],
|
frontFunction: Cesium["StencilFunction"][_0x6f4763(0x19f)],
|
frontOperation: {
|
fail: Cesium[_0x6f4763(0x170)][_0x6f4763(0x144)],
|
zFail: Cesium[_0x6f4763(0x170)][_0x6f4763(0x144)],
|
zPass: Cesium[_0x6f4763(0x170)][_0x6f4763(0x157)]
|
},
|
backFunction: Cesium[_0x6f4763(0x1a6)][_0x6f4763(0x19f)],
|
backOperation: {
|
fail: Cesium["StencilOperation"]["KEEP"],
|
zFail: Cesium["StencilOperation"]["KEEP"],
|
zPass: Cesium[_0x6f4763(0x170)][_0x6f4763(0x1a3)]
|
},
|
reference: 0x0,
|
mask: ~0x0
|
}
|
})),
|
(this[_0x6f4763(0x151)] = _0x3aa7d5)
|
let _0x459d1d = Cesium[_0x6f4763(0x199)]["createIndexBuffer"]({
|
context: _0x59d85c,
|
typedArray: _0x381ebd,
|
usage: Cesium[_0x6f4763(0x142)][_0x6f4763(0x177)],
|
indexDatatype: Cesium[_0x6f4763(0x193)]["UNSIGNED_SHORT"]
|
})
|
;(this["lineCommand"] = new Cesium[_0x6f4763(0x1ae)]({
|
primitiveType: Cesium[_0x6f4763(0x192)][_0x6f4763(0x196)],
|
modelMatrix: this["invViewMatrix"],
|
boundingVolume: this[_0x6f4763(0x1b1)],
|
pass: Cesium[_0x6f4763(0x16c)][_0x6f4763(0x184)],
|
owner: this,
|
cull: !![]
|
})),
|
(this[_0x6f4763(0x165)]["vertexArray"] = new Cesium[_0x6f4763(0x169)]({
|
context: _0x59d85c,
|
attributes: _0xef5052,
|
indexBuffer: _0x459d1d
|
})),
|
(this[_0x6f4763(0x165)][_0x6f4763(0x15c)] = Cesium[_0x6f4763(0x186)][_0x6f4763(0x167)]({
|
context: _0x59d85c,
|
vertexShaderSource: _0x53fc49,
|
fragmentShaderSource: _0x3e61a4,
|
attributeLocations: _0x16046e
|
})),
|
(this[_0x6f4763(0x165)][_0x6f4763(0x1b9)] = Cesium[_0x6f4763(0x1d0)][_0x6f4763(0x167)]({
|
cull: {
|
enabled: ![]
|
},
|
depthTest: {
|
enabled: !![]
|
},
|
blending: Cesium[_0x6f4763(0x198)][_0x6f4763(0x19a)]
|
})),
|
(this[_0x6f4763(0x165)]["uniformMap"] = {
|
uColor: () => {
|
const _0x1c0698 = _0x6f4763
|
return this[_0x1c0698(0x1c0)]
|
}
|
})
|
}),
|
(ViewShed3D[_0x396531(0x19c)]["setDistDirByPoint"] = function (_0x4b483c) {
|
const _0x5eb634 = _0x396531
|
let _0x30f8e3 = this[_0x5eb634(0x1ce)]["camera"],
|
_0x194bb7 = _0x30f8e3[_0x5eb634(0x183)],
|
_0x4649f1 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x16a)](_0x4b483c)[0x0],
|
_0x262f61 = Cesium[_0x5eb634(0x1c3)]["fromDegreesArrayHeights"](this[_0x5eb634(0x1b6)])[0x0],
|
_0x1633c7 = new Cesium["Cartesian3"]()
|
Cesium["Cartesian3"][_0x5eb634(0x16b)](_0x4649f1, _0x262f61, _0x1633c7)
|
let _0x211eb2 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1aa)](_0x1633c7)
|
Cesium["Cartesian3"][_0x5eb634(0x1bb)](_0x1633c7, _0x1633c7), (this[_0x5eb634(0x15f)] = _0x211eb2)
|
let _0x4c352c = _0x30f8e3[_0x5eb634(0x18a)],
|
_0xeb270d = _0x30f8e3[_0x5eb634(0x15e)],
|
_0x23dc77 = _0x30f8e3[_0x5eb634(0x181)],
|
_0x4fa75a = new Cesium[_0x5eb634(0x1c3)]()
|
Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x164)](_0x30f8e3["position"], _0x4fa75a)
|
let _0x641aeb = _0x1633c7[_0x5eb634(0x164)](),
|
_0x1cd763 = _0x262f61["clone"]()
|
_0x1cd763 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1bb)](_0x1cd763, _0x1cd763)
|
Math["abs"](Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1be)](_0x1cd763, _0x641aeb)) >= 0x1 &&
|
(Math["abs"](Cesium["Cartesian3"][_0x5eb634(0x1be)](_0x641aeb, Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1a2)])) < 0x1
|
? (_0x1cd763 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x164)](Cartesian3[_0x5eb634(0x1a2)], _0x1cd763))
|
: (_0x1cd763 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x164)](Cartesian3[_0x5eb634(0x163)], _0x1cd763)))
|
let _0x462de3 = new Cesium[_0x5eb634(0x1c3)]()
|
Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x191)](_0x1cd763, _0x641aeb, _0x462de3),
|
(_0x462de3 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1bb)](_0x462de3, _0x462de3)),
|
Cesium["Cartesian3"][_0x5eb634(0x191)](_0x641aeb, _0x462de3, _0x1cd763),
|
(_0x1cd763 = Cesium[_0x5eb634(0x1c3)][_0x5eb634(0x1bb)](_0x1cd763, _0x1cd763)),
|
_0x30f8e3[_0x5eb634(0x18b)]({
|
destination: _0x262f61,
|
orientation: {
|
direction: _0x641aeb,
|
up: _0x1cd763
|
},
|
convert: ![]
|
}),
|
(this[_0x5eb634(0x171)] = _0x30f8e3[_0x5eb634(0x18a)] * Cesium[_0x5eb634(0x1cf)]["DEGREES_PER_RADIAN"]),
|
(this[_0x5eb634(0x15e)] = _0x30f8e3["pitch"] * Cesium[_0x5eb634(0x1cf)][_0x5eb634(0x1c1)]),
|
_0x30f8e3[_0x5eb634(0x18b)]({
|
destination: _0x4fa75a,
|
orientation: {
|
heading: _0x4c352c,
|
pitch: _0xeb270d,
|
roll: _0x23dc77
|
},
|
convert: ![]
|
})
|
}),
|
(ViewShed3D[_0x396531(0x19c)]["_destroyCommand"] = function () {
|
const _0x47ca5d = _0x396531
|
this[_0x47ca5d(0x180)] &&
|
((this[_0x47ca5d(0x180)][_0x47ca5d(0x1a4)] =
|
this[_0x47ca5d(0x180)][_0x47ca5d(0x1a4)] &&
|
!this[_0x47ca5d(0x180)]["vertexArray"][_0x47ca5d(0x156)]() &&
|
this[_0x47ca5d(0x180)][_0x47ca5d(0x1a4)][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x180)][_0x47ca5d(0x15c)] =
|
this[_0x47ca5d(0x180)]["shaderProgram"] &&
|
!this[_0x47ca5d(0x180)][_0x47ca5d(0x15c)][_0x47ca5d(0x156)]() &&
|
this[_0x47ca5d(0x180)][_0x47ca5d(0x15c)][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x180)] = undefined)),
|
this[_0x47ca5d(0x151)] &&
|
((this[_0x47ca5d(0x151)][_0x47ca5d(0x1a4)] =
|
this[_0x47ca5d(0x151)][_0x47ca5d(0x1a4)] &&
|
!this[_0x47ca5d(0x151)][_0x47ca5d(0x1a4)]["isDestroyed"]() &&
|
this["stencilCommand"][_0x47ca5d(0x1a4)][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x151)]["shaderProgram"] =
|
this[_0x47ca5d(0x151)][_0x47ca5d(0x15c)] &&
|
!this[_0x47ca5d(0x151)][_0x47ca5d(0x15c)][_0x47ca5d(0x156)]() &&
|
this[_0x47ca5d(0x151)]["shaderProgram"][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x151)] = undefined)),
|
this[_0x47ca5d(0x165)] &&
|
((this["lineCommand"][_0x47ca5d(0x1a4)] =
|
this[_0x47ca5d(0x165)]["vertexArray"] &&
|
!this[_0x47ca5d(0x165)][_0x47ca5d(0x1a4)]["isDestroyed"]() &&
|
this["lineCommand"][_0x47ca5d(0x1a4)][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x165)][_0x47ca5d(0x15c)] =
|
this[_0x47ca5d(0x165)][_0x47ca5d(0x15c)] &&
|
!this[_0x47ca5d(0x165)][_0x47ca5d(0x15c)]["isDestroyed"]() &&
|
this[_0x47ca5d(0x165)][_0x47ca5d(0x15c)][_0x47ca5d(0x182)]()),
|
(this[_0x47ca5d(0x165)] = undefined))
|
}),
|
(ViewShed3D[_0x396531(0x19c)][_0x396531(0x1c7)] = function (_0x45a059) {
|
const _0x5d0808 = _0x396531
|
if (_0x45a059[_0x5d0808(0x154)] || _0x45a059[_0x5d0808(0x17f)][_0x5d0808(0x14a)] || _0x45a059["passes"][_0x5d0808(0x195)]) return
|
this[_0x5d0808(0x178)] &&
|
((this[_0x5d0808(0x178)] = ![]), this[_0x5d0808(0x1af)](), this[_0x5d0808(0x18c)](_0x45a059), this[_0x5d0808(0x149)](_0x45a059)),
|
this[_0x5d0808(0x151)] && _0x45a059[_0x5d0808(0x18d)][_0x5d0808(0x15b)](this["stencilCommand"]),
|
this["colorCommand"] && _0x45a059[_0x5d0808(0x18d)][_0x5d0808(0x15b)](this["colorCommand"]),
|
this[_0x5d0808(0x165)] && _0x45a059[_0x5d0808(0x18d)][_0x5d0808(0x15b)](this[_0x5d0808(0x165)])
|
}),
|
(ViewShed3D[_0x396531(0x19c)][_0x396531(0x1ad)] = function () {
|
const _0x5d989b = _0x396531
|
;(this["name"] = "viewshed3d" + this["scene"][_0x5d989b(0x176)][_0x5d989b(0x1b3)]),
|
(this[_0x5d989b(0x179)] = this[_0x5d989b(0x19d)] + _0x5d989b(0x159)),
|
this[_0x5d989b(0x1ce)][_0x5d989b(0x143)](this["name"], this[_0x5d989b(0x1a1)]),
|
this[_0x5d989b(0x1ce)][_0x5d989b(0x143)](this[_0x5d989b(0x179)], this[_0x5d989b(0x190)]),
|
this[_0x5d989b(0x1ce)]["primitives"][_0x5d989b(0x166)](this)
|
}),
|
(ViewShed3D[_0x396531(0x19c)][_0x396531(0x189)] = function () {
|
const _0x41b1af = _0x396531
|
this["scene"]["_removeRenderTarget"](this[_0x41b1af(0x19d)]),
|
this[_0x41b1af(0x1ce)]["_removeRenderTarget"](this["globalName"]),
|
this[_0x41b1af(0x1ce)][_0x41b1af(0x197)]["remove"](this)
|
}),
|
(ViewShed3D[_0x396531(0x19c)][_0x396531(0x156)] = function () {
|
return ![]
|
}),
|
(ViewShed3D[_0x396531(0x19c)]["destroy"] = function () {
|
const _0x56a593 = _0x396531
|
;(this[_0x56a593(0x1a1)] = this[_0x56a593(0x1a1)][_0x56a593(0x182)]()), (this[_0x56a593(0x190)] = this[_0x56a593(0x190)][_0x56a593(0x182)]())
|
if (this[_0x56a593(0x180)]) {
|
let _0x2083f2 = this[_0x56a593(0x180)][_0x56a593(0x1a4)],
|
_0x5561b0 = this[_0x56a593(0x180)]["shaderProgram"]
|
;(_0x2083f2 = _0x2083f2 && !_0x2083f2[_0x56a593(0x156)]() && _0x2083f2[_0x56a593(0x182)]()),
|
(_0x5561b0 = _0x5561b0 && !_0x5561b0[_0x56a593(0x156)]() && _0x5561b0[_0x56a593(0x182)]()),
|
(this[_0x56a593(0x180)] = undefined)
|
}
|
if (this[_0x56a593(0x151)]) {
|
let _0x1bd757 = this[_0x56a593(0x151)]["vertexArray"],
|
_0x219001 = this["stencilCommand"][_0x56a593(0x15c)]
|
;(_0x1bd757 = _0x1bd757 && !_0x1bd757[_0x56a593(0x156)]() && _0x1bd757[_0x56a593(0x182)]()),
|
(_0x219001 = _0x219001 && !_0x219001[_0x56a593(0x156)]() && _0x219001["destroy"]()),
|
(this["stencilCommand"] = undefined)
|
}
|
if (this["lineCommand"]) {
|
let _0x4077b1 = this["lineCommand"]["vertexArray"],
|
_0x31b92a = this[_0x56a593(0x165)][_0x56a593(0x15c)]
|
;(_0x4077b1 = _0x4077b1 && !_0x4077b1[_0x56a593(0x156)]() && _0x4077b1[_0x56a593(0x182)]()),
|
(_0x31b92a = _0x31b92a && !_0x31b92a[_0x56a593(0x156)]() && _0x31b92a[_0x56a593(0x182)]()),
|
(this[_0x56a593(0x165)] = undefined)
|
}
|
})
|
|
const _0x4602 = [
|
"nodeName",
|
"68683fiRaiL",
|
"getElementsByTagNameNS",
|
"7tojdKf",
|
"trim",
|
"queryStringValue",
|
"332709NZDCau",
|
"textContent",
|
"nodeType",
|
"501WTkSSA",
|
"16901lZPnFm",
|
"prefix",
|
"133997vKMzbz",
|
"firstChild",
|
"2zStbtA",
|
"queryBooleanAttribute",
|
"getAttributeNodeNS",
|
"queryNumericValue",
|
"false",
|
"true",
|
"xmldom",
|
"getChildValue",
|
"26047kMUdfR",
|
"length",
|
"1Xofvbp",
|
"queryStringAttribute",
|
"text/xml",
|
"250bOPJnK",
|
"nodeValue",
|
"push",
|
"childNodes",
|
"nextSibling",
|
"getAttribute",
|
"parseFromString",
|
"read",
|
"queryFirstNode",
|
"toLowerCase",
|
"859vkLwhC",
|
"localName",
|
"indexOf",
|
"namespaceURI",
|
"queryChildNodes",
|
"queryNumericAttribute",
|
"substring",
|
"1XwuNke",
|
"Microsoft.XMLDOM",
|
"queryNodes"
|
]
|
const _0x383943 = _0x558e
|
;(function (_0x3c7907, _0x2bbc19) {
|
const _0x2261d6 = _0x558e
|
while (!![]) {
|
try {
|
const _0x4feb6b =
|
-parseInt(_0x2261d6(0xbc)) * -parseInt(_0x2261d6(0xc1)) +
|
parseInt(_0x2261d6(0xbd)) * -parseInt(_0x2261d6(0xb0)) +
|
-parseInt(_0x2261d6(0xc9)) * -parseInt(_0x2261d6(0xb6)) +
|
-parseInt(_0x2261d6(0xb4)) +
|
parseInt(_0x2261d6(0xbf)) * parseInt(_0x2261d6(0xcb)) +
|
parseInt(_0x2261d6(0xa9)) * parseInt(_0x2261d6(0x9f)) +
|
-parseInt(_0x2261d6(0xb9))
|
if (_0x4feb6b === _0x2bbc19) break
|
else _0x3c7907["push"](_0x3c7907["shift"]())
|
} catch (_0x130d58) {
|
_0x3c7907["push"](_0x3c7907["shift"]())
|
}
|
}
|
})(_0x4602, 0x1bc79)
|
function _0x558e(_0x3c0653, _0x18848c) {
|
_0x3c0653 = _0x3c0653 - 0x9e
|
let _0x46028c = _0x4602[_0x3c0653]
|
return _0x46028c
|
}
|
function XMLParser() {}
|
;(XMLParser[_0x383943(0xa6)] = function (_0x26379b) {
|
const _0x5507db = _0x383943
|
let _0x20835d = _0x26379b[_0x5507db(0xab)]("<")
|
_0x20835d > 0x0 && (_0x26379b = _0x26379b[_0x5507db(0xaf)](_0x20835d))
|
if (DOMParser)
|
return (
|
!XMLParser[_0x5507db(0xc7)] && (XMLParser[_0x5507db(0xc7)] = new DOMParser()),
|
XMLParser["xmldom"][_0x5507db(0xa5)](_0x26379b, _0x5507db(0x9e))
|
)
|
return (
|
!XMLParser[_0x5507db(0xc7)] && (XMLParser[_0x5507db(0xc7)] = new ActiveXObject(_0x5507db(0xb1))),
|
XMLParser[_0x5507db(0xc7)]["loadXML"](_0x26379b)
|
)
|
}),
|
(XMLParser[_0x383943(0xb5)] = function (_0x39105d, _0x31745e, _0x2a919a) {
|
const _0x255416 = _0x383943
|
let _0x226bae = []
|
if (_0x39105d[_0x255416(0xb5)]) _0x226bae = _0x39105d["getElementsByTagNameNS"](_0x31745e, _0x2a919a)
|
else {
|
let _0x20f08b = _0x39105d["getElementsByTagName"]("*"),
|
_0x2b0096,
|
_0xf32e7b
|
for (let _0x5addbe = 0x0, _0x227302 = _0x20f08b[_0x255416(0xca)]; _0x5addbe < _0x227302; ++_0x5addbe) {
|
;(_0x2b0096 = _0x20f08b[_0x5addbe]),
|
(_0xf32e7b = _0x2b0096["prefix"] ? _0x2b0096[_0x255416(0xbe)] + ":" + _0x2a919a : _0x2a919a),
|
(_0x2a919a === "*" || _0xf32e7b === _0x2b0096[_0x255416(0xb3)]) &&
|
(_0x31745e === "*" || _0x31745e === _0x2b0096[_0x255416(0xac)]) &&
|
_0x226bae[_0x255416(0xa1)](_0x2b0096)
|
}
|
}
|
return _0x226bae
|
}),
|
(XMLParser[_0x383943(0xc3)] = function (_0x278748, _0x15ed16, _0x2f08a1) {
|
const _0x330fad = _0x383943
|
let _0x55975f = null
|
if (_0x278748["getAttributeNodeNS"]) _0x55975f = _0x278748[_0x330fad(0xc3)](_0x15ed16, _0x2f08a1)
|
else {
|
let _0x1691ae = _0x278748["attributes"],
|
_0x3784b6,
|
_0x275f5f
|
for (let _0x1990a7 = 0x0, _0x5b88f8 = _0x1691ae[_0x330fad(0xca)]; _0x1990a7 < _0x5b88f8; ++_0x1990a7) {
|
_0x3784b6 = _0x1691ae[_0x1990a7]
|
if (_0x3784b6[_0x330fad(0xac)] === _0x15ed16) {
|
_0x275f5f = _0x3784b6["prefix"] ? _0x3784b6["prefix"] + ":" + _0x2f08a1 : _0x2f08a1
|
if (_0x275f5f === _0x3784b6[_0x330fad(0xb3)]) {
|
_0x55975f = _0x3784b6
|
break
|
}
|
}
|
}
|
}
|
return _0x55975f
|
}),
|
(XMLParser[_0x383943(0xc8)] = function (_0x4fb0da, _0x4f1ca5) {
|
const _0xf0d170 = _0x383943
|
let _0xa10b70 = _0x4f1ca5 || ""
|
if (_0x4fb0da)
|
for (let _0x4c64d6 = _0x4fb0da[_0xf0d170(0xc0)]; _0x4c64d6; _0x4c64d6 = _0x4c64d6[_0xf0d170(0xa3)]) {
|
switch (_0x4c64d6[_0xf0d170(0xbb)]) {
|
case 0x3:
|
case 0x4:
|
_0xa10b70 += _0x4c64d6[_0xf0d170(0xa0)]
|
}
|
}
|
return _0xa10b70
|
}),
|
(XMLParser[_0x383943(0xae)] = function (_0x5d84f7, _0xa01aec) {
|
const _0x5679a1 = _0x383943
|
if (!_0x5d84f7) return undefined
|
let _0x427449 = _0x5d84f7[_0x5679a1(0xa4)](_0xa01aec)
|
if (_0x427449 !== null) {
|
let _0x527bdf = parseFloat(_0x427449)
|
return !isNaN(_0x527bdf) ? _0x527bdf : undefined
|
}
|
return undefined
|
}),
|
(XMLParser[_0x383943(0xcc)] = function (_0xf872b9, _0x255f1f) {
|
const _0x3b37fe = _0x383943
|
if (!_0xf872b9) return undefined
|
let _0x104aa1 = _0xf872b9[_0x3b37fe(0xa4)](_0x255f1f)
|
return _0x104aa1 !== null ? _0x104aa1 : undefined
|
}),
|
(XMLParser[_0x383943(0xc2)] = function (_0x6e5a3f, _0x4a9bd6) {
|
const _0x34e2c8 = _0x383943
|
if (!_0x6e5a3f) return undefined
|
let _0x4abae0 = _0x6e5a3f["getAttribute"](_0x4a9bd6)
|
_0x4abae0 = _0x4abae0[_0x34e2c8(0xa8)]()
|
if (_0x34e2c8(0xc5) === _0x4abae0) return ![]
|
if (_0x34e2c8(0xc6) === _0x4abae0) return !![]
|
return undefined
|
}),
|
(XMLParser[_0x383943(0xa7)] = function (_0x4bf39c, _0x60fc85, _0x27215c) {
|
const _0xc34aba = _0x383943
|
if (!_0x4bf39c) return undefined
|
let _0x287f0d = _0x4bf39c["childNodes"],
|
_0x407866 = _0x287f0d[_0xc34aba(0xca)]
|
for (let _0x1f815b = 0x0; _0x1f815b < _0x407866; _0x1f815b++) {
|
let _0x1a737f = _0x287f0d[_0x1f815b]
|
if (_0x27215c) {
|
if (_0x1a737f[_0xc34aba(0xaa)] === _0x60fc85 && _0x27215c["indexOf"](_0x1a737f[_0xc34aba(0xac)]) !== -0x1) return _0x1a737f
|
} else {
|
if (_0x1a737f[_0xc34aba(0xaa)] === _0x60fc85) return _0x1a737f
|
}
|
}
|
return undefined
|
}),
|
(XMLParser[_0x383943(0xb2)] = function (_0x643dfb, _0x2f4caf, _0xcbd09b) {
|
const _0xc47217 = _0x383943
|
if (!_0x643dfb) return undefined
|
let _0x37c407 = [],
|
_0x1fe82b = _0x643dfb[_0xc47217(0xb5)]("*", _0x2f4caf),
|
_0x4611ad = _0x1fe82b[_0xc47217(0xca)]
|
for (let _0x3e026a = 0x0; _0x3e026a < _0x4611ad; _0x3e026a++) {
|
let _0x53000d = _0x1fe82b[_0x3e026a]
|
_0xcbd09b
|
? _0x53000d[_0xc47217(0xaa)] === _0x2f4caf &&
|
_0xcbd09b[_0xc47217(0xab)](_0x53000d[_0xc47217(0xac)]) !== -0x1 &&
|
_0x37c407["push"](_0x53000d)
|
: _0x53000d["localName"] === _0x2f4caf && _0x37c407[_0xc47217(0xa1)](_0x53000d)
|
}
|
return _0x37c407
|
}),
|
(XMLParser[_0x383943(0xad)] = function (_0x5249d1, _0x549b1f, _0x306d32) {
|
const _0x1e6ad6 = _0x383943
|
if (!_0x5249d1) return []
|
let _0x5b72f0 = [],
|
_0x56dfb6 = _0x5249d1[_0x1e6ad6(0xa2)],
|
_0x6be458 = _0x56dfb6["length"]
|
for (let _0x30383a = 0x0; _0x30383a < _0x6be458; _0x30383a++) {
|
let _0x57bc02 = _0x56dfb6[_0x30383a]
|
_0x306d32
|
? _0x57bc02[_0x1e6ad6(0xaa)] === _0x549b1f &&
|
_0x306d32[_0x1e6ad6(0xab)](_0x57bc02[_0x1e6ad6(0xac)]) !== -0x1 &&
|
_0x5b72f0["push"](_0x57bc02)
|
: _0x57bc02[_0x1e6ad6(0xaa)] === _0x549b1f && _0x5b72f0[_0x1e6ad6(0xa1)](_0x57bc02)
|
}
|
return _0x5b72f0
|
}),
|
(XMLParser[_0x383943(0xc4)] = function (_0x488fc9, _0x966af1, _0x5c7715) {
|
const _0x195823 = _0x383943
|
let _0x10aab7 = XMLParser["queryFirstNode"](_0x488fc9, _0x966af1, _0x5c7715)
|
if (_0x10aab7) {
|
let _0xabea91 = parseFloat(_0x10aab7[_0x195823(0xba)])
|
return !isNaN(_0xabea91) ? _0xabea91 : undefined
|
}
|
return undefined
|
}),
|
(XMLParser[_0x383943(0xb8)] = function (_0x3ce715, _0x4978a5, _0x53b00c) {
|
const _0x41a9d3 = _0x383943
|
let _0x2ccbae = XMLParser[_0x41a9d3(0xa7)](_0x3ce715, _0x4978a5, _0x53b00c)
|
if (_0x2ccbae) return _0x2ccbae["textContent"][_0x41a9d3(0xb7)]()
|
return undefined
|
}),
|
(XMLParser["queryBooleanValue"] = function (_0x3e46d2, _0x5d6eaa, _0x1c28ac) {
|
const _0x4ea72b = _0x383943
|
let _0x3a6ce8 = XMLParser[_0x4ea72b(0xa7)](_0x3e46d2, _0x5d6eaa, _0x1c28ac)
|
if (_0x3a6ce8) {
|
let _0x4b153c = _0x3a6ce8[_0x4ea72b(0xba)][_0x4ea72b(0xb7)]()
|
return _0x4b153c === "1" || /^true$/i["test"](_0x4b153c)
|
}
|
return undefined
|
})
|
|
const _0x33fb = [
|
"155707RuxhPl",
|
"2774DDovOD",
|
"398413LQHaEm",
|
"freeze",
|
"163KoNvMV",
|
"576448AOguBq",
|
"461XKIGqe",
|
"138PuLTlr",
|
"1OoPfJT",
|
"152231ozgFmd",
|
"1099UPLZir",
|
"1YXoSVn",
|
"671ikriOb"
|
]
|
const _0x48851e = _0x448d
|
;(function (_0x44ec91, _0xa4d4d1) {
|
const _0x47431e = _0x448d
|
while (!![]) {
|
try {
|
const _0x41991b =
|
-parseInt(_0x47431e(0xc8)) +
|
-parseInt(_0x47431e(0xcb)) * parseInt(_0x47431e(0xc9)) +
|
parseInt(_0x47431e(0xc7)) * parseInt(_0x47431e(0xce)) +
|
parseInt(_0x47431e(0xcc)) * parseInt(_0x47431e(0xca)) +
|
parseInt(_0x47431e(0xc4)) +
|
-parseInt(_0x47431e(0xcd)) * -parseInt(_0x47431e(0xc6)) +
|
parseInt(_0x47431e(0xc5)) * parseInt(_0x47431e(0xc3))
|
if (_0x41991b === _0xa4d4d1) break
|
else _0x44ec91["push"](_0x44ec91["shift"]())
|
} catch (_0x1f5195) {
|
_0x44ec91["push"](_0x44ec91["shift"]())
|
}
|
}
|
})(_0x33fb, 0xaa9ef)
|
function _0x448d(_0x153b0d, _0x3776f0) {
|
_0x153b0d = _0x153b0d - 0xc3
|
let _0x33fbe5 = _0x33fb[_0x153b0d]
|
return _0x33fbe5
|
}
|
const FillStyle = {
|
Fill: 0x0,
|
WireFrame: 0x1,
|
Fill_And_WireFrame: 0x2
|
}
|
var _0x11bab4 = Object[_0x48851e(0xcf)](FillStyle)
|
|
const _0x3249 = [
|
"352118TuAWun",
|
"2RwXklv",
|
"429914gSWXax",
|
"1HFgQag",
|
"1084263wSGwAJ",
|
"1285MeivSv",
|
"476567rgFrDa",
|
"167HPJViF",
|
"14lLgWdY",
|
"25977NedsGw",
|
"73149ycVOwc"
|
]
|
;(function (_0x181474, _0x4815b7) {
|
const _0x79cab3 = _0x49bc
|
while (!![]) {
|
try {
|
const _0x52b761 =
|
-parseInt(_0x79cab3(0x11b)) * -parseInt(_0x79cab3(0x11c)) +
|
-parseInt(_0x79cab3(0x120)) * -parseInt(_0x79cab3(0x117)) +
|
-parseInt(_0x79cab3(0x121)) * parseInt(_0x79cab3(0x119)) +
|
-parseInt(_0x79cab3(0x11f)) * parseInt(_0x79cab3(0x11d)) +
|
-parseInt(_0x79cab3(0x118)) +
|
-parseInt(_0x79cab3(0x11e)) +
|
-parseInt(_0x79cab3(0x11a))
|
if (_0x52b761 === _0x4815b7) break
|
else _0x181474["push"](_0x181474["shift"]())
|
} catch (_0x188e08) {
|
_0x181474["push"](_0x181474["shift"]())
|
}
|
}
|
})(_0x3249, 0x8e621)
|
const BillboardMode = {
|
None: 0x0,
|
FixedZ: 0x1,
|
FixedXYZ: 0x2
|
}
|
function _0x49bc(_0x1d338e, _0x35cd46) {
|
_0x1d338e = _0x1d338e - 0x117
|
let _0x32497e = _0x3249[_0x1d338e]
|
return _0x32497e
|
}
|
var _0x1fe80d = Object["freeze"](BillboardMode)
|
|
const _0x2175 = [
|
"line\x20width",
|
"_fillForeColor",
|
"string",
|
"173062edTfhj",
|
"_calloutWidth",
|
"bottomAltitude\x20value",
|
"_fillStyle",
|
"_owner",
|
"4TgWlFy",
|
"620057sTNkjy",
|
"_lineColor",
|
"typeOf",
|
"_altitudeMode",
|
"_billboardMode",
|
"53528dTDzoV",
|
"object",
|
"2089285oDyBgE",
|
"fillStyleChange",
|
"emission\x20color",
|
"line\x20color",
|
"_emissionColor",
|
"SCREEN_ALIGNED",
|
"_pointColor",
|
"1oowKZu",
|
"number",
|
"_bottomAltitude",
|
"_pointSize",
|
"point\x20size",
|
"clone",
|
"_lineWidth",
|
"_imageReady",
|
"fillForeColor\x20value",
|
"Check",
|
"_dirty",
|
"NONE",
|
"1yhEYhi",
|
"RED",
|
"prototype",
|
"_calloutColor",
|
"95ekolQV",
|
"29129fhvYzL",
|
"439099jdmmRM",
|
"6363ciXKaJ",
|
"altitudeMode\x20value",
|
"defineProperties",
|
"_image",
|
"Color"
|
]
|
function _0x5ad9(_0x1b4d95, _0x146159) {
|
_0x1b4d95 = _0x1b4d95 - 0x9a
|
let _0x21759b = _0x2175[_0x1b4d95]
|
return _0x21759b
|
}
|
const _0x160605 = _0x5ad9
|
;(function (_0x4e59ab, _0x576aa5) {
|
const _0x4bd502 = _0x5ad9
|
while (!![]) {
|
try {
|
const _0x337eb7 =
|
-parseInt(_0x4bd502(0xa3)) * parseInt(_0x4bd502(0xa0)) +
|
-parseInt(_0x4bd502(0xb1)) +
|
-parseInt(_0x4bd502(0xbf)) * parseInt(_0x4bd502(0xa2)) +
|
parseInt(_0x4bd502(0xb0)) * parseInt(_0x4bd502(0xa1)) +
|
parseInt(_0x4bd502(0x9c)) * -parseInt(_0x4bd502(0xb6)) +
|
-parseInt(_0x4bd502(0xab)) +
|
parseInt(_0x4bd502(0xb8))
|
if (_0x337eb7 === _0x576aa5) break
|
else _0x4e59ab["push"](_0x4e59ab["shift"]())
|
} catch (_0x3268a1) {
|
_0x4e59ab["push"](_0x4e59ab["shift"]())
|
}
|
}
|
})(_0x2175, 0x4d0b2)
|
function Style3D() {
|
const _0x27eeb6 = _0x5ad9
|
;(this[_0x27eeb6(0xa9)] = new Cesium[_0x27eeb6(0xa7)]()),
|
(this[_0x27eeb6(0xae)] = _0x11bab4["Fill"]),
|
(this["_lineColor"] = new Cesium[_0x27eeb6(0xa7)]()),
|
(this[_0x27eeb6(0xc5)] = 0x1),
|
(this[_0x27eeb6(0xc1)] = 0x0),
|
(this["_pointSize"] = 0x1),
|
(this[_0x27eeb6(0xbe)] = new Cesium[_0x27eeb6(0xa7)]()),
|
(this[_0x27eeb6(0xb4)] = Cesium["HeightReference"][_0x27eeb6(0x9b)]),
|
(this[_0x27eeb6(0xbc)] = new Cesium[_0x27eeb6(0xa7)](0x1, 0x1, 0x1, 0x1)),
|
(this[_0x27eeb6(0xaf)] = undefined),
|
(this[_0x27eeb6(0x9a)] = ![]),
|
(this["_image"] = undefined),
|
(this[_0x27eeb6(0xc6)] = !![]),
|
(this["_calloutColor"] = Cesium[_0x27eeb6(0xa7)][_0x27eeb6(0x9d)]),
|
(this[_0x27eeb6(0xac)] = 0x1),
|
(this[_0x27eeb6(0xb5)] = _0x1fe80d[_0x27eeb6(0xbd)])
|
}
|
Object[_0x160605(0xa5)](Style3D[_0x160605(0x9e)], {
|
fillForeColor: {
|
get: function () {
|
const _0x5b4c12 = _0x160605
|
return this[_0x5b4c12(0xa9)]
|
},
|
set: function (_0x8db1d4) {
|
const _0x34f4d6 = _0x160605
|
Cesium[_0x34f4d6(0xc8)][_0x34f4d6(0xb3)][_0x34f4d6(0xb7)](_0x34f4d6(0xc7), _0x8db1d4),
|
Cesium[_0x34f4d6(0xa7)][_0x34f4d6(0xc4)](_0x8db1d4, this[_0x34f4d6(0xa9)])
|
}
|
},
|
bottomAltitude: {
|
get: function () {
|
return this["_bottomAltitude"]
|
},
|
set: function (_0xe8d014) {
|
const _0x5afaf0 = _0x160605
|
Cesium["Check"][_0x5afaf0(0xb3)]["number"](_0x5afaf0(0xad), _0xe8d014),
|
this[_0x5afaf0(0xc1)] !== _0xe8d014 && ((this["_bottomAltitude"] = _0xe8d014), (this[_0x5afaf0(0x9a)] = !![]))
|
}
|
},
|
altitudeMode: {
|
get: function () {
|
const _0x1caf23 = _0x160605
|
return this[_0x1caf23(0xb4)]
|
},
|
set: function (_0x227a6c) {
|
const _0x5d71f0 = _0x160605
|
Cesium[_0x5d71f0(0xc8)]["typeOf"][_0x5d71f0(0xc0)](_0x5d71f0(0xa4), _0x227a6c), (this[_0x5d71f0(0xb4)] = _0x227a6c)
|
}
|
},
|
fillStyle: {
|
get: function () {
|
return this["_fillStyle"]
|
},
|
set: function (_0x45782e) {
|
const _0x5133e0 = _0x160605
|
Cesium["Check"][_0x5133e0(0xb3)]["number"]("fillStyle\x20value", _0x45782e)
|
let _0x3b99ff = this[_0x5133e0(0xae)]
|
;(this[_0x5133e0(0xae)] = _0x45782e), _0x45782e !== _0x3b99ff && this["_owner"] && this["_owner"][_0x5133e0(0xb9)]()
|
}
|
},
|
lineColor: {
|
get: function () {
|
const _0x41224a = _0x160605
|
return this[_0x41224a(0xb2)]
|
},
|
set: function (_0x26306c) {
|
const _0x3f5961 = _0x160605
|
Cesium["Check"]["typeOf"][_0x3f5961(0xb7)](_0x3f5961(0xbb), _0x26306c),
|
Cesium[_0x3f5961(0xa7)][_0x3f5961(0xc4)](_0x26306c, this[_0x3f5961(0xb2)])
|
}
|
},
|
lineWidth: {
|
get: function () {
|
const _0x2e21d1 = _0x160605
|
return this[_0x2e21d1(0xc5)]
|
},
|
set: function (_0x390021) {
|
const _0x5ad943 = _0x160605
|
Cesium[_0x5ad943(0xc8)][_0x5ad943(0xb3)][_0x5ad943(0xc0)](_0x5ad943(0xa8), _0x390021), (this["_lineWidth"] = _0x390021)
|
}
|
},
|
pointSize: {
|
get: function () {
|
const _0x1cf059 = _0x160605
|
return this[_0x1cf059(0xc2)]
|
},
|
set: function (_0x949bcc) {
|
const _0xbba7d6 = _0x160605
|
Cesium[_0xbba7d6(0xc8)][_0xbba7d6(0xb3)][_0xbba7d6(0xc0)](_0xbba7d6(0xc3), _0x949bcc), (this["_pointSize"] = _0x949bcc)
|
}
|
},
|
pointColor: {
|
get: function () {
|
const _0x366557 = _0x160605
|
return this[_0x366557(0xbe)]
|
},
|
set: function (_0x170922) {
|
const _0xa2c7b5 = _0x160605
|
Cesium["Check"][_0xa2c7b5(0xb3)][_0xa2c7b5(0xb7)]("point\x20color", _0x170922),
|
Cesium[_0xa2c7b5(0xa7)][_0xa2c7b5(0xc4)](_0x170922, this[_0xa2c7b5(0xbe)])
|
}
|
},
|
emissionColor: {
|
get: function () {
|
const _0x55fdf2 = _0x160605
|
return this[_0x55fdf2(0xbc)]
|
},
|
set: function (_0x2e2b0c) {
|
const _0x1637d5 = _0x160605
|
Cesium[_0x1637d5(0xc8)]["typeOf"]["object"](_0x1637d5(0xba), _0x2e2b0c),
|
Cesium[_0x1637d5(0xa7)][_0x1637d5(0xc4)](_0x2e2b0c, this[_0x1637d5(0xbc)])
|
}
|
},
|
image: {
|
get: function () {
|
const _0x41da2a = _0x160605
|
return this[_0x41da2a(0xa6)]
|
},
|
set: function (_0x3a5ef4) {
|
const _0x4cc118 = _0x160605
|
;(this[_0x4cc118(0xc6)] = ![]),
|
(this[_0x4cc118(0xa6)] = _0x3a5ef4),
|
typeof _0x3a5ef4 === _0x4cc118(0xaa) ? this["_loadImage"]() : (this["_imageReady"] = !![])
|
}
|
},
|
imageReady: {
|
get: function () {
|
const _0x30c02a = _0x160605
|
return this[_0x30c02a(0xc6)]
|
}
|
},
|
calloutColor: {
|
get: function () {
|
const _0x1f834c = _0x160605
|
return this[_0x1f834c(0x9f)]
|
},
|
set: function (_0x384e2c) {
|
const _0x3893ec = _0x160605
|
this[_0x3893ec(0x9f)] !== _0x384e2c && (this[_0x3893ec(0x9f)] = _0x384e2c)
|
}
|
},
|
calloutWidth: {
|
get: function () {
|
const _0x383ffc = _0x160605
|
return this[_0x383ffc(0xac)]
|
},
|
set: function (_0x44e72c) {
|
const _0x22441f = _0x160605
|
this[_0x22441f(0xac)] !== _0x44e72c && (this[_0x22441f(0xac)] = _0x44e72c)
|
}
|
},
|
billboardMode: {
|
get: function () {
|
const _0x83298e = _0x160605
|
return this[_0x83298e(0xb5)]
|
},
|
set: function (_0x383671) {
|
const _0x1bb7d8 = _0x160605
|
this[_0x1bb7d8(0xb5)] !== _0x383671 && (this["_billboardMode"] = _0x383671)
|
}
|
}
|
})
|
|
const _0xfe30 = [
|
"418087qnftKC",
|
"490979WwoWWv",
|
"freeze",
|
"460512rjMGIb",
|
"358457CzltJT",
|
"10ZKLGkn",
|
"36304ZDowOu",
|
"4tETSIK",
|
"1yiirFd",
|
"85203zdklzN",
|
"385317ELRNbI"
|
]
|
const _0x2a88d2 = _0x2361
|
function _0x2361(_0x5f3443, _0x4e8ba1) {
|
_0x5f3443 = _0x5f3443 - 0x11a
|
let _0xfe306d = _0xfe30[_0x5f3443]
|
return _0xfe306d
|
}
|
;(function (_0xdc1504, _0x1c05b4) {
|
const _0x5d50d5 = _0x2361
|
while (!![]) {
|
try {
|
const _0x177adf =
|
parseInt(_0x5d50d5(0x11d)) +
|
parseInt(_0x5d50d5(0x123)) * parseInt(_0x5d50d5(0x11a)) +
|
parseInt(_0x5d50d5(0x120)) +
|
-parseInt(_0x5d50d5(0x11b)) +
|
-parseInt(_0x5d50d5(0x122)) * parseInt(_0x5d50d5(0x121)) +
|
parseInt(_0x5d50d5(0x11c)) * parseInt(_0x5d50d5(0x124)) +
|
-parseInt(_0x5d50d5(0x11f))
|
if (_0x177adf === _0x1c05b4) break
|
else _0xdc1504["push"](_0xdc1504["shift"]())
|
} catch (_0x4dfefb) {
|
_0xdc1504["push"](_0xdc1504["shift"]())
|
}
|
}
|
})(_0xfe30, 0x6186a)
|
const ContentState = {
|
UNLOADED: 0x0,
|
LOADING: 0x1,
|
PARSING: 0x2,
|
READY: 0x3,
|
FAILED: 0x4
|
}
|
var _0x1dc358 = Object[_0x2a88d2(0x11e)](ContentState)
|
|
const _0x3f2c = [
|
"1auohOz",
|
"213563IIjcQJ",
|
"freeze",
|
"230454gpInqe",
|
"119183wiJwuH",
|
"6rOkuwP",
|
"2045NZtNyW",
|
"199821gvduZU",
|
"149491rrdwGm",
|
"129628uxtoEf",
|
"1JxTkFX",
|
"1YGqqjJ",
|
"59RDUWCQ"
|
]
|
function _0x4f8b(_0x56c8c7, _0x9e253d) {
|
_0x56c8c7 = _0x56c8c7 - 0x93
|
let _0x3f2c6c = _0x3f2c[_0x56c8c7]
|
return _0x3f2c6c
|
}
|
const _0x49efed = _0x4f8b
|
;(function (_0x502d73, _0x27131b) {
|
const _0x1f5fb5 = _0x4f8b
|
while (!![]) {
|
try {
|
const _0x3495f8 =
|
-parseInt(_0x1f5fb5(0x9a)) * parseInt(_0x1f5fb5(0x9e)) +
|
parseInt(_0x1f5fb5(0x9d)) * -parseInt(_0x1f5fb5(0x97)) +
|
-parseInt(_0x1f5fb5(0x93)) * parseInt(_0x1f5fb5(0x94)) +
|
-parseInt(_0x1f5fb5(0x99)) * -parseInt(_0x1f5fb5(0x9f)) +
|
-parseInt(_0x1f5fb5(0x9c)) +
|
-parseInt(_0x1f5fb5(0x96)) +
|
-parseInt(_0x1f5fb5(0x9b)) * -parseInt(_0x1f5fb5(0x98))
|
if (_0x3495f8 === _0x27131b) break
|
else _0x502d73["push"](_0x502d73["shift"]())
|
} catch (_0x4b8527) {
|
_0x502d73["push"](_0x502d73["shift"]())
|
}
|
}
|
})(_0x3f2c, 0x1e818)
|
const S3MPixelFormat = {
|
LUMINANCE_8: 0x1,
|
LUMINANCE_16: 0x2,
|
ALPHA: 0x3,
|
ALPHA_4_LUMINANCE_4: 0x4,
|
LUMINANCE_ALPHA: 0x5,
|
RGB_565: 0x6,
|
BGR565: 0x7,
|
RGB: 0xa,
|
BGR: 0xb,
|
ARGB: 0xc,
|
ABGR: 0xd,
|
BGRA: 0xe,
|
WEBP: 0x19,
|
RGBA: 0x1c,
|
DXT1: 0x11,
|
DXT2: 0x12,
|
DXT3: 0x13,
|
DXT4: 0x14,
|
DXT5: 0x15,
|
CRN_DXT5: 0x1a,
|
STANDARD_CRN: 0x1b
|
}
|
var _0x4d10fa = Object[_0x49efed(0x95)](S3MPixelFormat)
|
|
const _0x4b56 = [
|
"1280187RTggzB",
|
"1038MlPMDJ",
|
"350758XwPkMl",
|
"freeze",
|
"379937wRaCQy",
|
"2338qFgFHg",
|
"3865201yubxnd",
|
"419IKnuvU",
|
"286aWHgyX",
|
"807614NUHXpP"
|
]
|
const _0x3e48bb = _0x3261
|
;(function (_0x24524e, _0x51c22a) {
|
const _0x4dcbfa = _0x3261
|
while (!![]) {
|
try {
|
const _0x354ecc =
|
-parseInt(_0x4dcbfa(0xae)) +
|
-parseInt(_0x4dcbfa(0xab)) * -parseInt(_0x4dcbfa(0xa7)) +
|
-parseInt(_0x4dcbfa(0xaa)) +
|
-parseInt(_0x4dcbfa(0xa9)) +
|
-parseInt(_0x4dcbfa(0xac)) +
|
-parseInt(_0x4dcbfa(0xaf)) * parseInt(_0x4dcbfa(0xa8)) +
|
parseInt(_0x4dcbfa(0xb0))
|
if (_0x354ecc === _0x51c22a) break
|
else _0x24524e["push"](_0x24524e["shift"]())
|
} catch (_0x40b9a7) {
|
_0x24524e["push"](_0x24524e["shift"]())
|
}
|
}
|
})(_0x4b56, 0xc679f)
|
function _0x3261(_0x52f4a7, _0x5e786c) {
|
_0x52f4a7 = _0x52f4a7 - 0xa7
|
let _0x4b561c = _0x4b56[_0x52f4a7]
|
return _0x4b561c
|
}
|
const S3MCompressType = {
|
encNONE: 0x0,
|
enrS3TCDXTN: 0xe,
|
enrPVRTPF_PVRTC2: 0x13,
|
enrPVRTPF_PVRTC: 0x14,
|
enrPVRTPF_PVRTC_4bpp: 0x15,
|
enrPVRTPF_ETC1: 0x16
|
}
|
var S3MCompressType$1 = Object[_0x3e48bb(0xad)](S3MCompressType)
|
|
const _0x1e76 = [
|
"freeze",
|
"209273paIDeL",
|
"66099AoGFMN",
|
"1CyZrOr",
|
"1uPecYI",
|
"3TqfPuc",
|
"1ssLvtF",
|
"60637TwRaMi",
|
"97462GlyCLi",
|
"161dbqnIO",
|
"277799HjDiQV",
|
"914MNEtUN",
|
"2ADrZbL",
|
"1Rnxipz",
|
"160957ztKRZx"
|
]
|
const _0xa395bb = _0x219d
|
;(function (_0x5af1d0, _0x75835c) {
|
const _0x272206 = _0x219d
|
while (!![]) {
|
try {
|
const _0x332754 =
|
parseInt(_0x272206(0xef)) * parseInt(_0x272206(0xed)) +
|
-parseInt(_0x272206(0xf0)) * parseInt(_0x272206(0xec)) +
|
parseInt(_0x272206(0xeb)) * -parseInt(_0x272206(0xf1)) +
|
-parseInt(_0x272206(0xf2)) * -parseInt(_0x272206(0xea)) +
|
-parseInt(_0x272206(0xe7)) * parseInt(_0x272206(0xee)) +
|
parseInt(_0x272206(0xe8)) * parseInt(_0x272206(0xe5)) +
|
parseInt(_0x272206(0xe6)) * parseInt(_0x272206(0xe9))
|
if (_0x332754 === _0x75835c) break
|
else _0x5af1d0["push"](_0x5af1d0["shift"]())
|
} catch (_0x9548a6) {
|
_0x5af1d0["push"](_0x5af1d0["shift"]())
|
}
|
}
|
})(_0x1e76, 0x2c831)
|
function _0x219d(_0xc9a1f6, _0x14f8c2) {
|
_0xc9a1f6 = _0xc9a1f6 - 0xe4
|
let _0x1e76e3 = _0x1e76[_0xc9a1f6]
|
return _0x1e76e3
|
}
|
const VertexCompressOptions = {
|
SVC_Vertex: 0x1,
|
SVC_Normal: 0x2,
|
SVC_VertexColor: 0x4,
|
SVC_SecondColor: 0x8,
|
SVC_TexutreCoord: 0x10,
|
SVC_TexutreCoordIsW: 0x20
|
}
|
var _0x25c9a4 = Object[_0xa395bb(0xe4)](VertexCompressOptions)
|
|
var tmp = {}
|
|
/* pako 1.0.4 nodeca/pako */
|
;(function (f) {
|
tmp = f()
|
})(function () {
|
return (function e(t, n, r) {
|
function s(o, u) {
|
if (!n[o]) {
|
if (!t[o]) {
|
var a = typeof require == "function" && require
|
if (!u && a) return a(o, !0)
|
if (i) return i(o, !0)
|
var f = new Error("Cannot find module '" + o + "'")
|
throw ((f.code = "MODULE_NOT_FOUND"), f)
|
}
|
var l = (n[o] = {
|
exports: {}
|
})
|
t[o][0].call(
|
l.exports,
|
function (e) {
|
var n = t[o][1][e]
|
return s(n ? n : e)
|
},
|
l,
|
l.exports,
|
e,
|
t,
|
n,
|
r
|
)
|
}
|
return n[o].exports
|
}
|
var i = typeof require == "function" && require
|
for (var o = 0; o < r.length; o++) s(r[o])
|
return s
|
})(
|
{
|
1: [
|
function (require, module, exports) {
|
var TYPED_OK = typeof Uint8Array !== "undefined" && typeof Uint16Array !== "undefined" && typeof Int32Array !== "undefined"
|
|
exports.assign = function (obj /*from1, from2, from3, ...*/) {
|
var sources = Array.prototype.slice.call(arguments, 1)
|
while (sources.length) {
|
var source = sources.shift()
|
if (!source) {
|
continue
|
}
|
|
if (typeof source !== "object") {
|
throw new TypeError(source + "must be non-object")
|
}
|
|
for (var p in source) {
|
if (source.hasOwnProperty(p)) {
|
obj[p] = source[p]
|
}
|
}
|
}
|
|
return obj
|
}
|
|
// reduce buffer size, avoiding mem copy
|
exports.shrinkBuf = function (buf, size) {
|
if (buf.length === size) {
|
return buf
|
}
|
if (buf.subarray) {
|
return buf.subarray(0, size)
|
}
|
buf.length = size
|
return buf
|
}
|
|
var fnTyped = {
|
arraySet: function (dest, src, src_offs, len, dest_offs) {
|
if (src.subarray && dest.subarray) {
|
dest.set(src.subarray(src_offs, src_offs + len), dest_offs)
|
return
|
}
|
// Fallback to ordinary array
|
for (var i = 0; i < len; i++) {
|
dest[dest_offs + i] = src[src_offs + i]
|
}
|
},
|
// Join array of chunks to single array.
|
flattenChunks: function (chunks) {
|
var i, l, len, pos, chunk, result
|
|
// calculate data length
|
len = 0
|
for (i = 0, l = chunks.length; i < l; i++) {
|
len += chunks[i].length
|
}
|
|
// join chunks
|
result = new Uint8Array(len)
|
pos = 0
|
for (i = 0, l = chunks.length; i < l; i++) {
|
chunk = chunks[i]
|
result.set(chunk, pos)
|
pos += chunk.length
|
}
|
|
return result
|
}
|
}
|
|
var fnUntyped = {
|
arraySet: function (dest, src, src_offs, len, dest_offs) {
|
for (var i = 0; i < len; i++) {
|
dest[dest_offs + i] = src[src_offs + i]
|
}
|
},
|
// Join array of chunks to single array.
|
flattenChunks: function (chunks) {
|
return [].concat.apply([], chunks)
|
}
|
}
|
|
// Enable/Disable typed arrays use, for testing
|
//
|
exports.setTyped = function (on) {
|
if (on) {
|
exports.Buf8 = Uint8Array
|
exports.Buf16 = Uint16Array
|
exports.Buf32 = Int32Array
|
exports.assign(exports, fnTyped)
|
} else {
|
exports.Buf8 = Array
|
exports.Buf16 = Array
|
exports.Buf32 = Array
|
exports.assign(exports, fnUntyped)
|
}
|
}
|
|
exports.setTyped(TYPED_OK)
|
},
|
{}
|
],
|
2: [
|
function (require, module, exports) {
|
var utils = require("./common")
|
|
// Quick check if we can use fast array to bin string conversion
|
//
|
// - apply(Array) can fail on Android 2.2
|
// - apply(Uint8Array) can fail on iOS 5.1 Safary
|
//
|
var STR_APPLY_OK = true
|
var STR_APPLY_UIA_OK = true
|
|
try {
|
String.fromCharCode.apply(null, [0])
|
} catch (__) {
|
STR_APPLY_OK = false
|
}
|
try {
|
String.fromCharCode.apply(null, new Uint8Array(1))
|
} catch (__) {
|
STR_APPLY_UIA_OK = false
|
}
|
|
// Table with utf8 lengths (calculated by first byte of sequence)
|
// Note, that 5 & 6-byte values and some 4-byte values can not be represented in JS,
|
// because max possible codepoint is 0x10ffff
|
var _utf8len = new utils.Buf8(256)
|
for (var q = 0; q < 256; q++) {
|
_utf8len[q] = q >= 252 ? 6 : q >= 248 ? 5 : q >= 240 ? 4 : q >= 224 ? 3 : q >= 192 ? 2 : 1
|
}
|
_utf8len[254] = _utf8len[254] = 1
|
// Invalid sequence start
|
|
// convert string to array (typed, when possible)
|
exports.string2buf = function (str) {
|
var buf,
|
c,
|
c2,
|
m_pos,
|
i,
|
str_len = str.length,
|
buf_len = 0
|
|
// count binary size
|
for (m_pos = 0; m_pos < str_len; m_pos++) {
|
c = str.charCodeAt(m_pos)
|
if ((c & 0xfc00) === 0xd800 && m_pos + 1 < str_len) {
|
c2 = str.charCodeAt(m_pos + 1)
|
if ((c2 & 0xfc00) === 0xdc00) {
|
c = 0x10000 + ((c - 0xd800) << 10) + (c2 - 0xdc00)
|
m_pos++
|
}
|
}
|
buf_len += c < 0x80 ? 1 : c < 0x800 ? 2 : c < 0x10000 ? 3 : 4
|
}
|
|
// allocate buffer
|
buf = new utils.Buf8(buf_len)
|
|
// convert
|
for (i = 0, m_pos = 0; i < buf_len; m_pos++) {
|
c = str.charCodeAt(m_pos)
|
if ((c & 0xfc00) === 0xd800 && m_pos + 1 < str_len) {
|
c2 = str.charCodeAt(m_pos + 1)
|
if ((c2 & 0xfc00) === 0xdc00) {
|
c = 0x10000 + ((c - 0xd800) << 10) + (c2 - 0xdc00)
|
m_pos++
|
}
|
}
|
if (c < 0x80) {
|
/* one byte */
|
buf[i++] = c
|
} else if (c < 0x800) {
|
/* two bytes */
|
buf[i++] = 0xc0 | (c >>> 6)
|
buf[i++] = 0x80 | (c & 0x3f)
|
} else if (c < 0x10000) {
|
/* three bytes */
|
buf[i++] = 0xe0 | (c >>> 12)
|
buf[i++] = 0x80 | ((c >>> 6) & 0x3f)
|
buf[i++] = 0x80 | (c & 0x3f)
|
} else {
|
/* four bytes */
|
buf[i++] = 0xf0 | (c >>> 18)
|
buf[i++] = 0x80 | ((c >>> 12) & 0x3f)
|
buf[i++] = 0x80 | ((c >>> 6) & 0x3f)
|
buf[i++] = 0x80 | (c & 0x3f)
|
}
|
}
|
|
return buf
|
}
|
|
// Helper (used in 2 places)
|
function buf2binstring(buf, len) {
|
// use fallback for big arrays to avoid stack overflow
|
if (len < 65537) {
|
if ((buf.subarray && STR_APPLY_UIA_OK) || (!buf.subarray && STR_APPLY_OK)) {
|
return String.fromCharCode.apply(null, utils.shrinkBuf(buf, len))
|
}
|
}
|
|
var result = ""
|
for (var i = 0; i < len; i++) {
|
result += String.fromCharCode(buf[i])
|
}
|
return result
|
}
|
|
// Convert byte array to binary string
|
exports.buf2binstring = function (buf) {
|
return buf2binstring(buf, buf.length)
|
}
|
|
// Convert binary string (typed, when possible)
|
exports.binstring2buf = function (str) {
|
var buf = new utils.Buf8(str.length)
|
for (var i = 0, len = buf.length; i < len; i++) {
|
buf[i] = str.charCodeAt(i)
|
}
|
return buf
|
}
|
|
// convert array to string
|
exports.buf2string = function (buf, max) {
|
var i, out, c, c_len
|
var len = max || buf.length
|
|
// Reserve max possible length (2 words per char)
|
// NB: by unknown reasons, Array is significantly faster for
|
// String.fromCharCode.apply than Uint16Array.
|
var utf16buf = new Array(len * 2)
|
|
for (out = 0, i = 0; i < len; ) {
|
c = buf[i++]
|
// quick process ascii
|
if (c < 0x80) {
|
utf16buf[out++] = c
|
continue
|
}
|
|
c_len = _utf8len[c]
|
// skip 5 & 6 byte codes
|
if (c_len > 4) {
|
utf16buf[out++] = 0xfffd
|
i += c_len - 1
|
continue
|
}
|
|
// apply mask on first byte
|
c &= c_len === 2 ? 0x1f : c_len === 3 ? 0x0f : 0x07
|
// join the rest
|
while (c_len > 1 && i < len) {
|
c = (c << 6) | (buf[i++] & 0x3f)
|
c_len--
|
}
|
|
// terminated by end of string?
|
if (c_len > 1) {
|
utf16buf[out++] = 0xfffd
|
continue
|
}
|
|
if (c < 0x10000) {
|
utf16buf[out++] = c
|
} else {
|
c -= 0x10000
|
utf16buf[out++] = 0xd800 | ((c >> 10) & 0x3ff)
|
utf16buf[out++] = 0xdc00 | (c & 0x3ff)
|
}
|
}
|
|
return buf2binstring(utf16buf, out)
|
}
|
|
// Calculate max possible position in utf8 buffer,
|
// that will not break sequence. If that's not possible
|
// - (very small limits) return max size as is.
|
//
|
// buf[] - utf8 bytes array
|
// max - length limit (mandatory);
|
exports.utf8border = function (buf, max) {
|
var pos
|
|
max = max || buf.length
|
if (max > buf.length) {
|
max = buf.length
|
}
|
|
// go back from last position, until start of sequence found
|
pos = max - 1
|
while (pos >= 0 && (buf[pos] & 0xc0) === 0x80) {
|
pos--
|
}
|
|
// Fuckup - very small and broken sequence,
|
// return max, because we should return something anyway.
|
if (pos < 0) {
|
return max
|
}
|
|
// If we came to start of buffer - that means vuffer is too small,
|
// return max too.
|
if (pos === 0) {
|
return max
|
}
|
|
return pos + _utf8len[buf[pos]] > max ? pos : max
|
}
|
},
|
{
|
"./common": 1
|
}
|
],
|
3: [
|
function (require, module, exports) {
|
// Note: adler32 takes 12% for level 0 and 2% for level 6.
|
// It doesn't worth to make additional optimizationa as in original.
|
// Small size is preferable.
|
|
function adler32(adler, buf, len, pos) {
|
var s1 = (adler & 0xffff) | 0,
|
s2 = ((adler >>> 16) & 0xffff) | 0,
|
n = 0
|
|
while (len !== 0) {
|
// Set limit ~ twice less than 5552, to keep
|
// s2 in 31-bits, because we force signed ints.
|
// in other case %= will fail.
|
n = len > 2000 ? 2000 : len
|
len -= n
|
|
do {
|
s1 = (s1 + buf[pos++]) | 0
|
s2 = (s2 + s1) | 0
|
} while (--n)
|
|
s1 %= 65521
|
s2 %= 65521
|
}
|
|
return s1 | (s2 << 16) | 0
|
}
|
|
module.exports = adler32
|
},
|
{}
|
],
|
4: [
|
function (require, module, exports) {
|
module.exports = {
|
/* Allowed flush values; see deflate() and inflate() below for details */
|
Z_NO_FLUSH: 0,
|
Z_PARTIAL_FLUSH: 1,
|
Z_SYNC_FLUSH: 2,
|
Z_FULL_FLUSH: 3,
|
Z_FINISH: 4,
|
Z_BLOCK: 5,
|
Z_TREES: 6,
|
|
/* Return codes for the compression/decompression functions. Negative values
|
* are errors, positive values are used for special but normal events.
|
*/
|
Z_OK: 0,
|
Z_STREAM_END: 1,
|
Z_NEED_DICT: 2,
|
Z_ERRNO: -1,
|
Z_STREAM_ERROR: -2,
|
Z_DATA_ERROR: -3,
|
//Z_MEM_ERROR: -4,
|
Z_BUF_ERROR: -5,
|
//Z_VERSION_ERROR: -6,
|
|
/* compression levels */
|
Z_NO_COMPRESSION: 0,
|
Z_BEST_SPEED: 1,
|
Z_BEST_COMPRESSION: 9,
|
Z_DEFAULT_COMPRESSION: -1,
|
|
Z_FILTERED: 1,
|
Z_HUFFMAN_ONLY: 2,
|
Z_RLE: 3,
|
Z_FIXED: 4,
|
Z_DEFAULT_STRATEGY: 0,
|
|
/* Possible values of the data_type field (though see inflate()) */
|
Z_BINARY: 0,
|
Z_TEXT: 1,
|
//Z_ASCII: 1, // = Z_TEXT (deprecated)
|
Z_UNKNOWN: 2,
|
|
/* The deflate compression method */
|
Z_DEFLATED: 8 //Z_NULL: null // Use -1 or null inline, depending on var type
|
}
|
},
|
{}
|
],
|
5: [
|
function (require, module, exports) {
|
// Note: we can't get significant speed boost here.
|
// So write code to minimize size - no pregenerated tables
|
// and array tools dependencies.
|
|
// Use ordinary array, since untyped makes no boost here
|
function makeTable() {
|
var c,
|
table = []
|
|
for (var n = 0; n < 256; n++) {
|
c = n
|
for (var k = 0; k < 8; k++) {
|
c = c & 1 ? 0xedb88320 ^ (c >>> 1) : c >>> 1
|
}
|
table[n] = c
|
}
|
|
return table
|
}
|
|
// Create table on load. Just 255 signed longs. Not a problem.
|
var crcTable = makeTable()
|
|
function crc32(crc, buf, len, pos) {
|
var t = crcTable,
|
end = pos + len
|
|
crc ^= -1
|
|
for (var i = pos; i < end; i++) {
|
crc = (crc >>> 8) ^ t[(crc ^ buf[i]) & 0xff]
|
}
|
|
return crc ^ -1
|
// >>> 0;
|
}
|
|
module.exports = crc32
|
},
|
{}
|
],
|
6: [
|
function (require, module, exports) {
|
function GZheader() {
|
/* true if compressed data believed to be text */
|
this.text = 0
|
/* modification time */
|
this.time = 0
|
/* extra flags (not used when writing a gzip file) */
|
this.xflags = 0
|
/* operating system */
|
this.os = 0
|
/* pointer to extra field or Z_NULL if none */
|
this.extra = null
|
/* extra field length (valid if extra != Z_NULL) */
|
this.extra_len = 0
|
// Actually, we don't need it in JS,
|
// but leave for few code modifications
|
|
//
|
// Setup limits is not necessary because in js we should not preallocate memory
|
// for inflate use constant limit in 65536 bytes
|
//
|
|
/* space at extra (only when reading header) */
|
// this.extra_max = 0;
|
/* pointer to zero-terminated file name or Z_NULL */
|
this.name = ""
|
/* space at name (only when reading header) */
|
// this.name_max = 0;
|
/* pointer to zero-terminated comment or Z_NULL */
|
this.comment = ""
|
/* space at comment (only when reading header) */
|
// this.comm_max = 0;
|
/* true if there was or will be a header crc */
|
this.hcrc = 0
|
/* true when done reading gzip header (not used when writing a gzip file) */
|
this.done = false
|
}
|
|
module.exports = GZheader
|
},
|
{}
|
],
|
7: [
|
function (require, module, exports) {
|
// See state defs from inflate.js
|
var BAD = 30
|
/* got a data error -- remain here until reset */
|
var TYPE = 12
|
/* i: waiting for type bits, including last-flag bit */
|
|
/*
|
Decode literal, length, and distance codes and write out the resulting
|
literal and match bytes until either not enough input or output is
|
available, an end-of-block is encountered, or a data error is encountered.
|
When large enough input and output buffers are supplied to inflate(), for
|
example, a 16K input buffer and a 64K output buffer, more than 95% of the
|
inflate execution time is spent in this routine.
|
|
Entry assumptions:
|
|
state.mode === LEN
|
strm.avail_in >= 6
|
strm.avail_out >= 258
|
start >= strm.avail_out
|
state.bits < 8
|
|
On return, state.mode is one of:
|
|
LEN -- ran out of enough output space or enough available input
|
TYPE -- reached end of block code, inflate() to interpret next block
|
BAD -- error in block data
|
|
Notes:
|
|
- The maximum input bits used by a length/distance pair is 15 bits for the
|
length code, 5 bits for the length extra, 15 bits for the distance code,
|
and 13 bits for the distance extra. This totals 48 bits, or six bytes.
|
Therefore if strm.avail_in >= 6, then there is enough input to avoid
|
checking for available input while decoding.
|
|
- The maximum bytes that a single length/distance pair can output is 258
|
bytes, which is the maximum length that can be coded. inflate_fast()
|
requires strm.avail_out >= 258 for each loop to avoid checking for
|
output space.
|
*/
|
module.exports = function inflate_fast(strm, start) {
|
var state
|
var _in
|
/* local strm.input */
|
var last
|
/* have enough input while in < last */
|
var _out
|
/* local strm.output */
|
var beg
|
/* inflate()'s initial strm.output */
|
var end
|
/* while out < end, enough space available */
|
//#ifdef INFLATE_STRICT
|
var dmax
|
/* maximum distance from zlib header */
|
//#endif
|
var wsize
|
/* window size or zero if not using window */
|
var whave
|
/* valid bytes in the window */
|
var wnext
|
/* window write index */
|
// Use `s_window` instead `window`, avoid conflict with instrumentation tools
|
var s_window
|
/* allocated sliding window, if wsize != 0 */
|
var hold
|
/* local strm.hold */
|
var bits
|
/* local strm.bits */
|
var lcode
|
/* local strm.lencode */
|
var dcode
|
/* local strm.distcode */
|
var lmask
|
/* mask for first level of length codes */
|
var dmask
|
/* mask for first level of distance codes */
|
var here
|
/* retrieved table entry */
|
var op
|
/* code bits, operation, extra bits, or */
|
/* window position, window bytes to copy */
|
var len
|
/* match length, unused bytes */
|
var dist
|
/* match distance */
|
var from
|
/* where to copy match from */
|
var from_source
|
|
var input, output
|
// JS specific, because we have no pointers
|
|
/* copy state to local variables */
|
state = strm.state
|
//here = state.here;
|
_in = strm.next_in
|
input = strm.input
|
last = _in + (strm.avail_in - 5)
|
_out = strm.next_out
|
output = strm.output
|
beg = _out - (start - strm.avail_out)
|
end = _out + (strm.avail_out - 257)
|
//#ifdef INFLATE_STRICT
|
dmax = state.dmax
|
//#endif
|
wsize = state.wsize
|
whave = state.whave
|
wnext = state.wnext
|
s_window = state.window
|
hold = state.hold
|
bits = state.bits
|
lcode = state.lencode
|
dcode = state.distcode
|
lmask = (1 << state.lenbits) - 1
|
dmask = (1 << state.distbits) - 1
|
|
/* decode literals and length/distances until end-of-block or not enough
|
input data or output space */
|
|
top: do {
|
if (bits < 15) {
|
hold += input[_in++] << bits
|
bits += 8
|
hold += input[_in++] << bits
|
bits += 8
|
}
|
|
here = lcode[hold & lmask]
|
|
dolen: for (;;) {
|
// Goto emulation
|
op = here >>> 24 /*here.bits*/
|
hold >>>= op
|
bits -= op
|
op = (here >>> 16) & 0xff /*here.op*/
|
if (op === 0) {
|
/* literal */
|
//Tracevv((stderr, here.val >= 0x20 && here.val < 0x7f ?
|
// "inflate: literal '%c'\n" :
|
// "inflate: literal 0x%02x\n", here.val));
|
output[_out++] = here & 0xffff /*here.val*/
|
} else if (op & 16) {
|
/* length base */
|
len = here & 0xffff /*here.val*/
|
op &= 15
|
/* number of extra bits */
|
if (op) {
|
if (bits < op) {
|
hold += input[_in++] << bits
|
bits += 8
|
}
|
len += hold & ((1 << op) - 1)
|
hold >>>= op
|
bits -= op
|
}
|
//Tracevv((stderr, "inflate: length %u\n", len));
|
if (bits < 15) {
|
hold += input[_in++] << bits
|
bits += 8
|
hold += input[_in++] << bits
|
bits += 8
|
}
|
here = dcode[hold & dmask]
|
|
dodist: for (;;) {
|
// goto emulation
|
op = here >>> 24 /*here.bits*/
|
hold >>>= op
|
bits -= op
|
op = (here >>> 16) & 0xff /*here.op*/
|
|
if (op & 16) {
|
/* distance base */
|
dist = here & 0xffff /*here.val*/
|
op &= 15
|
/* number of extra bits */
|
if (bits < op) {
|
hold += input[_in++] << bits
|
bits += 8
|
if (bits < op) {
|
hold += input[_in++] << bits
|
bits += 8
|
}
|
}
|
dist += hold & ((1 << op) - 1)
|
//#ifdef INFLATE_STRICT
|
if (dist > dmax) {
|
strm.msg = "invalid distance too far back"
|
state.mode = BAD
|
break top
|
}
|
//#endif
|
hold >>>= op
|
bits -= op
|
//Tracevv((stderr, "inflate: distance %u\n", dist));
|
op = _out - beg
|
/* max distance in output */
|
if (dist > op) {
|
/* see if copy from window */
|
op = dist - op
|
/* distance back in window */
|
if (op > whave) {
|
if (state.sane) {
|
strm.msg = "invalid distance too far back"
|
state.mode = BAD
|
break top
|
}
|
|
// (!) This block is disabled in zlib defailts,
|
// don't enable it for binary compatibility
|
//#ifdef INFLATE_ALLOW_INVALID_DISTANCE_TOOFAR_ARRR
|
// if (len <= op - whave) {
|
// do {
|
// output[_out++] = 0;
|
// } while (--len);
|
// continue top;
|
// }
|
// len -= op - whave;
|
// do {
|
// output[_out++] = 0;
|
// } while (--op > whave);
|
// if (op === 0) {
|
// from = _out - dist;
|
// do {
|
// output[_out++] = output[from++];
|
// } while (--len);
|
// continue top;
|
// }
|
//#endif
|
}
|
from = 0
|
// window index
|
from_source = s_window
|
if (wnext === 0) {
|
/* very common case */
|
from += wsize - op
|
if (op < len) {
|
/* some from window */
|
len -= op
|
do {
|
output[_out++] = s_window[from++]
|
} while (--op)
|
from = _out - dist
|
/* rest from output */
|
from_source = output
|
}
|
} else if (wnext < op) {
|
/* wrap around window */
|
from += wsize + wnext - op
|
op -= wnext
|
if (op < len) {
|
/* some from end of window */
|
len -= op
|
do {
|
output[_out++] = s_window[from++]
|
} while (--op)
|
from = 0
|
if (wnext < len) {
|
/* some from start of window */
|
op = wnext
|
len -= op
|
do {
|
output[_out++] = s_window[from++]
|
} while (--op)
|
from = _out - dist
|
/* rest from output */
|
from_source = output
|
}
|
}
|
} else {
|
/* contiguous in window */
|
from += wnext - op
|
if (op < len) {
|
/* some from window */
|
len -= op
|
do {
|
output[_out++] = s_window[from++]
|
} while (--op)
|
from = _out - dist
|
/* rest from output */
|
from_source = output
|
}
|
}
|
while (len > 2) {
|
output[_out++] = from_source[from++]
|
output[_out++] = from_source[from++]
|
output[_out++] = from_source[from++]
|
len -= 3
|
}
|
if (len) {
|
output[_out++] = from_source[from++]
|
if (len > 1) {
|
output[_out++] = from_source[from++]
|
}
|
}
|
} else {
|
from = _out - dist
|
/* copy direct from output */
|
do {
|
/* minimum length is three */
|
output[_out++] = output[from++]
|
output[_out++] = output[from++]
|
output[_out++] = output[from++]
|
len -= 3
|
} while (len > 2)
|
if (len) {
|
output[_out++] = output[from++]
|
if (len > 1) {
|
output[_out++] = output[from++]
|
}
|
}
|
}
|
} else if ((op & 64) === 0) {
|
/* 2nd level distance code */
|
here = dcode[(here & 0xffff) /*here.val*/ + (hold & ((1 << op) - 1))]
|
continue dodist
|
} else {
|
strm.msg = "invalid distance code"
|
state.mode = BAD
|
break top
|
}
|
|
break
|
// need to emulate goto via "continue"
|
}
|
} else if ((op & 64) === 0) {
|
/* 2nd level length code */
|
here = lcode[(here & 0xffff) /*here.val*/ + (hold & ((1 << op) - 1))]
|
continue dolen
|
} else if (op & 32) {
|
/* end-of-block */
|
//Tracevv((stderr, "inflate: end of block\n"));
|
state.mode = TYPE
|
break top
|
} else {
|
strm.msg = "invalid literal/length code"
|
state.mode = BAD
|
break top
|
}
|
|
break
|
// need to emulate goto via "continue"
|
}
|
} while (_in < last && _out < end)
|
|
/* return unused bytes (on entry, bits < 8, so in won't go too far back) */
|
len = bits >> 3
|
_in -= len
|
bits -= len << 3
|
hold &= (1 << bits) - 1
|
|
/* update state and return */
|
strm.next_in = _in
|
strm.next_out = _out
|
strm.avail_in = _in < last ? 5 + (last - _in) : 5 - (_in - last)
|
strm.avail_out = _out < end ? 257 + (end - _out) : 257 - (_out - end)
|
state.hold = hold
|
state.bits = bits
|
return
|
}
|
},
|
{}
|
],
|
8: [
|
function (require, module, exports) {
|
var utils = require("../utils/common")
|
var adler32 = require("./adler32")
|
var crc32 = require("./crc32")
|
var inflate_fast = require("./inffast")
|
var inflate_table = require("./inftrees")
|
|
var CODES = 0
|
var LENS = 1
|
var DISTS = 2
|
|
/* Public constants ==========================================================*/
|
/* ===========================================================================*/
|
|
/* Allowed flush values; see deflate() and inflate() below for details */
|
//var Z_NO_FLUSH = 0;
|
//var Z_PARTIAL_FLUSH = 1;
|
//var Z_SYNC_FLUSH = 2;
|
//var Z_FULL_FLUSH = 3;
|
var Z_FINISH = 4
|
var Z_BLOCK = 5
|
var Z_TREES = 6
|
|
/* Return codes for the compression/decompression functions. Negative values
|
* are errors, positive values are used for special but normal events.
|
*/
|
var Z_OK = 0
|
var Z_STREAM_END = 1
|
var Z_NEED_DICT = 2
|
//var Z_ERRNO = -1;
|
var Z_STREAM_ERROR = -2
|
var Z_DATA_ERROR = -3
|
var Z_MEM_ERROR = -4
|
var Z_BUF_ERROR = -5
|
//var Z_VERSION_ERROR = -6;
|
|
/* The deflate compression method */
|
var Z_DEFLATED = 8
|
|
/* STATES ====================================================================*/
|
/* ===========================================================================*/
|
|
var HEAD = 1
|
/* i: waiting for magic header */
|
var FLAGS = 2
|
/* i: waiting for method and flags (gzip) */
|
var TIME = 3
|
/* i: waiting for modification time (gzip) */
|
var OS = 4
|
/* i: waiting for extra flags and operating system (gzip) */
|
var EXLEN = 5
|
/* i: waiting for extra length (gzip) */
|
var EXTRA = 6
|
/* i: waiting for extra bytes (gzip) */
|
var NAME = 7
|
/* i: waiting for end of file name (gzip) */
|
var COMMENT = 8
|
/* i: waiting for end of comment (gzip) */
|
var HCRC = 9
|
/* i: waiting for header crc (gzip) */
|
var DICTID = 10
|
/* i: waiting for dictionary check value */
|
var DICT = 11
|
/* waiting for inflateSetDictionary() call */
|
var TYPE = 12
|
/* i: waiting for type bits, including last-flag bit */
|
var TYPEDO = 13
|
/* i: same, but skip check to exit inflate on new block */
|
var STORED = 14
|
/* i: waiting for stored size (length and complement) */
|
var COPY_ = 15
|
/* i/o: same as COPY below, but only first time in */
|
var COPY = 16
|
/* i/o: waiting for input or output to copy stored block */
|
var TABLE = 17
|
/* i: waiting for dynamic block table lengths */
|
var LENLENS = 18
|
/* i: waiting for code length code lengths */
|
var CODELENS = 19
|
/* i: waiting for length/lit and distance code lengths */
|
var LEN_ = 20
|
/* i: same as LEN below, but only first time in */
|
var LEN = 21
|
/* i: waiting for length/lit/eob code */
|
var LENEXT = 22
|
/* i: waiting for length extra bits */
|
var DIST = 23
|
/* i: waiting for distance code */
|
var DISTEXT = 24
|
/* i: waiting for distance extra bits */
|
var MATCH = 25
|
/* o: waiting for output space to copy string */
|
var LIT = 26
|
/* o: waiting for output space to write literal */
|
var CHECK = 27
|
/* i: waiting for 32-bit check value */
|
var LENGTH = 28
|
/* i: waiting for 32-bit length (gzip) */
|
var DONE = 29
|
/* finished check, done -- remain here until reset */
|
var BAD = 30
|
/* got a data error -- remain here until reset */
|
var MEM = 31
|
/* got an inflate() memory error -- remain here until reset */
|
var SYNC = 32
|
/* looking for synchronization bytes to restart inflate() */
|
|
/* ===========================================================================*/
|
|
var ENOUGH_LENS = 852
|
var ENOUGH_DISTS = 592
|
//var ENOUGH = (ENOUGH_LENS+ENOUGH_DISTS);
|
|
var MAX_WBITS = 15
|
/* 32K LZ77 window */
|
var DEF_WBITS = MAX_WBITS
|
|
function zswap32(q) {
|
return ((q >>> 24) & 0xff) + ((q >>> 8) & 0xff00) + ((q & 0xff00) << 8) + ((q & 0xff) << 24)
|
}
|
|
function InflateState() {
|
this.mode = 0
|
/* current inflate mode */
|
this.last = false
|
/* true if processing last block */
|
this.wrap = 0
|
/* bit 0 true for zlib, bit 1 true for gzip */
|
this.havedict = false
|
/* true if dictionary provided */
|
this.flags = 0
|
/* gzip header method and flags (0 if zlib) */
|
this.dmax = 0
|
/* zlib header max distance (INFLATE_STRICT) */
|
this.check = 0
|
/* protected copy of check value */
|
this.total = 0
|
/* protected copy of output count */
|
// TODO: may be {}
|
this.head = null
|
/* where to save gzip header information */
|
|
/* sliding window */
|
this.wbits = 0
|
/* log base 2 of requested window size */
|
this.wsize = 0
|
/* window size or zero if not using window */
|
this.whave = 0
|
/* valid bytes in the window */
|
this.wnext = 0
|
/* window write index */
|
this.window = null
|
/* allocated sliding window, if needed */
|
|
/* bit accumulator */
|
this.hold = 0
|
/* input bit accumulator */
|
this.bits = 0
|
/* number of bits in "in" */
|
|
/* for string and stored block copying */
|
this.length = 0
|
/* literal or length of data to copy */
|
this.offset = 0
|
/* distance back to copy string from */
|
|
/* for table and code decoding */
|
this.extra = 0
|
/* extra bits needed */
|
|
/* fixed and dynamic code tables */
|
this.lencode = null
|
/* starting table for length/literal codes */
|
this.distcode = null
|
/* starting table for distance codes */
|
this.lenbits = 0
|
/* index bits for lencode */
|
this.distbits = 0
|
/* index bits for distcode */
|
|
/* dynamic table building */
|
this.ncode = 0
|
/* number of code length code lengths */
|
this.nlen = 0
|
/* number of length code lengths */
|
this.ndist = 0
|
/* number of distance code lengths */
|
this.have = 0
|
/* number of code lengths in lens[] */
|
this.next = null
|
/* next available space in codes[] */
|
|
this.lens = new utils.Buf16(320)
|
/* temporary storage for code lengths */
|
this.work = new utils.Buf16(288)
|
/* work area for code table building */
|
|
/*
|
because we don't have pointers in js, we use lencode and distcode directly
|
as buffers so we don't need codes
|
*/
|
//this.codes = new utils.Buf32(ENOUGH); /* space for code tables */
|
this.lendyn = null
|
/* dynamic table for length/literal codes (JS specific) */
|
this.distdyn = null
|
/* dynamic table for distance codes (JS specific) */
|
this.sane = 0
|
/* if false, allow invalid distance too far */
|
this.back = 0
|
/* bits back of last unprocessed length/lit */
|
this.was = 0
|
/* initial length of match */
|
}
|
|
function inflateResetKeep(strm) {
|
var state
|
|
if (!strm || !strm.state) {
|
return Z_STREAM_ERROR
|
}
|
state = strm.state
|
strm.total_in = strm.total_out = state.total = 0
|
strm.msg = ""
|
/*Z_NULL*/
|
if (state.wrap) {
|
/* to support ill-conceived Java test suite */
|
strm.adler = state.wrap & 1
|
}
|
state.mode = HEAD
|
state.last = 0
|
state.havedict = 0
|
state.dmax = 32768
|
state.head = null /*Z_NULL*/
|
state.hold = 0
|
state.bits = 0
|
//state.lencode = state.distcode = state.next = state.codes;
|
state.lencode = state.lendyn = new utils.Buf32(ENOUGH_LENS)
|
state.distcode = state.distdyn = new utils.Buf32(ENOUGH_DISTS)
|
|
state.sane = 1
|
state.back = -1
|
//Tracev((stderr, "inflate: reset\n"));
|
return Z_OK
|
}
|
|
function inflateReset(strm) {
|
var state
|
|
if (!strm || !strm.state) {
|
return Z_STREAM_ERROR
|
}
|
state = strm.state
|
state.wsize = 0
|
state.whave = 0
|
state.wnext = 0
|
return inflateResetKeep(strm)
|
}
|
|
function inflateReset2(strm, windowBits) {
|
var wrap
|
var state
|
|
/* get the state */
|
if (!strm || !strm.state) {
|
return Z_STREAM_ERROR
|
}
|
state = strm.state
|
|
/* extract wrap request from windowBits parameter */
|
if (windowBits < 0) {
|
wrap = 0
|
windowBits = -windowBits
|
} else {
|
wrap = (windowBits >> 4) + 1
|
if (windowBits < 48) {
|
windowBits &= 15
|
}
|
}
|
|
/* set number of window bits, free window if different */
|
if (windowBits && (windowBits < 8 || windowBits > 15)) {
|
return Z_STREAM_ERROR
|
}
|
if (state.window !== null && state.wbits !== windowBits) {
|
state.window = null
|
}
|
|
/* update state and reset the rest of it */
|
state.wrap = wrap
|
state.wbits = windowBits
|
return inflateReset(strm)
|
}
|
|
function inflateInit2(strm, windowBits) {
|
var ret
|
var state
|
|
if (!strm) {
|
return Z_STREAM_ERROR
|
}
|
//strm.msg = Z_NULL; /* in case we return an error */
|
|
state = new InflateState()
|
|
//if (state === Z_NULL) return Z_MEM_ERROR;
|
//Tracev((stderr, "inflate: allocated\n"));
|
strm.state = state
|
state.window = null /*Z_NULL*/
|
ret = inflateReset2(strm, windowBits)
|
if (ret !== Z_OK) {
|
strm.state = null /*Z_NULL*/
|
}
|
return ret
|
}
|
|
function inflateInit(strm) {
|
return inflateInit2(strm, DEF_WBITS)
|
}
|
|
/*
|
Return state with length and distance decoding tables and index sizes set to
|
fixed code decoding. Normally this returns fixed tables from inffixed.h.
|
If BUILDFIXED is defined, then instead this routine builds the tables the
|
first time it's called, and returns those tables the first time and
|
thereafter. This reduces the size of the code by about 2K bytes, in
|
exchange for a little execution time. However, BUILDFIXED should not be
|
used for threaded applications, since the rewriting of the tables and virgin
|
may not be thread-safe.
|
*/
|
var virgin = true
|
|
var lenfix, distfix
|
// We have no pointers in JS, so keep tables separate
|
|
function fixedtables(state) {
|
/* build fixed huffman tables if first call (may not be thread safe) */
|
if (virgin) {
|
var sym
|
|
lenfix = new utils.Buf32(512)
|
distfix = new utils.Buf32(32)
|
|
/* literal/length table */
|
sym = 0
|
while (sym < 144) {
|
state.lens[sym++] = 8
|
}
|
while (sym < 256) {
|
state.lens[sym++] = 9
|
}
|
while (sym < 280) {
|
state.lens[sym++] = 7
|
}
|
while (sym < 288) {
|
state.lens[sym++] = 8
|
}
|
|
inflate_table(LENS, state.lens, 0, 288, lenfix, 0, state.work, {
|
bits: 9
|
})
|
|
/* distance table */
|
sym = 0
|
while (sym < 32) {
|
state.lens[sym++] = 5
|
}
|
|
inflate_table(DISTS, state.lens, 0, 32, distfix, 0, state.work, {
|
bits: 5
|
})
|
|
/* do this just once */
|
virgin = false
|
}
|
|
state.lencode = lenfix
|
state.lenbits = 9
|
state.distcode = distfix
|
state.distbits = 5
|
}
|
|
/*
|
Update the window with the last wsize (normally 32K) bytes written before
|
returning. If window does not exist yet, create it. This is only called
|
when a window is already in use, or when output has been written during this
|
inflate call, but the end of the deflate stream has not been reached yet.
|
It is also called to create a window for dictionary data when a dictionary
|
is loaded.
|
|
Providing output buffers larger than 32K to inflate() should provide a speed
|
advantage, since only the last 32K of output is copied to the sliding window
|
upon return from inflate(), and since all distances after the first 32K of
|
output will fall in the output data, making match copies simpler and faster.
|
The advantage may be dependent on the size of the processor's data caches.
|
*/
|
function updatewindow(strm, src, end, copy) {
|
var dist
|
var state = strm.state
|
|
/* if it hasn't been done already, allocate space for the window */
|
if (state.window === null) {
|
state.wsize = 1 << state.wbits
|
state.wnext = 0
|
state.whave = 0
|
|
state.window = new utils.Buf8(state.wsize)
|
}
|
|
/* copy state->wsize or less output bytes into the circular window */
|
if (copy >= state.wsize) {
|
utils.arraySet(state.window, src, end - state.wsize, state.wsize, 0)
|
state.wnext = 0
|
state.whave = state.wsize
|
} else {
|
dist = state.wsize - state.wnext
|
if (dist > copy) {
|
dist = copy
|
}
|
//zmemcpy(state->window + state->wnext, end - copy, dist);
|
utils.arraySet(state.window, src, end - copy, dist, state.wnext)
|
copy -= dist
|
if (copy) {
|
//zmemcpy(state->window, end - copy, copy);
|
utils.arraySet(state.window, src, end - copy, copy, 0)
|
state.wnext = copy
|
state.whave = state.wsize
|
} else {
|
state.wnext += dist
|
if (state.wnext === state.wsize) {
|
state.wnext = 0
|
}
|
if (state.whave < state.wsize) {
|
state.whave += dist
|
}
|
}
|
}
|
return 0
|
}
|
|
function inflate(strm, flush) {
|
var state
|
var input, output
|
// input/output buffers
|
var next
|
/* next input INDEX */
|
var put
|
/* next output INDEX */
|
var have, left
|
/* available input and output */
|
var hold
|
/* bit buffer */
|
var bits
|
/* bits in bit buffer */
|
var _in, _out
|
/* save starting available input and output */
|
var copy
|
/* number of stored or match bytes to copy */
|
var from
|
/* where to copy match bytes from */
|
var from_source
|
var here = 0
|
/* current decoding table entry */
|
var here_bits, here_op, here_val
|
// paked "here" denormalized (JS specific)
|
//var last; /* parent table entry */
|
var last_bits, last_op, last_val
|
// paked "last" denormalized (JS specific)
|
var len
|
/* length to copy for repeats, bits to drop */
|
var ret
|
/* return code */
|
var hbuf = new utils.Buf8(4)
|
/* buffer for gzip header crc calculation */
|
var opts
|
|
var n
|
// temporary var for NEED_BITS
|
|
var order = /* permutation of code lengths */ [16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15]
|
|
if (!strm || !strm.state || !strm.output || (!strm.input && strm.avail_in !== 0)) {
|
return Z_STREAM_ERROR
|
}
|
|
state = strm.state
|
if (state.mode === TYPE) {
|
state.mode = TYPEDO
|
}
|
/* skip check */
|
|
//--- LOAD() ---
|
put = strm.next_out
|
output = strm.output
|
left = strm.avail_out
|
next = strm.next_in
|
input = strm.input
|
have = strm.avail_in
|
hold = state.hold
|
bits = state.bits
|
//---
|
|
_in = have
|
_out = left
|
ret = Z_OK
|
|
// goto emulation
|
inf_leave: for (;;) {
|
switch (state.mode) {
|
case HEAD:
|
if (state.wrap === 0) {
|
state.mode = TYPEDO
|
break
|
}
|
//=== NEEDBITS(16);
|
while (bits < 16) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if (state.wrap & 2 && hold === 0x8b1f) {
|
/* gzip header */
|
state.check = 0 /*crc32(0L, Z_NULL, 0)*/
|
//=== CRC2(state.check, hold);
|
hbuf[0] = hold & 0xff
|
hbuf[1] = (hold >>> 8) & 0xff
|
state.check = crc32(state.check, hbuf, 2, 0)
|
//===//
|
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = FLAGS
|
break
|
}
|
state.flags = 0
|
/* expect zlib header */
|
if (state.head) {
|
state.head.done = false
|
}
|
if (!(state.wrap & 1) /* check if zlib header allowed */ || (((hold & 0xff) /*BITS(8)*/ << 8) + (hold >> 8)) % 31) {
|
strm.msg = "incorrect header check"
|
state.mode = BAD
|
break
|
}
|
if ((hold & 0x0f) /*BITS(4)*/ !== Z_DEFLATED) {
|
strm.msg = "unknown compression method"
|
state.mode = BAD
|
break
|
}
|
//--- DROPBITS(4) ---//
|
hold >>>= 4
|
bits -= 4
|
//---//
|
len = (hold & 0x0f) /*BITS(4)*/ + 8
|
if (state.wbits === 0) {
|
state.wbits = len
|
} else if (len > state.wbits) {
|
strm.msg = "invalid window size"
|
state.mode = BAD
|
break
|
}
|
state.dmax = 1 << len
|
//Tracev((stderr, "inflate: zlib header ok\n"));
|
strm.adler = state.check = 1 /*adler32(0L, Z_NULL, 0)*/
|
state.mode = hold & 0x200 ? DICTID : TYPE
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
break
|
case FLAGS:
|
//=== NEEDBITS(16); */
|
while (bits < 16) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.flags = hold
|
if ((state.flags & 0xff) !== Z_DEFLATED) {
|
strm.msg = "unknown compression method"
|
state.mode = BAD
|
break
|
}
|
if (state.flags & 0xe000) {
|
strm.msg = "unknown header flags set"
|
state.mode = BAD
|
break
|
}
|
if (state.head) {
|
state.head.text = (hold >> 8) & 1
|
}
|
if (state.flags & 0x0200) {
|
//=== CRC2(state.check, hold);
|
hbuf[0] = hold & 0xff
|
hbuf[1] = (hold >>> 8) & 0xff
|
state.check = crc32(state.check, hbuf, 2, 0)
|
//===//
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = TIME
|
/* falls through */
|
case TIME:
|
//=== NEEDBITS(32); */
|
while (bits < 32) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if (state.head) {
|
state.head.time = hold
|
}
|
if (state.flags & 0x0200) {
|
//=== CRC4(state.check, hold)
|
hbuf[0] = hold & 0xff
|
hbuf[1] = (hold >>> 8) & 0xff
|
hbuf[2] = (hold >>> 16) & 0xff
|
hbuf[3] = (hold >>> 24) & 0xff
|
state.check = crc32(state.check, hbuf, 4, 0)
|
//===
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = OS
|
/* falls through */
|
case OS:
|
//=== NEEDBITS(16); */
|
while (bits < 16) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if (state.head) {
|
state.head.xflags = hold & 0xff
|
state.head.os = hold >> 8
|
}
|
if (state.flags & 0x0200) {
|
//=== CRC2(state.check, hold);
|
hbuf[0] = hold & 0xff
|
hbuf[1] = (hold >>> 8) & 0xff
|
state.check = crc32(state.check, hbuf, 2, 0)
|
//===//
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = EXLEN
|
/* falls through */
|
case EXLEN:
|
if (state.flags & 0x0400) {
|
//=== NEEDBITS(16); */
|
while (bits < 16) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.length = hold
|
if (state.head) {
|
state.head.extra_len = hold
|
}
|
if (state.flags & 0x0200) {
|
//=== CRC2(state.check, hold);
|
hbuf[0] = hold & 0xff
|
hbuf[1] = (hold >>> 8) & 0xff
|
state.check = crc32(state.check, hbuf, 2, 0)
|
//===//
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
} else if (state.head) {
|
state.head.extra = null /*Z_NULL*/
|
}
|
state.mode = EXTRA
|
/* falls through */
|
case EXTRA:
|
if (state.flags & 0x0400) {
|
copy = state.length
|
if (copy > have) {
|
copy = have
|
}
|
if (copy) {
|
if (state.head) {
|
len = state.head.extra_len - state.length
|
if (!state.head.extra) {
|
// Use untyped array for more conveniend processing later
|
state.head.extra = new Array(state.head.extra_len)
|
}
|
utils.arraySet(
|
state.head.extra,
|
input,
|
next, // extra field is limited to 65536 bytes
|
// - no need for additional size check
|
copy /*len + copy > state.head.extra_max - len ? state.head.extra_max : copy,*/,
|
len
|
)
|
//zmemcpy(state.head.extra + len, next,
|
// len + copy > state.head.extra_max ?
|
// state.head.extra_max - len : copy);
|
}
|
if (state.flags & 0x0200) {
|
state.check = crc32(state.check, input, copy, next)
|
}
|
have -= copy
|
next += copy
|
state.length -= copy
|
}
|
if (state.length) {
|
break inf_leave
|
}
|
}
|
state.length = 0
|
state.mode = NAME
|
/* falls through */
|
case NAME:
|
if (state.flags & 0x0800) {
|
if (have === 0) {
|
break inf_leave
|
}
|
copy = 0
|
do {
|
// TODO: 2 or 1 bytes?
|
len = input[next + copy++]
|
/* use constant limit because in js we should not preallocate memory */
|
if (state.head && len && state.length < 65536 /*state.head.name_max*/) {
|
state.head.name += String.fromCharCode(len)
|
}
|
} while (len && copy < have)
|
|
if (state.flags & 0x0200) {
|
state.check = crc32(state.check, input, copy, next)
|
}
|
have -= copy
|
next += copy
|
if (len) {
|
break inf_leave
|
}
|
} else if (state.head) {
|
state.head.name = null
|
}
|
state.length = 0
|
state.mode = COMMENT
|
/* falls through */
|
case COMMENT:
|
if (state.flags & 0x1000) {
|
if (have === 0) {
|
break inf_leave
|
}
|
copy = 0
|
do {
|
len = input[next + copy++]
|
/* use constant limit because in js we should not preallocate memory */
|
if (state.head && len && state.length < 65536 /*state.head.comm_max*/) {
|
state.head.comment += String.fromCharCode(len)
|
}
|
} while (len && copy < have)
|
if (state.flags & 0x0200) {
|
state.check = crc32(state.check, input, copy, next)
|
}
|
have -= copy
|
next += copy
|
if (len) {
|
break inf_leave
|
}
|
} else if (state.head) {
|
state.head.comment = null
|
}
|
state.mode = HCRC
|
/* falls through */
|
case HCRC:
|
if (state.flags & 0x0200) {
|
//=== NEEDBITS(16); */
|
while (bits < 16) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if (hold !== (state.check & 0xffff)) {
|
strm.msg = "header crc mismatch"
|
state.mode = BAD
|
break
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
}
|
if (state.head) {
|
state.head.hcrc = (state.flags >> 9) & 1
|
state.head.done = true
|
}
|
strm.adler = state.check = 0
|
state.mode = TYPE
|
break
|
case DICTID:
|
//=== NEEDBITS(32); */
|
while (bits < 32) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
strm.adler = state.check = zswap32(hold)
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = DICT
|
/* falls through */
|
case DICT:
|
if (state.havedict === 0) {
|
//--- RESTORE() ---
|
strm.next_out = put
|
strm.avail_out = left
|
strm.next_in = next
|
strm.avail_in = have
|
state.hold = hold
|
state.bits = bits
|
//---
|
return Z_NEED_DICT
|
}
|
strm.adler = state.check = 1 /*adler32(0L, Z_NULL, 0)*/
|
state.mode = TYPE
|
/* falls through */
|
case TYPE:
|
if (flush === Z_BLOCK || flush === Z_TREES) {
|
break inf_leave
|
}
|
/* falls through */
|
case TYPEDO:
|
if (state.last) {
|
//--- BYTEBITS() ---//
|
hold >>>= bits & 7
|
bits -= bits & 7
|
//---//
|
state.mode = CHECK
|
break
|
}
|
//=== NEEDBITS(3); */
|
while (bits < 3) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.last = hold & 0x01 /*BITS(1)*/
|
//--- DROPBITS(1) ---//
|
hold >>>= 1
|
bits -= 1
|
//---//
|
|
switch (hold & 0x03 /*BITS(2)*/) {
|
case 0:
|
/* stored block */
|
//Tracev((stderr, "inflate: stored block%s\n",
|
// state.last ? " (last)" : ""));
|
state.mode = STORED
|
break
|
case 1:
|
/* fixed block */
|
fixedtables(state)
|
//Tracev((stderr, "inflate: fixed codes block%s\n",
|
// state.last ? " (last)" : ""));
|
state.mode = LEN_
|
/* decode codes */
|
if (flush === Z_TREES) {
|
//--- DROPBITS(2) ---//
|
hold >>>= 2
|
bits -= 2
|
//---//
|
break inf_leave
|
}
|
break
|
case 2:
|
/* dynamic block */
|
//Tracev((stderr, "inflate: dynamic codes block%s\n",
|
// state.last ? " (last)" : ""));
|
state.mode = TABLE
|
break
|
case 3:
|
strm.msg = "invalid block type"
|
state.mode = BAD
|
}
|
//--- DROPBITS(2) ---//
|
hold >>>= 2
|
bits -= 2
|
//---//
|
break
|
case STORED:
|
//--- BYTEBITS() ---// /* go to byte boundary */
|
hold >>>= bits & 7
|
bits -= bits & 7
|
//---//
|
//=== NEEDBITS(32); */
|
while (bits < 32) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if ((hold & 0xffff) !== ((hold >>> 16) ^ 0xffff)) {
|
strm.msg = "invalid stored block lengths"
|
state.mode = BAD
|
break
|
}
|
state.length = hold & 0xffff
|
//Tracev((stderr, "inflate: stored length %u\n",
|
// state.length));
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
state.mode = COPY_
|
if (flush === Z_TREES) {
|
break inf_leave
|
}
|
/* falls through */
|
case COPY_:
|
state.mode = COPY
|
/* falls through */
|
case COPY:
|
copy = state.length
|
if (copy) {
|
if (copy > have) {
|
copy = have
|
}
|
if (copy > left) {
|
copy = left
|
}
|
if (copy === 0) {
|
break inf_leave
|
}
|
//--- zmemcpy(put, next, copy); ---
|
utils.arraySet(output, input, next, copy, put)
|
//---//
|
have -= copy
|
next += copy
|
left -= copy
|
put += copy
|
state.length -= copy
|
break
|
}
|
//Tracev((stderr, "inflate: stored end\n"));
|
state.mode = TYPE
|
break
|
case TABLE:
|
//=== NEEDBITS(14); */
|
while (bits < 14) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.nlen = (hold & 0x1f) /*BITS(5)*/ + 257
|
//--- DROPBITS(5) ---//
|
hold >>>= 5
|
bits -= 5
|
//---//
|
state.ndist = (hold & 0x1f) /*BITS(5)*/ + 1
|
//--- DROPBITS(5) ---//
|
hold >>>= 5
|
bits -= 5
|
//---//
|
state.ncode = (hold & 0x0f) /*BITS(4)*/ + 4
|
//--- DROPBITS(4) ---//
|
hold >>>= 4
|
bits -= 4
|
//---//
|
//#ifndef PKZIP_BUG_WORKAROUND
|
if (state.nlen > 286 || state.ndist > 30) {
|
strm.msg = "too many length or distance symbols"
|
state.mode = BAD
|
break
|
}
|
//#endif
|
//Tracev((stderr, "inflate: table sizes ok\n"));
|
state.have = 0
|
state.mode = LENLENS
|
/* falls through */
|
case LENLENS:
|
while (state.have < state.ncode) {
|
//=== NEEDBITS(3);
|
while (bits < 3) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.lens[order[state.have++]] = hold & 0x07
|
//BITS(3);
|
//--- DROPBITS(3) ---//
|
hold >>>= 3
|
bits -= 3
|
//---//
|
}
|
while (state.have < 19) {
|
state.lens[order[state.have++]] = 0
|
}
|
// We have separate tables & no pointers. 2 commented lines below not needed.
|
//state.next = state.codes;
|
//state.lencode = state.next;
|
// Switch to use dynamic table
|
state.lencode = state.lendyn
|
state.lenbits = 7
|
|
opts = {
|
bits: state.lenbits
|
}
|
ret = inflate_table(CODES, state.lens, 0, 19, state.lencode, 0, state.work, opts)
|
state.lenbits = opts.bits
|
|
if (ret) {
|
strm.msg = "invalid code lengths set"
|
state.mode = BAD
|
break
|
}
|
//Tracev((stderr, "inflate: code lengths ok\n"));
|
state.have = 0
|
state.mode = CODELENS
|
/* falls through */
|
case CODELENS:
|
while (state.have < state.nlen + state.ndist) {
|
for (;;) {
|
here = state.lencode[hold & ((1 << state.lenbits) - 1)]
|
/*BITS(state.lenbits)*/
|
here_bits = here >>> 24
|
here_op = (here >>> 16) & 0xff
|
here_val = here & 0xffff
|
|
if (here_bits <= bits) {
|
break
|
}
|
//--- PULLBYTE() ---//
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
//---//
|
}
|
if (here_val < 16) {
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
state.lens[state.have++] = here_val
|
} else {
|
if (here_val === 16) {
|
//=== NEEDBITS(here.bits + 2);
|
n = here_bits + 2
|
while (bits < n) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
if (state.have === 0) {
|
strm.msg = "invalid bit length repeat"
|
state.mode = BAD
|
break
|
}
|
len = state.lens[state.have - 1]
|
copy = 3 + (hold & 0x03)
|
//BITS(2);
|
//--- DROPBITS(2) ---//
|
hold >>>= 2
|
bits -= 2
|
//---//
|
} else if (here_val === 17) {
|
//=== NEEDBITS(here.bits + 3);
|
n = here_bits + 3
|
while (bits < n) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
len = 0
|
copy = 3 + (hold & 0x07)
|
//BITS(3);
|
//--- DROPBITS(3) ---//
|
hold >>>= 3
|
bits -= 3
|
//---//
|
} else {
|
//=== NEEDBITS(here.bits + 7);
|
n = here_bits + 7
|
while (bits < n) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
len = 0
|
copy = 11 + (hold & 0x7f)
|
//BITS(7);
|
//--- DROPBITS(7) ---//
|
hold >>>= 7
|
bits -= 7
|
//---//
|
}
|
if (state.have + copy > state.nlen + state.ndist) {
|
strm.msg = "invalid bit length repeat"
|
state.mode = BAD
|
break
|
}
|
while (copy--) {
|
state.lens[state.have++] = len
|
}
|
}
|
}
|
|
/* handle error breaks in while */
|
if (state.mode === BAD) {
|
break
|
}
|
|
/* check for end-of-block code (better have one) */
|
if (state.lens[256] === 0) {
|
strm.msg = "invalid code -- missing end-of-block"
|
state.mode = BAD
|
break
|
}
|
|
/* build code tables -- note: do not change the lenbits or distbits
|
values here (9 and 6) without reading the comments in inftrees.h
|
concerning the ENOUGH constants, which depend on those values */
|
state.lenbits = 9
|
|
opts = {
|
bits: state.lenbits
|
}
|
ret = inflate_table(LENS, state.lens, 0, state.nlen, state.lencode, 0, state.work, opts)
|
// We have separate tables & no pointers. 2 commented lines below not needed.
|
// state.next_index = opts.table_index;
|
state.lenbits = opts.bits
|
// state.lencode = state.next;
|
|
if (ret) {
|
strm.msg = "invalid literal/lengths set"
|
state.mode = BAD
|
break
|
}
|
|
state.distbits = 6
|
//state.distcode.copy(state.codes);
|
// Switch to use dynamic table
|
state.distcode = state.distdyn
|
opts = {
|
bits: state.distbits
|
}
|
ret = inflate_table(DISTS, state.lens, state.nlen, state.ndist, state.distcode, 0, state.work, opts)
|
// We have separate tables & no pointers. 2 commented lines below not needed.
|
// state.next_index = opts.table_index;
|
state.distbits = opts.bits
|
// state.distcode = state.next;
|
|
if (ret) {
|
strm.msg = "invalid distances set"
|
state.mode = BAD
|
break
|
}
|
//Tracev((stderr, 'inflate: codes ok\n'));
|
state.mode = LEN_
|
if (flush === Z_TREES) {
|
break inf_leave
|
}
|
/* falls through */
|
case LEN_:
|
state.mode = LEN
|
/* falls through */
|
case LEN:
|
if (have >= 6 && left >= 258) {
|
//--- RESTORE() ---
|
strm.next_out = put
|
strm.avail_out = left
|
strm.next_in = next
|
strm.avail_in = have
|
state.hold = hold
|
state.bits = bits
|
//---
|
inflate_fast(strm, _out)
|
//--- LOAD() ---
|
put = strm.next_out
|
output = strm.output
|
left = strm.avail_out
|
next = strm.next_in
|
input = strm.input
|
have = strm.avail_in
|
hold = state.hold
|
bits = state.bits
|
//---
|
|
if (state.mode === TYPE) {
|
state.back = -1
|
}
|
break
|
}
|
state.back = 0
|
for (;;) {
|
here = state.lencode[hold & ((1 << state.lenbits) - 1)]
|
/*BITS(state.lenbits)*/
|
here_bits = here >>> 24
|
here_op = (here >>> 16) & 0xff
|
here_val = here & 0xffff
|
|
if (here_bits <= bits) {
|
break
|
}
|
//--- PULLBYTE() ---//
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
//---//
|
}
|
if (here_op && (here_op & 0xf0) === 0) {
|
last_bits = here_bits
|
last_op = here_op
|
last_val = here_val
|
for (;;) {
|
here = state.lencode[last_val + ((hold & ((1 << (last_bits + last_op)) - 1)) /*BITS(last.bits + last.op)*/ >> last_bits)]
|
here_bits = here >>> 24
|
here_op = (here >>> 16) & 0xff
|
here_val = here & 0xffff
|
|
if (last_bits + here_bits <= bits) {
|
break
|
}
|
//--- PULLBYTE() ---//
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
//---//
|
}
|
//--- DROPBITS(last.bits) ---//
|
hold >>>= last_bits
|
bits -= last_bits
|
//---//
|
state.back += last_bits
|
}
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
state.back += here_bits
|
state.length = here_val
|
if (here_op === 0) {
|
//Tracevv((stderr, here.val >= 0x20 && here.val < 0x7f ?
|
// "inflate: literal '%c'\n" :
|
// "inflate: literal 0x%02x\n", here.val));
|
state.mode = LIT
|
break
|
}
|
if (here_op & 32) {
|
//Tracevv((stderr, "inflate: end of block\n"));
|
state.back = -1
|
state.mode = TYPE
|
break
|
}
|
if (here_op & 64) {
|
strm.msg = "invalid literal/length code"
|
state.mode = BAD
|
break
|
}
|
state.extra = here_op & 15
|
state.mode = LENEXT
|
/* falls through */
|
case LENEXT:
|
if (state.extra) {
|
//=== NEEDBITS(state.extra);
|
n = state.extra
|
while (bits < n) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.length += hold & ((1 << state.extra) - 1) /*BITS(state.extra)*/
|
//--- DROPBITS(state.extra) ---//
|
hold >>>= state.extra
|
bits -= state.extra
|
//---//
|
state.back += state.extra
|
}
|
//Tracevv((stderr, "inflate: length %u\n", state.length));
|
state.was = state.length
|
state.mode = DIST
|
/* falls through */
|
case DIST:
|
for (;;) {
|
here = state.distcode[hold & ((1 << state.distbits) - 1)]
|
/*BITS(state.distbits)*/
|
here_bits = here >>> 24
|
here_op = (here >>> 16) & 0xff
|
here_val = here & 0xffff
|
|
if (here_bits <= bits) {
|
break
|
}
|
//--- PULLBYTE() ---//
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
//---//
|
}
|
if ((here_op & 0xf0) === 0) {
|
last_bits = here_bits
|
last_op = here_op
|
last_val = here_val
|
for (;;) {
|
here = state.distcode[last_val + ((hold & ((1 << (last_bits + last_op)) - 1)) /*BITS(last.bits + last.op)*/ >> last_bits)]
|
here_bits = here >>> 24
|
here_op = (here >>> 16) & 0xff
|
here_val = here & 0xffff
|
|
if (last_bits + here_bits <= bits) {
|
break
|
}
|
//--- PULLBYTE() ---//
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
//---//
|
}
|
//--- DROPBITS(last.bits) ---//
|
hold >>>= last_bits
|
bits -= last_bits
|
//---//
|
state.back += last_bits
|
}
|
//--- DROPBITS(here.bits) ---//
|
hold >>>= here_bits
|
bits -= here_bits
|
//---//
|
state.back += here_bits
|
if (here_op & 64) {
|
strm.msg = "invalid distance code"
|
state.mode = BAD
|
break
|
}
|
state.offset = here_val
|
state.extra = here_op & 15
|
state.mode = DISTEXT
|
/* falls through */
|
case DISTEXT:
|
if (state.extra) {
|
//=== NEEDBITS(state.extra);
|
n = state.extra
|
while (bits < n) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
state.offset += hold & ((1 << state.extra) - 1) /*BITS(state.extra)*/
|
//--- DROPBITS(state.extra) ---//
|
hold >>>= state.extra
|
bits -= state.extra
|
//---//
|
state.back += state.extra
|
}
|
//#ifdef INFLATE_STRICT
|
if (state.offset > state.dmax) {
|
strm.msg = "invalid distance too far back"
|
state.mode = BAD
|
break
|
}
|
//#endif
|
//Tracevv((stderr, "inflate: distance %u\n", state.offset));
|
state.mode = MATCH
|
/* falls through */
|
case MATCH:
|
if (left === 0) {
|
break inf_leave
|
}
|
copy = _out - left
|
if (state.offset > copy) {
|
/* copy from window */
|
copy = state.offset - copy
|
if (copy > state.whave) {
|
if (state.sane) {
|
strm.msg = "invalid distance too far back"
|
state.mode = BAD
|
break
|
}
|
// (!) This block is disabled in zlib defailts,
|
// don't enable it for binary compatibility
|
//#ifdef INFLATE_ALLOW_INVALID_DISTANCE_TOOFAR_ARRR
|
// Trace((stderr, "inflate.c too far\n"));
|
// copy -= state.whave;
|
// if (copy > state.length) { copy = state.length; }
|
// if (copy > left) { copy = left; }
|
// left -= copy;
|
// state.length -= copy;
|
// do {
|
// output[put++] = 0;
|
// } while (--copy);
|
// if (state.length === 0) { state.mode = LEN; }
|
// break;
|
//#endif
|
}
|
if (copy > state.wnext) {
|
copy -= state.wnext
|
from = state.wsize - copy
|
} else {
|
from = state.wnext - copy
|
}
|
if (copy > state.length) {
|
copy = state.length
|
}
|
from_source = state.window
|
} else {
|
/* copy from output */
|
from_source = output
|
from = put - state.offset
|
copy = state.length
|
}
|
if (copy > left) {
|
copy = left
|
}
|
left -= copy
|
state.length -= copy
|
do {
|
output[put++] = from_source[from++]
|
} while (--copy)
|
if (state.length === 0) {
|
state.mode = LEN
|
}
|
break
|
case LIT:
|
if (left === 0) {
|
break inf_leave
|
}
|
output[put++] = state.length
|
left--
|
state.mode = LEN
|
break
|
case CHECK:
|
if (state.wrap) {
|
//=== NEEDBITS(32);
|
while (bits < 32) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
// Use '|' insdead of '+' to make sure that result is signed
|
hold |= input[next++] << bits
|
bits += 8
|
}
|
//===//
|
_out -= left
|
strm.total_out += _out
|
state.total += _out
|
if (_out) {
|
strm.adler = state.check =
|
/*UPDATE(state.check, put - _out, _out);*/
|
state.flags ? crc32(state.check, output, _out, put - _out) : adler32(state.check, output, _out, put - _out)
|
}
|
_out = left
|
// NB: crc32 stored as signed 32-bit int, zswap32 returns signed too
|
if ((state.flags ? hold : zswap32(hold)) !== state.check) {
|
strm.msg = "incorrect data check"
|
state.mode = BAD
|
break
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
//Tracev((stderr, "inflate: check matches trailer\n"));
|
}
|
state.mode = LENGTH
|
/* falls through */
|
case LENGTH:
|
if (state.wrap && state.flags) {
|
//=== NEEDBITS(32);
|
while (bits < 32) {
|
if (have === 0) {
|
break inf_leave
|
}
|
have--
|
hold += input[next++] << bits
|
bits += 8
|
}
|
//===//
|
if (hold !== (state.total & 0xffffffff)) {
|
strm.msg = "incorrect length check"
|
state.mode = BAD
|
break
|
}
|
//=== INITBITS();
|
hold = 0
|
bits = 0
|
//===//
|
//Tracev((stderr, "inflate: length matches trailer\n"));
|
}
|
state.mode = DONE
|
/* falls through */
|
case DONE:
|
ret = Z_STREAM_END
|
break inf_leave
|
case BAD:
|
ret = Z_DATA_ERROR
|
break inf_leave
|
case MEM:
|
return Z_MEM_ERROR
|
case SYNC:
|
/* falls through */
|
default:
|
return Z_STREAM_ERROR
|
}
|
}
|
|
// inf_leave <- here is real place for "goto inf_leave", emulated via "break inf_leave"
|
|
/*
|
Return from inflate(), updating the total counts and the check value.
|
If there was no progress during the inflate() call, return a buffer
|
error. Call updatewindow() to create and/or update the window state.
|
Note: a memory error from inflate() is non-recoverable.
|
*/
|
|
//--- RESTORE() ---
|
strm.next_out = put
|
strm.avail_out = left
|
strm.next_in = next
|
strm.avail_in = have
|
state.hold = hold
|
state.bits = bits
|
//---
|
|
if (state.wsize || (_out !== strm.avail_out && state.mode < BAD && (state.mode < CHECK || flush !== Z_FINISH))) {
|
if (updatewindow(strm, strm.output, strm.next_out, _out - strm.avail_out));
|
}
|
_in -= strm.avail_in
|
_out -= strm.avail_out
|
strm.total_in += _in
|
strm.total_out += _out
|
state.total += _out
|
if (state.wrap && _out) {
|
strm.adler = state.check =
|
/*UPDATE(state.check, strm.next_out - _out, _out);*/
|
state.flags ? crc32(state.check, output, _out, strm.next_out - _out) : adler32(state.check, output, _out, strm.next_out - _out)
|
}
|
strm.data_type =
|
state.bits + (state.last ? 64 : 0) + (state.mode === TYPE ? 128 : 0) + (state.mode === LEN_ || state.mode === COPY_ ? 256 : 0)
|
if (((_in === 0 && _out === 0) || flush === Z_FINISH) && ret === Z_OK) {
|
ret = Z_BUF_ERROR
|
}
|
return ret
|
}
|
|
function inflateEnd(strm) {
|
if (!strm || !strm.state /*|| strm->zfree == (free_func)0*/) {
|
return Z_STREAM_ERROR
|
}
|
|
var state = strm.state
|
if (state.window) {
|
state.window = null
|
}
|
strm.state = null
|
return Z_OK
|
}
|
|
function inflateGetHeader(strm, head) {
|
var state
|
|
/* check state */
|
if (!strm || !strm.state) {
|
return Z_STREAM_ERROR
|
}
|
state = strm.state
|
if ((state.wrap & 2) === 0) {
|
return Z_STREAM_ERROR
|
}
|
|
/* save header structure */
|
state.head = head
|
head.done = false
|
return Z_OK
|
}
|
|
function inflateSetDictionary(strm, dictionary) {
|
var dictLength = dictionary.length
|
|
var state
|
var dictid
|
var ret
|
|
/* check state */
|
if (!strm /* == Z_NULL */ || !strm.state /* == Z_NULL */) {
|
return Z_STREAM_ERROR
|
}
|
state = strm.state
|
|
if (state.wrap !== 0 && state.mode !== DICT) {
|
return Z_STREAM_ERROR
|
}
|
|
/* check for correct dictionary identifier */
|
if (state.mode === DICT) {
|
dictid = 1
|
/* adler32(0, null, 0)*/
|
/* dictid = adler32(dictid, dictionary, dictLength); */
|
dictid = adler32(dictid, dictionary, dictLength, 0)
|
if (dictid !== state.check) {
|
return Z_DATA_ERROR
|
}
|
}
|
/* copy dictionary to window using updatewindow(), which will amend the
|
existing dictionary if appropriate */
|
ret = updatewindow(strm, dictionary, dictLength, dictLength)
|
if (ret) {
|
state.mode = MEM
|
return Z_MEM_ERROR
|
}
|
state.havedict = 1
|
// Tracev((stderr, "inflate: dictionary set\n"));
|
return Z_OK
|
}
|
|
exports.inflateReset = inflateReset
|
exports.inflateReset2 = inflateReset2
|
exports.inflateResetKeep = inflateResetKeep
|
exports.inflateInit = inflateInit
|
exports.inflateInit2 = inflateInit2
|
exports.inflate = inflate
|
exports.inflateEnd = inflateEnd
|
exports.inflateGetHeader = inflateGetHeader
|
exports.inflateSetDictionary = inflateSetDictionary
|
exports.inflateInfo = "pako inflate (from Nodeca project)"
|
|
/* Not implemented
|
exports.inflateCopy = inflateCopy;
|
exports.inflateGetDictionary = inflateGetDictionary;
|
exports.inflateMark = inflateMark;
|
exports.inflatePrime = inflatePrime;
|
exports.inflateSync = inflateSync;
|
exports.inflateSyncPoint = inflateSyncPoint;
|
exports.inflateUndermine = inflateUndermine;
|
*/
|
},
|
{
|
"../utils/common": 1,
|
"./adler32": 3,
|
"./crc32": 5,
|
"./inffast": 7,
|
"./inftrees": 9
|
}
|
],
|
9: [
|
function (require, module, exports) {
|
var utils = require("../utils/common")
|
|
var MAXBITS = 15
|
var ENOUGH_LENS = 852
|
var ENOUGH_DISTS = 592
|
//var ENOUGH = (ENOUGH_LENS+ENOUGH_DISTS);
|
|
var CODES = 0
|
var LENS = 1
|
var DISTS = 2
|
|
var lbase = [
|
/* Length codes 257..285 base */ 3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 23, 27, 31, 35, 43, 51, 59, 67, 83, 99, 115, 131, 163,
|
195, 227, 258, 0, 0
|
]
|
|
var lext = [
|
/* Length codes 257..285 extra */ 16, 16, 16, 16, 16, 16, 16, 16, 17, 17, 17, 17, 18, 18, 18, 18, 19, 19, 19, 19, 20, 20, 20, 20, 21,
|
21, 21, 21, 16, 72, 78
|
]
|
|
var dbase = [
|
/* Distance codes 0..29 base */ 1, 2, 3, 4, 5, 7, 9, 13, 17, 25, 33, 49, 65, 97, 129, 193, 257, 385, 513, 769, 1025, 1537, 2049, 3073,
|
4097, 6145, 8193, 12289, 16385, 24577, 0, 0
|
]
|
|
var dext = [
|
/* Distance codes 0..29 extra */ 16, 16, 16, 16, 17, 17, 18, 18, 19, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 24, 25, 25, 26, 26, 27, 27,
|
28, 28, 29, 29, 64, 64
|
]
|
|
module.exports = function inflate_table(type, lens, lens_index, codes, table, table_index, work, opts) {
|
var bits = opts.bits
|
//here = opts.here; /* table entry for duplication */
|
|
var len = 0
|
/* a code's length in bits */
|
var sym = 0
|
/* index of code symbols */
|
var min = 0,
|
max = 0
|
/* minimum and maximum code lengths */
|
var root = 0
|
/* number of index bits for root table */
|
var curr = 0
|
/* number of index bits for current table */
|
var drop = 0
|
/* code bits to drop for sub-table */
|
var left = 0
|
/* number of prefix codes available */
|
var used = 0
|
/* code entries in table used */
|
var huff = 0
|
/* Huffman code */
|
var incr
|
/* for incrementing code, index */
|
var fill
|
/* index for replicating entries */
|
var low
|
/* low bits for current root entry */
|
var mask
|
/* mask for low root bits */
|
var next
|
/* next available space in table */
|
var base = null
|
/* base value table to use */
|
var base_index = 0
|
// var shoextra; /* extra bits table to use */
|
var end
|
/* use base and extra for symbol > end */
|
var count = new utils.Buf16(MAXBITS + 1)
|
//[MAXBITS+1]; /* number of codes of each length */
|
var offs = new utils.Buf16(MAXBITS + 1)
|
//[MAXBITS+1]; /* offsets in table for each length */
|
var extra = null
|
var extra_index = 0
|
|
var here_bits, here_op, here_val
|
|
/*
|
Process a set of code lengths to create a canonical Huffman code. The
|
code lengths are lens[0..codes-1]. Each length corresponds to the
|
symbols 0..codes-1. The Huffman code is generated by first sorting the
|
symbols by length from short to long, and retaining the symbol order
|
for codes with equal lengths. Then the code starts with all zero bits
|
for the first code of the shortest length, and the codes are integer
|
increments for the same length, and zeros are appended as the length
|
increases. For the deflate format, these bits are stored backwards
|
from their more natural integer increment ordering, and so when the
|
decoding tables are built in the large loop below, the integer codes
|
are incremented backwards.
|
|
This routine assumes, but does not check, that all of the entries in
|
lens[] are in the range 0..MAXBITS. The caller must assure this.
|
1..MAXBITS is interpreted as that code length. zero means that that
|
symbol does not occur in this code.
|
|
The codes are sorted by computing a count of codes for each length,
|
creating from that a table of starting indices for each length in the
|
sorted table, and then entering the symbols in order in the sorted
|
table. The sorted table is work[], with that space being provided by
|
the caller.
|
|
The length counts are used for other purposes as well, i.e. finding
|
the minimum and maximum length codes, determining if there are any
|
codes at all, checking for a valid set of lengths, and looking ahead
|
at length counts to determine sub-table sizes when building the
|
decoding tables.
|
*/
|
|
/* accumulate lengths for codes (assumes lens[] all in 0..MAXBITS) */
|
for (len = 0; len <= MAXBITS; len++) {
|
count[len] = 0
|
}
|
for (sym = 0; sym < codes; sym++) {
|
count[lens[lens_index + sym]]++
|
}
|
|
/* bound code lengths, force root to be within code lengths */
|
root = bits
|
for (max = MAXBITS; max >= 1; max--) {
|
if (count[max] !== 0) {
|
break
|
}
|
}
|
if (root > max) {
|
root = max
|
}
|
if (max === 0) {
|
/* no symbols to code at all */
|
//table.op[opts.table_index] = 64; //here.op = (var char)64; /* invalid code marker */
|
//table.bits[opts.table_index] = 1; //here.bits = (var char)1;
|
//table.val[opts.table_index++] = 0; //here.val = (var short)0;
|
table[table_index++] = (1 << 24) | (64 << 16) | 0
|
|
//table.op[opts.table_index] = 64;
|
//table.bits[opts.table_index] = 1;
|
//table.val[opts.table_index++] = 0;
|
table[table_index++] = (1 << 24) | (64 << 16) | 0
|
|
opts.bits = 1
|
return 0
|
/* no symbols, but wait for decoding to report error */
|
}
|
for (min = 1; min < max; min++) {
|
if (count[min] !== 0) {
|
break
|
}
|
}
|
if (root < min) {
|
root = min
|
}
|
|
/* check for an over-subscribed or incomplete set of lengths */
|
left = 1
|
for (len = 1; len <= MAXBITS; len++) {
|
left <<= 1
|
left -= count[len]
|
if (left < 0) {
|
return -1
|
}
|
/* over-subscribed */
|
}
|
if (left > 0 && (type === CODES || max !== 1)) {
|
return -1
|
/* incomplete set */
|
}
|
|
/* generate offsets into symbol table for each length for sorting */
|
offs[1] = 0
|
for (len = 1; len < MAXBITS; len++) {
|
offs[len + 1] = offs[len] + count[len]
|
}
|
|
/* sort symbols by length, by symbol order within each length */
|
for (sym = 0; sym < codes; sym++) {
|
if (lens[lens_index + sym] !== 0) {
|
work[offs[lens[lens_index + sym]]++] = sym
|
}
|
}
|
|
/*
|
Create and fill in decoding tables. In this loop, the table being
|
filled is at next and has curr index bits. The code being used is huff
|
with length len. That code is converted to an index by dropping drop
|
bits off of the bottom. For codes where len is less than drop + curr,
|
those top drop + curr - len bits are incremented through all values to
|
fill the table with replicated entries.
|
|
root is the number of index bits for the root table. When len exceeds
|
root, sub-tables are created pointed to by the root entry with an index
|
of the low root bits of huff. This is saved in low to check for when a
|
new sub-table should be started. drop is zero when the root table is
|
being filled, and drop is root when sub-tables are being filled.
|
|
When a new sub-table is needed, it is necessary to look ahead in the
|
code lengths to determine what size sub-table is needed. The length
|
counts are used for this, and so count[] is decremented as codes are
|
entered in the tables.
|
|
used keeps track of how many table entries have been allocated from the
|
provided *table space. It is checked for LENS and DIST tables against
|
the constants ENOUGH_LENS and ENOUGH_DISTS to guard against changes in
|
the initial root table size constants. See the comments in inftrees.h
|
for more information.
|
|
sym increments through all symbols, and the loop terminates when
|
all codes of length max, i.e. all codes, have been processed. This
|
routine permits incomplete codes, so another loop after this one fills
|
in the rest of the decoding tables with invalid code markers.
|
*/
|
|
/* set up for code type */
|
// poor man optimization - use if-else instead of switch,
|
// to avoid deopts in old v8
|
if (type === CODES) {
|
base = extra = work
|
/* dummy value--not used */
|
end = 19
|
} else if (type === LENS) {
|
base = lbase
|
base_index -= 257
|
extra = lext
|
extra_index -= 257
|
end = 256
|
} else {
|
/* DISTS */
|
base = dbase
|
extra = dext
|
end = -1
|
}
|
|
/* initialize opts for loop */
|
huff = 0
|
/* starting code */
|
sym = 0
|
/* starting code symbol */
|
len = min
|
/* starting code length */
|
next = table_index
|
/* current table to fill in */
|
curr = root
|
/* current table index bits */
|
drop = 0
|
/* current bits to drop from code for index */
|
low = -1
|
/* trigger new sub-table when len > root */
|
used = 1 << root
|
/* use root table entries */
|
mask = used - 1
|
/* mask for comparing low */
|
|
/* check available table space */
|
if ((type === LENS && used > ENOUGH_LENS) || (type === DISTS && used > ENOUGH_DISTS)) {
|
return 1
|
}
|
|
/* process all codes and make table entries */
|
for (;;) {
|
/* create table entry */
|
here_bits = len - drop
|
if (work[sym] < end) {
|
here_op = 0
|
here_val = work[sym]
|
} else if (work[sym] > end) {
|
here_op = extra[extra_index + work[sym]]
|
here_val = base[base_index + work[sym]]
|
} else {
|
here_op = 32 + 64
|
/* end of block */
|
here_val = 0
|
}
|
|
/* replicate for those indices with low len bits equal to huff */
|
incr = 1 << (len - drop)
|
fill = 1 << curr
|
min = fill
|
/* save offset to next table */
|
do {
|
fill -= incr
|
table[next + (huff >> drop) + fill] = (here_bits << 24) | (here_op << 16) | here_val | 0
|
} while (fill !== 0)
|
|
/* backwards increment the len-bit code huff */
|
incr = 1 << (len - 1)
|
while (huff & incr) {
|
incr >>= 1
|
}
|
if (incr !== 0) {
|
huff &= incr - 1
|
huff += incr
|
} else {
|
huff = 0
|
}
|
|
/* go to next symbol, update count, len */
|
sym++
|
if (--count[len] === 0) {
|
if (len === max) {
|
break
|
}
|
len = lens[lens_index + work[sym]]
|
}
|
|
/* create new sub-table if needed */
|
if (len > root && (huff & mask) !== low) {
|
/* if first time, transition to sub-tables */
|
if (drop === 0) {
|
drop = root
|
}
|
|
/* increment past last table */
|
next += min
|
/* here min is 1 << curr */
|
|
/* determine length of next table */
|
curr = len - drop
|
left = 1 << curr
|
while (curr + drop < max) {
|
left -= count[curr + drop]
|
if (left <= 0) {
|
break
|
}
|
curr++
|
left <<= 1
|
}
|
|
/* check for enough space */
|
used += 1 << curr
|
if ((type === LENS && used > ENOUGH_LENS) || (type === DISTS && used > ENOUGH_DISTS)) {
|
return 1
|
}
|
|
/* point entry in root table to sub-table */
|
low = huff & mask
|
/*table.op[low] = curr;
|
table.bits[low] = root;
|
table.val[low] = next - opts.table_index;*/
|
table[low] = (root << 24) | (curr << 16) | (next - table_index) | 0
|
}
|
}
|
|
/* fill in remaining table entry if code is incomplete (guaranteed to have
|
at most one remaining entry, since if the code is incomplete, the
|
maximum code length that was allowed to get this far is one bit) */
|
if (huff !== 0) {
|
//table.op[next + huff] = 64; /* invalid code marker */
|
//table.bits[next + huff] = len - drop;
|
//table.val[next + huff] = 0;
|
table[next + huff] = ((len - drop) << 24) | (64 << 16) | 0
|
}
|
|
/* set return parameters */
|
//opts.table_index += used;
|
opts.bits = root
|
return 0
|
}
|
},
|
{
|
"../utils/common": 1
|
}
|
],
|
10: [
|
function (require, module, exports) {
|
module.exports = {
|
2: "need dictionary",
|
/* Z_NEED_DICT 2 */
|
1: "stream end",
|
/* Z_STREAM_END 1 */
|
0: "",
|
/* Z_OK 0 */
|
"-1": "file error",
|
/* Z_ERRNO (-1) */
|
"-2": "stream error",
|
/* Z_STREAM_ERROR (-2) */
|
"-3": "data error",
|
/* Z_DATA_ERROR (-3) */
|
"-4": "insufficient memory",
|
/* Z_MEM_ERROR (-4) */
|
"-5": "buffer error",
|
/* Z_BUF_ERROR (-5) */
|
"-6": "incompatible version" /* Z_VERSION_ERROR (-6) */
|
}
|
},
|
{}
|
],
|
11: [
|
function (require, module, exports) {
|
function ZStream() {
|
/* next input byte */
|
this.input = null
|
// JS specific, because we have no pointers
|
this.next_in = 0
|
/* number of bytes available at input */
|
this.avail_in = 0
|
/* total number of input bytes read so far */
|
this.total_in = 0
|
/* next output byte should be put there */
|
this.output = null
|
// JS specific, because we have no pointers
|
this.next_out = 0
|
/* remaining free space at output */
|
this.avail_out = 0
|
/* total number of bytes output so far */
|
this.total_out = 0
|
/* last error message, NULL if no error */
|
this.msg = "" /*Z_NULL*/
|
/* not visible by applications */
|
this.state = null
|
/* best guess about the data type: binary or text */
|
this.data_type = 2 /*Z_UNKNOWN*/
|
/* adler32 value of the uncompressed data */
|
this.adler = 0
|
}
|
|
module.exports = ZStream
|
},
|
{}
|
],
|
"/lib/inflate.js": [
|
function (require, module, exports) {
|
var zlib_inflate = require("./zlib/inflate")
|
var utils = require("./utils/common")
|
var strings = require("./utils/strings")
|
var c = require("./zlib/constants")
|
var msg = require("./zlib/messages")
|
var ZStream = require("./zlib/zstream")
|
var GZheader = require("./zlib/gzheader")
|
|
var toString = Object.prototype.toString
|
|
/**
|
* class Inflate
|
*
|
* Generic JS-style wrapper for zlib calls. If you don't need
|
* streaming behaviour - use more simple functions: [[inflate]]
|
* and [[inflateRaw]].
|
**/
|
|
/* internal
|
* inflate.chunks -> Array
|
*
|
* Chunks of output data, if [[Inflate#onData]] not overriden.
|
**/
|
|
/**
|
* Inflate.result -> Uint8Array|Array|String
|
*
|
* Uncompressed result, generated by default [[Inflate#onData]]
|
* and [[Inflate#onEnd]] handlers. Filled after you push last chunk
|
* (call [[Inflate#push]] with `Z_FINISH` / `true` param) or if you
|
* push a chunk with explicit flush (call [[Inflate#push]] with
|
* `Z_SYNC_FLUSH` param).
|
**/
|
|
/**
|
* Inflate.err -> Number
|
*
|
* Error code after inflate finished. 0 (Z_OK) on success.
|
* Should be checked if broken data possible.
|
**/
|
|
/**
|
* Inflate.msg -> String
|
*
|
* Error message, if [[Inflate.err]] != 0
|
**/
|
|
/**
|
* new Inflate(options)
|
* - options (Object): zlib inflate options.
|
*
|
* Creates new inflator instance with specified params. Throws exception
|
* on bad params. Supported options:
|
*
|
* - `windowBits`
|
* - `dictionary`
|
*
|
* [http://zlib.net/manual.html#Advanced](http://zlib.net/manual.html#Advanced)
|
* for more information on these.
|
*
|
* Additional options, for internal needs:
|
*
|
* - `chunkSize` - size of generated data chunks (16K by default)
|
* - `raw` (Boolean) - do raw inflate
|
* - `to` (String) - if equal to 'string', then result will be converted
|
* from utf8 to utf16 (javascript) string. When string output requested,
|
* chunk length can differ from `chunkSize`, depending on content.
|
*
|
* By default, when no options set, autodetect deflate/gzip data format via
|
* wrapper header.
|
*
|
* ##### Example:
|
*
|
* ```javascript
|
* var pako = require('pako')
|
* , chunk1 = Uint8Array([1,2,3,4,5,6,7,8,9])
|
* , chunk2 = Uint8Array([10,11,12,13,14,15,16,17,18,19]);
|
*
|
* var inflate = new pako.Inflate({ level: 3});
|
*
|
* inflate.push(chunk1, false);
|
* inflate.push(chunk2, true); // true -> last chunk
|
*
|
* if (inflate.err) { throw new Error(inflate.err); }
|
*
|
* console.log(inflate.result);
|
* ```
|
**/
|
function Inflate(options) {
|
if (!(this instanceof Inflate)) return new Inflate(options)
|
|
this.options = utils.assign(
|
{
|
chunkSize: 16384,
|
windowBits: 0,
|
to: ""
|
},
|
options || {}
|
)
|
|
var opt = this.options
|
|
// Force window size for `raw` data, if not set directly,
|
// because we have no header for autodetect.
|
if (opt.raw && opt.windowBits >= 0 && opt.windowBits < 16) {
|
opt.windowBits = -opt.windowBits
|
if (opt.windowBits === 0) {
|
opt.windowBits = -15
|
}
|
}
|
|
// If `windowBits` not defined (and mode not raw) - set autodetect flag for gzip/deflate
|
if (opt.windowBits >= 0 && opt.windowBits < 16 && !(options && options.windowBits)) {
|
opt.windowBits += 32
|
}
|
|
// Gzip header has no info about windows size, we can do autodetect only
|
// for deflate. So, if window size not set, force it to max when gzip possible
|
if (opt.windowBits > 15 && opt.windowBits < 48) {
|
// bit 3 (16) -> gzipped data
|
// bit 4 (32) -> autodetect gzip/deflate
|
if ((opt.windowBits & 15) === 0) {
|
opt.windowBits |= 15
|
}
|
}
|
|
this.err = 0
|
// error code, if happens (0 = Z_OK)
|
this.msg = ""
|
// error message
|
this.ended = false
|
// used to avoid multiple onEnd() calls
|
this.chunks = []
|
// chunks of compressed data
|
|
this.strm = new ZStream()
|
this.strm.avail_out = 0
|
|
var status = zlib_inflate.inflateInit2(this.strm, opt.windowBits)
|
|
if (status !== c.Z_OK) {
|
throw new Error(msg[status])
|
}
|
|
this.header = new GZheader()
|
|
zlib_inflate.inflateGetHeader(this.strm, this.header)
|
}
|
|
/**
|
* Inflate#push(data[, mode]) -> Boolean
|
* - data (Uint8Array|Array|ArrayBuffer|String): input data
|
* - mode (Number|Boolean): 0..6 for corresponding Z_NO_FLUSH..Z_TREE modes.
|
* See constants. Skipped or `false` means Z_NO_FLUSH, `true` meansh Z_FINISH.
|
*
|
* Sends input data to inflate pipe, generating [[Inflate#onData]] calls with
|
* new output chunks. Returns `true` on success. The last data block must have
|
* mode Z_FINISH (or `true`). That will flush internal pending buffers and call
|
* [[Inflate#onEnd]]. For interim explicit flushes (without ending the stream) you
|
* can use mode Z_SYNC_FLUSH, keeping the decompression context.
|
*
|
* On fail call [[Inflate#onEnd]] with error code and return false.
|
*
|
* We strongly recommend to use `Uint8Array` on input for best speed (output
|
* format is detected automatically). Also, don't skip last param and finally
|
* use the same type in your code (boolean or number). That will improve JS speed.
|
*
|
* For regular `Array`-s make sure all elements are [0..255].
|
*
|
* ##### Example
|
*
|
* ```javascript
|
* push(chunk, false); // push one of data chunks
|
* ...
|
* push(chunk, true); // push last chunk
|
* ```
|
**/
|
Inflate.prototype.push = function (data, mode) {
|
var strm = this.strm
|
var chunkSize = this.options.chunkSize
|
var dictionary = this.options.dictionary
|
var status, _mode
|
var next_out_utf8, tail, utf8str
|
var dict
|
|
// Flag to properly process Z_BUF_ERROR on testing inflate call
|
// when we check that all output data was flushed.
|
var allowBufError = false
|
|
if (this.ended) {
|
return false
|
}
|
_mode = mode === ~~mode ? mode : mode === true ? c.Z_FINISH : c.Z_NO_FLUSH
|
|
// Convert data if needed
|
if (typeof data === "string") {
|
// Only binary strings can be decompressed on practice
|
strm.input = strings.binstring2buf(data)
|
} else if (toString.call(data) === "[object ArrayBuffer]") {
|
strm.input = new Uint8Array(data)
|
} else {
|
strm.input = data
|
}
|
|
strm.next_in = 0
|
strm.avail_in = strm.input.length
|
|
do {
|
if (strm.avail_out === 0) {
|
strm.output = new utils.Buf8(chunkSize)
|
strm.next_out = 0
|
strm.avail_out = chunkSize
|
}
|
|
status = zlib_inflate.inflate(strm, c.Z_NO_FLUSH)
|
/* no bad return value */
|
|
if (status === c.Z_NEED_DICT && dictionary) {
|
// Convert data if needed
|
if (typeof dictionary === "string") {
|
dict = strings.string2buf(dictionary)
|
} else if (toString.call(dictionary) === "[object ArrayBuffer]") {
|
dict = new Uint8Array(dictionary)
|
} else {
|
dict = dictionary
|
}
|
|
status = zlib_inflate.inflateSetDictionary(this.strm, dict)
|
}
|
|
if (status === c.Z_BUF_ERROR && allowBufError === true) {
|
status = c.Z_OK
|
allowBufError = false
|
}
|
|
if (status !== c.Z_STREAM_END && status !== c.Z_OK) {
|
this.onEnd(status)
|
this.ended = true
|
return false
|
}
|
|
if (strm.next_out) {
|
if (
|
strm.avail_out === 0 ||
|
status === c.Z_STREAM_END ||
|
(strm.avail_in === 0 && (_mode === c.Z_FINISH || _mode === c.Z_SYNC_FLUSH))
|
) {
|
if (this.options.to === "string") {
|
next_out_utf8 = strings.utf8border(strm.output, strm.next_out)
|
|
tail = strm.next_out - next_out_utf8
|
utf8str = strings.buf2string(strm.output, next_out_utf8)
|
|
// move tail
|
strm.next_out = tail
|
strm.avail_out = chunkSize - tail
|
if (tail) {
|
utils.arraySet(strm.output, strm.output, next_out_utf8, tail, 0)
|
}
|
|
this.onData(utf8str)
|
} else {
|
this.onData(utils.shrinkBuf(strm.output, strm.next_out))
|
}
|
}
|
}
|
|
// When no more input data, we should check that internal inflate buffers
|
// are flushed. The only way to do it when avail_out = 0 - run one more
|
// inflate pass. But if output data not exists, inflate return Z_BUF_ERROR.
|
// Here we set flag to process this error properly.
|
//
|
// NOTE. Deflate does not return error in this case and does not needs such
|
// logic.
|
if (strm.avail_in === 0 && strm.avail_out === 0) {
|
allowBufError = true
|
}
|
} while ((strm.avail_in > 0 || strm.avail_out === 0) && status !== c.Z_STREAM_END)
|
|
if (status === c.Z_STREAM_END) {
|
_mode = c.Z_FINISH
|
}
|
|
// Finalize on the last chunk.
|
if (_mode === c.Z_FINISH) {
|
status = zlib_inflate.inflateEnd(this.strm)
|
this.onEnd(status)
|
this.ended = true
|
return status === c.Z_OK
|
}
|
|
// callback interim results if Z_SYNC_FLUSH.
|
if (_mode === c.Z_SYNC_FLUSH) {
|
this.onEnd(c.Z_OK)
|
strm.avail_out = 0
|
return true
|
}
|
|
return true
|
}
|
|
/**
|
* Inflate#onData(chunk) -> Void
|
* - chunk (Uint8Array|Array|String): ouput data. Type of array depends
|
* on js engine support. When string output requested, each chunk
|
* will be string.
|
*
|
* By default, stores data blocks in `chunks[]` property and glue
|
* those in `onEnd`. Override this handler, if you need another behaviour.
|
**/
|
Inflate.prototype.onData = function (chunk) {
|
this.chunks.push(chunk)
|
}
|
|
/**
|
* Inflate#onEnd(status) -> Void
|
* - status (Number): inflate status. 0 (Z_OK) on success,
|
* other if not.
|
*
|
* Called either after you tell inflate that the input stream is
|
* complete (Z_FINISH) or should be flushed (Z_SYNC_FLUSH)
|
* or if an error happened. By default - join collected chunks,
|
* free memory and fill `results` / `err` properties.
|
**/
|
Inflate.prototype.onEnd = function (status) {
|
// On success - join
|
if (status === c.Z_OK) {
|
if (this.options.to === "string") {
|
// Glue & convert here, until we teach pako to send
|
// utf8 alligned strings to onData
|
this.result = this.chunks.join("")
|
} else {
|
this.result = utils.flattenChunks(this.chunks)
|
}
|
}
|
this.chunks = []
|
this.err = status
|
this.msg = this.strm.msg
|
}
|
|
/**
|
* inflate(data[, options]) -> Uint8Array|Array|String
|
* - data (Uint8Array|Array|String): input data to decompress.
|
* - options (Object): zlib inflate options.
|
*
|
* Decompress `data` with inflate/ungzip and `options`. Autodetect
|
* format via wrapper header by default. That's why we don't provide
|
* separate `ungzip` method.
|
*
|
* Supported options are:
|
*
|
* - windowBits
|
*
|
* [http://zlib.net/manual.html#Advanced](http://zlib.net/manual.html#Advanced)
|
* for more information.
|
*
|
* Sugar (options):
|
*
|
* - `raw` (Boolean) - say that we work with raw stream, if you don't wish to specify
|
* negative windowBits implicitly.
|
* - `to` (String) - if equal to 'string', then result will be converted
|
* from utf8 to utf16 (javascript) string. When string output requested,
|
* chunk length can differ from `chunkSize`, depending on content.
|
*
|
*
|
* ##### Example:
|
*
|
* ```javascript
|
* var pako = require('pako')
|
* , input = pako.deflate([1,2,3,4,5,6,7,8,9])
|
* , output;
|
*
|
* try {
|
* output = pako.inflate(input);
|
* } catch (err)
|
* console.log(err);
|
* }
|
* ```
|
**/
|
function inflate(input, options) {
|
var inflator = new Inflate(options)
|
|
inflator.push(input, true)
|
|
// That will never happens, if you don't cheat with options :)
|
if (inflator.err) {
|
throw inflator.msg || msg[inflator.err]
|
}
|
|
return inflator.result
|
}
|
|
/**
|
* inflateRaw(data[, options]) -> Uint8Array|Array|String
|
* - data (Uint8Array|Array|String): input data to decompress.
|
* - options (Object): zlib inflate options.
|
*
|
* The same as [[inflate]], but creates raw data, without wrapper
|
* (header and adler32 crc).
|
**/
|
function inflateRaw(input, options) {
|
options = options || {}
|
options.raw = true
|
return inflate(input, options)
|
}
|
|
/**
|
* ungzip(data[, options]) -> Uint8Array|Array|String
|
* - data (Uint8Array|Array|String): input data to decompress.
|
* - options (Object): zlib inflate options.
|
*
|
* Just shortcut to [[inflate]], because it autodetects format
|
* by header.content. Done for convenience.
|
**/
|
|
exports.Inflate = Inflate
|
exports.inflate = inflate
|
exports.inflateRaw = inflateRaw
|
exports.ungzip = inflate
|
},
|
{
|
"./utils/common": 1,
|
"./utils/strings": 2,
|
"./zlib/constants": 4,
|
"./zlib/gzheader": 6,
|
"./zlib/inflate": 8,
|
"./zlib/messages": 10,
|
"./zlib/zstream": 11
|
}
|
]
|
},
|
{},
|
[]
|
)("/lib/inflate.js")
|
})
|
|
var _0x53a39a = tmp
|
|
const _0x5223 = [
|
"aNormal",
|
"199rybuON",
|
"1NYPYyt",
|
"602114bkFJgZ",
|
"equals",
|
"createEdgeDataByIndices",
|
"vertCompressConstant",
|
"IndexDatatype",
|
"UNSIGNED_SHORT",
|
"createIndexBuffer",
|
"computeNeighbors",
|
"attributes",
|
"createSilhouetteEdgeAttributes",
|
"instancesData",
|
"verticesCount",
|
"distance",
|
"181284pEXRxH",
|
"uniqueCount",
|
"subtract",
|
"81435sIZBIf",
|
"silhouette",
|
"byteOffset",
|
"push",
|
"length",
|
"getSizeInBytes",
|
"normalize",
|
"floor",
|
"byteLength",
|
"componentsPerAttribute",
|
"selectIndexData",
|
"FLOAT",
|
"Buffer",
|
"121lwDOBA",
|
"attributeLocations",
|
"aNormalB",
|
"minVerticesValue",
|
"typedArray",
|
"aSideness",
|
"vertexAttributes",
|
"BufferUsage",
|
"attrLocation",
|
"11049Drukrl",
|
"ZERO",
|
"700839XfptPH",
|
"ComponentDatatype",
|
"aNormalA",
|
"293ACMbJW",
|
"aPosition0",
|
"createVertexBuffer",
|
"extractEdgeInformation",
|
"Cartesian3",
|
"RegularInstanceStride",
|
"aPosition1",
|
"slice",
|
"regular",
|
"buffer",
|
"deduplicate",
|
"indicesTypedArray",
|
"STATIC_DRAW",
|
"vertexArrayDestroyable",
|
"cross",
|
"aPosition",
|
"630225UHCOAr"
|
]
|
function _0x278b(_0x4edc88, _0x2d0b10) {
|
_0x4edc88 = _0x4edc88 - 0x197
|
let _0x522311 = _0x5223[_0x4edc88]
|
return _0x522311
|
}
|
const _0x291460 = _0x278b
|
;(function (_0x352ccf, _0x5a6430) {
|
const _0x39d1f8 = _0x278b
|
while (!![]) {
|
try {
|
const _0x59135c =
|
parseInt(_0x39d1f8(0x19b)) +
|
parseInt(_0x39d1f8(0x19f)) +
|
parseInt(_0x39d1f8(0x19e)) * parseInt(_0x39d1f8(0x1ac)) +
|
-parseInt(_0x39d1f8(0x1af)) +
|
-parseInt(_0x39d1f8(0x1bc)) * parseInt(_0x39d1f8(0x1c5)) +
|
parseInt(_0x39d1f8(0x1c7)) +
|
parseInt(_0x39d1f8(0x1ca)) * parseInt(_0x39d1f8(0x19d))
|
if (_0x59135c === _0x5a6430) break
|
else _0x352ccf["push"](_0x352ccf["shift"]())
|
} catch (_0x88affa) {
|
_0x352ccf["push"](_0x352ccf["shift"]())
|
}
|
}
|
})(_0x5223, 0xb82e5)
|
function S3MEdgeProcessor() {}
|
;(S3MEdgeProcessor[_0x291460(0x1cf)] = 0x9),
|
(S3MEdgeProcessor["createEdgeData"] = function (_0x425434, _0x1ac04c, _0x2f2549) {
|
const _0x3fc9f3 = _0x291460
|
if (_0x1ac04c[_0x3fc9f3(0x1b3)] == 0x0) return null
|
let _0x440398 = _0x1ac04c[0x0],
|
_0x2be916
|
_0x440398["indexType"] === 0x0
|
? (_0x2be916 = new Uint16Array(
|
_0x440398["indicesTypedArray"][_0x3fc9f3(0x1d3)],
|
_0x440398[_0x3fc9f3(0x1d5)]["byteOffset"],
|
_0x440398[_0x3fc9f3(0x1d5)][_0x3fc9f3(0x1b7)] / 0x2
|
))
|
: (_0x2be916 = new Uint32Array(
|
_0x440398["indicesTypedArray"][_0x3fc9f3(0x1d3)],
|
_0x440398[_0x3fc9f3(0x1d5)][_0x3fc9f3(0x1b1)],
|
_0x440398[_0x3fc9f3(0x1d5)][_0x3fc9f3(0x1b7)] / 0x4
|
))
|
let _0x2872f9 = ![],
|
_0x3389e3 = S3MEdgeProcessor["extractEdgeInformation"](_0x425434, _0x2872f9, _0x2be916),
|
_0x89fd23 = EdgePreprocessing["extractEdges"](_0x3389e3)
|
return (
|
_0x2f2549 &&
|
(_0x89fd23["regular"][_0x3fc9f3(0x1a9)] && _0x2f2549[_0x3fc9f3(0x1b2)](_0x89fd23[_0x3fc9f3(0x1d2)][_0x3fc9f3(0x1a9)][_0x3fc9f3(0x1d3)]),
|
_0x89fd23[_0x3fc9f3(0x1b0)]["instancesData"] &&
|
_0x2f2549[_0x3fc9f3(0x1b2)](_0x89fd23[_0x3fc9f3(0x1b0)][_0x3fc9f3(0x1a9)][_0x3fc9f3(0x1d3)])),
|
_0x89fd23
|
)
|
})
|
let scratchSidenessVertexBuffer = null
|
function createEdgeSidenessVertexBuffer(_0x4e8204) {
|
const _0x333fab = _0x291460
|
if (scratchSidenessVertexBuffer) return scratchSidenessVertexBuffer
|
let _0x16ea50 = new Float32Array(0x8),
|
_0x41fa34 = 0x0
|
return (
|
(_0x16ea50[_0x41fa34++] = 0x0),
|
(_0x16ea50[_0x41fa34++] = 0x0),
|
(_0x16ea50[_0x41fa34++] = 0x0),
|
(_0x16ea50[_0x41fa34++] = 0x1),
|
(_0x16ea50[_0x41fa34++] = 0x1),
|
(_0x16ea50[_0x41fa34++] = 0x1),
|
(_0x16ea50[_0x41fa34++] = 0x1),
|
(_0x16ea50[_0x41fa34++] = 0x0),
|
(scratchSidenessVertexBuffer = Cesium[_0x333fab(0x1bb)][_0x333fab(0x1cc)]({
|
context: _0x4e8204,
|
typedArray: _0x16ea50,
|
usage: Cesium["BufferUsage"][_0x333fab(0x197)]
|
})),
|
(scratchSidenessVertexBuffer[_0x333fab(0x198)] = ![]),
|
scratchSidenessVertexBuffer
|
)
|
}
|
function createEdgeIndexArray() {
|
let _0x280832 = new Uint16Array(0x6),
|
_0x21c346 = 0x0
|
return (
|
(_0x280832[_0x21c346++] = 0x2),
|
(_0x280832[_0x21c346++] = 0x1),
|
(_0x280832[_0x21c346++] = 0x0),
|
(_0x280832[_0x21c346++] = 0x3),
|
(_0x280832[_0x21c346++] = 0x2),
|
(_0x280832[_0x21c346++] = 0x0),
|
_0x280832
|
)
|
}
|
let scratchIndexBuffer = null
|
;(S3MEdgeProcessor["createIndexBuffer"] = function (_0x3fc369) {
|
const _0x4b0096 = _0x291460
|
if (scratchIndexBuffer) return scratchIndexBuffer
|
return (
|
(scratchIndexBuffer = Cesium[_0x4b0096(0x1bb)][_0x4b0096(0x1a5)]({
|
context: _0x3fc369,
|
typedArray: createEdgeIndexArray(),
|
usage: Cesium[_0x4b0096(0x1c3)][_0x4b0096(0x197)],
|
indexDatatype: Cesium[_0x4b0096(0x1a3)][_0x4b0096(0x1a4)]
|
})),
|
(scratchIndexBuffer[_0x4b0096(0x198)] = ![]),
|
scratchIndexBuffer
|
)
|
}),
|
(S3MEdgeProcessor["createRegularEdgeAttributes"] = function (_0x1fbab1, _0xfd1239) {
|
const _0x3c05ec = _0x291460
|
if (!_0xfd1239[_0x3c05ec(0x1a9)] || _0xfd1239[_0x3c05ec(0x1a9)][_0x3c05ec(0x1b3)] === 0x0) return
|
let _0xe079e9 = {},
|
_0x314245 = []
|
;(_0xfd1239[_0x3c05ec(0x1bd)] = _0xe079e9), (_0xfd1239[_0x3c05ec(0x1a7)] = _0x314245)
|
let _0x156ce3 = Cesium[_0x3c05ec(0x1bb)][_0x3c05ec(0x1cc)]({
|
context: _0x1fbab1,
|
typedArray: _0xfd1239[_0x3c05ec(0x1a9)],
|
usage: Cesium[_0x3c05ec(0x1c3)]["STATIC_DRAW"]
|
})
|
_0xfd1239[_0x3c05ec(0x1a9)] = null
|
let _0x357b8e = Cesium[_0x3c05ec(0x1c8)][_0x3c05ec(0x1b4)](Cesium[_0x3c05ec(0x1c8)][_0x3c05ec(0x1ba)]),
|
_0x15c204 = createEdgeSidenessVertexBuffer(_0x1fbab1),
|
_0x321db5 = 0x0
|
;(_0xe079e9["aSideness"] = _0x321db5++),
|
_0x314245[_0x3c05ec(0x1b2)]({
|
index: _0xe079e9[_0x3c05ec(0x1c1)],
|
vertexBuffer: _0x15c204,
|
componentsPerAttribute: 0x2,
|
componentDatatype: Cesium["ComponentDatatype"][_0x3c05ec(0x1ba)],
|
offsetInBytes: 0x0,
|
strideInBytes: Cesium["ComponentDatatype"]["getSizeInBytes"](Cesium[_0x3c05ec(0x1c8)][_0x3c05ec(0x1ba)]) * 0x2,
|
normalize: ![]
|
})
|
let _0x5e08ee = S3MEdgeProcessor[_0x3c05ec(0x1cf)],
|
_0x1f7854 = 0x0
|
;(_0xe079e9[_0x3c05ec(0x1cb)] = _0x321db5++),
|
_0x314245["push"]({
|
index: _0xe079e9[_0x3c05ec(0x1cb)],
|
vertexBuffer: _0x156ce3,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium["ComponentDatatype"][_0x3c05ec(0x1ba)],
|
normalize: ![],
|
offsetInBytes: _0x357b8e * _0x1f7854,
|
strideInBytes: _0x357b8e * _0x5e08ee,
|
instanceDivisor: 0x1
|
}),
|
(_0x1f7854 += 0x3),
|
(_0xe079e9[_0x3c05ec(0x1d0)] = _0x321db5++),
|
_0x314245["push"]({
|
index: _0xe079e9[_0x3c05ec(0x1d0)],
|
vertexBuffer: _0x156ce3,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x3c05ec(0x1c8)][_0x3c05ec(0x1ba)],
|
normalize: ![],
|
offsetInBytes: _0x357b8e * _0x1f7854,
|
strideInBytes: _0x357b8e * _0x5e08ee,
|
instanceDivisor: 0x1
|
}),
|
(_0x1f7854 += 0x3),
|
(_0xe079e9[_0x3c05ec(0x19c)] = _0x321db5++),
|
_0x314245[_0x3c05ec(0x1b2)]({
|
index: _0xe079e9["aNormal"],
|
vertexBuffer: _0x156ce3,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x3c05ec(0x1c8)]["FLOAT"],
|
normalize: !![],
|
offsetInBytes: _0x357b8e * _0x1f7854,
|
strideInBytes: _0x357b8e * _0x5e08ee,
|
instanceDivisor: 0x1
|
}),
|
(_0x1f7854 += 0x3)
|
}),
|
(S3MEdgeProcessor[_0x291460(0x1a8)] = function (_0x1eed16, _0x410545) {
|
const _0x122ac3 = _0x291460
|
if (!_0x410545[_0x122ac3(0x1a9)] || _0x410545["instancesData"][_0x122ac3(0x1b3)] == 0x0) return
|
let _0x313565 = {},
|
_0x3f7954 = []
|
;(_0x410545[_0x122ac3(0x1bd)] = _0x313565), (_0x410545[_0x122ac3(0x1a7)] = _0x3f7954)
|
let _0x34e1b6 = Cesium[_0x122ac3(0x1bb)]["createVertexBuffer"]({
|
context: _0x1eed16,
|
typedArray: _0x410545[_0x122ac3(0x1a9)],
|
usage: Cesium[_0x122ac3(0x1c3)][_0x122ac3(0x197)]
|
})
|
_0x410545[_0x122ac3(0x1a9)] = null
|
let _0x555d59 = Cesium["ComponentDatatype"]["getSizeInBytes"](Cesium[_0x122ac3(0x1c8)][_0x122ac3(0x1ba)]),
|
_0x36aaf2 = 0x0
|
;(_0x313565[_0x122ac3(0x1c1)] = _0x36aaf2++),
|
_0x3f7954[_0x122ac3(0x1b2)]({
|
index: _0x313565["aSideness"],
|
vertexBuffer: createEdgeSidenessVertexBuffer(_0x1eed16),
|
componentsPerAttribute: 0x2,
|
componentDatatype: Cesium["ComponentDatatype"][_0x122ac3(0x1ba)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x555d59 * 0x2,
|
normalize: ![]
|
})
|
let _0x51f306 = 0x3 + 0x3 + 0x3 + 0x3,
|
_0x38e7ee = 0x0
|
;(_0x313565[_0x122ac3(0x1cb)] = _0x36aaf2++),
|
_0x3f7954[_0x122ac3(0x1b2)]({
|
index: _0x313565[_0x122ac3(0x1cb)],
|
vertexBuffer: _0x34e1b6,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium["ComponentDatatype"][_0x122ac3(0x1ba)],
|
normalize: ![],
|
offsetInBytes: _0x555d59 * _0x38e7ee,
|
strideInBytes: _0x555d59 * _0x51f306,
|
instanceDivisor: 0x1
|
}),
|
(_0x38e7ee += 0x3),
|
(_0x313565[_0x122ac3(0x1d0)] = _0x36aaf2++),
|
_0x3f7954[_0x122ac3(0x1b2)]({
|
index: _0x313565[_0x122ac3(0x1d0)],
|
vertexBuffer: _0x34e1b6,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x122ac3(0x1c8)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: _0x555d59 * _0x38e7ee,
|
strideInBytes: _0x555d59 * _0x51f306,
|
instanceDivisor: 0x1
|
}),
|
(_0x38e7ee += 0x3),
|
(_0x313565[_0x122ac3(0x1c9)] = _0x36aaf2++),
|
_0x3f7954[_0x122ac3(0x1b2)]({
|
index: _0x313565["aNormalA"],
|
vertexBuffer: _0x34e1b6,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x122ac3(0x1c8)]["FLOAT"],
|
normalize: !![],
|
offsetInBytes: _0x555d59 * _0x38e7ee,
|
strideInBytes: _0x555d59 * _0x51f306,
|
instanceDivisor: 0x1
|
}),
|
(_0x38e7ee += 0x3),
|
(_0x313565[_0x122ac3(0x1be)] = _0x36aaf2++),
|
_0x3f7954[_0x122ac3(0x1b2)]({
|
index: _0x313565[_0x122ac3(0x1be)],
|
vertexBuffer: _0x34e1b6,
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x122ac3(0x1c8)]["FLOAT"],
|
normalize: !![],
|
offsetInBytes: _0x555d59 * _0x38e7ee,
|
strideInBytes: _0x555d59 * _0x51f306,
|
instanceDivisor: 0x1
|
}),
|
(_0x38e7ee += 0x3)
|
})
|
;(S3MEdgeProcessor[_0x291460(0x1cd)] = function (_0x2db8fd, _0x191138, _0x557e27) {
|
const _0x20415c = _0x291460
|
let _0x1240ad = _0x2db8fd[_0x20415c(0x1c4)][_0x20415c(0x19a)],
|
_0x3943b8 = _0x2db8fd[_0x20415c(0x1c2)][_0x1240ad],
|
_0x3593b9 = _0x3943b8["componentsPerAttribute"],
|
_0x12d63d = new Float32Array(
|
_0x3943b8[_0x20415c(0x1c0)]["buffer"],
|
_0x3943b8[_0x20415c(0x1c0)][_0x20415c(0x1b1)],
|
_0x3943b8[_0x20415c(0x1c0)][_0x20415c(0x1b7)] / 0x4
|
),
|
_0x4a05a8 = _0x12d63d[_0x20415c(0x1b3)] / _0x3593b9
|
if (_0x191138 && _0x557e27) {
|
let _0x505582 = MeshProcessing["computeNeighbors"](_0x557e27, _0x4a05a8)
|
return {
|
faces: _0x557e27,
|
neighbors: _0x505582,
|
vertices: _0x12d63d,
|
dim: _0x3593b9
|
}
|
}
|
let _0x2c0a27 = _0x3943b8[_0x20415c(0x1c0)][_0x20415c(0x1d3)],
|
_0x23e499
|
isCompress
|
? (_0x23e499 = _0x12d63d[_0x20415c(0x1d3)])
|
: (_0x23e499 = _0x2c0a27["slice"](
|
_0x3943b8[_0x20415c(0x1c0)][_0x20415c(0x1b1)],
|
_0x3943b8[_0x20415c(0x1c0)]["byteOffset"] + _0x3943b8["typedArray"][_0x20415c(0x1b7)]
|
))
|
let _0x4c2682 = MeshProcessing[_0x20415c(0x1d4)](_0x23e499, _0x3593b9),
|
_0x2fb8d3 = S3MEdgeProcessor[_0x20415c(0x1b9)](_0x4c2682["indices"], _0x557e27),
|
_0xdc1cb0 = MeshProcessing[_0x20415c(0x1a6)](_0x2fb8d3, _0x4c2682[_0x20415c(0x1ad)]),
|
_0x4dceb6 = new Float32Array(_0x4c2682[_0x20415c(0x1d3)])
|
return {
|
faces: _0x2fb8d3,
|
neighbors: _0xdc1cb0,
|
vertices: _0x4dceb6,
|
dim: _0x3593b9
|
}
|
}),
|
(S3MEdgeProcessor[_0x291460(0x1b9)] = function (_0x54f63b, _0x5202ee) {
|
const _0x2fed68 = _0x291460
|
if (_0x5202ee) {
|
_0x5202ee = _0x5202ee[_0x2fed68(0x1d1)]()
|
for (let _0x4c53ac = 0x0; _0x4c53ac < _0x5202ee[_0x2fed68(0x1b3)]; _0x4c53ac++) {
|
_0x5202ee[_0x4c53ac] = _0x54f63b[_0x5202ee[_0x4c53ac]]
|
}
|
return _0x5202ee
|
}
|
return _0x54f63b
|
})
|
let scratchV0 = new Cesium[_0x291460(0x1ce)](),
|
scratchV1 = new Cesium[_0x291460(0x1ce)](),
|
scratchV2 = new Cesium[_0x291460(0x1ce)](),
|
scratchV3 = new Cesium["Cartesian3"](),
|
scratchN0 = new Cesium["Cartesian3"](),
|
scratchN1 = new Cesium[_0x291460(0x1ce)](),
|
scratchN2 = new Cesium[_0x291460(0x1ce)](),
|
scratchN3 = new Cesium["Cartesian3"]()
|
S3MEdgeProcessor[_0x291460(0x1a1)] = function (_0x257bde, _0x9c216c) {
|
const _0x3c6161 = _0x291460
|
let _0x142fb8 = _0x257bde["attrLocation"][_0x3c6161(0x19a)],
|
_0x22b986 = _0x257bde[_0x3c6161(0x1c2)][_0x142fb8],
|
_0x3d30c9 = _0x22b986[_0x3c6161(0x1b8)],
|
_0x218fd7 = new Float32Array(
|
_0x22b986[_0x3c6161(0x1c0)][_0x3c6161(0x1d3)],
|
_0x22b986[_0x3c6161(0x1c0)][_0x3c6161(0x1b1)],
|
_0x22b986[_0x3c6161(0x1c0)]["byteLength"] / 0x4
|
)
|
let _0x5cbc67
|
_0x9c216c["indexType"] === 0x0
|
? (_0x5cbc67 = new Uint16Array(
|
_0x9c216c[_0x3c6161(0x1d5)][_0x3c6161(0x1d3)],
|
_0x9c216c[_0x3c6161(0x1d5)][_0x3c6161(0x1b1)],
|
_0x9c216c[_0x3c6161(0x1d5)][_0x3c6161(0x1b7)] / 0x2
|
))
|
: (_0x5cbc67 = new Uint32Array(
|
_0x9c216c[_0x3c6161(0x1d5)][_0x3c6161(0x1d3)],
|
_0x9c216c[_0x3c6161(0x1d5)][_0x3c6161(0x1b1)],
|
_0x9c216c[_0x3c6161(0x1d5)]["byteLength"] / 0x4
|
))
|
let _0x46379a = [],
|
_0x160ae8 = [],
|
_0x3b6058 = _0x5cbc67[_0x3c6161(0x1b3)],
|
_0x4d0f01 = 0x0
|
for (let _0x4d1ab5 = 0x0, _0x590817 = Math[_0x3c6161(0x1b6)](_0x3b6058 / 0x4) * 0x4; _0x4d1ab5 < _0x590817; _0x4d1ab5 += 0x4) {
|
let _0x40529b = _0x5cbc67[_0x4d1ab5],
|
_0x53da36 = _0x5cbc67[_0x4d1ab5 + 0x1],
|
_0x23faad = _0x5cbc67[_0x4d1ab5 + 0x2],
|
_0x5af802 = _0x5cbc67[_0x4d1ab5 + 0x3]
|
;(scratchV0["x"] = _0x218fd7[_0x3d30c9 * _0x40529b]),
|
(scratchV0["y"] = _0x218fd7[_0x3d30c9 * _0x40529b + 0x1]),
|
(scratchV0["z"] = _0x218fd7[_0x3d30c9 * _0x40529b + 0x2]),
|
(scratchV1["x"] = _0x218fd7[_0x3d30c9 * _0x53da36]),
|
(scratchV1["y"] = _0x218fd7[_0x3d30c9 * _0x53da36 + 0x1]),
|
(scratchV1["z"] = _0x218fd7[_0x3d30c9 * _0x53da36 + 0x2]),
|
(scratchV2["x"] = _0x218fd7[_0x3d30c9 * _0x23faad]),
|
(scratchV2["y"] = _0x218fd7[_0x3d30c9 * _0x23faad + 0x1]),
|
(scratchV2["z"] = _0x218fd7[_0x3d30c9 * _0x23faad + 0x2]),
|
(scratchV3["x"] = _0x218fd7[_0x3d30c9 * _0x5af802]),
|
(scratchV3["y"] = _0x218fd7[_0x3d30c9 * _0x5af802 + 0x1]),
|
(scratchV3["z"] = _0x218fd7[_0x3d30c9 * _0x5af802 + 0x2])
|
if (
|
Cesium["Cartesian3"][_0x3c6161(0x1a0)](scratchV1, scratchV2) ||
|
Cesium["Cartesian3"][_0x3c6161(0x1a0)](scratchV1, scratchV3) ||
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1a0)](scratchV1, scratchV0) ||
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1a0)](scratchV2, scratchV0) ||
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1a0)](scratchV3, scratchV0)
|
)
|
continue
|
if (_0x23faad === _0x5af802) {
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1ae)](scratchV1, scratchV0, scratchN0),
|
Cesium["Cartesian3"]["subtract"](scratchV2, scratchV0, scratchN1),
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x199)](scratchN0, scratchN1, scratchN0)
|
if (Cesium["Cartesian3"][_0x3c6161(0x1a0)](scratchN0, Cesium[_0x3c6161(0x1ce)]["ZERO"])) continue
|
Cesium[_0x3c6161(0x1ce)]["normalize"](scratchN0, scratchN0),
|
_0x46379a[_0x3c6161(0x1b2)](scratchV0["x"]),
|
_0x46379a["push"](scratchV0["y"]),
|
_0x46379a["push"](scratchV0["z"]),
|
_0x46379a["push"](scratchV1["x"]),
|
_0x46379a[_0x3c6161(0x1b2)](scratchV1["y"]),
|
_0x46379a[_0x3c6161(0x1b2)](scratchV1["z"]),
|
_0x46379a[_0x3c6161(0x1b2)](scratchN0["x"]),
|
_0x46379a["push"](scratchN0["y"]),
|
_0x46379a[_0x3c6161(0x1b2)](scratchN0["z"])
|
} else {
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1ae)](scratchV1, scratchV0, scratchN0),
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1ae)](scratchV2, scratchV0, scratchN1),
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x199)](scratchN0, scratchN1, scratchN0)
|
if (Cesium[_0x3c6161(0x1ce)]["equals"](scratchN0, Cesium["Cartesian3"][_0x3c6161(0x1c6)])) continue
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1b5)](scratchN0, scratchN0),
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1ae)](scratchV1, scratchV0, scratchN2),
|
Cesium["Cartesian3"][_0x3c6161(0x1ae)](scratchV3, scratchV0, scratchN3),
|
Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x199)](scratchN2, scratchN3, scratchN2)
|
if (Cesium["Cartesian3"][_0x3c6161(0x1a0)](scratchN2, Cesium[_0x3c6161(0x1ce)][_0x3c6161(0x1c6)])) continue
|
Cesium["Cartesian3"][_0x3c6161(0x1b5)](scratchN2, scratchN2),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchV0["x"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchV0["y"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchV0["z"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchV1["x"]),
|
_0x160ae8["push"](scratchV1["y"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchV1["z"]),
|
_0x160ae8["push"](scratchN0["x"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchN0["y"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchN0["z"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchN2["x"]),
|
_0x160ae8["push"](scratchN2["y"]),
|
_0x160ae8[_0x3c6161(0x1b2)](scratchN2["z"])
|
}
|
_0x4d0f01 += Cesium["Cartesian3"][_0x3c6161(0x1ab)](scratchV0, scratchV1)
|
}
|
let _0x23b9c3 = _0x3b6058 / 0x4,
|
_0x46084f = _0x4d0f01 / _0x23b9c3,
|
_0x5a0743 = _0x46379a[_0x3c6161(0x1b3)] / S3MEdgeProcessor[_0x3c6161(0x1cf)],
|
_0x581097 = _0x160ae8["length"] / 0xc
|
return {
|
regular: {
|
instancesData: new Float32Array(_0x46379a),
|
instanceCount: _0x5a0743,
|
edgeLength: _0x5a0743 * _0x46084f
|
},
|
silhouette: {
|
instancesData: new Float32Array(_0x160ae8),
|
instanceCount: _0x581097,
|
edgeLength: _0x581097
|
},
|
averageEdgeLength: _0x46084f
|
}
|
}
|
|
const _0x4c93 = [
|
"uv3",
|
"aTexCoordZ",
|
"uv1",
|
"instanceBuffer",
|
"buffer",
|
"SV_Compressed",
|
"inflate",
|
"unpack",
|
"BYTES_PER_ELEMENT",
|
"texCoordCompressConstant",
|
"uv7",
|
"912039eLNaaA",
|
"4643qJlwyM",
|
"instanceIds",
|
"SVC_Vertex",
|
"PixelFormat",
|
"285408FjOIIM",
|
"vertCompressConstant",
|
"parse",
|
"green",
|
"649202sSMGKL",
|
"string",
|
"1GthUnG",
|
"batchId",
|
"materials",
|
"verticesCount",
|
"534091xczQkq",
|
"vertexColorInstance",
|
"SHORT",
|
"minTexCoordValue",
|
"1959rNNzke",
|
"skeletonNames",
|
"vertexPackage",
|
"pickInfo",
|
"length",
|
"minVerticesValue",
|
"createEdgeDataByIndices",
|
"instanceMode",
|
"1jGIIxL",
|
"aPosition",
|
"getUint32",
|
"indexType",
|
"materialCode",
|
"aTexCoord",
|
"rangeList",
|
"groupNode",
|
"vertexColor",
|
"Geometry",
|
"aNormal",
|
"SVC_TexutreCoordIsW",
|
"getUint8",
|
"primitiveType",
|
"uv2",
|
"SV_Standard",
|
"indicesTypedArray",
|
"rangeMode",
|
"Color",
|
"version",
|
"BGR",
|
"arrayFill",
|
"uv6",
|
"uv4",
|
"geodes",
|
"push",
|
"instanceBounds",
|
"boundingSphere",
|
"aColor",
|
"aSecondColor",
|
"blue",
|
"RGB",
|
"getFloat64",
|
"vertexAttributes",
|
"ComponentDatatype",
|
"UNSIGNED_BYTE",
|
"FLOAT",
|
"pageLods",
|
"matrix",
|
"uv5",
|
"getStringFromTypedArray",
|
"geoPackage",
|
"getUint16",
|
"bytesOffset",
|
"1qvdjYs",
|
"compressOptions",
|
"uv9",
|
"SVC_Normal",
|
"379qAxHYu",
|
"indexOf",
|
"184BVogrS",
|
"1345689QZYRjY",
|
"indicesCount",
|
"parseBuffer",
|
"slice",
|
"getFloat32",
|
"1XuGXwJ",
|
"SVC_TexutreCoord",
|
"attrLocation",
|
"secondary_colour"
|
]
|
const _0x3911ff = _0x545d
|
;(function (_0x2827e5, _0x2494aa) {
|
const _0x42e0b8 = _0x545d
|
while (!![]) {
|
try {
|
const _0x1bdba3 =
|
parseInt(_0x42e0b8(0x189)) * parseInt(_0x42e0b8(0x17e)) +
|
parseInt(_0x42e0b8(0x16f)) * parseInt(_0x42e0b8(0x187)) +
|
-parseInt(_0x42e0b8(0x167)) * parseInt(_0x42e0b8(0x191)) +
|
-parseInt(_0x42e0b8(0x17f)) * -parseInt(_0x42e0b8(0x169)) +
|
-parseInt(_0x42e0b8(0x18d)) * -parseInt(_0x42e0b8(0x163)) +
|
-parseInt(_0x42e0b8(0x183)) +
|
-parseInt(_0x42e0b8(0x16a)) * parseInt(_0x42e0b8(0x199))
|
if (_0x1bdba3 === _0x2494aa) break
|
else _0x2827e5["push"](_0x2827e5["shift"]())
|
} catch (_0x5b2f71) {
|
_0x2827e5["push"](_0x2827e5["shift"]())
|
}
|
}
|
})(_0x4c93, 0x8ca56)
|
function S3ModelParser() {}
|
let S3MBVertexTag = {
|
SV_Unkown: 0x0,
|
SV_Standard: 0x1,
|
SV_Compressed: 0x2
|
}
|
function unZip(_0x3207c4, _0x344018) {
|
const _0xa1ea60 = _0x545d
|
let _0xbc4ceb = new Uint8Array(_0x3207c4, _0x344018)
|
return _0x53a39a[_0xa1ea60(0x179)](_0xbc4ceb)[_0xa1ea60(0x177)]
|
}
|
function parseString(_0x107440, _0x1df54b, _0x18014b) {
|
const _0x530cb3 = _0x545d
|
let _0x343788 = _0x1df54b["getUint32"](_0x18014b, !![])
|
_0x18014b += Uint32Array[_0x530cb3(0x17b)]
|
let _0x5f5045 = new Uint8Array(_0x107440, _0x18014b, _0x343788),
|
_0x308bb2 = Cesium[_0x530cb3(0x15f)](_0x5f5045)
|
return (
|
(_0x18014b += _0x343788),
|
{
|
string: _0x308bb2,
|
bytesOffset: _0x18014b
|
}
|
)
|
}
|
function parseGeode(_0x23183f, _0x15dfa3, _0x1ca357, _0x2456e4) {
|
const _0x57e7f1 = _0x545d
|
let _0xa50923 = {},
|
_0x4e263e = [],
|
_0x46fd86 = new Array(0x10)
|
for (let _0x1028ae = 0x0; _0x1028ae < 0x10; _0x1028ae++) {
|
;(_0x46fd86[_0x1028ae] = _0x15dfa3[_0x57e7f1(0x157)](_0x1ca357, !![])), (_0x1ca357 += Float64Array["BYTES_PER_ELEMENT"])
|
}
|
;(_0xa50923[_0x57e7f1(0x15d)] = _0x46fd86), (_0xa50923[_0x57e7f1(0x192)] = _0x4e263e)
|
let _0x3093a7 = _0x15dfa3[_0x57e7f1(0x19b)](_0x1ca357, !![])
|
_0x1ca357 += Uint32Array[_0x57e7f1(0x17b)]
|
for (let _0x3a327a = 0x0; _0x3a327a < _0x3093a7; _0x3a327a++) {
|
let _0x3b8eea = parseString(_0x23183f, _0x15dfa3, _0x1ca357)
|
_0x4e263e[_0x57e7f1(0x150)](_0x3b8eea[_0x57e7f1(0x188)]), (_0x1ca357 = _0x3b8eea[_0x57e7f1(0x162)])
|
}
|
return _0x2456e4[_0x57e7f1(0x150)](_0xa50923), _0x1ca357
|
}
|
function parsePageLOD(_0x56b3b9, _0x440a14, _0x17de1b, _0x5282dc) {
|
const _0x5df322 = _0x545d
|
let _0x263697 = {}
|
;(_0x263697[_0x5df322(0x19f)] = _0x440a14[_0x5df322(0x16e)](_0x17de1b, !![])),
|
(_0x17de1b += Float32Array["BYTES_PER_ELEMENT"]),
|
(_0x263697[_0x5df322(0x1aa)] = _0x440a14["getUint16"](_0x17de1b, !![])),
|
(_0x17de1b += Uint16Array["BYTES_PER_ELEMENT"])
|
let _0x518ebe = {}
|
;(_0x518ebe["x"] = _0x440a14[_0x5df322(0x157)](_0x17de1b, !![])),
|
(_0x17de1b += Float64Array[_0x5df322(0x17b)]),
|
(_0x518ebe["y"] = _0x440a14["getFloat64"](_0x17de1b, !![])),
|
(_0x17de1b += Float64Array[_0x5df322(0x17b)]),
|
(_0x518ebe["z"] = _0x440a14["getFloat64"](_0x17de1b, !![])),
|
(_0x17de1b += Float64Array[_0x5df322(0x17b)])
|
let _0x4dde66 = _0x440a14[_0x5df322(0x157)](_0x17de1b, !![])
|
;(_0x17de1b += Float64Array[_0x5df322(0x17b)]),
|
(_0x263697[_0x5df322(0x152)] = {
|
center: _0x518ebe,
|
radius: _0x4dde66
|
})
|
let _0x1c1026 = parseString(_0x56b3b9, _0x440a14, _0x17de1b),
|
_0x4ea512 = _0x1c1026[_0x5df322(0x188)]
|
_0x17de1b = _0x1c1026[_0x5df322(0x162)]
|
let _0x4ec662 = _0x4ea512[_0x5df322(0x168)](_0x5df322(0x1a2))
|
if (_0x4ec662 !== -0x1) {
|
let _0xb082f1 = _0x4ea512["substring"](_0x4ec662)
|
_0x4ea512 = _0x4ea512["replace"](_0xb082f1, "")
|
}
|
;(_0x263697["childTile"] = _0x4ea512), (_0x263697[_0x5df322(0x14f)] = [])
|
let _0x43b6be = _0x440a14[_0x5df322(0x19b)](_0x17de1b, !![])
|
_0x17de1b += Uint32Array[_0x5df322(0x17b)]
|
for (let _0xc746c4 = 0x0; _0xc746c4 < _0x43b6be; _0xc746c4++) {
|
_0x17de1b = parseGeode(_0x56b3b9, _0x440a14, _0x17de1b, _0x263697["geodes"])
|
}
|
return _0x5282dc["push"](_0x263697), _0x17de1b
|
}
|
function parseGroupNode(_0x154cec, _0x24d073, _0x14ca69, _0x43a816) {
|
const _0xfbc43d = _0x545d
|
let _0x16f1bf = {},
|
_0x3ae190 = [],
|
_0x6e77aa = _0x24d073[_0xfbc43d(0x19b)](_0x14ca69, !![])
|
_0x14ca69 += Uint32Array[_0xfbc43d(0x17b)]
|
let _0x1c80a6 = _0x24d073["getUint32"](_0x14ca69, !![])
|
_0x14ca69 += Uint32Array[_0xfbc43d(0x17b)]
|
for (let _0x569150 = 0x0; _0x569150 < _0x1c80a6; _0x569150++) {
|
_0x14ca69 = parsePageLOD(_0x154cec, _0x24d073, _0x14ca69, _0x3ae190)
|
}
|
_0x16f1bf[_0xfbc43d(0x15c)] = _0x3ae190
|
let _0x2637b7 = _0x14ca69 % 0x4
|
return _0x2637b7 !== 0x0 && (_0x14ca69 += 0x4 - _0x2637b7), (_0x43a816[_0xfbc43d(0x1a0)] = _0x16f1bf), _0x14ca69
|
}
|
function parseVertex(_0x3d4de0, _0x12036c, _0x2fb558, _0x41bde6) {
|
const _0x1f82af = _0x545d
|
let _0x6ef9db = _0x12036c[_0x1f82af(0x19b)](_0x2fb558, !![])
|
;(_0x41bde6["verticesCount"] = _0x6ef9db), (_0x2fb558 += Uint32Array[_0x1f82af(0x17b)])
|
if (_0x2fb558 <= 0x0) return _0x2fb558
|
let _0x448a32 = _0x12036c[_0x1f82af(0x161)](_0x2fb558, !![])
|
_0x2fb558 += Uint16Array[_0x1f82af(0x17b)]
|
let _0x51d505 = _0x12036c[_0x1f82af(0x161)](_0x2fb558, !![])
|
;(_0x51d505 = _0x448a32 * Float32Array[_0x1f82af(0x17b)]), (_0x2fb558 += Uint16Array[_0x1f82af(0x17b)])
|
let _0x4e8237 = _0x6ef9db * _0x448a32 * Float32Array[_0x1f82af(0x17b)],
|
_0x4f3a5b = new Uint8Array(_0x3d4de0, _0x2fb558, _0x4e8237)
|
_0x2fb558 += _0x4e8237
|
let _0x17292d = _0x41bde6[_0x1f82af(0x158)],
|
_0x2b881e = _0x41bde6["attrLocation"]
|
return (
|
(_0x2b881e[_0x1f82af(0x19a)] = _0x17292d["length"]),
|
_0x17292d[_0x1f82af(0x150)]({
|
index: _0x2b881e[_0x1f82af(0x19a)],
|
typedArray: _0x4f3a5b,
|
componentsPerAttribute: _0x448a32,
|
componentDatatype: Cesium[_0x1f82af(0x159)]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x51d505,
|
normalize: ![]
|
}),
|
_0x2fb558
|
)
|
}
|
function parseNormal(_0xa86366, _0x7e04e9, _0x43da5e, _0x5f5255) {
|
const _0x506499 = _0x545d
|
let _0x455de0 = _0x7e04e9[_0x506499(0x19b)](_0x43da5e, !![])
|
_0x43da5e += Uint32Array[_0x506499(0x17b)]
|
if (_0x455de0 <= 0x0) return _0x43da5e
|
let _0x107536 = _0x7e04e9[_0x506499(0x161)](_0x43da5e, !![])
|
_0x43da5e += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x42221f = _0x7e04e9[_0x506499(0x161)](_0x43da5e, !![])
|
_0x43da5e += Uint16Array[_0x506499(0x17b)]
|
let _0x3595ab = _0x455de0 * _0x107536 * Float32Array[_0x506499(0x17b)],
|
_0x3484c7 = new Uint8Array(_0xa86366, _0x43da5e, _0x3595ab)
|
_0x43da5e += _0x3595ab
|
let _0x328b59 = _0x5f5255["vertexAttributes"],
|
_0x41bc0e = _0x5f5255[_0x506499(0x171)]
|
return (
|
(_0x41bc0e[_0x506499(0x1a3)] = _0x328b59[_0x506499(0x195)]),
|
_0x328b59[_0x506499(0x150)]({
|
index: _0x41bc0e[_0x506499(0x1a3)],
|
typedArray: _0x3484c7,
|
componentsPerAttribute: _0x107536,
|
componentDatatype: Cesium[_0x506499(0x159)][_0x506499(0x15b)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x42221f,
|
normalize: ![]
|
}),
|
_0x43da5e
|
)
|
}
|
function parseVertexColor(_0x407aa9, _0xbbb6ae, _0x24d370, _0xda3d35) {
|
const _0x2e9471 = _0x545d
|
let _0xfceb1a = _0xbbb6ae[_0x2e9471(0x19b)](_0x24d370, !![])
|
_0x24d370 += Uint32Array[_0x2e9471(0x17b)]
|
let _0x367907 = _0xda3d35[_0x2e9471(0x18c)],
|
_0x5a95c8
|
if (_0xfceb1a > 0x0) {
|
let _0x50eeb3 = _0xbbb6ae[_0x2e9471(0x161)](_0x24d370, !![])
|
;(_0x24d370 += Uint16Array[_0x2e9471(0x17b)]), (_0x24d370 += Uint8Array[_0x2e9471(0x17b)] * 0x2)
|
let _0x3e3426 = _0xfceb1a * Uint8Array[_0x2e9471(0x17b)] * 0x4,
|
_0x539cdb = new Uint8Array(_0x407aa9, _0x24d370, _0x3e3426)
|
;(_0x5a95c8 = _0x539cdb[_0x2e9471(0x16d)](0x0, _0x3e3426)), (_0x24d370 += _0x3e3426)
|
} else {
|
_0x5a95c8 = new Uint8Array(0x4 * _0x367907)
|
for (let _0x1fbab2 = 0x0; _0x1fbab2 < _0x367907; _0x1fbab2++) {
|
;(_0x5a95c8[_0x1fbab2 * 0x4] = 0xff),
|
(_0x5a95c8[_0x1fbab2 * 0x4 + 0x1] = 0xff),
|
(_0x5a95c8[_0x1fbab2 * 0x4 + 0x2] = 0xff),
|
(_0x5a95c8[_0x1fbab2 * 0x4 + 0x3] = 0xff)
|
}
|
}
|
let _0x50b5b2 = _0xda3d35[_0x2e9471(0x158)],
|
_0x58418c = _0xda3d35[_0x2e9471(0x171)]
|
return (
|
(_0x58418c[_0x2e9471(0x153)] = _0x50b5b2[_0x2e9471(0x195)]),
|
_0x50b5b2["push"]({
|
index: _0x58418c[_0x2e9471(0x153)],
|
typedArray: _0x5a95c8,
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x2e9471(0x159)][_0x2e9471(0x15a)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x4,
|
normalize: !![]
|
}),
|
(_0xda3d35[_0x2e9471(0x1a1)] = _0x5a95c8),
|
_0x24d370
|
)
|
}
|
function parseSecondColor(_0x54ecc6, _0x343acc, _0x4cb8f7, _0xced1b0) {
|
const _0x4a8ee0 = _0x545d
|
let _0x572a42 = _0x343acc[_0x4a8ee0(0x19b)](_0x4cb8f7, !![])
|
_0x4cb8f7 += Uint32Array[_0x4a8ee0(0x17b)]
|
if (_0x572a42 <= 0x0) return _0x4cb8f7
|
let _0x2e3ef3 = _0x343acc[_0x4a8ee0(0x161)](_0x4cb8f7, !![])
|
;(_0x4cb8f7 += Uint16Array[_0x4a8ee0(0x17b)]), (_0x4cb8f7 += Uint8Array["BYTES_PER_ELEMENT"] * 0x2)
|
let _0x4f7aff = _0x572a42 * Uint8Array[_0x4a8ee0(0x17b)] * 0x4,
|
_0x456a0d = new Uint8Array(_0x54ecc6, _0x4cb8f7, _0x4f7aff)
|
_0x4cb8f7 += _0x4f7aff
|
let _0x1e0922 = _0xced1b0[_0x4a8ee0(0x158)],
|
_0x697d5a = _0xced1b0[_0x4a8ee0(0x171)]
|
return (
|
(_0x697d5a[_0x4a8ee0(0x154)] = _0x1e0922[_0x4a8ee0(0x195)]),
|
_0x1e0922[_0x4a8ee0(0x150)]({
|
index: _0x697d5a[_0x4a8ee0(0x154)],
|
typedArray: _0x456a0d,
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x4a8ee0(0x159)][_0x4a8ee0(0x15a)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x4,
|
normalize: !![]
|
}),
|
_0x4cb8f7
|
)
|
}
|
function parseTexCoord(_0x3f9da7, _0x1c0266, _0x2f435f, _0x56ead6) {
|
const _0x53b3e6 = _0x545d
|
let _0x35b02d = _0x1c0266[_0x53b3e6(0x161)](_0x2f435f, !![])
|
;(_0x2f435f += Uint16Array["BYTES_PER_ELEMENT"]), (_0x2f435f += Uint16Array[_0x53b3e6(0x17b)])
|
for (let _0x14a06d = 0x0; _0x14a06d < _0x35b02d; _0x14a06d++) {
|
let _0x21e740 = _0x1c0266["getUint32"](_0x2f435f, !![])
|
_0x2f435f += Uint32Array[_0x53b3e6(0x17b)]
|
let _0x1126ee = _0x1c0266[_0x53b3e6(0x161)](_0x2f435f, !![])
|
_0x2f435f += Uint16Array[_0x53b3e6(0x17b)]
|
let _0x29dc99 = _0x1c0266[_0x53b3e6(0x161)](_0x2f435f, !![])
|
_0x2f435f += Uint16Array[_0x53b3e6(0x17b)]
|
let _0xfb0fb7 = _0x21e740 * _0x1126ee * Float32Array[_0x53b3e6(0x17b)],
|
_0x18ffe3 = new Uint8Array(_0x3f9da7, _0x2f435f, _0xfb0fb7)
|
_0x2f435f += _0xfb0fb7
|
let _0x300f34 = _0x53b3e6(0x19e) + _0x14a06d,
|
_0x5736a2 = _0x56ead6[_0x53b3e6(0x158)],
|
_0x58252e = _0x56ead6[_0x53b3e6(0x171)]
|
;(_0x58252e[_0x300f34] = _0x5736a2[_0x53b3e6(0x195)]),
|
_0x5736a2[_0x53b3e6(0x150)]({
|
index: _0x58252e[_0x300f34],
|
typedArray: _0x18ffe3,
|
componentsPerAttribute: _0x1126ee,
|
componentDatatype: Cesium[_0x53b3e6(0x159)][_0x53b3e6(0x15b)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1126ee * Float32Array[_0x53b3e6(0x17b)],
|
normalize: ![]
|
})
|
}
|
return _0x2f435f
|
}
|
function parseInstanceInfo(_0x56df8c, _0x4c37ab, _0x3addec, _0x1acd75) {
|
const _0x5d4d75 = _0x545d
|
let _0x4fb36c = _0x4c37ab[_0x5d4d75(0x161)](_0x3addec, !![])
|
;(_0x3addec += Uint16Array[_0x5d4d75(0x17b)]), (_0x3addec += Uint16Array[_0x5d4d75(0x17b)])
|
let _0x1abf2f = _0x1acd75[_0x5d4d75(0x158)],
|
_0x4b7ec7 = _0x1acd75["attrLocation"]
|
for (let _0x46fc33 = 0x0; _0x46fc33 < _0x4fb36c; _0x46fc33++) {
|
let _0x51d8b5 = _0x4c37ab["getUint32"](_0x3addec, !![])
|
_0x3addec += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x264661 = _0x4c37ab[_0x5d4d75(0x161)](_0x3addec, !![])
|
_0x3addec += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x309ad0 = _0x4c37ab[_0x5d4d75(0x161)](_0x3addec, !![])
|
_0x3addec += Uint16Array[_0x5d4d75(0x17b)]
|
let _0x52a599 = _0x51d8b5 * _0x264661 * Float32Array[_0x5d4d75(0x17b)]
|
if (_0x264661 === 0x11 || _0x264661 === 0x1d) {
|
let _0x273dfb = new Uint8Array(_0x56df8c, _0x3addec, _0x52a599)
|
;(_0x1acd75["instanceCount"] = _0x51d8b5),
|
(_0x1acd75[_0x5d4d75(0x198)] = _0x264661),
|
(_0x1acd75[_0x5d4d75(0x176)] = _0x273dfb),
|
(_0x1acd75["instanceIndex"] = 0x1)
|
let _0x1fa9ce = _0x264661 * _0x51d8b5 * 0x4,
|
_0x3804a2 = _0x273dfb[_0x5d4d75(0x16d)](0x0, _0x1fa9ce)
|
_0x1acd75[_0x5d4d75(0x18e)] = _0x3804a2
|
let _0x1a8e0b
|
if (_0x264661 === 0x11)
|
(_0x1a8e0b = Float32Array["BYTES_PER_ELEMENT"] * 0x11),
|
(_0x4b7ec7["uv2"] = _0x1abf2f["length"]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x1a7)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x173)] = _0x1abf2f["length"]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x173)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7["uv4"] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7["uv4"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x172)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x172)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x14d)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f["push"]({
|
index: _0x4b7ec7[_0x5d4d75(0x14d)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15a)],
|
normalize: !![],
|
offsetInBytes: 0x10 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
})
|
else
|
_0x264661 === 0x1d &&
|
((_0x1a8e0b = Float32Array[_0x5d4d75(0x17b)] * 0x1d),
|
(_0x4b7ec7[_0x5d4d75(0x175)] = _0x1abf2f["length"]),
|
_0x1abf2f["push"]({
|
index: _0x4b7ec7[_0x5d4d75(0x175)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1,
|
byteLength: _0x52a599
|
}),
|
(_0x4b7ec7["uv2"] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7["uv2"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x173)] = _0x1abf2f["length"]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x173)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7["uv4"] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x14e)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x15e)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x15e)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x10 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x14d)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f["push"]({
|
index: _0x4b7ec7[_0x5d4d75(0x14d)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15b)],
|
normalize: ![],
|
offsetInBytes: 0x14 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x17d)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x17d)],
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x5d4d75(0x159)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x18 * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x172)] = _0x1abf2f["length"]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x172)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15a)],
|
normalize: !![],
|
offsetInBytes: 0x1b * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}),
|
(_0x4b7ec7[_0x5d4d75(0x165)] = _0x1abf2f[_0x5d4d75(0x195)]),
|
_0x1abf2f[_0x5d4d75(0x150)]({
|
index: _0x4b7ec7[_0x5d4d75(0x165)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5d4d75(0x159)][_0x5d4d75(0x15a)],
|
normalize: !![],
|
offsetInBytes: 0x1c * Float32Array[_0x5d4d75(0x17b)],
|
strideInBytes: _0x1a8e0b,
|
instanceDivisor: 0x1
|
}))
|
} else {
|
let _0x430179 = _0x51d8b5 * _0x264661
|
_0x1acd75[_0x5d4d75(0x151)] = new Float32Array(_0x430179)
|
for (let _0x21de9f = 0x0; _0x21de9f < _0x430179; _0x21de9f++) {
|
_0x1acd75[_0x5d4d75(0x151)][_0x21de9f] = _0x4c37ab[_0x5d4d75(0x16e)](_0x3addec + _0x21de9f * Float32Array[_0x5d4d75(0x17b)], !![])
|
}
|
}
|
_0x3addec += _0x52a599
|
}
|
return _0x3addec
|
}
|
function parseCompressVertex(_0x578819, _0x83b4e8, _0x487af2, _0x3e3e99) {
|
const _0x15b869 = _0x545d
|
let _0x34c8c2 = _0x83b4e8[_0x15b869(0x19b)](_0x487af2, !![])
|
;(_0x3e3e99[_0x15b869(0x18c)] = _0x34c8c2), (_0x487af2 += Uint32Array["BYTES_PER_ELEMENT"])
|
if (_0x487af2 <= 0x0) return _0x487af2
|
let _0x5ecdde = _0x83b4e8[_0x15b869(0x161)](_0x487af2, !![])
|
_0x487af2 += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x373c99 = _0x83b4e8[_0x15b869(0x161)](_0x487af2, !![])
|
;(_0x373c99 = _0x5ecdde * Int16Array[_0x15b869(0x17b)]), (_0x487af2 += Uint16Array["BYTES_PER_ELEMENT"])
|
let _0x10677c = _0x83b4e8["getFloat32"](_0x487af2, !![])
|
_0x487af2 += Float32Array["BYTES_PER_ELEMENT"]
|
let _0x3577c1 = {}
|
;(_0x3577c1["x"] = _0x83b4e8[_0x15b869(0x16e)](_0x487af2, !![])),
|
(_0x487af2 += Float32Array[_0x15b869(0x17b)]),
|
(_0x3577c1["y"] = _0x83b4e8[_0x15b869(0x16e)](_0x487af2, !![])),
|
(_0x487af2 += Float32Array[_0x15b869(0x17b)]),
|
(_0x3577c1["z"] = _0x83b4e8[_0x15b869(0x16e)](_0x487af2, !![])),
|
(_0x487af2 += Float32Array[_0x15b869(0x17b)]),
|
(_0x3577c1["w"] = _0x83b4e8["getFloat32"](_0x487af2, !![])),
|
(_0x487af2 += Float32Array[_0x15b869(0x17b)]),
|
(_0x3e3e99[_0x15b869(0x184)] = _0x10677c),
|
(_0x3e3e99[_0x15b869(0x196)] = _0x3577c1)
|
let _0x41c5ca = _0x34c8c2 * _0x5ecdde * Int16Array[_0x15b869(0x17b)],
|
_0x4a2885 = new Uint8Array(_0x578819, _0x487af2, _0x41c5ca)
|
_0x487af2 += _0x41c5ca
|
let _0x556ce2 = _0x3e3e99[_0x15b869(0x158)],
|
_0x2ac1cc = _0x3e3e99[_0x15b869(0x171)]
|
return (
|
(_0x2ac1cc[_0x15b869(0x19a)] = _0x556ce2[_0x15b869(0x195)]),
|
_0x556ce2[_0x15b869(0x150)]({
|
index: _0x2ac1cc[_0x15b869(0x19a)],
|
typedArray: _0x4a2885,
|
componentsPerAttribute: _0x5ecdde,
|
componentDatatype: Cesium[_0x15b869(0x159)][_0x15b869(0x18f)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x373c99,
|
normalize: ![]
|
}),
|
_0x487af2
|
)
|
}
|
function parseCompressNormal(_0xdcbba8, _0x1f3245, _0x394f9a, _0x27085e) {
|
const _0x3e9521 = _0x545d
|
let _0x3aba0b = _0x1f3245["getUint32"](_0x394f9a, !![])
|
_0x394f9a += Uint32Array[_0x3e9521(0x17b)]
|
if (_0x3aba0b <= 0x0) return _0x394f9a
|
let _0x33339e = _0x1f3245[_0x3e9521(0x161)](_0x394f9a, !![])
|
_0x394f9a += Uint16Array[_0x3e9521(0x17b)]
|
let _0x1c99a8 = _0x1f3245["getUint16"](_0x394f9a, !![])
|
_0x394f9a += Uint16Array[_0x3e9521(0x17b)]
|
let _0x5164ff = _0x3aba0b * 0x2 * Int16Array["BYTES_PER_ELEMENT"],
|
_0x1e577f = new Uint8Array(_0xdcbba8, _0x394f9a, _0x5164ff)
|
_0x394f9a += _0x5164ff
|
let _0x97c93c = _0x27085e[_0x3e9521(0x158)],
|
_0x8cf532 = _0x27085e[_0x3e9521(0x171)]
|
return (
|
(_0x8cf532[_0x3e9521(0x1a3)] = _0x97c93c[_0x3e9521(0x195)]),
|
_0x97c93c["push"]({
|
index: _0x8cf532[_0x3e9521(0x1a3)],
|
typedArray: _0x1e577f,
|
componentsPerAttribute: 0x2,
|
componentDatatype: Cesium[_0x3e9521(0x159)][_0x3e9521(0x18f)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1c99a8,
|
normalize: ![]
|
}),
|
_0x394f9a
|
)
|
}
|
function parseCompressTexCoord(_0x2c03f1, _0x2b032d, _0x24821f, _0x484dc9) {
|
const _0x5dc550 = _0x545d
|
;(_0x484dc9[_0x5dc550(0x17c)] = []), (_0x484dc9["minTexCoordValue"] = [])
|
let _0x37e0dd = _0x2b032d[_0x5dc550(0x161)](_0x24821f, !![])
|
;(_0x24821f += Uint16Array[_0x5dc550(0x17b)]), (_0x24821f += Uint16Array["BYTES_PER_ELEMENT"])
|
for (let _0x34d1a2 = 0x0; _0x34d1a2 < _0x37e0dd; _0x34d1a2++) {
|
let _0x506b6e = _0x2b032d[_0x5dc550(0x1a5)](_0x24821f, !![])
|
;(_0x24821f += Uint8Array[_0x5dc550(0x17b)]), (_0x24821f += Uint8Array[_0x5dc550(0x17b)] * 0x3)
|
let _0x15efea = _0x2b032d[_0x5dc550(0x19b)](_0x24821f, !![])
|
_0x24821f += Uint32Array[_0x5dc550(0x17b)]
|
let _0x2b99e3 = _0x2b032d[_0x5dc550(0x161)](_0x24821f, !![])
|
_0x24821f += Uint16Array[_0x5dc550(0x17b)]
|
let _0x9b5d95 = _0x2b032d[_0x5dc550(0x161)](_0x24821f, !![])
|
_0x24821f += Uint16Array[_0x5dc550(0x17b)]
|
let _0x53cc72 = _0x2b032d[_0x5dc550(0x16e)](_0x24821f, !![])
|
;(_0x24821f += Float32Array[_0x5dc550(0x17b)]), _0x484dc9["texCoordCompressConstant"][_0x5dc550(0x150)](_0x53cc72)
|
let _0x3f26ac = {}
|
;(_0x3f26ac["x"] = _0x2b032d[_0x5dc550(0x16e)](_0x24821f, !![])),
|
(_0x24821f += Float32Array["BYTES_PER_ELEMENT"]),
|
(_0x3f26ac["y"] = _0x2b032d["getFloat32"](_0x24821f, !![])),
|
(_0x24821f += Float32Array[_0x5dc550(0x17b)]),
|
(_0x3f26ac["z"] = _0x2b032d[_0x5dc550(0x16e)](_0x24821f, !![])),
|
(_0x24821f += Float32Array["BYTES_PER_ELEMENT"]),
|
(_0x3f26ac["w"] = _0x2b032d[_0x5dc550(0x16e)](_0x24821f, !![])),
|
(_0x24821f += Float32Array[_0x5dc550(0x17b)]),
|
_0x484dc9[_0x5dc550(0x190)][_0x5dc550(0x150)](_0x3f26ac)
|
let _0x574131 = _0x15efea * _0x2b99e3 * Int16Array[_0x5dc550(0x17b)],
|
_0x2f162f = new Uint8Array(_0x2c03f1, _0x24821f, _0x574131)
|
_0x24821f += _0x574131
|
let _0xdbea73 = _0x24821f % 0x4
|
_0xdbea73 !== 0x0 && (_0x24821f += 0x4 - _0xdbea73)
|
let _0x3951bf = _0x5dc550(0x19e) + _0x34d1a2,
|
_0x2d719e = _0x484dc9[_0x5dc550(0x158)],
|
_0x548f44 = _0x484dc9[_0x5dc550(0x171)]
|
;(_0x548f44[_0x3951bf] = _0x2d719e[_0x5dc550(0x195)]),
|
_0x2d719e[_0x5dc550(0x150)]({
|
index: _0x548f44[_0x3951bf],
|
typedArray: _0x2f162f,
|
componentsPerAttribute: _0x2b99e3,
|
componentDatatype: Cesium[_0x5dc550(0x159)][_0x5dc550(0x18f)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x2b99e3 * Int16Array[_0x5dc550(0x17b)],
|
normalize: ![]
|
})
|
if (_0x506b6e) {
|
_0x574131 = _0x15efea * Float32Array[_0x5dc550(0x17b)]
|
let _0x135d60 = new Uint8Array(_0x2c03f1, _0x24821f, _0x574131)
|
;(_0x24821f += _0x574131),
|
(_0x484dc9["texCoordZMatrix"] = !![]),
|
(_0x3951bf = _0x5dc550(0x174) + _0x34d1a2),
|
(_0x548f44[_0x3951bf] = _0x2d719e[_0x5dc550(0x195)]),
|
_0x2d719e["push"]({
|
index: _0x548f44[_0x3951bf],
|
typedArray: _0x135d60,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x5dc550(0x159)][_0x5dc550(0x15b)],
|
offsetInBytes: 0x0,
|
strideInBytes: Float32Array["BYTES_PER_ELEMENT"],
|
normalize: ![]
|
})
|
}
|
}
|
return _0x24821f
|
}
|
function parseStandardSkeleton(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3) {
|
return (
|
(_0x2774e5 = parseVertex(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
(_0x2774e5 = parseNormal(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
(_0x2774e5 = parseVertexColor(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
(_0x2774e5 = parseSecondColor(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
(_0x2774e5 = parseTexCoord(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
(_0x2774e5 = parseInstanceInfo(_0x418380, _0x5660e4, _0x2774e5, _0x4f1fa3)),
|
_0x2774e5
|
)
|
}
|
function parseCompressSkeleton(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d) {
|
const _0x1a3834 = _0x545d
|
let _0xb0a15b = _0x3c9066[_0x1a3834(0x19b)](_0x488297, !![])
|
return (
|
(_0x1cbd0d[_0x1a3834(0x164)] = _0xb0a15b),
|
(_0x488297 += Uint32Array[_0x1a3834(0x17b)]),
|
(_0xb0a15b & _0x25c9a4[_0x1a3834(0x181)]) === _0x25c9a4[_0x1a3834(0x181)]
|
? (_0x488297 = parseCompressVertex(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d))
|
: (_0x488297 = parseVertex(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
(_0xb0a15b & _0x25c9a4[_0x1a3834(0x166)]) === _0x25c9a4[_0x1a3834(0x166)]
|
? (_0x488297 = parseCompressNormal(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d))
|
: (_0x488297 = parseNormal(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
(_0x488297 = parseVertexColor(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
(_0x488297 = parseSecondColor(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
(_0xb0a15b & _0x25c9a4[_0x1a3834(0x170)]) === _0x25c9a4["SVC_TexutreCoord"]
|
? (_0x488297 = parseCompressTexCoord(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d))
|
: (_0x488297 = parseTexCoord(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
(_0xb0a15b & _0x25c9a4[_0x1a3834(0x1a4)]) === _0x25c9a4[_0x1a3834(0x1a4)] && (_0x1cbd0d["textureCoordIsW"] = !![]),
|
(_0x488297 = parseInstanceInfo(_0x5024b6, _0x3c9066, _0x488297, _0x1cbd0d)),
|
_0x488297
|
)
|
}
|
function parseIndexPackage(_0x3accb5, _0x20634f, _0x448d8f, _0x17dcd5) {
|
const _0x35456b = _0x545d
|
let _0x31dead = _0x20634f[_0x35456b(0x19b)](_0x448d8f, !![])
|
_0x448d8f += Uint32Array[_0x35456b(0x17b)]
|
for (let _0x23552d = 0x0; _0x23552d < _0x31dead; _0x23552d++) {
|
let _0x52ee6f = {},
|
_0xf14779 = _0x20634f[_0x35456b(0x19b)](_0x448d8f, !![])
|
_0x448d8f += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x2754fe = _0x20634f["getUint8"](_0x448d8f, !![])
|
_0x448d8f += Uint8Array[_0x35456b(0x17b)]
|
let _0x18e64d = _0x20634f[_0x35456b(0x1a5)](_0x448d8f, !![])
|
_0x448d8f += Uint8Array[_0x35456b(0x17b)]
|
let _0x2c6f54 = _0x20634f[_0x35456b(0x1a5)](_0x448d8f, !![])
|
;(_0x448d8f += Uint8Array[_0x35456b(0x17b)]), (_0x448d8f += Uint8Array[_0x35456b(0x17b)])
|
if (_0xf14779 > 0x0) {
|
let _0xd6ad80 = null,
|
_0x34e337
|
_0x2754fe === 0x1 || _0x2754fe === 0x3
|
? ((_0x34e337 = _0xf14779 * Uint32Array[_0x35456b(0x17b)]), (_0xd6ad80 = new Uint8Array(_0x3accb5, _0x448d8f, _0x34e337)))
|
: ((_0x34e337 = _0xf14779 * Uint16Array[_0x35456b(0x17b)]),
|
(_0xd6ad80 = new Uint8Array(_0x3accb5, _0x448d8f, _0x34e337)),
|
_0xf14779 % 0x2 !== 0x0 && (_0x34e337 += 0x2)),
|
(_0x52ee6f[_0x35456b(0x1a9)] = _0xd6ad80),
|
(_0x448d8f += _0x34e337)
|
}
|
;(_0x52ee6f["indicesCount"] = _0xf14779), (_0x52ee6f[_0x35456b(0x19c)] = _0x2754fe), (_0x52ee6f[_0x35456b(0x1a6)] = _0x2c6f54)
|
let _0x9b3527 = _0x20634f[_0x35456b(0x19b)](_0x448d8f, !![])
|
_0x448d8f += Uint32Array[_0x35456b(0x17b)]
|
for (let _0x2947e3 = 0x0; _0x2947e3 < _0x9b3527; _0x2947e3++) {
|
let _0x29180c = parseString(_0x3accb5, _0x20634f, _0x448d8f),
|
_0x452a76 = _0x29180c[_0x35456b(0x188)]
|
;(_0x448d8f = _0x29180c["bytesOffset"]), (_0x52ee6f[_0x35456b(0x19d)] = _0x452a76)
|
}
|
let _0x30eb28 = _0x448d8f % 0x4
|
if (_0x30eb28 !== 0x0) {
|
let _0x1137b7 = 0x4 - (_0x448d8f % 0x4)
|
_0x448d8f += _0x1137b7
|
}
|
_0x17dcd5["push"](_0x52ee6f)
|
}
|
return _0x448d8f
|
}
|
function parseSkeleton(_0x3eb00a, _0x3c1208, _0x3c142b, _0x4e0540) {
|
const _0x1d5272 = _0x545d
|
let _0x508aed = _0x3c1208[_0x1d5272(0x19b)](_0x3c142b, !![])
|
_0x3c142b += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x2e434a = _0x3c1208[_0x1d5272(0x19b)](_0x3c142b, !![])
|
_0x3c142b += Uint32Array["BYTES_PER_ELEMENT"]
|
for (let _0x4e26f5 = 0x0; _0x4e26f5 < _0x2e434a; _0x4e26f5++) {
|
let _0x59d2fb = parseString(_0x3eb00a, _0x3c1208, _0x3c142b),
|
_0x35c0f8 = _0x59d2fb[_0x1d5272(0x188)]
|
_0x3c142b = _0x59d2fb[_0x1d5272(0x162)]
|
let _0x431b14 = _0x3c142b % 0x4
|
_0x431b14 !== 0x0 && (_0x3c142b += 0x4 - _0x431b14)
|
let _0x1cf6de = _0x3c1208[_0x1d5272(0x19b)](_0x3c142b, !![])
|
_0x3c142b += Int32Array[_0x1d5272(0x17b)]
|
let _0x46ee3e = {
|
vertexAttributes: [],
|
attrLocation: {},
|
instanceCount: 0x0,
|
instanceMode: 0x0,
|
instanceIndex: -0x1
|
}
|
if (_0x1cf6de === S3MBVertexTag[_0x1d5272(0x1a8)]) _0x3c142b = parseStandardSkeleton(_0x3eb00a, _0x3c1208, _0x3c142b, _0x46ee3e)
|
else _0x1cf6de === S3MBVertexTag[_0x1d5272(0x178)] && (_0x3c142b = parseCompressSkeleton(_0x3eb00a, _0x3c1208, _0x3c142b, _0x46ee3e))
|
let _0x371ceb = []
|
_0x3c142b = parseIndexPackage(_0x3eb00a, _0x3c1208, _0x3c142b, _0x371ceb)
|
let _0x5e55ee = undefined
|
_0x371ceb[_0x1d5272(0x195)] === 0x2 &&
|
_0x371ceb[0x1][_0x1d5272(0x1a6)] === 0xd &&
|
_0x371ceb[0x1][_0x1d5272(0x16b)] >= 0x3 &&
|
(_0x5e55ee = S3MEdgeProcessor[_0x1d5272(0x197)](_0x46ee3e, _0x371ceb[0x1])),
|
(_0x4e0540[_0x35c0f8] = {
|
vertexPackage: _0x46ee3e,
|
arrIndexPackage: _0x371ceb,
|
edgeGeometry: _0x5e55ee
|
})
|
}
|
let _0x28b4b7 = _0x3c1208["getUint32"](_0x3c142b, !![])
|
return (_0x3c142b += _0x28b4b7), (_0x3c142b += Uint32Array[_0x1d5272(0x17b)]), _0x3c142b
|
}
|
function parseTexturePackage(_0x33a8ee, _0x30a55a, _0x17bbd0, _0x492561) {
|
const _0xe725d2 = _0x545d
|
let _0x10360 = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array[_0xe725d2(0x17b)]
|
let _0xd1d429 = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array[_0xe725d2(0x17b)]
|
for (let _0x3fc0bc = 0x0; _0x3fc0bc < _0xd1d429; _0x3fc0bc++) {
|
let _0x22af2b = parseString(_0x33a8ee, _0x30a55a, _0x17bbd0),
|
_0x1efd38 = _0x22af2b["string"]
|
_0x17bbd0 = _0x22af2b["bytesOffset"]
|
let _0x113c45 = _0x17bbd0 % 0x4
|
_0x113c45 !== 0x0 && (_0x17bbd0 += 0x4 - _0x113c45)
|
let _0x278e3a = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x2af664 = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x4fa2bc = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x5c9f7b = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array[_0xe725d2(0x17b)]
|
let _0x4427c7 = _0x30a55a["getUint32"](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array[_0xe725d2(0x17b)]
|
let _0x463df8 = _0x30a55a[_0xe725d2(0x19b)](_0x17bbd0, !![])
|
_0x17bbd0 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x1055f6 = new Uint8Array(_0x33a8ee, _0x17bbd0, _0x4427c7)
|
_0x17bbd0 += _0x4427c7
|
let _0x216ea7 =
|
_0x463df8 === _0x4d10fa[_0xe725d2(0x156)] || _0x463df8 === _0x4d10fa[_0xe725d2(0x14b)]
|
? Cesium[_0xe725d2(0x182)]["RGB_DXT1"]
|
: Cesium[_0xe725d2(0x182)]["RGBA_DXT5"]
|
_0x492561[_0x1efd38] = {
|
id: _0x1efd38,
|
width: _0x2af664,
|
height: _0x4fa2bc,
|
compressType: _0x5c9f7b,
|
nFormat: _0x463df8,
|
internalFormat: _0x216ea7,
|
arrayBufferView: _0x1055f6
|
}
|
}
|
return _0x17bbd0
|
}
|
function parseMaterial(_0x38a64a, _0x11f010, _0xc7e0cb, _0x2136d6) {
|
const _0x3e816f = _0x545d
|
let _0x3526a0 = _0x11f010["getUint32"](_0xc7e0cb, !![])
|
_0xc7e0cb += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x33a20a = new Uint8Array(_0x38a64a, _0xc7e0cb, _0x3526a0),
|
_0x127040 = Cesium["getStringFromTypedArray"](_0x33a20a)
|
return (_0xc7e0cb += _0x3526a0), (_0x2136d6[_0x3e816f(0x18b)] = JSON[_0x3e816f(0x185)](_0x127040)), _0xc7e0cb
|
}
|
let colorScratch = new Cesium["Color"](),
|
LEFT_16 = 0x10000
|
function _0x545d(_0x25e2e8, _0x1a1c46) {
|
_0x25e2e8 = _0x25e2e8 - 0x14b
|
let _0x4c9334 = _0x4c93[_0x25e2e8]
|
return _0x4c9334
|
}
|
function parsePickInfo(_0x51fcb6, _0x3cd465, _0x38ec60, _0x263564, _0x5e7a6b, _0x410177) {
|
const _0x5e058d = _0x545d
|
if ((_0x263564 & 0x1) === 0x1) {
|
let _0x222d06 = _0x3cd465["getUint32"](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
let _0x22a0f3 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
for (let _0x25c7c3 = 0x0; _0x25c7c3 < _0x22a0f3; _0x25c7c3++) {
|
let _0x79c0a6 = parseString(_0x51fcb6, _0x3cd465, _0x38ec60),
|
_0x511ba2 = _0x79c0a6[_0x5e058d(0x188)]
|
_0x38ec60 = _0x79c0a6[_0x5e058d(0x162)]
|
let _0xfa7141 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x3d4505 = {}
|
_0x5e7a6b[_0x511ba2][_0x5e058d(0x194)] = _0x3d4505
|
let _0x200e2b = _0x5e7a6b[_0x511ba2][_0x5e058d(0x193)]["instanceIndex"]
|
if (_0x200e2b == -0x1) {
|
let _0x27a0ba = new Float32Array(_0x5e7a6b[_0x511ba2]["vertexPackage"][_0x5e058d(0x18c)])
|
for (let _0x36e506 = 0x0; _0x36e506 < _0xfa7141; _0x36e506++) {
|
let _0x3fb4c6 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
let _0x2ce650 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x2fa08e = []
|
for (let _0x59e953 = 0x0; _0x59e953 < _0x2ce650; _0x59e953++) {
|
let _0x241742 = _0x3cd465["getUint32"](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
let _0x9bf0a1 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
;(_0x38ec60 += Uint32Array["BYTES_PER_ELEMENT"]),
|
Cesium[_0x5e058d(0x14c)](_0x27a0ba, _0x36e506, _0x241742, _0x241742 + _0x9bf0a1),
|
_0x2fa08e[_0x5e058d(0x150)]({
|
vertexColorOffset: _0x241742,
|
vertexColorCount: _0x9bf0a1,
|
batchId: _0x36e506
|
})
|
}
|
_0x3d4505[_0x3fb4c6] = _0x2fa08e
|
}
|
createBatchIdAttribute(_0x5e7a6b[_0x511ba2][_0x5e058d(0x193)], _0x27a0ba, undefined)
|
} else {
|
let _0x3a7434 = _0x5e7a6b[_0x511ba2][_0x5e058d(0x193)]["instanceCount"],
|
_0x3c115f = _0x5e7a6b[_0x511ba2][_0x5e058d(0x193)][_0x5e058d(0x176)],
|
_0x25020a = _0x5e7a6b[_0x511ba2][_0x5e058d(0x193)][_0x5e058d(0x198)],
|
_0x508691 = new Float32Array(_0x3a7434),
|
_0x453aa8 = []
|
for (let _0x26175b = 0x0; _0x26175b < _0xfa7141; _0x26175b++) {
|
let _0x5a41ad = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x453aa8[_0x5e058d(0x150)](_0x5a41ad), (_0x38ec60 += Uint32Array["BYTES_PER_ELEMENT"])
|
let _0x1fa5fd = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
for (let _0x44be19 = 0x0; _0x44be19 < _0x1fa5fd; _0x44be19++) {
|
let _0x199d73 = _0x3cd465[_0x5e058d(0x19b)](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
if (_0x410177 == 0x2) {
|
let _0x5f198b = _0x3cd465["getUint32"](_0x38ec60, !![])
|
_0x38ec60 += Uint32Array[_0x5e058d(0x17b)]
|
}
|
}
|
}
|
let _0x5c1b4c = _0x25020a === 0x11 ? 0x10 : 0x1c
|
_0x5c1b4c *= Float32Array["BYTES_PER_ELEMENT"]
|
for (let _0x50b853 = 0x0; _0x50b853 < _0x3a7434; _0x50b853++) {
|
_0x508691[_0x50b853] = _0x50b853
|
let _0x1f33b3 = _0x50b853 * _0x25020a * Float32Array[_0x5e058d(0x17b)] + _0x5c1b4c
|
Cesium[_0x5e058d(0x1ab)][_0x5e058d(0x17a)](_0x3c115f, _0x1f33b3, colorScratch)
|
let _0x222735 =
|
_0x410177 === 0x2
|
? _0x453aa8[_0x50b853]
|
: colorScratch["red"] + colorScratch[_0x5e058d(0x186)] * 0x100 + colorScratch[_0x5e058d(0x155)] * LEFT_16
|
_0x3d4505[_0x222735] === undefined &&
|
(_0x3d4505[_0x222735] = {
|
vertexColorCount: 0x1,
|
instanceIds: [],
|
vertexColorOffset: _0x50b853
|
}),
|
_0x3d4505[_0x222735][_0x5e058d(0x180)][_0x5e058d(0x150)](_0x50b853)
|
}
|
createBatchIdAttribute(_0x5e7a6b[_0x511ba2][_0x5e058d(0x193)], _0x508691, 0x1)
|
}
|
}
|
}
|
return _0x38ec60
|
}
|
function createBatchIdAttribute(_0x465503, _0x37dde9, _0x3ccda5) {
|
const _0x3bf50f = _0x545d
|
let _0x27f17f = _0x465503[_0x3bf50f(0x158)],
|
_0x126d53 = _0x465503[_0x3bf50f(0x171)],
|
_0x3e9080 = _0x27f17f[_0x3bf50f(0x195)],
|
_0x52a5f1 = _0x3ccda5 === 0x1 ? "instanceId" : _0x3bf50f(0x18a)
|
;(_0x126d53[_0x52a5f1] = _0x3e9080),
|
_0x27f17f[_0x3bf50f(0x150)]({
|
index: _0x3e9080,
|
typedArray: _0x37dde9,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x3bf50f(0x159)][_0x3bf50f(0x15b)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x0,
|
instanceDivisor: _0x3ccda5
|
})
|
}
|
S3ModelParser[_0x3911ff(0x16c)] = function (_0x25c6d6) {
|
const _0x4079b8 = _0x3911ff
|
let _0x59f87 = 0x0,
|
_0x47b918 = {
|
version: undefined,
|
groupNode: undefined,
|
geoPackage: {},
|
matrials: undefined,
|
texturePackage: {}
|
},
|
_0x5f05df = new DataView(_0x25c6d6)
|
;(_0x47b918[_0x4079b8(0x1ac)] = _0x5f05df[_0x4079b8(0x16e)](_0x59f87, !![])), (_0x59f87 += Float32Array[_0x4079b8(0x17b)])
|
if (_0x47b918[_0x4079b8(0x1ac)] >= 0x2) {
|
let _0xf6ab46 = _0x5f05df["getUint32"](_0x59f87, !![])
|
_0x59f87 += Uint32Array[_0x4079b8(0x17b)]
|
}
|
let _0x1f5de3 = _0x5f05df[_0x4079b8(0x19b)](_0x59f87, !![])
|
_0x59f87 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x29495c = unZip(_0x25c6d6, _0x59f87)
|
;(_0x5f05df = new DataView(_0x29495c)), (_0x59f87 = 0x0)
|
let _0x318f3e = _0x5f05df[_0x4079b8(0x19b)](_0x59f87, !![])
|
return (
|
(_0x59f87 += Uint32Array[_0x4079b8(0x17b)]),
|
(_0x59f87 = parseGroupNode(_0x29495c, _0x5f05df, _0x59f87, _0x47b918)),
|
(_0x59f87 = parseSkeleton(_0x29495c, _0x5f05df, _0x59f87, _0x47b918[_0x4079b8(0x160)])),
|
(_0x59f87 = parseTexturePackage(_0x29495c, _0x5f05df, _0x59f87, _0x47b918["texturePackage"])),
|
(_0x59f87 = parseMaterial(_0x29495c, _0x5f05df, _0x59f87, _0x47b918)),
|
parsePickInfo(_0x29495c, _0x5f05df, _0x59f87, _0x318f3e, _0x47b918["geoPackage"], _0x47b918[_0x4079b8(0x1ac)]),
|
_0x47b918
|
)
|
}
|
|
const _0x2334 = [
|
"109541TAnqyP",
|
"26413CvyvDn",
|
"463433nlxlML",
|
"11surycd",
|
"1gazZyR",
|
"387870ZETPYy",
|
"freeze",
|
"44511OQzgpk",
|
"246994cuEmMC",
|
"41947WmJfZX",
|
"3TCOUlE"
|
]
|
function _0x512b(_0x3e9908, _0x25d68f) {
|
_0x3e9908 = _0x3e9908 - 0x153
|
let _0x23341d = _0x2334[_0x3e9908]
|
return _0x23341d
|
}
|
const _0x44b38e = _0x512b
|
;(function (_0x349437, _0x2fa175) {
|
const _0x1a96b1 = _0x512b
|
while (!![]) {
|
try {
|
const _0x817496 =
|
parseInt(_0x1a96b1(0x156)) * -parseInt(_0x1a96b1(0x154)) +
|
parseInt(_0x1a96b1(0x155)) +
|
parseInt(_0x1a96b1(0x157)) * -parseInt(_0x1a96b1(0x15c)) +
|
parseInt(_0x1a96b1(0x153)) * parseInt(_0x1a96b1(0x15d)) +
|
parseInt(_0x1a96b1(0x15b)) +
|
-parseInt(_0x1a96b1(0x158)) +
|
-parseInt(_0x1a96b1(0x15a))
|
if (_0x817496 === _0x2fa175) break
|
else _0x349437["push"](_0x349437["shift"]())
|
} catch (_0x557e1a) {
|
_0x349437["push"](_0x349437["shift"]())
|
}
|
}
|
})(_0x2334, 0x42f03)
|
const RangeMode = {
|
Distance: 0x0,
|
Pixel: 0x1
|
}
|
var _0x7b9d88 = Object[_0x44b38e(0x159)](RangeMode)
|
|
const _0x4120 = [
|
"777mqpDHH",
|
"1XuIQBS",
|
"vertexAttributes",
|
"queryChildNodes",
|
"length",
|
"filteringoption",
|
"BGR",
|
"getUint32",
|
"filtermax",
|
"indexType",
|
"Diffuse",
|
"DiffuseB",
|
"uv1",
|
"textContent",
|
"pageLods",
|
"push",
|
"queryNumericValue",
|
"Geode",
|
"uv9",
|
"1128OpvSxt",
|
"textureunitstates",
|
"radius",
|
"aTexCoord",
|
"instanceMode",
|
"queryBooleanValue",
|
"RGB",
|
"shininess",
|
"instanceId",
|
"Shininess",
|
"1015765mfvoan",
|
"material",
|
"TAM_WRAP",
|
"name",
|
"skeletonNames",
|
"Specular",
|
"FLOAT",
|
"SpecularG",
|
"SpecularA",
|
"parseBuffer",
|
"509803wFBbvQ",
|
"instanceCount",
|
"split",
|
"GeoDeModMatrix",
|
"uv6",
|
"RangeMode",
|
"getUint16",
|
"defaultValue",
|
"read",
|
"uv5",
|
"fill",
|
"verticesCount",
|
".s3m",
|
"subarray",
|
"Distance",
|
"AmbientG",
|
"geodes",
|
"ComponentDatatype",
|
"uv4",
|
"ambient",
|
"gbk",
|
"AmbientA",
|
"getUint8",
|
"AmbientB",
|
"aColor",
|
"transparentsorting",
|
"secondary_colour",
|
"DiffuseG",
|
"geoPackage",
|
"buffer",
|
"1XQpiXM",
|
"1265526MaJyGU",
|
"SpecularR",
|
"1845102StKpDY",
|
"specular",
|
"971471OlagYy",
|
"uv7",
|
"queryStringValue",
|
"RangeDataList",
|
"Ambient",
|
"vertexPackage",
|
"DiffuseR",
|
"pickInfo",
|
"PixelFormat",
|
"BoundingSphere",
|
"instanceIds",
|
"matrix",
|
"TexModMatrix",
|
"DISTANCE_FROM_EYE_POINT",
|
"aNormal",
|
"aPosition",
|
"RangeList",
|
"uv2",
|
"AmbientR",
|
"UNSIGNED_BYTE",
|
"PageLods",
|
"texturePackage",
|
"BYTES_PER_ELEMENT",
|
"Material3Ds",
|
"218763MAzvCs",
|
"PagedLOD",
|
"texmodmatrix",
|
"GeoName",
|
"queryFirstNode",
|
"replace",
|
"instanceIndex",
|
"diffuse",
|
"inflate",
|
"TextureName",
|
"batchId",
|
"SpecularB",
|
"materialCode",
|
"url",
|
"instanceBuffer",
|
"materials",
|
"indicesCount",
|
"uv3"
|
]
|
const _0xb95846 = _0x6fed
|
;(function (_0x55a2c4, _0x915801) {
|
const _0xb921f0 = _0x6fed
|
while (!![]) {
|
try {
|
const _0xd45c7f =
|
-parseInt(_0xb921f0(0x150)) +
|
parseInt(_0xb921f0(0x146)) +
|
-parseInt(_0xb921f0(0x18b)) +
|
-parseInt(_0xb921f0(0x129)) * -parseInt(_0xb921f0(0x13c)) +
|
-parseInt(_0xb921f0(0x16f)) +
|
parseInt(_0xb921f0(0x173)) * -parseInt(_0xb921f0(0x12a)) +
|
parseInt(_0xb921f0(0x16e)) * parseInt(_0xb921f0(0x171))
|
if (_0xd45c7f === _0x915801) break
|
else _0x55a2c4["push"](_0x55a2c4["shift"]())
|
} catch (_0x1e76a4) {
|
_0x55a2c4["push"](_0x55a2c4["shift"]())
|
}
|
}
|
})(_0x4120, 0xbc6b0)
|
function _0x6fed(_0x3f0de0, _0x16a7a3) {
|
_0x3f0de0 = _0x3f0de0 - 0x129
|
let _0x4120ec = _0x4120[_0x3f0de0]
|
return _0x4120ec
|
}
|
function parseGeoPackage(_0x3d4b2, _0x26dd3e, _0x23ec3a, _0x3f0272) {
|
const _0x113058 = _0x6fed
|
let _0x1a4404 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
let _0x32dc88 = 0x0,
|
_0x33fceb = {},
|
_0x234a62 = (_0x33fceb["vertexAttributes"] = []),
|
_0x3ecca5 = (_0x33fceb["attrLocation"] = {})
|
;(_0x33fceb[_0x113058(0x151)] = 0x0), (_0x33fceb["instanceMode"] = 0x0)
|
let _0x26211d = 0x0,
|
_0x45f84f = _0x23ec3a["getUint32"](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x5dfcc7 = _0x23ec3a[_0x113058(0x156)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
let _0x3ebe28 = _0x5dfcc7
|
_0x5dfcc7 > 0x4 && ((_0x3ebe28 = _0x5dfcc7 >> 0x8), (_0x5dfcc7 = _0x5dfcc7 & 0xf))
|
let _0x3649d7 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
if (_0x3649d7 > 0x0) {
|
let _0x19915f = _0x23ec3a[_0x113058(0x156)](_0x3f0272, !![])
|
;(_0x19915f = _0x5dfcc7 * Float32Array[_0x113058(0x189)]),
|
(_0x3f0272 += Uint32Array[_0x113058(0x189)]),
|
(_0x32dc88 = _0x3649d7 * _0x19915f),
|
(_0x3ecca5[_0x113058(0x182)] = _0x26211d),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5["aPosition"],
|
typedArray: _0x26dd3e[_0x113058(0x15d)](_0x3f0272, _0x3f0272 + _0x32dc88),
|
componentsPerAttribute: _0x5dfcc7,
|
componentDatatype: Cesium[_0x113058(0x161)]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x19915f,
|
normalize: ![]
|
}),
|
_0x26211d++,
|
(_0x3f0272 += _0x32dc88)
|
}
|
let _0x2ae55a = _0x23ec3a["getUint32"](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
if (_0x2ae55a > 0x0) {
|
let _0x520fd2 = _0x23ec3a[_0x113058(0x156)](_0x3f0272, !![])
|
;(_0x520fd2 = _0x3ebe28 * Float32Array[_0x113058(0x189)]),
|
(_0x3f0272 += Uint32Array[_0x113058(0x189)]),
|
(_0x32dc88 = _0x2ae55a * _0x520fd2),
|
(_0x3ecca5[_0x113058(0x181)] = _0x26211d),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x181)],
|
typedArray: _0x26dd3e[_0x113058(0x15d)](_0x3f0272, _0x3f0272 + _0x32dc88),
|
componentsPerAttribute: _0x3ebe28,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x520fd2,
|
normalize: ![]
|
}),
|
_0x26211d++,
|
(_0x3f0272 += _0x32dc88)
|
}
|
let _0x7fa329 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array["BYTES_PER_ELEMENT"]
|
if (_0x7fa329 > 0x0) {
|
let _0x593d85 = new Uint8Array(0x4 * _0x7fa329),
|
_0x3389b9 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
;(_0x3389b9 = 0x4 * Float32Array["BYTES_PER_ELEMENT"]), (_0x3f0272 += Uint32Array[_0x113058(0x189)]), (_0x32dc88 = _0x7fa329 * _0x3389b9)
|
let _0x5da5e2 = new Float32Array(_0x26dd3e[_0x113058(0x16d)], _0x3f0272, _0x3649d7 * 0x4)
|
for (let _0x4d39f6 = 0x0; _0x4d39f6 < _0x3649d7; _0x4d39f6++) {
|
;(_0x593d85[0x4 * _0x4d39f6] = _0x5da5e2[0x4 * _0x4d39f6] * 0xff),
|
(_0x593d85[0x4 * _0x4d39f6 + 0x1] = _0x5da5e2[0x4 * _0x4d39f6 + 0x1] * 0xff),
|
(_0x593d85[0x4 * _0x4d39f6 + 0x2] = _0x5da5e2[0x4 * _0x4d39f6 + 0x2] * 0xff),
|
(_0x593d85[0x4 * _0x4d39f6 + 0x3] = _0x5da5e2[0x4 * _0x4d39f6 + 0x3] * 0xff)
|
}
|
;(_0x3f0272 += _0x32dc88),
|
(_0x3ecca5["aColor"] = _0x26211d),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x168)],
|
typedArray: _0x593d85,
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x186)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x4,
|
normalize: !![]
|
}),
|
_0x26211d++
|
}
|
let _0x5ea69b = _0x23ec3a["getUint32"](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
_0x5ea69b > 0x0 && ((_0x32dc88 = _0x5ea69b * 0x10), (_0x3f0272 += _0x32dc88))
|
let _0x23a84d = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x1fc474 = -0x1,
|
_0x5ea3fc,
|
_0xfc7206,
|
_0x303a3d
|
for (let _0x3b93c8 = 0x0; _0x3b93c8 < _0x23a84d; _0x3b93c8++) {
|
;(_0x5ea3fc = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])),
|
(_0x3f0272 += Uint32Array[_0x113058(0x189)]),
|
(_0x303a3d = _0x23ec3a[_0x113058(0x156)](_0x3f0272, !![])),
|
(_0x3f0272 += Uint16Array["BYTES_PER_ELEMENT"]),
|
(_0xfc7206 = _0x23ec3a[_0x113058(0x156)](_0x3f0272, !![])),
|
(_0x3f0272 += Uint16Array["BYTES_PER_ELEMENT"]),
|
(_0x32dc88 = _0x5ea3fc * _0x303a3d * Float32Array[_0x113058(0x189)])
|
let _0x24f72f = _0x26dd3e[_0x113058(0x15d)](_0x3f0272, _0x3f0272 + _0x32dc88)
|
if (_0x1fc474 === -0x1 && (_0x303a3d === 0x14 || _0x303a3d === 0x23)) {
|
;(_0x1fc474 = _0x3b93c8),
|
(_0x33fceb[_0x113058(0x151)] = _0x5ea3fc),
|
(_0x33fceb[_0x113058(0x140)] = _0x303a3d),
|
(_0x33fceb["instanceBuffer"] = _0x24f72f)
|
let _0x290bf1
|
if (_0x303a3d === 0x14)
|
(_0x290bf1 = Float32Array[_0x113058(0x189)] * 0x14),
|
(_0x3ecca5["uv2"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x184)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5["uv3"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5["uv3"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x162)] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x162)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x16a)] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x16a)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5["uv6"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x154)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x10 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
})
|
else
|
_0x303a3d === 0x23 &&
|
((_0x290bf1 = Float32Array[_0x113058(0x189)] * 0x23),
|
(_0x3ecca5["uv1"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x135)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1,
|
byteLength: _0x32dc88
|
}),
|
(_0x3ecca5[_0x113058(0x184)] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x184)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x19c)] = _0x26211d++),
|
_0x234a62["push"]({
|
index: _0x3ecca5["uv3"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5["uv4"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5["uv4"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x159)] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5["uv5"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x10 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x154)] = _0x26211d++),
|
_0x234a62["push"]({
|
index: _0x3ecca5[_0x113058(0x154)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x14 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x174)] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x174)],
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x18 * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5["secondary_colour"] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x113058(0x16a)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x1b * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}),
|
(_0x3ecca5[_0x113058(0x13b)] = _0x26211d++),
|
_0x234a62["push"]({
|
index: _0x3ecca5["uv9"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x113058(0x161)][_0x113058(0x14c)],
|
normalize: ![],
|
offsetInBytes: 0x1f * Float32Array[_0x113058(0x189)],
|
strideInBytes: _0x290bf1,
|
instanceDivisor: 0x1
|
}))
|
} else {
|
if (_0x1fc474 !== -0x1) _0x33fceb["instanceBounds"] = new Float32Array(_0x26dd3e[_0x113058(0x16d)], _0x3f0272, _0x5ea3fc * _0x303a3d)
|
else {
|
let _0x2e53bc = _0x113058(0x13f) + _0x3b93c8
|
;(_0x3ecca5[_0x2e53bc] = _0x26211d++),
|
_0x234a62[_0x113058(0x138)]({
|
index: _0x3ecca5[_0x2e53bc],
|
typedArray: _0x24f72f,
|
componentsPerAttribute: _0x303a3d,
|
componentDatatype: Cesium["ComponentDatatype"][_0x113058(0x14c)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x303a3d * Float32Array[_0x113058(0x189)],
|
normalize: ![]
|
})
|
}
|
}
|
_0x3f0272 += _0x32dc88
|
}
|
;(_0x33fceb["verticesCount"] = _0x3649d7), (_0x33fceb["instanceIndex"] = _0x1fc474)
|
let _0xeb12e4 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
let _0x5a4e49 = []
|
for (let _0x317ab6 = 0x0; _0x317ab6 < _0xeb12e4; _0x317ab6++) {
|
let _0x1630dd = {},
|
_0xb7eb4e = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
let _0x2c7f15 = _0x23ec3a[_0x113058(0x166)](_0x3f0272, !![])
|
_0x3f0272 += Uint8Array["BYTES_PER_ELEMENT"]
|
let _0x2f7e9c = _0x23ec3a[_0x113058(0x166)](_0x3f0272, !![])
|
_0x3f0272 += Uint8Array[_0x113058(0x189)]
|
let _0x201954 = _0x23ec3a["getUint8"](_0x3f0272, !![])
|
;(_0x3f0272 += Uint8Array["BYTES_PER_ELEMENT"]),
|
(_0x3f0272 += 0x1),
|
(_0x1630dd[_0x113058(0x19b)] = _0xb7eb4e),
|
(_0x1630dd[_0x113058(0x132)] = _0x2c7f15),
|
(_0x1630dd["primitiveType"] = _0x201954)
|
let _0x1bb1a0 = _0x3f0272
|
_0xb7eb4e > 0x0 &&
|
(_0x2c7f15 === 0x0
|
? ((_0x32dc88 = _0xb7eb4e * Uint16Array[_0x113058(0x189)]), (_0x3f0272 += _0x32dc88), _0xb7eb4e % 0x2 === 0x1 && (_0x3f0272 += 0x2))
|
: ((_0x32dc88 = _0xb7eb4e * 0x4), (_0x3f0272 += _0x32dc88)))
|
_0x1630dd["indicesTypedArray"] = _0x26dd3e["subarray"](_0x1bb1a0, _0x1bb1a0 + _0x32dc88)
|
let _0x23c42e = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
_0x3f0272 += Uint32Array[_0x113058(0x189)]
|
let _0x1f8ca6 = _0x23ec3a[_0x113058(0x130)](_0x3f0272, !![])
|
;(_0x3f0272 += Uint32Array["BYTES_PER_ELEMENT"] * _0x23c42e), (_0x1630dd[_0x113058(0x197)] = _0x1f8ca6), _0x5a4e49[_0x113058(0x138)](_0x1630dd)
|
}
|
return (
|
(_0x3d4b2[_0x1a4404] = {
|
vertexPackage: _0x33fceb,
|
arrIndexPackage: _0x5a4e49
|
}),
|
_0x3f0272
|
)
|
}
|
function createBatchIdAttribute$1(_0x44ef73, _0x52cb7f, _0x3e0bf0) {
|
const _0x1c79e6 = _0x6fed
|
let _0x46c24a = _0x44ef73[_0x1c79e6(0x12b)],
|
_0x26201c = _0x44ef73["attrLocation"],
|
_0x447867 = _0x46c24a[_0x1c79e6(0x12d)],
|
_0xae43a0 = _0x3e0bf0 === 0x1 ? _0x1c79e6(0x144) : _0x1c79e6(0x195)
|
;(_0x26201c[_0xae43a0] = _0x447867),
|
_0x46c24a[_0x1c79e6(0x138)]({
|
index: _0x447867,
|
typedArray: _0x52cb7f,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x1c79e6(0x161)][_0x1c79e6(0x14c)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x0,
|
instanceDivisor: _0x3e0bf0
|
})
|
}
|
function createGroupAndMaterialNode(_0x396127, _0x23363c, _0x1ceb73) {
|
const _0x4b5516 = _0x6fed
|
let _0x1e6ccf = XMLParser[_0x4b5516(0x158)](_0x396127),
|
_0x249c81 = _0x1e6ccf["firstChild"],
|
_0x2994f7 = _0x249c81["namespaceURI"]
|
_0x1ceb73["material"] = []
|
let _0x10e913 = XMLParser[_0x4b5516(0x18f)](_0x249c81, _0x4b5516(0x18a), _0x2994f7),
|
_0x1f26c2 = XMLParser[_0x4b5516(0x12c)](_0x10e913, _0x4b5516(0x147), _0x2994f7)
|
for (let _0x4b4571 = 0x0, _0xfa888d = _0x1f26c2[_0x4b5516(0x12d)]; _0x4b4571 < _0xfa888d; _0x4b4571++) {
|
let _0x1ca76c = {},
|
_0x254d53 = _0x1f26c2[_0x4b4571]
|
_0x1ca76c["id"] = XMLParser["queryStringValue"](_0x254d53, _0x4b5516(0x149), _0x2994f7)
|
let _0x141c06 = XMLParser["queryFirstNode"](_0x254d53, _0x4b5516(0x177), _0x2994f7),
|
_0x4b64a3 = Cesium[_0x4b5516(0x157)](XMLParser["queryNumericValue"](_0x141c06, _0x4b5516(0x185), _0x2994f7), 0x1),
|
_0x385499 = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x141c06, _0x4b5516(0x15f), _0x2994f7), 0x1),
|
_0x3466fc = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x141c06, _0x4b5516(0x167), _0x2994f7), 0x1),
|
_0x46cc85 = Cesium["defaultValue"](XMLParser[_0x4b5516(0x139)](_0x141c06, _0x4b5516(0x165), _0x2994f7), 0x1)
|
_0x1ca76c[_0x4b5516(0x163)] = {
|
r: _0x4b64a3,
|
g: _0x385499,
|
b: _0x3466fc,
|
a: _0x46cc85
|
}
|
let _0x4f40a2 = XMLParser[_0x4b5516(0x18f)](_0x254d53, _0x4b5516(0x133), _0x2994f7)
|
;(_0x4b64a3 = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x4f40a2, _0x4b5516(0x179), _0x2994f7), 0x1)),
|
(_0x385499 = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x4f40a2, _0x4b5516(0x16b), _0x2994f7), 0x1)),
|
(_0x3466fc = Cesium["defaultValue"](XMLParser[_0x4b5516(0x139)](_0x4f40a2, _0x4b5516(0x134), _0x2994f7), 0x1)),
|
(_0x46cc85 = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x4f40a2, "DiffuseA", _0x2994f7), 0x1)),
|
(_0x1ca76c[_0x4b5516(0x192)] = {
|
r: _0x4b64a3,
|
g: _0x385499,
|
b: _0x3466fc,
|
a: _0x46cc85
|
})
|
let _0x44bdec = XMLParser["queryFirstNode"](_0x254d53, _0x4b5516(0x14b), _0x2994f7)
|
;(_0x4b64a3 = Cesium[_0x4b5516(0x157)](XMLParser["queryNumericValue"](_0x44bdec, _0x4b5516(0x170), _0x2994f7), 0x0)),
|
(_0x385499 = Cesium[_0x4b5516(0x157)](XMLParser["queryNumericValue"](_0x44bdec, _0x4b5516(0x14d), _0x2994f7), 0x0)),
|
(_0x3466fc = Cesium[_0x4b5516(0x157)](XMLParser[_0x4b5516(0x139)](_0x44bdec, _0x4b5516(0x196), _0x2994f7), 0x0)),
|
(_0x46cc85 = Cesium["defaultValue"](XMLParser[_0x4b5516(0x139)](_0x44bdec, _0x4b5516(0x14e), _0x2994f7), 0x0)),
|
(_0x1ca76c[_0x4b5516(0x172)] = {
|
r: _0x4b64a3,
|
g: _0x385499,
|
b: _0x3466fc,
|
a: _0x46cc85
|
}),
|
(_0x1ca76c[_0x4b5516(0x143)] = XMLParser["queryNumericValue"](_0x254d53, _0x4b5516(0x145), _0x2994f7)),
|
(_0x1ca76c[_0x4b5516(0x169)] = XMLParser[_0x4b5516(0x141)](_0x254d53, "TransparentSorting", _0x2994f7)),
|
(_0x1ca76c[_0x4b5516(0x13d)] = [])
|
let _0x2e7d4b = XMLParser[_0x4b5516(0x12c)](_0x254d53, "texture", _0x2994f7)
|
for (let _0x383d36 = 0x0; _0x383d36 < _0x2e7d4b[_0x4b5516(0x12d)]; _0x383d36++) {
|
let _0x2d9274 = {},
|
_0x43c5b1 = _0x2e7d4b[_0x383d36],
|
_0x19e418 = XMLParser[_0x4b5516(0x175)](_0x43c5b1, _0x4b5516(0x149), _0x2994f7),
|
_0x4db395 = XMLParser[_0x4b5516(0x175)](_0x43c5b1, _0x4b5516(0x194), _0x2994f7),
|
_0x394d20 = XMLParser["queryFirstNode"](_0x43c5b1, "AddressMode", _0x2994f7),
|
_0x3ded92 = XMLParser[_0x4b5516(0x175)](_0x394d20, "u", _0x2994f7),
|
_0x1137df = _0x3ded92 === _0x4b5516(0x148) ? 0x0 : 0x1,
|
_0x54da7b = XMLParser[_0x4b5516(0x175)](_0x394d20, "v", _0x2994f7),
|
_0x52be0b = _0x54da7b === "TAM_WRAP" ? 0x0 : 0x1,
|
_0x27ed0f = XMLParser[_0x4b5516(0x175)](_0x43c5b1, _0x4b5516(0x17f), _0x2994f7)[_0x4b5516(0x152)](","),
|
_0x5f595f = 0x10
|
while (_0x5f595f--) {
|
_0x27ed0f[_0x5f595f] = parseFloat(_0x27ed0f[_0x5f595f])
|
}
|
;(_0x2d9274["addressmode"] = {
|
u: _0x1137df,
|
v: _0x52be0b,
|
w: 0x0
|
}),
|
(_0x2d9274[_0x4b5516(0x12e)] = 0x20202020),
|
(_0x2d9274[_0x4b5516(0x131)] = 0x2),
|
(_0x2d9274["filtermin"] = 0x2),
|
(_0x2d9274["id"] = _0x19e418),
|
(_0x2d9274[_0x4b5516(0x18d)] = _0x27ed0f),
|
(_0x2d9274[_0x4b5516(0x198)] = ""),
|
_0x1ca76c[_0x4b5516(0x13d)][_0x4b5516(0x138)]({
|
textureunitstate: _0x2d9274
|
})
|
}
|
_0x1ceb73[_0x4b5516(0x147)][_0x4b5516(0x138)]({
|
material: _0x1ca76c
|
})
|
}
|
let _0x4ccd62 = XMLParser[_0x4b5516(0x18f)](_0x249c81, _0x4b5516(0x187), _0x2994f7),
|
_0x46a195 = XMLParser["queryChildNodes"](_0x4ccd62, _0x4b5516(0x18c), _0x2994f7)
|
_0x23363c["pageLods"] = []
|
if (_0x46a195[_0x4b5516(0x12d)] > 0x0)
|
for (let _0x2eecd9 = 0x0, _0x2d48d3 = _0x46a195[_0x4b5516(0x12d)]; _0x2eecd9 < _0x2d48d3; _0x2eecd9++) {
|
let _0x3286b1 = _0x46a195[_0x2eecd9],
|
_0x240e92 = XMLParser[_0x4b5516(0x175)](_0x3286b1, _0x4b5516(0x176), _0x2994f7)
|
_0x240e92 ? (_0x240e92 = _0x240e92[_0x4b5516(0x190)](/.osgb$/, _0x4b5516(0x15c))) : (_0x240e92 = "")
|
let _0x43fbea = XMLParser[_0x4b5516(0x175)](_0x3286b1, _0x4b5516(0x155), _0x2994f7),
|
_0x3613ba = XMLParser[_0x4b5516(0x139)](_0x3286b1, _0x4b5516(0x183), _0x2994f7),
|
_0x154524 = XMLParser[_0x4b5516(0x18f)](_0x3286b1, _0x4b5516(0x17c), _0x2994f7),
|
_0x37e83f = XMLParser["queryNumericValue"](_0x154524, "x", _0x2994f7),
|
_0x1d6c02 = XMLParser[_0x4b5516(0x139)](_0x154524, "y", _0x2994f7),
|
_0x158b83 = XMLParser[_0x4b5516(0x139)](_0x154524, "z", _0x2994f7),
|
_0x4f3640 = XMLParser[_0x4b5516(0x139)](_0x154524, _0x4b5516(0x13e), _0x2994f7),
|
_0x1741ce = {
|
boundingSphere: {
|
center: {
|
x: _0x37e83f,
|
y: _0x1d6c02,
|
z: _0x158b83
|
},
|
radius: _0x4f3640
|
},
|
childTile: _0x240e92,
|
geodes: [],
|
rangeList: _0x3613ba,
|
rangeMode: _0x43fbea === _0x4b5516(0x180) ? _0x7b9d88[_0x4b5516(0x15e)] : _0x7b9d88["Pixel"]
|
}
|
_0x1741ce[_0x4b5516(0x160)] = []
|
let _0x232c81 = XMLParser[_0x4b5516(0x12c)](_0x3286b1, _0x4b5516(0x13a), _0x2994f7)
|
for (let _0x37b191 = 0x0; _0x37b191 < _0x232c81[_0x4b5516(0x12d)]; _0x37b191++) {
|
let _0x38c38d = {},
|
_0x3436f1 = _0x232c81[_0x37b191],
|
_0x3ee4e8 = XMLParser[_0x4b5516(0x175)](_0x3436f1, _0x4b5516(0x153), _0x2994f7)[_0x4b5516(0x152)](",")
|
for (let _0x3293ca = 0x0; _0x3293ca < 0x10; _0x3293ca++) {
|
_0x3ee4e8[_0x3293ca] = parseFloat(_0x3ee4e8[_0x3293ca])
|
}
|
_0x38c38d[_0x4b5516(0x17e)] = _0x3ee4e8
|
let _0x40691a = XMLParser[_0x4b5516(0x12c)](_0x3436f1, _0x4b5516(0x18e))
|
_0x38c38d[_0x4b5516(0x14a)] = []
|
for (let _0x3bd1cd = 0x0; _0x3bd1cd < _0x40691a[_0x4b5516(0x12d)]; _0x3bd1cd++) {
|
let _0x1dc383 = _0x40691a[_0x3bd1cd]["textContent"]["trim"]()
|
_0x38c38d["skeletonNames"]["push"](_0x1dc383)
|
}
|
_0x1741ce["geodes"][_0x4b5516(0x138)](_0x38c38d)
|
}
|
_0x23363c[_0x4b5516(0x137)][_0x4b5516(0x138)](_0x1741ce)
|
}
|
else {
|
let _0x5a7901 = XMLParser[_0x4b5516(0x12c)](_0x4ccd62, "Geode", _0x2994f7)
|
if (_0x5a7901[_0x4b5516(0x12d)] > 0x0) {
|
let _0x347593 = {
|
boundingSphere: {
|
center: {
|
x: 0x0,
|
y: 0x0,
|
z: 0x0
|
},
|
radius: 0x615299
|
},
|
childTile: "",
|
geodes: [],
|
rangeList: 0x0,
|
rangeMode: _0x7b9d88["Pixel"]
|
}
|
for (let _0x1287e9 = 0x0, _0x18dd4a = _0x5a7901["length"]; _0x1287e9 < _0x18dd4a; _0x1287e9++) {
|
let _0x181c65 = {},
|
_0x28a878 = _0x5a7901[_0x1287e9],
|
_0x37ca18 = XMLParser[_0x4b5516(0x175)](_0x28a878, "GeoDeModMatrix", _0x2994f7)["split"](",")
|
for (let _0x423d78 = 0x0; _0x423d78 < 0x10; _0x423d78++) {
|
_0x37ca18[_0x423d78] = parseFloat(_0x37ca18[_0x423d78])
|
}
|
_0x181c65[_0x4b5516(0x17e)] = _0x37ca18
|
let _0x5f217d = XMLParser[_0x4b5516(0x12c)](_0x28a878, _0x4b5516(0x18e), _0x2994f7)
|
_0x181c65[_0x4b5516(0x14a)] = []
|
for (let _0x245629 = 0x0; _0x245629 < _0x5f217d[_0x4b5516(0x12d)]; _0x245629++) {
|
let _0x4246a4 = _0x5f217d[_0x245629][_0x4b5516(0x136)]["trim"]()
|
_0x181c65["skeletonNames"][_0x4b5516(0x138)](_0x4246a4)
|
}
|
_0x347593[_0x4b5516(0x160)][_0x4b5516(0x138)](_0x181c65)
|
}
|
_0x23363c[_0x4b5516(0x137)][_0x4b5516(0x138)](_0x347593)
|
}
|
}
|
return _0x23363c
|
}
|
function unZip$1(_0x580ca7, _0x312324) {
|
const _0x3e1377 = _0x6fed
|
let _0x20e541 = new Uint8Array(_0x580ca7, _0x312324)
|
return _0x53a39a[_0x3e1377(0x193)](_0x20e541)[_0x3e1377(0x16d)]
|
}
|
function S3ModelOldParser() {}
|
S3ModelOldParser[_0xb95846(0x14f)] = function (_0x2156a7) {
|
const _0x553f84 = _0xb95846
|
let _0x55bd44 = 0x0,
|
_0x1895b7 = {
|
groupNode: {},
|
geoPackage: {},
|
materials: {},
|
texturePackage: {}
|
},
|
_0x3c8056 = new Uint8Array(_0x2156a7, 0x0, 0x4)
|
if (_0x3c8056[0x0] !== 0x73 || _0x3c8056[0x1] !== 0x33 || _0x3c8056[0x2] !== 0x6d)
|
return {
|
result: ![]
|
}
|
_0x55bd44 += 0x4
|
let _0x4c357e = unZip$1(_0x2156a7, _0x55bd44),
|
_0x4c9ac8 = new Uint8Array(_0x4c357e),
|
_0x49108c = new DataView(_0x4c357e)
|
_0x55bd44 = 0x0
|
let _0x8d09c9 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x54a176 = new Uint8Array(_0x4c357e, _0x55bd44, _0x8d09c9),
|
_0x58fb25 = _0x8d09c9 % 0x4
|
_0x58fb25 && (_0x58fb25 = 0x4 - _0x58fb25)
|
_0x55bd44 += _0x8d09c9 + _0x58fb25
|
let _0x1fdbe2 = Cesium["getStringFromTypedArray"](_0x54a176, undefined, undefined, _0x553f84(0x164))
|
createGroupAndMaterialNode(_0x1fdbe2, _0x1895b7["groupNode"], _0x1895b7[_0x553f84(0x19a)])
|
let _0x424575 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x2cac99 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x386a66 = _0x1895b7[_0x553f84(0x16c)]
|
for (let _0x35c5a5 = 0x0; _0x35c5a5 < _0x2cac99; _0x35c5a5++) {
|
_0x55bd44 = parseGeoPackage(_0x386a66, _0x4c9ac8, _0x49108c, _0x55bd44)
|
}
|
let _0xa17d40 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x4f5172 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
for (let _0x3ff129 = 0x0; _0x3ff129 < _0x4f5172; _0x3ff129++) {
|
let _0x2f8ec7 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x4e0459 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x51b5dc = {},
|
_0x4c3e09 = _0x386a66[_0x2f8ec7][_0x553f84(0x178)][_0x553f84(0x191)]
|
if (_0x4c3e09 === -0x1) {
|
let _0x5b8aae = new Float32Array(_0x386a66[_0x2f8ec7][_0x553f84(0x178)][_0x553f84(0x15b)])
|
for (let _0x3c495e = 0x0; _0x3c495e < _0x4e0459; _0x3c495e++) {
|
let _0x48b559 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x963f70 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x271a66 = 0x0,
|
_0x15e78d = 0x0
|
_0x51b5dc[_0x48b559] = []
|
for (let _0x54946f = 0x0; _0x54946f < _0x963f70; _0x54946f++) {
|
;(_0x15e78d = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])),
|
(_0x55bd44 += Uint32Array[_0x553f84(0x189)]),
|
(_0x271a66 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])),
|
(_0x55bd44 += Uint32Array[_0x553f84(0x189)])
|
if (_0x5b8aae[_0x553f84(0x15a)]) _0x5b8aae[_0x553f84(0x15a)](_0x3c495e, _0x15e78d, _0x15e78d + _0x271a66)
|
else {
|
let _0x397cfd = _0x15e78d + _0x15e78d
|
for (let _0x1c392f = _0x15e78d; _0x1c392f < _0x397cfd; _0x1c392f++) {
|
_0x5b8aae[_0x1c392f] = _0x3c495e
|
}
|
}
|
_0x51b5dc[_0x48b559][_0x553f84(0x138)]({
|
vertexColorOffset: _0x15e78d,
|
vertexColorCount: _0x271a66,
|
batchId: _0x3c495e
|
})
|
}
|
}
|
createBatchIdAttribute$1(_0x386a66[_0x2f8ec7]["vertexPackage"], _0x5b8aae, undefined)
|
} else {
|
let _0x3f239d = _0x386a66[_0x2f8ec7]["vertexPackage"][_0x553f84(0x151)],
|
_0x26033d = _0x386a66[_0x2f8ec7][_0x553f84(0x178)][_0x553f84(0x199)],
|
_0x8f3d90 = _0x386a66[_0x2f8ec7]["vertexPackage"][_0x553f84(0x140)],
|
_0x1883ee = new Float32Array(_0x3f239d),
|
_0x44b93a = 0x0
|
for (let _0x5a8380 = 0x0; _0x5a8380 < _0x4e0459; _0x5a8380++) {
|
let _0x4cb9cb = _0x49108c["getUint32"](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x4da5bc = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
;(_0x55bd44 += Uint32Array[_0x553f84(0x189)]), (_0x51b5dc[_0x4cb9cb] = [])
|
for (let _0x5c0220 = 0x0; _0x5c0220 < _0x4da5bc; _0x5c0220++) {
|
let _0x59d7c3 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
;(_0x55bd44 += Uint32Array["BYTES_PER_ELEMENT"]),
|
(_0x1883ee[_0x44b93a] = _0x44b93a),
|
_0x51b5dc[_0x4cb9cb] === undefined &&
|
(_0x51b5dc[_0x4cb9cb] = [
|
{
|
vertexColorCount: 0x1,
|
instanceIds: [],
|
vertexColorOffset: _0x44b93a
|
}
|
]),
|
_0x51b5dc[_0x4cb9cb][_0x553f84(0x17d)]["push"](_0x59d7c3),
|
_0x44b93a++
|
}
|
}
|
createBatchIdAttribute$1(_0x386a66[_0x2f8ec7][_0x553f84(0x178)], _0x1883ee, 0x1)
|
}
|
_0x386a66[_0x2f8ec7][_0x553f84(0x17a)] = _0x51b5dc
|
}
|
let _0x5f4713 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x237cab = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x5c2de6 = {}
|
for (let _0x3b2a0e = 0x0; _0x3b2a0e < _0x237cab; _0x3b2a0e++) {
|
let _0x2c5767 = _0x49108c["getUint32"](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x4faacf = _0x49108c["getUint32"](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x3d4897 = _0x49108c["getUint32"](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x556172 = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x37fc2b = _0x49108c[_0x553f84(0x130)](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x3eab5c = _0x49108c["getUint32"](_0x55bd44, !![])
|
_0x55bd44 += Uint32Array[_0x553f84(0x189)]
|
let _0x13b048 =
|
_0x3eab5c === _0x4d10fa[_0x553f84(0x142)] || _0x3eab5c === _0x4d10fa[_0x553f84(0x12f)]
|
? Cesium[_0x553f84(0x17b)]["RGB_DXT1"]
|
: Cesium[_0x553f84(0x17b)]["RGBA_DXT5"],
|
_0x506663 = new Uint8Array(_0x4c357e, _0x55bd44, _0x37fc2b)
|
;(_0x5c2de6[_0x2c5767] = {
|
id: _0x2c5767,
|
width: _0x4faacf,
|
height: _0x3d4897,
|
compressType: _0x556172,
|
nFormat: _0x3eab5c,
|
arrayBufferView: _0x506663,
|
internalFormat: _0x13b048
|
}),
|
(_0x55bd44 += _0x37fc2b)
|
}
|
return (_0x1895b7[_0x553f84(0x188)] = _0x5c2de6), _0x1895b7
|
}
|
|
const _0x4ecf = [
|
"childTile",
|
"split",
|
"instanceBuffer",
|
"indexOf",
|
"instanceBounds",
|
"blue",
|
"69874TJBjUd",
|
"524aFMmnz",
|
"substring",
|
"Color",
|
"uv4",
|
"groupNode",
|
"uv6",
|
"ComponentDatatype",
|
"SVC_Vertex",
|
"424146GlQgnM",
|
"vertexAttributes",
|
"instanceId",
|
"texturePackage",
|
"vertexColorInstance",
|
"uv3",
|
"textureCoordIsW",
|
"130681WrGtvQ",
|
"unpack",
|
"SV_Standard",
|
"verticesCount",
|
"SVC_Normal",
|
"aPosition",
|
"pickInfo",
|
"uv2",
|
"minVerticesValue",
|
"SHORT",
|
"790731nZeukK",
|
"aSecondColor",
|
"count",
|
"FLOAT",
|
"UNSIGNED_BYTE",
|
"geoName",
|
"inflate",
|
"getFloat32",
|
"uv9",
|
"slice",
|
"Geometry",
|
"primitiveType",
|
"instanceIds",
|
"indicesCount",
|
"attrLocation",
|
"indicesTypedArray",
|
"texCoordZMatrix",
|
"SVC_TexutreCoordIsW",
|
"aNormal",
|
"getUint16",
|
"352037HfhgZa",
|
"geodes",
|
"pageLods",
|
"push",
|
"hasOwnProperty",
|
"rangeMode",
|
"indexType",
|
"2HaoOca",
|
"getUint8",
|
"parse",
|
"offset",
|
"arrayFill",
|
"createEdgeDataByIndices",
|
"uv1",
|
"batchId",
|
"aTexCoord",
|
"texUnitIndex",
|
"ancestorMap",
|
"subVertexOffsetArr",
|
"getFloat64",
|
"268502NROwjx",
|
"materials",
|
"red",
|
"secondary_colour",
|
"length",
|
"compressOptions",
|
"geoPackage",
|
"getStringFromTypedArray",
|
"4155LaQdgP",
|
"buffer",
|
"SV_Compressed",
|
"3OnHdPm",
|
"rootBatchIdMap",
|
"aTextureBatchId",
|
"replace",
|
"vertexPackage",
|
"subName",
|
"materialCode",
|
"isRootTile",
|
"uv5",
|
"aColor",
|
"BYTES_PER_ELEMENT",
|
"uv7",
|
"rangeList",
|
"string",
|
"getUint32",
|
"5bSsRGP",
|
"green",
|
"minTexCoordValue",
|
"bytesOffset",
|
"vertCompressConstant",
|
"instanceIndex"
|
]
|
const _0x32969c = _0x376f
|
;(function (_0x2037a4, _0x1cd272) {
|
const _0x511e8d = _0x376f
|
while (!![]) {
|
try {
|
const _0x49e729 =
|
parseInt(_0x511e8d(0xea)) +
|
parseInt(_0x511e8d(0x104)) +
|
parseInt(_0x511e8d(0xde)) * -parseInt(_0x511e8d(0xfa)) +
|
-parseInt(_0x511e8d(0xf3)) +
|
-parseInt(_0x511e8d(0x118)) * parseInt(_0x511e8d(0x11f)) +
|
parseInt(_0x511e8d(0x12c)) * -parseInt(_0x511e8d(0x137)) +
|
-parseInt(_0x511e8d(0x134)) * -parseInt(_0x511e8d(0xeb))
|
if (_0x49e729 === _0x1cd272) break
|
else _0x2037a4["push"](_0x2037a4["shift"]())
|
} catch (_0x3cc04d) {
|
_0x2037a4["push"](_0x2037a4["shift"]())
|
}
|
}
|
})(_0x4ecf, 0x6e086)
|
function S3MBlockParser() {}
|
let S3MBVertexTag$1 = {
|
SV_Unkown: 0x0,
|
SV_Standard: 0x1,
|
SV_Compressed: 0x2
|
}
|
function parseString$1(_0x5d5bf9, _0x28bd1f, _0x545387) {
|
const _0x57d995 = _0x376f
|
let _0x5da97e = _0x28bd1f["getUint32"](_0x545387, !![])
|
_0x545387 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x375c2c = new Uint8Array(_0x5d5bf9, _0x545387, _0x5da97e),
|
_0x75a930 = Cesium[_0x57d995(0x133)](_0x375c2c)
|
return (
|
(_0x545387 += _0x5da97e),
|
{
|
string: _0x75a930,
|
bytesOffset: _0x545387
|
}
|
)
|
}
|
function parseGeode$1(_0x2a6220, _0xdd86a9, _0x2e8035, _0x2993b1) {
|
const _0x111b9a = _0x376f
|
let _0x11a3dd = {},
|
_0x7cf8e6 = [],
|
_0x4f2d5f = new Array(0x10)
|
for (let _0x329821 = 0x0; _0x329821 < 0x10; _0x329821++) {
|
;(_0x4f2d5f[_0x329821] = _0xdd86a9[_0x111b9a(0x12b)](_0x2e8035, !![])), (_0x2e8035 += Float64Array[_0x111b9a(0xd9)])
|
}
|
;(_0x11a3dd["matrix"] = _0x4f2d5f), (_0x11a3dd["skeletonNames"] = _0x7cf8e6)
|
let _0x592dbe = _0xdd86a9[_0x111b9a(0xdd)](_0x2e8035, !![])
|
_0x2e8035 += Uint32Array[_0x111b9a(0xd9)]
|
for (let _0x1a25ef = 0x0; _0x1a25ef < _0x592dbe; _0x1a25ef++) {
|
let _0x2a3ab0 = parseString$1(_0x2a6220, _0xdd86a9, _0x2e8035)
|
_0x7cf8e6[_0x111b9a(0x11b)](_0x2a3ab0[_0x111b9a(0xdc)]), (_0x2e8035 = _0x2a3ab0[_0x111b9a(0xe1)])
|
}
|
return _0x2993b1["push"](_0x11a3dd), _0x2e8035
|
}
|
function parsePageLOD$1(_0x152302, _0x372427, _0x20de9f, _0x3bca7b) {
|
const _0x203b53 = _0x376f
|
let _0x15af52 = {}
|
;(_0x15af52[_0x203b53(0xdb)] = _0x372427[_0x203b53(0x10b)](_0x20de9f, !![])),
|
(_0x20de9f += Float32Array[_0x203b53(0xd9)]),
|
(_0x15af52["rangeMode"] = _0x372427[_0x203b53(0x117)](_0x20de9f, !![])),
|
(_0x20de9f += Uint16Array[_0x203b53(0xd9)])
|
let _0x400dfc = {}
|
;(_0x400dfc["x"] = _0x372427["getFloat64"](_0x20de9f, !![])),
|
(_0x20de9f += Float64Array[_0x203b53(0xd9)]),
|
(_0x400dfc["y"] = _0x372427[_0x203b53(0x12b)](_0x20de9f, !![])),
|
(_0x20de9f += Float64Array[_0x203b53(0xd9)]),
|
(_0x400dfc["z"] = _0x372427["getFloat64"](_0x20de9f, !![])),
|
(_0x20de9f += Float64Array[_0x203b53(0xd9)])
|
let _0x34c708 = _0x372427["getFloat64"](_0x20de9f, !![])
|
;(_0x20de9f += Float64Array[_0x203b53(0xd9)]),
|
(_0x15af52["boundingSphere"] = {
|
center: _0x400dfc,
|
radius: _0x34c708
|
})
|
let _0x45d734 = parseString$1(_0x152302, _0x372427, _0x20de9f),
|
_0x2ddc21 = _0x45d734[_0x203b53(0xdc)]
|
_0x20de9f = _0x45d734[_0x203b53(0xe1)]
|
let _0x5dcefa = _0x2ddc21[_0x203b53(0xe7)](_0x203b53(0x10e))
|
if (_0x5dcefa !== -0x1) {
|
let _0x57559b = _0x2ddc21[_0x203b53(0xec)](_0x5dcefa)
|
_0x2ddc21 = _0x2ddc21[_0x203b53(0xd2)](_0x57559b, "")
|
}
|
;(_0x15af52[_0x203b53(0xe4)] = _0x2ddc21), (_0x15af52[_0x203b53(0x119)] = [])
|
let _0x38ee4b = _0x372427[_0x203b53(0xdd)](_0x20de9f, !![])
|
_0x20de9f += Uint32Array["BYTES_PER_ELEMENT"]
|
for (let _0x1d1988 = 0x0; _0x1d1988 < _0x38ee4b; _0x1d1988++) {
|
_0x20de9f = parseGeode$1(_0x152302, _0x372427, _0x20de9f, _0x15af52[_0x203b53(0x119)])
|
}
|
return _0x3bca7b[_0x203b53(0x11b)](_0x15af52), _0x20de9f
|
}
|
function parseGroupNode$1(_0x58f0cd, _0x1e6090, _0x18b0cb, _0x3a5517) {
|
const _0x2d67f0 = _0x376f
|
let _0x1c4caf = {},
|
_0x1168f2 = [],
|
_0xd3ab0d = _0x1e6090[_0x2d67f0(0xdd)](_0x18b0cb, !![])
|
_0x18b0cb += Uint32Array[_0x2d67f0(0xd9)]
|
let _0x4b0c55 = _0x1e6090[_0x2d67f0(0xdd)](_0x18b0cb, !![])
|
_0x18b0cb += Uint32Array[_0x2d67f0(0xd9)]
|
for (let _0x467c25 = 0x0; _0x467c25 < _0x4b0c55; _0x467c25++) {
|
_0x18b0cb = parsePageLOD$1(_0x58f0cd, _0x1e6090, _0x18b0cb, _0x1168f2)
|
}
|
_0x1c4caf[_0x2d67f0(0x11a)] = _0x1168f2
|
let _0x262b4b = _0x18b0cb % 0x4
|
return _0x262b4b !== 0x0 && (_0x18b0cb += 0x4 - _0x262b4b), (_0x3a5517[_0x2d67f0(0xef)] = _0x1c4caf), _0x18b0cb
|
}
|
function parseVertex$1(_0x428eed, _0x5500ae, _0x5ebdd1, _0x2ed58e) {
|
const _0x32b42d = _0x376f
|
let _0x4b8381 = _0x5500ae[_0x32b42d(0xdd)](_0x5ebdd1, !![])
|
;(_0x2ed58e["verticesCount"] = _0x4b8381), (_0x5ebdd1 += Uint32Array[_0x32b42d(0xd9)])
|
if (_0x5ebdd1 <= 0x0) return _0x5ebdd1
|
let _0x2d4d67 = _0x5500ae["getUint16"](_0x5ebdd1, !![])
|
_0x5ebdd1 += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x1e3b30 = _0x5500ae[_0x32b42d(0x117)](_0x5ebdd1, !![])
|
;(_0x1e3b30 = _0x2d4d67 * Float32Array[_0x32b42d(0xd9)]), (_0x5ebdd1 += Uint16Array[_0x32b42d(0xd9)])
|
let _0x40c847 = _0x4b8381 * _0x2d4d67 * Float32Array[_0x32b42d(0xd9)],
|
_0x5176d7 = new Uint8Array(_0x428eed, _0x5ebdd1, _0x40c847)
|
_0x5ebdd1 += _0x40c847
|
let _0x4708cb = _0x2ed58e[_0x32b42d(0xf4)],
|
_0x18eeda = _0x2ed58e[_0x32b42d(0x112)]
|
return (
|
(_0x18eeda[_0x32b42d(0xff)] = _0x4708cb[_0x32b42d(0x130)]),
|
_0x4708cb[_0x32b42d(0x11b)]({
|
index: _0x18eeda["aPosition"],
|
typedArray: _0x5176d7,
|
componentsPerAttribute: _0x2d4d67,
|
componentDatatype: Cesium[_0x32b42d(0xf1)]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1e3b30,
|
normalize: ![]
|
}),
|
_0x5ebdd1
|
)
|
}
|
function parseNormal$1(_0x8af070, _0x53d543, _0x1f554a, _0x24cc71) {
|
const _0x4c8be3 = _0x376f
|
let _0x1ed5db = _0x53d543["getUint32"](_0x1f554a, !![])
|
_0x1f554a += Uint32Array[_0x4c8be3(0xd9)]
|
if (_0x1ed5db <= 0x0) return _0x1f554a
|
let _0x5e241d = _0x53d543[_0x4c8be3(0x117)](_0x1f554a, !![])
|
_0x1f554a += Uint16Array[_0x4c8be3(0xd9)]
|
let _0x8bd347 = _0x53d543["getUint16"](_0x1f554a, !![])
|
_0x1f554a += Uint16Array[_0x4c8be3(0xd9)]
|
let _0x5354d0 = _0x1ed5db * _0x5e241d * Float32Array["BYTES_PER_ELEMENT"],
|
_0x35c458 = new Uint8Array(_0x8af070, _0x1f554a, _0x5354d0)
|
_0x1f554a += _0x5354d0
|
let _0x2fdb26 = _0x24cc71[_0x4c8be3(0xf4)],
|
_0x11091a = _0x24cc71["attrLocation"]
|
return (
|
(_0x11091a[_0x4c8be3(0x116)] = _0x2fdb26[_0x4c8be3(0x130)]),
|
_0x2fdb26[_0x4c8be3(0x11b)]({
|
index: _0x11091a[_0x4c8be3(0x116)],
|
typedArray: _0x35c458,
|
componentsPerAttribute: _0x5e241d,
|
componentDatatype: Cesium[_0x4c8be3(0xf1)]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x8bd347,
|
normalize: ![]
|
}),
|
_0x1f554a
|
)
|
}
|
function parseVertexColor$1(_0x3b1ae1, _0x1e1baf, _0x4b6e21, _0x1ab930) {
|
const _0xafc25e = _0x376f
|
let _0x5d50df = _0x1e1baf["getUint32"](_0x4b6e21, !![])
|
_0x4b6e21 += Uint32Array[_0xafc25e(0xd9)]
|
let _0x45ce1c = _0x1ab930["verticesCount"],
|
_0x2c4a3e
|
if (_0x5d50df > 0x0) {
|
let _0x2014d6 = _0x1e1baf[_0xafc25e(0x117)](_0x4b6e21, !![])
|
;(_0x4b6e21 += Uint16Array[_0xafc25e(0xd9)]), (_0x4b6e21 += Uint8Array["BYTES_PER_ELEMENT"] * 0x2)
|
let _0x8cd35d = _0x5d50df * Uint8Array[_0xafc25e(0xd9)] * 0x4,
|
_0x470af1 = new Uint8Array(_0x3b1ae1, _0x4b6e21, _0x8cd35d)
|
;(_0x2c4a3e = _0x470af1[_0xafc25e(0x10d)](0x0, _0x8cd35d)), (_0x4b6e21 += _0x8cd35d)
|
} else {
|
_0x2c4a3e = new Uint8Array(0x4 * _0x45ce1c)
|
for (let _0x3e528a = 0x0; _0x3e528a < _0x45ce1c; _0x3e528a++) {
|
;(_0x2c4a3e[_0x3e528a * 0x4] = 0xff),
|
(_0x2c4a3e[_0x3e528a * 0x4 + 0x1] = 0xff),
|
(_0x2c4a3e[_0x3e528a * 0x4 + 0x2] = 0xff),
|
(_0x2c4a3e[_0x3e528a * 0x4 + 0x3] = 0xff)
|
}
|
}
|
let _0x30e5b1 = _0x1ab930[_0xafc25e(0xf4)],
|
_0x2a6a70 = _0x1ab930[_0xafc25e(0x112)]
|
return (
|
(_0x2a6a70["aColor"] = _0x30e5b1[_0xafc25e(0x130)]),
|
_0x30e5b1[_0xafc25e(0x11b)]({
|
index: _0x2a6a70[_0xafc25e(0xd8)],
|
typedArray: _0x2c4a3e,
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0xafc25e(0xf1)]["UNSIGNED_BYTE"],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x4,
|
normalize: !![]
|
}),
|
(_0x1ab930["vertexColor"] = _0x2c4a3e),
|
_0x4b6e21
|
)
|
}
|
function parseSecondColor$1(_0x122040, _0x2e9ef6, _0x5df8cf, _0x59430d) {
|
const _0x4a673c = _0x376f
|
let _0x230b13 = _0x2e9ef6["getUint32"](_0x5df8cf, !![])
|
_0x5df8cf += Uint32Array[_0x4a673c(0xd9)]
|
if (_0x230b13 <= 0x0) return _0x5df8cf
|
let _0x5c378a = _0x2e9ef6["getUint16"](_0x5df8cf, !![])
|
;(_0x5df8cf += Uint16Array["BYTES_PER_ELEMENT"]), (_0x5df8cf += Uint8Array["BYTES_PER_ELEMENT"] * 0x2)
|
let _0x1c6f31 = _0x230b13 * Uint8Array[_0x4a673c(0xd9)] * 0x4,
|
_0x38b205 = new Uint8Array(_0x122040, _0x5df8cf, _0x1c6f31)
|
_0x5df8cf += _0x1c6f31
|
let _0x40ee0e = _0x59430d["vertexAttributes"],
|
_0x49acef = _0x59430d["attrLocation"]
|
return (
|
(_0x49acef["aSecondColor"] = _0x40ee0e[_0x4a673c(0x130)]),
|
_0x40ee0e[_0x4a673c(0x11b)]({
|
index: _0x49acef[_0x4a673c(0x105)],
|
typedArray: _0x38b205,
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x4a673c(0xf1)][_0x4a673c(0x108)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x4,
|
normalize: !![]
|
}),
|
_0x5df8cf
|
)
|
}
|
function parseTexCoord$1(_0x2b36b5, _0x5573d0, _0x4b22fd, _0x47fab6) {
|
const _0x29a04b = _0x376f
|
let _0x568d61 = _0x5573d0[_0x29a04b(0x117)](_0x4b22fd, !![])
|
;(_0x4b22fd += Uint16Array[_0x29a04b(0xd9)]), (_0x4b22fd += Uint16Array[_0x29a04b(0xd9)])
|
for (let _0xb7efe6 = 0x0; _0xb7efe6 < _0x568d61; _0xb7efe6++) {
|
let _0x10f8b6 = _0x5573d0[_0x29a04b(0xdd)](_0x4b22fd, !![])
|
_0x4b22fd += Uint32Array[_0x29a04b(0xd9)]
|
let _0x2c095d = _0x5573d0["getUint16"](_0x4b22fd, !![])
|
_0x4b22fd += Uint16Array[_0x29a04b(0xd9)]
|
let _0x1c66fc = _0x5573d0[_0x29a04b(0x117)](_0x4b22fd, !![])
|
_0x4b22fd += Uint16Array[_0x29a04b(0xd9)]
|
let _0x159113 = _0x10f8b6 * _0x2c095d * Float32Array[_0x29a04b(0xd9)],
|
_0x2479f5 = new Uint8Array(_0x2b36b5, _0x4b22fd, _0x159113)
|
_0x4b22fd += _0x159113
|
let _0x35b6fc = _0x29a04b(0x127) + _0xb7efe6,
|
_0x2c0279 = _0x47fab6["vertexAttributes"],
|
_0x432b0c = _0x47fab6[_0x29a04b(0x112)]
|
;(_0x432b0c[_0x35b6fc] = _0x2c0279[_0x29a04b(0x130)]),
|
_0x2c0279[_0x29a04b(0x11b)]({
|
index: _0x432b0c[_0x35b6fc],
|
typedArray: _0x2479f5,
|
componentsPerAttribute: _0x2c095d,
|
componentDatatype: Cesium[_0x29a04b(0xf1)][_0x29a04b(0x107)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x2c095d * Float32Array[_0x29a04b(0xd9)],
|
normalize: ![]
|
})
|
}
|
return _0x4b22fd
|
}
|
function parseInstanceInfo$1(_0x5e38ca, _0x4bb8e8, _0x38c85f, _0x298c20) {
|
const _0x5aa220 = _0x376f
|
let _0x369dc7 = _0x4bb8e8[_0x5aa220(0x117)](_0x38c85f, !![])
|
;(_0x38c85f += Uint16Array["BYTES_PER_ELEMENT"]), (_0x38c85f += Uint16Array[_0x5aa220(0xd9)])
|
let _0x52b861 = _0x298c20["vertexAttributes"],
|
_0x52a485 = _0x298c20["attrLocation"]
|
for (let _0x5f1214 = 0x0; _0x5f1214 < _0x369dc7; _0x5f1214++) {
|
let _0x4e7ead = _0x4bb8e8[_0x5aa220(0xdd)](_0x38c85f, !![])
|
_0x38c85f += Uint32Array[_0x5aa220(0xd9)]
|
let _0x165f3e = _0x4bb8e8[_0x5aa220(0x117)](_0x38c85f, !![])
|
_0x38c85f += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x1bb12d = _0x4bb8e8[_0x5aa220(0x117)](_0x38c85f, !![])
|
_0x38c85f += Uint16Array[_0x5aa220(0xd9)]
|
let _0x56874f = _0x4e7ead * _0x165f3e * Float32Array[_0x5aa220(0xd9)]
|
if (_0x165f3e === 0x11 || _0x165f3e === 0x1d) {
|
let _0x2c6d33 = new Uint8Array(_0x5e38ca, _0x38c85f, _0x56874f)
|
;(_0x298c20["instanceCount"] = _0x4e7ead),
|
(_0x298c20["instanceMode"] = _0x165f3e),
|
(_0x298c20[_0x5aa220(0xe6)] = _0x2c6d33),
|
(_0x298c20[_0x5aa220(0xe3)] = 0x1)
|
let _0x4f0031 = _0x165f3e * _0x4e7ead * 0x4,
|
_0x351805 = _0x2c6d33[_0x5aa220(0x10d)](0x0, _0x4f0031)
|
_0x298c20[_0x5aa220(0xf7)] = _0x351805
|
let _0x1ade73
|
if (_0x165f3e === 0x11)
|
(_0x1ade73 = Float32Array["BYTES_PER_ELEMENT"] * 0x11),
|
(_0x52a485[_0x5aa220(0x101)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0x101)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xf8)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0xf8)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xee)] = _0x52b861["length"]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0xee)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485["secondary_colour"] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0x12f)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xf0)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485["uv6"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x108)],
|
normalize: !![],
|
offsetInBytes: 0x10 * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
})
|
else
|
_0x165f3e === 0x1d &&
|
((_0x1ade73 = Float32Array[_0x5aa220(0xd9)] * 0x1d),
|
(_0x52a485[_0x5aa220(0x125)] = _0x52b861["length"]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0x125)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1,
|
byteLength: _0x56874f
|
}),
|
(_0x52a485[_0x5aa220(0x101)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861["push"]({
|
index: _0x52a485["uv2"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x4 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xf8)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0xf8)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x8 * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xee)] = _0x52b861["length"]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485["uv4"],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0xc * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xd7)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0xd7)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0x10 * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xf0)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485[_0x5aa220(0xf0)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"]["FLOAT"],
|
normalize: ![],
|
offsetInBytes: 0x14 * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0xda)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861[_0x5aa220(0x11b)]({
|
index: _0x52a485["uv7"],
|
componentsPerAttribute: 0x3,
|
componentDatatype: Cesium[_0x5aa220(0xf1)][_0x5aa220(0x107)],
|
normalize: ![],
|
offsetInBytes: 0x18 * Float32Array["BYTES_PER_ELEMENT"],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0x12f)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861["push"]({
|
index: _0x52a485[_0x5aa220(0x12f)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium["ComponentDatatype"][_0x5aa220(0x108)],
|
normalize: !![],
|
offsetInBytes: 0x1b * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}),
|
(_0x52a485[_0x5aa220(0x10c)] = _0x52b861[_0x5aa220(0x130)]),
|
_0x52b861["push"]({
|
index: _0x52a485[_0x5aa220(0x10c)],
|
componentsPerAttribute: 0x4,
|
componentDatatype: Cesium[_0x5aa220(0xf1)]["UNSIGNED_BYTE"],
|
normalize: !![],
|
offsetInBytes: 0x1c * Float32Array[_0x5aa220(0xd9)],
|
strideInBytes: _0x1ade73,
|
instanceDivisor: 0x1
|
}))
|
} else {
|
let _0x5bc9a6 = _0x4e7ead * _0x165f3e
|
_0x298c20[_0x5aa220(0xe8)] = new Float32Array(_0x5bc9a6)
|
for (let _0xa8f0 = 0x0; _0xa8f0 < _0x5bc9a6; _0xa8f0++) {
|
_0x298c20[_0x5aa220(0xe8)][_0xa8f0] = _0x4bb8e8[_0x5aa220(0x10b)](_0x38c85f + _0xa8f0 * Float32Array[_0x5aa220(0xd9)], !![])
|
}
|
}
|
_0x38c85f += _0x56874f
|
}
|
return _0x38c85f
|
}
|
function _0x376f(_0x616285, _0x21a731) {
|
_0x616285 = _0x616285 - 0xd1
|
let _0x4ecf71 = _0x4ecf[_0x616285]
|
return _0x4ecf71
|
}
|
function parseCompressVertex$1(_0x5a28cf, _0x432590, _0x4062e1, _0x10643f) {
|
const _0x52f7dc = _0x376f
|
let _0x39589e = _0x432590[_0x52f7dc(0xdd)](_0x4062e1, !![])
|
;(_0x10643f[_0x52f7dc(0xfd)] = _0x39589e), (_0x4062e1 += Uint32Array[_0x52f7dc(0xd9)])
|
if (_0x4062e1 <= 0x0) return _0x4062e1
|
let _0x3bdc73 = _0x432590[_0x52f7dc(0x117)](_0x4062e1, !![])
|
_0x4062e1 += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x14920d = _0x432590[_0x52f7dc(0x117)](_0x4062e1, !![])
|
;(_0x14920d = _0x3bdc73 * Int16Array[_0x52f7dc(0xd9)]), (_0x4062e1 += Uint16Array[_0x52f7dc(0xd9)])
|
let _0x21e1b3 = _0x432590[_0x52f7dc(0x10b)](_0x4062e1, !![])
|
_0x4062e1 += Float32Array[_0x52f7dc(0xd9)]
|
let _0x478e4c = {}
|
;(_0x478e4c["x"] = _0x432590[_0x52f7dc(0x10b)](_0x4062e1, !![])),
|
(_0x4062e1 += Float32Array["BYTES_PER_ELEMENT"]),
|
(_0x478e4c["y"] = _0x432590[_0x52f7dc(0x10b)](_0x4062e1, !![])),
|
(_0x4062e1 += Float32Array[_0x52f7dc(0xd9)]),
|
(_0x478e4c["z"] = _0x432590["getFloat32"](_0x4062e1, !![])),
|
(_0x4062e1 += Float32Array[_0x52f7dc(0xd9)]),
|
(_0x478e4c["w"] = _0x432590[_0x52f7dc(0x10b)](_0x4062e1, !![])),
|
(_0x4062e1 += Float32Array[_0x52f7dc(0xd9)]),
|
(_0x10643f[_0x52f7dc(0xe2)] = _0x21e1b3),
|
(_0x10643f[_0x52f7dc(0x102)] = _0x478e4c)
|
let _0x296070 = _0x39589e * _0x3bdc73 * Int16Array[_0x52f7dc(0xd9)],
|
_0x9a3c50 = new Uint8Array(_0x5a28cf, _0x4062e1, _0x296070)
|
_0x4062e1 += _0x296070
|
let _0x4af407 = _0x10643f["vertexAttributes"],
|
_0x3f260b = _0x10643f[_0x52f7dc(0x112)]
|
return (
|
(_0x3f260b[_0x52f7dc(0xff)] = _0x4af407[_0x52f7dc(0x130)]),
|
_0x4af407["push"]({
|
index: _0x3f260b["aPosition"],
|
typedArray: _0x9a3c50,
|
componentsPerAttribute: _0x3bdc73,
|
componentDatatype: Cesium["ComponentDatatype"]["SHORT"],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x14920d,
|
normalize: ![]
|
}),
|
_0x4062e1
|
)
|
}
|
function parseCompressNormal$1(_0x48dd9e, _0x3e9e50, _0x41ec43, _0x508d80) {
|
const _0x5c0037 = _0x376f
|
let _0x275383 = _0x3e9e50[_0x5c0037(0xdd)](_0x41ec43, !![])
|
_0x41ec43 += Uint32Array["BYTES_PER_ELEMENT"]
|
if (_0x275383 <= 0x0) return _0x41ec43
|
let _0x54282f = _0x3e9e50[_0x5c0037(0x117)](_0x41ec43, !![])
|
_0x41ec43 += Uint16Array["BYTES_PER_ELEMENT"]
|
let _0x145376 = _0x3e9e50["getUint16"](_0x41ec43, !![])
|
_0x41ec43 += Uint16Array[_0x5c0037(0xd9)]
|
let _0x39f248 = _0x275383 * 0x2 * Int16Array[_0x5c0037(0xd9)],
|
_0x450221 = new Uint8Array(_0x48dd9e, _0x41ec43, _0x39f248)
|
_0x41ec43 += _0x39f248
|
let _0x139c85 = _0x508d80[_0x5c0037(0xf4)],
|
_0x3887d6 = _0x508d80[_0x5c0037(0x112)]
|
return (
|
(_0x3887d6["aNormal"] = _0x139c85[_0x5c0037(0x130)]),
|
_0x139c85[_0x5c0037(0x11b)]({
|
index: _0x3887d6[_0x5c0037(0x116)],
|
typedArray: _0x450221,
|
componentsPerAttribute: 0x2,
|
componentDatatype: Cesium[_0x5c0037(0xf1)][_0x5c0037(0x103)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x145376,
|
normalize: ![]
|
}),
|
_0x41ec43
|
)
|
}
|
function parseCompressTexCoord$1(_0x4e4a8b, _0x129a54, _0x3d7be5, _0x4e909b) {
|
const _0x1317fe = _0x376f
|
;(_0x4e909b["texCoordCompressConstant"] = []), (_0x4e909b[_0x1317fe(0xe0)] = [])
|
let _0x5be761 = _0x129a54[_0x1317fe(0x117)](_0x3d7be5, !![])
|
;(_0x3d7be5 += Uint16Array["BYTES_PER_ELEMENT"]), (_0x3d7be5 += Uint16Array[_0x1317fe(0xd9)])
|
for (let _0x34dbaf = 0x0; _0x34dbaf < _0x5be761; _0x34dbaf++) {
|
let _0x24642c = _0x129a54[_0x1317fe(0x120)](_0x3d7be5, !![])
|
;(_0x3d7be5 += Uint8Array["BYTES_PER_ELEMENT"]), (_0x3d7be5 += Uint8Array["BYTES_PER_ELEMENT"] * 0x3)
|
let _0x2a2629 = _0x129a54[_0x1317fe(0xdd)](_0x3d7be5, !![])
|
_0x3d7be5 += Uint32Array[_0x1317fe(0xd9)]
|
let _0x48dbd7 = _0x129a54[_0x1317fe(0x117)](_0x3d7be5, !![])
|
_0x3d7be5 += Uint16Array[_0x1317fe(0xd9)]
|
let _0x1fbe3f = _0x129a54[_0x1317fe(0x117)](_0x3d7be5, !![])
|
_0x3d7be5 += Uint16Array[_0x1317fe(0xd9)]
|
let _0x592d7c = _0x129a54[_0x1317fe(0x10b)](_0x3d7be5, !![])
|
;(_0x3d7be5 += Float32Array[_0x1317fe(0xd9)]), _0x4e909b["texCoordCompressConstant"]["push"](_0x592d7c)
|
let _0x103ead = {}
|
;(_0x103ead["x"] = _0x129a54[_0x1317fe(0x10b)](_0x3d7be5, !![])),
|
(_0x3d7be5 += Float32Array[_0x1317fe(0xd9)]),
|
(_0x103ead["y"] = _0x129a54[_0x1317fe(0x10b)](_0x3d7be5, !![])),
|
(_0x3d7be5 += Float32Array[_0x1317fe(0xd9)]),
|
(_0x103ead["z"] = _0x129a54[_0x1317fe(0x10b)](_0x3d7be5, !![])),
|
(_0x3d7be5 += Float32Array[_0x1317fe(0xd9)]),
|
(_0x103ead["w"] = _0x129a54[_0x1317fe(0x10b)](_0x3d7be5, !![])),
|
(_0x3d7be5 += Float32Array[_0x1317fe(0xd9)]),
|
_0x4e909b["minTexCoordValue"]["push"](_0x103ead)
|
let _0x49c6fd = _0x2a2629 * _0x48dbd7 * Int16Array[_0x1317fe(0xd9)],
|
_0x4d3e59 = new Uint8Array(_0x4e4a8b, _0x3d7be5, _0x49c6fd)
|
_0x3d7be5 += _0x49c6fd
|
let _0x39a804 = _0x3d7be5 % 0x4
|
_0x39a804 !== 0x0 && (_0x3d7be5 += 0x4 - _0x39a804)
|
let _0xa83eba = "aTexCoord" + _0x34dbaf,
|
_0x434cfd = _0x4e909b[_0x1317fe(0xf4)],
|
_0xa0cd4 = _0x4e909b["attrLocation"]
|
;(_0xa0cd4[_0xa83eba] = _0x434cfd["length"]),
|
_0x434cfd[_0x1317fe(0x11b)]({
|
index: _0xa0cd4[_0xa83eba],
|
typedArray: _0x4d3e59,
|
componentsPerAttribute: _0x48dbd7,
|
componentDatatype: Cesium[_0x1317fe(0xf1)][_0x1317fe(0x103)],
|
offsetInBytes: 0x0,
|
strideInBytes: _0x48dbd7 * Int16Array["BYTES_PER_ELEMENT"],
|
normalize: ![]
|
})
|
if (_0x24642c) {
|
_0x49c6fd = _0x2a2629 * Float32Array["BYTES_PER_ELEMENT"]
|
let _0x4e9cdf = new Uint8Array(_0x4e4a8b, _0x3d7be5, _0x49c6fd)
|
;(_0x3d7be5 += _0x49c6fd),
|
(_0x4e909b[_0x1317fe(0x114)] = !![]),
|
(_0xa83eba = "aTexCoordZ" + _0x34dbaf),
|
(_0xa0cd4[_0xa83eba] = _0x434cfd[_0x1317fe(0x130)]),
|
_0x434cfd["push"]({
|
index: _0xa0cd4[_0xa83eba],
|
typedArray: _0x4e9cdf,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x1317fe(0xf1)][_0x1317fe(0x107)],
|
offsetInBytes: 0x0,
|
strideInBytes: Float32Array[_0x1317fe(0xd9)],
|
normalize: ![]
|
})
|
}
|
}
|
return _0x3d7be5
|
}
|
function parseStandardSkeleton$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6) {
|
return (
|
(_0x482243 = parseVertex$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
(_0x482243 = parseNormal$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
(_0x482243 = parseVertexColor$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
(_0x482243 = parseSecondColor$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
(_0x482243 = parseTexCoord$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
(_0x482243 = parseInstanceInfo$1(_0xc0c63c, _0x2723a6, _0x482243, _0xc71ea6)),
|
_0x482243
|
)
|
}
|
function parseCompressSkeleton$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855) {
|
const _0xa00c67 = _0x376f
|
let _0x416f49 = _0x2360f4[_0xa00c67(0xdd)](_0x340908, !![])
|
return (
|
(_0x319855[_0xa00c67(0x131)] = _0x416f49),
|
(_0x340908 += Uint32Array["BYTES_PER_ELEMENT"]),
|
(_0x416f49 & _0x25c9a4[_0xa00c67(0xf2)]) === _0x25c9a4[_0xa00c67(0xf2)]
|
? (_0x340908 = parseCompressVertex$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855))
|
: (_0x340908 = parseVertex$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
(_0x416f49 & _0x25c9a4[_0xa00c67(0xfe)]) === _0x25c9a4["SVC_Normal"]
|
? (_0x340908 = parseCompressNormal$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855))
|
: (_0x340908 = parseNormal$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
(_0x340908 = parseVertexColor$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
(_0x340908 = parseSecondColor$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
(_0x416f49 & _0x25c9a4["SVC_TexutreCoord"]) === _0x25c9a4["SVC_TexutreCoord"]
|
? (_0x340908 = parseCompressTexCoord$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855))
|
: (_0x340908 = parseTexCoord$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
(_0x416f49 & _0x25c9a4[_0xa00c67(0x115)]) === _0x25c9a4["SVC_TexutreCoordIsW"] && (_0x319855[_0xa00c67(0xf9)] = !![]),
|
(_0x340908 = parseInstanceInfo$1(_0x30be3f, _0x2360f4, _0x340908, _0x319855)),
|
_0x340908
|
)
|
}
|
function parseIndexPackage$1(_0x22e8b5, _0x1cdce7, _0x2cc211, _0x40b33d) {
|
const _0x3ce8e2 = _0x376f
|
let _0x57e35a = _0x1cdce7[_0x3ce8e2(0xdd)](_0x2cc211, !![])
|
_0x2cc211 += Uint32Array["BYTES_PER_ELEMENT"]
|
for (let _0x4232b8 = 0x0; _0x4232b8 < _0x57e35a; _0x4232b8++) {
|
let _0x73254f = {},
|
_0x10e8f7 = _0x1cdce7[_0x3ce8e2(0xdd)](_0x2cc211, !![])
|
_0x2cc211 += Uint32Array[_0x3ce8e2(0xd9)]
|
let _0x99b52c = _0x1cdce7[_0x3ce8e2(0x120)](_0x2cc211, !![])
|
_0x2cc211 += Uint8Array[_0x3ce8e2(0xd9)]
|
let _0x247941 = _0x1cdce7[_0x3ce8e2(0x120)](_0x2cc211, !![])
|
_0x2cc211 += Uint8Array["BYTES_PER_ELEMENT"]
|
let _0x49ff2c = _0x1cdce7[_0x3ce8e2(0x120)](_0x2cc211, !![])
|
;(_0x2cc211 += Uint8Array[_0x3ce8e2(0xd9)]), (_0x2cc211 += Uint8Array["BYTES_PER_ELEMENT"])
|
if (_0x10e8f7 > 0x0) {
|
let _0xf262b = null,
|
_0x42acc5
|
_0x99b52c === 0x1 || _0x99b52c === 0x3
|
? ((_0x42acc5 = _0x10e8f7 * Uint32Array["BYTES_PER_ELEMENT"]), (_0xf262b = new Uint8Array(_0x22e8b5, _0x2cc211, _0x42acc5)))
|
: ((_0x42acc5 = _0x10e8f7 * Uint16Array[_0x3ce8e2(0xd9)]),
|
(_0xf262b = new Uint8Array(_0x22e8b5, _0x2cc211, _0x42acc5)),
|
_0x10e8f7 % 0x2 !== 0x0 && (_0x42acc5 += 0x2)),
|
(_0x73254f[_0x3ce8e2(0x113)] = _0xf262b),
|
(_0x2cc211 += _0x42acc5)
|
}
|
;(_0x73254f[_0x3ce8e2(0x111)] = _0x10e8f7), (_0x73254f[_0x3ce8e2(0x11e)] = _0x99b52c), (_0x73254f[_0x3ce8e2(0x10f)] = _0x49ff2c)
|
let _0x38c597 = [],
|
_0x939fed = _0x1cdce7["getUint32"](_0x2cc211, !![])
|
_0x2cc211 += Uint32Array[_0x3ce8e2(0xd9)]
|
for (let _0x45af63 = 0x0; _0x45af63 < _0x939fed; _0x45af63++) {
|
let _0x27a4b3 = parseString$1(_0x22e8b5, _0x1cdce7, _0x2cc211),
|
_0x3dccdd = _0x27a4b3["string"]
|
;(_0x2cc211 = _0x27a4b3["bytesOffset"]), _0x38c597[_0x3ce8e2(0x11b)](_0x3dccdd), (_0x73254f[_0x3ce8e2(0xd5)] = _0x3dccdd)
|
}
|
let _0x2a2f05 = _0x2cc211 % 0x4
|
if (_0x2a2f05 !== 0x0) {
|
let _0x1d5983 = 0x4 - (_0x2cc211 % 0x4)
|
_0x2cc211 += _0x1d5983
|
}
|
_0x40b33d[_0x3ce8e2(0x11b)](_0x73254f)
|
}
|
return _0x2cc211
|
}
|
function parseSkeleton$1(_0x38ba7d, _0x59db1c, _0x297a72, _0x16b353) {
|
const _0x553dc8 = _0x376f
|
let _0x146d85 = _0x59db1c["getUint32"](_0x297a72, !![])
|
_0x297a72 += Uint32Array[_0x553dc8(0xd9)]
|
let _0x4a620b = _0x59db1c[_0x553dc8(0xdd)](_0x297a72, !![])
|
_0x297a72 += Uint32Array[_0x553dc8(0xd9)]
|
for (let _0x1fff3f = 0x0; _0x1fff3f < _0x4a620b; _0x1fff3f++) {
|
let _0x3c2867 = parseString$1(_0x38ba7d, _0x59db1c, _0x297a72),
|
_0x5cd3e8 = _0x3c2867["string"]
|
_0x297a72 = _0x3c2867[_0x553dc8(0xe1)]
|
let _0x1ff24d = _0x297a72 % 0x4
|
_0x1ff24d !== 0x0 && (_0x297a72 += 0x4 - _0x1ff24d)
|
let _0x337727 = _0x59db1c[_0x553dc8(0xdd)](_0x297a72, !![])
|
_0x297a72 += Int32Array[_0x553dc8(0xd9)]
|
let _0x563bfb = {
|
vertexAttributes: [],
|
attrLocation: {},
|
instanceCount: 0x0,
|
instanceMode: 0x0,
|
instanceIndex: -0x1
|
}
|
if (_0x337727 === S3MBVertexTag$1[_0x553dc8(0xfc)]) _0x297a72 = parseStandardSkeleton$1(_0x38ba7d, _0x59db1c, _0x297a72, _0x563bfb)
|
else _0x337727 === S3MBVertexTag$1[_0x553dc8(0x136)] && (_0x297a72 = parseCompressSkeleton$1(_0x38ba7d, _0x59db1c, _0x297a72, _0x563bfb))
|
let _0x40d5e5 = []
|
_0x297a72 = parseIndexPackage$1(_0x38ba7d, _0x59db1c, _0x297a72, _0x40d5e5)
|
let _0x69c147 = undefined
|
_0x40d5e5[_0x553dc8(0x130)] === 0x2 &&
|
_0x40d5e5[0x1][_0x553dc8(0x10f)] === 0xd &&
|
_0x40d5e5[0x1]["indicesCount"] >= 0x3 &&
|
(_0x69c147 = S3MEdgeProcessor[_0x553dc8(0x124)](_0x563bfb, _0x40d5e5[0x1])),
|
(_0x16b353[_0x5cd3e8] = {
|
vertexPackage: _0x563bfb,
|
arrIndexPackage: _0x40d5e5,
|
edgeGeometry: _0x69c147
|
})
|
}
|
let _0x54b661 = _0x59db1c["getUint32"](_0x297a72, !![])
|
return (_0x297a72 += _0x54b661), (_0x297a72 += Uint32Array["BYTES_PER_ELEMENT"]), _0x297a72
|
}
|
function createTextureBatch(_0x4301a2, _0x3c485e, _0x32cd42, _0x1b8ff5) {
|
const _0x384f14 = _0x376f
|
let _0x5df4d0 = _0x32cd42[_0x384f14(0x130)]
|
for (let _0x1cd1dd = 0x0; _0x1cd1dd < _0x5df4d0; _0x1cd1dd++) {
|
let _0x218b29 = _0x32cd42[_0x1cd1dd],
|
_0x4061e8 = _0x218b29[_0x384f14(0xd4)][_0x384f14(0xe5)]("_")[0x0],
|
_0x7df7bf = _0x218b29[_0x384f14(0x12a)]
|
for (let _0x18a73d = 0x0; _0x18a73d < _0x7df7bf[_0x384f14(0x130)]; _0x18a73d++) {
|
let _0x4de3df = _0x7df7bf[_0x18a73d],
|
_0x21b107 = _0x4de3df[_0x384f14(0x109)],
|
_0x417573 = _0x4de3df[_0x384f14(0x122)],
|
_0x377d65 = _0x4de3df[_0x384f14(0x106)],
|
_0x13e6a2 = _0x4de3df[_0x384f14(0x128)],
|
_0x229191 = _0x3c485e[_0x21b107][_0x384f14(0xd3)],
|
_0x2d794d = _0x229191[_0x384f14(0xfd)],
|
_0x436b38 = _0x1b8ff5[_0x21b107]
|
!_0x436b38 && (_0x436b38 = _0x1b8ff5[_0x21b107] = {})
|
let _0x170c06 = _0x436b38[_0x13e6a2]
|
!_0x170c06 && ((_0x170c06 = _0x436b38[_0x13e6a2] = new Float32Array(_0x2d794d)), Cesium[_0x384f14(0x123)](_0x170c06, -0x1))
|
let _0x54fdcf = _0x4301a2 ? _0x4301a2[_0x4061e8] : _0x1cd1dd
|
Cesium["arrayFill"](_0x170c06, _0x54fdcf, _0x417573, _0x417573 + _0x377d65)
|
}
|
}
|
}
|
function createTexBatchIdAttribute(_0x570518, _0x39c8dd, _0x726e84) {
|
const _0x2e404c = _0x376f
|
var _0x1fb688 = _0x570518[_0x2e404c(0xf4)],
|
_0x392085 = _0x570518[_0x2e404c(0x112)],
|
_0x45138b = _0x1fb688[_0x2e404c(0x130)]
|
;(_0x392085[_0x2e404c(0xd1) + _0x726e84] = _0x45138b),
|
_0x1fb688[_0x2e404c(0x11b)]({
|
index: _0x45138b,
|
typedArray: _0x39c8dd,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x2e404c(0xf1)][_0x2e404c(0x107)],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x0
|
})
|
}
|
function parseTexturePackage$1(_0x1e62be, _0x25cb46, _0x5f4eee, _0xcd959, _0x443baf, _0x5e718a, _0x6a9b23, _0x505a41) {
|
const _0x470b73 = _0x376f
|
let _0x113f37 = _0x5f4eee,
|
_0x10ec8e = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x4e1918 = _0x25cb46["getUint32"](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x2c6dda = {}
|
for (let _0x494c3f = 0x0; _0x494c3f < _0x4e1918; _0x494c3f++) {
|
let _0x354cae = parseString$1(_0x1e62be, _0x25cb46, _0x113f37),
|
_0x4b8e8d = _0x354cae[_0x470b73(0xdc)]
|
_0x113f37 = _0x354cae[_0x470b73(0xe1)]
|
let _0xc37e44 = _0x113f37 % 0x4
|
_0xc37e44 !== 0x0 && (_0x113f37 += 0x4 - _0xc37e44)
|
let _0xb0a643 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x2ff64b = _0x25cb46["getUint8"](_0x113f37, !![])
|
_0x113f37 += Uint8Array[_0x470b73(0xd9)]
|
let _0xf8f7cc = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x2fb48d = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0xf765d0 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5655ad = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5dd084 = _0x25cb46["getUint32"](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5e1a6a
|
_0x505a41 && ((_0x5e1a6a = new Uint8Array(_0x1e62be, _0x113f37, _0x5655ad)), (_0x113f37 += _0x5655ad))
|
let _0x155d2b = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5c1635 = []
|
for (let _0x410e83 = 0x0; _0x410e83 < _0x155d2b; _0x410e83++) {
|
let _0x137468 = parseString$1(_0x1e62be, _0x25cb46, _0x113f37),
|
_0x4d27f5 = _0x137468[_0x470b73(0xdc)]
|
;(_0x113f37 = _0x137468[_0x470b73(0xe1)]), _0x5c1635[_0x470b73(0x11b)](_0x4d27f5), (_0x6a9b23[_0x4d27f5] = _0x4b8e8d)
|
}
|
let _0x1b6a77 = _0x25cb46["getUint32"](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5ba0a0 = []
|
for (let _0x106133 = 0x0; _0x106133 < _0x1b6a77; _0x106133++) {
|
let _0xe5dd6d = parseString$1(_0x1e62be, _0x25cb46, _0x113f37)
|
;(_0x113f37 = _0xe5dd6d[_0x470b73(0xe1)]), _0x5ba0a0["push"](_0xe5dd6d[_0x470b73(0xdc)])
|
}
|
let _0x629a69 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x32b827 = [],
|
_0x520a09 = undefined,
|
_0x2cf1d5 = _0x4b8e8d
|
if (_0x505a41) _0x520a09 = _0x5e718a[_0x4b8e8d] = {}
|
else {
|
let _0x1c2faf = _0x6a9b23[_0x4b8e8d]
|
_0x2cf1d5 = _0x1c2faf
|
while (_0x1c2faf) {
|
;(_0x2cf1d5 = _0x1c2faf), (_0x1c2faf = _0x6a9b23[_0x1c2faf])
|
}
|
_0x2cf1d5 && (_0x520a09 = _0x5e718a[_0x2cf1d5])
|
}
|
let _0xc29394 = 0x0
|
for (let _0x3bd9ad = 0x0; _0x3bd9ad < _0x629a69; _0x3bd9ad++) {
|
let _0x415110 = parseString$1(_0x1e62be, _0x25cb46, _0x113f37),
|
_0x492a44 = _0x415110["string"]
|
_0x113f37 = _0x415110[_0x470b73(0xe1)]
|
if (_0x505a41) {
|
let _0x170b7f = _0x492a44[_0x470b73(0xe5)]("_")[0x0]
|
!_0x520a09[_0x170b7f] ? (_0x520a09[_0x170b7f] = _0x3bd9ad - _0xc29394) : _0xc29394++
|
}
|
let _0x4503f9 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x3f27a7 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x1164bd = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x280af1 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x1320c9 = _0x25cb46["getUint32"](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x5ed789 = []
|
for (let _0x2d7d3f = 0x0; _0x2d7d3f < _0x1320c9; _0x2d7d3f++) {
|
let _0x2a1d78 = parseString$1(_0x1e62be, _0x25cb46, _0x113f37),
|
_0x47745b = _0x2a1d78[_0x470b73(0xdc)]
|
_0x113f37 = _0x2a1d78[_0x470b73(0xe1)]
|
let _0x523ffb = _0x25cb46["getUint32"](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x35674d = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
_0x113f37 += Uint32Array[_0x470b73(0xd9)]
|
let _0x2e3703 = _0x25cb46[_0x470b73(0xdd)](_0x113f37, !![])
|
;(_0x113f37 += Uint32Array[_0x470b73(0xd9)]),
|
_0x5ed789[_0x470b73(0x11b)]({
|
geoName: _0x47745b,
|
offset: _0x523ffb,
|
count: _0x35674d,
|
texUnitIndex: _0x2e3703
|
})
|
}
|
_0x32b827[_0x470b73(0x11b)]({
|
subName: _0x492a44,
|
offsetX: _0x4503f9,
|
offsetY: _0x3f27a7,
|
width: _0x1164bd,
|
height: _0x280af1,
|
subVertexOffsetArr: _0x5ed789
|
})
|
}
|
createTextureBatch(_0x520a09, _0x443baf, _0x32b827, _0x2c6dda),
|
(_0xcd959[_0x4b8e8d] = {
|
id: _0x4b8e8d,
|
rootTextureName: _0x2cf1d5,
|
width: _0xf8f7cc,
|
height: _0x2fb48d,
|
compressType: _0xf765d0,
|
size: _0x5655ad,
|
format: _0x5dd084,
|
textureData: _0x5e1a6a,
|
subTexInfos: _0x32b827,
|
requestNames: _0x5ba0a0
|
})
|
}
|
for (let _0x31c7aa in _0x2c6dda) {
|
if (_0x2c6dda[_0x470b73(0x11c)](_0x31c7aa)) {
|
let _0x5972d9 = _0x443baf[_0x31c7aa]["vertexPackage"],
|
_0x3e4f3f = _0x2c6dda[_0x31c7aa]
|
for (let _0x8f3f9f in _0x3e4f3f) {
|
if (_0x3e4f3f[_0x470b73(0x11c)](_0x8f3f9f)) {
|
let _0x19f0b0 = _0x3e4f3f[_0x8f3f9f]
|
createTexBatchIdAttribute(_0x5972d9, _0x19f0b0, _0x8f3f9f)
|
}
|
}
|
}
|
}
|
return _0x113f37
|
}
|
function parseMaterial$1(_0x500f03, _0x16da75, _0x521706, _0x8d29c) {
|
const _0x58d49a = _0x376f
|
let _0x5dbb48 = _0x16da75["getUint32"](_0x521706, !![])
|
_0x521706 += Uint32Array[_0x58d49a(0xd9)]
|
let _0xbfc991 = new Uint8Array(_0x500f03, _0x521706, _0x5dbb48),
|
_0x3d7573 = Cesium["getStringFromTypedArray"](_0xbfc991)
|
return (_0x521706 += _0x5dbb48), (_0x8d29c[_0x58d49a(0x12d)] = JSON[_0x58d49a(0x121)](_0x3d7573)), _0x521706
|
}
|
let colorScratch$1 = new Cesium[_0x32969c(0xed)](),
|
LEFT_16$1 = 0x10000
|
function parsePickInfo$1(_0x29083b, _0x1b9e60, _0x3999f9, _0x2e05b8, _0x540327, _0x4cd36f) {
|
const _0x3cda7d = _0x32969c
|
if ((_0x2e05b8 & 0x1) === 0x1) {
|
let _0x26c600 = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)]
|
let _0x49b494 = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)]
|
for (let _0x26ce83 = 0x0; _0x26ce83 < _0x49b494; _0x26ce83++) {
|
let _0x3d9eb3 = parseString$1(_0x29083b, _0x1b9e60, _0x3999f9),
|
_0xe1aa0f = _0x3d9eb3["string"]
|
_0x3999f9 = _0x3d9eb3[_0x3cda7d(0xe1)]
|
let _0x3b51b8 = _0x1b9e60["getUint32"](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x4c5ccd = {}
|
_0x540327[_0xe1aa0f][_0x3cda7d(0x100)] = _0x4c5ccd
|
let _0x565833 = _0x540327[_0xe1aa0f][_0x3cda7d(0xd3)]["instanceIndex"]
|
if (_0x565833 == -0x1) {
|
let _0x55d9d1 = new Float32Array(_0x540327[_0xe1aa0f][_0x3cda7d(0xd3)][_0x3cda7d(0xfd)])
|
for (let _0x280419 = 0x0; _0x280419 < _0x3b51b8; _0x280419++) {
|
let _0x2af157 = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)]
|
let _0x137a10 = _0x1b9e60["getUint32"](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)]
|
let _0x1c777a = []
|
for (let _0x2e3920 = 0x0; _0x2e3920 < _0x137a10; _0x2e3920++) {
|
let _0x524168 = _0x1b9e60["getUint32"](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x5a572c = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
;(_0x3999f9 += Uint32Array["BYTES_PER_ELEMENT"]),
|
Cesium[_0x3cda7d(0x123)](_0x55d9d1, _0x280419, _0x524168, _0x524168 + _0x5a572c),
|
_0x1c777a["push"]({
|
vertexColorOffset: _0x524168,
|
vertexColorCount: _0x5a572c,
|
batchId: _0x280419
|
})
|
}
|
_0x4c5ccd[_0x2af157] = _0x1c777a
|
}
|
createBatchIdAttribute$2(_0x540327[_0xe1aa0f][_0x3cda7d(0xd3)], _0x55d9d1, undefined)
|
} else {
|
let _0x217e14 = _0x540327[_0xe1aa0f]["vertexPackage"]["instanceCount"],
|
_0x11d25a = _0x540327[_0xe1aa0f][_0x3cda7d(0xd3)]["instanceBuffer"],
|
_0x2d9f60 = _0x540327[_0xe1aa0f][_0x3cda7d(0xd3)]["instanceMode"],
|
_0x4d721c = new Float32Array(_0x217e14),
|
_0x49ff8a = []
|
for (let _0x361a34 = 0x0; _0x361a34 < _0x3b51b8; _0x361a34++) {
|
let _0x4ee386 = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x49ff8a["push"](_0x4ee386), (_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)])
|
let _0x4ef55a = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array[_0x3cda7d(0xd9)]
|
for (let _0x31e1c8 = 0x0; _0x31e1c8 < _0x4ef55a; _0x31e1c8++) {
|
let _0x338977 = _0x1b9e60["getUint32"](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array["BYTES_PER_ELEMENT"]
|
if (_0x4cd36f == 0x2) {
|
let _0x241d9a = _0x1b9e60[_0x3cda7d(0xdd)](_0x3999f9, !![])
|
_0x3999f9 += Uint32Array["BYTES_PER_ELEMENT"]
|
}
|
}
|
}
|
let _0x19fe11 = _0x2d9f60 === 0x11 ? 0x10 : 0x1c
|
_0x19fe11 *= Float32Array[_0x3cda7d(0xd9)]
|
for (let _0x168ce7 = 0x0; _0x168ce7 < _0x217e14; _0x168ce7++) {
|
_0x4d721c[_0x168ce7] = _0x168ce7
|
let _0x2e3887 = _0x168ce7 * _0x2d9f60 * Float32Array[_0x3cda7d(0xd9)] + _0x19fe11
|
Cesium[_0x3cda7d(0xed)][_0x3cda7d(0xfb)](_0x11d25a, _0x2e3887, colorScratch$1)
|
let _0x1600d1 =
|
_0x4cd36f === 0x2
|
? _0x49ff8a[_0x168ce7]
|
: colorScratch$1[_0x3cda7d(0x12e)] + colorScratch$1[_0x3cda7d(0xdf)] * 0x100 + colorScratch$1[_0x3cda7d(0xe9)] * LEFT_16$1
|
_0x4c5ccd[_0x1600d1] === undefined &&
|
(_0x4c5ccd[_0x1600d1] = {
|
vertexColorCount: 0x1,
|
instanceIds: [],
|
vertexColorOffset: _0x168ce7
|
}),
|
_0x4c5ccd[_0x1600d1][_0x3cda7d(0x110)]["push"](_0x168ce7)
|
}
|
createBatchIdAttribute$2(_0x540327[_0xe1aa0f][_0x3cda7d(0xd3)], _0x4d721c, 0x1)
|
}
|
}
|
}
|
return _0x3999f9
|
}
|
function createBatchIdAttribute$2(_0x33dcf3, _0x2ff4b3, _0x4f0a2d) {
|
const _0x5b4d5c = _0x32969c
|
let _0x34a62c = _0x33dcf3[_0x5b4d5c(0xf4)],
|
_0x5c291b = _0x33dcf3[_0x5b4d5c(0x112)],
|
_0x592851 = _0x34a62c[_0x5b4d5c(0x130)],
|
_0x3c2c66 = _0x4f0a2d === 0x1 ? _0x5b4d5c(0xf5) : _0x5b4d5c(0x126)
|
;(_0x5c291b[_0x3c2c66] = _0x592851),
|
_0x34a62c["push"]({
|
index: _0x592851,
|
typedArray: _0x2ff4b3,
|
componentsPerAttribute: 0x1,
|
componentDatatype: Cesium[_0x5b4d5c(0xf1)]["FLOAT"],
|
offsetInBytes: 0x0,
|
strideInBytes: 0x0,
|
instanceDivisor: _0x4f0a2d
|
})
|
}
|
function removeUnusedStringTileName(_0x1b2bab) {
|
const _0x35408e = _0x32969c
|
let _0x4db19a = _0x1b2bab[_0x35408e(0xe7)](_0x35408e(0x10e))
|
if (_0x4db19a === -0x1) return _0x1b2bab
|
let _0x29cd4f = _0x1b2bab["substring"](_0x4db19a, _0x1b2bab[_0x35408e(0x130)])
|
return _0x1b2bab[_0x35408e(0xd2)](_0x29cd4f, "")
|
}
|
S3MBlockParser["parseBuffer"] = function (_0x50c2e, _0x2d7209) {
|
const _0x2aab36 = _0x32969c
|
let _0x566c88 = _0x2d7209[_0x2aab36(0x138)],
|
_0x466b0a = _0x2d7209[_0x2aab36(0x129)],
|
_0x55c01f = 0x0,
|
_0x16200c = new DataView(_0x50c2e),
|
_0x904400 = _0x16200c[_0x2aab36(0x10b)](_0x55c01f, !![])
|
_0x55c01f += Float32Array["BYTES_PER_ELEMENT"]
|
let _0x48d4c2 = _0x16200c[_0x2aab36(0xdd)](_0x55c01f, !![])
|
_0x55c01f += Uint32Array[_0x2aab36(0xd9)]
|
let _0x13d8d6 = {}
|
while (_0x48d4c2--) {
|
_0x16200c = new DataView(_0x50c2e)
|
let _0x4c3ede = parseString$1(_0x50c2e, _0x16200c, _0x55c01f),
|
_0x5c59e3 = _0x4c3ede["string"],
|
_0x1b2517 = (_0x13d8d6[_0x5c59e3] = {
|
groupNode: undefined,
|
geoPackage: {},
|
texturePackage: {},
|
materials: {},
|
rootBatchIdMap: _0x566c88,
|
ancestorMap: _0x466b0a
|
})
|
_0x55c01f = _0x4c3ede[_0x2aab36(0xe1)]
|
let _0x53a446 = _0x16200c[_0x2aab36(0xdd)](_0x55c01f, !![])
|
_0x55c01f += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x2582db = []
|
for (let _0x1e27a1 = 0x0; _0x1e27a1 < _0x53a446; _0x1e27a1++) {
|
let _0x40ab1f = {},
|
_0x310b03 = _0x16200c["getFloat32"](_0x55c01f, !![])
|
_0x55c01f += Float32Array[_0x2aab36(0xd9)]
|
let _0x38e5df = _0x16200c[_0x2aab36(0x117)](_0x55c01f, !![])
|
;(_0x55c01f += Uint16Array[_0x2aab36(0xd9)]), (_0x40ab1f[_0x2aab36(0x11d)] = _0x38e5df), (_0x40ab1f["rangeList"] = _0x310b03)
|
let _0x136544 = {}
|
;(_0x136544["x"] = _0x16200c[_0x2aab36(0x12b)](_0x55c01f, !![])),
|
(_0x55c01f += Float64Array["BYTES_PER_ELEMENT"]),
|
(_0x136544["y"] = _0x16200c[_0x2aab36(0x12b)](_0x55c01f, !![])),
|
(_0x55c01f += Float64Array["BYTES_PER_ELEMENT"]),
|
(_0x136544["z"] = _0x16200c[_0x2aab36(0x12b)](_0x55c01f, !![])),
|
(_0x55c01f += Float64Array[_0x2aab36(0xd9)])
|
let _0x43a18c = _0x16200c[_0x2aab36(0x12b)](_0x55c01f, !![])
|
;(_0x55c01f += Float64Array[_0x2aab36(0xd9)]),
|
(_0x40ab1f["boundingSphere"] = {
|
center: _0x136544,
|
radius: _0x43a18c
|
})
|
let _0x170f26 = parseString$1(_0x50c2e, _0x16200c, _0x55c01f),
|
_0x297fd8 = _0x170f26["string"]
|
;(_0x55c01f = _0x170f26[_0x2aab36(0xe1)]),
|
(_0x297fd8 = _0x297fd8[_0x2aab36(0xd2)](/(\.s3mblock)|(\.s3mbz)|(\.s3mb)/gi, "")),
|
(_0x297fd8 = removeUnusedStringTileName(_0x297fd8)),
|
(_0x40ab1f[_0x2aab36(0xe4)] = _0x297fd8),
|
_0x2582db[_0x2aab36(0x11b)](_0x40ab1f)
|
}
|
let _0x50e327 = _0x16200c[_0x2aab36(0x10b)](_0x55c01f, !![])
|
_0x55c01f += Float32Array[_0x2aab36(0xd9)]
|
let _0x10c64a = _0x16200c["getUint32"](_0x55c01f, !![])
|
_0x55c01f += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x3f5e4f = _0x16200c["getUint32"](_0x55c01f, !![])
|
_0x55c01f += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x4fd31c = new Uint8Array(_0x50c2e, _0x55c01f, _0x3f5e4f),
|
_0x253593 = _0x55c01f + _0x3f5e4f,
|
_0x220d4f = _0x53a39a[_0x2aab36(0x10a)](_0x4fd31c)[_0x2aab36(0x135)]
|
;(_0x16200c = new DataView(_0x220d4f)), (_0x55c01f = 0x0)
|
let _0x26c8bd = _0x16200c[_0x2aab36(0xdd)](_0x55c01f, !![])
|
;(_0x55c01f += Uint32Array[_0x2aab36(0xd9)]),
|
(_0x55c01f = parseGroupNode$1(_0x220d4f, _0x16200c, _0x55c01f, _0x1b2517)),
|
(_0x55c01f = parseSkeleton$1(_0x220d4f, _0x16200c, _0x55c01f, _0x1b2517[_0x2aab36(0x132)])),
|
(_0x55c01f = parseTexturePackage$1(
|
_0x220d4f,
|
_0x16200c,
|
_0x55c01f,
|
_0x1b2517[_0x2aab36(0xf6)],
|
_0x1b2517[_0x2aab36(0x132)],
|
_0x566c88,
|
_0x466b0a,
|
_0x2d7209[_0x2aab36(0xd6)]
|
)),
|
(_0x55c01f = parseMaterial$1(_0x220d4f, _0x16200c, _0x55c01f, _0x1b2517)),
|
(_0x55c01f = parsePickInfo$1(_0x220d4f, _0x16200c, _0x55c01f, _0x26c8bd, _0x1b2517[_0x2aab36(0x132)], _0x50e327)),
|
(_0x55c01f = _0x253593)
|
}
|
return _0x13d8d6
|
}
|
|
const _0x2560 = [
|
"xOffset",
|
"compressType",
|
"update",
|
"buffer",
|
"44618uQSGJH",
|
"activeTexture",
|
"CLAMP_TO_EDGE",
|
"TEXTURE_2D",
|
"LINEAR",
|
"contextId",
|
"internalFormat",
|
"PixelFormat",
|
"createTexture",
|
"context",
|
"TEXTURE_MAX_ANISOTROPY_EXT",
|
"_gl",
|
"bindTexture",
|
"compressedTextureSizeInBytes",
|
"_textureFilterAnisotropic",
|
"229918QPMGwc",
|
"TEXTURE_WRAP_S",
|
"wrapS",
|
"UNPACK_PREMULTIPLY_ALPHA_WEBGL",
|
"pixelStorei",
|
"destroy",
|
"length",
|
"_texture",
|
"rootName",
|
"wrapT",
|
"isDestroyed",
|
"max",
|
"UNSIGNED_BYTE",
|
"UNPACK_FLIP_Y_WEBGL",
|
"deleteTexture",
|
"texParameteri",
|
"143483UVmYEa",
|
"TEXTURE_WRAP_T",
|
"textureId",
|
"defaultValue",
|
"TEXTURE0",
|
"isTexBlock",
|
"_width",
|
"3kadCbE",
|
"arrayBufferView",
|
"prototype",
|
"height",
|
"refCount",
|
"40565sZQBPD",
|
"TEXTURE_MAG_FILTER",
|
"141735GmYEbQ",
|
"width",
|
"_target",
|
"renderable",
|
"28661cKGGea",
|
"77063htPSaj",
|
"ready",
|
"texImage2D",
|
"RGBA",
|
"yOffset",
|
"TextureWrap",
|
"pixelFormat",
|
"TEXTURE_MIN_FILTER",
|
"layerId"
|
]
|
const _0xa90574 = _0xed6f
|
;(function (_0x23b493, _0x75a897) {
|
const _0xe2c3be = _0xed6f
|
while (!![]) {
|
try {
|
const _0x47170a =
|
-parseInt(_0xe2c3be(0xd7)) +
|
parseInt(_0xe2c3be(0xd5)) +
|
parseInt(_0xe2c3be(0xb9)) +
|
parseInt(_0xe2c3be(0xc9)) +
|
parseInt(_0xe2c3be(0xd0)) * parseInt(_0xe2c3be(0xdb)) +
|
-parseInt(_0xe2c3be(0xaa)) +
|
-parseInt(_0xe2c3be(0xdc))
|
if (_0x47170a === _0x75a897) break
|
else _0x23b493["push"](_0x23b493["shift"]())
|
} catch (_0x30c6e7) {
|
_0x23b493["push"](_0x23b493["shift"]())
|
}
|
}
|
})(_0x2560, 0x39bf5)
|
const NOCOMPRESSED_RGBA = 0x1111,
|
NOCOMPRESSED_LA = 0x190a
|
function DDSTexture(_0x364fee, _0x4c3f9b, _0x582e33) {
|
const _0x4172e5 = _0xed6f
|
let _0x2b7199 = _0x364fee["_gl"]
|
;(this[_0x4172e5(0xaf)] = _0x364fee["id"]),
|
(this[_0x4172e5(0xcb)] = _0x4c3f9b),
|
(this[_0x4172e5(0xa5)] = _0x582e33[_0x4172e5(0xa5)]),
|
(this[_0x4172e5(0xc1)] = _0x582e33["rootName"]),
|
(this[_0x4172e5(0xb3)] = _0x364fee),
|
(this[_0x4172e5(0xd8)] = _0x582e33["width"]),
|
(this[_0x4172e5(0xd3)] = _0x582e33[_0x4172e5(0xd3)]),
|
(this[_0x4172e5(0xa7)] = _0x582e33[_0x4172e5(0xa7)]),
|
(this[_0x4172e5(0xb0)] = _0x582e33["internalFormat"]),
|
(this[_0x4172e5(0xe2)] = _0x582e33[_0x4172e5(0xe2)]),
|
(this[_0x4172e5(0xd1)] = _0x582e33[_0x4172e5(0xd1)]),
|
(this[_0x4172e5(0xbb)] = Cesium["defaultValue"](_0x582e33[_0x4172e5(0xbb)], Cesium[_0x4172e5(0xe1)][_0x4172e5(0xac)])),
|
(this[_0x4172e5(0xc2)] = Cesium[_0x4172e5(0xcc)](_0x582e33[_0x4172e5(0xc2)], Cesium["TextureWrap"][_0x4172e5(0xac)])),
|
(this[_0x4172e5(0xd9)] = _0x2b7199[_0x4172e5(0xad)]),
|
(this["_texture"] = undefined),
|
(this[_0x4172e5(0xd4)] = 0x1),
|
(this[_0x4172e5(0xdd)] = !_0x582e33[_0x4172e5(0xce)]),
|
(this[_0x4172e5(0xda)] = !_0x582e33[_0x4172e5(0xce)]),
|
(this[_0x4172e5(0xce)] = _0x582e33[_0x4172e5(0xce)]),
|
this[_0x4172e5(0xd1)] && this["init"]()
|
}
|
function _0xed6f(_0x15b683, _0x5469f9) {
|
_0x15b683 = _0x15b683 - 0xa4
|
let _0x256016 = _0x2560[_0x15b683]
|
return _0x256016
|
}
|
DDSTexture["prototype"]["init"] = function () {
|
const _0x5344dc = _0xed6f
|
let _0x412916 = this[_0x5344dc(0xb3)][_0x5344dc(0xb5)]
|
!this[_0x5344dc(0xc0)] && (this[_0x5344dc(0xc0)] = _0x412916[_0x5344dc(0xb2)]())
|
_0x412916[_0x5344dc(0xb6)](_0x412916["TEXTURE_2D"], this[_0x5344dc(0xc0)])
|
let _0x27b7af = this[_0x5344dc(0xb0)]
|
;(_0x27b7af === NOCOMPRESSED_LA || _0x27b7af === NOCOMPRESSED_RGBA) && _0x412916[_0x5344dc(0xbd)](_0x412916[_0x5344dc(0xc6)], !![])
|
let _0x308505 = 0x0
|
if (this[_0x5344dc(0xd1)]) {
|
let _0x5aed93 = 0x0,
|
_0x58b6fa = this["width"],
|
_0x3a9062 = this["height"],
|
_0x151c52 = validateMipmap(this[_0x5344dc(0xd1)], _0x27b7af, _0x58b6fa, _0x3a9062)
|
do {
|
let _0x36cd3f = Cesium[_0x5344dc(0xb1)][_0x5344dc(0xb7)](_0x27b7af, _0x58b6fa, _0x3a9062),
|
_0x43c1ab = new Uint8Array(this[_0x5344dc(0xd1)][_0x5344dc(0xa9)], this[_0x5344dc(0xd1)]["byteOffset"] + _0x5aed93, _0x36cd3f)
|
_0x27b7af === NOCOMPRESSED_RGBA
|
? _0x412916[_0x5344dc(0xde)](
|
_0x412916["TEXTURE_2D"],
|
_0x308505++,
|
_0x412916[_0x5344dc(0xdf)],
|
_0x58b6fa,
|
_0x3a9062,
|
0x0,
|
_0x412916[_0x5344dc(0xdf)],
|
_0x412916[_0x5344dc(0xc5)],
|
_0x43c1ab
|
)
|
: _0x412916["compressedTexImage2D"](_0x412916[_0x5344dc(0xad)], _0x308505++, _0x27b7af, _0x58b6fa, _0x3a9062, 0x0, _0x43c1ab),
|
(_0x58b6fa = Math[_0x5344dc(0xc4)](_0x58b6fa >> 0x1, 0x1)),
|
(_0x3a9062 = Math["max"](_0x3a9062 >> 0x1, 0x1)),
|
(_0x5aed93 += _0x36cd3f)
|
} while (_0x5aed93 < this[_0x5344dc(0xd1)]["byteLength"] && _0x151c52)
|
} else {
|
let _0x251fda = Cesium[_0x5344dc(0xb1)]["compressedTextureSizeInBytes"](_0x27b7af, this["width"], this[_0x5344dc(0xd3)])
|
_0x27b7af === NOCOMPRESSED_RGBA
|
? _0x412916["texImage2D"](
|
_0x412916[_0x5344dc(0xad)],
|
0x0,
|
_0x412916[_0x5344dc(0xdf)],
|
this[_0x5344dc(0xcf)],
|
this[_0x5344dc(0xd3)],
|
0x0,
|
_0x412916[_0x5344dc(0xdf)],
|
_0x412916[_0x5344dc(0xc5)],
|
new Uint8Array(this[_0x5344dc(0xd8)] * this[_0x5344dc(0xd3)] * 0x4)
|
)
|
: _0x412916["compressedTexImage2D"](
|
_0x412916[_0x5344dc(0xad)],
|
0x0,
|
_0x27b7af,
|
this[_0x5344dc(0xd8)],
|
this[_0x5344dc(0xd3)],
|
0x0,
|
new Uint8Array(_0x251fda)
|
)
|
}
|
_0x308505 > 0x1
|
? (_0x412916["texParameteri"](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xd6)], _0x412916["LINEAR"]),
|
_0x412916[_0x5344dc(0xc8)](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xa4)], _0x412916["LINEAR_MIPMAP_LINEAR"]))
|
: (_0x412916[_0x5344dc(0xc8)](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xd6)], _0x412916["LINEAR"]),
|
_0x412916[_0x5344dc(0xc8)](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xa4)], _0x412916[_0x5344dc(0xae)])),
|
_0x412916[_0x5344dc(0xc8)](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xba)], this[_0x5344dc(0xbb)]),
|
_0x412916[_0x5344dc(0xc8)](_0x412916[_0x5344dc(0xad)], _0x412916[_0x5344dc(0xca)], this[_0x5344dc(0xc2)]),
|
_0x412916[_0x5344dc(0xc8)](this[_0x5344dc(0xd9)], this[_0x5344dc(0xb3)][_0x5344dc(0xb8)][_0x5344dc(0xb4)], 0x1),
|
_0x412916[_0x5344dc(0xb6)](_0x412916["TEXTURE_2D"], null),
|
(this["arrayBufferView"] = undefined),
|
(this[_0x5344dc(0xdd)] = !![])
|
}
|
function validateMipmap(_0x2c1cae, _0x4bff18, _0x45d1c6, _0x46c2c7) {
|
const _0x518e57 = _0xed6f
|
let _0x367ea0 = _0x2c1cae[_0x518e57(0xbf)],
|
_0xb71376 = _0x45d1c6,
|
_0xf74762 = _0x46c2c7,
|
_0x4ae07c = 0x0
|
while (0x1) {
|
let _0x261682 = Cesium[_0x518e57(0xb1)][_0x518e57(0xb7)](_0x4bff18, _0xb71376, _0xf74762)
|
;(_0x4ae07c += _0x261682), (_0xb71376 = _0xb71376 >> 0x1), (_0xf74762 = _0xf74762 >> 0x1)
|
if (_0xb71376 === 0x0 && _0xf74762 === 0x0) break
|
;(_0xb71376 = Math[_0x518e57(0xc4)](_0xb71376, 0x1)), (_0xf74762 = Math[_0x518e57(0xc4)](_0xf74762, 0x1))
|
}
|
return _0x4ae07c === _0x367ea0
|
}
|
;(DDSTexture[_0xa90574(0xd2)]["copyFrom"] = function (_0x117a8e) {
|
const _0x2dbfc8 = _0xa90574
|
let _0x4f7f03 = this[_0x2dbfc8(0xb3)]["_gl"],
|
_0x2cf13b = this[_0x2dbfc8(0xd9)]
|
_0x4f7f03[_0x2dbfc8(0xab)](_0x4f7f03[_0x2dbfc8(0xcd)]), _0x4f7f03["bindTexture"](_0x2cf13b, this[_0x2dbfc8(0xc0)])
|
let _0xd2fba4 = _0x117a8e[_0x2dbfc8(0xa6)],
|
_0x32e7e8 = _0x117a8e[_0x2dbfc8(0xe0)],
|
_0x39dc9c = _0x117a8e["width"],
|
_0x101d28 = _0x117a8e[_0x2dbfc8(0xd3)],
|
_0x12f2c5 = _0x117a8e["arrayBufferView"],
|
_0x184b3e = this["internalFormat"],
|
_0x55d915 = _0x4f7f03[_0x2dbfc8(0xc5)]
|
_0x4f7f03[_0x2dbfc8(0xbd)](_0x4f7f03[_0x2dbfc8(0xbc)], ![]),
|
_0x4f7f03[_0x2dbfc8(0xbd)](_0x4f7f03["UNPACK_FLIP_Y_WEBGL"], ![]),
|
_0x4f7f03["compressedTexSubImage2D"](_0x2cf13b, 0x0, _0xd2fba4, _0x32e7e8, _0x39dc9c, _0x101d28, _0x184b3e, _0x12f2c5),
|
_0x4f7f03[_0x2dbfc8(0xb6)](_0x2cf13b, null)
|
}),
|
(DDSTexture[_0xa90574(0xd2)][_0xa90574(0xa8)] = function (_0x488e54) {
|
const _0x22d681 = _0xa90574
|
;(this[_0x22d681(0xb3)] = _0x488e54["context"]),
|
(this[_0x22d681(0xaf)] = _0x488e54[_0x22d681(0xb3)]["id"]),
|
(this[_0x22d681(0xa5)] = _0x488e54[_0x22d681(0xa5)]),
|
(this[_0x22d681(0xc1)] = _0x488e54[_0x22d681(0xc1)]),
|
(this[_0x22d681(0xcb)] = _0x488e54[_0x22d681(0xcb)]),
|
(this[_0x22d681(0xd8)] = _0x488e54[_0x22d681(0xd8)]),
|
(this[_0x22d681(0xd3)] = _0x488e54[_0x22d681(0xd3)]),
|
(this[_0x22d681(0xb0)] = _0x488e54[_0x22d681(0xb0)]),
|
(this[_0x22d681(0xd1)] = _0x488e54[_0x22d681(0xd1)]),
|
(this[_0x22d681(0xd4)] = 0x1),
|
(this[_0x22d681(0xdd)] = ![]),
|
(this["renderable"] = ![]),
|
defined(this["arrayBufferView"]) && this["init"]()
|
}),
|
(DDSTexture[_0xa90574(0xd2)][_0xa90574(0xc3)] = function () {
|
return ![]
|
}),
|
(DDSTexture[_0xa90574(0xd2)][_0xa90574(0xbe)] = function () {
|
const _0x1614f2 = _0xa90574
|
let _0x520232 = this[_0x1614f2(0xb3)][_0x1614f2(0xb5)]
|
_0x520232[_0x1614f2(0xc7)](this[_0x1614f2(0xc0)]), (this[_0x1614f2(0xc0)] = null), (this["id"] = 0x0), Cesium["destroyObject"](this)
|
})
|
|
const _0x1265 = [
|
"1BELdwC",
|
"29afoVzb",
|
"23428heKEYI",
|
"diffuseColor",
|
"5TPOgsF",
|
"161233wCyshq",
|
"destroyObject",
|
"prototype",
|
"length",
|
"17073eiRFif",
|
"destroy",
|
"bTransparentSorting",
|
"45228fHUXyC",
|
"ambientColor",
|
"110184OuxYHI",
|
"textures",
|
"shininess",
|
"specularColor",
|
"192047LLSboS",
|
"Color",
|
"isDestroyed",
|
"6297EeTwla"
|
]
|
function _0x4e16(_0x5d4738, _0x405688) {
|
_0x5d4738 = _0x5d4738 - 0x18f
|
let _0x1265e7 = _0x1265[_0x5d4738]
|
return _0x1265e7
|
}
|
const _0x1e5c29 = _0x4e16
|
;(function (_0x43700a, _0x2ca194) {
|
const _0x488b66 = _0x4e16
|
while (!![]) {
|
try {
|
const _0x2c26c3 =
|
-parseInt(_0x488b66(0x194)) * -parseInt(_0x488b66(0x18f)) +
|
parseInt(_0x488b66(0x1a0)) * -parseInt(_0x488b66(0x1a2)) +
|
-parseInt(_0x488b66(0x1a3)) * -parseInt(_0x488b66(0x1a1)) +
|
parseInt(_0x488b66(0x19d)) +
|
parseInt(_0x488b66(0x190)) +
|
-parseInt(_0x488b66(0x197)) +
|
-parseInt(_0x488b66(0x199))
|
if (_0x2c26c3 === _0x2ca194) break
|
else _0x43700a["push"](_0x43700a["shift"]())
|
} catch (_0x5646d1) {
|
_0x43700a["push"](_0x43700a["shift"]())
|
}
|
}
|
})(_0x1265, 0x1e490)
|
function MaterialPass() {
|
const _0x205f18 = _0x4e16
|
;(this["ambientColor"] = new Cesium[_0x205f18(0x19e)]()),
|
(this[_0x205f18(0x1a4)] = new Cesium[_0x205f18(0x19e)]()),
|
(this["specularColor"] = new Cesium[_0x205f18(0x19e)](0x0, 0x0, 0x0, 0x0)),
|
(this[_0x205f18(0x19b)] = 0x32),
|
(this[_0x205f18(0x196)] = ![]),
|
(this[_0x205f18(0x19a)] = [])
|
}
|
;(MaterialPass["prototype"][_0x1e5c29(0x19f)] = function () {
|
return ![]
|
}),
|
(MaterialPass[_0x1e5c29(0x192)]["destroy"] = function () {
|
const _0x3f9e8c = _0x1e5c29
|
let _0x49a159 = this[_0x3f9e8c(0x19a)][_0x3f9e8c(0x193)]
|
for (let _0x58f779 = 0x0; _0x58f779 < _0x49a159; _0x58f779++) {
|
let _0x4057ed = this[_0x3f9e8c(0x19a)][_0x58f779]
|
_0x4057ed[_0x3f9e8c(0x195)]()
|
}
|
return (
|
(this["textures"][_0x3f9e8c(0x193)] = 0x0),
|
(this[_0x3f9e8c(0x198)] = undefined),
|
(this["diffuseColor"] = undefined),
|
(this[_0x3f9e8c(0x19c)] = undefined),
|
Cesium[_0x3f9e8c(0x191)](this)
|
)
|
})
|
|
var _0x2ab0 = [
|
"570058PCvaPS",
|
"\x0a\x20\x20\x20\x20attribute\x20vec4\x20aPosition;\x0a\x20\x20\x20\x20attribute\x20vec4\x20aColor;\x0a\x20\x20\x20\x20attribute\x20vec3\x20aNormal;\x0a#ifdef\x20TexCoord\x0a\x20\x20\x20\x20attribute\x20vec4\x20aTexCoord0;\x0a\x20\x20\x20\x20uniform\x20float\x20uTexture0Width;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoord;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexMatrix;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoordTransform;\x0a#endif\x0a#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20varying\x20float\x20wValue;\x20\x20\x20\x20\x0a#endif\x0a#ifdef\x20FLATTEN\x0a\x20\x20\x20\x20uniform\x20mat4\x20uGeoMatrix;\x0a\x20\x20\x20\x20uniform\x20mat4\x20uInverseGeoMatrix;\x0a\x20\x20\x20\x20uniform\x20sampler2D\x20uFlattenTexture;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uFlattenRect;\x0a#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSelectedColor;\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20varying\x20vec4\x20vSecondColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vPositionMC;\x0a\x20\x20\x20\x20varying\x20vec3\x20vPositionEC;\x0a#ifdef\x20VertexColor\x0a\x20\x20\x20\x20varying\x20vec4\x20vColor;\x0a#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20const\x20float\x20SHIFT_LEFT8\x20=\x20256.0;\x0a\x20\x20\x20\x20const\x20float\x20SHIFT_RIGHT8\x20=\x201.0\x20/\x20256.0;\x0a\x20\x20\x20\x20const\x20float\x20SHIFT_RIGHT4\x20=\x201.0\x20/\x2016.0;\x0a\x20\x20\x20\x20const\x20float\x20SHIFT_LEFT4\x20=\x2016.0;\x0a\x20\x20\x20\x20void\x20getTextureMatrixFromZValue(in\x20float\x20nZ,\x20inout\x20float\x20XTran,\x20inout\x20float\x20YTran,\x20inout\x20float\x20scale)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(nZ\x20<=\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20nDel8\x20=\x20floor(nZ\x20*\x20SHIFT_RIGHT8);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20nDel16\x20=\x20floor(nDel8\x20*\x20SHIFT_RIGHT8);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20nDel20\x20=\x20floor(nDel16\x20*\x20SHIFT_RIGHT4);\x0a\x20\x20\x20\x20\x20\x20\x20\x20YTran\x20=\x20nZ\x20-\x20nDel8\x20*\x20SHIFT_LEFT8;\x0a\x20\x20\x20\x20\x20\x20\x20\x20XTran\x20=\x20nDel8\x20-\x20nDel16\x20*\x20SHIFT_LEFT8;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20nLevel\x20=\x20nDel16\x20-\x20nDel20\x20*\x20SHIFT_LEFT4;\x0a\x20\x20\x20\x20\x20\x20\x20\x20scale\x20=\x201.0\x20/\x20pow(2.0,\x20nLevel);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a#ifdef\x20FLATTEN\x0a\x20\x20\x20\x20float\x20unpackValue(vec4\x20packedValue)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20SHIFT_LEFT16\x20=\x2065536.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20SHIFT_LEFT8\x20=\x20256.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20value\x20=\x20packedValue\x20*\x20255.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20value.r\x20*\x20SHIFT_LEFT16\x20+\x20value.g\x20*\x20SHIFT_LEFT8\x20+\x20value.b\x20-\x209000.0;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20vec4\x20calculateHeight(vec4\x20vertexPos)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20vecPos\x20=\x20uGeoMatrix\x20*\x20vec4(vertexPos.xyz,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20vecRatio\x20=\x20vec2(uFlattenRect.z\x20-\x20uFlattenRect.x,\x20uFlattenRect.w\x20-\x20uFlattenRect.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20vecTexCoord\x20=\x20vec2(vecPos.x\x20-\x20uFlattenRect.x,\x20vecPos.y\x20-\x20uFlattenRect.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vecTexCoord.x\x20=\x20vecTexCoord.x\x20/\x20vecRatio.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vecTexCoord.y\x20=\x20vecTexCoord.y\x20/\x20vecRatio.y;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vecTexCoord.x\x20>\x201.0\x20||\x20vecTexCoord.x\x20<\x200.0\x20||\x20vecTexCoord.y\x20>\x201.0\x20||\x20vecTexCoord.y\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vertexPos;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fHeight\x20=\x20unpackValue(texture2D(uFlattenTexture,\x20vecTexCoord.xy));\x0a\x20\x20\x20\x20\x20\x20\x20\x20fHeight\x20=\x20fHeight;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vecPos.z\x20>\x20fHeight)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vecPos.z\x20=\x20fHeight;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vecPos.w\x20=\x20vecPos.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20uInverseGeoMatrix\x20*\x20vec4(vecPos.xyz,\x201.0);\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x20\x20void\x20main()\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20#ifdef\x20TexCoord\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexCoord.xy\x20=\x20aTexCoord0.xy;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix\x20=\x20vec4(0.0,0.0,1.0,0.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexCoordTransform.x\x20=\x20aTexCoord0.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vTexCoordTransform.x\x20<\x20-90000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix.z\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20getTextureMatrixFromZValue(floor(vTexCoordTransform.x),\x20vTexMatrix.x,\x20vTexMatrix.y,\x20vTexMatrix.z);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix.w\x20=\x20log2(uTexture0Width\x20*\x20vTexMatrix.z);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20vec4\x20vertexPos\x20=\x20aPosition;\x0a#ifdef\x20FLATTEN\x0a\x20\x20\x20\x20vertexPos\x20=\x20calculateHeight(vertexPos);\x0a#endif\x0a\x0a\x20\x20\x20\x20#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20\x20\x20\x20\x20wValue\x20=\x20vertexPos.w;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20positionMC\x20=\x20vec4(vertexPos.xyz,\x201.0);\x0a#ifdef\x20VertexColor\x0a\x20\x20\x20\x20\x20\x20\x20\x20vColor\x20=\x20aColor;\x0a#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vPositionMC\x20=\x20positionMC;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vPositionEC\x20=\x20(czm_modelView\x20*\x20positionMC).xyz;\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_Position\x20=\x20czm_modelViewProjection\x20*\x20vec4(vertexPos.xyz,\x201.0);\x0a\x20\x20\x20\x20}\x0a",
|
"6254pEHOhq",
|
"1355bDtMfn",
|
"23uUgOGK",
|
"300935SDPZML",
|
"140722WseYvX",
|
"227WMYkOS",
|
"447599tPLhSp",
|
"4314hyyJOp",
|
"166RZzTMN"
|
]
|
var _0x45a775 = _0x2f73
|
;(function (_0x4b0902, _0x460f6c) {
|
var _0xc896a7 = _0x2f73
|
while (!![]) {
|
try {
|
var _0xe425a8 =
|
parseInt(_0xc896a7(0x17e)) * -parseInt(_0xc896a7(0x17c)) +
|
parseInt(_0xc896a7(0x17a)) +
|
-parseInt(_0xc896a7(0x17f)) +
|
-parseInt(_0xc896a7(0x182)) +
|
-parseInt(_0xc896a7(0x179)) * parseInt(_0xc896a7(0x17d)) +
|
-parseInt(_0xc896a7(0x180)) +
|
-parseInt(_0xc896a7(0x181)) * -parseInt(_0xc896a7(0x178))
|
if (_0xe425a8 === _0x460f6c) break
|
else _0x4b0902["push"](_0x4b0902["shift"]())
|
} catch (_0x36da8d) {
|
_0x4b0902["push"](_0x4b0902["shift"]())
|
}
|
}
|
})(_0x2ab0, 0x471ec)
|
function _0x2f73(_0x2b3b61, _0x9ae343) {
|
_0x2b3b61 = _0x2b3b61 - 0x178
|
var _0x2ab0fd = _0x2ab0[_0x2b3b61]
|
return _0x2ab0fd
|
}
|
var _0x20fcfa = _0x45a775(0x17b)
|
|
var _0x4d30 = [
|
"14lfXGoW",
|
"29533ZxlsaJ",
|
"529387dcwdnd",
|
"\x0a#ifdef\x20GL_OES_standard_derivatives\x0a#extension\x20GL_OES_standard_derivatives\x20:\x20enable\x0a#endif\x0a#ifdef\x20GL_EXT_shader_texture_lod\x0a#extension\x20GL_EXT_shader_texture_lod\x20:\x20enable\x0a#endif\x0a\x20\x20\x20\x20uniform\x20vec4\x20uDiffuseColor;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uAmbientColor;\x0a#ifdef\x20TexCoord\x0a\x20\x20\x20\x20uniform\x20sampler2D\x20uTexture;\x0a\x20\x20\x20\x20uniform\x20float\x20uTexture0Width;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoord;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoordTransform;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexMatrix;\x0a#endif\x0a#ifdef\x20VertexColor\x0a\x20\x20\x20\x20varying\x20vec4\x20vColor;\x0a#endif\x0a\x20\x20\x20\x20varying\x20vec4\x20vSecondColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vPositionMC;\x0a\x20\x20\x20\x20varying\x20vec3\x20vPositionEC;\x0a\x20\x20\x20\x20void\x20calculateMipLevel(in\x20vec2\x20inTexCoord,\x20in\x20float\x20vecTile,\x20in\x20float\x20fMaxMip,\x20inout\x20float\x20mipLevel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dx\x20=\x20dFdx(inTexCoord\x20*\x20vecTile);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dy\x20=\x20dFdy(inTexCoord\x20*\x20vecTile);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotX\x20=\x20dot(dx,\x20dx);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotY\x20=\x20dot(dy,\x20dy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMax\x20=\x20max(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMin\x20=\x20min(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x20(dMax\x20-\x20dMin)\x20/\x20(dMax\x20+\x20dMin);\x0a\x20\x20\x20\x20\x20\x20\x20\x20offset\x20=\x20clamp(offset,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20d\x20=\x20dMax\x20*\x20(1.0\x20-\x20offset)\x20+\x20dMin\x20*\x20offset;\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x200.5\x20*\x20log2(d);\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x20clamp(mipLevel,\x200.0,\x20fMaxMip\x20-\x201.62);\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20void\x20calculateMipLevel(in\x20vec2\x20inTexCoord,\x20in\x20vec2\x20vecTile,\x20in\x20float\x20fMaxMip,\x20inout\x20float\x20mipLevel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dx\x20=\x20dFdx(inTexCoord\x20*\x20vecTile.x);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dy\x20=\x20dFdy(inTexCoord\x20*\x20vecTile.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotX\x20=\x20dot(dx,\x20dx);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotY\x20=\x20dot(dy,\x20dy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMax\x20=\x20max(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMin\x20=\x20min(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x20(dMax\x20-\x20dMin)\x20/\x20(dMax\x20+\x20dMin);\x0a\x20\x20\x20\x20\x20\x20\x20\x20offset\x20=\x20clamp(offset,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20d\x20=\x20dMax\x20*\x20(1.0\x20-\x20offset)\x20+\x20dMin\x20*\x20offset;\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x200.5\x20*\x20log2(d);\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x20clamp(mipLevel,\x200.0,\x20fMaxMip\x20-\x201.62);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20void\x20calculateTexCoord(in\x20vec3\x20inTexCoord,\x20in\x20float\x20scale,\x20in\x20float\x20XTran,\x20in\x20float\x20YTran,\x20in\x20float\x20fTile,\x20in\x20float\x20mipLevel,\x20inout\x20vec2\x20outTexCoord)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(inTexCoord.z\x20<\x20-9000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord\x20=\x20inTexCoord.xy;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20fTexCoord\x20=\x20fract(inTexCoord.xy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x201.0\x20*\x20pow(2.0,\x20mipLevel)\x20/\x20fTile;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20fTexCoord\x20=\x20clamp(fTexCoord,\x20offset,\x201.0\x20-\x20offset);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord.x\x20=\x20(fTexCoord.x\x20+\x20XTran)\x20*\x20scale;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord.y\x20=\x20(fTexCoord.y\x20+\x20YTran)\x20*\x20scale;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20getTexColorForS3M(sampler2D\x20curTexture,\x20vec3\x20oriTexCoord,\x20float\x20texTileWidth,\x20float\x20fMaxMipLev,\x20float\x20fTexCoordScale,\x20vec2\x20vecTexCoordTranslate)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20color\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20mipLevel\x20=\x200.0;\x0a\x20\x20\x20\x20#ifdef\x20GL_OES_standard_derivatives\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateMipLevel(oriTexCoord.xy,\x20texTileWidth,\x20fMaxMipLev,\x20mipLevel);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20realTexCoord;\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateTexCoord(oriTexCoord,\x20fTexCoordScale,\x20vecTexCoordTranslate.x,\x20vecTexCoordTranslate.y,\x20texTileWidth,\x20mipLevel,\x20realTexCoord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(oriTexCoord.z\x20<\x20-9000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2D(curTexture,\x20realTexCoord.xy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#ifdef\x20GL_EXT_shader_texture_lod\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2DLodEXT(curTexture,\x20realTexCoord.xy,\x20mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2D(curTexture,\x20realTexCoord.xy,\x20mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20color;\x0a\x20\x20\x20\x20}\x0a#ifdef\x20TexCoord\x0a\x20\x20\x20\x20vec4\x20getTextureColor()\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vTexMatrix.z\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20texTileWidth0\x20=\x20vTexMatrix.z\x20*\x20uTexture0Width;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20realTexCoord\x20=\x20vec3(vTexCoord.xy,\x20vTexCoordTransform.x);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20FColor\x20=\x20getTexColorForS3M(uTexture,\x20realTexCoord,\x20texTileWidth0,\x20vTexMatrix.w,\x20vTexMatrix.z,\x20vTexMatrix.xy);\x0a\x20\x20\x20\x20#ifdef\x20TexCoord2\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20texTileWidth1\x20=\x20vTexMatrix2.z\x20*\x20uTexture1Width;\x0a\x20\x20\x20\x20\x20\x20\x20\x20realTexCoord\x20=\x20vec3(vTexCoord.zw,\x20vTexCoordTransform.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20SColor\x20=\x20getTexColorForS3M(uTexture2,\x20realTexCoord,\x20texTileWidth1,\x20vTexMatrix2.w,\x20vTexMatrix2.z,\x20vTexMatrix2.xy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20SColor.r\x20=\x20clamp(SColor.r,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20SColor.g\x20=\x20clamp(SColor.g,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20SColor.b\x20=\x20clamp(SColor.b,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20FColor\x20*\x20SColor;\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20FColor;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x20\x20\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20uniform\x20float\x20uClipMode;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uClipPlanes[6];\x0a\x20\x20\x20\x20float\x20getClipDistance(vec3\x20pos,\x20vec3\x20planeNormal,\x20float\x20disToOrigin)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20dot(planeNormal,\x20pos)\x20+\x20disToOrigin;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAllPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x20-1.0;\x0a\x20\x20\x20\x20#ifdef\x20CLIPPLANE\x0a\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[0].xyz,\x20uClipPlanes[0].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if\x20(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAnyPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\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leValue)\x20>\x200.1)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(fValue\x20<\x200.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distanceToContour\x20=\x20mod(fValue\x20-\x200.0002,\x20interval);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20t\x20=\x20floor(fValue\x20/\x20interval);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distanceToContour\x20=\x20abs(fValue\x20-\x20(t\x20*\x20interval)\x20-\x200.1);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distanceToContour\x20=\x20abs(fValue\x20-\x20maxVisibleValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dxc\x20=\x20abs(dFdx(fValue));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dyc\x20=\x20abs(dFdy(fValue));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dF\x20=\x20max(dxc,\x20dyc);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20distanceToContour\x20<\x20dF\x20?\x201.0\x20:\x200.0;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20computeContourMapColor(float\x20fValue)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20floorValue\x20=\x20uMinMaxValue.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20ceilValue\x20=\x20uMinMaxValue.y;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20threshold\x20=\x20abs(ceilValue\x20-\x20floorValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20contourRate\x20=\x20(fValue\x20-\x20floorValue)\x20/\x20threshold;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20finalCoord\x20=\x20clamp(contourRate,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20count\x20=\x20floor(finalCoord\x20*\x2016.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20y\x20=\x20(count*2.0\x20+\x201.0)/32.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20x\x20=\x20fract(finalCoord*16.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(y\x20>\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20x\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20contourCoord\x20=\x20vec2(x,\x20y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20texture2D(uHypsometricTexture,\x20contourCoord);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20getContourMapColor(vec4\x20oriColor,\x20float\x20fValue)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20contourMapColor\x20=\x20vec4(0.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20finalOpacity\x20=\x20uOpacityIntervalFillMode.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20minVisibleValue\x20=\x20uMinMaxValue.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20maxVisibleValue\x20=\x20uMinMaxValue.w;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fillMode\x20=\x20uOpacityIntervalFillMode.z;\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(fValue\x20>\x20maxVisibleValue\x20+\x204.0\x20||\x20fValue\x20<\x20minVisibleValue\x20-\x204.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20uNoValueColor\x20*\x20oriColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(fillMode\x20>\x202.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20mix_con\x20=\x20computeMixCon(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20mix(computeContourMapColor(fValue),\x20uHypLineColor,\x20mix_con);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(fillMode\x20>\x201.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20finalOpacity\x20=\x20computeMixCon(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20uHypLineColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(fillMode\x20>\x200.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20computeContourMapColor(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20finalOpacity\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20finalColor\x20=\x20mix(oriColor,\x20contourMapColor,\x20finalOpacity);\x0a\x20\x20\x20\x20#ifdef\x20PT_CLOUD\x0a\x20\x20\x20\x20\x20\x20\x20\x20finalColor\x20=\x20mix(vec4(1.0,1.0,1.0,1.0),\x20contourMapColor,\x20finalOpacity);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20finalColor;\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a\x20\x20\x20\x20void\x20rollerShutter(vec2\x20coord,\x20vec4\x20region)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20f\x20=\x20step(region.xw,\x20coord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20s\x20=\x20step(coord,\x20region.zy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(f.x\x20*\x20f.y\x20*\x20s.x\x20*\x20s.y\x20<\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20void\x20main()\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20\x20\x20\x20\x20rollerShutter(gl_FragCoord.xy,\x20uSwipeRegion);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20vec4\x20baseColorWithAlpha\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20#ifdef\x20VertexColor\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20baseColorWithAlpha\x20=\x20vColor;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#ifdef\x20TexCoord\x0a\x20\x20\x20\x20\x20\x20\x20\x20baseColorWithAlpha\x20*=\x20getTextureColor();\x0a\x20\x20\x20\x20#endif\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20outColor\x20=\x20baseColorWithAlpha;\x0a\x20\x20\x20\x20#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20\x20\x20\x20\x20outColor\x20=\x20getContourMapColor(outColor,\x20wValue);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#ifdef\x20CLIP\x0a\x20\x20\x20\x20\x20\x20\x20\x20outColor\x20*=\x20clip(vec4(vPositionEC,\x201.0));\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_FragColor\x20=\x20outColor;\x0a\x20\x20\x20\x20}\x0a",
|
"748847XsWEKx",
|
"270252Fnqqpg",
|
"11ioMTcW",
|
"1WdGAyz",
|
"730130TGGZix",
|
"12323EiVntM",
|
"110771XzWUeh"
|
]
|
var _0x3796d3 = _0x4e3b
|
;(function (_0x57b0a4, _0x4bcb06) {
|
var _0x2b970b = _0x4e3b
|
while (!![]) {
|
try {
|
var _0x5d4418 =
|
-parseInt(_0x2b970b(0x1b8)) * -parseInt(_0x2b970b(0x1b4)) +
|
-parseInt(_0x2b970b(0x1b9)) * -parseInt(_0x2b970b(0x1b7)) +
|
parseInt(_0x2b970b(0x1bb)) +
|
-parseInt(_0x2b970b(0x1b2)) +
|
-parseInt(_0x2b970b(0x1b6)) +
|
parseInt(_0x2b970b(0x1b5)) * parseInt(_0x2b970b(0x1ba)) +
|
parseInt(_0x2b970b(0x1b3))
|
if (_0x5d4418 === _0x4bcb06) break
|
else _0x57b0a4["push"](_0x57b0a4["shift"]())
|
} catch (_0x47130b) {
|
_0x57b0a4["push"](_0x57b0a4["shift"]())
|
}
|
}
|
})(_0x4d30, 0xb4f4e)
|
function _0x4e3b(_0x165130, _0x5d9176) {
|
_0x165130 = _0x165130 - 0x1b2
|
var _0x4d307b = _0x4d30[_0x165130]
|
return _0x4d307b
|
}
|
var _0x1ab936 = _0x3796d3(0x1bc)
|
|
const _0x1aac = [
|
"vertexPackage",
|
"vertexBuffer",
|
"createVertexBuffer",
|
"instance\x20buffer\x20is\x20null",
|
"index",
|
"Buffer",
|
"vertexAttributes",
|
"541439GbgDlY",
|
"7692bwlOtZ",
|
"2tldjpL",
|
"model",
|
"101814QiTnvx",
|
"1685933gKYeam",
|
"24jrNATP",
|
"1rbtqld",
|
"instanceBuffer",
|
"90962OfBaMr",
|
"instanceDivisor",
|
"prototype",
|
"BufferUsage",
|
"defined",
|
"set",
|
"125363iHNodk",
|
"typedArray",
|
"479433OHXGeW",
|
"instanceIndex",
|
"DeveloperError",
|
"6DAqlXN",
|
"context"
|
]
|
const _0x2f825d = _0x2ac7
|
function _0x2ac7(_0x469f37, _0x475612) {
|
_0x469f37 = _0x469f37 - 0x70
|
let _0x1aac45 = _0x1aac[_0x469f37]
|
return _0x1aac45
|
}
|
;(function (_0x3b177a, _0x1eadae) {
|
const _0x5a8833 = _0x2ac7
|
while (!![]) {
|
try {
|
const _0xff0829 =
|
parseInt(_0x5a8833(0x88)) * -parseInt(_0x5a8833(0x86)) +
|
parseInt(_0x5a8833(0x75)) +
|
parseInt(_0x5a8833(0x73)) +
|
parseInt(_0x5a8833(0x81)) * parseInt(_0x5a8833(0x83)) +
|
parseInt(_0x5a8833(0x8a)) +
|
-parseInt(_0x5a8833(0x78)) * -parseInt(_0x5a8833(0x85)) +
|
parseInt(_0x5a8833(0x87)) * parseInt(_0x5a8833(0x82))
|
if (_0xff0829 === _0x1eadae) break
|
else _0x3b177a["push"](_0x3b177a["shift"]())
|
} catch (_0x4ed73a) {
|
_0x3b177a["push"](_0x3b177a["shift"]())
|
}
|
}
|
})(_0x1aac, 0xd8d83)
|
function S3MCreateVertexJob() {
|
const _0x48cb79 = _0x2ac7
|
;(this[_0x48cb79(0x79)] = undefined), (this[_0x48cb79(0x84)] = undefined), (this[_0x48cb79(0x7e)] = undefined)
|
}
|
;(S3MCreateVertexJob[_0x2f825d(0x8c)][_0x2f825d(0x72)] = function (_0x4e8ed6, _0x187cc9, _0x3b2af4) {
|
const _0x13b4e5 = _0x2f825d
|
;(this[_0x13b4e5(0x79)] = _0x4e8ed6), (this[_0x13b4e5(0x84)] = _0x187cc9), (this[_0x13b4e5(0x7e)] = _0x3b2af4)
|
}),
|
(S3MCreateVertexJob[_0x2f825d(0x8c)]["execute"] = function () {
|
const _0x4ed850 = _0x2f825d
|
let _0x272849 = this[_0x4ed850(0x79)],
|
_0x1d14d1 = this[_0x4ed850(0x7e)],
|
_0x36cfd9 = this[_0x4ed850(0x84)][_0x4ed850(0x7a)],
|
_0x1f0fa2 = _0x36cfd9[_0x4ed850(0x80)][_0x1d14d1]
|
if (!Cesium[_0x4ed850(0x71)](_0x1f0fa2)) throw new Cesium[_0x4ed850(0x77)]("attribute\x20is\x20null")
|
if (_0x36cfd9[_0x4ed850(0x76)] !== -0x1 && !Cesium[_0x4ed850(0x71)](this[_0x4ed850(0x84)][_0x4ed850(0x89)])) {
|
if (!Cesium["defined"](_0x36cfd9[_0x4ed850(0x89)])) throw new Cesium[_0x4ed850(0x77)](_0x4ed850(0x7d))
|
this[_0x4ed850(0x84)][_0x4ed850(0x89)] = Cesium[_0x4ed850(0x7f)][_0x4ed850(0x7c)]({
|
context: _0x272849,
|
typedArray: _0x36cfd9[_0x4ed850(0x89)],
|
usage: Cesium[_0x4ed850(0x70)]["STATIC_DRAW"]
|
})
|
}
|
if (_0x1f0fa2[_0x4ed850(0x8b)] === 0x1 && !Cesium[_0x4ed850(0x71)](_0x1f0fa2["typedArray"])) {
|
_0x1f0fa2[_0x4ed850(0x7b)] = this[_0x4ed850(0x84)][_0x4ed850(0x89)]
|
return
|
}
|
!Cesium["defined"](_0x1f0fa2[_0x4ed850(0x7b)]) &&
|
((_0x1f0fa2[_0x4ed850(0x7b)] = Cesium[_0x4ed850(0x7f)][_0x4ed850(0x7c)]({
|
context: _0x272849,
|
typedArray: _0x1f0fa2[_0x4ed850(0x74)],
|
usage: Cesium[_0x4ed850(0x70)]["STATIC_DRAW"]
|
})),
|
(_0x1f0fa2["typedArray"] = null),
|
delete _0x1f0fa2[_0x4ed850(0x74)])
|
})
|
|
const _0x2f0c = [
|
"model",
|
"elementIndexUint",
|
"indexBuffer",
|
"52442cvuXeh",
|
"Math",
|
"index\x20package\x20is\x20null",
|
"STATIC_DRAW",
|
"index",
|
"UNSIGNED_INT",
|
"SIXTY_FOUR_KILOBYTES",
|
"202TpKjOT",
|
"arrIndexPackage",
|
"indexType",
|
"index\x20buffer\x20is\x20null",
|
"443729itjdcl",
|
"UNSIGNED_SHORT",
|
"202648NCpMar",
|
"indicesTypedArray",
|
"createIndexBuffer",
|
"context",
|
"1241IyAhDZ",
|
"1slzxXi",
|
"IndexDatatype",
|
"vertexPackage",
|
"prototype",
|
"441686KYGIJE",
|
"DeveloperError",
|
"defined",
|
"5mtaeMq",
|
"275339ffqwJW",
|
"execute",
|
"7465SoFNet"
|
]
|
const _0x2270d4 = _0x2ca5
|
function _0x2ca5(_0x49c325, _0x1326cd) {
|
_0x49c325 = _0x49c325 - 0x1c6
|
let _0x2f0c6b = _0x2f0c[_0x49c325]
|
return _0x2f0c6b
|
}
|
;(function (_0x109e4c, _0x1f9a64) {
|
const _0x1957f0 = _0x2ca5
|
while (!![]) {
|
try {
|
const _0x3fa846 =
|
parseInt(_0x1957f0(0x1d4)) * -parseInt(_0x1957f0(0x1cd)) +
|
parseInt(_0x1957f0(0x1e1)) +
|
-parseInt(_0x1957f0(0x1d0)) +
|
parseInt(_0x1957f0(0x1ca)) +
|
parseInt(_0x1957f0(0x1df)) * parseInt(_0x1957f0(0x1c6)) +
|
-parseInt(_0x1957f0(0x1e5)) * parseInt(_0x1957f0(0x1db)) +
|
-parseInt(_0x1957f0(0x1ce))
|
if (_0x3fa846 === _0x1f9a64) break
|
else _0x109e4c["push"](_0x109e4c["shift"]())
|
} catch (_0x14c4e6) {
|
_0x109e4c["push"](_0x109e4c["shift"]())
|
}
|
}
|
})(_0x2f0c, 0x4760f)
|
function S3MCreateIndexBufferJob() {
|
const _0x52dcd9 = _0x2ca5
|
;(this[_0x52dcd9(0x1d1)] = undefined), (this[_0x52dcd9(0x1e4)] = undefined), (this["index"] = 0x0)
|
}
|
;(S3MCreateIndexBufferJob[_0x2270d4(0x1c9)]["set"] = function (_0x556930, _0x870daf, _0x5d6caf) {
|
const _0x1e9a98 = _0x2270d4
|
;(this[_0x1e9a98(0x1d1)] = _0x870daf), (this[_0x1e9a98(0x1e4)] = _0x556930), (this[_0x1e9a98(0x1d8)] = _0x5d6caf)
|
}),
|
(S3MCreateIndexBufferJob["prototype"][_0x2270d4(0x1cf)] = function () {
|
const _0x46959b = _0x2270d4
|
let _0x41b945 = this[_0x46959b(0x1e4)],
|
_0x3a9062 = this["model"][_0x46959b(0x1dc)][this["index"]],
|
_0x4f6343 = this["model"][_0x46959b(0x1c8)]["verticesCount"]
|
if (!Cesium[_0x46959b(0x1cc)](_0x3a9062)) throw new Cesium[_0x46959b(0x1cb)](_0x46959b(0x1d6))
|
if (Cesium[_0x46959b(0x1cc)](_0x3a9062["indexBuffer"])) return
|
if (!Cesium[_0x46959b(0x1cc)](_0x3a9062["indicesTypedArray"])) throw new Cesium["DeveloperError"](_0x46959b(0x1de))
|
let _0xf1151d = Cesium[_0x46959b(0x1c7)][_0x46959b(0x1e0)]
|
;(_0x3a9062[_0x46959b(0x1dd)] === 0x1 || _0x4f6343 >= Cesium[_0x46959b(0x1d5)][_0x46959b(0x1da)]) &&
|
_0x41b945[_0x46959b(0x1d2)] &&
|
(_0xf1151d = Cesium[_0x46959b(0x1c7)][_0x46959b(0x1d9)]),
|
!Cesium["defined"](_0x3a9062["indexBuffer"]) &&
|
(_0x3a9062[_0x46959b(0x1d3)] = Cesium["Buffer"][_0x46959b(0x1e3)]({
|
context: _0x41b945,
|
typedArray: _0x3a9062["indicesTypedArray"],
|
usage: Cesium["BufferUsage"][_0x46959b(0x1d7)],
|
indexDatatype: _0xf1151d
|
})),
|
(_0x3a9062[_0x46959b(0x1e2)] = null),
|
delete _0x3a9062[_0x46959b(0x1e2)]
|
})
|
|
const _0x807c = [
|
"PBR_THEME",
|
"COMPUTE_W_VALUE",
|
"UseInstanceSkeletonMatrix",
|
"COMPRESS_COLOR",
|
"APPLY_SWIPE",
|
"SKETCH_MODE",
|
"IBL",
|
"HAS_SKELETONSELECTED",
|
"TEXTURE_MOVE",
|
"HAS_NORMAL",
|
"VOL_AND_HYP",
|
"INVALID_OBLIQUE",
|
"1TLlHRY",
|
"COMPRESS_VERTEX",
|
"Volume2",
|
"33126mRIZTB",
|
"197477ilybiX",
|
"HYPSOMETRIC",
|
"SPOT_LIGHTS\x20",
|
"VERTEX_CAPTURE",
|
"REPLACE_COLOR_TYPE",
|
"APPLY_SPLIT",
|
"BRDF",
|
"EXCAVATION",
|
"TextureAtlasSec",
|
"SEC_TEX_EMISSION",
|
"FALTTEN",
|
"TEXTURE_COORD_ONE_IS_W",
|
"6wuxhzw",
|
"HAS_LIGHT",
|
"COMPUTE_TEXCOORD",
|
"101518FZeqmP",
|
"109561DEKzJr",
|
"2003HZQLws",
|
"370MCDBXd",
|
"WEBP",
|
"OVERLAY",
|
"DIR_LIGHTS\x20",
|
"Translation",
|
"CLIP",
|
"COMPRESS_TEXCOORD",
|
"TRIANGLE_FILTRATE",
|
"4KoKcDK",
|
"22222ZziUSq",
|
"TexCoord",
|
"EMISSION_TEXTURE_COUNT\x20",
|
"PBR",
|
"FLATTEN",
|
"SILHOUETTE_SELECT_TYPE",
|
"TRANSPARENT_BACK_COLOR",
|
"CLIP_FILT_BY_ID",
|
"POST_EFFECT",
|
"TexCoord2",
|
"Volume",
|
"W_VISIBLE",
|
"216495kTtJjj",
|
"MULTI_TEX",
|
"ADJUST_COLOR",
|
"REPLACE_SELECT_TYPE",
|
"TextureAtlas"
|
]
|
function _0x55e9(_0x21287f, _0x36d435) {
|
_0x21287f = _0x21287f - 0x179
|
let _0x807c35 = _0x807c[_0x21287f]
|
return _0x807c35
|
}
|
const _0x4b29c1 = _0x55e9
|
;(function (_0x23f3a2, _0x294a44) {
|
const _0x4ad0a5 = _0x55e9
|
while (!![]) {
|
try {
|
const _0x24d663 =
|
parseInt(_0x4ad0a5(0x1af)) * -parseInt(_0x4ad0a5(0x1b0)) +
|
parseInt(_0x4ad0a5(0x1ad)) * parseInt(_0x4ad0a5(0x1aa)) +
|
-parseInt(_0x4ad0a5(0x19d)) * -parseInt(_0x4ad0a5(0x17c)) +
|
parseInt(_0x4ad0a5(0x17d)) +
|
parseInt(_0x4ad0a5(0x19e)) +
|
parseInt(_0x4ad0a5(0x189)) +
|
parseInt(_0x4ad0a5(0x19a)) * parseInt(_0x4ad0a5(0x1ae))
|
if (_0x24d663 === _0x294a44) break
|
else _0x23f3a2["push"](_0x23f3a2["shift"]())
|
} catch (_0x358171) {
|
_0x23f3a2["push"](_0x23f3a2["shift"]())
|
}
|
}
|
})(_0x807c, 0x855d1)
|
const ProgramDefines$1 = {
|
EXCAVATION: _0x4b29c1(0x1a5),
|
FALTTEN: _0x4b29c1(0x1a8),
|
OVERLAY: _0x4b29c1(0x1b2),
|
HYPSOMETRIC: _0x4b29c1(0x19f),
|
ADJUST_COLOR: _0x4b29c1(0x18b),
|
TRANSPARENT_BACK_COLOR: _0x4b29c1(0x183),
|
HORIZONTAL_LINE: "HORIZONTAL_LINE",
|
COMPUTE_W_VALUE: _0x4b29c1(0x18f),
|
COMPUTE_TEXCOORD: _0x4b29c1(0x1ac),
|
HAS_LIGHT: _0x4b29c1(0x1ab),
|
HAS_NORMAL: _0x4b29c1(0x197),
|
REPLACE_SELECT_TYPE: _0x4b29c1(0x18c),
|
SILHOUETTE_SELECT_TYPE: _0x4b29c1(0x182),
|
MULTI_TEX: _0x4b29c1(0x18a),
|
APPLY_SPLIT: _0x4b29c1(0x1a3),
|
APPLY_SWIPE: _0x4b29c1(0x192),
|
TEXCOORD: _0x4b29c1(0x17e),
|
TEXCOORD2: _0x4b29c1(0x186),
|
COMPRESS_VERTEX: _0x4b29c1(0x19b),
|
COMPRESS_NORMAL: "COMPRESS_NORMAL",
|
COMPRESS_COLOR: _0x4b29c1(0x191),
|
COMPRESS_TEXCOORD: _0x4b29c1(0x17a),
|
SKETCH_MODE: _0x4b29c1(0x193),
|
NORMAL_AND_DEPTH: "NORMAL_AND_DEPTH",
|
POST_EFFECT: _0x4b29c1(0x185),
|
CLIP_FILT_BY_ID: _0x4b29c1(0x184),
|
CLIP: _0x4b29c1(0x179),
|
CLIPPLANE: "CLIPPLANE",
|
PBR: _0x4b29c1(0x180),
|
PT_CLOUD: "PT_CLOUD",
|
DIR_LIGHTS: _0x4b29c1(0x1b3),
|
POINT_LIGHTS: "POINT_LIGHTS\x20",
|
SPOT_LIGHTS: _0x4b29c1(0x1a0),
|
W_VISIBLE: _0x4b29c1(0x188),
|
EMISSION_TEXTURE: "EMISSION_TEXTURE",
|
EMISSION_TEXTURE_COUNT: _0x4b29c1(0x17f),
|
TEXTURE_MOVE: _0x4b29c1(0x196),
|
VOLUME: _0x4b29c1(0x187),
|
VOLUME2: _0x4b29c1(0x19c),
|
TEXTURE_COORD_ONE_IS_W: _0x4b29c1(0x1a9),
|
TRIANGLE_FILTRATE: _0x4b29c1(0x17b),
|
UseInstanceSkeletonMatrix: _0x4b29c1(0x190),
|
WEBP: _0x4b29c1(0x1b1),
|
HAS_SKELETONSELECTED: _0x4b29c1(0x195),
|
SKELETONSELECT_ENABLE: "SKELETONSELECT_ENABLE",
|
REPLACE_COLOR_TYPE: _0x4b29c1(0x1a2),
|
INVALID_OBLIQUE: _0x4b29c1(0x199),
|
IGNORE_NORMAL: "IGNORE_NORMAL",
|
TextureAtlas: _0x4b29c1(0x18d),
|
TextureAtlasSec: _0x4b29c1(0x1a6),
|
Translation: _0x4b29c1(0x1b4),
|
VOL_AND_HYP: _0x4b29c1(0x198),
|
VERTEX_CAPTURE: _0x4b29c1(0x1a1),
|
SEC_TEX_EMISSION: _0x4b29c1(0x1a7),
|
BRDF: _0x4b29c1(0x1a4),
|
PBR_THEME: _0x4b29c1(0x18e),
|
IBL: _0x4b29c1(0x194),
|
FLATTEN: _0x4b29c1(0x181)
|
}
|
var _0x1ca8a8 = Object["freeze"](ProgramDefines$1)
|
|
const _0x1eaf = [
|
"execute",
|
"766023LsgzgE",
|
"182798TTcbNI",
|
"material",
|
"SVC_Normal",
|
"9836SNBpfI",
|
"FLATTEN",
|
"316405aXfHQH",
|
"aTexCoord0",
|
"COMPRESS_VERTEX",
|
"509255qyQaVT",
|
"VertexNormal",
|
"aColor",
|
"compressOptions",
|
"TexCoord",
|
"defines",
|
"textureCoordIsW",
|
"Instance",
|
"840274HjqjVj",
|
"_hypsometric",
|
"defaultValue",
|
"COMPRESS_TEXCOORD",
|
"model",
|
"aNormal",
|
"HYPSOMETRIC",
|
"CLIPPLANE",
|
"getExtension",
|
"EXT_shader_texture_lod",
|
"flattening",
|
"_enableClip",
|
"textures",
|
"COMPRESS_NORMAL",
|
"batchTableBake",
|
"_gl",
|
"COMPRESS_COLOR",
|
"SVC_VertexColor",
|
"vertexPackage",
|
"layer",
|
"58XslCZN",
|
"190TNqFRe",
|
"SVC_TexutreCoord",
|
"attributeLocations",
|
"SVC_Vertex",
|
"shaderProgram",
|
"batchTable",
|
"_flattenPar",
|
"length",
|
"defined",
|
"push",
|
"1xpFUqp",
|
"CLIP",
|
"instanceIndex",
|
"isUseHypColorTable",
|
"1jhTCkJ",
|
"3694eDMNMy",
|
"TexCoord2",
|
"TextureAtlasSec",
|
"context",
|
"ShaderSource",
|
"texturelod",
|
"set",
|
"TextureAtlas"
|
]
|
const _0x56b26e = _0x2fff
|
;(function (_0xde1ffb, _0x5d0576) {
|
const _0x4b9286 = _0x2fff
|
while (!![]) {
|
try {
|
const _0x14a7c0 =
|
parseInt(_0x4b9286(0xbf)) +
|
parseInt(_0x4b9286(0xb4)) * parseInt(_0x4b9286(0xa0)) +
|
-parseInt(_0x4b9286(0xaf)) +
|
-parseInt(_0x4b9286(0xae)) * parseInt(_0x4b9286(0xa4)) +
|
parseInt(_0x4b9286(0xb7)) +
|
parseInt(_0x4b9286(0x95)) * parseInt(_0x4b9286(0xb2)) +
|
-parseInt(_0x4b9286(0x96)) * parseInt(_0x4b9286(0xa5))
|
if (_0x14a7c0 === _0x5d0576) break
|
else _0xde1ffb["push"](_0xde1ffb["shift"]())
|
} catch (_0x4c64ac) {
|
_0xde1ffb["push"](_0xde1ffb["shift"]())
|
}
|
}
|
})(_0x1eaf, 0x8f00d)
|
function _0x2fff(_0x42e222, _0x7bf4d8) {
|
_0x42e222 = _0x42e222 - 0x86
|
let _0x1eaf2d = _0x1eaf[_0x42e222]
|
return _0x1eaf2d
|
}
|
function S3MCreateShaderProgramJob() {
|
const _0x49b360 = _0x2fff
|
;(this[_0x49b360(0xc3)] = undefined), (this[_0x49b360(0xa8)] = undefined)
|
}
|
S3MCreateShaderProgramJob["prototype"][_0x56b26e(0xab)] = function (_0x38400f, _0x354241) {
|
const _0x21beb7 = _0x56b26e
|
;(this[_0x21beb7(0xc3)] = _0x354241), (this[_0x21beb7(0xa8)] = _0x38400f)
|
}
|
function getExtension(_0x5668f5, _0x319999) {
|
const _0x116486 = _0x56b26e
|
let _0x1d61f3 = _0x319999[_0x116486(0x9d)]
|
for (let _0x128666 = 0x0; _0x128666 < _0x1d61f3; ++_0x128666) {
|
let _0x127e79 = _0x5668f5[_0x116486(0x89)](_0x319999[_0x128666])
|
if (_0x127e79) return _0x127e79
|
}
|
return undefined
|
}
|
S3MCreateShaderProgramJob["prototype"][_0x56b26e(0xad)] = function () {
|
const _0x27f2ef = _0x56b26e,
|
_0x1bee5d = this[_0x27f2ef(0xa8)],
|
_0x3c42ee = this[_0x27f2ef(0xc3)],
|
_0x2bae82 = _0x3c42ee[_0x27f2ef(0x94)],
|
_0x573b97 = _0x3c42ee["vs"],
|
_0x107919 = _0x3c42ee["fs"],
|
_0x194f72 = _0x3c42ee[_0x27f2ef(0x98)],
|
_0x817dd = _0x3c42ee[_0x27f2ef(0xb0)],
|
_0x43f103 = _0x3c42ee[_0x27f2ef(0x93)]
|
let _0x4fc9aa = _0x3c42ee[_0x27f2ef(0x9b)] ? _0x3c42ee[_0x27f2ef(0x9b)]["getVertexShaderCallback"]()(_0x573b97) : _0x573b97
|
_0x1bee5d[_0x27f2ef(0xaa)] === undefined &&
|
(_0x1bee5d["texturelod"] = Cesium[_0x27f2ef(0xc1)](getExtension(_0x1bee5d[_0x27f2ef(0x90)], [_0x27f2ef(0x8a)]), ![]))
|
let _0x5e3d95 = new Cesium[_0x27f2ef(0xa9)]({
|
sources: [_0x4fc9aa]
|
}),
|
_0x346100 = new Cesium[_0x27f2ef(0xa9)]({
|
sources: [_0x107919]
|
})
|
Cesium[_0x27f2ef(0x9e)](_0x194f72[_0x27f2ef(0x86)]) &&
|
(_0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x27f2ef(0xb8)), _0x346100[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)]("VertexNormal"))
|
Cesium["defined"](_0x194f72[_0x27f2ef(0xb9)]) && _0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)]("VertexColor")
|
_0x817dd &&
|
_0x817dd[_0x27f2ef(0x8d)][_0x27f2ef(0x9d)] > 0x0 &&
|
(_0x5e3d95[_0x27f2ef(0xbc)]["push"](_0x27f2ef(0xbb)), _0x346100["defines"]["push"](_0x27f2ef(0xbb)))
|
_0x817dd &&
|
_0x817dd[_0x27f2ef(0x8d)][_0x27f2ef(0x9d)] === 0x2 &&
|
(_0x5e3d95[_0x27f2ef(0xbc)]["push"](_0x27f2ef(0xa6)), _0x346100["defines"]["push"](_0x27f2ef(0xa6)))
|
_0x43f103[_0x27f2ef(0xa2)] > -0x1 && _0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x27f2ef(0xbe))
|
if (Cesium[_0x27f2ef(0x9e)](_0x43f103[_0x27f2ef(0xba)])) {
|
let _0x50850b = _0x43f103[_0x27f2ef(0xba)]
|
;(_0x50850b & _0x25c9a4[_0x27f2ef(0x99)]) === _0x25c9a4["SVC_Vertex"] && _0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xb6)]),
|
(_0x50850b & _0x25c9a4[_0x27f2ef(0xb1)]) === _0x25c9a4[_0x27f2ef(0xb1)] &&
|
_0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0x8e)]),
|
(_0x50850b & _0x25c9a4["SVC_VertexColor"]) === _0x25c9a4[_0x27f2ef(0x92)] &&
|
_0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0x91)]),
|
(_0x50850b & _0x25c9a4[_0x27f2ef(0x97)]) === _0x25c9a4[_0x27f2ef(0x97)] && _0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xc2)])
|
}
|
_0x43f103[_0x27f2ef(0xbd)] && _0x194f72["TexCoord"] && _0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x1ca8a8["TEXTURE_COORD_ONE_IS_W"]),
|
_0x2bae82[_0x27f2ef(0x8c)] && _0x346100[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xa1)]),
|
_0x2bae82["_enableClipPlane"] && _0x346100["defines"][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0x88)]),
|
_0x2bae82[_0x27f2ef(0xc0)][_0x27f2ef(0xa3)] &&
|
(_0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0x87)]), _0x346100["defines"]["push"](_0x1ca8a8[_0x27f2ef(0x87)])),
|
_0x2bae82[_0x27f2ef(0x9c)][_0x27f2ef(0x8b)] && _0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xb3)]),
|
_0x2bae82["swipeEnabled"] && _0x346100[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8["APPLY_SWIPE"]),
|
_0x43f103[_0x27f2ef(0xbd)] && _0x194f72[_0x27f2ef(0xb5)] && _0x5e3d95["defines"][_0x27f2ef(0x9f)](_0x1ca8a8["TEXTURE_COORD_ONE_IS_W"]),
|
_0x817dd["batchTable"] &&
|
(_0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xac)]), _0x346100[_0x27f2ef(0xbc)]["push"](_0x1ca8a8["TextureAtlas"])),
|
_0x817dd[_0x27f2ef(0x8f)] &&
|
(_0x5e3d95[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xa7)]),
|
_0x346100[_0x27f2ef(0xbc)][_0x27f2ef(0x9f)](_0x1ca8a8[_0x27f2ef(0xa7)])),
|
(_0x3c42ee[_0x27f2ef(0x9a)] = Cesium["ShaderProgram"]["fromCache"]({
|
context: _0x1bee5d,
|
vertexShaderSource: _0x5e3d95,
|
fragmentShaderSource: _0x346100,
|
attributeLocations: _0x194f72
|
}))
|
}
|
|
const _0x340f = [
|
"22147gkyUkV",
|
"857667NfAvaf",
|
"3WbLThW",
|
"734100fsOTjv",
|
"2nlTvqV",
|
"709606rPzKOY",
|
"385623MCvtAS",
|
"461002apQMha",
|
"1354184tbiEYC",
|
"7RpwJsO",
|
"3OKutHP",
|
"freeze"
|
]
|
function _0x2021(_0x489d6a, _0x437de8) {
|
_0x489d6a = _0x489d6a - 0x1ee
|
let _0x340fa6 = _0x340f[_0x489d6a]
|
return _0x340fa6
|
}
|
const _0x14f2b9 = _0x2021
|
;(function (_0x59b557, _0x4629a0) {
|
const _0xfe1964 = _0x2021
|
while (!![]) {
|
try {
|
const _0x40bdc3 =
|
-parseInt(_0xfe1964(0x1f8)) * -parseInt(_0xfe1964(0x1f5)) +
|
-parseInt(_0xfe1964(0x1f4)) * -parseInt(_0xfe1964(0x1f0)) +
|
parseInt(_0xfe1964(0x1f1)) +
|
parseInt(_0xfe1964(0x1f3)) +
|
-parseInt(_0xfe1964(0x1f6)) +
|
parseInt(_0xfe1964(0x1ee)) * -parseInt(_0xfe1964(0x1f7)) +
|
parseInt(_0xfe1964(0x1ef)) * -parseInt(_0xfe1964(0x1f2))
|
if (_0x40bdc3 === _0x4629a0) break
|
else _0x59b557["push"](_0x59b557["shift"]())
|
} catch (_0x56dd13) {
|
_0x59b557["push"](_0x59b557["shift"]())
|
}
|
}
|
})(_0x340f, 0xb94fa)
|
const OperationType = {
|
RESET: 0x0,
|
SetColor: 0x1,
|
SELECTED: 0x2,
|
HIDE: 0x4,
|
OFFSET: 0x8,
|
CLIP: 0x10,
|
BLOOM: 0x20,
|
ALL: 0xff
|
}
|
var _0x4994c3 = Object[_0x14f2b9(0x1f9)](OperationType)
|
|
const _0x2808 = [
|
"values",
|
"toBytes",
|
"geoMatrix",
|
"green",
|
"shaderProgramToCreate",
|
"layer",
|
"initLayerSetting",
|
"setBatchedAttribute",
|
"vertexBufferToCreate",
|
"Cartesian3",
|
"isArray",
|
"defined",
|
"fromCache",
|
"defines",
|
"updateObjsOperation",
|
"2938166vEaxPT",
|
"dirty",
|
"ComponentDatatype",
|
"createBuffers",
|
"batchTable",
|
"push",
|
"ALL",
|
"s3m_batchTable_color",
|
"_objsHideList",
|
"updateBatchTableAttributes",
|
"s3m_batchTable_pickColor",
|
"enable",
|
"jobScheduler",
|
"instanceBounds",
|
"radius",
|
"floatToByte",
|
"AssociativeArray",
|
"attributeLocations",
|
"boundingVolume",
|
"batchTableDirty",
|
"material",
|
"selectionInfoMap",
|
"colorCommand",
|
"HYPSOMETRIC",
|
"color",
|
"840313hLpyJu",
|
"PROGRAM",
|
"operationValue",
|
"center",
|
"createShaderProgram",
|
"TRANSPARENT",
|
"map",
|
"get",
|
"_allObjsHide",
|
"UNSIGNED_BYTE",
|
"CLIPPLANE",
|
"ready",
|
"createPickIds",
|
"3xhSjsK",
|
"idsColorMap",
|
"CLIP",
|
"componentsPerAttribute",
|
"swipe",
|
"s3m_batchTable_operation",
|
"blue",
|
"arrIndexPackage",
|
"updateAllObjsVisible",
|
"vertexShaderSource",
|
"hypsometric",
|
"Queue",
|
"18127eYFkxt",
|
"keys",
|
"context",
|
"alpha",
|
"createPickId",
|
"shaderProgram",
|
"batchId",
|
"Color",
|
"FLATTEN",
|
"contains",
|
"prototype",
|
"instanceCount",
|
"dequeue",
|
"indexBufferToCreate",
|
"update",
|
"vertexPackage",
|
"225611sXXSsd",
|
"_objsColorList",
|
"DeveloperError",
|
"Matrix4",
|
"fragmentShaderSource",
|
"ShaderProgram",
|
"clone",
|
"destroy",
|
"remove",
|
"length",
|
"BatchTable",
|
"hasOwnProperty",
|
"_objsOperationList",
|
"JobType",
|
"createBatchTable",
|
"edgeGeometry",
|
"544042tzQnoX",
|
"execute",
|
"flatten",
|
"_objsVisibleList",
|
"vSecondColor",
|
"APPLY_SWIPE",
|
"enqueue",
|
"distance",
|
"522472JmJUAg",
|
"throwInstantiationError",
|
"createBoundingBoxForInstance",
|
"instanceIds",
|
"Cartesian4",
|
"clip",
|
"_enableClipPlane",
|
"idsOperationMap",
|
"BUFFER",
|
"indexOf",
|
"modelMatrix",
|
"225768WZrfBS",
|
"pickInfo",
|
"_hash",
|
"lerp",
|
"HIDE",
|
"set",
|
"peek"
|
]
|
const _0x4de7b7 = _0x3055
|
;(function (_0x4ea7be, _0x44e435) {
|
const _0x3397b9 = _0x3055
|
while (!![]) {
|
try {
|
const _0x1fadcf =
|
-parseInt(_0x3397b9(0xf1)) +
|
parseInt(_0x3397b9(0x10a)) * parseInt(_0x3397b9(0xfe)) +
|
-parseInt(_0x3397b9(0xc2)) +
|
-parseInt(_0x3397b9(0xaf)) +
|
-parseInt(_0x3397b9(0x11a)) +
|
-parseInt(_0x3397b9(0xb7)) +
|
parseInt(_0x3397b9(0xd8))
|
if (_0x1fadcf === _0x44e435) break
|
else _0x4ea7be["push"](_0x4ea7be["shift"]())
|
} catch (_0x1ab093) {
|
_0x4ea7be["push"](_0x4ea7be["shift"]())
|
}
|
}
|
})(_0x2808, 0x9ade5)
|
function _0x3055(_0x40dabe, _0xb38e23) {
|
_0x40dabe = _0x40dabe - 0xa5
|
let _0x2808c2 = _0x2808[_0x40dabe]
|
return _0x2808c2
|
}
|
function RenderEntity(_0x1e0b63) {
|
const _0x27edd9 = _0x3055
|
;(this[_0x27edd9(0xce)] = _0x1e0b63["layer"]),
|
(this[_0x27edd9(0x119)] = _0x1e0b63[_0x27edd9(0x119)]),
|
(this[_0x27edd9(0x105)] = _0x1e0b63[_0x27edd9(0x105)]),
|
(this[_0x27edd9(0xd1)] = new Cesium["Queue"]()),
|
(this[_0x27edd9(0x117)] = new Cesium[_0x27edd9(0x109)]()),
|
(this[_0x27edd9(0xcd)] = new Cesium["Queue"]())
|
let _0x501394, _0x3394f8
|
for (_0x501394 = 0x0, _0x3394f8 = this[_0x27edd9(0x119)]["vertexAttributes"][_0x27edd9(0xa8)]; _0x501394 < _0x3394f8; _0x501394++) {
|
this["vertexBufferToCreate"][_0x27edd9(0xb5)](_0x501394)
|
}
|
for (_0x501394 = 0x0, _0x3394f8 = this["arrIndexPackage"][_0x27edd9(0xa8)]; _0x501394 < _0x3394f8; _0x501394++) {
|
this[_0x27edd9(0x117)]["enqueue"](_0x501394)
|
}
|
this[_0x27edd9(0xcd)]["enqueue"](0x0),
|
(this[_0x27edd9(0xea)] = _0x1e0b63["boundingVolume"]),
|
(this[_0x27edd9(0xec)] = Cesium["defaultValue"](_0x1e0b63[_0x27edd9(0xec)], new MaterialPass())),
|
(this["geoName"] = _0x1e0b63["geoName"]),
|
(this["modelMatrix"] = _0x1e0b63["modelMatrix"]),
|
(this["geoMatrix"] = _0x1e0b63[_0x27edd9(0xcb)]),
|
(this["invGeoMatrix"] = Cesium["Matrix4"]["inverse"](this[_0x27edd9(0xcb)], new Cesium[_0x27edd9(0x11d)]())),
|
(this["instanceCount"] = _0x1e0b63[_0x27edd9(0x119)][_0x27edd9(0x115)]),
|
(this[_0x27edd9(0xe9)] = _0x1e0b63[_0x27edd9(0x119)]["attrLocation"]),
|
(this[_0x27edd9(0x10f)] = undefined),
|
(this["vertexArray"] = undefined),
|
(this[_0x27edd9(0xee)] = undefined),
|
(this[_0x27edd9(0xc3)] = _0x1e0b63["pickInfo"]),
|
(this[_0x27edd9(0xed)] = new Cesium[_0x27edd9(0xe8)]()),
|
(this[_0x27edd9(0xdc)] = undefined),
|
(this["batchTableDirty"] = ![]),
|
(this["pickColorIdentifier"] = _0x27edd9(0xb3)),
|
(this[_0x27edd9(0xbe)] = new Cesium["AssociativeArray"]()),
|
(this[_0x27edd9(0xff)] = new Cesium[_0x27edd9(0xe8)]()),
|
(this["useWValue"] = _0x1e0b63["vertexPackage"]["vertexAttributes"][0x0][_0x27edd9(0x101)] === 0x4),
|
(this[_0x27edd9(0xae)] = _0x1e0b63[_0x27edd9(0xae)]),
|
this[_0x27edd9(0xb9)](),
|
(this[_0x27edd9(0xfc)] = ![])
|
}
|
const _vertexBufferJob = new S3MCreateVertexJob(),
|
_indexBufferJob = new S3MCreateIndexBufferJob(),
|
_shaderProgramJob = new S3MCreateShaderProgramJob()
|
function createVertexBuffers(_0x5e390d, _0x46d826) {
|
const _0x148b2a = _0x3055
|
let _0x2d05ad = _0x5e390d["layer"][_0x148b2a(0x10c)],
|
_0x3e8661 = _0x5e390d[_0x148b2a(0xd1)]
|
while (_0x3e8661["length"]) {
|
let _0x4b338d = _0x3e8661[_0x148b2a(0xc8)]()
|
_vertexBufferJob["set"](_0x2d05ad, _0x5e390d, _0x4b338d)
|
if (!_0x46d826["jobScheduler"][_0x148b2a(0xb0)](_vertexBufferJob, Cesium[_0x148b2a(0xac)][_0x148b2a(0xbf)])) break
|
_0x3e8661[_0x148b2a(0x116)]()
|
}
|
}
|
function createIndexBuffers(_0x170b7e, _0x14f978) {
|
const _0x515e48 = _0x3055
|
let _0x28d707 = _0x170b7e[_0x515e48(0xce)][_0x515e48(0x10c)],
|
_0xb7a8c2 = _0x170b7e["indexBufferToCreate"]
|
while (_0xb7a8c2[_0x515e48(0xa8)]) {
|
let _0x1f03b2 = _0xb7a8c2["peek"]()
|
_indexBufferJob["set"](_0x28d707, _0x170b7e, _0x1f03b2)
|
if (!_0x14f978[_0x515e48(0xe4)][_0x515e48(0xb0)](_indexBufferJob, Cesium[_0x515e48(0xac)][_0x515e48(0xbf)])) break
|
_0xb7a8c2[_0x515e48(0x116)]()
|
}
|
}
|
function createShaderProgram(_0x5100f4, _0x5b2703) {
|
const _0x2ba5cf = _0x3055
|
let _0x4cdb91 = _0x5100f4["layer"]["context"],
|
_0x1b2f15 = _0x5100f4[_0x2ba5cf(0xcd)]
|
while (_0x1b2f15["length"]) {
|
let _0x43e222 = _0x1b2f15[_0x2ba5cf(0xc8)]()
|
_shaderProgramJob[_0x2ba5cf(0xc7)](_0x4cdb91, _0x5100f4)
|
if (!_0x5b2703[_0x2ba5cf(0xe4)][_0x2ba5cf(0xb0)](_shaderProgramJob, Cesium["JobType"][_0x2ba5cf(0xf2)])) break
|
_0x1b2f15["dequeue"]()
|
}
|
}
|
function createBatchTable(_0x18eb7c, _0x345f38) {
|
const _0x352e48 = _0x3055
|
if (Cesium[_0x352e48(0xd4)](_0x18eb7c["batchTable"]) || !_0x18eb7c[_0x352e48(0xc3)]) return
|
const _0x5db09f = _0x18eb7c[_0x352e48(0xce)][_0x352e48(0x10c)]
|
let _0x2eb474 = []
|
_0x2eb474["push"](
|
{
|
functionName: _0x352e48(0xdf),
|
componentDatatype: Cesium[_0x352e48(0xda)][_0x352e48(0xfa)],
|
componentsPerAttribute: 0x4,
|
normalize: !![]
|
},
|
{
|
functionName: _0x352e48(0x103),
|
componentDatatype: Cesium[_0x352e48(0xda)][_0x352e48(0xfa)],
|
componentsPerAttribute: 0x4
|
},
|
{
|
functionName: _0x352e48(0xe2),
|
componentDatatype: Cesium[_0x352e48(0xda)][_0x352e48(0xfa)],
|
componentsPerAttribute: 0x4,
|
normalize: !![]
|
}
|
)
|
let _0x1c2f52 = _0x18eb7c["pickInfo"],
|
_0x11b279 = Object["keys"](_0x1c2f52),
|
_0x55ef1b = _0x18eb7c[_0x352e48(0x115)] > 0x0 ? _0x18eb7c[_0x352e48(0x115)] : _0x11b279["length"]
|
_0x18eb7c[_0x352e48(0xdc)] = new Cesium[_0x352e48(0xa9)](_0x5db09f, _0x2eb474, _0x55ef1b)
|
}
|
;(RenderEntity["prototype"][_0x4de7b7(0xdb)] = function (_0x139e06) {
|
createVertexBuffers(this, _0x139e06), createIndexBuffers(this, _0x139e06)
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xf5)] = function (_0x3c401e) {
|
createShaderProgram(this, _0x3c401e)
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xad)] = function (_0x2d3634) {
|
createBatchTable(this)
|
})
|
let scratchPntCenter = new Cesium["Cartesian3"]()
|
RenderEntity["prototype"]["createBoundingBoxForInstance"] = function () {
|
const _0x527103 = _0x4de7b7,
|
_0x191f4d = this[_0x527103(0x119)]
|
if (!Cesium[_0x527103(0xd4)](_0x191f4d) || _0x191f4d["instanceIndex"] === -0x1 || !Cesium[_0x527103(0xd4)](_0x191f4d[_0x527103(0xe5)])) return
|
let _0x3a5565 = _0x191f4d["instanceBounds"],
|
_0x537aa8 = new Cesium[_0x527103(0xd2)](_0x3a5565[0x0], _0x3a5565[0x1], _0x3a5565[0x2]),
|
_0x2f52fa = new Cesium["Cartesian3"](_0x3a5565[0x3], _0x3a5565[0x4], _0x3a5565[0x5]),
|
_0x4a95a8 = Cesium[_0x527103(0xd2)][_0x527103(0xc5)](_0x537aa8, _0x2f52fa, 0.5, scratchPntCenter),
|
_0x2d0ef5 = Cesium[_0x527103(0xd2)][_0x527103(0xb6)](_0x4a95a8, _0x537aa8),
|
_0x388ae3 = new Cesium["Cartesian3"]()
|
Cesium[_0x527103(0x11d)]["multiplyByPoint"](this[_0x527103(0xc1)], _0x4a95a8, _0x388ae3),
|
(this[_0x527103(0xea)][_0x527103(0xf4)] = _0x388ae3),
|
(this[_0x527103(0xea)][_0x527103(0xe6)] = _0x2d0ef5),
|
(_0x191f4d[_0x527103(0xe5)] = undefined)
|
}
|
let cartesian4Scratch = new Cesium[_0x4de7b7(0xbb)]()
|
;(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xfd)] = function () {
|
const _0x45c1aa = _0x4de7b7,
|
_0x32bf74 = this[_0x45c1aa(0xce)],
|
_0xa2cce = _0x32bf74["context"],
|
_0x4acc1c = this[_0x45c1aa(0xc3)]
|
if (!Cesium[_0x45c1aa(0xd4)](_0x4acc1c)) return
|
for (let _0x395369 in _0x4acc1c) {
|
if (!_0x4acc1c["hasOwnProperty"](_0x395369)) continue
|
this[_0x45c1aa(0xed)][_0x45c1aa(0xc7)](_0x395369, _0x4acc1c[_0x395369])
|
}
|
let _0x1707aa = this["batchTable"],
|
_0x2fe21d = this["selectionInfoMap"],
|
_0x35ea8e = _0x2fe21d["_hash"]
|
for (let _0x2509c0 in _0x35ea8e) {
|
if (_0x35ea8e[_0x45c1aa(0xaa)](_0x2509c0)) {
|
let _0x3110ba = _0x2fe21d[_0x45c1aa(0xf8)](_0x2509c0),
|
_0xafd9
|
!Cesium[_0x45c1aa(0xd4)](_0xafd9) &&
|
(_0xafd9 = _0xa2cce[_0x45c1aa(0x10e)]({
|
primitive: _0x32bf74,
|
id: _0x2509c0
|
}))
|
let _0x458aa4 = _0xafd9[_0x45c1aa(0xf0)]
|
;(cartesian4Scratch["x"] = Cesium[_0x45c1aa(0x111)][_0x45c1aa(0xe7)](_0x458aa4["red"])),
|
(cartesian4Scratch["y"] = Cesium[_0x45c1aa(0x111)][_0x45c1aa(0xe7)](_0x458aa4[_0x45c1aa(0xcc)])),
|
(cartesian4Scratch["z"] = Cesium[_0x45c1aa(0x111)]["floatToByte"](_0x458aa4[_0x45c1aa(0x104)])),
|
(cartesian4Scratch["w"] = Cesium[_0x45c1aa(0x111)][_0x45c1aa(0xe7)](_0x458aa4[_0x45c1aa(0x10d)]))
|
let _0x2d40fb = _0x3110ba[_0x45c1aa(0xba)]
|
if (this[_0x45c1aa(0x115)] > 0x0)
|
_0x2d40fb[_0x45c1aa(0xf7)](function (_0x57de88) {
|
const _0x397945 = _0x45c1aa
|
_0x1707aa[_0x397945(0xd0)](_0x57de88, 0x2, cartesian4Scratch)
|
})
|
else {
|
let _0x33c541 = _0x3110ba[0x0]["batchId"]
|
_0x1707aa[_0x45c1aa(0xd0)](_0x33c541, 0x2, cartesian4Scratch)
|
}
|
}
|
}
|
this[_0x45c1aa(0xc3)] = undefined
|
}),
|
(RenderEntity["prototype"][_0x4de7b7(0xcf)] = function (_0x28abe4) {
|
const _0x490818 = _0x4de7b7
|
_0x28abe4[_0x490818(0xf9)] && this[_0x490818(0x106)](!_0x28abe4["_allObjsHide"]),
|
Object[_0x490818(0x10b)](_0x28abe4[_0x490818(0x11b)])[_0x490818(0xa8)] > 0x0 && this["updateObjsColor"](_0x28abe4[_0x490818(0x11b)]),
|
_0x28abe4[_0x490818(0xab)][_0x490818(0xa8)] > 0x0 && this["updateObjsOperation"](_0x28abe4[_0x490818(0xab)])
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xe1)] = function () {
|
const _0x1f1489 = _0x4de7b7
|
let _0xc600a9 = this,
|
_0x5edba9 = this[_0x1f1489(0xff)],
|
_0x45a9e7 = []
|
for (let _0x26dd25 = 0x0, _0x48872d = _0x5edba9[_0x1f1489(0xa8)]; _0x26dd25 < _0x48872d; _0x26dd25++) {
|
let _0x5172c3 = _0x5edba9[_0x1f1489(0xc9)][_0x26dd25]
|
if (!_0x5172c3[_0x1f1489(0xd9)]) continue
|
;(_0x5172c3[_0x1f1489(0xd9)] = ![]),
|
(_0x45a9e7 = _0x5172c3[_0x1f1489(0xf0)][_0x1f1489(0xca)]()),
|
(cartesian4Scratch["x"] = _0x45a9e7[0x0]),
|
(cartesian4Scratch["y"] = _0x45a9e7[0x1]),
|
(cartesian4Scratch["z"] = _0x45a9e7[0x2]),
|
(cartesian4Scratch["w"] = _0x45a9e7[0x3])
|
if (Cesium[_0x1f1489(0xd4)](_0x5172c3[_0x1f1489(0x110)]))
|
this[_0x1f1489(0xdc)][_0x1f1489(0xd0)](_0x5172c3[_0x1f1489(0x110)], 0x0, cartesian4Scratch)
|
else
|
Array[_0x1f1489(0xd3)](_0x5172c3[_0x1f1489(0xba)]) &&
|
_0x5172c3[_0x1f1489(0xba)][_0x1f1489(0xf7)](function (_0x3470da) {
|
const _0x16183e = _0x1f1489
|
_0xc600a9["batchTable"][_0x16183e(0xd0)](_0x3470da, 0x0, cartesian4Scratch)
|
})
|
}
|
let _0x2b6832 = this["idsOperationMap"]
|
for (let _0x1f2730 = 0x0, _0x5d3e18 = _0x2b6832["length"]; _0x1f2730 < _0x5d3e18; _0x1f2730++) {
|
let _0x41226f = _0x2b6832["values"][_0x1f2730]
|
if (!_0x41226f[_0x1f1489(0xd9)]) continue
|
;(_0x41226f[_0x1f1489(0xd9)] = ![]),
|
this[_0x1f1489(0x115)] > 0x0
|
? Array[_0x1f1489(0xd3)](_0x41226f["instanceIds"]) &&
|
_0x41226f[_0x1f1489(0xba)][_0x1f1489(0xf7)](function (_0x34c0a6) {
|
const _0x2ee34e = _0x1f1489
|
_0xc600a9[_0x2ee34e(0xdc)][_0x2ee34e(0xd0)](_0x34c0a6, 0x1, _0x41226f[_0x2ee34e(0xf3)])
|
})
|
: Cesium[_0x1f1489(0xd4)](_0x41226f[_0x1f1489(0x110)]) &&
|
this[_0x1f1489(0xdc)][_0x1f1489(0xd0)](_0x41226f[_0x1f1489(0x110)], 0x1, _0x41226f[_0x1f1489(0xf3)])
|
}
|
}),
|
(RenderEntity["prototype"]["updateObjsColor"] = function (_0x1d78c5) {
|
const _0x2057a9 = _0x4de7b7
|
if (!this[_0x2057a9(0xfc)] || this[_0x2057a9(0xed)][_0x2057a9(0xa8)] < 0x1) return
|
let _0x375856 = this[_0x2057a9(0xed)]["_hash"]
|
for (let _0x2406f3 in _0x375856) {
|
if (!_0x375856["hasOwnProperty"](_0x2406f3)) continue
|
let _0x319e84 = _0x1d78c5[_0x2406f3]
|
if (!Cesium[_0x2057a9(0xd4)](_0x319e84)) continue
|
let _0xdf7d5e = _0x375856[_0x2406f3][0x0]
|
const _0x310694 = _0xdf7d5e[_0x2057a9(0x110)],
|
_0x16fe51 = _0xdf7d5e["instanceIds"]
|
this[_0x2057a9(0xff)][_0x2057a9(0xc7)](_0x2406f3, {
|
batchId: _0x310694,
|
instanceIds: _0x16fe51,
|
color: _0x319e84,
|
dirty: !![]
|
})
|
let _0x157610 = this[_0x2057a9(0xbe)][_0x2057a9(0xf8)](_0x2406f3)
|
!Cesium["defined"](_0x157610) &&
|
(_0x157610 = {
|
batchId: _0x310694,
|
instanceIds: _0x16fe51,
|
operationValue: new Cesium[_0x2057a9(0xbb)](),
|
dirty: !![]
|
}),
|
(_0x157610[_0x2057a9(0xd9)] = !![]),
|
(_0x157610[_0x2057a9(0xf3)]["x"] =
|
_0x319e84 === Cesium["Color"][_0x2057a9(0xf6)] ? _0x157610[_0x2057a9(0xf3)]["x"] & 0xfe : _0x157610["operationValue"]["x"] | 0x1),
|
this[_0x2057a9(0xbe)][_0x2057a9(0xc7)](_0x2406f3, _0x157610),
|
(this[_0x2057a9(0xeb)] = !![])
|
}
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xd7)] = function (_0x16d9de) {
|
const _0x56657d = _0x4de7b7
|
if (!this[_0x56657d(0xfc)] || this[_0x56657d(0xed)][_0x56657d(0xa8)] < 0x1) return
|
let _0x52d705 = this["selectionInfoMap"][_0x56657d(0xc4)]
|
for (let _0x2d3d49 in _0x52d705) {
|
if (!_0x52d705[_0x56657d(0xaa)](_0x2d3d49)) continue
|
if (!_0x16d9de["contains"](_0x2d3d49)) continue
|
let _0x2159c6 = _0x52d705[_0x2d3d49][0x0],
|
_0x231f0d = _0x2159c6[_0x56657d(0x110)],
|
_0x19a40c = _0x2159c6["instanceIds"],
|
_0x2f4647 = _0x16d9de["get"](_0x2d3d49),
|
_0x35c868 = this[_0x56657d(0xbe)][_0x56657d(0xf8)](_0x2d3d49)
|
!Cesium[_0x56657d(0xd4)](_0x35c868) &&
|
(_0x35c868 = {
|
batchId: _0x231f0d,
|
instanceIds: _0x19a40c,
|
operationValue: new Cesium[_0x56657d(0xbb)](),
|
dirty: !![]
|
}),
|
(_0x35c868[_0x56657d(0xd9)] = !![]),
|
(_0x35c868[_0x56657d(0xf3)]["x"] = (_0x35c868[_0x56657d(0xf3)]["x"] & 0x1) | _0x2f4647),
|
this["idsOperationMap"][_0x56657d(0xc7)](_0x2d3d49, _0x35c868),
|
(this["batchTableDirty"] = !![])
|
}
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0x106)] = function (_0x11db0b) {
|
const _0x1440ff = _0x4de7b7
|
if (!this["ready"] || this["selectionInfoMap"][_0x1440ff(0xa8)] < 0x1) return
|
let _0x50d5ca = this[_0x1440ff(0xce)],
|
_0x48c5af = this[_0x1440ff(0xed)][_0x1440ff(0xc4)]
|
for (let _0x36a680 in _0x48c5af) {
|
if (!_0x48c5af["hasOwnProperty"](_0x36a680)) continue
|
if (_0x50d5ca[_0x1440ff(0xb2)][_0x1440ff(0x113)](_0x36a680)) continue
|
let _0xa36dfb = _0x48c5af[_0x36a680][0x0],
|
_0x207414 = _0xa36dfb[_0x1440ff(0x110)],
|
_0x3c696b = _0xa36dfb[_0x1440ff(0xba)],
|
_0x3ba8a1 = this["idsOperationMap"][_0x1440ff(0xf8)](_0x36a680)
|
!Cesium[_0x1440ff(0xd4)](_0x3ba8a1) &&
|
(_0x3ba8a1 = {
|
batchId: _0x207414,
|
instanceIds: _0x3c696b,
|
operationValue: new Cesium[_0x1440ff(0xbb)](),
|
dirty: !![]
|
}),
|
(_0x3ba8a1[_0x1440ff(0xd9)] = !![]),
|
_0x11db0b
|
? (_0x3ba8a1[_0x1440ff(0xf3)]["x"] = _0x3ba8a1[_0x1440ff(0xf3)]["x"] & (_0x4994c3[_0x1440ff(0xde)] ^ _0x4994c3[_0x1440ff(0xc6)]))
|
: (_0x3ba8a1[_0x1440ff(0xf3)]["x"] = _0x3ba8a1["operationValue"]["x"] | _0x4994c3[_0x1440ff(0xc6)]),
|
this[_0x1440ff(0xbe)]["set"](_0x36a680, _0x3ba8a1),
|
_0x3ba8a1[_0x1440ff(0xf3)]["x"] === _0x4994c3["RESET"]
|
? _0x50d5ca[_0x1440ff(0xab)][_0x1440ff(0xa7)](_0x36a680)
|
: (_0x50d5ca[_0x1440ff(0xab)][_0x1440ff(0xc7)](_0x36a680, _0x3ba8a1[_0x1440ff(0xf3)]["x"]),
|
_0x50d5ca[_0x1440ff(0xe0)][_0x1440ff(0xc7)](_0x36a680, !![])),
|
(this[_0x1440ff(0xeb)] = !![])
|
}
|
})
|
function removeDefine(_0x40410a, _0x242009) {
|
const _0x1643a7 = _0x4de7b7
|
let _0x5bca56 = _0x40410a[_0x1643a7(0xd6)][_0x1643a7(0xc0)](_0x242009)
|
_0x5bca56 >= 0x0 && _0x40410a[_0x1643a7(0xd6)]["splice"](_0x5bca56, 0x1)
|
}
|
;(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xbc)] = function (_0x45f252) {
|
const _0x1d8463 = _0x4de7b7
|
if (!this[_0x1d8463(0xfc)]) return
|
let _0x54f01b = this[_0x1d8463(0x10f)]["vertexShaderSource"][_0x1d8463(0xa5)](),
|
_0x1cc022 = this["shaderProgram"][_0x1d8463(0x11e)][_0x1d8463(0xa5)](),
|
_0x46666b = this[_0x1d8463(0xe9)]
|
_0x45f252[_0x1d8463(0xe3)]
|
? _0x1cc022[_0x1d8463(0xd6)][_0x1d8463(0xc0)](_0x1ca8a8[_0x1d8463(0x100)]) === -0x1 &&
|
_0x1cc022[_0x1d8463(0xd6)][_0x1d8463(0xdd)](_0x1ca8a8[_0x1d8463(0x100)])
|
: removeDefine(_0x1cc022, _0x1ca8a8["CLIP"]),
|
this[_0x1d8463(0xce)][_0x1d8463(0xbd)]
|
? _0x1cc022[_0x1d8463(0xd6)][_0x1d8463(0xc0)](_0x1ca8a8[_0x1d8463(0xfb)]) === -0x1 && _0x1cc022["defines"]["push"](_0x1ca8a8[_0x1d8463(0xfb)])
|
: removeDefine(_0x1cc022, _0x1ca8a8[_0x1d8463(0xfb)]),
|
this["shaderProgram"][_0x1d8463(0xa6)](),
|
(this["shaderProgram"] = Cesium["ShaderProgram"][_0x1d8463(0xd5)]({
|
context: this[_0x1d8463(0xce)][_0x1d8463(0x10c)],
|
vertexShaderSource: _0x54f01b,
|
fragmentShaderSource: _0x1cc022,
|
attributeLocations: _0x46666b
|
})),
|
(this[_0x1d8463(0xee)]["shaderProgram"] = this["shaderProgram"])
|
}),
|
(RenderEntity["prototype"][_0x4de7b7(0x108)] = function (_0x575ab0) {
|
const _0x112a14 = _0x4de7b7
|
if (!this[_0x112a14(0xfc)]) return
|
let _0x40d8e4 = this[_0x112a14(0x10f)][_0x112a14(0x107)][_0x112a14(0xa5)](),
|
_0x270809 = this[_0x112a14(0x10f)][_0x112a14(0x11e)][_0x112a14(0xa5)](),
|
_0x3281d4 = this[_0x112a14(0xe9)]
|
_0x575ab0[_0x112a14(0xe3)]
|
? (_0x40d8e4[_0x112a14(0xd6)]["indexOf"](_0x1ca8a8["HYPSOMETRIC"]) === -0x1 &&
|
_0x40d8e4[_0x112a14(0xd6)][_0x112a14(0xdd)](_0x1ca8a8["HYPSOMETRIC"]),
|
_0x270809[_0x112a14(0xd6)]["indexOf"](_0x1ca8a8["HYPSOMETRIC"]) === -0x1 &&
|
_0x270809[_0x112a14(0xd6)][_0x112a14(0xdd)](_0x1ca8a8[_0x112a14(0xef)]))
|
: removeDefine(_0x270809, _0x1ca8a8[_0x112a14(0xef)]),
|
this["shaderProgram"]["destroy"](),
|
(this[_0x112a14(0x10f)] = Cesium["ShaderProgram"][_0x112a14(0xd5)]({
|
context: this[_0x112a14(0xce)][_0x112a14(0x10c)],
|
vertexShaderSource: _0x40d8e4,
|
fragmentShaderSource: _0x270809,
|
attributeLocations: _0x3281d4
|
})),
|
(this[_0x112a14(0xee)][_0x112a14(0x10f)] = this[_0x112a14(0x10f)])
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0x102)] = function (_0x45fee3) {
|
const _0x10bf8e = _0x4de7b7
|
if (!this["ready"]) return
|
let _0x29fe5f = this[_0x10bf8e(0x10f)]["vertexShaderSource"][_0x10bf8e(0xa5)](),
|
_0x461913 = this[_0x10bf8e(0x10f)]["fragmentShaderSource"][_0x10bf8e(0xa5)](),
|
_0x520434 = this[_0x10bf8e(0xe9)]
|
_0x45fee3[_0x10bf8e(0xe3)]
|
? _0x461913[_0x10bf8e(0xd6)][_0x10bf8e(0xc0)](_0x1ca8a8["APPLY_SWIPE"]) === -0x1 &&
|
_0x461913[_0x10bf8e(0xd6)][_0x10bf8e(0xdd)](_0x1ca8a8["APPLY_SWIPE"])
|
: removeDefine(_0x461913, _0x1ca8a8[_0x10bf8e(0xb4)]),
|
this[_0x10bf8e(0x10f)]["destroy"](),
|
(this[_0x10bf8e(0x10f)] = Cesium["ShaderProgram"][_0x10bf8e(0xd5)]({
|
context: this[_0x10bf8e(0xce)]["context"],
|
vertexShaderSource: _0x29fe5f,
|
fragmentShaderSource: _0x461913,
|
attributeLocations: _0x520434
|
})),
|
(this[_0x10bf8e(0xee)][_0x10bf8e(0x10f)] = this[_0x10bf8e(0x10f)])
|
}),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0xb1)] = function (_0x328837) {
|
const _0x4c4ddc = _0x4de7b7
|
if (!this[_0x4c4ddc(0xfc)]) return
|
let _0x231a2f = this[_0x4c4ddc(0x10f)][_0x4c4ddc(0x107)][_0x4c4ddc(0xa5)](),
|
_0x1c6743 = this["shaderProgram"][_0x4c4ddc(0x11e)][_0x4c4ddc(0xa5)](),
|
_0x40439b = this[_0x4c4ddc(0xe9)]
|
_0x328837[_0x4c4ddc(0xe3)]
|
? _0x231a2f["defines"][_0x4c4ddc(0xc0)](_0x1ca8a8[_0x4c4ddc(0x112)]) === -0x1 &&
|
_0x231a2f[_0x4c4ddc(0xd6)]["push"](_0x1ca8a8[_0x4c4ddc(0x112)])
|
: removeDefine(_0x231a2f, _0x1ca8a8[_0x4c4ddc(0x112)]),
|
this[_0x4c4ddc(0x10f)][_0x4c4ddc(0xa6)](),
|
(this[_0x4c4ddc(0x10f)] = Cesium[_0x4c4ddc(0x11f)][_0x4c4ddc(0xd5)]({
|
context: this[_0x4c4ddc(0xce)][_0x4c4ddc(0x10c)],
|
vertexShaderSource: _0x231a2f,
|
fragmentShaderSource: _0x1c6743,
|
attributeLocations: _0x40439b
|
})),
|
(this[_0x4c4ddc(0xee)]["shaderProgram"] = this["shaderProgram"])
|
}),
|
(RenderEntity[_0x4de7b7(0x114)]["createCommand"] = Cesium["DeveloperError"]["throwInstantiationError"]),
|
(RenderEntity[_0x4de7b7(0x114)][_0x4de7b7(0x118)] = Cesium["DeveloperError"][_0x4de7b7(0xb8)]),
|
(RenderEntity[_0x4de7b7(0x114)]["isDestroyed"] = Cesium["DeveloperError"][_0x4de7b7(0xb8)]),
|
(RenderEntity[_0x4de7b7(0x114)]["destroy"] = Cesium[_0x4de7b7(0x11c)][_0x4de7b7(0xb8)])
|
|
const _0x121f = [
|
"length",
|
"161051kcXmuZ",
|
"indexBufferToCreate",
|
"layer",
|
"RenderState",
|
"466SNboAo",
|
"primitiveType",
|
"291247bwLAlj",
|
"arrIndexPackage",
|
"create",
|
"constructor",
|
"Cartesian4",
|
"indexBuffer",
|
"LineColor",
|
"geoMatrix",
|
"shaderProgram",
|
"1DSoPXy",
|
"shaderProgramToCreate",
|
"vertexPackage",
|
"commandList",
|
"material",
|
"uniformMap",
|
"LESS_OR_EQUAL",
|
"vertexBufferToCreate",
|
"bTransparentSorting",
|
"fromCache",
|
"colorCommand",
|
"createShaderProgram",
|
"_hypsometric",
|
"ColorTableMinKey",
|
"clone",
|
"1ZkpIFp",
|
"setting",
|
"boundingVolume",
|
"texture",
|
"createBuffers",
|
"selectionInfoMap",
|
"noValueColor",
|
"5839ARiDWa",
|
"DrawCommand",
|
"drawingBufferHeight",
|
"textures",
|
"defined",
|
"BoundingSphere",
|
"Pass",
|
"width",
|
"2KTcIpf",
|
"instanceCount",
|
"389479lCveGT",
|
"252691ifHdIV",
|
"initLayerSetting",
|
"MinVisibleValue",
|
"destroyObject",
|
"Opacity",
|
"ready",
|
"drawingBufferWidth",
|
"call",
|
"_clipMode",
|
"vertexArray",
|
"bounds",
|
"isDestroyed",
|
"6430bVGJgA",
|
"LineInterval",
|
"53uCgKWj",
|
"_swipeRegion",
|
"prototype",
|
"DepthFunction",
|
"1041bMWySv",
|
"destroy",
|
"_clipPlane",
|
"modelMatrix",
|
"VertexArray",
|
"invGeoMatrix",
|
"push",
|
"createCommand",
|
"BlendingState"
|
]
|
const _0x5d05dc = _0xc0ad
|
;(function (_0x46ae33, _0x5c371d) {
|
const _0x2e4206 = _0xc0ad
|
while (!![]) {
|
try {
|
const _0x2c720d =
|
parseInt(_0x2e4206(0x191)) * -parseInt(_0x2e4206(0x183)) +
|
parseInt(_0x2e4206(0x1ab)) * parseInt(_0x2e4206(0x170)) +
|
-parseInt(_0x2e4206(0x16e)) * parseInt(_0x2e4206(0x166)) +
|
-parseInt(_0x2e4206(0x19c)) * parseInt(_0x2e4206(0x193)) +
|
parseInt(_0x2e4206(0x18d)) +
|
parseInt(_0x2e4206(0x171)) +
|
-parseInt(_0x2e4206(0x17f)) * -parseInt(_0x2e4206(0x17d))
|
if (_0x2c720d === _0x5c371d) break
|
else _0x46ae33["push"](_0x46ae33["shift"]())
|
} catch (_0x6f4069) {
|
_0x46ae33["push"](_0x46ae33["shift"]())
|
}
|
}
|
})(_0x121f, 0x56e8c)
|
function _0xc0ad(_0x131e4b, _0x505b96) {
|
_0x131e4b = _0x131e4b - 0x164
|
let _0x121fff = _0x121f[_0x131e4b]
|
return _0x121fff
|
}
|
function S3MObliqueRenderEntity(_0x5541d8) {
|
const _0x33b98a = _0xc0ad
|
RenderEntity[_0x33b98a(0x178)](this, _0x5541d8), (this["vs"] = _0x20fcfa), (this["fs"] = _0x1ab936)
|
}
|
;(S3MObliqueRenderEntity["prototype"] = Object[_0x5d05dc(0x195)](RenderEntity["prototype"])),
|
(S3MObliqueRenderEntity[_0x5d05dc(0x181)][_0x5d05dc(0x196)] = RenderEntity)
|
function getOpaqueRenderState() {
|
const _0x22be8e = _0x5d05dc
|
return Cesium[_0x22be8e(0x190)][_0x22be8e(0x1a5)]({
|
cull: {
|
enabled: !![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x22be8e(0x182)][_0x22be8e(0x1a2)]
|
},
|
blending: Cesium[_0x22be8e(0x18b)]["ALPHA_BLEND"]
|
})
|
}
|
let hypMinMaxValueScratch = new Cesium["Cartesian4"](),
|
hypOpacityIntervalFillModeScratch = new Cesium["Cartesian4"](),
|
swipRegionScratch = new Cesium[_0x5d05dc(0x197)]()
|
function getUniformMap(_0x2dd1c9, _0x15a0ce, _0x273625) {
|
return {
|
uGeoMatrix: function () {
|
const _0x31deac = _0xc0ad
|
return _0x273625[_0x31deac(0x19a)]
|
},
|
uInverseGeoMatrix: function () {
|
const _0x169e86 = _0xc0ad
|
return _0x273625[_0x169e86(0x188)]
|
},
|
uTexture: function () {
|
const _0x382693 = _0xc0ad
|
return _0x2dd1c9[_0x382693(0x169)][0x0]
|
},
|
uTexture0Width: function () {
|
const _0x2eee93 = _0xc0ad
|
return _0x2dd1c9[_0x2eee93(0x169)][0x0][_0x2eee93(0x16d)]
|
},
|
uClipMode: function () {
|
const _0x29f8d1 = _0xc0ad
|
return _0x15a0ce[_0x29f8d1(0x179)]
|
},
|
uClipPlanes: function () {
|
const _0x29351f = _0xc0ad
|
return _0x15a0ce[_0x29351f(0x185)]
|
},
|
uHypsometricTexture: function () {
|
const _0x3ea2da = _0xc0ad
|
return _0x15a0ce[_0x3ea2da(0x1a8)][_0x3ea2da(0x1ae)]
|
},
|
uHypLineColor: function () {
|
const _0x5649b7 = _0xc0ad
|
return _0x15a0ce[_0x5649b7(0x1a8)][_0x5649b7(0x1ac)][_0x5649b7(0x199)]
|
},
|
uNoValueColor: function () {
|
const _0x4c3f29 = _0xc0ad
|
return _0x15a0ce[_0x4c3f29(0x1a8)]["setting"][_0x4c3f29(0x165)]
|
},
|
uMinMaxValue: function () {
|
const _0x219fcd = _0xc0ad
|
let _0x34de8b = _0x15a0ce["_hypsometric"][_0x219fcd(0x1ac)]
|
return (
|
(hypMinMaxValueScratch["x"] = _0x34de8b[_0x219fcd(0x1a9)]),
|
(hypMinMaxValueScratch["y"] = _0x34de8b["ColorTableMaxKey"]),
|
(hypMinMaxValueScratch["z"] = _0x34de8b[_0x219fcd(0x173)]),
|
(hypMinMaxValueScratch["w"] = _0x34de8b["MaxVisibleValue"]),
|
hypMinMaxValueScratch
|
)
|
},
|
uOpacityIntervalFillMode: function () {
|
const _0xbabab9 = _0xc0ad
|
let _0x57d81f = _0x15a0ce[_0xbabab9(0x1a8)]["setting"]
|
return (
|
(hypOpacityIntervalFillModeScratch["x"] = _0x57d81f[_0xbabab9(0x175)]),
|
(hypOpacityIntervalFillModeScratch["y"] = _0x57d81f[_0xbabab9(0x17e)]),
|
(hypOpacityIntervalFillModeScratch["z"] = _0x57d81f["DisplayMode"]),
|
hypOpacityIntervalFillModeScratch
|
)
|
},
|
uFlattenRect: function () {
|
const _0x2066e3 = _0xc0ad
|
return _0x15a0ce["_flattenPar"][_0x2066e3(0x17b)]
|
},
|
uFlattenTexture: function () {
|
const _0x31be87 = _0xc0ad
|
return _0x15a0ce["_flattenPar"][_0x31be87(0x1ae)]
|
},
|
uSwipeRegion: function () {
|
const _0x4e708c = _0xc0ad,
|
_0x4f269f = _0x15a0ce["context"]
|
return (
|
(swipRegionScratch["x"] = _0x15a0ce[_0x4e708c(0x180)]["x"] * _0x4f269f[_0x4e708c(0x177)]),
|
(swipRegionScratch["y"] = (0x1 - _0x15a0ce[_0x4e708c(0x180)]["y"]) * _0x4f269f[_0x4e708c(0x168)]),
|
(swipRegionScratch["z"] = _0x15a0ce[_0x4e708c(0x180)]["z"] * _0x4f269f["drawingBufferWidth"]),
|
(swipRegionScratch["w"] = (0x1 - _0x15a0ce[_0x4e708c(0x180)]["w"]) * _0x4f269f["drawingBufferHeight"]),
|
swipRegionScratch
|
)
|
}
|
}
|
}
|
;(S3MObliqueRenderEntity[_0x5d05dc(0x181)][_0x5d05dc(0x18a)] = function () {
|
const _0x1c5208 = _0x5d05dc
|
if (
|
Cesium[_0x1c5208(0x16a)](this[_0x1c5208(0x1a6)]) ||
|
this[_0x1c5208(0x1a3)][_0x1c5208(0x18c)] !== 0x0 ||
|
this[_0x1c5208(0x18e)][_0x1c5208(0x18c)] !== 0x0 ||
|
this[_0x1c5208(0x19d)][_0x1c5208(0x18c)] !== 0x0
|
)
|
return
|
let _0x211005 = this[_0x1c5208(0x18f)],
|
_0x5b18fb = _0x211005["context"],
|
_0x327b56 = this["vertexPackage"],
|
_0x146148 = this["arrIndexPackage"],
|
_0x27d8f3 = _0x327b56["vertexAttributes"]
|
if (_0x146148[_0x1c5208(0x18c)] < 0x1) return
|
let _0x638180 = _0x146148[0x0],
|
_0x32f4d3 = this["material"]
|
;(this[_0x1c5208(0x17a)] = new Cesium[_0x1c5208(0x187)]({
|
context: _0x5b18fb,
|
attributes: _0x27d8f3,
|
indexBuffer: _0x638180[_0x1c5208(0x198)]
|
})),
|
(this[_0x1c5208(0x1a6)] = new Cesium[_0x1c5208(0x167)]({
|
primitiveType: _0x638180[_0x1c5208(0x192)],
|
modelMatrix: this[_0x1c5208(0x186)],
|
boundingVolume: Cesium[_0x1c5208(0x16b)][_0x1c5208(0x1aa)](this[_0x1c5208(0x1ad)]),
|
vertexArray: this[_0x1c5208(0x17a)],
|
shaderProgram: this[_0x1c5208(0x19b)],
|
pass: _0x32f4d3[_0x1c5208(0x1a4)] ? Cesium[_0x1c5208(0x16c)]["TRANSLUCENT"] : Cesium["Pass"]["OPAQUE"],
|
renderState: getOpaqueRenderState(),
|
instanceCount: _0x327b56[_0x1c5208(0x16f)]
|
})),
|
(this[_0x1c5208(0x1a6)][_0x1c5208(0x1a1)] = getUniformMap(_0x32f4d3, _0x211005, this)),
|
(this[_0x1c5208(0x19e)] = undefined),
|
(this[_0x1c5208(0x194)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
(this[_0x1c5208(0x176)] = !![])
|
}),
|
(S3MObliqueRenderEntity[_0x5d05dc(0x181)]["update"] = function (_0x221c88, _0x531987) {
|
const _0x10a9a6 = _0x5d05dc
|
if (!this[_0x10a9a6(0x176)]) {
|
this[_0x10a9a6(0x1af)](_0x221c88), this[_0x10a9a6(0x1a7)](_0x221c88), this["createCommand"](_0x221c88), this[_0x10a9a6(0x172)](_0x531987)
|
return
|
}
|
_0x221c88[_0x10a9a6(0x19f)][_0x10a9a6(0x189)](this[_0x10a9a6(0x1a6)])
|
}),
|
(S3MObliqueRenderEntity["prototype"]["isDestroyed"] = function () {
|
return ![]
|
}),
|
(S3MObliqueRenderEntity[_0x5d05dc(0x181)][_0x5d05dc(0x184)] = function () {
|
const _0x1657d3 = _0x5d05dc
|
return (
|
(this["shaderProgram"] = this[_0x1657d3(0x19b)] && !this[_0x1657d3(0x19b)]["isDestroyed"]() && this[_0x1657d3(0x19b)][_0x1657d3(0x184)]()),
|
(this[_0x1657d3(0x17a)] =
|
this[_0x1657d3(0x17a)] && !this[_0x1657d3(0x17a)][_0x1657d3(0x17c)]() && this[_0x1657d3(0x17a)][_0x1657d3(0x184)]()),
|
(this["material"] = this[_0x1657d3(0x1a0)] && !this[_0x1657d3(0x1a0)]["isDestroyed"]() && this[_0x1657d3(0x1a0)][_0x1657d3(0x184)]()),
|
(this[_0x1657d3(0x1a6)] = undefined),
|
(this[_0x1657d3(0x19e)] = null),
|
(this[_0x1657d3(0x194)] = null),
|
(this[_0x1657d3(0x186)] = undefined),
|
(this["pickInfo"] = undefined),
|
(this[_0x1657d3(0x164)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
Cesium[_0x1657d3(0x174)](this)
|
)
|
})
|
|
var _0x1d65 = [
|
"39383gDKpvL",
|
"1523052mwjaCL",
|
"66581ZmESwK",
|
"1756389SWxgtf",
|
"1622767AZNGMk",
|
"1HslPiz",
|
"880133vXOiCl",
|
"17QBuEHU",
|
"124SskJms",
|
"72515bonaWb",
|
"9YSCnen"
|
]
|
;(function (_0x1a4e1d, _0x399458) {
|
var _0x24d5f4 = _0x1711
|
while (!![]) {
|
try {
|
var _0x202cdf =
|
-parseInt(_0x24d5f4(0x1e8)) * -parseInt(_0x24d5f4(0x1ed)) +
|
-parseInt(_0x24d5f4(0x1e7)) +
|
-parseInt(_0x24d5f4(0x1e9)) +
|
-parseInt(_0x24d5f4(0x1ec)) * parseInt(_0x24d5f4(0x1eb)) +
|
parseInt(_0x24d5f4(0x1ef)) * parseInt(_0x24d5f4(0x1e5)) +
|
-parseInt(_0x24d5f4(0x1ea)) +
|
parseInt(_0x24d5f4(0x1ee)) * parseInt(_0x24d5f4(0x1e6))
|
if (_0x202cdf === _0x399458) break
|
else _0x1a4e1d["push"](_0x1a4e1d["shift"]())
|
} catch (_0x40d733) {
|
_0x1a4e1d["push"](_0x1a4e1d["shift"]())
|
}
|
}
|
})(_0x1d65, 0xd839f)
|
function _0x1711(_0x46df20, _0x364cd0) {
|
_0x46df20 = _0x46df20 - 0x1e5
|
var _0x1d65fc = _0x1d65[_0x46df20]
|
return _0x1d65fc
|
}
|
var _0x1bfb0f =
|
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20\x20\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20xywh\x20=\x20atlas_batchTable_xywh(aTextureBatchId0,\x20batchTextureAtlas,\x20batchTextureAtlasStep);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20getTexAtlasParameter(xywh,\x20uTexAtlasDim.xy,\x20vTexAtlasTran.xy,\x20vTexAtlasScale.xy,\x20vTexAtlasSize.xy,\x20vMaxMipLevel.x);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix\x20=\x20vec4(0.0,0.0,1.0,0.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexCoordTransform.x\x20=\x20aTexCoord0.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vTexCoordTransform.x\x20<\x20-90000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix.z\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20getTextureMatrixFromZValue(floor(vTexCoordTransform.x),\x20vTexMatrix.x,\x20vTexMatrix.y,\x20vTexMatrix.z);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix.w\x20=\x20log2(uTexture0Width\x20*\x20vTexMatrix.z);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20#ifdef\x20TexCoord2\x0a\x20\x20\x20\x20#ifdef\x20TextureAtlas\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(aTextureBatchIdSec\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vMaxMipLevel.y\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20xywh2\x20=\x20atlas_batchTable_xywh(aTextureBatchIdSec,\x20batchTextureAtlasSec,\x20batchTextureAtlasStepSec);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20getTexAtlasParameter(xywh2,\x20uTexAtlasDim.zw,\x20vTexAtlasTran.zw,\x20vTexAtlasScale.zw,\x20vTexAtlasSize.zw,\x20vMaxMipLevel.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexCoord.zw\x20=\x20aTexCoord1.xy;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix2\x20=\x20vec4(0.0,0.0,1.0,0.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexCoordTransform.y\x20=\x20aTexCoord1.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(vTexCoordTransform.y\x20<\x20-90000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix2.z\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20getTextureMatrixFromZValue(floor(vTexCoordTransform.y),\x20vTexMatrix2.x,\x20vTexMatrix2.y,\x20vTexMatrix2.z);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vTexMatrix2.w\x20=\x20log2(uTexture1Width\x20*\x20vTexMatrix.z);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20vertexPos\x20=\x20aPosition;\x0a#ifdef\x20FLATTEN\x0a\x20\x20\x20\x20vertexPos\x20=\x20calculateHeight(vertexPos);\x0a#endif\x0a\x20\x20\x20\x20vec4\x20vertexColor\x20=\x20vec4(1.0);\x0a#ifdef\x20VertexColor\x0a\x20\x20\x20\x20vertexColor\x20=\x20aColor;\x0a#endif\x0a\x20\x20\x20\x20#ifdef\x20Instance\x0a\x20\x20\x20\x20\x20\x20\x20\x20mat4\x20worldMatrix;\x0a\x20\x20\x20\x20\x20\x20\x20\x20worldMatrix[0]\x20=\x20uv2;\x0a\x20\x20\x20\x20\x20\x20\x20\x20worldMatrix[1]\x20=\x20uv3;\x0a\x20\x20\x20\x20\x20\x20\x20\x20worldMatrix[2]\x20=\x20uv4;\x0a\x20\x20\x20\x20\x20\x20\x20\x20worldMatrix[3]\x20=\x20vec4(0,\x200,\x200,\x201);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vertexPos\x20=\x20vec4(vertexPos.xyz,1.0)\x20*\x20worldMatrix;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vertexColor\x20*=\x20secondary_colour;\x20\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#ifdef\x20Instance\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20index\x20=\x20instanceId;\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20index\x20=\x20batchId;\x0a\x20\x20\x20\x20#endif\x20\x20\x0a\x20\x20\x20\x20#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20\x20\x20\x20\x20wValue\x20=\x20vertexPos.w;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20operationType\x20=\x20s3m_batchTable_operation(index);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20objsColor\x20=\x20s3m_batchTable_color(index);\x0a\x20\x20\x20\x20\x20\x20\x20\x20operation(operationType,\x20objsColor,\x20uSelectedColor,\x20vertexColor);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vSecondColor\x20=\x20s3m_batchTable_pickColor(index);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20positionMC\x20=\x20vec4(vertexPos.xyz,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vColor\x20=\x20vertexColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vNormalEC\x20=\x20czm_normal\x20*\x20aNormal;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vPositionMC\x20=\x20positionMC;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vPositionEC\x20=\x20(czm_modelView\x20*\x20positionMC).xyz;\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_Position\x20=\x20czm_modelViewProjection\x20*\x20vec4(vertexPos.xyz,\x201.0);\x0a\x20\x20\x20\x20}\x0a"
|
|
var _0x1b85 = [
|
"18pesccb",
|
"52648FzoYjk",
|
"711234LjLKxa",
|
"\x0a#ifdef\x20GL_OES_standard_derivatives\x0a#extension\x20GL_OES_standard_derivatives\x20:\x20enable\x0a#endif\x0a#ifdef\x20GL_EXT_shader_texture_lod\x0a#extension\x20GL_EXT_shader_texture_lod\x20:\x20enable\x0a#endif\x0a\x20\x20\x20\x20uniform\x20vec4\x20uDiffuseColor;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uAmbientColor;\x0a#ifdef\x20TexCoord\x0a\x20\x20\x20\x20uniform\x20sampler2D\x20uTexture;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoord;\x0a#ifdef\x20TextureAtlas\x0a\x20\x20\x20\x20uniform\x20vec4\x20uTexAtlasDim;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexAtlasTran;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexAtlasScale;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexAtlasSize;\x0a\x20\x20\x20\x20varying\x20vec2\x20vMaxMipLevel;\x0a#else\x0a\x20\x20\x20\x20uniform\x20float\x20uTexture0Width;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexCoordTransform;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexMatrix;\x0a#endif\x0a#endif\x0a\x0a\x20\x20\x20\x20varying\x20vec4\x20vColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vSecondColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vPositionMC;\x0a\x20\x20\x20\x20varying\x20vec3\x20vPositionEC;\x0a\x20\x20\x20\x20varying\x20vec3\x20vNormalEC;\x0a#ifdef\x20TexCoord2\x0a\x20\x20\x20\x20uniform\x20sampler2D\x20uTexture2;\x0a\x20\x20\x20\x20uniform\x20float\x20uTexture1Width;\x0a\x20\x20\x20\x20varying\x20vec4\x20vTexMatrix2;\x0a#endif\x20\x0a\x20\x20\x20\x20void\x20calculateMipLevel(in\x20vec2\x20inTexCoord,\x20in\x20float\x20vecTile,\x20in\x20float\x20fMaxMip,\x20inout\x20float\x20mipLevel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dx\x20=\x20dFdx(inTexCoord\x20*\x20vecTile);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dy\x20=\x20dFdy(inTexCoord\x20*\x20vecTile);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotX\x20=\x20dot(dx,\x20dx);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotY\x20=\x20dot(dy,\x20dy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMax\x20=\x20max(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMin\x20=\x20min(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x20(dMax\x20-\x20dMin)\x20/\x20(dMax\x20+\x20dMin);\x0a\x20\x20\x20\x20\x20\x20\x20\x20offset\x20=\x20clamp(offset,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20d\x20=\x20dMax\x20*\x20(1.0\x20-\x20offset)\x20+\x20dMin\x20*\x20offset;\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x200.5\x20*\x20log2(d);\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x20clamp(mipLevel,\x200.0,\x20fMaxMip\x20-\x201.62);\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20void\x20calculateMipLevel(in\x20vec2\x20inTexCoord,\x20in\x20vec2\x20vecTile,\x20in\x20float\x20fMaxMip,\x20inout\x20float\x20mipLevel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dx\x20=\x20dFdx(inTexCoord\x20*\x20vecTile.x);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20dy\x20=\x20dFdy(inTexCoord\x20*\x20vecTile.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotX\x20=\x20dot(dx,\x20dx);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dotY\x20=\x20dot(dy,\x20dy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMax\x20=\x20max(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dMin\x20=\x20min(dotX,\x20dotY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x20(dMax\x20-\x20dMin)\x20/\x20(dMax\x20+\x20dMin);\x0a\x20\x20\x20\x20\x20\x20\x20\x20offset\x20=\x20clamp(offset,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20d\x20=\x20dMax\x20*\x20(1.0\x20-\x20offset)\x20+\x20dMin\x20*\x20offset;\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x200.5\x20*\x20log2(d);\x0a\x20\x20\x20\x20\x20\x20\x20\x20mipLevel\x20=\x20clamp(mipLevel,\x200.0,\x20fMaxMip\x20-\x201.62);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20void\x20calculateTexCoord(in\x20vec3\x20inTexCoord,\x20in\x20float\x20scale,\x20in\x20float\x20XTran,\x20in\x20float\x20YTran,\x20in\x20float\x20fTile,\x20in\x20float\x20mipLevel,\x20inout\x20vec2\x20outTexCoord)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(inTexCoord.z\x20<\x20-9000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord\x20=\x20inTexCoord.xy;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20fTexCoord\x20=\x20fract(inTexCoord.xy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20offset\x20=\x201.0\x20*\x20pow(2.0,\x20mipLevel)\x20/\x20fTile;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20fTexCoord\x20=\x20clamp(fTexCoord,\x20offset,\x201.0\x20-\x20offset);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord.x\x20=\x20(fTexCoord.x\x20+\x20XTran)\x20*\x20scale;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20outTexCoord.y\x20=\x20(fTexCoord.y\x20+\x20YTran)\x20*\x20scale;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20getTexColorForS3M(sampler2D\x20curTexture,\x20vec3\x20oriTexCoord,\x20float\x20texTileWidth,\x20float\x20fMaxMipLev,\x20float\x20fTexCoordScale,\x20vec2\x20vecTexCoordTranslate)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20color\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20mipLevel\x20=\x200.0;\x0a\x20\x20\x20\x20#ifdef\x20GL_OES_standard_derivatives\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateMipLevel(oriTexCoord.xy,\x20texTileWidth,\x20fMaxMipLev,\x20mipLevel);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20realTexCoord;\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateTexCoord(oriTexCoord,\x20fTexCoordScale,\x20vecTexCoordTranslate.x,\x20vecTexCoordTranslate.y,\x20texTileWidth,\x20mipLevel,\x20realTexCoord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(oriTexCoord.z\x20<\x20-9000.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2D(curTexture,\x20realTexCoord.xy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#ifdef\x20GL_EXT_shader_texture_lod\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2DLodEXT(curTexture,\x20realTexCoord.xy,\x20mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20texture2D(curTexture,\x20realTexCoord.xy,\x20mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20color;\x0a\x20\x20\x20\x20}\x0a#ifdef\x20TexCoord\x0a#ifdef\x20TextureAtlas\x0a\x20\x20\x20\x20vec4\x20getTextureAtlasColor(sampler2D\x20texture,\x20vec2\x20uv,\x20vec2\x20texDim,\x20vec2\x20texTran,\x20vec2\x20texScale,\x20float\x20maxMipLevel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(maxMipLevel\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20colorCeil\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20mipLevel\x20=\x200.0;\x0a\x20\x20\x20\x20#ifdef\x20GL_OES_standard_derivatives\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateMipLevel(uv,\x20texDim,\x20maxMipLevel,\x20mipLevel);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20ceilMipLevel\x20=\x20ceil(mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20translate\x20=\x20vec2(texTran.x,\x20texTran.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20temp;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(ceilMipLevel\x20>\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20translate.x\x20=\x20texTran.x\x20+\x20texScale.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20temp\x20=\x20pow(2.0,\x20ceilMipLevel\x20-\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20translate.y\x20=\x20texTran.y\x20+\x20texScale.y\x20*\x20(temp\x20-\x201.0)\x20/\x20temp;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20scale\x20=\x201.0\x20/\x20pow(2.0,\x20ceilMipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20texcoord\x20=\x20fract(uv);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offsetX\x20=\x20pow(2.0,\x20ceilMipLevel)\x20/\x20texDim.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20offsetY\x20=\x20pow(2.0,\x20ceilMipLevel)\x20/\x20texDim.y;\x0a\x20\x20\x20\x20\x20\x20\x20\x20texcoord.x\x20=\x20clamp(texcoord.x,\x200.0\x20+\x20offsetX,\x201.0\x20-\x20offsetX);\x0a\x20\x20\x20\x20\x20\x20\x20\x20texcoord.y\x20=\x20clamp(texcoord.y,\x200.0\x20+\x20offsetY,\x201.0\x20-\x20offsetY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20texcoord.x\x20=\x20texcoord.x\x20*\x20texScale.x\x20*\x20scale\x20+\x20translate.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20texcoord.y\x20=\x20texcoord.y\x20*\x20texScale.y\x20*\x20scale\x20+\x20translate.y;\x0a\x20\x20\x20\x20#ifdef\x20GL_EXT_shader_texture_lod\x0a\x20\x20\x20\x20\x20\x20\x20\x20colorCeil\x20=\x20texture2DLodEXT(texture,\x20texcoord.xy,\x200.0);\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20colorCeil\x20=\x20texture2D(texture,\x20texcoord.xy,\x200.0);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20colorFloor\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20floorMipLevel\x20=\x20floor(mipLevel);\x0a\x20\x20\x20\x20\x20\x20\x20\x20translate\x20=\x20vec2(texTran.x,\x20texTran.y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(floorMipLevel\x20>\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20translate.x\x20=\x20texTran.x\x20+\x20texScale.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20temp\x20=\x20pow(2.0,\x20floorMipLevel\x20-\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20translate.y\x20=\x20texTran.y\x20+\x20texScale.y\x20*\x20(temp\x20-\x201.0)\x20/\x20temp;\x0a\x20\x20\x20\x20\x20\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20\x20\x20\x20\x20\x20\x20\x20float\x20x\x20=\x20fract(finalCoord*16.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(y\x20>\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20x\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20contourCoord\x20=\x20vec2(x,\x20y);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20texture2D(uHypsometricTexture,\x20contourCoord);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20vec4\x20getContourMapColor(vec4\x20oriColor,\x20float\x20fValue)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20contourMapColor\x20=\x20vec4(0.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20finalOpacity\x20=\x20uOpacityIntervalFillMode.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20minVisibleValue\x20=\x20uMinMaxValue.z;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20maxVisibleValue\x20=\x20uMinMaxValue.w;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fillMode\x20=\x20uOpacityIntervalFillMode.z;\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(fValue\x20>\x20maxVisibleValue\x20+\x204.0\x20||\x20fValue\x20<\x20minVisibleValue\x20-\x204.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20uNoValueColor\x20*\x20oriColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(fillMode\x20>\x202.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20mix_con\x20=\x20computeMixCon(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20mix(computeContourMapColor(fValue),\x20uHypLineColor,\x20mix_con);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(fillMode\x20>\x201.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20finalOpacity\x20=\x20computeMixCon(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20uHypLineColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(fillMode\x20>\x200.9)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20contourMapColor\x20=\x20computeContourMapColor(fValue);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20finalOpacity\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20finalColor\x20=\x20mix(oriColor,\x20contourMapColor,\x20finalOpacity);\x0a\x20\x20\x20\x20#ifdef\x20PT_CLOUD\x0a\x20\x20\x20\x20\x20\x20\x20\x20finalColor\x20=\x20mix(vec4(1.0,1.0,1.0,1.0),\x20contourMapColor,\x20finalOpacity);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20finalColor;\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a\x20\x20\x20\x20void\x20rollerShutter(vec2\x20coord,\x20vec4\x20region)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20f\x20=\x20step(region.xw,\x20coord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20s\x20=\x20step(coord,\x20region.zy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(f.x\x20*\x20f.y\x20*\x20s.x\x20*\x20s.y\x20<\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x20\x20vec3\x20computeNormal(in\x20vec3\x20oriVertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20normal\x20=\x20cross(vec3(dFdx(oriVertex.x),\x20dFdx(oriVertex.y),\x20dFdx(oriVertex.z)),\x20vec3(dFdy(oriVertex.x),\x20dFdy(oriVertex.y),\x20dFdy(oriVertex.z)));\x0a\x20\x20\x20\x20\x20\x20\x20\x20normal\x20=\x20normalize(normal);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20normal;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20void\x20main()\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20if(vColor.a\x20<\x200.1)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20}\x20\x0a\x20\x20\x20\x20#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20\x20\x20\x20\x20rollerShutter(gl_FragCoord.xy,\x20uSwipeRegion);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20baseColorWithAlpha\x20=\x20vColor;\x0a\x20\x20\x20\x20#ifdef\x20TexCoord\x0a\x20\x20\x20\x20#ifdef\x20TextureAtlas\x0a\x20\x20\x20\x20\x20\x20\x20\x20baseColorWithAlpha\x20*=\x20getTextureAtlasColor(uTexture,\x20vTexCoord.xy,\x20vTexAtlasSize.xy,\x20vTexAtlasTran.xy,\x20vTexAtlasScale.xy,\x20vMaxMipLevel.x);\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20baseColorWithAlpha\x20*=\x20getTextureColor();\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(baseColorWithAlpha.a\x20<\x200.1)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20baseColorWithAlpha\x20=\x20SRGBtoLINEAR4(baseColorWithAlpha);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20ng\x20=\x20normalize(vNormalEC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20ng\x20=\x20length(ng)\x20>\x200.1\x20?\x20ng\x20:\x20computeNormal(vPositionMC.xyz);\x0a\x20\x20\x20\x20#ifdef\x20HAS_NORMAL_TEXTURE\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20pos_dx\x20=\x20dFdx(vPositionEC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20pos_dy\x20=\x20dFdy(vPositionEC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20tex_dx\x20=\x20dFdx(vec3(vTexCoord.xy,\x200.0));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20tex_dy\x20=\x20dFdy(vec3(vTexCoord.xy,\x200.0));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20t\x20=\x20(tex_dy.t\x20*\x20pos_dx\x20-\x20tex_dx.t\x20*\x20pos_dy)\x20/\x20(tex_dx.s\x20*\x20tex_dy.t\x20-\x20tex_dy.s\x20*\x20tex_dx.t);\x0a\x20\x20\x20\x20\x20\x20\x20\x20t\x20=\x20normalize(t\x20-\x20ng\x20*\x20dot(ng,\x20t));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20b\x20=\x20normalize(cross(ng,\x20t));\x0a\x20\x20\x20\x20\x20\x20\x20\x20mat3\x20tbn\x20=\x20mat3(t,\x20b,\x20ng);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20n\x20=\x20texture2D(uNormalTexture,\x20vTexCoord.xy).rgb;\x0a\x20\x20\x20\x20\x20\x20\x20\x20n\x20=\x20normalize(tbn\x20*\x20(2.0\x20*\x20n\x20-\x201.0));\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20n\x20=\x20ng;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20baseColor\x20=\x20baseColorWithAlpha.rgb;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20roughness\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20metalness\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20v\x20=\x20-normalize(vPositionEC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20lightColorHdr\x20=\x20vec3(5.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20l\x20=\x20normalize(czm_lightDirectionEC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20h\x20=\x20normalize(v\x20+\x20l);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20NdotL\x20=\x20clamp(dot(n,\x20l),\x200.001,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20NdotV\x20=\x20abs(dot(n,\x20v))\x20+\x200.001;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20NdotH\x20=\x20clamp(dot(n,\x20h),\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20LdotH\x20=\x20clamp(dot(l,\x20h),\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20VdotH\x20=\x20clamp(dot(v,\x20h),\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20f0\x20=\x20vec3(0.04);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20diffuseColor\x20=\x20baseColor\x20*\x20(1.0\x20-\x20metalness)\x20*\x20(1.0\x20-\x20f0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20specularColor\x20=\x20mix(f0,\x20baseColor,\x20metalness);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20alpha\x20=\x20roughness\x20*\x20roughness;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20reflectance\x20=\x20max(max(specularColor.r,\x20specularColor.g),\x20specularColor.b);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20r90\x20=\x20vec3(clamp(reflectance\x20*\x2025.0,\x200.0,\x201.0));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20r0\x20=\x20specularColor.rgb;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20F\x20=\x20fresnelSchlick2(r0,\x20r90,\x20VdotH);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20G\x20=\x20smithVisibilityGGX(alpha,\x20NdotL,\x20NdotV);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20D\x20=\x20GGX(alpha,\x20NdotH);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20diffuseContribution\x20=\x20(1.0\x20-\x20F)\x20*\x20lambertianDiffuse(diffuseColor);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20specularContribution\x20=\x20F\x20*\x20G\x20*\x20D\x20/\x20(4.0\x20*\x20NdotL\x20*\x20NdotV);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20color\x20=\x20NdotL\x20*\x20lightColorHdr\x20*\x20(diffuseContribution\x20+\x20specularContribution);\x0a\x20\x20\x20\x20#ifndef\x20IBL\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20positionWC\x20=\x20vec3(czm_inverseView\x20*\x20vec4(vPositionEC,\x201.0));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20r\x20=\x20normalize(czm_inverseViewRotation\x20*\x20normalize(reflect(v,\x20n)));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20vertexRadius\x20=\x20length(positionWC);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20horizonDotNadir\x20=\x201.0\x20-\x20min(1.0,\x20czm_ellipsoidRadii.x\x20/\x20vertexRadius);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20reflectionDotNadir\x20=\x20dot(r,\x20normalize(positionWC));\x0a\x20\x20\x20\x20\x20\x20\x20\x20r.x\x20=\x20-r.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20r\x20=\x20-normalize(czm_temeToPseudoFixed\x20*\x20r);\x0a\x20\x20\x20\x20\x20\x20\x20\x20r.x\x20=\x20-r.x;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20inverseRoughness\x20=\x201.04\x20-\x20roughness;\x0a\x20\x20\x20\x20\x20\x20\x20\x20inverseRoughness\x20*=\x20inverseRoughness;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20sceneSkyBox\x20=\x20textureCube(czm_environmentMap,\x20r).rgb\x20*\x20inverseRoughness;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20atmosphereHeight\x20=\x200.05;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20blendRegionSize\x20=\x200.1\x20*\x20((1.0\x20-\x20inverseRoughness)\x20*\x208.0\x20+\x201.1\x20-\x20horizonDotNadir);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20blendRegionOffset\x20=\x20roughness\x20*\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20farAboveHorizon\x20=\x20clamp(horizonDotNadir\x20-\x20blendRegionSize\x20*\x200.5\x20+\x20blendRegionOffset,\x201.0e-10\x20-\x20blendRegionSize,\x200.99999);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20aroundHorizon\x20=\x20clamp(horizonDotNadir\x20+\x20blendRegionSize\x20*\x200.5,\x201.0e-10\x20-\x20blendRegionSize,\x200.99999);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20farBelowHorizon\x20=\x20clamp(horizonDotNadir\x20+\x20blendRegionSize\x20*\x201.5,\x201.0e-10\x20-\x20blendRegionSize,\x200.99999);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20smoothstepHeight\x20=\x20smoothstep(0.0,\x20atmosphereHeight,\x20horizonDotNadir);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20belowHorizonColor\x20=\x20mix(vec3(0.1,\x200.15,\x200.25),\x20vec3(0.4,\x200.7,\x200.9),\x20smoothstepHeight);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20nadirColor\x20=\x20belowHorizonColor\x20*\x200.5;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20aboveHorizonColor\x20=\x20mix(vec3(0.9,\x201.0,\x201.2),\x20belowHorizonColor,\x20roughness\x20*\x200.5);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20blueSkyColor\x20=\x20mix(vec3(0.18,\x200.26,\x200.48),\x20aboveHorizonColor,\x20reflectionDotNadir\x20*\x20inverseRoughness\x20*\x200.5\x20+\x200.75);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20zenithColor\x20=\x20mix(blueSkyColor,\x20sceneSkyBox,\x20smoothstepHeight);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20blueSkyDiffuseColor\x20=\x20vec3(0.7,\x200.85,\x200.9);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20diffuseIrradianceFromEarth\x20=\x20(1.0\x20-\x20horizonDotNadir)\x20*\x20(reflectionDotNadir\x20*\x200.25\x20+\x200.75)\x20*\x20smoothstepHeight;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20diffuseIrradianceFromSky\x20=\x20(1.0\x20-\x20smoothstepHeight)\x20*\x20(1.0\x20-\x20(reflectionDotNadir\x20*\x200.25\x20+\x200.25));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20diffuseIrradiance\x20=\x20blueSkyDiffuseColor\x20*\x20clamp(diffuseIrradianceFromEarth\x20+\x20diffuseIrradianceFromSky,\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20notDistantRough\x20=\x20(1.0\x20-\x20horizonDotNadir\x20*\x20roughness\x20*\x200.8);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20specularIrradiance\x20=\x20mix(zenithColor,\x20aboveHorizonColor,\x20smoothstep(farAboveHorizon,\x20aroundHorizon,\x20reflectionDotNadir)\x20*\x20notDistantRough);\x0a\x20\x20\x20\x20\x20\x20\x20\x20specularIrradiance\x20=\x20mix(specularIrradiance,\x20belowHorizonColor,\x20smoothstep(aroundHorizon,\x20farBelowHorizon,\x20reflectionDotNadir)\x20*\x20inverseRoughness);\x0a\x20\x20\x20\x20\x20\x20\x20\x20specularIrradiance\x20=\x20mix(specularIrradiance,\x20nadirColor,\x20smoothstep(farBelowHorizon,\x201.0,\x20reflectionDotNadir)\x20*\x20inverseRoughness);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20LdotZenith\x20=\x20clamp(dot(normalize(czm_inverseViewRotation\x20*\x20l),\x20normalize(positionWC\x20*\x20-1.0)),\x200.001,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20S\x20=\x20acos(LdotZenith);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20NdotZenith\x20=\x20clamp(dot(normalize(czm_inverseViewRotation\x20*\x20n),\x20normalize(positionWC\x20*\x20-1.0)),\x200.001,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20gamma\x20=\x20acos(NdotL);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20numerator\x20=\x20((0.91\x20+\x2010.0\x20*\x20exp(-3.0\x20*\x20gamma)\x20+\x200.45\x20*\x20pow(NdotL,\x202.0))\x20*\x20(1.0\x20-\x20exp(-0.32\x20/\x20NdotZenith)));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20denominator\x20=\x20(0.91\x20+\x2010.0\x20*\x20exp(-3.0\x20*\x20S)\x20+\x200.45\x20*\x20pow(LdotZenith,2.0))\x20*\x20(1.0\x20-\x20exp(-0.32));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20luminance\x20=\x200.2\x20*\x20(numerator\x20/\x20denominator);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20brdfLut\x20=\x20texture2D(czm_brdfLut,\x20vec2(NdotV,\x20roughness)).rg;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20IBLColor\x20=\x20(diffuseIrradiance\x20*\x20diffuseColor\x20*\x201.0)\x20+\x20(specularIrradiance\x20*\x20SRGBtoLINEAR3(specularColor\x20*\x20brdfLut.x\x20+\x20brdfLut.y)\x20*\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20maximumComponent\x20=\x20max(max(lightColorHdr.x,\x20lightColorHdr.y),\x20lightColorHdr.z);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20lightColor\x20=\x20lightColorHdr\x20/\x20max(maximumComponent,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20IBLColor\x20*=\x20lightColor;\x0a\x20\x20\x20\x20\x20\x20\x20\x20color\x20+=\x20IBLColor\x20*\x20luminance;\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20mat3\x20fixedToENU\x20=\x20mat3(czm_modelView[0][0],\x20czm_modelView[1][0],\x20czm_modelView[2][0],\x20czm_modelView[0][1],\x20czm_modelView[1][1],\x20czm_modelView[2][1],\x20czm_modelView[0][2],\x20czm_modelView[1][2],\x20czm_modelView[2][2]);\x0a\x20\x20\x20\x20\x20\x20\x20\x20const\x20mat3\x20yUpToZUp\x20=\x20mat3(-1.0,\x200.0,\x200.0,\x200.0,\x200.0,\x20-1.0,\x200.0,\x201.0,\x200.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20cubeDir\x20=\x20normalize(yUpToZUp\x20*\x20fixedToENU\x20*\x20reflect(-v,\x20n));\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20diffuseIrradiance\x20=\x20czm_sphericalHarmonics(cubeDir,\x20czm_sphericalHarmonicCoefficients);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20brdfLut\x20=\x20texture2D(czm_brdfLut,\x20vec2(NdotV,\x20roughness)).rg;\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec3\x20specularIBL\x20=\x20czm_sampleOctahedralProjection(czm_specularEnvironmentMaps,\x20czm_specularEnvironmentMapSize,\x20cubeDir,\x20\x20roughness\x20*\x20czm_specularEnvironmentMapsMaximumLOD,\x20czm_specularEnvironmentMapsMaximumLOD);\x0a\x20\x20\x20\x20\x20\x20\x20\x20specularIBL\x20*=\x20F\x20*\x20brdfLut.x\x20+\x20brdfLut.y;\x0a\x20\x20\x20\x20\x20\x20\x20\x20color\x20+=\x20diffuseIrradiance\x20*\x20diffuseColor\x20+\x20specularColor\x20*\x20specularIBL;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20applyTonemapping(color);\x0a\x20\x20\x20\x20\x20\x20\x20\x20color\x20=\x20LINEARtoSRGB(color);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec4\x20outColor\x20=\x20vec4(color,\x20baseColorWithAlpha.a);\x0a\x20\x20\x20\x20#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20\x20\x20\x20\x20outColor\x20=\x20getContourMapColor(outColor,\x20wValue);\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20#ifdef\x20CLIP\x0a\x20\x20\x20\x20\x20\x20\x20\x20outColor\x20*=\x20clip(vec4(vPositionEC,\x201.0));\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_FragColor\x20=\x20outColor;\x0a\x20\x20\x20\x20}\x0a",
|
"1001807OjgwZK",
|
"634WaBbfc",
|
"1085986FYysmb",
|
"1199267TpHBRW",
|
"920206EyCTng",
|
"20TeWXFW",
|
"1qUhGfg"
|
]
|
var _0x41883e = _0x2d0f
|
;(function (_0x1fcab9, _0x5430be) {
|
var _0x3af8f7 = _0x2d0f
|
while (!![]) {
|
try {
|
var _0x1250cf =
|
parseInt(_0x3af8f7(0x13a)) +
|
-parseInt(_0x3af8f7(0x13c)) +
|
parseInt(_0x3af8f7(0x143)) +
|
-parseInt(_0x3af8f7(0x140)) * parseInt(_0x3af8f7(0x13d)) +
|
-parseInt(_0x3af8f7(0x13b)) * -parseInt(_0x3af8f7(0x13e)) +
|
-parseInt(_0x3af8f7(0x141)) +
|
parseInt(_0x3af8f7(0x139)) * parseInt(_0x3af8f7(0x13f))
|
if (_0x1250cf === _0x5430be) break
|
else _0x1fcab9["push"](_0x1fcab9["shift"]())
|
} catch (_0x56755f) {
|
_0x1fcab9["push"](_0x1fcab9["shift"]())
|
}
|
}
|
})(_0x1b85, 0x95eb8)
|
function _0x2d0f(_0x378c71, _0x4fbc61) {
|
_0x378c71 = _0x378c71 - 0x139
|
var _0x1b85ea = _0x1b85[_0x378c71]
|
return _0x1b85ea
|
}
|
var _0x54c1c4 = _0x41883e(0x142)
|
|
var _0x4f89 = [
|
"6933qhqukb",
|
"569247RLSiQc",
|
"341334jEegjh",
|
"59895uAWjaX",
|
"424856PdyqwH",
|
"431884qrqeDY",
|
"663852jyBEDz",
|
"precision\x20highp\x20float;\x0aconst\x20float\x20uPixelRatio\x20=\x201.0;\x0a//\x20Inputs\x0aattribute\x20vec3\x20aPosition0;\x0aattribute\x20vec3\x20aPosition1;\x0a//attribute\x20float\x20aVariantOffset;\x0a//attribute\x20float\x20aVariantStroke;\x0a//attribute\x20float\x20aVariantExtension;\x0a\x0a#ifdef\x20SILHOUETTE\x0aattribute\x20vec3\x20aNormalA;\x0aattribute\x20vec3\x20aNormalB;\x0a#else\x20/*\x20SILHOUETTE\x20*/\x0aattribute\x20vec3\x20aNormal;\x0a#endif\x20/*\x20SILHOUETTE\x20*/\x0a\x0aattribute\x20vec2\x20aSideness;\x0a//attribute\x20vec2\x20aPackedAttributes;\x0a\x0astruct\x20UnpackedAttributes\x0a{\x0a\x20\x20\x20\x20vec2\x20sideness;\x0a\x20\x20\x20\x20vec2\x20sidenessNorm;\x0a\x20\x20\x20\x20float\x20lineWidthPixels;\x0a\x20\x20\x20\x20float\x20extensionLengthPixels;\x0a#if\x20(MODE\x20==\x202)\x0a\x20\x20\x20\x20float\x20type;\x0a#endif\x0a};\x0a\x0a//\x20Output\x20required\x20to\x20compute\x20color\x0avarying\x20vec4\x20vColor;\x0a//\x20Output\x20required\x20to\x20compute\x20distance\x20to\x20line/caps\x0avarying\x20vec3\x20vPosition;\x20\x0avarying\x20vec3\x20vViewPosition;\x0avarying\x20float\x20vRadius;\x0avarying\x20float\x20vLineLengthPixels;\x0avarying\x20float\x20vSizeFalloffFactor;\x0avarying\x20float\x20vDistanceFromEye;\x0a\x0auniform\x20float\x20uLineWidth;\x0auniform\x20vec4\x20uLineColor;\x0aconst\x20vec2\x20uDepthBias\x20=\x20vec2(0.5,\x20-4e-4);\x0a\x0a//\x20Utility\x20function\x20to\x20check\x20for\x20NaN\x20values\x0abool\x20isNaN(float\x20val)\x0a{\x0a\x20\x20\x20\x20return\x20(\x20val\x20<\x200.0\x20||\x200.0\x20<\x20val\x20||\x20val\x20==\x200.0\x20)\x20?\x20false\x20:\x20true;\x0a\x20\x20\x20\x20//\x20important:\x20some\x20nVidias\x20failed\x20to\x20cope\x20with\x20version\x20below.\x0a\x20\x20\x20\x20//\x20Probably\x20wrong\x20optimization.\x0a\x20\x20\x20\x20/*return\x20(\x20val\x20<=\x200.0\x20||\x200.0\x20<=\x20val\x20)\x20?\x20false\x20:\x20true;*/\x0a}\x0a\x0avec2\x20calculateProjectedBiasXY(vec4\x20projPos,\x20vec3\x20worldNormal)\x0a{\x0a\x20\x20\x20\x20float\x20offsetXY\x20=\x20uDepthBias.x;\x0a\x20\x20\x20\x20float\x20offsetZ\x20\x20=\x20uDepthBias.y;\x0a\x20\x20\x20\x20vec4\x20projNormal\x20=\x20czm_projection\x20*\x20czm_view\x20*\x20vec4(worldNormal,\x200.0);\x0a\x20\x20\x20\x20return\x20offsetXY\x20*\x20projPos.w\x20*\x202.0\x20/\x20czm_viewport.zw\x20*\x20normalize(projNormal.xyz).xy;\x0a}\x0a\x0a//\x20A\x20z-offset,\x20using\x20a\x20depth\x20based\x20heuristic.\x0afloat\x20calculateProjectedBiasZ(vec4\x20projPos)\x0a{\x0a\x20\x20\x20\x20float\x20fProjZ\x20=\x20projPos.z\x20/\x20projPos.w;\x0a\x20\x20\x20\x20if(fProjZ\x20<\x200.1)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x200.0;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20float\x20offsetZ\x20=\x20uDepthBias.y;\x0a\x20\x20\x20\x20return\x20sqrt(projPos.z)\x20*\x20offsetZ;\x0a}\x0a\x0avec4\x20adjustProjectedPosition(vec4\x20projPos,\x20vec3\x20worldNormal,\x20float\x20lineWidth)\x0a{\x0a\x20\x20\x20\x20vec2\x20offsetXY\x20=\x20calculateProjectedBiasXY(projPos,\x20worldNormal);\x0a\x20\x20\x20\x20//\x20we\x20currently\x20have\x20to\x20do\x20this\x20check\x20because\x20some\x20geometries\x20come\x20with\x200\x20length\x20edge\x20normals.\x0a\x20\x20\x20\x20if\x20(!isNaN(offsetXY.x)\x20&&\x20!isNaN(offsetXY.y))\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20projPos.xy\x20+=\x20offsetXY;\x0a\x20\x20\x20\x20}\x0a#ifdef\x20LOG_DEPTH\x0a\x20\x20\x20\x20vDistanceFromEye\x20=\x20projPos.w;\x0a#else\x0a\x20\x20\x20\x20projPos.z\x20+=\x20calculateProjectedBiasZ(projPos);\x0a#endif\x0a\x20\x20\x20\x20return\x20projPos;\x0a}\x0a\x0a#if\x20(MODE\x20==\x202\x20||\x20MODE\x20==\x201)\x0auniform\x20vec2\x20uStrokesTextureScale;\x0auniform\x20float\x20uStrokesLog2Resolution;\x0auniform\x20float\x20uStrokeVariants;\x0avarying\x20vec2\x20vStrokeUV;\x0avarying\x20float\x20vLineIndex;\x0avoid\x20calculateStyleOutputsSketch(float\x20lineLength,\x20UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20vec2\x20sidenessNorm\x20=\x20unpackedAttributes.sidenessNorm;\x0a\x20\x20\x20\x20float\x20lineIndex\x20=\x20clamp(ceil(log2(lineLength)),\x200.0,\x20uStrokesLog2Resolution);\x0a\x20\x20\x20\x20vStrokeUV\x20=\x20vec2(exp2(lineIndex)\x20*\x20sidenessNorm.y,\x20lineIndex\x20*\x20uStrokeVariants\x20+\x20aVariantStroke\x20+\x200.5)\x20*\x20uStrokesTextureScale;\x0a\x20\x20\x20\x20vStrokeUV.x\x20+=\x20aVariantOffset;\x0a\x20\x20\x20\x20vLineIndex\x20=\x20lineIndex;\x0a}\x0a#endif\x0a\x0a#if\x20(MODE\x20==\x200)\x0avoid\x20calculateStyleOutputs(vec4\x20viewPosV0,\x20vec4\x20viewPosV1,\x20vec4\x20worldPosV0,\x20vec4\x20worldPosV1,\x20vec4\x20projPos,\x20vec3\x20worldNormal,\x20UnpackedAttributes\x20unpackedAttributes)\x0a{}\x0a#elif\x20(MODE\x20==\x201)\x0avoid\x20calculateStyleOutputs(vec4\x20viewPosV0,\x20vec4\x20viewPosV1,\x20vec4\x20worldPosV0,\x20vec4\x20worldPosV1,\x20vec4\x20projPos,\x20vec3\x20worldNormal,\x20UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20calculateStyleOutputsSketch(vLineLengthPixels,\x20unpackedAttributes);\x0a}\x0a#elif\x20(MODE\x20==\x202)\x0avarying\x20float\x20vType;\x0avoid\x20calculateStyleOutputs(vec4\x20viewPosV0,\x20vec4\x20viewPosV1,\x20vec4\x20worldPosV0,\x20vec4\x20worldPosV1,\x20vec4\x20projPos,\x20vec3\x20worldNormal,\x20UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20vType\x20=\x20unpackedAttributes.type;\x0a\x20\x20\x20\x20if\x20(unpackedAttributes.type\x20<=\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20calculateStyleOutputsSketch(vLineLengthPixels,\x20unpackedAttributes);\x0a\x20\x20\x20\x20}\x0a}\x0a#endif\x0a\x0a\x0a//\x20Solid\x0a#if\x20(MODE\x20==\x202\x20||\x20MODE\x20==\x200)\x0afloat\x20calculateLineAmplitudeSolid()\x0a{\x0a\x20\x20\x20\x20return\x200.0;\x0a}\x0a#endif\x0a#if\x20(MODE\x20==\x200)\x0afloat\x20calculateLineAmplitude(UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20return\x20calculateLineAmplitudeSolid();\x0a}\x0a#endif\x0a//\x20Sketch\x0a#if\x20(MODE\x20==\x202\x20||\x20MODE\x20==\x201)\x0a\x20\x20\x20\x20uniform\x20float\x20uStrokesAmplitude;\x0afloat\x20calculateLineAmplitudeSketch()\x0a{\x0a\x20\x20\x20\x20return\x20uStrokesAmplitude;\x0a}\x0a#endif\x0a#if\x20(MODE\x20==\x201)\x0afloat\x20calculateLineAmplitude(UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20return\x20calculateLineAmplitudeSketch();\x0a}\x0a#endif\x0a//\x20Uber\x0a#if\x20(MODE\x20==\x202)\x0afloat\x20calculateLineAmplitude(UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20float\x20type\x20=\x20unpackedAttributes.type;\x0a\x20\x20\x20\x20if\x20(type\x20<=\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLineAmplitudeSketch();\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLineAmplitudeSolid();\x0a\x20\x20\x20\x20}\x0a}\x0a#endif\x0a\x0a\x0auniform\x20float\x20uDistanceFalloffFactor;\x0afloat\x20distanceBasedPerspectiveFactor(float\x20distance)\x0a{\x0a\x20\x20\x20\x20return\x20clamp(sqrt(uDistanceFalloffFactor\x20/\x20distance),\x200.0,\x201.0);\x0a}\x0a\x0a#define\x20COMPONENT_COLOR_FIELD_OFFSET\x200.0\x0a#define\x20COMPONENT_OTHER_FIELDS_OFFSET\x201.0\x0a#define\x20COMPONENT_FIELD_COUNT\x202.0\x0a#define\x20LINE_WIDTH_FRACTION_FACTOR\x208.0\x0a#define\x20EXTENSION_LENGTH_OFFSET\x20128.0\x0a#define\x20COMPONENT_TEX_WIDTH\x204096.0\x0a\x0astruct\x20ComponentData\x0a{\x0a\x20\x20\x20\x20float\x20lineWidth;\x0a\x20\x20\x20\x20float\x20extensionLength;\x0a\x20\x20\x20\x20float\x20type;\x0a};\x0a\x0a\x0aComponentData\x20readComponentData()\x0a{\x0a\x20\x20\x20\x20return\x20ComponentData(uLineWidth,\x200.0,\x200.0);\x0a}\x0a\x0avec3\x20modelToWorldNormal(vec3\x20normal)\x0a{\x0a\x20\x20\x20\x20return\x20(czm_model\x20*\x20vec4(normal,\x200.0)).xyz;\x0a}\x0a\x0avec3\x20silhouetteWorldNormal(vec3\x20normalA,\x20vec3\x20normalB)\x0a{\x0a\x20\x20\x20\x20return\x20modelToWorldNormal(normalize(normalA\x20+\x20normalB));\x0a}\x0a\x0a//\x20Fall-off\x20extension\x20length\x20for\x20shorter\x20strokes,\x20starting\x20from\x20strokes\x20that\x20are\x20256\x20size,\x0a//\x20fall-off\x20exponentially\x0afloat\x20calculateExtensionLength(float\x20extensionLength,\x20float\x20lineLength)\x0a{\x0a\x20\x20\x20\x20return\x20extensionLength\x20/\x20(log2(max(1.0,\x20256.0\x20/\x20lineLength))\x20*\x200.2\x20+\x201.0);\x0a}\x0a\x0a#ifdef\x20SILHOUETTE\x0a//\x20#uniforms:\x20czm_view,\x20czm_model\x0abool\x20isSilhouetteEdge(vec4\x20viewPos,\x20vec3\x20normalA,\x20vec3\x20normalB)\x0a{\x0a//\x20transform\x20the\x20two\x20face\x20normals\x0a\x20\x20\x20\x20vec3\x20viewNormalA\x20=\x20(czm_view\x20*\x20czm_model\x20*\x20vec4(normalA,\x200.0)).xyz;\x0a\x20\x20\x20\x20vec3\x20viewNormalB\x20=\x20(czm_view\x20*\x20czm_model\x20*\x20vec4(normalB,\x200.0)).xyz;\x0a//\x20compute\x20the\x20direction\x20from\x20the\x20edge\x20to\x20the\x20camera\x0a\x20\x20\x20\x20vec3\x20viewDir\x20=\x20-viewPos.xyz;\x0a//\x20check\x20which\x20of\x20the\x20two\x20faces\x20are\x20visible\x0a//\x20display\x20the\x20edge\x20if\x20exactly\x20one\x20of\x20the\x20two\x20is\x20visible\x0a\x20\x20\x20\x20float\x20faceAVisible\x20=\x20dot(viewDir,\x20viewNormalA);\x0a//\x20positive\x20if\x20visible\x0a\x20\x20\x20\x20float\x20faceBVisible\x20=\x20dot(viewDir,\x20viewNormalB);\x0a//\x20positive\x20if\x20visible\x0a//\x201\x20if\x20exactly\x20one\x20face\x20visible,\x200\x20otherwise\x0a\x20\x20\x20\x20return\x20faceAVisible\x20*\x20faceBVisible\x20<\x200.0;\x0a}\x0a#endif\x20/*\x20SILHOUETTE\x20*/\x0a\x0avoid\x20clipLineSegmentToNearPlane(vec3\x20p0,vec3\x20p1,out\x20bool\x20clipped,out\x20bool\x20culledByNearPlane,out\x20vec4\x20clippedPositionEC)\x0a{\x0a\x20\x20\x20\x20culledByNearPlane\x20=\x20false;\x0a\x20\x20\x20\x20clipped\x20=\x20false;\x0a\x20\x20\x20\x20vec3\x20p0ToP1\x20=\x20p1\x20-\x20p0;\x0a\x20\x20\x20\x20float\x20magnitude\x20=\x20length(p0ToP1);\x0a\x20\x20\x20\x20vec3\x20direction\x20=\x20normalize(p0ToP1);\x0a\x20\x20\x20\x20float\x20endPoint0Distance\x20=\x20\x20czm_currentFrustum.x\x20+\x20p0.z;\x0a\x20\x20\x20\x20float\x20denominator\x20=\x20-direction.z;\x0a\x20\x20\x20\x20if\x20(endPoint0Distance\x20>\x200.0\x20&&\x20abs(denominator)\x20<\x20czm_epsilon7)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20culledByNearPlane\x20=\x20true;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x20if\x20(endPoint0Distance\x20>\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20t\x20=\x20endPoint0Distance\x20/\x20denominator;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(t\x20<\x200.0\x20||\x20t\x20>\x20magnitude)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20culledByNearPlane\x20=\x20true;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20p0\x20=\x20p0\x20+\x20t\x20*\x20direction;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20p0.z\x20=\x20min(p0.z,\x20-czm_currentFrustum.x);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipped\x20=\x20true;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20clippedPositionEC\x20=\x20vec4(p0,\x201.0);\x0a}\x0a\x0afloat\x20writeNonPerspective(float\x20value,\x20float\x20w)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20w;\x0a}\x0a\x0avec2\x20writeNonPerspective(vec2\x20value,\x20float\x20w)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20w;\x0a}\x0a\x0avec3\x20writeNonPerspective(vec3\x20value,\x20float\x20w)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20w;\x0a}\x0a\x0avec4\x20writeNonPerspective(vec4\x20value,\x20float\x20w)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20w;\x0a}\x0a\x0avec4\x20calculateGeometricOutputs(vec4\x20viewPosV0,\x20vec4\x20viewPosV1,\x20vec4\x20worldPosV0,\x20vec4\x20worldPosV1,\x20vec3\x20worldNormal,\x20UnpackedAttributes\x20unpackedAttributes)\x0a{\x0a\x20\x20\x20\x20vec2\x20sideness\x20=\x20unpackedAttributes.sideness;\x0a\x20\x20\x20\x20vec2\x20sidenessNorm\x20=\x20unpackedAttributes.sidenessNorm;\x0a\x20\x20\x20\x20vec4\x20clippedViewPosV0;\x20\x20\x20\x20bool\x20clippedV0,culledV0;\x20\x20\x20\x20clipLineSegmentToNearPlane(viewPosV0.xyz,\x20viewPosV1.xyz,\x20clippedV0,\x20culledV0,\x20clippedViewPosV0);\x20\x20\x20\x20vec4\x20clippedViewPosV1;\x20\x20\x20\x20bool\x20clippedV1,\x20culledV1;\x20\x20\x20\x20clipLineSegmentToNearPlane(viewPosV1.xyz,\x20viewPosV0.xyz,\x20clippedV1,\x20culledV1,\x20clippedViewPosV1);\x20\x20\x20\x20vec4\x20viewPos\x20=\x20mix(clippedViewPosV0,\x20clippedViewPosV1,\x20sidenessNorm.y);\x0a\x20\x20\x20\x20vViewPosition\x20=\x20viewPos.xyz\x20/\x20viewPos.w;\x0a\x20\x20\x20\x20vec4\x20projPosV0\x20=\x20czm_projection\x20*\x20clippedViewPosV0;\x0a\x20\x20\x20\x20vec4\x20projPosV1\x20=\x20czm_projection\x20*\x20clippedViewPosV1;\x0a\x20\x20\x20\x20vec4\x20projPos\x20=\x20czm_projection\x20*\x20viewPos;\x0a\x20\x20\x20\x20vec3\x20screenSpaceLineNDC\x20=\x20(projPosV1.xyz\x20/\x20projPosV1.w\x20-\x20projPosV0.xyz\x20/\x20projPosV0.w);\x0a\x20\x20\x20\x20vec2\x20uNDCToPixel\x20=\x20vec2(czm_viewport.z\x20/\x202.0,\x20czm_viewport.w\x20/\x202.0);\x0a\x20\x20\x20\x20vec2\x20screenSpaceLinePixels\x20=\x20screenSpaceLineNDC.xy\x20*\x20uNDCToPixel;\x0a\x20\x20\x20\x20float\x20lineLengthPixels\x20=\x20length(screenSpaceLinePixels);\x0a\x20\x20\x20\x20float\x20dzPerPixel\x20=\x20screenSpaceLineNDC.z\x20/\x20lineLengthPixels;\x0a\x20\x20\x20\x20vec2\x20screenSpaceDirection\x20=\x20screenSpaceLinePixels\x20/\x20lineLengthPixels;\x0a\x20\x20\x20\x20vec2\x20perpendicularScreenSpaceDirection\x20=\x20vec2(screenSpaceDirection.y,\x20-screenSpaceDirection.x)\x20*\x20sideness.x;\x0a\x20\x20\x20\x20float\x20falloffFactor\x20=\x20distanceBasedPerspectiveFactor(-viewPos.z)\x20*\x20uPixelRatio;\x0a\x20\x20\x20\x20float\x20lineWidthPixels\x20=\x20unpackedAttributes.lineWidthPixels\x20*\x20falloffFactor;\x0a\x20\x20\x20\x20float\x20extensionLengthPixels\x20=\x20calculateExtensionLength(unpackedAttributes.extensionLengthPixels,\x20lineLengthPixels)\x20*\x20falloffFactor;\x0a\x20\x20\x20\x20float\x20lineAmplitudePixels\x20=\x20calculateLineAmplitude(unpackedAttributes)\x20*\x20uPixelRatio;\x0a\x20\x20\x20\x20vSizeFalloffFactor\x20=\x20falloffFactor;\x0a\x20\x20\x20\x20float\x20lineWidthAndAmplitudePixels\x20=\x20lineWidthPixels\x20+\x20lineAmplitudePixels\x20+\x20lineAmplitudePixels;\x0a\x20\x20\x20\x20float\x20extendedLineLengthPixels\x20=\x20lineLengthPixels\x20+\x20extensionLengthPixels\x20+\x20extensionLengthPixels;\x0a#ifdef\x20ANTIALIASING\x0a\x20\x20\x20\x20const\x20float\x20aaPaddingPixels\x20=\x201.0;\x0a\x20\x20\x20\x20//\x20Line\x20size\x20with\x20padding\x0a\x20\x20\x20\x20float\x20halfAAPaddedLineWidthAndAmplitudePixels\x20=\x20lineWidthAndAmplitudePixels\x20*\x200.5\x20+\x20aaPaddingPixels;\x0a\x20\x20\x20\x20float\x20aaPaddedRoundedCapSizePixels\x20=\x20lineWidthPixels\x20*\x200.5\x20+\x20aaPaddingPixels;\x0a\x20\x20\x20\x20//\x20Line\x20length\x20with\x20padding\x0a\x20\x20\x20\x20float\x20aaPaddedLineLengthPixels\x20=\x20extendedLineLengthPixels\x20+\x20aaPaddingPixels\x20+\x20aaPaddingPixels;\x0a\x20\x20\x20\x20float\x20halfAAPaddedLineLengthPixels\x20=\x20aaPaddedLineLengthPixels\x20*\x200.5;\x0a#else\x20/*\x20ANTIALIASING\x20*/\x0a\x20\x20\x20\x20//\x20Even\x20if\x20there\x20is\x20no\x20AA,\x20we\x20still\x20want\x20to\x20do\x20proper\x20<1px\x20rendering,\x0a\x20\x20\x20\x20//\x20so\x20we\x20effectively\x20clamp\x20the\x20pixel\x20sizes\x20to\x20minimum\x20of\x201px\x20and\x20compute\x0a\x20\x20\x20\x20//\x20coverage\x20in\x20the\x20fragment\x20shader\x20\x20\x20\x0a\x20\x20\x20\x20float\x20halfAAPaddedLineWidthAndAmplitudePixels\x20=\x20max(lineWidthAndAmplitudePixels,\x201.0)\x20*\x200.5;\x0a\x20\x20\x20\x20float\x20aaPaddedRoundedCapSizePixels\x20=\x20max(lineWidthPixels,\x201.0)\x20*\x200.5;\x0a\x20\x20\x20\x20float\x20halfAAPaddedLineLengthPixels\x20=\x20max(extendedLineLengthPixels,\x201.0)\x20*\x200.5;\x0a#endif\x20/*\x20ANTIALIASING\x20*/\x0a\x20\x20\x20\x20//\x20Half\x20line\x20width\x20in\x20NDC\x20including\x20padding\x20for\x20anti\x20aliasing\x0a\x20\x20\x20\x20vec2\x20uPixelToNDC\x20=\x20vec2(2.0\x20/\x20czm_viewport.z,\x202.0\x20/\x20czm_viewport.w);\x0a\x20\x20\x20\x20vec2\x20halfAAPaddedLineWidthAndAmplitudeNDC\x20=\x20halfAAPaddedLineWidthAndAmplitudePixels\x20*\x20uPixelToNDC;\x0a\x20\x20\x20\x20vec2\x20aaPaddedRoundedCapSizeNDC\x20=\x20aaPaddedRoundedCapSizePixels\x20*\x20uPixelToNDC;\x0a\x20\x20\x20\x20vec2\x20extensionLengthNDC\x20=\x20extensionLengthPixels\x20*\x20uPixelToNDC;\x0a\x20\x20\x20\x20//\x20Compute\x20screen\x20space\x20position\x20of\x20vertex,\x20offsetting\x20for\x20line\x20size\x20and\x20end\x20caps\x0a\x20\x20\x20\x20vec2\x20ndcOffset\x20=\x20(screenSpaceDirection\x20*\x20sideness.y\x20*\x20(aaPaddedRoundedCapSizeNDC\x20+\x20extensionLengthNDC)\x20+\x20perpendicularScreenSpaceDirection\x20*\x20halfAAPaddedLineWidthAndAmplitudeNDC);\x0a\x20\x20\x20\x20projPos.xy\x20+=\x20ndcOffset\x20*\x20projPos.w;\x0a\x20\x20\x20\x20projPos.z\x20+=\x20(dzPerPixel\x20*\x20(aaPaddedRoundedCapSizePixels\x20+\x20extensionLengthPixels))\x20*\x20sideness.y\x20*\x20projPos.w;\x0a\x20\x20\x20\x20projPos\x20=\x20adjustProjectedPosition(projPos,\x20worldNormal,\x201.0\x20+\x20max((lineWidthAndAmplitudePixels\x20-\x201.0)\x20*\x200.5,\x200.0));\x0a\x20\x20\x20\x20//\x20Line\x20length\x20with\x20end\x20caps\x0a\x20\x20\x20\x20float\x20aaPaddedLineWithCapsLengthPixels\x20=\x20extendedLineLengthPixels\x20+\x20aaPaddedRoundedCapSizePixels\x20+\x20aaPaddedRoundedCapSizePixels;\x0a\x20\x20\x20\x20float\x20pixelPositionAlongLine\x20=\x20aaPaddedLineWithCapsLengthPixels\x20*\x20sidenessNorm.y\x20-\x20aaPaddedRoundedCapSizePixels;\x0a\x20\x20\x20\x20//\x20Position\x20in\x20pixels\x20with\x20origin\x20at\x20first\x20vertex\x20of\x20line\x20segment\x0a\x20\x20\x20\x20//\x20The\x20line\x20width\x20radius\x20in\x20pixels\x0a\x20\x20\x20\x20vRadius\x20=\x20lineWidthPixels\x20*\x200.5;\x0a\x20\x20\x20\x20vLineLengthPixels\x20=\x20extendedLineLengthPixels;\x0a\x20\x20\x20\x20vPosition\x20=\x20writeNonPerspective(vec3(halfAAPaddedLineWidthAndAmplitudePixels\x20*\x20sideness.x,\x20pixelPositionAlongLine,\x20pixelPositionAlongLine\x20/\x20extendedLineLengthPixels),\x20projPos.w);\x0a#ifdef\x20SILHOUETTE\x0a\x20\x20\x20\x20gl_Position\x20=\x20isSilhouetteEdge(viewPosV0,\x20aNormalA,\x20aNormalB)\x20?\x20projPos\x20:\x20vec4(10.0,\x2010.0,\x2010.0,\x201.0);\x0a#else\x20/*\x20SILHOUETTE\x20*/\x0a\x20\x20\x20\x20gl_Position\x20=\x20projPos;\x0a#endif\x20/*\x20SILHOUETTE\x20*/\x0a\x0a#if\x20(MODE\x20==\x202)\x0a\x20\x20\x20\x20if\x20(unpackedAttributes.type\x20<=\x200.0\x20&&\x20lineLengthPixels\x20<=\x203.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_Position\x20=\x20vec4(10.0,\x2010.0,\x2010.0,\x201.0);\x0a\x20\x20\x20\x20}\x0a#elif\x20(MODE\x20==\x201)\x0a\x20\x20\x20\x20if\x20(lineLengthPixels\x20<=\x203.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20gl_Position\x20=\x20vec4(10.0,\x2010.0,\x2010.0,\x201.0);\x20\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x20\x20\x20\x20return\x20projPos;\x0a}\x0a\x0a\x0a#if\x20(MODE\x20==\x202)\x0aUnpackedAttributes\x20unpackAttributes(ComponentData\x20component)\x0a{\x0a\x20\x20\x20\x20vec2\x20sidenessNorm\x20=\x20aSideness;\x0a\x20\x20\x20\x20vec2\x20sideness\x20=\x20sidenessNorm\x20*\x202.0\x20-\x201.0;\x0a\x20\x20\x20\x20float\x20fType\x20=\x20component.type;\x0a\x20\x20\x20\x20float\x20extensionLengthPixels\x20=\x20component.extensionLength;\x0a\x20\x20\x20\x20float\x20lineWidth\x20=\x20component.lineWidth;\x0a\x20\x20\x20\x20if\x20(fType\x20<=\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20extensionLengthPixels\x20*=\x20aVariantExtension\x20*\x202.0\x20-\x201.0;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20return\x20UnpackedAttributes(sideness,\x20sidenessNorm,\x20lineWidth,\x20extensionLengthPixels,\x20fType);\x0a}\x0a#else\x20/*\x20(MODE\x20==\x202)\x20*/\x0aUnpackedAttributes\x20unpackAttributes(ComponentData\x20component)\x0a{\x0a\x20\x20\x20\x20vec2\x20sidenessNorm\x20=\x20aSideness;\x0a\x20\x20\x20\x20vec2\x20sideness\x20=\x20sidenessNorm\x20*\x202.0\x20-\x201.0;\x0a\x20\x20\x20\x20float\x20extensionLengthPixels\x20=\x20component.extensionLength;\x0a#if\x20(MODE\x20==\x201)\x0a\x20\x20\x20\x20extensionLengthPixels\x20*=\x20aVariantExtension\x20*\x202.0\x20-\x201.0;\x0a#endif\x0a\x20\x20\x20\x20float\x20lineWidth\x20=\x20component.lineWidth;\x0a\x20\x20\x20\x20return\x20UnpackedAttributes(sideness,\x20sidenessNorm,\x20lineWidth,\x20extensionLengthPixels);\x0a}\x0a#endif\x20/*\x20(MODE\x20==\x202)\x20*/\x0a\x0avarying\x20float\x20fSelected;\x0avoid\x20main()\x0a{\x0a\x20\x20\x20\x20fSelected\x20=\x200.0;\x0a\x20\x20\x20\x20ComponentData\x20component\x20=\x20readComponentData();\x0a\x20\x20\x20\x20UnpackedAttributes\x20unpackedAttributes\x20=\x20unpackAttributes(component);\x0a\x20\x20\x20\x20vec4\x20worldPosV0\x20=\x20czm_model\x20*\x20vec4(aPosition0,\x201.0);\x0a\x20\x20\x20\x20vec4\x20worldPosV1\x20=\x20czm_model\x20*\x20vec4(aPosition1,\x201.0);\x0a\x20\x20\x20\x20vec4\x20viewPosV0\x20=\x20czm_modelView\x20*\x20vec4(aPosition0,\x201.0);\x0a\x20\x20\x20\x20vec4\x20viewPosV1\x20=\x20czm_modelView\x20*\x20vec4(aPosition1,\x201.0);\x0a#ifdef\x20SILHOUETTE\x0a\x20\x20\x20\x20vec3\x20worldNormal\x20=\x20silhouetteWorldNormal(aNormalA,\x20aNormalB);\x0a#else\x20/*\x20SILHOUETTE\x20*/\x0a\x20\x20\x20\x20vec3\x20worldNormal\x20=\x20modelToWorldNormal(aNormal);\x0a#endif\x20/*\x20SILHOUETTE\x20*/\x0a\x20\x20\x20\x20//\x20General\x20geometric\x20computation\x20for\x20all\x20types\x20of\x20edges\x0a\x20\x20\x20\x20vec4\x20projPos\x20=\x20calculateGeometricOutputs(viewPosV0,\x20viewPosV1,\x20worldPosV0,\x20worldPosV1,\x20worldNormal,\x20unpackedAttributes);\x0a\x20\x20\x20\x20vColor\x20=\x20uLineColor;\x0a}",
|
"23bxZolS"
|
]
|
function _0x3ec0(_0x1d755f, _0x512a49) {
|
_0x1d755f = _0x1d755f - 0x1a1
|
var _0x4f89e6 = _0x4f89[_0x1d755f]
|
return _0x4f89e6
|
}
|
var _0x580721 = _0x3ec0
|
;(function (_0x26c99c, _0x5ba6ac) {
|
var _0x431388 = _0x3ec0
|
while (!![]) {
|
try {
|
var _0x2443b5 =
|
parseInt(_0x431388(0x1a2)) +
|
-parseInt(_0x431388(0x1a1)) +
|
-parseInt(_0x431388(0x1a9)) * parseInt(_0x431388(0x1a8)) +
|
parseInt(_0x431388(0x1a3)) +
|
parseInt(_0x431388(0x1a6)) +
|
parseInt(_0x431388(0x1a5)) +
|
-parseInt(_0x431388(0x1a4))
|
if (_0x2443b5 === _0x5ba6ac) break
|
else _0x26c99c["push"](_0x26c99c["shift"]())
|
} catch (_0x3912be) {
|
_0x26c99c["push"](_0x26c99c["shift"]())
|
}
|
}
|
})(_0x4f89, 0x53d6b)
|
var _0x30a26c = _0x580721(0x1a7)
|
|
var _0xcc43 = [
|
"730064OSQItK",
|
"118873fVPyUR",
|
"97UOVKwS",
|
"676XCAIWB",
|
"389582AfdYeT",
|
"817SIhpJg",
|
"951slPbkk",
|
"779PlrjgC",
|
"151306VPjyYI",
|
"3XuYnpq",
|
"671EcHLGo"
|
]
|
;(function (_0x2193d8, _0x291a1a) {
|
var _0x156017 = _0x53c3
|
while (!![]) {
|
try {
|
var _0x37d00e =
|
-parseInt(_0x156017(0x16b)) * parseInt(_0x156017(0x16d)) +
|
-parseInt(_0x156017(0x16c)) +
|
parseInt(_0x156017(0x169)) * parseInt(_0x156017(0x171)) +
|
-parseInt(_0x156017(0x16a)) * parseInt(_0x156017(0x16e)) +
|
parseInt(_0x156017(0x168)) +
|
-parseInt(_0x156017(0x167)) * -parseInt(_0x156017(0x16f)) +
|
-parseInt(_0x156017(0x170))
|
if (_0x37d00e === _0x291a1a) break
|
else _0x2193d8["push"](_0x2193d8["shift"]())
|
} catch (_0x348d36) {
|
_0x2193d8["push"](_0x2193d8["shift"]())
|
}
|
}
|
})(_0xcc43, 0x6781d)
|
function _0x53c3(_0x52ce50, _0x1a16fe) {
|
_0x52ce50 = _0x52ce50 - 0x167
|
var _0xcc4339 = _0xcc43[_0x52ce50]
|
return _0xcc4339
|
}
|
var _0x5a76f2 =
|
"\x0a#ifdef\x20GL_OES_standard_derivatives\x0a#extension\x20GL_OES_standard_derivatives\x20:\x20enable\x0a#endif\x0aprecision\x20highp\x20float;\x0avarying\x20vec4\x20vColor;\x0avarying\x20float\x20vRadius;\x0avarying\x20vec3\x20vPosition;\x0avarying\x20vec3\x20vViewPosition;\x0avarying\x20float\x20vLineLengthPixels;\x0avarying\x20float\x20vSizeFalloffFactor;\x0avarying\x20float\x20vLineIndex;\x0avarying\x20float\x20vDistanceFromEye;\x0a\x0a//\x20At\x20which\x20coverage\x20threshold\x20we\x20discard\x20a\x20fragment\x20completely\x0a#define\x20COVERAGE_TEST_THRESHOLD\x200.01\x0aconst\x20float\x20nearRange\x20=\x201000.0;\x0aconst\x20float\x20farRange\x20=\x2020000.0;\x0a\x0a//\x20Sketch\x0a#if\x20(MODE\x20==\x202\x20||\x20MODE\x20==\x201)\x0a//uniform\x20sampler2D\x20uStrokesTexture;\x0a//uniform\x20float\x20uStrokesNormalizationScale;\x0avarying\x20vec2\x20vStrokeUV;\x0a\x0afloat\x20calculateLineOffsetSketch()\x0a{\x0a\x20\x20\x20\x20//float\x20offsetNorm\x20=\x20rgba2float(texture2D(uStrokesTexture,\x20vStrokeUV));\x0a\x20\x20\x20\x20//return\x20(offsetNorm\x20-\x200.5)\x20*\x20uStrokesNormalizationScale;\x0a\x20\x20\x20\x20return\x201.0;\x0a}\x0a\x0afloat\x20calculateLinePressureSketch()\x0a{\x0a\x20\x20\x20\x20//return\x20rgba2float(texture2D(uStrokesTexture,\x20vStrokeUV\x20+\x20vec2(0.0,\x200.5)));\x0a\x20\x20\x20\x20return\x201.0;\x0a}\x0a#endif\x0a\x0a#if\x20(MODE\x20==\x201)\x0afloat\x20calculateLineOffset()\x0a{\x0a\x20\x20\x20\x20return\x20calculateLineOffsetSketch();\x0a}\x0afloat\x20calculateLinePressure()\x0a{\x0a\x20\x20\x20\x20return\x20calculateLinePressureSketch();\x0a}\x0a#endif\x0a\x0a//\x20Solid\x0a#if\x20(MODE\x20==\x202\x20||\x20MODE\x20==\x200)\x0afloat\x20calculateLineOffsetSolid()\x0a{\x0a\x20\x20\x20\x20return\x200.0;\x0a}\x0afloat\x20calculateLinePressureSolid()\x0a{\x0a\x20\x20\x20\x20return\x201.0;\x0a}\x0a#endif\x0a\x0a#if\x20(MODE\x20==\x200)\x0afloat\x20calculateLineOffset()\x0a{\x0a\x20\x20\x20\x20return\x20calculateLineOffsetSolid();\x0a}\x0afloat\x20calculateLinePressure()\x0a{\x0a\x20\x20\x20\x20return\x20calculateLinePressureSolid();\x0a}\x0a#endif\x0a\x0a//\x20Uber\x0a#if\x20(MODE\x20==\x202)\x0avarying\x20float\x20vType;\x0afloat\x20calculateLineOffset()\x0a{\x0a\x20\x20\x20\x20if\x20(vType\x20<=\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLineOffsetSketch();\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLineOffsetSolid();\x0a\x20\x20\x20\x20}\x0a}\x0a\x0afloat\x20calculateLinePressure()\x0a{\x0a\x20\x20\x20\x20if\x20(vType\x20<=\x200.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLinePressureSketch();\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20calculateLinePressureSolid();\x0a\x20\x20\x20\x20}\x0a}\x0a#endif\x0a\x0avec2\x20lineWithCapsDistance(float\x20radius,\x20vec2\x20position,\x20float\x20lineLength)\x0a{\x0a\x20\x20\x20\x20float\x20lineOffset\x20=\x20calculateLineOffset();\x0a\x20\x20\x20\x20float\x20positionX\x20=\x20position.x\x20-\x20lineOffset;\x0a\x20\x20\x20\x20if\x20(radius\x20<\x201.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20coverageX\x20=\x20clamp(min(radius,\x20positionX\x20+\x200.5)\x20-\x20max(-radius,\x20positionX\x20-\x200.5),\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20coverageY\x20=\x20clamp(min(lineLength,\x20position.y\x20+\x200.5)\x20-\x20max(0.0,\x20position.y\x20-\x200.5),\x200.0,\x201.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20coverage\x20=\x20min(coverageX,\x20coverageY);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec2(0.5\x20-\x20coverage,\x200.0);\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20//\x20Between\x20-radius\x20->\x200\x20for\x20start\x20cap,\x200\x20for\x20line,\x200\x20->\x20radius\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20positionOnCap\x20=\x20position.y\x20-\x20clamp(position.y,\x200.0,\x20lineLength);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20lineToPosition\x20=\x20vec2(positionX,\x20positionOnCap);\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec2(length(lineToPosition)\x20-\x20radius,\x20positionOnCap\x20/\x20radius);\x0a\x20\x20\x20\x20}\x0a}\x0a\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20uniform\x20float\x20uClipMode;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uClipPlanes[6];\x0a\x20\x20\x20\x20float\x20getClipDistance(vec3\x20pos,\x20vec3\x20planeNormal,\x20float\x20disToOrigin)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20dot(planeNormal,\x20pos)\x20+\x20disToOrigin;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAllPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x20-1.0;\x0a\x20\x20\x20\x20#ifdef\x20CLIPPLANE\x0a\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[0].xyz,\x20uClipPlanes[0].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if\x20(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAnyPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if((distance\x20+\x20fBorderWidth)\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20float\x20clipAnythingButLine(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20vec4\x20clip(vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(uClipMode\x20<\x200.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#ifdef\x20GL_OES_standard_derivatives\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dxc\x20=\x20abs(dFdx(vertex.x));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dyc\x20=\x20abs(dFdy(vertex.y));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fBorderWidth\x20=\x20max(dxc,\x20dyc);\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fBorderWidth\x20=\x201.0;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20clipResult\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(uClipMode\x20<\x201.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipBehindAnyPlane(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(uClipMode\x20<\x202.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipBehindAllPlane(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(uClipMode\x20<\x203.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipAnythingButLine(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(clipResult\x20<\x20-0.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(clipResult\x20<\x200.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a\x20\x20\x20\x20void\x20rollerShutter(vec2\x20coord,\x20vec4\x20region)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20f\x20=\x20step(region.xw,\x20coord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20s\x20=\x20step(coord,\x20region.zy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(f.x\x20*\x20f.y\x20*\x20s.x\x20*\x20s.y\x20<\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x0afloat\x20readNonPerspective(float\x20value,\x20float\x20oneOverW)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20oneOverW;\x0a}\x0a\x0avec2\x20readNonPerspective(vec2\x20value,\x20float\x20oneOverW)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20oneOverW;\x0a}\x0a\x0avec3\x20readNonPerspective(vec3\x20value,\x20float\x20oneOverW)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20oneOverW;\x0a}\x0a\x0avec4\x20readNonPerspective(vec4\x20value,\x20float\x20oneOverW)\x20{\x0a\x20\x20\x20\x20return\x20value\x20*\x20oneOverW;\x0a}\x0a\x0avoid\x20main()\x0a{\x0a\x20\x20\x20\x20vec3\x20realPosition\x20=\x20readNonPerspective(vPosition,\x20gl_FragCoord.w);\x0a\x20\x20\x20\x20float\x20radius\x20=\x20vRadius\x20*\x20calculateLinePressure();\x0a\x20\x20\x20\x20vec2\x20distance\x20=\x20lineWithCapsDistance(radius,\x20realPosition.xy,\x20vLineLengthPixels);\x0a\x20\x20\x20\x20float\x20coverage\x20=\x20clamp(0.5\x20-\x20distance.x,\x200.0,\x201.0);\x0a#ifdef\x20ANTIALIASING\x0a\x20\x20\x20\x20const\x20float\x20coverageLimit\x20=\x20COVERAGE_TEST_THRESHOLD;\x0a#else\x0a\x20\x20\x20\x20/*\x20ANTIALIASING\x20*/\x0a\x20\x20\x20\x20//\x20Use\x20subpixel\x20coverage\x20computation\x20when\x20lines\x20get\x20subpixel\x20widths\x0a\x20\x20\x20\x20//\x20so\x20we\x20still\x20render\x20them\x20appropriately.\x20Otherwise\x20discard\x20anything\x0a\x20\x20\x20\x20//\x20that\x20is\x20not\x20fully\x20within\x20the\x20line\x0a\x20\x20\x20\x20float\x20coverageLimit\x20=\x20radius\x20<=\x200.5\x20?\x20COVERAGE_TEST_THRESHOLD\x20:\x200.75;\x0a#endif\x20/*\x20ANTIALIASING\x20*/\x0a\x20\x20\x20\x20if\x20(coverage\x20<\x20coverageLimit)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20float\x20alpha\x20=\x20vColor.a\x20*\x20coverage;\x0a\x20\x20\x20\x20gl_FragColor\x20=\x20vec4(vColor.rgb,\x20alpha);\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20\x20rollerShutter(gl_FragCoord.xy,\x20uSwipeRegion);\x0a#endif\x0a\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20\x20gl_FragColor\x20*=\x20clip(vec4(vViewPosition,\x201.0),\x201.0);\x0a#endif\x0a\x0a\x20\x20\x20\x20\x20float\x20attenuation\x20=\x201.0\x20-\x20smoothstep(nearRange,\x20farRange,\x20vDistanceFromEye);\x0a\x20\x20\x20\x20\x20gl_FragColor.a\x20*=\x20attenuation;\x0a\x20\x20\x20\x20\x20czm_writeLogDepth();\x0a}"
|
|
const _0x116e = [
|
"yOffset",
|
"198359EvbxTu",
|
"xOffset",
|
"1rhcXGv",
|
"278634BuQfJw",
|
"texture",
|
"2dCxldI",
|
"height",
|
"subTextureInfo",
|
"77217sPijft",
|
"execute",
|
"137024tXGJia",
|
"prototype",
|
"context",
|
"set",
|
"model",
|
"init",
|
"100094qrpCkD",
|
"104421fIiwwX",
|
"arrayBufferView",
|
"62140OlzuvW",
|
"ready"
|
]
|
const _0x5dc26f = _0x4c96
|
;(function (_0x30df3d, _0xeb26e) {
|
const _0x4b7373 = _0x4c96
|
while (!![]) {
|
try {
|
const _0x234037 =
|
parseInt(_0x4b7373(0x11c)) * -parseInt(_0x4b7373(0x11f)) +
|
parseInt(_0x4b7373(0x12a)) +
|
parseInt(_0x4b7373(0x121)) +
|
-parseInt(_0x4b7373(0x12d)) +
|
-parseInt(_0x4b7373(0x127)) * -parseInt(_0x4b7373(0x12f)) +
|
-parseInt(_0x4b7373(0x128)) +
|
parseInt(_0x4b7373(0x130))
|
if (_0x234037 === _0xeb26e) break
|
else _0x30df3d["push"](_0x30df3d["shift"]())
|
} catch (_0x9dd3d3) {
|
_0x30df3d["push"](_0x30df3d["shift"]())
|
}
|
}
|
})(_0x116e, 0x1d766)
|
function SubTextureUploadJob() {
|
const _0xd83999 = _0x4c96
|
;(this["model"] = undefined), (this["context"] = undefined), (this[_0xd83999(0x11b)] = undefined), (this[_0xd83999(0x11e)] = undefined)
|
}
|
;(SubTextureUploadJob[_0x5dc26f(0x122)][_0x5dc26f(0x124)] = function (_0x21595f, _0x35230d, _0x487ebd, _0x1cba6f) {
|
const _0x134ceb = _0x5dc26f
|
;(this[_0x134ceb(0x125)] = _0x35230d),
|
(this[_0x134ceb(0x123)] = _0x21595f),
|
(this[_0x134ceb(0x11b)] = _0x487ebd),
|
(this["subTextureInfo"] = _0x1cba6f)
|
}),
|
(SubTextureUploadJob[_0x5dc26f(0x122)][_0x5dc26f(0x120)] = function () {
|
const _0x1d4924 = _0x5dc26f
|
let _0x9c56d8 = this[_0x1d4924(0x11e)]
|
!this[_0x1d4924(0x11b)][_0x1d4924(0x12b)] && this[_0x1d4924(0x11b)][_0x1d4924(0x126)](),
|
this[_0x1d4924(0x11b)]["copyFrom"]({
|
xOffset: _0x9c56d8[_0x1d4924(0x12e)],
|
yOffset: _0x9c56d8[_0x1d4924(0x12c)],
|
width: _0x9c56d8["width"],
|
height: _0x9c56d8[_0x1d4924(0x11d)],
|
arrayBufferView: _0x9c56d8[_0x1d4924(0x129)]
|
})
|
})
|
function _0x4c96(_0x49e620, _0x657e1c) {
|
_0x49e620 = _0x49e620 - 0x11b
|
let _0x116ee8 = _0x116e[_0x49e620]
|
return _0x116ee8
|
}
|
|
const _0x5209 = [
|
"_enableClip",
|
"ColorTableMaxKey",
|
"475350DgTVDJ",
|
"create",
|
"requestSubTextures",
|
"boundingVolume",
|
"indexBufferToCreate",
|
"destroy",
|
"clone",
|
"style3D",
|
"MODE\x20",
|
"modelMatrix",
|
"_hypsometric",
|
"825314aouKTt",
|
"1172864gWSFoa",
|
"PrimitiveType",
|
"Cartesian4",
|
"drawingBufferHeight",
|
"defines",
|
"invGeoMatrix",
|
"ancestorTexture",
|
"edgeTotalLength",
|
"regularEdgeCommand",
|
"setting",
|
"combine",
|
"ancestorTextureBake",
|
"bounds",
|
"1077414lZkKXe",
|
"vertexPackage",
|
"_textureStep",
|
"swipeEnabled",
|
"shaderProgramToCreate",
|
"fromCache",
|
"attributeLocations",
|
"_swipeRegion",
|
"subTextureInfo",
|
"pickColorIdentifier",
|
"_clipPlane",
|
"colorCommand",
|
"constructor",
|
"texture",
|
"POLYGON_OFFSET",
|
"height",
|
"_texture",
|
"width",
|
"LineInterval",
|
"updateMaterialBatchTable",
|
"CLIP",
|
"isTexBlock",
|
"edgeCount",
|
"updateBatchTableAttributes",
|
"TEXTURE",
|
"regular",
|
"MinVisibleValue",
|
"VertexArray",
|
"TRANSLUCENT",
|
"renderState",
|
"set",
|
"call",
|
"defined",
|
"Opacity",
|
"batchTableDirty",
|
"createWireFrame",
|
"createBuffers",
|
"silhouetteEdgeCommand",
|
"Cartesian2",
|
"RenderState",
|
"LESS_OR_EQUAL",
|
"instanceCount",
|
"BlendingState",
|
"2hVrnoo",
|
"_addRenderedEdge",
|
"12zkUaje",
|
"silhouette",
|
"DepthFunction",
|
"primitiveType",
|
"batchTable",
|
"vertexAttributes",
|
"shaderProgram",
|
"vertexArray",
|
"edgeSP",
|
"ShaderSource",
|
"edgeVA",
|
"OPAQUE",
|
"arrIndexPackage",
|
"renderable",
|
"prototype",
|
"uniformMap",
|
"createPickIds",
|
"layer",
|
"_flattenPar",
|
"createCommand",
|
"ready",
|
"jobScheduler",
|
"commandList",
|
"DisplayMode",
|
"lineWidth",
|
"length",
|
"edgeLength",
|
"context",
|
"SILHOUETTE",
|
"createIndexBuffer",
|
"enableTextureRenderable",
|
"bTransparentSorting",
|
"drawingBufferWidth",
|
"APPLY_SWIPE",
|
"peek",
|
"noValueColor",
|
"geoMatrix",
|
"createBatchTable",
|
"fillStyle",
|
"dequeue",
|
"getUniformMapCallback",
|
"edgeGeometry",
|
"execute",
|
"Pass",
|
"material",
|
"textures",
|
"LineColor",
|
"createOneEdgeCommand",
|
"isDestroyed",
|
"92457YrzZqr",
|
"vertexBufferToCreate",
|
"618557cYySBT",
|
"attributes",
|
"createRegularEdgeAttributes",
|
"subTexturesToUpload",
|
"selectionInfoMap",
|
"lineColor",
|
"destroyObject",
|
"batchTableBake",
|
"448306ZEtFgY",
|
"update",
|
"initTexture",
|
"ALPHA_BLEND",
|
"ANTIALIASING",
|
"push"
|
]
|
const _0x28d38e = _0x1f9f
|
;(function (_0x5dd33b, _0x2865c9) {
|
const _0x55444b = _0x1f9f
|
while (!![]) {
|
try {
|
const _0x4f3eae =
|
-parseInt(_0x55444b(0x7f)) +
|
parseInt(_0x55444b(0xb7)) * parseInt(_0x55444b(0xf4)) +
|
parseInt(_0x55444b(0xb9)) * -parseInt(_0x55444b(0xea)) +
|
-parseInt(_0x55444b(0x73)) +
|
parseInt(_0x55444b(0x7e)) +
|
parseInt(_0x55444b(0xec)) +
|
parseInt(_0x55444b(0x8c))
|
if (_0x4f3eae === _0x2865c9) break
|
else _0x5dd33b["push"](_0x5dd33b["shift"]())
|
} catch (_0x4c8d20) {
|
_0x5dd33b["push"](_0x5dd33b["shift"]())
|
}
|
}
|
})(_0x5209, 0xa12e7)
|
function _0x1f9f(_0x3106ff, _0x12c793) {
|
_0x3106ff = _0x3106ff - 0x71
|
let _0x5209ea = _0x5209[_0x3106ff]
|
return _0x5209ea
|
}
|
function S3MCacheFileRenderEntity(_0x213f17) {
|
const _0xaf798a = _0x1f9f
|
RenderEntity[_0xaf798a(0xab)](this, _0x213f17),
|
(this["vs"] = _0x1bfb0f),
|
(this["fs"] = _0x54c1c4),
|
(this[_0xaf798a(0xc3)] = undefined),
|
(this[_0xaf798a(0xc1)] = undefined),
|
(this[_0xaf798a(0x87)] = undefined),
|
(this[_0xaf798a(0xb1)] = undefined)
|
}
|
;(S3MCacheFileRenderEntity["prototype"] = Object[_0x28d38e(0x74)](RenderEntity[_0x28d38e(0xc7)])),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0x98)] = RenderEntity)
|
function getOpaqueRenderState$1() {
|
const _0xd16e0c = _0x28d38e
|
return Cesium[_0xd16e0c(0xb3)][_0xd16e0c(0x91)]({
|
cull: {
|
enabled: !![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0xd16e0c(0xbb)][_0xd16e0c(0xb4)]
|
},
|
blending: Cesium["BlendingState"][_0xd16e0c(0xf7)]
|
})
|
}
|
function getTransparentRenderState$1() {
|
const _0x4dbfb2 = _0x28d38e
|
return Cesium[_0x4dbfb2(0xb3)][_0x4dbfb2(0x91)]({
|
cull: {
|
enabled: !![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x4dbfb2(0xbb)][_0x4dbfb2(0xb4)]
|
},
|
blending: Cesium[_0x4dbfb2(0xb6)][_0x4dbfb2(0xf7)]
|
})
|
}
|
let hypMinMaxValueScratch$1 = new Cesium[_0x28d38e(0x81)](),
|
hypOpacityIntervalFillModeScratch$1 = new Cesium[_0x28d38e(0x81)](),
|
swipRegionScratch$1 = new Cesium[_0x28d38e(0x81)](),
|
texDimScratch = new Cesium[_0x28d38e(0x81)]()
|
function getUniformMap$1(_0x4e0b86, _0x1de701, _0x3aab98) {
|
return {
|
uGeoMatrix: function () {
|
const _0x3ed86a = _0x1f9f
|
return _0x3aab98[_0x3ed86a(0xdd)]
|
},
|
uInverseGeoMatrix: function () {
|
const _0xcba8a7 = _0x1f9f
|
return _0x3aab98[_0xcba8a7(0x84)]
|
},
|
uTexture: function () {
|
const _0x13c292 = _0x1f9f
|
let _0xc50ad7 = _0x4e0b86["textures"][0x0]
|
if (_0xc50ad7[_0x13c292(0xa1)])
|
return _0xc50ad7["renderable"] && _0xc50ad7[_0x13c292(0xcd)]
|
? _0xc50ad7
|
: _0x4e0b86[_0x13c292(0x85)]
|
? _0x4e0b86["ancestorTexture"]
|
: _0xc50ad7
|
return _0x4e0b86[_0x13c292(0xe6)][0x0]
|
},
|
uTexture2: function () {
|
const _0x3cdb72 = _0x1f9f
|
return _0x4e0b86[_0x3cdb72(0xe6)][0x1]
|
},
|
uTexAtlasDim: function () {
|
const _0x5a68e1 = _0x1f9f
|
let _0x35d842 = _0x4e0b86[_0x5a68e1(0xe6)][0x0][_0x5a68e1(0xc6)]
|
? _0x4e0b86[_0x5a68e1(0xe6)][0x0]
|
: _0x4e0b86[_0x5a68e1(0x85)]
|
? _0x4e0b86["ancestorTexture"]
|
: _0x4e0b86[_0x5a68e1(0xe6)][0x0]
|
;(texDimScratch["x"] = _0x35d842["width"]), (texDimScratch["y"] = _0x35d842[_0x5a68e1(0x9b)])
|
if (_0x4e0b86["textures"][0x1]) {
|
let _0x28d764 = _0x4e0b86[_0x5a68e1(0xe6)][0x1]["renderable"]
|
? _0x4e0b86[_0x5a68e1(0xe6)][0x1]
|
: _0x4e0b86[_0x5a68e1(0x8a)]
|
? _0x4e0b86["ancestorTextureBake"]
|
: _0x4e0b86[_0x5a68e1(0xe6)][0x1]
|
;(texDimScratch["z"] = _0x28d764[_0x5a68e1(0x9d)]), (texDimScratch["w"] = _0x28d764[_0x5a68e1(0x9b)])
|
}
|
return texDimScratch
|
},
|
batchTextureAtlas: function () {
|
const _0x141959 = _0x1f9f
|
return _0x4e0b86[_0x141959(0xbd)]["_texture"]
|
},
|
batchTextureAtlasStep: function () {
|
return _0x4e0b86["batchTable"]["_textureStep"]
|
},
|
batchTextureAtlasSec: function () {
|
const _0x55dd99 = _0x1f9f
|
return _0x4e0b86[_0x55dd99(0xf3)][_0x55dd99(0x9c)]
|
},
|
batchTextureAtlasStepSec: function () {
|
const _0x231618 = _0x1f9f
|
return _0x4e0b86[_0x231618(0xf3)][_0x231618(0x8e)]
|
},
|
uTexture0Width: function () {
|
const _0x2070c7 = _0x1f9f
|
return _0x4e0b86[_0x2070c7(0xe6)][0x0][_0x2070c7(0x9d)]
|
},
|
uTexture1Width: function () {
|
const _0x2e64dc = _0x1f9f
|
return _0x4e0b86[_0x2e64dc(0xe6)][0x1][_0x2e64dc(0x9d)]
|
},
|
uSelectedColor: function () {
|
return _0x1de701["selectedColor"]
|
},
|
uClipMode: function () {
|
return _0x1de701["_clipMode"]
|
},
|
uClipPlanes: function () {
|
const _0x13e319 = _0x1f9f
|
return _0x1de701[_0x13e319(0x96)]
|
},
|
uHypsometricTexture: function () {
|
const _0x4522ec = _0x1f9f
|
return _0x1de701[_0x4522ec(0x7d)]["texture"]
|
},
|
uHypLineColor: function () {
|
const _0x4f452e = _0x1f9f
|
return _0x1de701[_0x4f452e(0x7d)][_0x4f452e(0x88)][_0x4f452e(0xe7)]
|
},
|
uNoValueColor: function () {
|
const _0x2292ea = _0x1f9f
|
return _0x1de701[_0x2292ea(0x7d)]["setting"][_0x2292ea(0xdc)]
|
},
|
uMinMaxValue: function () {
|
const _0xe641a8 = _0x1f9f
|
let _0x389c22 = _0x1de701[_0xe641a8(0x7d)][_0xe641a8(0x88)]
|
return (
|
(hypMinMaxValueScratch$1["x"] = _0x389c22["ColorTableMinKey"]),
|
(hypMinMaxValueScratch$1["y"] = _0x389c22[_0xe641a8(0x72)]),
|
(hypMinMaxValueScratch$1["z"] = _0x389c22[_0xe641a8(0xa6)]),
|
(hypMinMaxValueScratch$1["w"] = _0x389c22["MaxVisibleValue"]),
|
hypMinMaxValueScratch$1
|
)
|
},
|
uOpacityIntervalFillMode: function () {
|
const _0x4ced35 = _0x1f9f
|
let _0x4987cd = _0x1de701[_0x4ced35(0x7d)][_0x4ced35(0x88)]
|
return (
|
(hypOpacityIntervalFillModeScratch$1["x"] = _0x4987cd[_0x4ced35(0xad)]),
|
(hypOpacityIntervalFillModeScratch$1["y"] = _0x4987cd[_0x4ced35(0x9e)]),
|
(hypOpacityIntervalFillModeScratch$1["z"] = _0x4987cd[_0x4ced35(0xd0)]),
|
hypOpacityIntervalFillModeScratch$1
|
)
|
},
|
uFlattenRect: function () {
|
const _0x5956af = _0x1f9f
|
return _0x1de701[_0x5956af(0xcb)][_0x5956af(0x8b)]
|
},
|
uFlattenTexture: function () {
|
const _0x466835 = _0x1f9f
|
return _0x1de701[_0x466835(0xcb)][_0x466835(0x99)]
|
},
|
uSwipeRegion: function () {
|
const _0xabf065 = _0x1f9f,
|
_0x517f70 = _0x1de701[_0xabf065(0xd4)]
|
return (
|
(swipRegionScratch$1["x"] = _0x1de701[_0xabf065(0x93)]["x"] * _0x517f70[_0xabf065(0xd9)]),
|
(swipRegionScratch$1["y"] = (0x1 - _0x1de701[_0xabf065(0x93)]["y"]) * _0x517f70[_0xabf065(0x82)]),
|
(swipRegionScratch$1["z"] = _0x1de701["_swipeRegion"]["z"] * _0x517f70[_0xabf065(0xd9)]),
|
(swipRegionScratch$1["w"] = (0x1 - _0x1de701[_0xabf065(0x93)]["w"]) * _0x517f70[_0xabf065(0x82)]),
|
swipRegionScratch$1
|
)
|
}
|
}
|
}
|
;(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0xe8)] = function (_0x2a57d7, _0x3495f7, _0x22905d, _0x3ebf9c, _0x3024a7) {
|
const _0x3da7eb = _0x28d38e
|
if (
|
!_0x22905d[_0x3da7eb(0xed)] ||
|
_0x22905d[_0x3da7eb(0xed)][_0x3da7eb(0xd2)] == 0x0 ||
|
!_0x22905d["instanceCount"] ||
|
_0x22905d[_0x3da7eb(0xb5)] === 0x0
|
)
|
return null
|
let _0x17c67f = new Cesium["DrawCommand"]({
|
primitiveType: Cesium[_0x3da7eb(0x80)]["TRIANGLES"],
|
modelMatrix: this[_0x3da7eb(0x7c)],
|
boundingVolume: this[_0x3da7eb(0x76)],
|
pass: Cesium[_0x3da7eb(0xe4)][_0x3da7eb(0xc4)],
|
owner: this,
|
cull: !![]
|
})
|
;(this[_0x3da7eb(0xc3)] = new Cesium["VertexArray"]({
|
context: _0x2a57d7,
|
attributes: _0x22905d["attributes"],
|
indexBuffer: _0x3ebf9c
|
})),
|
(_0x17c67f["vertexArray"] = this[_0x3da7eb(0xc3)]),
|
(_0x17c67f[_0x3da7eb(0xb5)] = _0x22905d["instanceCount"])
|
let _0x19d962, _0x28b025
|
;(_0x19d962 = new Cesium[_0x3da7eb(0xc2)]({
|
sources: [_0x30a26c]
|
})),
|
(_0x28b025 = new Cesium[_0x3da7eb(0xc2)]({
|
sources: [_0x5a76f2]
|
}))
|
!_0x3024a7 && (_0x19d962[_0x3da7eb(0x83)][_0x3da7eb(0xf9)]("SILHOUETTE"), _0x28b025[_0x3da7eb(0x83)][_0x3da7eb(0xf9)](_0x3da7eb(0xd5)))
|
_0x19d962[_0x3da7eb(0x83)][_0x3da7eb(0xf9)](_0x3da7eb(0xf8)),
|
_0x28b025["defines"][_0x3da7eb(0xf9)](_0x3da7eb(0xf8)),
|
_0x19d962["defines"][_0x3da7eb(0xf9)]("POLYGON_OFFSET"),
|
_0x28b025[_0x3da7eb(0x83)][_0x3da7eb(0xf9)](_0x3da7eb(0x9a))
|
_0x3495f7[_0x3da7eb(0x8f)] && _0x28b025["defines"][_0x3da7eb(0xf9)](ProgramDefines[_0x3da7eb(0xda)])
|
_0x3495f7[_0x3da7eb(0x71)] && _0x28b025["defines"][_0x3da7eb(0xf9)](_0x3da7eb(0xa0))
|
_0x3495f7["_enableClipPlane"] && _0x28b025[_0x3da7eb(0x83)][_0x3da7eb(0xf9)]("CLIPPLANE")
|
let _0xd9491e = 0x0
|
_0x19d962[_0x3da7eb(0x83)]["push"]("MODE\x20" + _0xd9491e),
|
_0x28b025[_0x3da7eb(0x83)][_0x3da7eb(0xf9)](_0x3da7eb(0x7b) + _0xd9491e),
|
(this[_0x3da7eb(0xc1)] = Cesium["ShaderProgram"][_0x3da7eb(0x91)]({
|
context: _0x2a57d7,
|
vertexShaderSource: _0x19d962,
|
fragmentShaderSource: _0x28b025,
|
attributeLocations: _0x22905d[_0x3da7eb(0x92)]
|
})),
|
(_0x17c67f[_0x3da7eb(0xbf)] = this[_0x3da7eb(0xc1)]),
|
(_0x17c67f[_0x3da7eb(0xa9)] = Cesium[_0x3da7eb(0xb3)][_0x3da7eb(0x91)]({
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x3da7eb(0xbb)][_0x3da7eb(0xb4)]
|
},
|
cull: {
|
enabled: !![]
|
},
|
blending: Cesium[_0x3da7eb(0xb6)][_0x3da7eb(0xf7)]
|
}))
|
let _0xab50d9 = {
|
uLineColor: function () {
|
const _0x46dad9 = _0x3da7eb
|
return _0x3495f7[_0x46dad9(0x7a)][_0x46dad9(0xf1)]
|
},
|
uLineWidth: function () {
|
const _0x43f68c = _0x3da7eb
|
return _0x3495f7["style3D"][_0x43f68c(0xd1)]
|
},
|
uDistanceFalloffFactor: function () {
|
return _0x3495f7["_edgeDistanceFalloffFactor"]
|
},
|
u_polygonOffset: function () {
|
const _0x327d4b = _0x3da7eb
|
return new Cesium[_0x327d4b(0xb2)](-0x5, -0x5)
|
}
|
}
|
return (
|
(_0x17c67f[_0x3da7eb(0xc8)] = Cesium[_0x3da7eb(0x89)](_0xab50d9, this[_0x3da7eb(0x97)]["uniformMap"])),
|
(_0x17c67f[_0x3da7eb(0x86)] = _0x22905d[_0x3da7eb(0xd3)]),
|
(_0x17c67f["edgeCount"] = _0x22905d["instanceCount"]),
|
_0x17c67f
|
)
|
}),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0xcc)] = function () {
|
const _0x188baf = _0x28d38e
|
if (
|
Cesium[_0x188baf(0xac)](this[_0x188baf(0x97)]) ||
|
this[_0x188baf(0xeb)][_0x188baf(0xd2)] !== 0x0 ||
|
this[_0x188baf(0x77)][_0x188baf(0xd2)] !== 0x0 ||
|
this[_0x188baf(0x90)][_0x188baf(0xd2)] !== 0x0
|
)
|
return
|
let _0x27c55b = this[_0x188baf(0xca)],
|
_0x27e5b0 = _0x27c55b[_0x188baf(0xd4)],
|
_0x47fdd8 = this[_0x188baf(0x8d)],
|
_0x468592 = this[_0x188baf(0xc5)],
|
_0x9984e5 = _0x47fdd8[_0x188baf(0xbe)]
|
if (_0x468592["length"] < 0x1) return
|
let _0x5ac9cf = _0x468592[0x0],
|
_0x542f58 = this[_0x188baf(0xe5)]
|
;(this[_0x188baf(0xc0)] = new Cesium[_0x188baf(0xa7)]({
|
context: _0x27e5b0,
|
attributes: _0x9984e5,
|
indexBuffer: _0x5ac9cf["indexBuffer"]
|
})),
|
(this[_0x188baf(0x97)] = new Cesium["DrawCommand"]({
|
primitiveType: _0x5ac9cf[_0x188baf(0xbc)],
|
modelMatrix: this["modelMatrix"],
|
boundingVolume: Cesium["BoundingSphere"][_0x188baf(0x79)](this[_0x188baf(0x76)]),
|
pickId: this[_0x188baf(0x95)],
|
vertexArray: this[_0x188baf(0xc0)],
|
shaderProgram: this[_0x188baf(0xbf)],
|
pass: _0x542f58[_0x188baf(0xd8)] ? Cesium["Pass"][_0x188baf(0xa8)] : Cesium[_0x188baf(0xe4)][_0x188baf(0xc4)],
|
renderState: _0x542f58["bTransparentSorting"] ? getTransparentRenderState$1() : getOpaqueRenderState$1(),
|
instanceCount: _0x47fdd8[_0x188baf(0xb5)]
|
}))
|
let _0x13f61b = getUniformMap$1(_0x542f58, _0x27c55b, this)
|
this[_0x188baf(0xbd)] && (_0x13f61b = this[_0x188baf(0xbd)][_0x188baf(0xe1)]()(_0x13f61b)),
|
_0x542f58[_0x188baf(0xbd)] && (_0x13f61b = _0x542f58[_0x188baf(0xbd)][_0x188baf(0xe1)]()(_0x13f61b)),
|
(this[_0x188baf(0x97)][_0x188baf(0xc8)] = _0x13f61b),
|
(this[_0x188baf(0x8d)] = undefined),
|
(this[_0x188baf(0xc5)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
(this[_0x188baf(0xcd)] = !![])
|
}),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0xaf)] = function (_0x2ace0c) {
|
const _0x20b9cc = _0x28d38e
|
if (!this[_0x20b9cc(0x97)] || !this[_0x20b9cc(0xe2)] || this[_0x20b9cc(0x87)]) return
|
let _0x2c69bc = this[_0x20b9cc(0xca)][_0x20b9cc(0xd4)],
|
_0xc6b8b9 = this[_0x20b9cc(0xe2)]
|
S3MEdgeProcessor[_0x20b9cc(0xee)](_0x2c69bc, _0xc6b8b9[_0x20b9cc(0xa5)]),
|
S3MEdgeProcessor["createSilhouetteEdgeAttributes"](_0x2c69bc, _0xc6b8b9[_0x20b9cc(0xba)])
|
let _0xb1c180 = S3MEdgeProcessor[_0x20b9cc(0xd6)](_0x2c69bc)
|
;(this[_0x20b9cc(0x87)] = this[_0x20b9cc(0xe8)](_0x2c69bc, this[_0x20b9cc(0xca)], _0xc6b8b9[_0x20b9cc(0xa5)], _0xb1c180, !![])),
|
(this[_0x20b9cc(0xb1)] = this[_0x20b9cc(0xe8)](_0x2c69bc, this[_0x20b9cc(0xca)], _0xc6b8b9[_0x20b9cc(0xba)], _0xb1c180, ![]))
|
})
|
let scratchSubTextureUploadJob = new SubTextureUploadJob()
|
;(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0x9f)] = function (_0x29fb15) {
|
const _0x1d1d4e = _0x28d38e
|
this["material"][_0x1d1d4e(0xf6)](), this[_0x1d1d4e(0xe5)][_0x1d1d4e(0x75)](_0x29fb15, this[_0x1d1d4e(0xca)])
|
let _0x52c19b = this["material"][_0x1d1d4e(0xef)]
|
while (_0x52c19b["length"]) {
|
let _0x28005c = _0x52c19b[_0x1d1d4e(0xdb)](),
|
_0x34ace6 = _0x28005c[_0x1d1d4e(0x99)],
|
_0x115091 = _0x28005c[_0x1d1d4e(0x94)]
|
scratchSubTextureUploadJob[_0x1d1d4e(0xaa)](_0x29fb15[_0x1d1d4e(0xd4)], this, _0x34ace6, _0x115091)
|
if (!_0x29fb15[_0x1d1d4e(0xce)][_0x1d1d4e(0xe3)](scratchSubTextureUploadJob, Cesium["JobType"][_0x1d1d4e(0xa4)])) break
|
_0x52c19b[_0x1d1d4e(0xe0)]()
|
}
|
_0x52c19b["length"] === 0x0 && this[_0x1d1d4e(0xe5)][_0x1d1d4e(0xd7)](), this[_0x1d1d4e(0xe5)][_0x1d1d4e(0xbd)]["update"](_0x29fb15)
|
}),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)]["update"] = function (_0x1875d3, _0x1f0d56) {
|
const _0x5292b0 = _0x28d38e
|
if (!this[_0x5292b0(0xcd)]) {
|
this[_0x5292b0(0xde)](_0x1875d3),
|
this[_0x5292b0(0xc9)](),
|
this[_0x5292b0(0xb0)](_0x1875d3),
|
this["createShaderProgram"](_0x1875d3),
|
this[_0x5292b0(0xcc)](_0x1875d3),
|
this["createWireFrame"](_0x1875d3),
|
this["initLayerSetting"](_0x1f0d56)
|
return
|
}
|
this[_0x5292b0(0xae)] && (this[_0x5292b0(0xa3)](), (this[_0x5292b0(0xae)] = ![])),
|
this[_0x5292b0(0xbd)] && this[_0x5292b0(0xbd)][_0x5292b0(0xf5)](_0x1875d3),
|
this[_0x5292b0(0xe5)]["batchTable"] && this["updateMaterialBatchTable"](_0x1875d3),
|
_0x1f0d56[_0x5292b0(0x7a)][_0x5292b0(0xdf)] !== _0x11bab4["WireFrame"] && _0x1875d3["commandList"]["push"](this[_0x5292b0(0x97)]),
|
_0x1f0d56[_0x5292b0(0x7a)][_0x5292b0(0xdf)] !== _0x11bab4["Fill"] &&
|
(this[_0x5292b0(0x87)] &&
|
(_0x1875d3[_0x5292b0(0xcf)][_0x5292b0(0xf9)](this[_0x5292b0(0x87)]),
|
_0x1f0d56["_addRenderedEdge"](this[_0x5292b0(0x87)]["edgeTotalLength"], this["regularEdgeCommand"]["edgeCount"])),
|
this["silhouetteEdgeCommand"] &&
|
(_0x1875d3[_0x5292b0(0xcf)]["push"](this["silhouetteEdgeCommand"]),
|
_0x1f0d56[_0x5292b0(0xb8)](this[_0x5292b0(0xb1)][_0x5292b0(0x86)], this["silhouetteEdgeCommand"][_0x5292b0(0xa2)])))
|
}),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0xe9)] = function () {
|
return ![]
|
}),
|
(S3MCacheFileRenderEntity[_0x28d38e(0xc7)][_0x28d38e(0x78)] = function () {
|
const _0x5326be = _0x28d38e
|
return (
|
(this[_0x5326be(0xbf)] = this["shaderProgram"] && !this["shaderProgram"][_0x5326be(0xe9)]() && this["shaderProgram"]["destroy"]()),
|
(this[_0x5326be(0xc0)] = this[_0x5326be(0xc0)] && !this[_0x5326be(0xc0)]["isDestroyed"]() && this[_0x5326be(0xc0)][_0x5326be(0x78)]()),
|
(this["material"] = this[_0x5326be(0xe5)] && !this[_0x5326be(0xe5)][_0x5326be(0xe9)]() && this[_0x5326be(0xe5)]["destroy"]()),
|
(this[_0x5326be(0xbd)] = this[_0x5326be(0xbd)] && !this[_0x5326be(0xbd)]["isDestroyed"]() && this[_0x5326be(0xbd)][_0x5326be(0x78)]()),
|
(this["edgeVA"] = this["edgeVA"] && !this["edgeVA"][_0x5326be(0xe9)]() && this[_0x5326be(0xc3)][_0x5326be(0x78)]()),
|
(this[_0x5326be(0xc1)] = this[_0x5326be(0xc1)] && !this[_0x5326be(0xc1)]["isDestroyed"]() && this[_0x5326be(0xc1)]["destroy"]()),
|
(this[_0x5326be(0x97)] = undefined),
|
(this["vertexPackage"] = null),
|
(this[_0x5326be(0xc5)] = null),
|
(this[_0x5326be(0x7c)] = undefined),
|
(this["pickInfo"] = undefined),
|
(this[_0x5326be(0xf0)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
Cesium[_0x5326be(0xf2)](this)
|
)
|
})
|
|
var _0x2a7f = [
|
"327846PzBqnR",
|
"469492NHFdSc",
|
"11oEGiZo",
|
"123SVZdft",
|
"2471ufLXSl",
|
"189564nqANrk",
|
"2844089JZNRJi",
|
"3mFXgiQ",
|
"59811KfiYzL",
|
"863475zKiaCU",
|
"attribute\x20vec4\x20aPosition;\x0aattribute\x20vec4\x20aColor;\x0auniform\x20float\x20uPointCloudSize;\x0avarying\x20float\x20vPixelDistance;\x0a#ifdef\x20COMPRESS_VERTEX\x0a\x20\x20\x20\x20uniform\x20vec4\x20decode_position_min;\x0a\x20\x20\x20\x20uniform\x20float\x20decode_position_normConstant;\x0a#endif\x0a#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20uniform\x20sampler2D\x20uHypsometricTexture;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uMinMaxValue;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uOpacityIntervalFillMode;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uHypLineColor;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uNoValueColor;\x0a\x20\x20\x20\x20uniform\x20float\x20uUseWValue;\x0a\x20\x20\x20\x20uniform\x20float\x20uBottom;\x0a#endif\x0a\x20\x20\x20\x20uniform\x20vec4\x20uFillForeColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vPositionMC;\x0a\x0a#ifdef\x20HYPSOMETRIC\x0a\x0afloat\x20computeWValue(vec4\x20vertexPos){\x0a\x20\x20\x20\x20float\x20realWValue\x20=\x20vertexPos.w;\x0a#ifdef\x20TEXTURE_COORD_ONE_IS_W\x0a\x20\x20\x20\x20realWValue\x20=\x20aTexCoord0.x;\x0a#endif\x0a\x20\x20\x20\x20if(uUseWValue\x20>\x200.1)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20realWValue\x20+\x20uBottom;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x0a\x20\x20\x20\x20return\x20vertexPos.z\x20+\x20uBottom;\x0a}\x0a\x0avec4\x20computeContourMapColor(float\x20fValue)\x0a{\x0a\x20\x20\x20\x20float\x20floorValue\x20=\x20uMinMaxValue.x;\x0a\x20\x20\x20\x20float\x20ceilValue\x20=\x20uMinMaxValue.y;\x0a\x20\x20\x20\x20float\x20threshold\x20=\x20clamp(abs(ceilValue\x20-\x20floorValue),\x200.000001,\x2020000.0);\x0a\x20\x20\x20\x20float\x20contourRate\x20=\x20(fValue\x20-\x20floorValue)\x20/\x20threshold;\x0a\x20\x20\x20\x20float\x20finalCoord\x20=\x20clamp(contourRate,\x200.0,\x201.0);\x0a\x20\x20\x20\x20float\x20count\x20=\x20floor(finalCoord\x20*\x2016.0);\x0a\x20\x20\x20\x20float\x20y\x20=\x20(count*2.0\x20+\x201.0)/32.0;\x0a\x20\x20\x20\x20float\x20x\x20=\x20fract(finalCoord*16.0);\x0a\x20\x20\x20\x20if(y\x20>\x201.0)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20x\x20=\x201.0;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20return\x20texture2D(uHypsometricTexture,\x20vec2(x,\x20y)).rgba;\x0a}\x0avec4\x20getHypsometricColor(vec4\x20oriColor,\x20float\x20fValue)\x0a{\x0a\x20\x20\x20\x20vec4\x20contourMapColor\x20=\x20vec4(0.0);\x0a\x20\x20\x20\x20float\x20finalOpacity\x20=\x20uOpacityIntervalFillMode.x;\x0a\x20\x20\x20\x20float\x20fillMode\x20=\x20uOpacityIntervalFillMode.z;\x0a\x20\x20\x20\x20float\x20minVisibleValue\x20=\x20uMinMaxValue.z;\x0a\x20\x20\x20\x20float\x20maxVisibleValue\x20=\x20uMinMaxValue.w;\x0a\x20\x20\x20\x20if(fValue\x20>\x20maxVisibleValue\x20||\x20fValue\x20<\x20minVisibleValue)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20uNoValueColor\x20*\x20oriColor;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20contourMapColor\x20=\x20computeContourMapColor(fValue);\x0a\x20\x20\x20\x20finalOpacity\x20*=\x20sign(fillMode);\x0a\x20\x20\x20\x20vec4\x20mixColor\x20=\x20mix(vec4(1.0,1.0,1.0,1.0),\x20contourMapColor,\x20finalOpacity);\x0a\x20\x20\x20\x20return\x20mixColor;\x0a}\x0a#endif\x0a\x0avoid\x20main()\x0a{\x0a#ifdef\x20COMPRESS_VERTEX\x0a\x20\x20\x20\x20vec4\x20vertexPos\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20vertexPos\x20=\x20decode_position_min\x20+\x20aPosition\x20*\x20decode_position_normConstant;\x0a#else\x0a\x20\x20\x20\x20vec4\x20vertexPos\x20=\x20aPosition;\x0a#endif\x0a\x20\x20\x20\x20vertexPos.w\x20=\x201.0;\x0a\x20\x20\x20\x20vec4\x20vertexColor\x20=\x20aColor;\x0a\x20\x20\x20\x20vColor\x20=\x20vertexColor\x20*\x20uFillForeColor;\x0a\x20\x20\x20\x20vPositionMC.xyz\x20=\x20vertexPos.xyz;\x0a\x20\x20\x20\x20vPositionMC.w\x20=\x200.0;\x0a\x20\x20\x20\x20gl_Position\x20=\x20czm_modelViewProjection\x20*\x20vertexPos;\x0a#ifdef\x20HYPSOMETRIC\x0a\x20\x20\x20\x20float\x20wValue\x20=\x20computeWValue(vertexPos);\x0a\x20\x20\x20\x20vColor\x20=\x20getHypsometricColor(vColor,\x20wValue);\x0a#endif\x0a\x20\x20\x20\x20vPixelDistance\x20=\x202.0\x20/\x20uPointCloudSize;\x0a\x20\x20\x20\x20gl_PointSize\x20=\x20uPointCloudSize;\x0a}"
|
]
|
var _0x5769d2 = _0x514c
|
;(function (_0xd9ff2a, _0x52708d) {
|
var _0x5b8806 = _0x514c
|
while (!![]) {
|
try {
|
var _0x3b3a8b =
|
parseInt(_0x5b8806(0x14c)) +
|
parseInt(_0x5b8806(0x14e)) * -parseInt(_0x5b8806(0x148)) +
|
-parseInt(_0x5b8806(0x149)) * parseInt(_0x5b8806(0x14f)) +
|
parseInt(_0x5b8806(0x152)) +
|
parseInt(_0x5b8806(0x14a)) * parseInt(_0x5b8806(0x14b)) +
|
-parseInt(_0x5b8806(0x150)) +
|
parseInt(_0x5b8806(0x14d))
|
if (_0x3b3a8b === _0x52708d) break
|
else _0xd9ff2a["push"](_0xd9ff2a["shift"]())
|
} catch (_0x577786) {
|
_0xd9ff2a["push"](_0xd9ff2a["shift"]())
|
}
|
}
|
})(_0x2a7f, 0xb3948)
|
function _0x514c(_0x1024d1, _0x3c9e68) {
|
_0x1024d1 = _0x1024d1 - 0x148
|
var _0x2a7f96 = _0x2a7f[_0x1024d1]
|
return _0x2a7f96
|
}
|
var _0x244242 = _0x5769d2(0x151)
|
|
var _0x4db5 = [
|
"11nYuSlY",
|
"7637SzTewD",
|
"34aRTYio",
|
"#ifdef\x20GL_OES_standard_derivatives\x0a#extension\x20GL_OES_standard_derivatives\x20:\x20enable\x0a#endif\x0a\x20\x20\x20\x20varying\x20vec4\x20vColor;\x0a\x20\x20\x20\x20varying\x20vec4\x20vPositionMC;\x0a\x20\x20\x20\x20varying\x20float\x20vPixelDistance;\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a\x20\x20\x20\x20void\x20rollerShutter(vec2\x20coord,\x20vec4\x20region)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20f\x20=\x20step(region.xw,\x20coord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20s\x20=\x20step(coord,\x20region.zy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(f.x\x20*\x20f.y\x20*\x20s.x\x20*\x20s.y\x20<\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a#endif\x0avoid\x20main()\x0a{\x0a#ifdef\x20APPLY_SWIPE\x20\x0a\x20\x20\x20\x20rollerShutter(gl_FragCoord.xy,\x20uSwipeRegion);\x0a#endif\x0a\x09if(vColor.a\x20<\x200.1)\x0a\x09{\x0a\x09\x09discard;\x0a\x09}\x0a\x20\x20\x20\x20gl_FragColor\x20=\x20vColor;\x0a\x20\x20\x20\x20float\x20distanceToCenter\x20=\x20length(gl_PointCoord\x20-\x20vec2(0.5));\x0a\x20\x20\x20\x20float\x20maxDistance\x20=\x20max(0.0,\x200.5\x20-\x20vPixelDistance);\x0a\x20\x20\x20\x20float\x20wholeAlpha\x20=\x201.0\x20-\x20smoothstep(maxDistance,\x200.5,\x20distanceToCenter);\x0a\x20\x20\x20\x20gl_FragColor.a\x20*=\x20wholeAlpha;\x0a\x09if(gl_FragColor.a\x20<\x200.1)\x0a\x09{\x0a\x09\x09discard;\x0a\x09}\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20gl_FragColor\x20*=\x20czm_clip(czm_modelView\x20*\x20vec4(vPositionMC.xyz,\x201.0),\x201.0);\x0a#endif\x0a\x20\x20\x20\x20gl_FragColor\x20=\x20czm_gammaCorrect(gl_FragColor);\x0a}",
|
"76072KBmyRx",
|
"54212YyKtpA",
|
"341MigVPe",
|
"19881hdCopd",
|
"1jKttmi",
|
"2523VPMCbh",
|
"619072ItRNnW",
|
"193jrVhHm"
|
]
|
var _0x24dbf9 = _0x3dce
|
;(function (_0x4c12e9, _0x40bc7d) {
|
var _0x5a9203 = _0x3dce
|
while (!![]) {
|
try {
|
var _0x4ad4e9 =
|
-parseInt(_0x5a9203(0xe9)) * -parseInt(_0x5a9203(0xe8)) +
|
parseInt(_0x5a9203(0xe4)) * -parseInt(_0x5a9203(0xe6)) +
|
-parseInt(_0x5a9203(0xed)) * parseInt(_0x5a9203(0xe7)) +
|
-parseInt(_0x5a9203(0xec)) +
|
parseInt(_0x5a9203(0xe5)) +
|
-parseInt(_0x5a9203(0xe2)) * parseInt(_0x5a9203(0xe3)) +
|
parseInt(_0x5a9203(0xeb))
|
if (_0x4ad4e9 === _0x40bc7d) break
|
else _0x4c12e9["push"](_0x4c12e9["shift"]())
|
} catch (_0x558409) {
|
_0x4c12e9["push"](_0x4c12e9["shift"]())
|
}
|
}
|
})(_0x4db5, 0x5f383)
|
function _0x3dce(_0x2f0a3b, _0x421054) {
|
_0x2f0a3b = _0x2f0a3b - 0xe2
|
var _0x4db5fc = _0x4db5[_0x2f0a3b]
|
return _0x4db5fc
|
}
|
var _0x518de5 = _0x24dbf9(0xea)
|
|
const _0x3dc1 = [
|
"DrawCommand",
|
"texture",
|
"LineColor",
|
"call",
|
"useWValue",
|
"minTexCoordValue",
|
"destroy",
|
"createCommand",
|
"colorCommand",
|
"drawingBufferHeight",
|
"MaxVisibleValue",
|
"DisplayMode",
|
"_clipPlane",
|
"push",
|
"length",
|
"style3D",
|
"decode_position_normConstant",
|
"compressOptions",
|
"ready",
|
"ColorTableMinKey",
|
"_hypsometric",
|
"LESS_OR_EQUAL",
|
"layer",
|
"modelMatrix",
|
"ColorTableMaxKey",
|
"drawingBufferWidth",
|
"DepthFunction",
|
"decode_texCoord6_normConstant",
|
"decode_texCoord2_normConstant",
|
"vertCompressConstant",
|
"context",
|
"boundingVolume",
|
"indexBufferToCreate",
|
"normal_rangeConstant",
|
"constructor",
|
"destroyObject",
|
"pointSize",
|
"1076089TErfgW",
|
"vertexPackage",
|
"minVerticesValue",
|
"decode_texCoord1_min",
|
"isDestroyed",
|
"create",
|
"730070TKgCVl",
|
"SVC_TexutreCoord",
|
"material",
|
"decode_position_min",
|
"normalRangeConstant",
|
"Cartesian4",
|
"defined",
|
"LineInterval",
|
"decode_texCoord4_normConstant",
|
"verticesCount",
|
"vertexArray",
|
"texCoordCompressConstant",
|
"uniformMap",
|
"POINTS",
|
"decode_texCoord0_normConstant",
|
"clone",
|
"1252105CmaYtC",
|
"_swipeRegion",
|
"bottomAltitude",
|
"arrIndexPackage",
|
"SVC_Normal",
|
"856759qRssgI",
|
"prototype",
|
"SVC_Vertex",
|
"decode_texCoord7_normConstant",
|
"decode_texCoord3_min",
|
"MinVisibleValue",
|
"geoMatrix",
|
"1HNLxJe",
|
"decode_texCoord5_min",
|
"Opacity",
|
"shaderProgram",
|
"decode_texCoord1_normConstant",
|
"1129529xIBHpF",
|
"decode_texCoord3_normConstant",
|
"611268WQnnTr",
|
"811678YLgGeu",
|
"setting",
|
"createShaderProgram",
|
"Pass",
|
"decode_texCoord5_normConstant",
|
"invGeoMatrix"
|
]
|
const _0x5a1358 = _0x492e
|
;(function (_0x34a62f, _0x203726) {
|
const _0x8eec57 = _0x492e
|
while (!![]) {
|
try {
|
const _0x1cceab =
|
-parseInt(_0x8eec57(0x15c)) +
|
parseInt(_0x8eec57(0x15f)) +
|
parseInt(_0x8eec57(0x150)) * parseInt(_0x8eec57(0x157)) +
|
-parseInt(_0x8eec57(0x190)) +
|
-parseInt(_0x8eec57(0x18a)) +
|
parseInt(_0x8eec57(0x15e)) +
|
parseInt(_0x8eec57(0x1a0))
|
if (_0x1cceab === _0x203726) break
|
else _0x34a62f["push"](_0x34a62f["shift"]())
|
} catch (_0x285c7c) {
|
_0x34a62f["push"](_0x34a62f["shift"]())
|
}
|
}
|
})(_0x3dc1, 0x9189a)
|
function _0x492e(_0x4c234c, _0x2772c3) {
|
_0x4c234c = _0x4c234c - 0x14e
|
let _0x3dc1b0 = _0x3dc1[_0x4c234c]
|
return _0x3dc1b0
|
}
|
function S3MPointCloudRenderEntity(_0x416e58) {
|
const _0x3008ce = _0x492e
|
RenderEntity[_0x3008ce(0x168)](this, _0x416e58), (this["vs"] = _0x244242), (this["fs"] = _0x518de5)
|
}
|
;(S3MPointCloudRenderEntity[_0x5a1358(0x151)] = Object[_0x5a1358(0x18f)](RenderEntity[_0x5a1358(0x151)])),
|
(S3MPointCloudRenderEntity[_0x5a1358(0x151)][_0x5a1358(0x187)] = RenderEntity)
|
function getOpaqueRenderState$2() {
|
const _0x21c13b = _0x5a1358
|
return Cesium["RenderState"]["fromCache"]({
|
cull: {
|
enabled: !![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x21c13b(0x17f)][_0x21c13b(0x17a)]
|
}
|
})
|
}
|
let hypMinMaxValueScratch$2 = new Cesium[_0x5a1358(0x195)](),
|
hypOpacityIntervalFillModeScratch$2 = new Cesium["Cartesian4"](),
|
swipRegionScratch$2 = new Cesium[_0x5a1358(0x195)]()
|
function getUniformMap$2(_0x2c1165, _0x2bd4b0) {
|
const _0xf45cee = _0x5a1358
|
let _0x49ffef = _0x2bd4b0[_0xf45cee(0x18b)],
|
_0x1deb52 = {
|
uGeoMatrix: function () {
|
const _0x1ac81d = _0xf45cee
|
return _0x2bd4b0[_0x1ac81d(0x156)]
|
},
|
uInverseGeoMatrix: function () {
|
const _0x1ac190 = _0xf45cee
|
return _0x2bd4b0[_0x1ac190(0x164)]
|
},
|
uClipMode: function () {
|
return _0x2c1165["_clipMode"]
|
},
|
uClipPlanes: function () {
|
const _0x29d7be = _0xf45cee
|
return _0x2c1165[_0x29d7be(0x171)]
|
},
|
uUseWValue: function () {
|
const _0x400ffe = _0xf45cee
|
return _0x2bd4b0[_0x400ffe(0x169)]
|
},
|
uHypsometricTexture: function () {
|
const _0x328dbd = _0xf45cee
|
return _0x2c1165[_0x328dbd(0x179)][_0x328dbd(0x166)]
|
},
|
uHypLineColor: function () {
|
const _0x1763e4 = _0xf45cee
|
return _0x2c1165[_0x1763e4(0x179)]["setting"][_0x1763e4(0x167)]
|
},
|
uNoValueColor: function () {
|
const _0x21b418 = _0xf45cee
|
return _0x2c1165[_0x21b418(0x179)][_0x21b418(0x160)]["noValueColor"]
|
},
|
uMinMaxValue: function () {
|
const _0x561a4e = _0xf45cee
|
let _0x23a77d = _0x2c1165["_hypsometric"]["setting"]
|
return (
|
(hypMinMaxValueScratch$2["x"] = _0x23a77d[_0x561a4e(0x178)]),
|
(hypMinMaxValueScratch$2["y"] = _0x23a77d[_0x561a4e(0x17d)]),
|
(hypMinMaxValueScratch$2["z"] = _0x23a77d[_0x561a4e(0x155)]),
|
(hypMinMaxValueScratch$2["w"] = _0x23a77d[_0x561a4e(0x16f)]),
|
hypMinMaxValueScratch$2
|
)
|
},
|
uOpacityIntervalFillMode: function () {
|
const _0x5e3093 = _0xf45cee
|
let _0x553e48 = _0x2c1165[_0x5e3093(0x179)][_0x5e3093(0x160)]
|
return (
|
(hypOpacityIntervalFillModeScratch$2["x"] = _0x553e48[_0x5e3093(0x159)]),
|
(hypOpacityIntervalFillModeScratch$2["y"] = _0x553e48[_0x5e3093(0x197)]),
|
(hypOpacityIntervalFillModeScratch$2["z"] = _0x553e48[_0x5e3093(0x170)]),
|
hypOpacityIntervalFillModeScratch$2
|
)
|
},
|
uSwipeRegion: function () {
|
const _0x52c3a6 = _0xf45cee,
|
_0x1bdaa7 = _0x2c1165["context"]
|
return (
|
(swipRegionScratch$2["x"] = _0x2c1165["_swipeRegion"]["x"] * _0x1bdaa7["drawingBufferWidth"]),
|
(swipRegionScratch$2["y"] = (0x1 - _0x2c1165[_0x52c3a6(0x1a1)]["y"]) * _0x1bdaa7[_0x52c3a6(0x16e)]),
|
(swipRegionScratch$2["z"] = _0x2c1165["_swipeRegion"]["z"] * _0x1bdaa7[_0x52c3a6(0x17e)]),
|
(swipRegionScratch$2["w"] = (0x1 - _0x2c1165[_0x52c3a6(0x1a1)]["w"]) * _0x1bdaa7["drawingBufferHeight"]),
|
swipRegionScratch$2
|
)
|
},
|
uBottom: function () {
|
const _0xd0cecc = _0xf45cee
|
return _0x2c1165["style3D"][_0xd0cecc(0x1a2)]
|
},
|
uFillForeColor: function () {
|
const _0x2c94f1 = _0xf45cee
|
return _0x2c1165[_0x2c94f1(0x174)]["fillForeColor"]
|
},
|
uPointCloudSize: function () {
|
const _0x2de376 = _0xf45cee
|
return _0x2c1165[_0x2de376(0x174)][_0x2de376(0x189)]
|
}
|
},
|
_0x1b39a8 = _0x49ffef[_0xf45cee(0x176)]
|
return (
|
(_0x1b39a8 & _0x25c9a4["SVC_Vertex"]) === _0x25c9a4[_0xf45cee(0x152)] &&
|
((_0x1deb52[_0xf45cee(0x193)] = function () {
|
const _0x4bd25d = _0xf45cee
|
return _0x49ffef[_0x4bd25d(0x18c)]
|
}),
|
(_0x1deb52[_0xf45cee(0x175)] = function () {
|
const _0x288745 = _0xf45cee
|
return _0x49ffef[_0x288745(0x182)]
|
})),
|
(_0x1b39a8 & _0x25c9a4[_0xf45cee(0x14f)]) === _0x25c9a4[_0xf45cee(0x14f)] &&
|
(_0x1deb52[_0xf45cee(0x186)] = function () {
|
const _0x11e5d2 = _0xf45cee
|
return _0x49ffef[_0x11e5d2(0x194)]
|
}),
|
(_0x1b39a8 & _0x25c9a4["SVC_TexutreCoord"]) === _0x25c9a4[_0xf45cee(0x191)] &&
|
(_0x49ffef[_0xf45cee(0x19b)][_0xf45cee(0x173)] > 0x0 &&
|
((_0x1deb52["decode_texCoord0_min"] = function () {
|
const _0x263940 = _0xf45cee
|
return _0x49ffef[_0x263940(0x16a)][0x0]
|
}),
|
(_0x1deb52[_0xf45cee(0x19e)] = function () {
|
const _0x19c85d = _0xf45cee
|
return _0x49ffef[_0x19c85d(0x19b)][0x0]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)][_0xf45cee(0x173)] > 0x1 &&
|
((_0x1deb52[_0xf45cee(0x18d)] = function () {
|
const _0x2a532d = _0xf45cee
|
return _0x49ffef[_0x2a532d(0x16a)][0x1]
|
}),
|
(_0x1deb52[_0xf45cee(0x15b)] = function () {
|
const _0x459b9e = _0xf45cee
|
return _0x49ffef[_0x459b9e(0x19b)][0x1]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)][_0xf45cee(0x173)] > 0x2 &&
|
((_0x1deb52["decode_texCoord2_min"] = function () {
|
return _0x49ffef["minTexCoordValue"][0x2]
|
}),
|
(_0x1deb52[_0xf45cee(0x181)] = function () {
|
return _0x49ffef["texCoordCompressConstant"][0x2]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)]["length"] > 0x3 &&
|
((_0x1deb52[_0xf45cee(0x154)] = function () {
|
const _0x22004 = _0xf45cee
|
return _0x49ffef[_0x22004(0x16a)][0x3]
|
}),
|
(_0x1deb52[_0xf45cee(0x15d)] = function () {
|
const _0x324f08 = _0xf45cee
|
return _0x49ffef[_0x324f08(0x19b)][0x3]
|
})),
|
_0x49ffef["texCoordCompressConstant"][_0xf45cee(0x173)] > 0x4 &&
|
((_0x1deb52["decode_texCoord4_min"] = function () {
|
const _0x4387d5 = _0xf45cee
|
return _0x49ffef[_0x4387d5(0x16a)][0x4]
|
}),
|
(_0x1deb52[_0xf45cee(0x198)] = function () {
|
const _0x461476 = _0xf45cee
|
return _0x49ffef[_0x461476(0x19b)][0x4]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)]["length"] > 0x5 &&
|
((_0x1deb52[_0xf45cee(0x158)] = function () {
|
const _0x25fbf2 = _0xf45cee
|
return _0x49ffef[_0x25fbf2(0x16a)][0x5]
|
}),
|
(_0x1deb52[_0xf45cee(0x163)] = function () {
|
return _0x49ffef["texCoordCompressConstant"][0x5]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)][_0xf45cee(0x173)] > 0x6 &&
|
((_0x1deb52["decode_texCoord6_min"] = function () {
|
const _0x3f8b6a = _0xf45cee
|
return _0x49ffef[_0x3f8b6a(0x16a)][0x6]
|
}),
|
(_0x1deb52[_0xf45cee(0x180)] = function () {
|
return _0x49ffef["texCoordCompressConstant"][0x6]
|
})),
|
_0x49ffef[_0xf45cee(0x19b)][_0xf45cee(0x173)] > 0x7 &&
|
((_0x1deb52["decode_texCoord7_min"] = function () {
|
const _0x31325f = _0xf45cee
|
return _0x49ffef[_0x31325f(0x16a)][0x7]
|
}),
|
(_0x1deb52[_0xf45cee(0x153)] = function () {
|
const _0xbedebd = _0xf45cee
|
return _0x49ffef[_0xbedebd(0x19b)][0x7]
|
}))),
|
_0x1deb52
|
)
|
}
|
;(S3MPointCloudRenderEntity["prototype"][_0x5a1358(0x16c)] = function () {
|
const _0x20aeee = _0x5a1358
|
if (
|
Cesium[_0x20aeee(0x196)](this[_0x20aeee(0x16d)]) ||
|
this["vertexBufferToCreate"][_0x20aeee(0x173)] !== 0x0 ||
|
this[_0x20aeee(0x185)][_0x20aeee(0x173)] !== 0x0 ||
|
this["shaderProgramToCreate"][_0x20aeee(0x173)] !== 0x0
|
)
|
return
|
let _0x42ca8d = this[_0x20aeee(0x17b)],
|
_0x1dd26b = _0x42ca8d[_0x20aeee(0x183)],
|
_0x631b64 = this[_0x20aeee(0x18b)],
|
_0x2dfabe = this[_0x20aeee(0x14e)],
|
_0x56ac7b = _0x631b64["vertexAttributes"]
|
;(this[_0x20aeee(0x19a)] = new Cesium["VertexArray"]({
|
context: _0x1dd26b,
|
attributes: _0x56ac7b
|
})),
|
(this[_0x20aeee(0x16d)] = new Cesium[_0x20aeee(0x165)]({
|
primitiveType: Cesium["PrimitiveType"][_0x20aeee(0x19d)],
|
modelMatrix: this[_0x20aeee(0x17c)],
|
boundingVolume: Cesium["BoundingSphere"][_0x20aeee(0x19f)](this[_0x20aeee(0x184)]),
|
vertexArray: this[_0x20aeee(0x19a)],
|
shaderProgram: this[_0x20aeee(0x15a)],
|
pass: Cesium[_0x20aeee(0x162)]["OPAQUE"],
|
renderState: getOpaqueRenderState$2(),
|
count: _0x631b64[_0x20aeee(0x199)]
|
})),
|
(this[_0x20aeee(0x16d)][_0x20aeee(0x19c)] = getUniformMap$2(_0x42ca8d, this)),
|
(this[_0x20aeee(0x18b)] = undefined),
|
(this["arrIndexPackage"] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
(this["ready"] = !![])
|
}),
|
(S3MPointCloudRenderEntity[_0x5a1358(0x151)]["update"] = function (_0x3a8936, _0x578f6b) {
|
const _0xa1e781 = _0x5a1358
|
if (!this[_0xa1e781(0x177)]) {
|
this["createBuffers"](_0x3a8936), this[_0xa1e781(0x161)](_0x3a8936), this["createCommand"](_0x3a8936)
|
return
|
}
|
_0x3a8936["commandList"][_0xa1e781(0x172)](this[_0xa1e781(0x16d)])
|
}),
|
(S3MPointCloudRenderEntity[_0x5a1358(0x151)][_0x5a1358(0x18e)] = function () {
|
return ![]
|
}),
|
(S3MPointCloudRenderEntity[_0x5a1358(0x151)][_0x5a1358(0x16b)] = function () {
|
const _0x4558fc = _0x5a1358
|
return (
|
(this[_0x4558fc(0x15a)] = this[_0x4558fc(0x15a)] && !this[_0x4558fc(0x15a)][_0x4558fc(0x18e)]() && this["shaderProgram"][_0x4558fc(0x16b)]()),
|
(this[_0x4558fc(0x19a)] =
|
this[_0x4558fc(0x19a)] && !this[_0x4558fc(0x19a)][_0x4558fc(0x18e)]() && this[_0x4558fc(0x19a)][_0x4558fc(0x16b)]()),
|
(this[_0x4558fc(0x192)] = this[_0x4558fc(0x192)] && !this["material"][_0x4558fc(0x18e)]() && this[_0x4558fc(0x192)][_0x4558fc(0x16b)]()),
|
(this[_0x4558fc(0x16d)] = undefined),
|
(this[_0x4558fc(0x18b)] = null),
|
(this[_0x4558fc(0x14e)] = null),
|
(this[_0x4558fc(0x17c)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
Cesium[_0x4558fc(0x188)](this)
|
)
|
})
|
|
var _0x3e41 = [
|
"1998861Dgcgtx",
|
"926qQpKKc",
|
"793720JfMsYN",
|
"1nrbcuk",
|
"6353AKsgae",
|
"379994xBvhYe",
|
"465900NvKvVD",
|
"31tuAdnZ",
|
"373AVEwkg",
|
"attribute\x20vec4\x20aPosition;\x0aattribute\x20vec3\x20aNormal;\x0aattribute\x20vec4\x20aTexCoord0;\x0aattribute\x20vec4\x20aColor;\x0auniform\x20float\x20uTimeVal;\x0auniform\x20float\x20uScale;\x0auniform\x20float\x20uScroll;\x0auniform\x20vec2\x20uBumpSpeed;\x0auniform\x20mat4\x20uGeoMatrix;\x0a\x0avarying\x20vec2\x20vNoiseCoord;\x0avarying\x20vec3\x20vProjectionCoord;\x0avarying\x20vec3\x20vEyeDir;\x0avarying\x20vec3\x20vNormal;\x0avarying\x20vec4\x20vColor;\x0avarying\x20vec4\x20vPositionMC;\x0avarying\x20float\x20fSelected;\x0avarying\x20vec3\x20vPositionEC;\x0a\x0avoid\x20main()\x0a{\x0a\x09vec4\x20oPos\x20=\x20czm_modelViewProjection\x20*\x20aPosition;\x0a\x09vPositionMC\x20=\x20uGeoMatrix\x20*\x20aPosition;\x0a\x09vPositionEC\x20=\x20(czm_modelView\x20*\x20vPositionMC).xyz;\x0a\x09mat4\x20scalemat\x20=\x20mat4(0.5,\x200.0,\x200.0,\x200.0,\x0a\x09\x09\x090.0,\x200.5,\x200.0,\x200.0,\x0a\x09\x09\x090.0,\x200.0,\x200.5,\x200.0,\x0a\x09\x09\x090.5,\x200.5,\x200.5,\x201.0);\x0a\x09vec4\x20proj\x20=\x20scalemat\x20*\x20oPos;\x0a\x09vProjectionCoord\x20=\x20proj.xyw;\x0a\x09vNoiseCoord.xy\x20=\x20aTexCoord0.xy\x20*\x20uScale\x20+\x20uBumpSpeed\x20*\x20uTimeVal;\x0a\x09vec4\x20cameraPos\x20=\x20czm_inverseModel\x20*\x20vec4(czm_viewerPositionWC,\x201.0);\x0a\x09vEyeDir\x20=\x20aPosition.xyz\x20-\x20cameraPos.xyz;\x0a\x09vNormal\x20=\x20aNormal.xyz;\x0a\x09gl_Position\x20=\x20oPos;\x0a\x09vec4\x20vertexColor\x20=\x20vec4(1.0);\x0a\x20\x20\x20\x20vertexColor\x20=\x20aColor;\x0a\x20\x20\x20\x20vColor\x20=\x20vertexColor;\x0a}",
|
"450952wXqjlE"
|
]
|
var _0x4ceebb = _0x3f6b
|
function _0x3f6b(_0x2ef3d2, _0x3cdf82) {
|
_0x2ef3d2 = _0x2ef3d2 - 0xff
|
var _0x3e411b = _0x3e41[_0x2ef3d2]
|
return _0x3e411b
|
}
|
;(function (_0x4c8fc2, _0xf74652) {
|
var _0x2bea61 = _0x3f6b
|
while (!![]) {
|
try {
|
var _0x4d89c5 =
|
-parseInt(_0x2bea61(0x108)) * -parseInt(_0x2bea61(0x105)) +
|
-parseInt(_0x2bea61(0x103)) +
|
-parseInt(_0x2bea61(0x100)) +
|
-parseInt(_0x2bea61(0x106)) * parseInt(_0x2bea61(0x104)) +
|
-parseInt(_0x2bea61(0x102)) * -parseInt(_0x2bea61(0x109)) +
|
-parseInt(_0x2bea61(0x107)) +
|
parseInt(_0x2bea61(0x101))
|
if (_0x4d89c5 === _0xf74652) break
|
else _0x4c8fc2["push"](_0x4c8fc2["shift"]())
|
} catch (_0x5f14d8) {
|
_0x4c8fc2["push"](_0x4c8fc2["shift"]())
|
}
|
}
|
})(_0x3e41, 0x6e04c)
|
var _0x5abe30 = _0x4ceebb(0xff)
|
|
var _0x45f1 = [
|
"17851fxYmKK",
|
"86TAiVpn",
|
"uniform\x20sampler2D\x20uReflectMap;\x0auniform\x20sampler2D\x20uNoiseMap;\x0auniform\x20vec4\x20uTintColour;\x0auniform\x20vec4\x20uWaterColour;\x0auniform\x20vec4\x20uFillForeColor;\x0auniform\x20float\x20uFresnelPower;\x0auniform\x20float\x20uMinFresnel;\x0auniform\x20float\x20uMaxFresnel;\x0auniform\x20float\x20uNoiseScale;\x0auniform\x20float\x20uWaterBrightness;\x0avarying\x20vec2\x20vNoiseCoord;\x0avarying\x20vec3\x20vProjectionCoord;\x0avarying\x20vec3\x20vEyeDir;\x0avarying\x20vec3\x20vNormal;\x0avarying\x20vec4\x20vColor;\x0avarying\x20vec4\x20vSecondColor;\x0avarying\x20vec4\x20vPositionMC;\x0avarying\x20vec3\x20vPositionEC;\x0a\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a#endif\x0a\x0a#ifdef\x20APPLY_SWIPE\x0a\x20\x20\x20\x20uniform\x20vec4\x20uSwipeRegion;\x0a\x20\x20\x20\x20void\x20rollerShutter(vec2\x20coord,\x20vec4\x20region)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20f\x20=\x20step(region.xw,\x20coord);\x0a\x20\x20\x20\x20\x20\x20\x20\x20vec2\x20s\x20=\x20step(coord,\x20region.zy);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(f.x\x20*\x20f.y\x20*\x20s.x\x20*\x20s.y\x20<\x201.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20uniform\x20float\x20uClipMode;\x0a\x20\x20\x20\x20uniform\x20vec4\x20uClipPlanes[6];\x0a\x20\x20\x20\x20float\x20getClipDistance(vec3\x20pos,\x20vec3\x20planeNormal,\x20float\x20disToOrigin)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20dot(planeNormal,\x20pos)\x20+\x20disToOrigin;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAllPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x20-1.0;\x0a\x20\x20\x20\x20#ifdef\x20CLIPPLANE\x0a\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[0].xyz,\x20uClipPlanes[0].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20if\x20(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if\x20(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x0a\x20\x20\x20\x20float\x20clipBehindAnyPlane(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if((distance\x20+\x20fBorderWidth)\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20float\x20clipAnythingButLine(float\x20fBorderWidth,\x20vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20result\x20=\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20for(int\x20i\x20=\x200;\x20i\x20<\x206;\x20i++)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20float\x20distance\x20=\x20getClipDistance(vertex.xyz,\x20uClipPlanes[i].xyz,\x20uClipPlanes[i].w);\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20if(distance\x20<\x200.0)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20-1.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(distance\x20<\x20fBorderWidth)\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20result\x20=\x200.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20result;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20vec4\x20clip(vec4\x20vertex)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(uClipMode\x20<\x200.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20#ifdef\x20GL_OES_standard_derivatives\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dxc\x20=\x20abs(dFdx(vertex.x));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20dyc\x20=\x20abs(dFdy(vertex.y));\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fBorderWidth\x20=\x20max(dxc,\x20dyc);\x0a\x20\x20\x20\x20#else\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20fBorderWidth\x20=\x201.0;\x0a\x20\x20\x20\x20#endif\x0a\x20\x20\x20\x20\x20\x20\x20\x20float\x20clipResult\x20=\x201.0;\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(uClipMode\x20<\x201.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipBehindAnyPlane(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(uClipMode\x20<\x202.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipBehindAllPlane(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(uClipMode\x20<\x203.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20clipResult\x20=\x20clipAnythingButLine(fBorderWidth,\x20vertex);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20if(clipResult\x20<\x20-0.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20else\x20if(clipResult\x20<\x200.5)\x0a\x20\x20\x20\x20\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20\x20\x20\x20\x20}\x0a\x20\x20\x20\x20\x20\x20\x20\x20return\x20vec4(1.0);\x0a\x20\x20\x20\x20}\x0a#endif\x0a\x0avec4\x20AdjSaturation(in\x20vec4\x20inputColor,\x20in\x20float\x20saturation)\x0a{\x0a\x09vec3\x20lumCoeff\x20=\x20vec3(0.2125,\x200.7154,\x200.0721);\x0a\x09vec3\x20intensity\x20=\x20vec3(dot(inputColor.rgb,\x20lumCoeff));\x0a\x09vec3\x20tempColor\x20=\x20mix(intensity,\x20inputColor.rgb,\x20saturation);\x0a\x09return\x20vec4(tempColor,\x201.0);\x0a}\x0avoid\x20main()\x0a{\x0a#ifdef\x20APPLY_SWIPE\x20\x0a\x20\x20\x20\x20rollerShutter(gl_FragCoord.xy,\x20uSwipeRegion);\x0a#endif\x0a\x20\x20\x20\x20if(vColor.a\x20<\x200.1)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20gl_FragColor\x20=\x20vColor;\x0a\x20\x20\x20\x20vec2\x20final\x20=\x20vProjectionCoord.xy\x20/\x20vProjectionCoord.z;\x0a\x20\x20\x20\x20vec3\x20noiseNormal\x20=\x20(texture2D(uNoiseMap,\x20(vNoiseCoord.xy\x20/\x205.0)).rgb\x20-\x200.5).rbg\x20*\x20uNoiseScale;\x0a\x20\x20\x20\x20final\x20+=\x20noiseNormal.xz;\x0a\x20\x20\x20\x20float\x20realMinFresnel,\x20realMaxFresnel;\x0a\x20\x20\x20\x20if(uMinFresnel\x20<\x20uMaxFresnel)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20realMinFresnel\x20=\x20uMinFresnel;\x0a\x20\x20\x20\x20\x20\x20\x20\x20realMaxFresnel\x20=\x20uMaxFresnel;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20else\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20realMinFresnel\x20=\x20uMaxFresnel;\x0a\x20\x20\x20\x20\x20\x20\x20\x20realMaxFresnel\x20=\x20uMinFresnel;\x0a\x20\x20\x20\x20}\x0a\x20\x20\x20\x20float\x20fresnelBias\x20=\x20realMinFresnel;\x0a\x20\x20\x20\x20float\x20fresnelScale\x20=\x20(realMaxFresnel\x20-\x20realMinFresnel)\x20/\x201.0;\x0a\x20\x20\x20\x20float\x20fresnel\x20=\x20fresnelBias\x20+\x20fresnelScale\x20*\x20pow(1.0\x20+\x20dot(normalize(vEyeDir),\x20vNormal),\x20uFresnelPower);\x0a\x20\x20\x20\x20fresnel\x20=\x20clamp(fresnel,\x200.05,\x200.95);\x0a\x20\x20\x20\x20vec4\x20reflectionColour\x20=\x20texture2D(uReflectMap,\x20final);\x0a\x20\x20\x20\x20vec4\x20refractionColour\x20=\x20reflectionColour\x20+\x20uTintColour;\x0a\x20\x20\x20\x20vec4\x20resultColour\x20=\x20mix(uWaterColour,\x20reflectionColour,\x20fresnel);\x0a\x20\x20\x20\x20resultColour\x20=\x20AdjSaturation(resultColour,\x201.0);\x0a\x20\x20\x20\x20resultColour\x20=\x20resultColour\x20*\x20uWaterBrightness;\x0a\x20\x20\x20\x20resultColour.a\x20=\x20uWaterColour.a;\x0a\x20\x20\x20\x20resultColour\x20*=\x20uFillForeColor;\x0a\x20\x20\x20\x20gl_FragColor\x20=\x20gl_FragColor\x20*\x20resultColour;\x0a#ifdef\x20CLIP\x0a\x20\x20\x20\x20gl_FragColor\x20*=\x20clip(vec4(vPositionEC,\x201.0));\x0a#endif\x0a\x20\x20\x20\x20if(gl_FragColor.a\x20<\x200.1)\x0a\x20\x20\x20\x20{\x0a\x20\x20\x20\x20\x20\x20\x20\x20discard;\x0a\x20\x20\x20\x20}\x0a\x0a}",
|
"17016XBPiff",
|
"1212135MXCccW",
|
"1DbjuEX",
|
"166FbfXSY",
|
"58348xtpykj",
|
"5Cjlrsa",
|
"156873qDXESE",
|
"10852rsionV",
|
"4WKszZh",
|
"1IDVFdn",
|
"612789RPyFIc",
|
"58cYZJRa"
|
]
|
function _0xae86(_0x581c6d, _0x48977b) {
|
_0x581c6d = _0x581c6d - 0x89
|
var _0x45f10b = _0x45f1[_0x581c6d]
|
return _0x45f10b
|
}
|
var _0xcc6242 = _0xae86
|
;(function (_0x54b651, _0x1183c2) {
|
var _0x46a4df = _0xae86
|
while (!![]) {
|
try {
|
var _0x52477f =
|
-parseInt(_0x46a4df(0x97)) * -parseInt(_0x46a4df(0x8a)) +
|
-parseInt(_0x46a4df(0x8e)) * -parseInt(_0x46a4df(0x8f)) +
|
-parseInt(_0x46a4df(0x93)) * -parseInt(_0x46a4df(0x92)) +
|
-parseInt(_0x46a4df(0x8d)) * parseInt(_0x46a4df(0x91)) +
|
-parseInt(_0x46a4df(0x96)) * parseInt(_0x46a4df(0x95)) +
|
-parseInt(_0x46a4df(0x89)) * parseInt(_0x46a4df(0x94)) +
|
parseInt(_0x46a4df(0x8b)) * parseInt(_0x46a4df(0x8c))
|
if (_0x52477f === _0x1183c2) break
|
else _0x54b651["push"](_0x54b651["shift"]())
|
} catch (_0xbd7b88) {
|
_0x54b651["push"](_0x54b651["shift"]())
|
}
|
}
|
})(_0x45f1, 0xdd8ee)
|
var _0x30b22d = _0xcc6242(0x90)
|
|
const _0x48e9 = [
|
"LESS_OR_EQUAL",
|
"arrIndexPackage",
|
"1264898xQHHUE",
|
"layer",
|
"reflectFramebuffer",
|
"averageHeight",
|
"_swipeRegion",
|
"_clipMode",
|
"VertexArray",
|
"push",
|
"geoMatrix",
|
"vertexArray",
|
"updateBatchTableAttributes",
|
"Pass",
|
"material",
|
"create",
|
"fromCache",
|
"ready",
|
"createCommand",
|
"DepthFunction",
|
"TRANSLUCENT",
|
"RenderState",
|
"length",
|
"7umZcwo",
|
"vertexPackage",
|
"_clipPlane",
|
"fillForeColor",
|
"209353CYqKpR",
|
"vertexAttributes",
|
"indexBuffer",
|
"colorCommand",
|
"defined",
|
"batchTable",
|
"selectedColor",
|
"Cartesian4",
|
"510510Slhapf",
|
"initLayerSetting",
|
"sceneFramebuffer",
|
"shaderProgramToCreate",
|
"modelMatrix",
|
"createBuffers",
|
"clone",
|
"bumpSpeed",
|
"741107qyHxRj",
|
"isDestroyed",
|
"pickInfo",
|
"addWaterPlane",
|
"prototype",
|
"timeVal",
|
"waterBrightness",
|
"camera",
|
"noiseScale",
|
"bottomAltitude",
|
"bReflect",
|
"primitiveType",
|
"destroy",
|
"1187970CoZUdj",
|
"waterTime",
|
"commandList",
|
"1044458ajNMWW",
|
"drawingBufferHeight",
|
"indexBufferToCreate",
|
"createBatchTable",
|
"batchTableDirty",
|
"call",
|
"context",
|
"bTransparentSorting",
|
"style3D",
|
"minFresnel",
|
"noise",
|
"constructor",
|
"instanceCount",
|
"OPAQUE",
|
"getColorTexture",
|
"drawingBufferWidth",
|
"maxFresnel",
|
"defaultTexture",
|
"shaderProgram",
|
"838303IuFcPA",
|
"boundingVolume",
|
"waterIndex",
|
"BoundingSphere",
|
"_waterParameters",
|
"selectionInfoMap",
|
"removeWaterPlane"
|
]
|
const _0x5bc8f7 = _0xd6ed
|
;(function (_0x15bad3, _0x24f77c) {
|
const _0x1fe919 = _0xd6ed
|
while (!![]) {
|
try {
|
const _0x28effa =
|
-parseInt(_0x1fe919(0x115)) +
|
parseInt(_0x1fe919(0xe1)) +
|
-parseInt(_0x1fe919(0xf9)) +
|
parseInt(_0x1fe919(0x10c)) +
|
parseInt(_0x1fe919(0xf6)) +
|
-parseInt(_0x1fe919(0x12e)) * -parseInt(_0x1fe919(0x12a)) +
|
-parseInt(_0x1fe919(0xe9))
|
if (_0x28effa === _0x24f77c) break
|
else _0x15bad3["push"](_0x15bad3["shift"]())
|
} catch (_0x545368) {
|
_0x15bad3["push"](_0x15bad3["shift"]())
|
}
|
}
|
})(_0x48e9, 0xe85ef)
|
function _0xd6ed(_0x3f8c96, _0x32c0af) {
|
_0x3f8c96 = _0x3f8c96 - 0xdf
|
let _0x48e925 = _0x48e9[_0x3f8c96]
|
return _0x48e925
|
}
|
function S3MWaterRenderEntity(_0x1835a8) {
|
const _0x24adc0 = _0xd6ed
|
RenderEntity[_0x24adc0(0xfe)](this, _0x1835a8),
|
(this["vs"] = _0x5abe30),
|
(this["fs"] = _0x30b22d),
|
(this[_0x24adc0(0x10e)] = -0x1),
|
(this["waterTime"] = 0x0)
|
}
|
;(S3MWaterRenderEntity[_0x5bc8f7(0xed)] = Object[_0x5bc8f7(0x122)](RenderEntity[_0x5bc8f7(0xed)])),
|
(S3MWaterRenderEntity[_0x5bc8f7(0xed)][_0x5bc8f7(0x104)] = RenderEntity)
|
function getOpaqueRenderState$3() {
|
const _0x494cb4 = _0x5bc8f7
|
return Cesium[_0x494cb4(0x128)][_0x494cb4(0x123)]({
|
cull: {
|
enabled: !![]
|
},
|
depthTest: {
|
enabled: !![],
|
func: Cesium[_0x494cb4(0x126)][_0x494cb4(0x113)]
|
},
|
blending: Cesium["BlendingState"]["ALPHA_BLEND"]
|
})
|
}
|
let swipRegionScratch$3 = new Cesium[_0x5bc8f7(0xe0)]()
|
function getUniformMap$3(_0x2a435a, _0x4766ff, _0x64c06d) {
|
return {
|
uGeoMatrix: function () {
|
const _0x244d09 = _0xd6ed
|
return _0x64c06d[_0x244d09(0x11d)]
|
},
|
uFillForeColor: function () {
|
const _0x2c73df = _0xd6ed
|
return _0x4766ff[_0x2c73df(0x101)][_0x2c73df(0x12d)]
|
},
|
uSelectedColor: function () {
|
const _0x452276 = _0xd6ed
|
return _0x4766ff[_0x452276(0xdf)]
|
},
|
uClipMode: function () {
|
const _0x4cf9b0 = _0xd6ed
|
return _0x4766ff[_0x4cf9b0(0x11a)]
|
},
|
uClipPlanes: function () {
|
const _0x444617 = _0xd6ed
|
return _0x4766ff[_0x444617(0x12c)]
|
},
|
uSwipeRegion: function () {
|
const _0x45d914 = _0xd6ed,
|
_0x460662 = _0x4766ff[_0x45d914(0xff)]
|
return (
|
(swipRegionScratch$3["x"] = _0x4766ff[_0x45d914(0x119)]["x"] * _0x460662[_0x45d914(0x108)]),
|
(swipRegionScratch$3["y"] = (0x1 - _0x4766ff["_swipeRegion"]["y"]) * _0x460662["drawingBufferHeight"]),
|
(swipRegionScratch$3["z"] = _0x4766ff["_swipeRegion"]["z"] * _0x460662["drawingBufferWidth"]),
|
(swipRegionScratch$3["w"] = (0x1 - _0x4766ff[_0x45d914(0x119)]["w"]) * _0x460662[_0x45d914(0xfa)]),
|
swipRegionScratch$3
|
)
|
},
|
uReflectMap: function () {
|
const _0x5d9ccf = _0xd6ed
|
let _0x5040ac = _0x4766ff["context"][_0x5d9ccf(0x117)][_0x5d9ccf(0xe3)]["getFramebuffer"]()
|
if (!_0x5040ac) return _0x4766ff[_0x5d9ccf(0xff)][_0x5d9ccf(0x10a)]
|
return _0x5040ac[_0x5d9ccf(0x107)](0x0)
|
},
|
uNoiseMap: function () {
|
const _0x533d2e = _0xd6ed
|
return _0x4766ff[_0x533d2e(0xff)][_0x533d2e(0x10a)]
|
},
|
uTimeVal: function () {
|
const _0x4ba2d7 = _0xd6ed
|
let _0x314266 = _0x4766ff[_0x4ba2d7(0x110)][_0x4ba2d7(0xee)] * 0.01
|
return (
|
(_0x64c06d[_0x4ba2d7(0xf7)] = _0x64c06d[_0x4ba2d7(0xf7)] > 0x1 ? _0x314266 : _0x64c06d["waterTime"] + _0x314266), _0x64c06d["waterTime"]
|
)
|
},
|
uScale: function () {
|
const _0x203edc = _0xd6ed
|
return _0x4766ff[_0x203edc(0x110)]["scale"]
|
},
|
uScroll: function () {
|
const _0x1a31ff = _0xd6ed
|
return _0x4766ff[_0x1a31ff(0x110)]["scroll"]
|
},
|
uNoise: function () {
|
const _0x30113a = _0xd6ed
|
return _0x4766ff[_0x30113a(0x110)][_0x30113a(0x103)]
|
},
|
uBumpSpeed: function () {
|
const _0x35b303 = _0xd6ed
|
return _0x4766ff[_0x35b303(0x110)][_0x35b303(0xe8)]
|
},
|
uFresnelPower: function () {
|
const _0x1ee397 = _0xd6ed
|
return _0x4766ff[_0x1ee397(0x110)]["fresnelPower"]
|
},
|
uMinFresnel: function () {
|
const _0x1ad8df = _0xd6ed
|
return _0x4766ff["_waterParameters"][_0x1ad8df(0x102)]
|
},
|
uMaxFresnel: function () {
|
const _0x7a09ed = _0xd6ed
|
return _0x4766ff[_0x7a09ed(0x110)][_0x7a09ed(0x109)]
|
},
|
uTintColour: function () {
|
const _0x159dd2 = _0xd6ed
|
return _0x4766ff[_0x159dd2(0x110)]["tintColour"]
|
},
|
uNoiseScale: function () {
|
const _0x2a3d11 = _0xd6ed
|
return _0x4766ff[_0x2a3d11(0x110)][_0x2a3d11(0xf1)]
|
},
|
uWaterColour: function () {
|
const _0x35f695 = _0xd6ed
|
return _0x4766ff[_0x35f695(0x110)]["waterColour"]
|
},
|
uWaterBrightness: function () {
|
const _0xdffa05 = _0xd6ed
|
return _0x4766ff[_0xdffa05(0x110)][_0xdffa05(0xef)]
|
}
|
}
|
}
|
S3MWaterRenderEntity[_0x5bc8f7(0xed)][_0x5bc8f7(0x125)] = function () {
|
const _0x110676 = _0x5bc8f7
|
if (
|
Cesium[_0x110676(0x132)](this[_0x110676(0x131)]) ||
|
this["vertexBufferToCreate"]["length"] !== 0x0 ||
|
this[_0x110676(0xfb)]["length"] !== 0x0 ||
|
this[_0x110676(0xe4)][_0x110676(0x129)] !== 0x0
|
)
|
return
|
let _0x8a6315 = this["layer"],
|
_0x211075 = _0x8a6315[_0x110676(0xff)],
|
_0x24b6ff = this[_0x110676(0x12b)],
|
_0x1045c4 = this[_0x110676(0x114)],
|
_0x417ee0 = _0x24b6ff[_0x110676(0x12f)]
|
if (_0x1045c4[_0x110676(0x129)] < 0x1) return
|
let _0x38f6c9 = _0x1045c4[0x0],
|
_0x33cb95 = this[_0x110676(0x121)]
|
;(this[_0x110676(0x11e)] = new Cesium[_0x110676(0x11b)]({
|
context: _0x211075,
|
attributes: _0x417ee0,
|
indexBuffer: _0x38f6c9[_0x110676(0x130)]
|
})),
|
(this[_0x110676(0x131)] = new Cesium["DrawCommand"]({
|
primitiveType: _0x38f6c9[_0x110676(0xf4)],
|
modelMatrix: this[_0x110676(0xe5)],
|
boundingVolume: Cesium[_0x110676(0x10f)][_0x110676(0xe7)](this[_0x110676(0x10d)]),
|
vertexArray: this[_0x110676(0x11e)],
|
shaderProgram: this[_0x110676(0x10b)],
|
pass: _0x33cb95[_0x110676(0x100)] ? Cesium[_0x110676(0x120)][_0x110676(0x127)] : Cesium[_0x110676(0x120)][_0x110676(0x106)],
|
renderState: _0x33cb95[_0x110676(0x100)] ? getTransparentRenderState() : getOpaqueRenderState$3(),
|
instanceCount: _0x24b6ff[_0x110676(0x105)]
|
}))
|
let _0x3a516e = getUniformMap$3(_0x33cb95, _0x8a6315, this)
|
;(this[_0x110676(0x131)]["uniformMap"] = this[_0x110676(0x133)]["getUniformMapCallback"]()(_0x3a516e)),
|
(this[_0x110676(0x12b)] = undefined),
|
(this["arrIndexPackage"] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
(this[_0x110676(0x124)] = !![])
|
}
|
function addWaterPlane(_0x50d39d, _0x540a14) {
|
const _0x1229d2 = _0x5bc8f7
|
let _0x48f863 = {
|
boundingVolume: _0x50d39d[_0x1229d2(0x10d)],
|
distance: _0x540a14[_0x1229d2(0x101)][_0x1229d2(0xf2)] + _0x540a14[_0x1229d2(0x110)][_0x1229d2(0x118)]
|
}
|
_0x50d39d[_0x1229d2(0x10e)] = _0x540a14[_0x1229d2(0xec)](_0x48f863)
|
}
|
;(S3MWaterRenderEntity[_0x5bc8f7(0xed)]["update"] = function (_0x7b61cf, _0x192438) {
|
const _0x1838f5 = _0x5bc8f7
|
if (_0x7b61cf[_0x1838f5(0xf0)][_0x1838f5(0xf3)]) return
|
if (!this["ready"]) {
|
this[_0x1838f5(0xfc)](_0x7b61cf),
|
this["createPickIds"](),
|
this[_0x1838f5(0xe6)](_0x7b61cf),
|
this["createShaderProgram"](_0x7b61cf),
|
this["createCommand"](_0x7b61cf),
|
this[_0x1838f5(0xe2)](_0x192438),
|
addWaterPlane(this, _0x192438)
|
return
|
}
|
this[_0x1838f5(0xfd)] && (this[_0x1838f5(0x11f)](), (this["batchTableDirty"] = ![])),
|
this[_0x1838f5(0x133)]["update"](_0x7b61cf),
|
_0x7b61cf[_0x1838f5(0xf8)][_0x1838f5(0x11c)](this[_0x1838f5(0x131)])
|
}),
|
(S3MWaterRenderEntity[_0x5bc8f7(0xed)][_0x5bc8f7(0xea)] = function () {
|
return ![]
|
}),
|
(S3MWaterRenderEntity[_0x5bc8f7(0xed)][_0x5bc8f7(0xf5)] = function () {
|
const _0x3da1ad = _0x5bc8f7
|
return (
|
(this[_0x3da1ad(0x10b)] = this[_0x3da1ad(0x10b)] && !this["shaderProgram"][_0x3da1ad(0xea)]() && this[_0x3da1ad(0x10b)][_0x3da1ad(0xf5)]()),
|
(this[_0x3da1ad(0x11e)] = this[_0x3da1ad(0x11e)] && !this[_0x3da1ad(0x11e)]["isDestroyed"]() && this[_0x3da1ad(0x11e)]["destroy"]()),
|
(this[_0x3da1ad(0x121)] = this[_0x3da1ad(0x121)] && !this[_0x3da1ad(0x121)][_0x3da1ad(0xea)]() && this[_0x3da1ad(0x121)][_0x3da1ad(0xf5)]()),
|
(this[_0x3da1ad(0x133)] = this[_0x3da1ad(0x133)] && !this[_0x3da1ad(0x133)][_0x3da1ad(0xea)]() && this[_0x3da1ad(0x133)][_0x3da1ad(0xf5)]()),
|
this["waterIndex"] > -0x1 && this[_0x3da1ad(0x116)][_0x3da1ad(0x112)](this[_0x3da1ad(0x10e)]),
|
(this["colorCommand"] = undefined),
|
(this[_0x3da1ad(0x12b)] = null),
|
(this[_0x3da1ad(0x114)] = null),
|
(this[_0x3da1ad(0xe5)] = undefined),
|
(this[_0x3da1ad(0xeb)] = undefined),
|
(this[_0x3da1ad(0x111)] = undefined),
|
(this["vs"] = undefined),
|
(this["fs"] = undefined),
|
Cesium["destroyObject"](this)
|
)
|
})
|
|
const _0x1b37 = [
|
"110374XuPBxl",
|
"5535CJZldM",
|
"380320vQEWaQ",
|
"9lnWAkw",
|
"568926OwoBJl",
|
"656220pKzVwR",
|
"34495RLWDiP",
|
"4ImughT",
|
"29989IgEpuo",
|
"11hqnGGv"
|
]
|
;(function (_0xef8c61, _0x5f16e4) {
|
const _0x43fd74 = _0x56ee
|
while (!![]) {
|
try {
|
const _0x2bbca1 =
|
-parseInt(_0x43fd74(0x9e)) +
|
-parseInt(_0x43fd74(0x9c)) +
|
parseInt(_0x43fd74(0xa3)) * parseInt(_0x43fd74(0x9b)) +
|
parseInt(_0x43fd74(0x9d)) * parseInt(_0x43fd74(0xa2)) +
|
-parseInt(_0x43fd74(0xa1)) * -parseInt(_0x43fd74(0xa0)) +
|
parseInt(_0x43fd74(0xa4)) +
|
parseInt(_0x43fd74(0x9f))
|
if (_0x2bbca1 === _0x5f16e4) break
|
else _0xef8c61["push"](_0xef8c61["shift"]())
|
} catch (_0xa3b0f7) {
|
_0xef8c61["push"](_0xef8c61["shift"]())
|
}
|
}
|
})(_0x1b37, 0x45da2)
|
let S3MContentFactory = {
|
OSGBFile: function (_0x4f9a6d) {
|
return new S3MObliqueRenderEntity(_0x4f9a6d)
|
},
|
OSGBCacheFile: function (_0x49bd97) {
|
return new S3MCacheFileRenderEntity(_0x49bd97)
|
},
|
PointCloudFile: function (_0x43aa6d) {
|
return new S3MPointCloudRenderEntity(_0x43aa6d)
|
},
|
OSGBCacheFile_Water: function (_0x37aced) {
|
return new S3MWaterRenderEntity(_0x37aced)
|
}
|
}
|
function _0x56ee(_0xa10b55, _0x114bc6) {
|
_0xa10b55 = _0xa10b55 - 0x9b
|
let _0x1b3771 = _0x1b37[_0xa10b55]
|
return _0x1b3771
|
}
|
|
const _0x3729 = [
|
"typedArray",
|
"ambientColor",
|
"boundingSphere",
|
"defined",
|
"Matrix4",
|
"specularColor",
|
"261848tgoZcb",
|
"byteLength",
|
"vertCompressConstant",
|
"parse",
|
"addressmode",
|
"texmodmatrix",
|
"radius",
|
"32595oyKKsj",
|
"TextureWrap",
|
"unpack",
|
"Carteisan3",
|
"vertexAttributes",
|
"geoMap",
|
"childTile",
|
"length",
|
"isLeafTile",
|
"textureunitstates",
|
"instanceIndex",
|
"matrix",
|
"58781VEJFfb",
|
"material",
|
"wrapT",
|
"minVerticesValue",
|
"41uvDXuJ",
|
"sphere",
|
"443333IHlGTh",
|
"SVC_Vertex",
|
"CLAMP_TO_EDGE",
|
"materials",
|
"Color",
|
"6033JvSJKd",
|
"transform",
|
"textureunitstate",
|
"rangeDataList",
|
"geoPackage",
|
"wrapS",
|
"arrIndexPackage",
|
"boundingVolume",
|
"center",
|
"transparentsorting",
|
"pageLods",
|
"89UUuCti",
|
"edgeGeometry",
|
"context",
|
"ambient",
|
"distance",
|
"shininess",
|
"rangeMode",
|
"push",
|
"bTransparentSorting",
|
"materialCode",
|
"verticesCount",
|
"lerp",
|
"BoundingSphere",
|
"diffuseColor",
|
"texMatrix",
|
"36318ykHGMf",
|
"specular",
|
"REPEAT",
|
"hasOwnProperty",
|
"geodes",
|
"addTexture",
|
"fromBoundingSpheres",
|
"texturePackage",
|
"fileType",
|
"619lpogFf",
|
"buffer",
|
"17THnboS",
|
"textureCache",
|
"multiply",
|
"keys",
|
"multiplyByScalar",
|
"groupNode",
|
"compressOptions",
|
"textures",
|
"clone",
|
"rangeList",
|
"Cartesian3"
|
]
|
const _0x22e970 = _0x24f6
|
;(function (_0x35c990, _0x3d52f2) {
|
const _0x35c892 = _0x24f6
|
while (!![]) {
|
try {
|
const _0x26587c =
|
parseInt(_0x35c892(0xba)) +
|
parseInt(_0x35c892(0xcc)) +
|
parseInt(_0x35c892(0xb3)) +
|
-parseInt(_0x35c892(0xa0)) * parseInt(_0x35c892(0xdc)) +
|
parseInt(_0x35c892(0xd1)) * parseInt(_0x35c892(0xca)) +
|
-parseInt(_0x35c892(0xc6)) +
|
parseInt(_0x35c892(0x97)) * -parseInt(_0x35c892(0xa2))
|
if (_0x26587c === _0x3d52f2) break
|
else _0x35c990["push"](_0x35c990["shift"]())
|
} catch (_0x336c5a) {
|
_0x35c990["push"](_0x35c990["shift"]())
|
}
|
}
|
})(_0x3729, 0x3df9b)
|
function _0x24f6(_0x325f7a, _0x3c7731) {
|
_0x325f7a = _0x325f7a - 0x90
|
let _0x37293f = _0x3729[_0x325f7a]
|
return _0x37293f
|
}
|
function S3MContentParser() {}
|
function parseMaterial$2(_0x2ab185, _0x113c1b, _0xd14eb4) {
|
const _0x2c9360 = _0x24f6
|
let _0x33a506 = {},
|
_0x2f247b = _0x113c1b[_0x2c9360(0xcf)]["material"]
|
for (let _0x5142fb = 0x0, _0x23698f = _0x2f247b[_0x2c9360(0xc1)]; _0x5142fb < _0x23698f; _0x5142fb++) {
|
let _0x5e6389 = _0x2f247b[_0x5142fb][_0x2c9360(0xc7)],
|
_0x1ec15d = _0x5e6389["id"],
|
_0x15c045 = new MaterialPass()
|
_0x33a506[_0x1ec15d] = _0x15c045
|
let _0x54e9ba = _0x5e6389[_0x2c9360(0xdf)]
|
_0x15c045[_0x2c9360(0xae)] = new Cesium["Color"](_0x54e9ba["r"], _0x54e9ba["g"], _0x54e9ba["b"], _0x54e9ba["a"])
|
let _0x17f68b = _0x5e6389["diffuse"]
|
_0x15c045[_0x2c9360(0x95)] = new Cesium[_0x2c9360(0xd0)](_0x17f68b["r"], _0x17f68b["g"], _0x17f68b["b"], _0x17f68b["a"])
|
let _0x3a539f = _0x5e6389[_0x2c9360(0x98)]
|
;(_0x15c045[_0x2c9360(0xb2)] = new Cesium[_0x2c9360(0xd0)](_0x3a539f["r"], _0x3a539f["g"], _0x3a539f["b"], _0x3a539f["a"])),
|
(_0x15c045[_0x2c9360(0xe1)] = _0x5e6389[_0x2c9360(0xe1)]),
|
(_0x15c045[_0x2c9360(0x90)] = _0x5e6389[_0x2c9360(0xda)])
|
let _0x330fbc = _0x5e6389[_0x2c9360(0xc3)],
|
_0x21d0f0 = _0x330fbc[_0x2c9360(0xc1)]
|
for (let _0x56e2b3 = 0x0; _0x56e2b3 < _0x21d0f0; _0x56e2b3++) {
|
let _0x38fa35 = _0x330fbc[_0x56e2b3][_0x2c9360(0xd3)],
|
_0x413bcd = _0x38fa35["id"],
|
_0x346a94 = _0x38fa35[_0x2c9360(0xb7)]["u"] === 0x0 ? Cesium[_0x2c9360(0xbb)][_0x2c9360(0x99)] : Cesium[_0x2c9360(0xbb)][_0x2c9360(0xce)],
|
_0x444235 = _0x38fa35[_0x2c9360(0xb7)]["v"] === 0x0 ? Cesium[_0x2c9360(0xbb)]["REPEAT"] : Cesium[_0x2c9360(0xbb)][_0x2c9360(0xce)]
|
_0x15c045[_0x2c9360(0x96)] = Cesium[_0x2c9360(0xb1)][_0x2c9360(0xbc)](_0x38fa35[_0x2c9360(0xb8)])
|
let _0x3350d5 = _0x113c1b[_0x2c9360(0x9e)][_0x413bcd]
|
if (Cesium["defined"](_0x3350d5) && _0x3350d5["arrayBufferView"][_0x2c9360(0xb4)] > 0x0) {
|
;(_0x3350d5[_0x2c9360(0xd6)] = _0x346a94), (_0x3350d5[_0x2c9360(0xc8)] = _0x444235)
|
let _0x36e968 = _0xd14eb4["fileName"] + _0x413bcd,
|
_0x3aaecb = _0x2ab185[_0x2c9360(0xa3)]["getTexture"](_0x36e968)
|
!Cesium[_0x2c9360(0xb0)](_0x3aaecb) &&
|
((_0x3350d5["isTexBlock"] = ![]),
|
(_0x3aaecb = new DDSTexture(_0x2ab185, _0x413bcd, _0x3350d5)),
|
_0x2ab185[_0x2c9360(0xa3)][_0x2c9360(0x9c)](_0x36e968, _0x3aaecb)),
|
_0x15c045[_0x2c9360(0xa9)][_0x2c9360(0xe3)](_0x3aaecb)
|
}
|
}
|
}
|
return _0x33a506
|
}
|
function calcBoundingVolumeForNormal(_0x48d6c6, _0x4a2eb3) {
|
const _0x40c0f7 = _0x24f6
|
let _0x52981d = new Cesium[_0x40c0f7(0x94)](),
|
_0x27078b = new Cesium[_0x40c0f7(0xac)](),
|
_0x441978 = _0x48d6c6[_0x40c0f7(0xbe)][0x0],
|
_0x22561c = _0x441978["componentsPerAttribute"],
|
_0x19a72b =
|
Cesium[_0x40c0f7(0xb0)](_0x48d6c6[_0x40c0f7(0xa8)]) &&
|
(_0x48d6c6[_0x40c0f7(0xa8)] & _0x25c9a4[_0x40c0f7(0xcd)]) === _0x25c9a4[_0x40c0f7(0xcd)],
|
_0x2b18d9 = 0x1,
|
_0x10f5f8,
|
_0x41050d
|
_0x19a72b
|
? ((_0x2b18d9 = _0x48d6c6[_0x40c0f7(0xb5)]),
|
(_0x10f5f8 = new Cesium[_0x40c0f7(0xac)](_0x48d6c6[_0x40c0f7(0xc9)]["x"], _0x48d6c6[_0x40c0f7(0xc9)]["y"], _0x48d6c6[_0x40c0f7(0xc9)]["z"])),
|
(_0x41050d = new Uint16Array(
|
_0x441978[_0x40c0f7(0xad)][_0x40c0f7(0xa1)],
|
_0x441978[_0x40c0f7(0xad)]["byteOffset"],
|
_0x441978[_0x40c0f7(0xad)][_0x40c0f7(0xb4)] / 0x2
|
)))
|
: (_0x41050d = new Float32Array(
|
_0x441978[_0x40c0f7(0xad)][_0x40c0f7(0xa1)],
|
_0x441978[_0x40c0f7(0xad)]["byteOffset"],
|
_0x441978[_0x40c0f7(0xad)][_0x40c0f7(0xb4)] / 0x4
|
))
|
let _0x510031 = []
|
for (let _0x25a83f = 0x0; _0x25a83f < _0x48d6c6[_0x40c0f7(0x92)]; _0x25a83f++) {
|
Cesium["Cartesian3"]["fromArray"](_0x41050d, _0x22561c * _0x25a83f, _0x27078b),
|
_0x19a72b &&
|
((_0x27078b = Cesium[_0x40c0f7(0xac)][_0x40c0f7(0xa6)](_0x27078b, _0x2b18d9, _0x27078b)),
|
(_0x27078b = Cesium[_0x40c0f7(0xac)]["add"](_0x27078b, _0x10f5f8, _0x27078b))),
|
_0x510031["push"](Cesium["Cartesian3"][_0x40c0f7(0xaa)](_0x27078b))
|
}
|
return (
|
Cesium[_0x40c0f7(0x94)]["fromPoints"](_0x510031, _0x52981d),
|
Cesium[_0x40c0f7(0x94)][_0x40c0f7(0xd2)](_0x52981d, _0x4a2eb3, _0x52981d),
|
(_0x510031[_0x40c0f7(0xc1)] = 0x0),
|
_0x52981d
|
)
|
}
|
let scratchCenter = new Cesium[_0x22e970(0xac)]()
|
function calcBoundingVolumeForInstance(_0x18ac2f) {
|
const _0x5a0a0c = _0x22e970
|
let _0x22a511 = new Cesium[_0x5a0a0c(0x94)](),
|
_0x3e3c35 = _0x18ac2f["instanceBounds"]
|
if (!Cesium[_0x5a0a0c(0xb0)](_0x3e3c35)) return _0x22a511
|
let _0x394a9b = new Cesium[_0x5a0a0c(0xac)](_0x3e3c35[0x0], _0x3e3c35[0x1], _0x3e3c35[0x2]),
|
_0x47653b = new Cesium[_0x5a0a0c(0xbd)](_0x3e3c35[0x3], _0x3e3c35[0x4], _0x3e3c35[0x5]),
|
_0x4d998f = new Cesium[_0x5a0a0c(0xac)][_0x5a0a0c(0x93)](_0x394a9b, _0x47653b, 0.5, scratchCenter),
|
_0x32de29 = new Cesium[_0x5a0a0c(0xac)][_0x5a0a0c(0xe0)](_0x4d998f, _0x394a9b)
|
return (_0x22a511[_0x5a0a0c(0xd9)] = _0x4d998f), (_0x22a511[_0x5a0a0c(0xb9)] = _0x32de29), _0x22a511
|
}
|
function calcBoundingVolume(_0x47e64, _0x5e2325) {
|
const _0xd4996c = _0x22e970
|
if (_0x47e64[_0xd4996c(0xc4)] > -0x1) return calcBoundingVolumeForInstance(_0x47e64)
|
return calcBoundingVolumeForNormal(_0x47e64, _0x5e2325)
|
}
|
function parseGeodes(_0x1cdd98, _0x1857a4, _0x30bc5c, _0x380be9, _0x362b6c) {
|
const _0x4b0b15 = _0x22e970
|
let _0x207afe = {},
|
_0x530709 = _0x380be9[_0x4b0b15(0x9b)]
|
for (let _0x5b8656 = 0x0, _0x5377d7 = _0x530709[_0x4b0b15(0xc1)]; _0x5b8656 < _0x5377d7; _0x5b8656++) {
|
let _0x285666 = _0x530709[_0x5b8656],
|
_0xc57a6e = _0x285666[_0x4b0b15(0xc5)],
|
_0x57a4ae = Cesium["Matrix4"][_0x4b0b15(0xa4)](_0x1cdd98["modelMatrix"], _0xc57a6e, new Cesium[_0x4b0b15(0xb1)]()),
|
_0x27520e
|
Cesium[_0x4b0b15(0xb0)](_0x362b6c[_0x4b0b15(0xd8)]) &&
|
((_0x27520e = new Cesium[_0x4b0b15(0x94)](
|
_0x362b6c["boundingVolume"][_0x4b0b15(0xcb)][_0x4b0b15(0xd9)],
|
_0x362b6c["boundingVolume"]["sphere"][_0x4b0b15(0xb9)]
|
)),
|
Cesium[_0x4b0b15(0x94)]["transform"](_0x27520e, _0x1cdd98["modelMatrix"], _0x27520e))
|
let _0x4946d5 = _0x285666["skeletonNames"]
|
for (let _0x4343a7 = 0x0, _0x2bf305 = _0x4946d5["length"]; _0x4343a7 < _0x2bf305; _0x4343a7++) {
|
let _0x2c82f6 = _0x4946d5[_0x4343a7],
|
_0x68c1e0 = _0x1857a4[_0x4b0b15(0xd5)][_0x2c82f6],
|
_0x15858a = _0x68c1e0["vertexPackage"],
|
_0x2c0495 = _0x68c1e0[_0x4b0b15(0xd7)],
|
_0xd80533 = _0x68c1e0["pickInfo"],
|
_0x3fe523
|
_0x2c0495[_0x4b0b15(0xc1)] > 0x0 && (_0x3fe523 = _0x30bc5c[_0x2c0495[0x0][_0x4b0b15(0x91)]])
|
let _0x3971fd = Cesium["defined"](_0x27520e) ? _0x27520e : calcBoundingVolume(_0x15858a, _0x57a4ae)
|
_0x207afe[_0x2c82f6] = S3MContentFactory[_0x1cdd98[_0x4b0b15(0x9f)]]({
|
layer: _0x1cdd98,
|
vertexPackage: _0x15858a,
|
arrIndexPackage: _0x2c0495,
|
pickInfo: _0xd80533,
|
modelMatrix: _0x57a4ae,
|
geoMatrix: _0xc57a6e,
|
boundingVolume: _0x3971fd,
|
material: _0x3fe523,
|
edgeGeometry: _0x68c1e0[_0x4b0b15(0xdd)],
|
geoName: _0x2c82f6
|
})
|
}
|
}
|
if (Object[_0x4b0b15(0xa5)](_0x207afe)[_0x4b0b15(0xc1)] < 0x1) return
|
if (!Cesium[_0x4b0b15(0xb0)](_0x362b6c[_0x4b0b15(0xd8)])) {
|
let _0x3933d3 = []
|
for (let _0x1166c9 in _0x207afe) {
|
_0x207afe[_0x4b0b15(0x9a)](_0x1166c9) && _0x3933d3[_0x4b0b15(0xe3)](_0x207afe[_0x1166c9]["boundingVolume"])
|
}
|
_0x362b6c[_0x4b0b15(0xd8)] = {
|
sphere: Cesium[_0x4b0b15(0x94)][_0x4b0b15(0x9d)](_0x3933d3)
|
}
|
}
|
_0x362b6c[_0x4b0b15(0xbf)] = _0x207afe
|
}
|
function parsePagelods(_0x376f26, _0x1f963a, _0x1c949c) {
|
const _0x592083 = _0x22e970
|
let _0xd12968 = _0x1f963a[_0x592083(0xa7)],
|
_0x59adb1 = []
|
for (let _0x14dd75 = 0x0, _0x56cdb5 = _0xd12968[_0x592083(0xdb)]["length"]; _0x14dd75 < _0x56cdb5; _0x14dd75++) {
|
let _0x2b6d8c = {},
|
_0x4653ad = _0xd12968[_0x592083(0xdb)][_0x14dd75]
|
;(_0x2b6d8c["rangeMode"] = _0x4653ad[_0x592083(0xe2)]),
|
(_0x2b6d8c[_0x592083(0xd4)] = _0x4653ad[_0x592083(0xc0)]),
|
(_0x2b6d8c[_0x592083(0xab)] = _0x4653ad[_0x592083(0xab)])
|
let _0x545ce2 = _0x4653ad[_0x592083(0xaf)][_0x592083(0xd9)],
|
_0x4a867e = _0x4653ad[_0x592083(0xaf)][_0x592083(0xb9)]
|
_0x2b6d8c[_0x592083(0xd4)] !== ""
|
? (_0x2b6d8c["boundingVolume"] = {
|
sphere: {
|
center: new Cesium["Cartesian3"](_0x545ce2["x"], _0x545ce2["y"], _0x545ce2["z"]),
|
radius: _0x4a867e
|
}
|
})
|
: (_0x2b6d8c[_0x592083(0xc2)] = !![]),
|
parseGeodes(_0x376f26, _0x1f963a, _0x1c949c, _0x4653ad, _0x2b6d8c),
|
Cesium[_0x592083(0xb0)](_0x2b6d8c[_0x592083(0xbf)]) && _0x59adb1[_0x592083(0xe3)](_0x2b6d8c)
|
}
|
return _0x59adb1
|
}
|
S3MContentParser[_0x22e970(0xb6)] = function (_0x2979db, _0x476106, _0x281132) {
|
const _0x459627 = _0x22e970
|
if (!Cesium[_0x459627(0xb0)](_0x476106)) return
|
let _0x1dfa93 = parseMaterial$2(_0x2979db[_0x459627(0xde)], _0x476106, _0x281132),
|
_0x3b485f = parsePagelods(_0x2979db, _0x476106, _0x1dfa93)
|
return _0x3b485f
|
}
|
|
const _0x2493 = [
|
"1345qdpUvd",
|
"layerId",
|
"1889523ZjGVnA",
|
"contextId",
|
"103klitUC",
|
"width",
|
"70003cGuqzY",
|
"pixelFormat",
|
"height",
|
"context",
|
"75PgoVzK",
|
"173WdVIgy",
|
"internalFormat",
|
"rootName",
|
"textureId",
|
"1719639ImSOni",
|
"arrayBufferView",
|
"refCount",
|
"getCache",
|
"1215173OIQkgE",
|
"cache",
|
"compressType",
|
"1566459XeZgKZ",
|
"7hJXfcz",
|
"Queue"
|
]
|
const _0x591406 = _0x3a92
|
function _0x3a92(_0x5934a1, _0x5d1ccb) {
|
_0x5934a1 = _0x5934a1 - 0x1dc
|
let _0x2493e2 = _0x2493[_0x5934a1]
|
return _0x2493e2
|
}
|
;(function (_0x4b03fc, _0x274055) {
|
const _0x272b82 = _0x3a92
|
while (!![]) {
|
try {
|
const _0x1924a6 =
|
parseInt(_0x272b82(0x1dd)) * -parseInt(_0x272b82(0x1e4)) +
|
-parseInt(_0x272b82(0x1ec)) +
|
parseInt(_0x272b82(0x1ef)) +
|
parseInt(_0x272b82(0x1df)) * parseInt(_0x272b82(0x1f0)) +
|
-parseInt(_0x272b82(0x1f2)) * parseInt(_0x272b82(0x1e3)) +
|
-parseInt(_0x272b82(0x1e8)) +
|
parseInt(_0x272b82(0x1f4))
|
if (_0x1924a6 === _0x274055) break
|
else _0x4b03fc["push"](_0x4b03fc["shift"]())
|
} catch (_0x1e73da) {
|
_0x4b03fc["push"](_0x4b03fc["shift"]())
|
}
|
}
|
})(_0x2493, 0xd9e51)
|
let TextureManager = {
|
cache: {},
|
cacheSize: 0x0,
|
freeCache: {},
|
freeQueue: new Cesium[_0x591406(0x1f1)](),
|
freeCacheSize: 0x0,
|
throttleSize: 0x32 * 0x400 * 0x400,
|
getCache: function (_0xf9fc3a, _0x23994a, _0x52800c) {
|
const _0x17700b = _0x591406
|
let _0x1ab191 = this[_0x17700b(0x1ed)][_0xf9fc3a]
|
!_0x1ab191 && (_0x1ab191 = this["cache"][_0xf9fc3a] = {})
|
let _0xc2e85b = _0x1ab191[_0x23994a]
|
!_0xc2e85b && (_0xc2e85b = _0x1ab191[_0x23994a] = {})
|
let _0x48720a = _0xc2e85b[_0x52800c]
|
return !_0x48720a && (_0x48720a = _0xc2e85b[_0x52800c] = {}), _0x48720a
|
},
|
get: function (_0x3befa1, _0x25792a, _0x4e39ce, _0x534b80) {
|
const _0x26bdbd = _0x591406
|
let _0x2bd8cf = this["getCache"](_0x3befa1, _0x25792a, _0x4e39ce),
|
_0x1baa7b = _0x2bd8cf[_0x534b80]
|
if (!_0x1baa7b) return undefined
|
return _0x1baa7b[_0x26bdbd(0x1ea)]++, _0x1baa7b
|
},
|
create: function (_0x2e0367) {
|
const _0x4c2db0 = _0x591406
|
let _0x410b7e = _0x2e0367[_0x4c2db0(0x1e2)],
|
_0x3973fb = _0x410b7e["id"],
|
_0x17322e = _0x2e0367[_0x4c2db0(0x1f3)],
|
_0x34ca14 = _0x2e0367["rootName"],
|
_0x3fbe15 = _0x2e0367["textureId"],
|
_0x2533cd = this[_0x4c2db0(0x1eb)](_0x3973fb, _0x17322e, _0x34ca14),
|
_0x3c1b2c = _0x2533cd[_0x3fbe15]
|
if (_0x3c1b2c) return _0x3c1b2c[_0x4c2db0(0x1ea)]++, _0x3c1b2c
|
let _0x13fdad = _0x2e0367[_0x4c2db0(0x1de)],
|
_0x314656 = _0x2e0367[_0x4c2db0(0x1e1)],
|
_0x5c60ac = _0x2e0367[_0x4c2db0(0x1ee)],
|
_0x54f061 = _0x2e0367[_0x4c2db0(0x1e0)],
|
_0x5422f3 = _0x2e0367[_0x4c2db0(0x1e9)],
|
_0xa0914a = _0x2e0367[_0x4c2db0(0x1e5)]
|
return (
|
(_0x3c1b2c = new DDSTexture(_0x410b7e, _0x3fbe15, {
|
context: _0x410b7e,
|
layerId: _0x17322e,
|
rootName: _0x34ca14,
|
textureId: _0x3fbe15,
|
width: _0x13fdad,
|
height: _0x314656,
|
compressType: _0x5c60ac,
|
pixelFormat: _0x54f061,
|
internalFormat: _0xa0914a,
|
isTexBlock: !![],
|
arrayBufferView: _0x5422f3
|
})),
|
(_0x2533cd[_0x3fbe15] = _0x3c1b2c),
|
_0x3c1b2c
|
)
|
},
|
del: function (_0x2a9380) {
|
const _0x240410 = _0x591406
|
if (!_0x2a9380[_0x240410(0x1dc)]) return
|
let _0x131a67 = this[_0x240410(0x1eb)](_0x2a9380[_0x240410(0x1dc)], _0x2a9380[_0x240410(0x1f3)], _0x2a9380[_0x240410(0x1e6)])
|
if (!_0x131a67[_0x2a9380[_0x240410(0x1e7)]]) return
|
--_0x2a9380["refCount"] === 0x0 && (delete _0x131a67[_0x2a9380["textureId"]], _0x2a9380["destroy"]())
|
}
|
}
|
|
const _0x2959 = [
|
"height",
|
"isRootTile",
|
"137893TVPdls",
|
"subRequestNames",
|
"offsetX",
|
"cache",
|
"width",
|
"czm_batchTable_xywh2",
|
"33499McKcVh",
|
"textureBakeRenderableFlag",
|
"_subTexInfosBake",
|
"textureRenderableFlag",
|
"_id",
|
"get",
|
"textureParameter",
|
"url",
|
"ambientColor",
|
"requestNames",
|
"19fZSKdd",
|
"Tex",
|
"subTexturesToUpload",
|
"tile",
|
"textureId",
|
"textureInfo",
|
"initBakeTexture",
|
"createdBaker",
|
"_ancestorTextureBake",
|
"ancestorTexture",
|
"batchTable",
|
"del",
|
"isCrnTexture",
|
"contentResource",
|
"created",
|
"isRoot",
|
"%23",
|
"bTransparentSorting",
|
"BatchTable",
|
"oriTextureBake",
|
"subTextureNamesBake",
|
"textureParameterBake",
|
"textureInitilized",
|
"name",
|
"_subBatchValuesBake",
|
"batchTableBake",
|
"FLOAT",
|
"atlas_batchTable_xywh",
|
"266589fMbGVx",
|
"textureBakeInitilized",
|
"offsetY",
|
"textureData",
|
"rootTextureName",
|
"subTexInfos",
|
"textures",
|
"subRequestedBaker",
|
"subRequestNamesBake",
|
"refCount",
|
"result",
|
"15wXMcXe",
|
"RGBA_DXT5",
|
"init",
|
"Queue",
|
"split",
|
"setBatchedAttribute",
|
"48989QNSGzj",
|
"shininess",
|
"oriTexture",
|
"_baseUri",
|
"curTextureName",
|
"splice",
|
"hasOwnProperty",
|
"length",
|
"isLeaf",
|
"arrayBufferView",
|
"343075REmJXf",
|
"_subTexInfos",
|
"diffuseColor",
|
"format",
|
"layerId",
|
"rootName",
|
"indexOf",
|
"substring",
|
"substr",
|
"ComponentDatatype",
|
"isDestroyed",
|
"renderable",
|
"suffix",
|
"layer",
|
"update",
|
"create",
|
"606269bucNtG",
|
"prototype",
|
"defined",
|
"subTextureNames",
|
"subBatchValues",
|
"context",
|
"rootBatchIdMap",
|
"push",
|
"enableTextureRenderable",
|
"specularColor",
|
"subRequested",
|
"requestBakeSubTextures",
|
"PixelFormat",
|
"initTexture",
|
"compressType",
|
"ancestorMap",
|
"subName",
|
"CRN_DXT5",
|
"_subTextureManager",
|
"738140ewEfNZ",
|
"Cartesian4",
|
"requestSubTextures",
|
"subTextureManager",
|
"destroy"
|
]
|
const _0x40f4a1 = _0x4d08
|
;(function (_0x3d6cf5, _0x2e47e5) {
|
const _0x3c6c01 = _0x4d08
|
while (!![]) {
|
try {
|
const _0x42d0ad =
|
parseInt(_0x3c6c01(0x182)) +
|
-parseInt(_0x3c6c01(0x13d)) +
|
parseInt(_0x3c6c01(0x158)) +
|
-parseInt(_0x3c6c01(0x17b)) +
|
parseInt(_0x3c6c01(0x168)) +
|
-parseInt(_0x3c6c01(0x192)) * -parseInt(_0x3c6c01(0x14e)) +
|
parseInt(_0x3c6c01(0x148)) * -parseInt(_0x3c6c01(0x188))
|
if (_0x42d0ad === _0x2e47e5) break
|
else _0x3d6cf5["push"](_0x3d6cf5["shift"]())
|
} catch (_0x49c9fc) {
|
_0x3d6cf5["push"](_0x3d6cf5["shift"]())
|
}
|
}
|
})(_0x2959, 0x7cb5e)
|
function _0x4d08(_0xee6c50, _0x536717) {
|
_0xee6c50 = _0xee6c50 - 0x126
|
let _0x29593f = _0x2959[_0xee6c50]
|
return _0x29593f
|
}
|
function MaterialExt() {
|
const _0x5f2117 = _0x4d08
|
;(this[_0x5f2117(0x130)] = ![]),
|
(this["isLeaf"] = ![]),
|
(this[_0x5f2117(0x15c)] = undefined),
|
(this[_0x5f2117(0x195)] = undefined),
|
(this[_0x5f2117(0x146)] = 0x0),
|
(this["id"] = undefined),
|
(this[_0x5f2117(0x190)] = new Cesium["Cartesian4"](0x1, 0x1, 0x1, 0x1)),
|
(this["diffuseColor"] = new Cesium[_0x5f2117(0x17c)](0x1, 0x1, 0x1, 0x1)),
|
(this[_0x5f2117(0x171)] = new Cesium["Cartesian4"](0x0)),
|
(this[_0x5f2117(0x14f)] = 0x32),
|
(this[_0x5f2117(0x132)] = ![]),
|
(this[_0x5f2117(0x143)] = []),
|
(this[_0x5f2117(0x12f)] = ![]),
|
(this[_0x5f2117(0x128)] = ![]),
|
(this[_0x5f2117(0x172)] = ![]),
|
(this["subRequestedBaker"] = ![]),
|
(this[_0x5f2117(0x183)] = undefined),
|
(this[_0x5f2117(0x145)] = undefined),
|
(this[_0x5f2117(0x16b)] = undefined),
|
(this[_0x5f2117(0x135)] = undefined),
|
(this[_0x5f2117(0x16c)] = undefined),
|
(this[_0x5f2117(0x134)] = undefined),
|
(this[_0x5f2117(0x12b)] = undefined),
|
(this[_0x5f2117(0x13a)] = undefined),
|
(this[_0x5f2117(0x12a)] = undefined),
|
(this[_0x5f2117(0x150)] = undefined),
|
(this[_0x5f2117(0x18e)] = undefined),
|
(this[_0x5f2117(0x136)] = undefined),
|
(this[_0x5f2117(0x137)] = ![]),
|
(this["textureBakeInitilized"] = ![]),
|
(this[_0x5f2117(0x18b)] = ![]),
|
(this[_0x5f2117(0x189)] = ![]),
|
(this[_0x5f2117(0x12d)] = ![]),
|
(this[_0x5f2117(0x194)] = new Cesium[_0x5f2117(0x14b)]())
|
}
|
let _descriptionMap = {}
|
function updateTextureBatchTable(_0x273eff, _0x44fa8c, _0x20dd7e) {
|
const _0x38e0bb = _0x4d08
|
for (let _0x40ad84 in _0x20dd7e) {
|
if (_0x20dd7e[_0x38e0bb(0x154)](_0x40ad84)) {
|
let _0x2b0a2c = _0x20dd7e[_0x40ad84],
|
_0x4d28a0 = Number(_0x40ad84)
|
_0x44fa8c[_0x38e0bb(0x14d)](_0x4d28a0, 0x0, _0x2b0a2c)
|
}
|
}
|
_0x44fa8c[_0x38e0bb(0x166)](_0x273eff)
|
}
|
function getAncestorTexture(_0x1e6713, _0x2fbe24, _0x38f4c2, _0x41aa93, _0x30cd73, _0xc95308) {
|
const _0x297d93 = _0x4d08
|
let _0x68366b = _0x30cd73[_0x41aa93]
|
if (!_0x68366b) return undefined
|
let _0x166d10 = TextureManager[_0x297d93(0x18d)](_0x1e6713, _0x2fbe24, _0x38f4c2, _0x68366b)
|
while (_0x68366b && _0x166d10 && !_0x166d10["renderable"]) {
|
_0x166d10[_0x297d93(0x146)]--,
|
(_0x68366b = _0x30cd73[_0x68366b]),
|
(_0x166d10 = TextureManager[_0x297d93(0x18d)](_0x1e6713, _0x2fbe24, _0x38f4c2, _0x68366b))
|
}
|
return (_0xc95308[_0x297d93(0x138)] = _0x68366b), _0x166d10
|
}
|
function getName(_0x1638fe) {
|
const _0x10676d = _0x4d08
|
let _0x4e258a = _0x1638fe[_0x10676d(0x15e)](".")
|
return _0x1638fe[_0x10676d(0x160)](0x0, _0x4e258a)
|
}
|
;(MaterialExt["prototype"]["createBakeTexture"] = function (
|
_0x15bc02,
|
_0x88ec12,
|
_0x4caa27,
|
_0x21fa1a,
|
_0x16880e,
|
_0x1f5e07,
|
_0x80ec66,
|
_0x7fb285
|
) {
|
const _0x2eea0a = _0x4d08
|
if (this[_0x2eea0a(0x128)]) return undefined
|
;(this[_0x2eea0a(0x136)] = {
|
context: _0x15bc02,
|
layer: _0x88ec12,
|
isRoot: _0x4caa27,
|
rootName: _0x21fa1a,
|
curTextureName: _0x16880e,
|
textureInfo: _0x1f5e07,
|
rootBatchIdMap: _0x80ec66,
|
ancestorMap: _0x7fb285
|
}),
|
(this[_0x2eea0a(0x128)] = !![]),
|
(this[_0x2eea0a(0x144)] = _0x4caa27)
|
let _0x54367b = _0x1f5e07[_0x2eea0a(0x140)],
|
_0x538473 = PixelFormat["RGBA_DXT5"],
|
_0x4a206a = TextureManager["create"]({
|
context: _0x15bc02,
|
layerId: _0x88ec12["id"],
|
rootName: _0x21fa1a,
|
textureId: _0x1f5e07["id"],
|
width: _0x1f5e07[_0x2eea0a(0x186)],
|
height: _0x1f5e07[_0x2eea0a(0x180)],
|
compressType: _0x1f5e07[_0x2eea0a(0x176)],
|
pixelFormat: _0x1f5e07[_0x2eea0a(0x15b)],
|
internalFormat: _0x538473,
|
arrayBufferView: _0x54367b
|
})
|
_0x4a206a[_0x2eea0a(0x163)] = _0x4caa27
|
let _0x974d6 = _0x1f5e07["subTexInfos"][_0x2eea0a(0x155)],
|
_0x14aca1 = _0x1f5e07[_0x2eea0a(0x141)],
|
_0x3782b2 = _0x80ec66[_0x14aca1]
|
this[_0x2eea0a(0x143)][_0x2eea0a(0x16f)](_0x4a206a)
|
let _0xb4b0c1 = [
|
{
|
functionName: _0x2eea0a(0x187),
|
componentDatatype: ComponentDatatype[_0x2eea0a(0x13b)],
|
componentsPerAttribute: 0x4
|
}
|
],
|
_0x3140b8 = defined(_0x3782b2) ? Object["keys"](_0x3782b2)[_0x2eea0a(0x155)] : _0x974d6
|
;(this[_0x2eea0a(0x13a)] = new BatchTable(_0x15bc02, _0xb4b0c1, _0x3140b8)), (this[_0x2eea0a(0x13a)][_0x2eea0a(0x164)] = "_2")
|
let _0x5012b8 = _descriptionMap[_0x88ec12[_0x2eea0a(0x138)]]
|
!defined(_0x5012b8) && (_0x5012b8 = _descriptionMap[_0x88ec12[_0x2eea0a(0x138)]] = {})
|
let _0x2074df = _0x5012b8[_0x21fa1a]
|
!defined(_0x2074df) && (_0x2074df = _0x5012b8[_0x21fa1a] = {})
|
let _0x23b35e = _0x2074df[_0x16880e]
|
!defined(_0x23b35e) && (_0x23b35e = _0x2074df[_0x16880e] = {})
|
let _0x316bb0 = _0x1f5e07[_0x2eea0a(0x142)]
|
for (let _0x20a2ed = 0x0; _0x20a2ed < _0x974d6; _0x20a2ed++) {
|
let _0x97e8a6 = _0x316bb0[_0x20a2ed],
|
_0x5a4129 = _0x97e8a6[_0x2eea0a(0x178)][_0x2eea0a(0x14c)]("_")[0x0],
|
_0x272e1e = _0x97e8a6[_0x2eea0a(0x184)],
|
_0x11dda9 = _0x97e8a6["offsetY"],
|
_0x5a015a = _0x97e8a6["width"],
|
_0x363073 = _0x97e8a6[_0x2eea0a(0x180)],
|
_0x712a5c = new Cartesian4(_0x272e1e, _0x11dda9, _0x5a015a, _0x363073)
|
_0x23b35e[_0x5a4129] = _0x712a5c
|
}
|
if (!_0x4caa27) {
|
this[_0x2eea0a(0x145)] = []
|
for (let _0x84d857 = 0x0; _0x84d857 < _0x1f5e07["requestNames"][_0x2eea0a(0x155)]; _0x84d857++) {
|
let _0x259b4b = _0x1f5e07[_0x2eea0a(0x191)][_0x84d857],
|
_0x2a5f71 = getName(_0x259b4b)
|
if (_0x2a5f71["split"]("_")[0x0] === _0x2eea0a(0x193)) {
|
let _0x5c034a = _0x259b4b[_0x2eea0a(0x14c)]("#"),
|
_0x204b10 = getName(_0x5c034a[0x0])
|
if (_0x5c034a[_0x2eea0a(0x155)] > 0x1) {
|
let _0x94f077 = _0x5c034a[0x1],
|
_0x762802 = _0x94f077["length"]
|
for (let _0x3a743a = 0x0; _0x3a743a < _0x762802; _0x3a743a += 0x3) {
|
let _0x13a732 = _0x94f077[_0x2eea0a(0x15f)](_0x3a743a, _0x3a743a + 0x3),
|
_0xb80bd1 = _0x204b10 + "_" + _0x13a732
|
this[_0x2eea0a(0x145)]["push"](_0xb80bd1)
|
}
|
}
|
} else this[_0x2eea0a(0x145)][_0x2eea0a(0x16f)](_0x2a5f71)
|
}
|
}
|
return (this[_0x2eea0a(0x134)] = _0x4a206a), _0x4a206a
|
}),
|
(MaterialExt["prototype"][_0x40f4a1(0x175)] = function () {
|
const _0x27f90f = _0x40f4a1
|
if (this[_0x27f90f(0x137)] || !this["textureParameter"]) return
|
this[_0x27f90f(0x137)] = !![]
|
let _0x35c6cb = this[_0x27f90f(0x18e)][_0x27f90f(0x16d)],
|
_0x3547b6 = this["textureParameter"]["layer"],
|
_0x456259 = this["textureParameter"][_0x27f90f(0x130)],
|
_0x3a6d60 = this[_0x27f90f(0x18e)][_0x27f90f(0x15d)],
|
_0x21ea94 = this[_0x27f90f(0x18e)][_0x27f90f(0x152)],
|
_0x49f0f3 = this[_0x27f90f(0x18e)]["textureInfo"],
|
_0x18793f = this["textureParameter"]["rootBatchIdMap"],
|
_0x3bdf1d = this[_0x27f90f(0x18e)][_0x27f90f(0x177)]
|
this[_0x27f90f(0x18e)] = undefined
|
let _0x54de38 = {},
|
_0x46d33d = _0x49f0f3[_0x27f90f(0x141)],
|
_0x2a4d0c = _0x18793f[_0x46d33d],
|
_0x1b60fd = _0x456259 ? undefined : getAncestorTexture(_0x35c6cb["id"], _0x3547b6["id"], _0x3a6d60, _0x21ea94, _0x3bdf1d, _0x54de38),
|
_0x1def89 = _descriptionMap[_0x3547b6["name"]]
|
!_0x1def89 && (_0x1def89 = _descriptionMap[_0x3547b6[_0x27f90f(0x138)]] = {})
|
let _0x15a0fb = _0x1def89[_0x3a6d60]
|
!_0x15a0fb && (_0x15a0fb = _0x1def89[_0x3a6d60] = {})
|
let _0x56908c = _0x15a0fb[_0x21ea94]
|
!_0x56908c && (_0x56908c = _0x15a0fb[_0x21ea94] = {})
|
let _0x5b196c = _0x456259 ? undefined : _0x54de38[_0x27f90f(0x138)] ? _0x15a0fb[_0x54de38["name"]] : undefined,
|
_0x487edb = {},
|
_0x1af1eb = _0x49f0f3[_0x27f90f(0x142)],
|
_0xb6016 = [],
|
_0x200748 = _0x49f0f3[_0x27f90f(0x142)][_0x27f90f(0x155)]
|
for (let _0x482ba5 = 0x0; _0x482ba5 < _0x200748; _0x482ba5++) {
|
let _0xff8d9b = _0x1af1eb[_0x482ba5],
|
_0x226d21 = _0xff8d9b[_0x27f90f(0x178)]["split"]("_")[0x0],
|
_0x4187e7 = _0xff8d9b[_0x27f90f(0x184)],
|
_0x667fa1 = _0xff8d9b[_0x27f90f(0x13f)],
|
_0x1c3961 = _0xff8d9b[_0x27f90f(0x186)],
|
_0x5bd65f = _0xff8d9b[_0x27f90f(0x180)],
|
_0x43c01c = new Cesium[_0x27f90f(0x17c)](_0x4187e7, _0x667fa1, _0x1c3961, _0x5bd65f),
|
_0x53535a = _0x2a4d0c ? _0x2a4d0c[_0x226d21] : _0x482ba5,
|
_0x409951 = _0x456259 ? undefined : _0x5b196c ? _0x5b196c[_0x226d21] : undefined,
|
_0x428b10 = _0x409951 ? _0x409951 : _0x43c01c
|
this["batchTable"]["setBatchedAttribute"](_0x53535a, 0x0, _0x428b10),
|
(_0x487edb[_0x53535a] = _0x43c01c),
|
(_0x56908c[_0x226d21] = _0x43c01c),
|
_0xb6016[_0x27f90f(0x16f)](_0xff8d9b["subName"])
|
}
|
;(this[_0x27f90f(0x142)] = _0x1af1eb),
|
(this[_0x27f90f(0x16b)] = _0xb6016),
|
(this[_0x27f90f(0x16c)] = _0x487edb),
|
(this[_0x27f90f(0x12a)] = _0x1b60fd)
|
}),
|
(MaterialExt[_0x40f4a1(0x169)][_0x40f4a1(0x127)] = function () {
|
const _0x3664f4 = _0x40f4a1
|
if (this[_0x3664f4(0x13e)] || !defined(this["textureParameterBake"])) return
|
this[_0x3664f4(0x13e)] = !![]
|
let _0x153297 = this[_0x3664f4(0x136)][_0x3664f4(0x16d)],
|
_0x3a35f0 = this[_0x3664f4(0x136)]["layer"],
|
_0x20d523 = this[_0x3664f4(0x136)][_0x3664f4(0x130)],
|
_0x1534e7 = this[_0x3664f4(0x136)][_0x3664f4(0x15d)],
|
_0x21251 = this[_0x3664f4(0x136)]["curTextureName"],
|
_0xcaf476 = this["textureParameterBake"][_0x3664f4(0x126)],
|
_0x4aba15 = this[_0x3664f4(0x136)][_0x3664f4(0x16e)],
|
_0x199073 = this[_0x3664f4(0x136)]["ancestorMap"]
|
this["textureParameterBake"] = undefined
|
let _0x4fc87b = {},
|
_0x471934 = _0xcaf476["rootTextureName"],
|
_0x405791 = _0x4aba15[_0x471934],
|
_0x8adbd9 = _0x20d523 ? undefined : getAncestorTexture(_0x153297["id"], _0x3a35f0["id"], _0x1534e7, _0x21251, _0x199073, _0x4fc87b),
|
_0x133d67 = _descriptionMap[_0x3a35f0["name"]]
|
!defined(_0x133d67) && (_0x133d67 = _descriptionMap[_0x3a35f0[_0x3664f4(0x138)]] = {})
|
let _0x3d1993 = _0x133d67[_0x1534e7]
|
!defined(_0x3d1993) && (_0x3d1993 = _0x133d67[_0x1534e7] = {})
|
let _0x1ae3b6 = _0x3d1993[_0x21251]
|
!defined(_0x1ae3b6) && (_0x1ae3b6 = _0x3d1993[_0x21251] = {})
|
let _0xd6a65 = _0x20d523 ? undefined : defined(_0x4fc87b[_0x3664f4(0x138)]) ? _0x3d1993[_0x4fc87b[_0x3664f4(0x138)]] : undefined,
|
_0x2edadc = {},
|
_0x206944 = _0xcaf476[_0x3664f4(0x142)],
|
_0x5cee85 = [],
|
_0x1fb326 = _0xcaf476[_0x3664f4(0x142)]["length"]
|
for (let _0x3dc0bd = 0x0; _0x3dc0bd < _0x1fb326; _0x3dc0bd++) {
|
let _0x289f91 = _0x206944[_0x3dc0bd],
|
_0x544a84 = _0x289f91[_0x3664f4(0x178)][_0x3664f4(0x14c)]("_")[0x0],
|
_0x3a4c17 = _0x289f91[_0x3664f4(0x184)],
|
_0x442bb6 = _0x289f91["offsetY"],
|
_0xe3817a = _0x289f91["width"],
|
_0x570f90 = _0x289f91[_0x3664f4(0x180)],
|
_0x516a54 = new Cartesian4(_0x3a4c17, _0x442bb6, _0xe3817a, _0x570f90),
|
_0xe722ea = defined(_0x405791) ? _0x405791[_0x544a84] : _0x3dc0bd,
|
_0x2699ac = _0x20d523 ? undefined : defined(_0xd6a65) ? _0xd6a65[_0x544a84] : undefined,
|
_0x1ffc1b = defined(_0x2699ac) ? _0x2699ac : _0x516a54
|
this["batchTableBake"]["setBatchedAttribute"](_0xe722ea, 0x0, _0x1ffc1b),
|
(_0x2edadc[_0xe722ea] = _0x516a54),
|
(_0x1ae3b6[_0x544a84] = _0x516a54),
|
_0x5cee85[_0x3664f4(0x16f)](_0x289f91[_0x3664f4(0x178)])
|
}
|
;(this[_0x3664f4(0x18a)] = _0x206944),
|
(this[_0x3664f4(0x135)] = _0x5cee85),
|
(this[_0x3664f4(0x139)] = _0x2edadc),
|
(this["_ancestorTextureBake"] = _0x8adbd9)
|
}),
|
(MaterialExt[_0x40f4a1(0x169)]["createTexture"] = function (_0x47c9f8, _0x17d194, _0x1900b4, _0x4aa1fd, _0x4ff1d0) {
|
const _0x17fc8c = _0x40f4a1
|
if (this[_0x17fc8c(0x12f)]) return undefined
|
let _0x1da639 = _0x47c9f8[_0x17fc8c(0x16d)],
|
_0x456bf7 = _0x1900b4["id"],
|
_0x49fc80 = _0x4ff1d0[_0x17fc8c(0x16e)],
|
_0x542244 = _0x4ff1d0["ancestorMap"]
|
;(this["isCrnTexture"] = _0x1900b4[_0x17fc8c(0x176)] === _0x4d10fa[_0x17fc8c(0x179)]),
|
(this["textureParameter"] = {
|
context: _0x1da639,
|
layer: _0x47c9f8,
|
isRoot: _0x17d194["isRootTile"],
|
rootName: _0x17d194["rootName"],
|
curTextureName: _0x456bf7,
|
textureInfo: _0x1900b4,
|
rootBatchIdMap: _0x49fc80,
|
ancestorMap: _0x542244
|
}),
|
(this[_0x17fc8c(0x130)] = _0x17d194["isRootTile"]),
|
(this[_0x17fc8c(0x12f)] = !![]),
|
(this[_0x17fc8c(0x172)] = _0x17d194[_0x17fc8c(0x181)])
|
let _0x4c6e9d = _0x1900b4["textureData"],
|
_0x115839 = Cesium[_0x17fc8c(0x174)][_0x17fc8c(0x149)],
|
_0x3f5579 = TextureManager[_0x17fc8c(0x167)]({
|
context: _0x1da639,
|
layerId: _0x47c9f8["id"],
|
rootName: _0x17d194[_0x17fc8c(0x15d)],
|
textureId: _0x1900b4["id"],
|
width: _0x1900b4[_0x17fc8c(0x186)],
|
height: _0x1900b4[_0x17fc8c(0x180)],
|
compressType: _0x1900b4[_0x17fc8c(0x176)],
|
supportCompressType: _0x47c9f8["_supportCompressType"],
|
pixelFormat: _0x1900b4[_0x17fc8c(0x15b)],
|
internalFormat: _0x115839,
|
arrayBufferView: _0x4c6e9d
|
})
|
_0x3f5579["renderable"] = _0x17d194["isRootTile"]
|
let _0x3b9759 = _0x1900b4["subTexInfos"][_0x17fc8c(0x155)],
|
_0x39e25b = _0x1900b4[_0x17fc8c(0x141)],
|
_0x12e072 = _0x49fc80[_0x39e25b]
|
this[_0x17fc8c(0x143)]["push"](_0x3f5579)
|
let _0x1ad01e = [
|
{
|
functionName: _0x17fc8c(0x13c),
|
componentDatatype: Cesium[_0x17fc8c(0x161)][_0x17fc8c(0x13b)],
|
componentsPerAttribute: 0x4
|
}
|
],
|
_0x3a6a53 = _0x12e072 ? Object["keys"](_0x12e072)[_0x17fc8c(0x155)] : _0x3b9759
|
this[_0x17fc8c(0x12b)] = new Cesium[_0x17fc8c(0x133)](_0x1da639, _0x1ad01e, _0x3a6a53)
|
let _0xc7501d = _descriptionMap[_0x47c9f8[_0x17fc8c(0x138)]]
|
!_0xc7501d && (_0xc7501d = _descriptionMap[_0x47c9f8["name"]] = {})
|
let _0x131d1a = _0xc7501d[_0x17d194[_0x17fc8c(0x15d)]]
|
!_0x131d1a && (_0x131d1a = _0xc7501d[_0x17d194[_0x17fc8c(0x15d)]] = {})
|
let _0x8e002 = _0x131d1a[_0x456bf7]
|
!_0x8e002 && (_0x8e002 = _0x131d1a[_0x456bf7] = {})
|
let _0x21fd5e = _0x1900b4[_0x17fc8c(0x142)]
|
for (let _0x2bae0f = 0x0; _0x2bae0f < _0x3b9759; _0x2bae0f++) {
|
let _0x52e6f1 = _0x21fd5e[_0x2bae0f],
|
_0x52914c = _0x52e6f1[_0x17fc8c(0x178)][_0x17fc8c(0x14c)]("_")[0x0],
|
_0x1123c5 = _0x52e6f1["offsetX"],
|
_0x4dea0d = _0x52e6f1["offsetY"],
|
_0x32c086 = _0x52e6f1[_0x17fc8c(0x186)],
|
_0x47c3ee = _0x52e6f1["height"],
|
_0x159210 = new Cesium[_0x17fc8c(0x17c)](_0x1123c5, _0x4dea0d, _0x32c086, _0x47c3ee)
|
_0x8e002[_0x52914c] = _0x159210
|
}
|
if (!_0x17d194[_0x17fc8c(0x181)]) {
|
this["subRequestNames"] = []
|
for (let _0x153bd3 = 0x0; _0x153bd3 < _0x1900b4[_0x17fc8c(0x191)][_0x17fc8c(0x155)]; _0x153bd3++) {
|
let _0x4e314f = _0x1900b4[_0x17fc8c(0x191)][_0x153bd3],
|
_0x2b61f5 = getName(_0x4e314f)
|
if (_0x2b61f5[_0x17fc8c(0x14c)]("_")[0x0] === _0x17fc8c(0x193)) {
|
let _0x39d5d0 = _0x4e314f["split"]("#"),
|
_0x435492 = getName(_0x39d5d0[0x0])
|
if (_0x39d5d0[_0x17fc8c(0x155)] > 0x1) {
|
let _0x270d40 = _0x39d5d0[0x1],
|
_0x108525 = _0x270d40["length"]
|
for (let _0x41b5b3 = 0x0; _0x41b5b3 < _0x108525; _0x41b5b3 += 0x3) {
|
let _0x29733b = _0x270d40[_0x17fc8c(0x15f)](_0x41b5b3, _0x41b5b3 + 0x3),
|
_0x486ff9 = _0x435492 + "_" + _0x29733b
|
this[_0x17fc8c(0x183)][_0x17fc8c(0x16f)](_0x486ff9)
|
}
|
}
|
} else this[_0x17fc8c(0x183)][_0x17fc8c(0x16f)](_0x2b61f5)
|
}
|
}
|
return (
|
(this["isLeaf"] =
|
!_0x17d194[_0x17fc8c(0x181)] && !(_0x1900b4["requestNames"][_0x17fc8c(0x155)] === 0x1 && _0x1900b4["requestNames"][0x0] === _0x456bf7)),
|
(this[_0x17fc8c(0x150)] = _0x3f5579),
|
_0x3f5579
|
)
|
}),
|
(MaterialExt[_0x40f4a1(0x169)][_0x40f4a1(0x17d)] = function (_0x537fe5, _0x39db23) {
|
const _0x9a94fc = _0x40f4a1
|
if (this[_0x9a94fc(0x172)]) return
|
if (!this[_0x9a94fc(0x183)]) return
|
let _0x46ed75 = _0x39db23[_0x9a94fc(0x16d)],
|
_0x3adf93 = this[_0x9a94fc(0x183)],
|
_0x302fa3 = this["subTexInfos"],
|
_0x1b038c = this[_0x9a94fc(0x16b)],
|
_0x4dcdce = this[_0x9a94fc(0x16c)],
|
_0x4f3b38 = this[_0x9a94fc(0x150)],
|
_0x354db1 = [],
|
_0x50f142 = this[_0x9a94fc(0x195)][_0x9a94fc(0x12e)][_0x9a94fc(0x18f)][_0x9a94fc(0x15f)](
|
0x0,
|
this[_0x9a94fc(0x195)][_0x9a94fc(0x12e)]["url"]["lastIndexOf"]("/") + 0x1
|
),
|
_0x251525 = _0x39db23[_0x9a94fc(0x17a)],
|
_0x3e16e4 = this[_0x9a94fc(0x194)]
|
for (let _0x57286f = 0x0, _0x5c3d81 = _0x3adf93["length"]; _0x57286f < _0x5c3d81; _0x57286f++) {
|
let _0x4c74cc = _0x3adf93[_0x57286f],
|
_0xd9fd94 = _0x251525[_0x9a94fc(0x18d)](_0x39db23["id"], _0x50f142, _0x4c74cc, this, this[_0x9a94fc(0x195)])
|
if (!_0xd9fd94) continue
|
let _0x11bbdd = _0xd9fd94[_0x9a94fc(0x147)]
|
_0x354db1[_0x9a94fc(0x16f)](_0x57286f)
|
for (let _0x3dfab5 in _0x11bbdd) {
|
if (_0x11bbdd[_0x9a94fc(0x154)](_0x3dfab5)) {
|
let _0x3fc0ed = _0x11bbdd[_0x3dfab5],
|
_0x1e20dd = _0x1b038c[_0x9a94fc(0x15e)](_0x3dfab5)
|
if (_0x1e20dd < 0x0 && this[_0x9a94fc(0x156)]) continue
|
let _0x33bd15 = 0x0,
|
_0x4d19d9 = 0x0,
|
_0x153d08 = _0x3fc0ed[_0x9a94fc(0x186)],
|
_0x29c841 = _0x3fc0ed[_0x9a94fc(0x180)]
|
if (_0x1e20dd >= 0x0) {
|
let _0x3c1f9a = _0x302fa3[_0x1e20dd]
|
;(_0x33bd15 = _0x3c1f9a[_0x9a94fc(0x184)]), (_0x4d19d9 = _0x3c1f9a[_0x9a94fc(0x13f)])
|
}
|
!this[_0x9a94fc(0x156)]
|
? (_0x4f3b38["arrayBufferView"] = _0x3fc0ed[_0x9a94fc(0x157)])
|
: _0x3e16e4["enqueue"]({
|
texture: _0x4f3b38,
|
subTextureInfo: {
|
xOffset: _0x33bd15,
|
yOffset: _0x4d19d9,
|
width: _0x153d08,
|
height: _0x29c841,
|
arrayBufferView: _0x3fc0ed[_0x9a94fc(0x157)]
|
}
|
})
|
}
|
}
|
}
|
if (_0x354db1[_0x9a94fc(0x155)] === _0x3adf93[_0x9a94fc(0x155)]) _0x3adf93[_0x9a94fc(0x155)] = 0x0
|
else {
|
let _0x58f1ee = 0x0
|
for (let _0x1a4d37 = 0x0, _0x2dd75b = _0x354db1[_0x9a94fc(0x155)]; _0x1a4d37 < _0x2dd75b; _0x1a4d37++) {
|
_0x3adf93[_0x9a94fc(0x153)](_0x354db1[_0x1a4d37] - _0x58f1ee, 0x1), _0x58f1ee++
|
}
|
}
|
_0x3adf93[_0x9a94fc(0x155)] === 0x0 &&
|
((this["textureRenderableFlag"] = !![]),
|
!this[_0x9a94fc(0x156)] && _0x4f3b38[_0x9a94fc(0x14a)](),
|
updateTextureBatchTable(_0x537fe5, this[_0x9a94fc(0x12b)], _0x4dcdce),
|
(this[_0x9a94fc(0x172)] = !![]),
|
(this[_0x9a94fc(0x183)] = undefined),
|
(this[_0x9a94fc(0x16b)] = undefined),
|
(this["subBatchValues"] = undefined),
|
(this["subTexInfos"] = undefined))
|
}),
|
(MaterialExt["prototype"][_0x40f4a1(0x173)] = function (_0x4808f9, _0x382b50, _0x202ce4, _0x3bbded) {
|
const _0x3915e1 = _0x40f4a1
|
if (this[_0x3915e1(0x144)]) return
|
if (!defined(this[_0x3915e1(0x145)])) return
|
let _0x13e75b = this[_0x3915e1(0x145)],
|
_0x322123 = this[_0x3915e1(0x18a)],
|
_0x4dc3d3 = this["subTextureNamesBake"],
|
_0x355bca = this[_0x3915e1(0x139)],
|
_0x19e892 = this["oriTextureBake"],
|
_0x431a73 = [],
|
_0x1eddde = _0x202ce4[_0x3915e1(0x151)],
|
_0x2b3b9d = _0x202ce4[_0x3915e1(0x17e)]
|
for (let _0x52f366 = 0x0, _0x46f36d = _0x13e75b["length"]; _0x52f366 < _0x46f36d; _0x52f366++) {
|
let _0x1c57ee = _0x13e75b[_0x52f366],
|
_0x2492e9 = _0x2b3b9d[_0x3915e1(0x18d)](_0x202ce4[_0x3915e1(0x18c)], _0x1eddde, _0x1c57ee, this)
|
if (!_0x2492e9) continue
|
let _0x15acd4 = _0x2492e9["result"]
|
_0x431a73["push"](_0x52f366)
|
for (let _0x4cfc11 in _0x15acd4) {
|
if (_0x15acd4[_0x3915e1(0x154)](_0x4cfc11)) {
|
let _0x5e2fd9 = _0x15acd4[_0x4cfc11],
|
_0x3d2766 = _0x4dc3d3[_0x3915e1(0x15e)](_0x4cfc11)
|
if (_0x3d2766 < 0x0 && this[_0x3915e1(0x156)]) continue
|
let _0x19ed2a = 0x0,
|
_0x4b67e9 = 0x0,
|
_0x596174 = _0x5e2fd9[_0x3915e1(0x186)],
|
_0x195ea5 = _0x5e2fd9[_0x3915e1(0x180)]
|
if (_0x3d2766 >= 0x0) {
|
let _0x453829 = _0x322123[_0x3d2766]
|
;(_0x19ed2a = _0x453829[_0x3915e1(0x184)]), (_0x4b67e9 = _0x453829[_0x3915e1(0x13f)])
|
}
|
_0x3bbded["enqueue"]({
|
texture: _0x19e892,
|
subTextureInfo: {
|
xOffset: _0x19ed2a,
|
yOffset: _0x4b67e9,
|
width: _0x596174,
|
height: _0x195ea5,
|
arrayBufferView: _0x5e2fd9[_0x3915e1(0x157)]
|
}
|
})
|
}
|
}
|
}
|
if (_0x431a73[_0x3915e1(0x155)] === _0x13e75b[_0x3915e1(0x155)]) _0x13e75b[_0x3915e1(0x155)] = 0x0
|
else {
|
let _0x11ad01 = 0x0
|
for (let _0x47ea0c = 0x0, _0x38f95c = _0x431a73[_0x3915e1(0x155)]; _0x47ea0c < _0x38f95c; _0x47ea0c++) {
|
_0x13e75b[_0x3915e1(0x153)](_0x431a73[_0x47ea0c] - _0x11ad01, 0x1), _0x11ad01++
|
}
|
}
|
_0x13e75b[_0x3915e1(0x155)] === 0x0 &&
|
((this[_0x3915e1(0x189)] = !![]),
|
!this["isLeaf"] && _0x19e892["init"](),
|
(this[_0x3915e1(0x144)] = !![]),
|
(this["subRequestNamesBake"] = undefined),
|
(this[_0x3915e1(0x135)] = undefined),
|
(this["_subBatchValuesBake"] = undefined),
|
(this[_0x3915e1(0x18a)] = undefined),
|
updateTextureBatchTable(_0x4808f9, this[_0x3915e1(0x13a)], _0x355bca))
|
}),
|
(MaterialExt[_0x40f4a1(0x169)][_0x40f4a1(0x170)] = function () {
|
const _0x19e3d6 = _0x40f4a1
|
if (!this[_0x19e3d6(0x18b)]) return
|
this[_0x19e3d6(0x18b)] = ![]
|
let _0x3e0a6d = this[_0x19e3d6(0x150)]
|
;(_0x3e0a6d[_0x19e3d6(0x163)] = !![]),
|
this[_0x19e3d6(0x12a)] &&
|
this[_0x19e3d6(0x12a)]["textureId"] !== _0x3e0a6d[_0x19e3d6(0x196)] &&
|
TextureManager[_0x19e3d6(0x12c)](this[_0x19e3d6(0x12a)]),
|
(this[_0x19e3d6(0x143)][0x0] = _0x3e0a6d),
|
(this[_0x19e3d6(0x150)] = undefined),
|
(this["ancestorTexture"] = undefined)
|
}),
|
(MaterialExt[_0x40f4a1(0x169)]["enableBakeTextureRenderable"] = function () {
|
const _0x5431b8 = _0x40f4a1
|
if (!this[_0x5431b8(0x189)]) return
|
this[_0x5431b8(0x189)] = ![]
|
let _0x4ef8a5 = this[_0x5431b8(0x134)]
|
;(_0x4ef8a5["renderable"] = !![]),
|
defined(this[_0x5431b8(0x129)]) &&
|
this["_ancestorTextureBake"]["textureId"] !== _0x4ef8a5["textureId"] &&
|
TextureManager["del"](this[_0x5431b8(0x129)]),
|
(this[_0x5431b8(0x143)][0x1] = _0x4ef8a5),
|
(this["oriTextureBake"] = undefined),
|
(this["_ancestorTextureBake"] = undefined)
|
}),
|
(MaterialExt[_0x40f4a1(0x169)][_0x40f4a1(0x162)] = function () {
|
return ![]
|
}),
|
(MaterialExt["prototype"][_0x40f4a1(0x17f)] = function () {
|
const _0x1ebf1e = _0x40f4a1
|
if (--this[_0x1ebf1e(0x146)] > 0x0) return
|
let _0x432081 = this[_0x1ebf1e(0x195)][_0x1ebf1e(0x165)],
|
_0x41f8b6 = _0x432081["_materialManager"]
|
delete _0x41f8b6[_0x1ebf1e(0x185)][this["id"]], (this[_0x1ebf1e(0x190)] = null), (this[_0x1ebf1e(0x15a)] = null), (this["specularColor"] = null)
|
for (let _0x185f0d = 0x0, _0x557821 = this["textures"][_0x1ebf1e(0x155)]; _0x185f0d < _0x557821; _0x185f0d++) {
|
let _0x2826d4 = this[_0x1ebf1e(0x143)][_0x185f0d]
|
TextureManager["del"](_0x2826d4)
|
}
|
;(this[_0x1ebf1e(0x143)]["length"] = 0x0),
|
(this[_0x1ebf1e(0x12b)] = this[_0x1ebf1e(0x12b)] && this["batchTable"][_0x1ebf1e(0x17f)]()),
|
(this[_0x1ebf1e(0x13a)] = this[_0x1ebf1e(0x13a)] && this[_0x1ebf1e(0x13a)]["destroy"]()),
|
(this[_0x1ebf1e(0x159)] = undefined),
|
(this[_0x1ebf1e(0x16b)] = undefined),
|
(this[_0x1ebf1e(0x16c)] = undefined),
|
(this[_0x1ebf1e(0x135)] = undefined),
|
(this[_0x1ebf1e(0x18a)] = undefined)
|
Cesium[_0x1ebf1e(0x16a)](this[_0x1ebf1e(0x12a)]) &&
|
this["ancestorTexture"]["textureId"] !== this[_0x1ebf1e(0x150)][_0x1ebf1e(0x196)] &&
|
TextureManager[_0x1ebf1e(0x12c)](this[_0x1ebf1e(0x12a)])
|
;(this["oriTexture"] = undefined),
|
(this["ancestorTexture"] = undefined),
|
(this[_0x1ebf1e(0x195)] = undefined),
|
(this["textureParameter"] = undefined),
|
(this[_0x1ebf1e(0x134)] = undefined)
|
if (Cesium[_0x1ebf1e(0x16a)](this[_0x1ebf1e(0x183)])) {
|
for (let _0x523edd = 0x0, _0x2ceddc = this[_0x1ebf1e(0x183)][_0x1ebf1e(0x155)]; _0x523edd < _0x2ceddc; _0x523edd++) {
|
let _0xab847b = this["subRequestNames"][_0x523edd],
|
_0x1f29cb = _0xab847b[_0x1ebf1e(0x14c)](".")[0x0],
|
_0x23a137 = _0xab847b[_0x1ebf1e(0x15e)]("%23")
|
;(_0x1f29cb = _0x23a137 > -0x1 ? _0x1f29cb + _0xab847b[_0x1ebf1e(0x15f)](_0x23a137) : _0x1f29cb),
|
_0x432081[_0x1ebf1e(0x17a)][_0x1ebf1e(0x12c)](_0x432081["id"], _0x1f29cb)
|
}
|
this[_0x1ebf1e(0x183)] = undefined
|
}
|
if (Cesium["defined"](this["subRequestNamesBake"])) {
|
for (i = 0x0, j = this["subRequestNamesBake"][_0x1ebf1e(0x155)]; i < j; i++) {
|
let _0x36ae4c = this[_0x1ebf1e(0x145)][i],
|
_0x5d06c1 = _0x36ae4c["split"](".")[0x0],
|
_0x14ea9e = _0x36ae4c[_0x1ebf1e(0x15e)](_0x1ebf1e(0x131))
|
;(_0x5d06c1 = _0x14ea9e > -0x1 ? _0x5d06c1 + _0x36ae4c["substring"](_0x14ea9e) : _0x5d06c1),
|
_0x432081[_0x1ebf1e(0x17e)][_0x1ebf1e(0x12c)](_0x432081["id"], _0x5d06c1)
|
}
|
this[_0x1ebf1e(0x183)] = undefined
|
}
|
return Cesium["destroyObject"](this)
|
})
|
|
const _0x4833 = [
|
"577996XuDCSh",
|
"56409pQIUfj",
|
"23IvYBTF",
|
"2GofZbj",
|
"create",
|
"refCount",
|
"prototype",
|
"648850FUNbLX",
|
"18565vUpqVx",
|
"1246891NIMaIf",
|
"516594ijNzGO",
|
"1213608sFmErO",
|
"cache"
|
]
|
const _0x32016b = _0x349f
|
;(function (_0x5b5761, _0x27eed2) {
|
const _0x45b585 = _0x349f
|
while (!![]) {
|
try {
|
const _0x1af79d =
|
-parseInt(_0x45b585(0x9d)) +
|
parseInt(_0x45b585(0x9b)) +
|
-parseInt(_0x45b585(0xa1)) * -parseInt(_0x45b585(0xa0)) +
|
-parseInt(_0x45b585(0xa2)) * parseInt(_0x45b585(0x9a)) +
|
parseInt(_0x45b585(0x9f)) +
|
-parseInt(_0x45b585(0x99)) +
|
-parseInt(_0x45b585(0x9c))
|
if (_0x1af79d === _0x27eed2) break
|
else _0x5b5761["push"](_0x5b5761["shift"]())
|
} catch (_0x486199) {
|
_0x5b5761["push"](_0x5b5761["shift"]())
|
}
|
}
|
})(_0x4833, 0xac640)
|
function MaterialManager() {
|
const _0x5c6607 = _0x349f
|
this[_0x5c6607(0x9e)] = {}
|
}
|
;(MaterialManager["prototype"][_0x32016b(0xa3)] = function (_0x23767a) {
|
const _0x3428f0 = _0x32016b
|
let _0x518dcc = this["cache"][_0x23767a]
|
return _0x518dcc ? _0x518dcc["refCount"]++ : ((_0x518dcc = new MaterialExt()), (this[_0x3428f0(0x9e)][_0x23767a] = _0x518dcc)), _0x518dcc
|
}),
|
(MaterialManager[_0x32016b(0xa5)]["free"] = function (_0x4c1d90) {
|
const _0x53840d = _0x32016b
|
let _0x4e8c0c = this["cache"][_0x4c1d90]
|
if (!_0x4e8c0c) return
|
--_0x4e8c0c[_0x53840d(0xa4)] === 0x0 && (delete this[_0x53840d(0x9e)][_0x4c1d90], _0x4e8c0c["destroy"]())
|
})
|
function _0x349f(_0x493255, _0x399c5c) {
|
_0x493255 = _0x493255 - 0x99
|
let _0x4833d4 = _0x4833[_0x493255]
|
return _0x4833d4
|
}
|
|
const _0x30d0 = [
|
"Loading",
|
"675118BInZGN",
|
"buffer",
|
"defer",
|
"1ItLKAT",
|
"1036lZLUmC",
|
"1180925pstMTB",
|
"layer",
|
"quadKeyPack",
|
"Ready",
|
"when",
|
"distanceToCamera",
|
"quadKeyIndexPack",
|
"request",
|
"then",
|
"state",
|
"item",
|
"deferred",
|
"head",
|
"getUint32",
|
"inflate",
|
"next",
|
"UnLoad",
|
"415782eFfiRw",
|
"splice",
|
"keyWord",
|
"defined",
|
"byteLength",
|
"pendingRequests",
|
"1559mXgJYw",
|
"get",
|
"list",
|
"cache",
|
"url",
|
"length",
|
"push",
|
"577999ZiwvAY",
|
"requestHeapPack",
|
"Request",
|
"quadKeyIndex",
|
"prepareRequest",
|
"remove",
|
"BYTES_PER_ELEMENT",
|
"_singleInstance",
|
"startPackRequest",
|
"146523zPKgEu",
|
"getStringFromTypedArray",
|
"494453WOceab",
|
"1SgFLEO",
|
"promisePack",
|
"Resource",
|
"Failed",
|
"reject",
|
"priority",
|
"DoublyLinkedList",
|
"tail",
|
"join",
|
"promise",
|
"resolve",
|
"prototype"
|
]
|
const _0xffb3af = _0x76cb
|
;(function (_0x4c7e5f, _0x49249b) {
|
const _0x3ca972 = _0x76cb
|
while (!![]) {
|
try {
|
const _0x3a4459 =
|
parseInt(_0x3ca972(0xad)) +
|
-parseInt(_0x3ca972(0x94)) +
|
-parseInt(_0x3ca972(0xa0)) * parseInt(_0x3ca972(0xb2)) +
|
parseInt(_0x3ca972(0xc3)) +
|
-parseInt(_0x3ca972(0x9d)) * -parseInt(_0x3ca972(0xb0)) +
|
-parseInt(_0x3ca972(0x9f)) +
|
parseInt(_0x3ca972(0x8d)) * parseInt(_0x3ca972(0xb1))
|
if (_0x3a4459 === _0x49249b) break
|
else _0x4c7e5f["push"](_0x4c7e5f["shift"]())
|
} catch (_0x4bca9a) {
|
_0x4c7e5f["push"](_0x4c7e5f["shift"]())
|
}
|
}
|
})(_0x30d0, 0x92482)
|
function SubTextureManager() {
|
const _0x3c1bf9 = _0x76cb
|
;(this[_0x3c1bf9(0xbb)] = {}),
|
(this[_0x3c1bf9(0x90)] = {}),
|
(this[_0x3c1bf9(0x8f)] = new Cesium[_0x3c1bf9(0xa6)]()),
|
(this["pendingRequests"] = []),
|
(this[_0x3c1bf9(0xa1)] = {}),
|
(this[_0x3c1bf9(0xb4)] = {}),
|
(this[_0x3c1bf9(0xb8)] = {}),
|
(this[_0x3c1bf9(0x95)] = {})
|
}
|
const _State = {
|
UnLoad: 0x0,
|
Loading: 0x1,
|
Loaded: 0x2,
|
Parsing: 0x3,
|
Ready: 0x4,
|
Failed: 0x5
|
}
|
let _cacheSize = 0x0
|
const _throttleSize = 0xc8 * 0x400 * 0x400
|
SubTextureManager[_0xffb3af(0xab)]["prepareRequest"] = function (_0x5ca3f8, _0x2fb4c1, _0xf49cbb, _0x5c1de5, _0x18321d) {
|
const _0x2d7641 = _0xffb3af
|
let _0x53511a = _0x5ca3f8 + "_" + _0xf49cbb,
|
_0x16f35d = _0x2fb4c1 + _0xf49cbb + ".texblock",
|
_0x27f43e = new Cesium[_0x2d7641(0x96)]({
|
url: _0x16f35d,
|
throttle: !![],
|
throttleByServer: !![],
|
priorityFunction: function () {
|
const _0x1ae306 = _0x2d7641
|
return _0x5c1de5[_0x1ae306(0xb7)]
|
}
|
})
|
;(_0x27f43e["quadKey"] = _0xf49cbb),
|
(_0x27f43e["providerName"] = _0x18321d["tile"][_0x2d7641(0xb3)]["name"]),
|
(_0x27f43e[_0x2d7641(0xc5)] = _0x53511a),
|
this[_0x2d7641(0xc8)][_0x2d7641(0x93)](_0x27f43e)
|
}
|
let comparator = function (_0x53aef0, _0x51a8bd) {
|
const _0xabd334 = _0xffb3af
|
return _0x53aef0[_0xabd334(0xa5)] - _0x51a8bd[_0xabd334(0xa5)]
|
}
|
SubTextureManager["prototype"]["processRequests"] = function () {
|
const _0x11b2b7 = _0xffb3af
|
if (this[_0x11b2b7(0xc8)]["length"] < 0x1) return
|
this[_0x11b2b7(0xc8)]["sort"](comparator), this[_0x11b2b7(0x9c)]()
|
for (let _0x44f31e = 0x0, _0x392a99 = this[_0x11b2b7(0xc8)][_0x11b2b7(0x92)]; _0x44f31e < _0x392a99; _0x44f31e++) {
|
let _0x334cbd = this["pendingRequests"][_0x44f31e]
|
this[_0x11b2b7(0xb9)](_0x334cbd)
|
}
|
this[_0x11b2b7(0xc8)][_0x11b2b7(0x92)] = 0x0
|
}
|
function combineQuadkey(_0x10a41c) {
|
const _0x201dbf = _0xffb3af
|
let _0x5aef60 = [],
|
_0x398b7a = {},
|
_0x25f4f8 = 0x0
|
for (let _0xd8c26 = 0x0, _0xb4109b = _0x10a41c[_0x201dbf(0x92)]; _0xd8c26 < _0xb4109b; _0xd8c26++) {
|
let _0x134590 = _0x10a41c[_0xd8c26]
|
if (_0x134590["cancelled"]) continue
|
let _0x5d4de5 = _0x134590["quadKey"]
|
if (_0x398b7a[_0x5d4de5]) continue
|
;(_0x398b7a[_0x5d4de5] = !![]), _0x5aef60[_0x201dbf(0x93)](_0x5d4de5), (_0x134590[_0x201dbf(0x97)] = _0x25f4f8++)
|
}
|
return _0x5aef60
|
}
|
SubTextureManager[_0xffb3af(0xab)]["startPackRequest"] = function () {
|
const _0xbcc932 = _0xffb3af
|
let _0x4dfc03 = combineQuadkey(this[_0xbcc932(0xc8)]),
|
_0x121fa2 = _0x4dfc03[_0xbcc932(0xa8)](";"),
|
_0xd39736 = this["pendingRequests"][0x0][_0xbcc932(0x91)],
|
_0x409087 = new Cesium[_0xbcc932(0xa2)]({
|
url: _0xd39736,
|
queryParameters: {
|
extratiles: _0x121fa2
|
}
|
}),
|
_0xd0b0f = Cesium[_0xbcc932(0xb6)][_0xbcc932(0xaf)](),
|
_0x427867 = _0x409087["fetchArrayBuffer"]()
|
if (!_0x427867) return
|
for (let _0x2a7ead = 0x0, _0x2731ce = this[_0xbcc932(0xc8)][_0xbcc932(0x92)]; _0x2a7ead < _0x2731ce; _0x2a7ead++) {
|
let _0x3fa71d = this[_0xbcc932(0xc8)][_0x2a7ead]
|
_0x3fa71d["deferred"] = _0xd0b0f
|
}
|
_0x427867[_0xbcc932(0xba)](function (_0x25278d) {
|
const _0x4cb1f7 = _0xbcc932
|
_0xd0b0f[_0x4cb1f7(0xaa)](_0x25278d)
|
})["catch"](function (_0x4334ae) {
|
const _0x429a04 = _0xbcc932
|
_0xd0b0f[_0x429a04(0xa4)](_0x4334ae)
|
})
|
}
|
function decodePackedBuffer(_0x4b13a4, _0x4b68b2) {
|
const _0x5a5cc5 = _0xffb3af
|
let _0x5afe91 = new DataView(_0x4b13a4),
|
_0x5547ed = 0x0,
|
_0xaff32c = _0x5afe91[_0x5a5cc5(0xbf)](_0x5547ed, !![])
|
if (_0x4b68b2 > _0xaff32c - 0x1 || _0xaff32c > 0x100) return undefined
|
_0x5547ed += 0x4
|
let _0x646afa = [],
|
_0x2aedfd,
|
_0x5f10bf
|
for (_0x2aedfd = 0x0; _0x2aedfd < _0xaff32c; _0x2aedfd++) {
|
;(_0x5f10bf = _0x5afe91[_0x5a5cc5(0xbf)](_0x5547ed, !![])), _0x646afa[_0x5a5cc5(0x93)](_0x5f10bf), (_0x5547ed += 0x4)
|
}
|
for (_0x2aedfd = 0x0; _0x2aedfd < _0xaff32c; _0x2aedfd++) {
|
_0x5f10bf = _0x646afa[_0x2aedfd]
|
if (_0x2aedfd === _0x4b68b2) {
|
if (_0x5f10bf === 0x0) return
|
return new Uint8Array(_0x4b13a4)["slice"](_0x5547ed, _0x5547ed + _0x5f10bf)[_0x5a5cc5(0xae)]
|
}
|
_0x5547ed += _0x5f10bf
|
}
|
return undefined
|
}
|
function _0x76cb(_0x2537e1, _0xb3b27f) {
|
_0x2537e1 = _0x2537e1 - 0x8d
|
let _0x30d02a = _0x30d0[_0x2537e1]
|
return _0x30d02a
|
}
|
;(SubTextureManager[_0xffb3af(0xab)][_0xffb3af(0xb9)] = function (_0x512f17) {
|
const _0x57cd16 = _0xffb3af
|
let _0x4b99dc = _0x512f17[_0x57cd16(0xc5)],
|
_0x38e42b = _0x512f17[_0x57cd16(0xbd)][_0x57cd16(0xa9)]
|
this[_0x57cd16(0xbb)][_0x4b99dc] = _State[_0x57cd16(0xac)]
|
let _0x421d36 = this
|
_0x38e42b["then"](
|
function (_0x160a56) {
|
const _0x9375b0 = _0x57cd16
|
if (!Cesium[_0x9375b0(0xc6)](_0x421d36[_0x9375b0(0xbb)][_0x4b99dc])) return
|
_0x421d36[_0x9375b0(0xbb)][_0x4b99dc] = _State["Loaded"]
|
let _0x390fea = decodePackedBuffer(_0x160a56, _0x512f17[_0x9375b0(0x97)])
|
if (!_0x390fea) {
|
_0x421d36[_0x9375b0(0xbb)][_0x4b99dc] = _State[_0x9375b0(0xa3)]
|
return
|
}
|
let _0x41f554 = new Uint8Array(_0x390fea),
|
_0x56ea50 = new DataView(_0x390fea),
|
_0x4608b2 = 0x0,
|
_0x3a6657 = _0x56ea50[_0x9375b0(0xbf)](_0x4608b2, !![])
|
_0x4608b2 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x35b511 = {}
|
for (let _0x5302d0 = 0x0; _0x5302d0 < _0x3a6657; _0x5302d0++) {
|
let _0x3c5cd7 = _0x56ea50[_0x9375b0(0xbf)](_0x4608b2, !![])
|
_0x4608b2 += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x93235b = Cesium[_0x9375b0(0x9e)](_0x41f554, _0x4608b2, _0x3c5cd7)
|
_0x4608b2 += _0x3c5cd7
|
let _0x406a77 = _0x56ea50[_0x9375b0(0xbf)](_0x4608b2, !![])
|
_0x4608b2 += Uint32Array[_0x9375b0(0x9a)]
|
let _0x5bd2ad = _0x56ea50["getUint32"](_0x4608b2, !![])
|
_0x4608b2 += Uint32Array[_0x9375b0(0x9a)]
|
let _0x20179c = new Uint8Array(_0x390fea, _0x4608b2, _0x5bd2ad),
|
_0x2f2439 = _0x53a39a[_0x9375b0(0xc0)](_0x20179c)[_0x9375b0(0xae)]
|
_0x4608b2 += _0x5bd2ad
|
let _0x2d9bdd = new DataView(_0x2f2439),
|
_0x40c9ca = 0x0,
|
_0x55fc94 = _0x2d9bdd["getUint32"](_0x40c9ca, !![])
|
_0x40c9ca += Uint32Array[_0x9375b0(0x9a)]
|
let _0x6fac9a = _0x2d9bdd[_0x9375b0(0xbf)](_0x40c9ca, !![])
|
_0x40c9ca += Uint32Array[_0x9375b0(0x9a)]
|
let _0x5a084b = _0x2d9bdd[_0x9375b0(0xbf)](_0x40c9ca, !![])
|
_0x40c9ca += Uint32Array[_0x9375b0(0x9a)]
|
let _0x7c6771 = _0x2d9bdd[_0x9375b0(0xbf)](_0x40c9ca, !![])
|
_0x40c9ca += Uint32Array[_0x9375b0(0x9a)]
|
let _0x47879e = _0x2d9bdd[_0x9375b0(0xbf)](_0x40c9ca, !![])
|
_0x40c9ca += Uint32Array[_0x9375b0(0x9a)]
|
let _0x3fc035 = new Uint8Array(_0x2f2439, _0x40c9ca, _0x47879e)
|
_0x35b511[_0x93235b] = {
|
width: _0x6fac9a,
|
height: _0x5a084b,
|
arrayBufferView: _0x3fc035
|
}
|
}
|
let _0x17d1b5 = {
|
keyWord: _0x4b99dc,
|
result: _0x35b511,
|
byteLength: _0x390fea["byteLength"]
|
},
|
_0x356d26 = _0x421d36[_0x9375b0(0x8f)]["add"](_0x17d1b5)
|
;(_0x421d36[_0x9375b0(0x90)][_0x4b99dc] = _0x356d26),
|
(_0x421d36[_0x9375b0(0xbb)][_0x4b99dc] = _State[_0x9375b0(0xb5)]),
|
delete _0x421d36[_0x9375b0(0xbb)][_0x4b99dc],
|
(_cacheSize += _0x390fea[_0x9375b0(0xc7)])
|
let _0x74f1e4 = _0x421d36["list"][_0x9375b0(0xbe)]
|
while (_cacheSize > _throttleSize) {
|
let _0x1787d4 = _0x74f1e4[_0x9375b0(0xbc)],
|
_0x4024df = _0x74f1e4,
|
_0x1eeb2b = _0x1787d4[_0x9375b0(0xc5)],
|
_0x112b84 = _0x421d36[_0x9375b0(0x90)][_0x1eeb2b],
|
_0x595ab6 = _0x112b84["item"]
|
;(_cacheSize -= _0x595ab6["byteLength"]),
|
delete _0x421d36[_0x9375b0(0x90)][_0x1eeb2b],
|
(_0x74f1e4 = _0x74f1e4[_0x9375b0(0xc1)]),
|
_0x421d36[_0x9375b0(0x8f)][_0x9375b0(0x99)](_0x4024df)
|
}
|
},
|
function (_0x233ef9) {
|
const _0x491ddc = _0x57cd16
|
_0x421d36[_0x491ddc(0xbb)][_0x4b99dc] = _0x233ef9 ? _State[_0x491ddc(0xa3)] : _State[_0x491ddc(0xc2)]
|
}
|
)
|
}),
|
(SubTextureManager[_0xffb3af(0xab)][_0xffb3af(0x8e)] = function (_0x223d0e, _0x7ffdbd, _0x5074a3, _0x548bbf) {
|
const _0xab2eab = _0xffb3af
|
let _0x20a2c4 = _0x223d0e + "_" + _0x5074a3,
|
_0x21b895 = this["cache"][_0x20a2c4]
|
if (_0x21b895) return this[_0xab2eab(0x8f)][_0xab2eab(0xc4)](this["list"][_0xab2eab(0xa7)], _0x21b895), _0x21b895[_0xab2eab(0xbc)]
|
let _0x1ef399 = this["state"][_0x20a2c4]
|
return (
|
!Cesium[_0xab2eab(0xc6)](_0x1ef399) && (_0x1ef399 = this[_0xab2eab(0xbb)][_0x20a2c4] = _State[_0xab2eab(0xc2)]),
|
_0x1ef399 === _State["UnLoad"] && this[_0xab2eab(0x98)](_0x223d0e, _0x7ffdbd, _0x5074a3, _0x548bbf["tile"], _0x548bbf),
|
undefined
|
)
|
}),
|
(SubTextureManager["prototype"]["del"] = function (_0x3be76f, _0x5e6031) {
|
let _0x3cdb0f = _0x3be76f + "_" + _0x5e6031
|
delete this["state"][_0x3cdb0f]
|
}),
|
(SubTextureManager[_0xffb3af(0x9b)] = undefined),
|
(SubTextureManager["getSingleInstance"] = function () {
|
const _0x4b0782 = _0xffb3af
|
return (
|
!SubTextureManager[_0x4b0782(0x9b)] && (SubTextureManager[_0x4b0782(0x9b)] = new SubTextureManager()), SubTextureManager["_singleInstance"]
|
)
|
})
|
|
const _0x4418 = [
|
"modelMatrix",
|
"clone",
|
"texMatrix",
|
"create",
|
"vertexAttributes",
|
"multiply",
|
"minVerticesValue",
|
"geodes",
|
"lerp",
|
"boundingVolume",
|
"createTexture",
|
"rangeMode",
|
"6HmIyOB",
|
"vertexPackage",
|
"parse",
|
"verticesCount",
|
"Cartesian3",
|
"BoundingSphere",
|
"groupNode",
|
"_subTextureManager",
|
"length",
|
"SVC_Vertex",
|
"845725ySCEOv",
|
"center",
|
"125519ADrMWF",
|
"byteLength",
|
"geoMap",
|
"layerId",
|
"radius",
|
"pageLods",
|
"sphere",
|
"typedArray",
|
"specularColor",
|
"transform",
|
"3SwcDdw",
|
"1451tbMOnH",
|
"ambientColor",
|
"271dKlofP",
|
"shininess",
|
"fileType",
|
"rangeDataList",
|
"instanceIndex",
|
"hasOwnProperty",
|
"arrIndexPackage",
|
"1pTBVVb",
|
"867236BlKEca",
|
"instanceBounds",
|
"TextureWrap",
|
"skeletonNames",
|
"wrapS",
|
"pickInfo",
|
"ambient",
|
"Color",
|
"rangeList",
|
"244833AzVwVd",
|
"material",
|
"unpack",
|
"textureunitstate",
|
"texturePackage",
|
"buffer",
|
"addressmode",
|
"vertCompressConstant",
|
"wrapT",
|
"REPEAT",
|
"fromPoints",
|
"materials",
|
"compressOptions",
|
"byteOffset",
|
"context",
|
"push",
|
"keys",
|
"materialCode",
|
"304070QmKlry",
|
"specular",
|
"texmodmatrix",
|
"CLAMP_TO_EDGE",
|
"1021WCBUXk",
|
"diffuse",
|
"Matrix4",
|
"tile",
|
"boundingSphere",
|
"edgeGeometry",
|
"defined",
|
"geoPackage",
|
"fromBoundingSpheres",
|
"_materialManager"
|
]
|
const _0x2e1c26 = _0x214a
|
;(function (_0x1bbbff, _0x342d4c) {
|
const _0x4a5459 = _0x214a
|
while (!![]) {
|
try {
|
const _0xae84e =
|
-parseInt(_0x4a5459(0x11d)) * -parseInt(_0x4a5459(0x11b)) +
|
parseInt(_0x4a5459(0x144)) * parseInt(_0x4a5459(0x15a)) +
|
-parseInt(_0x4a5459(0x125)) +
|
parseInt(_0x4a5459(0x10e)) +
|
parseInt(_0x4a5459(0x140)) +
|
parseInt(_0x4a5459(0x110)) * -parseInt(_0x4a5459(0x11a)) +
|
-parseInt(_0x4a5459(0x12e)) * -parseInt(_0x4a5459(0x124))
|
if (_0xae84e === _0x342d4c) break
|
else _0x1bbbff["push"](_0x1bbbff["shift"]())
|
} catch (_0x1b8c3c) {
|
_0x1bbbff["push"](_0x1bbbff["shift"]())
|
}
|
}
|
})(_0x4418, 0x86526)
|
function _0x214a(_0x33849e, _0x1a00ee) {
|
_0x33849e = _0x33849e - 0x10b
|
let _0x4418b7 = _0x4418[_0x33849e]
|
return _0x4418b7
|
}
|
function S3MBlockContentParser() {}
|
function parseMaterial$3(_0xa7f191, _0x945555, _0x79d41b) {
|
const _0x343547 = _0x214a
|
let _0x350aa0 = _0xa7f191[_0x343547(0x13c)],
|
_0x1070b8 = _0xa7f191[_0x343547(0x14d)]
|
!_0x1070b8 && (_0x1070b8 = _0xa7f191[_0x343547(0x14d)] = new MaterialManager())
|
let _0x212a5d = _0xa7f191[_0x343547(0x10b)]
|
!_0xa7f191["_subTextureManager"] && (_0xa7f191[_0x343547(0x10b)] = SubTextureManager["getSingleInstance"]())
|
let _0x2e853f = _0x945555[_0x343547(0x139)][_0x343547(0x12f)]
|
for (let _0x94a4d1 = 0x0, _0x9166f6 = _0x2e853f[_0x343547(0x10c)]; _0x94a4d1 < _0x9166f6; _0x94a4d1++) {
|
let _0x3f724c = _0x2e853f[_0x94a4d1]["material"],
|
_0x12aa4e = _0x3f724c["id"],
|
_0x34aec1 = _0x1070b8["create"](_0x12aa4e)
|
;(_0x34aec1[_0x343547(0x113)] = _0xa7f191["id"]), (_0x34aec1[_0x343547(0x147)] = _0x79d41b)
|
let _0x14db27 = _0x3f724c[_0x343547(0x12b)]
|
_0x34aec1[_0x343547(0x11c)] = new Cesium[_0x343547(0x12c)](_0x14db27["r"], _0x14db27["g"], _0x14db27["b"], _0x14db27["a"])
|
let _0x429a65 = _0x3f724c[_0x343547(0x145)]
|
_0x34aec1["diffuseColor"] = new Cesium[_0x343547(0x12c)](_0x429a65["r"], _0x429a65["g"], _0x429a65["b"], _0x429a65["a"])
|
let _0x130a8d = _0x3f724c[_0x343547(0x141)]
|
;(_0x34aec1[_0x343547(0x118)] = new Cesium[_0x343547(0x12c)](_0x130a8d["r"], _0x130a8d["g"], _0x130a8d["b"], _0x130a8d["a"])),
|
(_0x34aec1[_0x343547(0x11e)] = _0x3f724c[_0x343547(0x11e)]),
|
(_0x34aec1["bTransparentSorting"] = _0x3f724c["transparentsorting"]),
|
(_0x34aec1["id"] = _0x12aa4e)
|
let _0x4343fb = _0x3f724c["textureunitstates"],
|
_0x15762e = _0x4343fb["length"]
|
for (let _0x4f1fd6 = 0x0; _0x4f1fd6 < 0x1; _0x4f1fd6++) {
|
let _0x1d3da6 = _0x4343fb[_0x4f1fd6][_0x343547(0x131)],
|
_0x5b8b6c = _0x1d3da6["id"],
|
_0x5bcb55 =
|
_0x1d3da6[_0x343547(0x134)]["u"] === 0x0 ? Cesium[_0x343547(0x127)][_0x343547(0x137)] : Cesium[_0x343547(0x127)][_0x343547(0x143)],
|
_0x54669f =
|
_0x1d3da6[_0x343547(0x134)]["v"] === 0x0 ? Cesium[_0x343547(0x127)][_0x343547(0x137)] : Cesium[_0x343547(0x127)][_0x343547(0x143)]
|
_0x34aec1[_0x343547(0x150)] = Cesium[_0x343547(0x146)][_0x343547(0x130)](_0x1d3da6[_0x343547(0x142)])
|
let _0x4e71f3 = _0x945555[_0x343547(0x132)][_0x5b8b6c]
|
_0x4e71f3 &&
|
((_0x4e71f3[_0x343547(0x129)] = _0x5bcb55),
|
(_0x4e71f3[_0x343547(0x136)] = _0x54669f),
|
_0x34aec1[_0x343547(0x158)](_0xa7f191, _0x79d41b, _0x4e71f3, _0x4f1fd6, _0x945555))
|
}
|
}
|
}
|
function calcBoundingVolumeForNormal$1(_0x1a469c, _0x377dfe) {
|
const _0x3b28dc = _0x214a
|
let _0x542a26 = new Cesium["BoundingSphere"](),
|
_0x45bca4 = new Cesium["Cartesian3"](),
|
_0x1db782 = _0x1a469c[_0x3b28dc(0x152)][0x0],
|
_0x1ae25f = _0x1db782["componentsPerAttribute"],
|
_0x10e8ee =
|
Cesium[_0x3b28dc(0x14a)](_0x1a469c[_0x3b28dc(0x13a)]) &&
|
(_0x1a469c["compressOptions"] & _0x25c9a4[_0x3b28dc(0x10d)]) === _0x25c9a4[_0x3b28dc(0x10d)],
|
_0x2e070d = 0x1,
|
_0x958d8,
|
_0x203d02
|
_0x10e8ee
|
? ((_0x2e070d = _0x1a469c[_0x3b28dc(0x135)]),
|
(_0x958d8 = new Cesium[_0x3b28dc(0x15e)](
|
_0x1a469c["minVerticesValue"]["x"],
|
_0x1a469c[_0x3b28dc(0x154)]["y"],
|
_0x1a469c[_0x3b28dc(0x154)]["z"]
|
)),
|
(_0x203d02 = new Uint16Array(
|
_0x1db782[_0x3b28dc(0x117)][_0x3b28dc(0x133)],
|
_0x1db782["typedArray"][_0x3b28dc(0x13b)],
|
_0x1db782["typedArray"][_0x3b28dc(0x111)] / 0x2
|
)))
|
: (_0x203d02 = new Float32Array(
|
_0x1db782[_0x3b28dc(0x117)][_0x3b28dc(0x133)],
|
_0x1db782[_0x3b28dc(0x117)][_0x3b28dc(0x13b)],
|
_0x1db782[_0x3b28dc(0x117)]["byteLength"] / 0x4
|
))
|
let _0x7338e2 = []
|
for (let _0x5b9e2a = 0x0; _0x5b9e2a < _0x1a469c[_0x3b28dc(0x15d)]; _0x5b9e2a++) {
|
Cesium[_0x3b28dc(0x15e)]["fromArray"](_0x203d02, _0x1ae25f * _0x5b9e2a, _0x45bca4),
|
_0x10e8ee &&
|
((_0x45bca4 = Cesium["Cartesian3"]["multiplyByScalar"](_0x45bca4, _0x2e070d, _0x45bca4)),
|
(_0x45bca4 = Cesium[_0x3b28dc(0x15e)]["add"](_0x45bca4, _0x958d8, _0x45bca4))),
|
_0x7338e2[_0x3b28dc(0x13d)](Cesium[_0x3b28dc(0x15e)][_0x3b28dc(0x14f)](_0x45bca4))
|
}
|
return (
|
Cesium[_0x3b28dc(0x15f)][_0x3b28dc(0x138)](_0x7338e2, _0x542a26),
|
Cesium["BoundingSphere"][_0x3b28dc(0x119)](_0x542a26, _0x377dfe, _0x542a26),
|
(_0x7338e2[_0x3b28dc(0x10c)] = 0x0),
|
_0x542a26
|
)
|
}
|
let scratchCenter$1 = new Cesium[_0x2e1c26(0x15e)]()
|
function calcBoundingVolumeForInstance$1(_0x1ad1ef) {
|
const _0x1bfb87 = _0x2e1c26
|
let _0x586af3 = new Cesium[_0x1bfb87(0x15f)](),
|
_0x52e695 = _0x1ad1ef[_0x1bfb87(0x126)]
|
if (!Cesium[_0x1bfb87(0x14a)](_0x52e695)) return _0x586af3
|
let _0x11cef3 = new Cesium[_0x1bfb87(0x15e)](_0x52e695[0x0], _0x52e695[0x1], _0x52e695[0x2]),
|
_0x16c777 = new Cesium["Carteisan3"](_0x52e695[0x3], _0x52e695[0x4], _0x52e695[0x5]),
|
_0x1676e4 = new Cesium[_0x1bfb87(0x15e)][_0x1bfb87(0x156)](_0x11cef3, _0x16c777, 0.5, scratchCenter$1),
|
_0x5d5a8e = new Cesium[_0x1bfb87(0x15e)]["distance"](_0x1676e4, _0x11cef3)
|
return (_0x586af3["center"] = _0x1676e4), (_0x586af3[_0x1bfb87(0x114)] = _0x5d5a8e), _0x586af3
|
}
|
function calcBoundingVolume$1(_0x5e02f0, _0x25638e) {
|
const _0x4cd86f = _0x2e1c26
|
if (_0x5e02f0[_0x4cd86f(0x121)] > -0x1) return calcBoundingVolumeForInstance$1(_0x5e02f0)
|
return calcBoundingVolumeForNormal$1(_0x5e02f0, _0x25638e)
|
}
|
function parseGeodes$1(_0x2c9252, _0x2c1b3c, _0xf4eb6b, _0x5bdf34) {
|
const _0x386511 = _0x2e1c26
|
let _0x274799 = {},
|
_0x203268 = _0xf4eb6b[_0x386511(0x155)]
|
for (let _0x28d00a = 0x0, _0x5096c2 = _0x203268[_0x386511(0x10c)]; _0x28d00a < _0x5096c2; _0x28d00a++) {
|
let _0x505f9e = _0x203268[_0x28d00a],
|
_0x1d0509 = _0x505f9e["matrix"],
|
_0x13bade = Cesium[_0x386511(0x146)][_0x386511(0x153)](_0x2c9252["modelMatrix"], _0x1d0509, new Cesium["Matrix4"]()),
|
_0x3f7564
|
Cesium[_0x386511(0x14a)](_0x5bdf34[_0x386511(0x157)]) &&
|
((_0x3f7564 = new Cesium[_0x386511(0x15f)](
|
_0x5bdf34[_0x386511(0x157)]["sphere"][_0x386511(0x10f)],
|
_0x5bdf34["boundingVolume"][_0x386511(0x116)][_0x386511(0x114)]
|
)),
|
Cesium[_0x386511(0x15f)][_0x386511(0x119)](_0x3f7564, _0x2c9252[_0x386511(0x14e)], _0x3f7564))
|
let _0x3f8c1f = _0x505f9e[_0x386511(0x128)]
|
for (let _0x471aa9 = 0x0, _0x29396a = _0x3f8c1f["length"]; _0x471aa9 < _0x29396a; _0x471aa9++) {
|
let _0x125a64 = _0x3f8c1f[_0x471aa9],
|
_0x5e6752 = _0x2c1b3c[_0x386511(0x14b)][_0x125a64],
|
_0x4d560f = _0x5e6752[_0x386511(0x15b)],
|
_0x2eb931 = _0x5e6752[_0x386511(0x123)],
|
_0x536dd9 = _0x5e6752[_0x386511(0x12a)],
|
_0x4bb7e4
|
_0x2eb931[_0x386511(0x10c)] > 0x0 && (_0x4bb7e4 = _0x2c9252[_0x386511(0x14d)][_0x386511(0x151)](_0x2eb931[0x0][_0x386511(0x13f)]))
|
let _0x3dc1e7 = Cesium[_0x386511(0x14a)](_0x3f7564) ? _0x3f7564 : calcBoundingVolume$1(_0x4d560f, _0x13bade)
|
_0x274799[_0x125a64] = S3MContentFactory[_0x2c9252[_0x386511(0x11f)]]({
|
layer: _0x2c9252,
|
vertexPackage: _0x4d560f,
|
arrIndexPackage: _0x2eb931,
|
pickInfo: _0x536dd9,
|
modelMatrix: _0x13bade,
|
geoMatrix: _0x1d0509,
|
boundingVolume: _0x3dc1e7,
|
material: _0x4bb7e4,
|
edgeGeometry: _0x5e6752[_0x386511(0x149)],
|
geoName: _0x125a64
|
})
|
}
|
}
|
if (Object[_0x386511(0x13e)](_0x274799)["length"] < 0x1) return
|
if (!Cesium[_0x386511(0x14a)](_0x5bdf34[_0x386511(0x157)])) {
|
let _0x3785fe = []
|
for (let _0x26fc6a in _0x274799) {
|
_0x274799[_0x386511(0x122)](_0x26fc6a) && _0x3785fe[_0x386511(0x13d)](_0x274799[_0x26fc6a][_0x386511(0x157)])
|
}
|
let _0x44ed44 = Cesium[_0x386511(0x15f)][_0x386511(0x14c)](_0x3785fe)
|
_0x5bdf34[_0x386511(0x157)] = {
|
sphere: _0x44ed44
|
}
|
}
|
_0x5bdf34["geoMap"] = _0x274799
|
}
|
function parsePagelods$1(_0x3c99aa, _0x133ff0) {
|
const _0x18d50e = _0x2e1c26
|
let _0x5dc983 = _0x133ff0[_0x18d50e(0x160)],
|
_0x1213d0 = []
|
for (let _0x34f674 = 0x0, _0x20c22d = _0x5dc983[_0x18d50e(0x115)]["length"]; _0x34f674 < _0x20c22d; _0x34f674++) {
|
let _0x2e6e68 = {},
|
_0xe671db = _0x5dc983["pageLods"][_0x34f674]
|
;(_0x2e6e68[_0x18d50e(0x159)] = _0xe671db[_0x18d50e(0x159)]),
|
(_0x2e6e68["rangeDataList"] = _0xe671db["childTile"]),
|
(_0x2e6e68[_0x18d50e(0x12d)] = _0xe671db[_0x18d50e(0x12d)])
|
let _0x5f5bf1 = _0xe671db[_0x18d50e(0x148)][_0x18d50e(0x10f)],
|
_0x5530f9 = _0xe671db[_0x18d50e(0x148)][_0x18d50e(0x114)]
|
_0x2e6e68[_0x18d50e(0x120)] !== ""
|
? (_0x2e6e68[_0x18d50e(0x157)] = {
|
sphere: {
|
center: new Cesium["Cartesian3"](_0x5f5bf1["x"], _0x5f5bf1["y"], _0x5f5bf1["z"]),
|
radius: _0x5530f9
|
}
|
})
|
: (_0x2e6e68["isLeafTile"] = !![]),
|
parseGeodes$1(_0x3c99aa, _0x133ff0, _0xe671db, _0x2e6e68),
|
Cesium[_0x18d50e(0x14a)](_0x2e6e68[_0x18d50e(0x112)]) && _0x1213d0["push"](_0x2e6e68)
|
}
|
return _0x1213d0
|
}
|
S3MBlockContentParser[_0x2e1c26(0x15c)] = function (_0x4fd34a, _0x1a8e07, _0x3685a7) {
|
const _0x40f391 = _0x2e1c26
|
if (!Cesium[_0x40f391(0x14a)](_0x3685a7)) return
|
parseMaterial$3(_0x4fd34a, _0x3685a7, _0x1a8e07)
|
let _0x4ac199 = parsePagelods$1(_0x4fd34a, _0x3685a7)
|
return _0x4ac199
|
}
|
|
const _0xb249 = [
|
"then",
|
"getServerKey",
|
"defined",
|
"min",
|
"s3m",
|
"ancestorMap",
|
"265783gpZKUA",
|
"computeVisibilityWithPlaneMask",
|
"priority",
|
"realspace",
|
"box",
|
"582545nXpqmk",
|
"resolve",
|
"parse",
|
"centerZDepth",
|
"prototype",
|
"Request",
|
"rangeDataList",
|
"getBaseUri",
|
"serverKey",
|
"cacheNode",
|
"1aiQmIA",
|
"children",
|
"createIfNeeded",
|
"rangeMode",
|
"isAncestorBlock",
|
"EPSILON7",
|
"get",
|
"visibility",
|
"multiplyByScalar",
|
"boundingVolume",
|
"frustum",
|
"camera",
|
"distanceToTile",
|
"isLeafTile",
|
"rootName",
|
"82985kyIZvz",
|
"getPixel",
|
"pow",
|
"radius",
|
"defaultValue",
|
"positionWC",
|
"length",
|
"lodRangeMode",
|
"updatedVisibilityFrame",
|
"parent",
|
"3oarOcu",
|
"isChildBlock",
|
"getScale",
|
"pixel",
|
"requestContent",
|
"sphere",
|
"drawingBufferHeight",
|
"Resource",
|
"renderEntities",
|
"refines",
|
"relativePath",
|
"defineProperties",
|
"finalResolution",
|
"rangeList",
|
"CullingVolume",
|
"distance",
|
"getUrlComponent",
|
"%2B",
|
"contains",
|
"70372qXuPfV",
|
"magnitude",
|
"MASK_OUTSIDE",
|
"priorityHolder",
|
"MASK_INDETERMINATE",
|
"parseBuffer",
|
"freeBlock",
|
"data/path/",
|
"visibleDistanceMax",
|
"push",
|
"selected",
|
"lodRangeData",
|
"_blockCache",
|
"BoundingSphere",
|
"shouldSelect",
|
"multiplyByPoint",
|
"max",
|
"fileName",
|
"subtract",
|
"requestedFrame",
|
"Matrix4",
|
"createBoundingVolume",
|
"blockKey",
|
"maximumComponent",
|
"touchedFrame",
|
"baseUri",
|
"ready",
|
"modelMatrix",
|
"abs",
|
"visibilityPlaneMask",
|
"isRootTile",
|
"free",
|
"contentReadyPromise",
|
"fileExtension",
|
"365995pXYFWu",
|
"state",
|
"MAX_VALUE",
|
"_minimumPriority",
|
"_cache",
|
"hasOwnProperty",
|
"contentState",
|
"TileBoundingSphere",
|
"catch",
|
"s3mb",
|
"destroy",
|
"_basePath",
|
"normalize",
|
"Cartesian3",
|
"directionWC",
|
"center",
|
"distanceToCamera",
|
"request",
|
"fromCornerPoints",
|
"Math",
|
"layer",
|
"contentResource",
|
"1FuzEHp",
|
"replace",
|
"defer",
|
"update",
|
"context",
|
"/rest/realspace",
|
"dot",
|
"distanceToTileCenter",
|
"rootBatchIdMap",
|
"clone",
|
"selectedFrame",
|
"wasMinPriorityChild",
|
"2YRYrLr",
|
"foveatedFactor",
|
"_maximumPriority",
|
"add",
|
"visibleDistanceMin",
|
"reject",
|
"Pixel",
|
"1flprYW",
|
"LOADING",
|
"851913gzDHBi",
|
"depth",
|
"updatePriority",
|
"TILES3D",
|
"UNLOADED",
|
"isDestroyed",
|
"RequestScheduler",
|
"FAILED",
|
"372823CHVRFP",
|
"READY",
|
"destroyObject",
|
"cullingVolume"
|
]
|
const _0x8503ef = _0x203b
|
;(function (_0x420827, _0x3ae571) {
|
const _0x5dfbaf = _0x203b
|
while (!![]) {
|
try {
|
const _0x3997d5 =
|
-parseInt(_0x5dfbaf(0x167)) +
|
-parseInt(_0x5dfbaf(0x128)) * -parseInt(_0x5dfbaf(0x132)) +
|
-parseInt(_0x5dfbaf(0x119)) * parseInt(_0x5dfbaf(0x100)) +
|
-parseInt(_0x5dfbaf(0x10a)) * -parseInt(_0x5dfbaf(0xef)) +
|
-parseInt(_0x5dfbaf(0xf6)) * parseInt(_0x5dfbaf(0x10f)) +
|
parseInt(_0x5dfbaf(0x145)) +
|
-parseInt(_0x5dfbaf(0xe3)) * -parseInt(_0x5dfbaf(0xf8))
|
if (_0x3997d5 === _0x3ae571) break
|
else _0x420827["push"](_0x420827["shift"]())
|
} catch (_0x12a9f0) {
|
_0x420827["push"](_0x420827["shift"]())
|
}
|
}
|
})(_0xb249, 0x5d203)
|
function S3MTile(_0x2ad8c7, _0x55da4e, _0x473c37, _0x532272, _0x18e360, _0x39d886) {
|
const _0x1f0b18 = _0x203b
|
;(this["layer"] = _0x2ad8c7), (this[_0x1f0b18(0x131)] = _0x55da4e)
|
let _0x8ff8f0 = _0x532272["replace"](/\\/g, "/")
|
;(this[_0x1f0b18(0x166)] = Cesium["getExtensionFromUri"](_0x532272)),
|
(this["relativePath"] = getUrl(_0x8ff8f0, _0x2ad8c7)),
|
(this[_0x1f0b18(0x156)] = _0x532272),
|
(this["isLeafTile"] = _0x18e360 === 0x0),
|
(this[_0x1f0b18(0x163)] = ![]),
|
(this["boundingVolume"] = this[_0x1f0b18(0x15a)](_0x473c37, _0x2ad8c7[_0x1f0b18(0x160)]))
|
let _0x5c6bae = Cesium[_0x1f0b18(0x139)][_0x1f0b18(0x11b)](_0x2ad8c7["_baseResource"])
|
if (Cesium["defined"](_0x55da4e)) this[_0x1f0b18(0x15e)] = _0x55da4e[_0x1f0b18(0x15e)]
|
else {
|
let _0x3ba2cf = new Cesium["Resource"](_0x8ff8f0)
|
this[_0x1f0b18(0x15e)] = _0x3ba2cf[_0x1f0b18(0x116)]()
|
}
|
;(this[_0x1f0b18(0xe2)] = _0x5c6bae["getDerivedResource"]({
|
url: this[_0x1f0b18(0x13c)]
|
})),
|
(this[_0x1f0b18(0x117)] = Cesium[_0x1f0b18(0xfe)][_0x1f0b18(0x105)](this["contentResource"][_0x1f0b18(0x142)]())),
|
(this[_0x1f0b18(0xde)] = undefined),
|
(this["cacheNode"] = undefined),
|
(this[_0x1f0b18(0xdd)] = 0x0),
|
(this[_0x1f0b18(0x112)] = 0x0),
|
(this[_0x1f0b18(0x135)] = 0x0),
|
(this[_0x1f0b18(0xf9)] = _0x55da4e ? _0x55da4e["depth"] + 0x1 : 0x0),
|
(this[_0x1f0b18(0x162)] = 0x0),
|
(this["visible"] = ![]),
|
(this[_0x1f0b18(0x11a)] = []),
|
(this[_0x1f0b18(0x13a)] = []),
|
(this[_0x1f0b18(0x150)] = Cesium[_0x1f0b18(0x12c)](_0x18e360, 0x10)),
|
(this[_0x1f0b18(0x12f)] = Cesium[_0x1f0b18(0x12c)](_0x39d886, _0x7b9d88[_0x1f0b18(0xf5)])),
|
(this[_0x1f0b18(0xd3)] = this[_0x1f0b18(0x126)] ? _0x1dc358[_0x1f0b18(0x101)] : _0x1dc358[_0x1f0b18(0xfc)]),
|
(this[_0x1f0b18(0x15d)] = 0x0),
|
(this[_0x1f0b18(0x158)] = 0x0),
|
(this["processFrame"] = 0x0),
|
(this["selectedFrame"] = 0x0),
|
(this[_0x1f0b18(0x130)] = 0x0),
|
(this[_0x1f0b18(0xf0)] = 0x0),
|
(this["priority"] = 0x0),
|
(this[_0x1f0b18(0x148)] = this),
|
(this[_0x1f0b18(0xee)] = ![]),
|
(this[_0x1f0b18(0x153)] = ![]),
|
(this[_0x1f0b18(0x14f)] = ![]),
|
(this[_0x1f0b18(0x13e)] = !![]),
|
(this[_0x1f0b18(0x13b)] = ![]),
|
(this[_0x1f0b18(0x127)] = !_0x55da4e ? this[_0x1f0b18(0x156)] : _0x55da4e[_0x1f0b18(0x127)]),
|
(this[_0x1f0b18(0x15b)] = ""),
|
(this[_0x1f0b18(0x11d)] = ![]),
|
(this[_0x1f0b18(0x133)] = ![]),
|
(this[_0x1f0b18(0xeb)] = {}),
|
(this[_0x1f0b18(0x109)] = {})
|
}
|
function _0x203b(_0x15fc62, _0x424d09) {
|
_0x15fc62 = _0x15fc62 - 0xcf
|
let _0xb2499f = _0xb249[_0x15fc62]
|
return _0xb2499f
|
}
|
Object[_0x8503ef(0x13d)](S3MTile[_0x8503ef(0x113)], {
|
renderable: {
|
get: function () {
|
const _0x3361a7 = _0x8503ef
|
let _0x1d1a14 = this[_0x3361a7(0x13a)],
|
_0x52b650 = _0x1d1a14[_0x3361a7(0x12e)]
|
if (_0x52b650 === 0x0) return ![]
|
for (let _0x44636e = 0x0; _0x44636e < _0x52b650; _0x44636e++) {
|
if (!_0x1d1a14[_0x44636e][_0x3361a7(0x15f)]) return ![]
|
}
|
return !![]
|
}
|
}
|
})
|
let scratchScale = new Cesium[_0x8503ef(0xda)]()
|
function createSphere(_0x30e11a, _0x4b7b8b) {
|
const _0x198966 = _0x8503ef
|
let _0x275bd5 = Cesium["Cartesian3"][_0x198966(0xec)](_0x30e11a[_0x198966(0xdc)]),
|
_0x408750 = _0x30e11a[_0x198966(0x12b)]
|
_0x275bd5 = Cesium["Matrix4"][_0x198966(0x154)](_0x4b7b8b, _0x275bd5, _0x275bd5)
|
let _0x2e3a54 = Cesium[_0x198966(0x159)][_0x198966(0x134)](_0x4b7b8b, scratchScale),
|
_0x24ff40 = Cesium[_0x198966(0xda)][_0x198966(0x15c)](_0x2e3a54)
|
return (_0x408750 *= _0x24ff40), new Cesium[_0x198966(0xd4)](_0x275bd5, _0x408750)
|
}
|
function getUrl(_0x85887e, _0x53dc09) {
|
const _0x1ede6b = _0x8503ef
|
_0x85887e = _0x85887e["replace"](/\+/g, _0x1ede6b(0x143))
|
let _0x5548c7 = _0x53dc09[_0x1ede6b(0xd8)],
|
_0x5d706b = _0x53dc09["_basePath"]["indexOf"](_0x1ede6b(0x10d)) > -0x1
|
if (!_0x5d706b) return _0x85887e
|
let _0x44d551 = _0x5548c7[_0x1ede6b(0xe4)](/(.*realspace)/, ""),
|
_0x4c5bb1 = _0x5548c7["replace"](/\/rest\/realspace/g, "")[_0x1ede6b(0xe4)](_0x44d551, "")
|
return (
|
_0x4c5bb1 +
|
_0x1ede6b(0xe8) +
|
_0x44d551 +
|
_0x1ede6b(0x14c) +
|
_0x85887e[_0x1ede6b(0xe4)](/^\.*/, "")[_0x1ede6b(0xe4)](/^\//, "")[_0x1ede6b(0xe4)](/\/$/, "")
|
)
|
}
|
function createBoundingBox(_0x4d7dd7, _0x5a615f) {
|
const _0x3d295a = _0x8503ef
|
let _0x244a30 = new Cesium[_0x3d295a(0xda)](_0x4d7dd7[_0x3d295a(0x107)]["x"], _0x4d7dd7[_0x3d295a(0x107)]["y"], _0x4d7dd7[_0x3d295a(0x107)]["z"])
|
Cesium[_0x3d295a(0x159)]["multiplyByPoint"](_0x5a615f, _0x244a30, _0x244a30)
|
let _0x358cf8 = new Cesium[_0x3d295a(0xda)](_0x4d7dd7[_0x3d295a(0x155)]["x"], _0x4d7dd7[_0x3d295a(0x155)]["y"], _0x4d7dd7[_0x3d295a(0x155)]["z"])
|
Cesium["Matrix4"][_0x3d295a(0x154)](_0x5a615f, _0x358cf8, _0x358cf8)
|
let _0x3c5f89 = Cesium[_0x3d295a(0x152)][_0x3d295a(0xdf)](_0x244a30, _0x358cf8, new Cesium["BoundingSphere"]()),
|
_0x5b5d01 = _0x3c5f89["center"],
|
_0x1a6113 = _0x3c5f89[_0x3d295a(0x12b)],
|
_0x131072 = Cesium["Matrix4"][_0x3d295a(0x134)](_0x5a615f, scratchScale),
|
_0x281000 = Cesium[_0x3d295a(0xda)][_0x3d295a(0x15c)](_0x131072)
|
return (_0x1a6113 *= _0x281000), new Cesium["TileBoundingSphere"](_0x5b5d01, _0x1a6113)
|
}
|
;(S3MTile[_0x8503ef(0x113)][_0x8503ef(0x15a)] = function (_0x4da7ea, _0x586362) {
|
const _0x150ff1 = _0x8503ef
|
if (Cesium[_0x150ff1(0x106)](_0x4da7ea["sphere"])) return createSphere(_0x4da7ea[_0x150ff1(0x137)], _0x586362)
|
else {
|
if (Cesium[_0x150ff1(0x106)](_0x4da7ea[_0x150ff1(0x10e)])) return createBoundingBox(_0x4da7ea[_0x150ff1(0x10e)], _0x586362)
|
}
|
return undefined
|
}),
|
(S3MTile[_0x8503ef(0x113)]["canTraverse"] = function () {
|
const _0x2f07d7 = _0x8503ef
|
if (this["children"][_0x2f07d7(0x12e)] === 0x0 || this[_0x2f07d7(0x126)]) return ![]
|
if (!Cesium[_0x2f07d7(0x106)](this[_0x2f07d7(0x150)])) return !![]
|
return this["pixel"] > this[_0x2f07d7(0x150)]
|
})
|
function getBoundingVolume(_0x68ab8, _0x3f11a8) {
|
const _0x3e73f1 = _0x8503ef
|
return _0x68ab8[_0x3e73f1(0x122)]
|
}
|
;(S3MTile[_0x8503ef(0x113)][_0x8503ef(0x129)] = function (_0x187a36) {
|
const _0xd660d = _0x8503ef
|
let _0x34b8c7 = this[_0xd660d(0x122)],
|
_0x521ccb = _0x34b8c7["radius"],
|
_0xa6a8cb = _0x34b8c7[_0xd660d(0xdc)],
|
_0x173df1 = Cesium[_0xd660d(0xda)][_0xd660d(0x141)](_0x187a36[_0xd660d(0x124)][_0xd660d(0x12d)], _0xa6a8cb),
|
_0x36c4dd = _0x187a36[_0xd660d(0xe7)][_0xd660d(0x138)],
|
_0x45f644 = _0x187a36[_0xd660d(0x124)][_0xd660d(0x123)]["_fovy"] * 0.5,
|
_0x16bb87 = _0x36c4dd * 0.5,
|
_0x355964 = _0x16bb87 / Math["tan"](_0x45f644)
|
return (_0x355964 * _0x521ccb) / _0x173df1
|
}),
|
(S3MTile["prototype"][_0x8503ef(0x125)] = function (_0x5b7551) {
|
const _0x5bea94 = _0x8503ef
|
let _0x267dd7 = getBoundingVolume(this)
|
return _0x267dd7[_0x5bea94(0xdd)](_0x5b7551)
|
})
|
let scratchToTileCenter = new Cesium["Cartesian3"]()
|
;(S3MTile[_0x8503ef(0x113)][_0x8503ef(0xea)] = function (_0x4793d9) {
|
const _0x4c9312 = _0x8503ef,
|
_0x2d7465 = getBoundingVolume(this),
|
_0x39a5a5 = Cesium[_0x4c9312(0xda)][_0x4c9312(0x157)](
|
_0x2d7465[_0x4c9312(0xdc)],
|
_0x4793d9[_0x4c9312(0x124)][_0x4c9312(0x12d)],
|
scratchToTileCenter
|
)
|
return Cesium[_0x4c9312(0xda)][_0x4c9312(0xe9)](_0x4793d9["camera"]["directionWC"], _0x39a5a5)
|
}),
|
(S3MTile[_0x8503ef(0x113)][_0x8503ef(0x120)] = function (_0x5c5688, _0x4bc92e) {
|
const _0x5d651d = _0x8503ef
|
let _0x231ded = getBoundingVolume(this)
|
return _0x5c5688[_0x5d651d(0x103)][_0x5d651d(0x10b)](_0x231ded, _0x4bc92e)
|
})
|
let scratchCartesian = new Cesium[_0x8503ef(0xda)]()
|
function priorityDeferred(_0x1c4d02, _0x4866a5) {
|
const _0xf51ab1 = _0x8503ef
|
let _0x375387 = _0x4866a5[_0xf51ab1(0x124)],
|
_0x46161e = _0x1c4d02[_0xf51ab1(0x122)],
|
_0x386c3b = _0x46161e[_0xf51ab1(0x12b)],
|
_0x18ec00 = Cesium[_0xf51ab1(0xda)][_0xf51ab1(0x121)](_0x375387[_0xf51ab1(0xdb)], _0x1c4d02[_0xf51ab1(0x112)], scratchCartesian),
|
_0x3de3d4 = Cesium[_0xf51ab1(0xda)]["add"](_0x375387[_0xf51ab1(0x12d)], _0x18ec00, scratchCartesian),
|
_0x41449d = Cesium["Cartesian3"][_0xf51ab1(0x157)](_0x3de3d4, _0x46161e["center"], scratchCartesian),
|
_0x1537bc = Cesium[_0xf51ab1(0xda)][_0xf51ab1(0x146)](_0x41449d),
|
_0x52ec04 = _0x1537bc > _0x386c3b
|
if (_0x52ec04) {
|
let _0x1d847b = Cesium[_0xf51ab1(0xda)][_0xf51ab1(0xd9)](_0x41449d, scratchCartesian),
|
_0x452039 = Cesium["Cartesian3"][_0xf51ab1(0x121)](_0x1d847b, _0x386c3b, scratchCartesian),
|
_0x478bf2 = Cesium["Cartesian3"][_0xf51ab1(0xf2)](_0x46161e["center"], _0x452039, scratchCartesian),
|
_0x24e492 = Cesium[_0xf51ab1(0xda)]["subtract"](_0x478bf2, _0x375387["positionWC"], scratchCartesian),
|
_0x6fcfab = Cesium[_0xf51ab1(0xda)]["normalize"](_0x24e492, scratchCartesian)
|
_0x1c4d02[_0xf51ab1(0xf0)] = 0x1 - Math[_0xf51ab1(0x161)](Cesium[_0xf51ab1(0xda)]["dot"](_0x375387[_0xf51ab1(0xdb)], _0x6fcfab))
|
} else _0x1c4d02["foveatedFactor"] = 0x0
|
}
|
S3MTile[_0x8503ef(0x113)]["updateVisibility"] = function (_0x3d8958, _0x148104) {
|
const _0x417a94 = _0x8503ef
|
let _0x4d785b = this[_0x417a94(0x131)],
|
_0x55144f = Cesium[_0x417a94(0x106)](_0x4d785b) ? _0x4d785b[_0x417a94(0x162)] : Cesium[_0x417a94(0x140)][_0x417a94(0x149)]
|
;(this[_0x417a94(0xdd)] = this[_0x417a94(0x125)](_0x3d8958)),
|
(this[_0x417a94(0x112)] = this["distanceToTileCenter"](_0x3d8958)),
|
(this[_0x417a94(0x135)] = this["getPixel"](_0x3d8958)),
|
(this[_0x417a94(0x162)] = this[_0x417a94(0x120)](_0x3d8958, _0x55144f)),
|
(this["visible"] =
|
this["visibilityPlaneMask"] !== Cesium[_0x417a94(0x140)][_0x417a94(0x147)] &&
|
this[_0x417a94(0xdd)] >= _0x148104[_0x417a94(0xf3)] &&
|
this[_0x417a94(0xdd)] <= _0x148104[_0x417a94(0x14d)]),
|
(this["priorityDeferred"] = priorityDeferred(this, _0x3d8958))
|
}
|
function createPriorityFunction(_0xaf56ae) {
|
return function () {
|
return _0xaf56ae["priority"]
|
}
|
}
|
function getContentFailedFunction(_0x471910) {
|
return function (_0x3c1587) {
|
const _0x2ed6dd = _0x203b
|
_0x471910[_0x2ed6dd(0xd3)] = _0x1dc358[_0x2ed6dd(0xff)]
|
if (!_0x471910[_0x2ed6dd(0x165)]) _0x471910[_0x2ed6dd(0x165)]
|
if (!_0x2ed6dd(0xf4)) [_0x2ed6dd(0xf4)](_0x3c1587)
|
}
|
}
|
function createChildren(_0x955d73, _0x92ee62) {
|
const _0x26b54b = _0x8503ef
|
let _0x6c5c4a = _0x955d73["layer"],
|
_0xe715d0 = _0x92ee62[_0x26b54b(0x12e)],
|
_0x552c00 = Number[_0x26b54b(0xcf)],
|
_0x2eb272 = 0x0,
|
_0x2e223b = _0x7b9d88[_0x26b54b(0xf5)]
|
for (let _0x5f87f0 = 0x0; _0x5f87f0 < _0xe715d0; _0x5f87f0++) {
|
let _0x45b95d = _0x92ee62[_0x5f87f0],
|
_0x2e7a73 = _0x45b95d[_0x26b54b(0x122)],
|
_0x4d2ac5 = _0x45b95d[_0x26b54b(0x115)]
|
_0x4d2ac5 = _0x955d73["baseUri"] + _0x4d2ac5
|
let _0x372427 = _0x45b95d[_0x26b54b(0x13f)],
|
_0x181e2c = _0x45b95d[_0x26b54b(0x11c)],
|
_0x4d98f8 = _0x45b95d["geoMap"]
|
if (_0x372427 !== 0x0) {
|
let _0x56347c = new S3MTile(_0x6c5c4a, _0x955d73, _0x2e7a73, _0x4d2ac5, _0x372427, _0x181e2c)
|
_0x955d73[_0x26b54b(0x11a)][_0x26b54b(0x14e)](_0x56347c), _0x6c5c4a[_0x26b54b(0xd1)]["add"](_0x56347c)
|
}
|
for (let _0x1ae86e in _0x4d98f8) {
|
_0x4d98f8[_0x26b54b(0xd2)](_0x1ae86e) && _0x955d73[_0x26b54b(0x13a)]["push"](_0x4d98f8[_0x1ae86e])
|
}
|
;(_0x552c00 = Math["min"](_0x552c00, _0x372427)), (_0x2eb272 = Math[_0x26b54b(0x155)](_0x2eb272, _0x372427)), (_0x2e223b = _0x181e2c)
|
}
|
_0x955d73[_0x26b54b(0x163)] && (_0x955d73[_0x26b54b(0x150)] = _0x2e223b === _0x7b9d88[_0x26b54b(0xf5)] ? _0x552c00 / 0x2 : _0x2eb272 * 0x2)
|
}
|
function parseChildGroup(_0x28a734, _0x580da1, _0x39cdc2) {
|
const _0x37ed9b = _0x8503ef
|
let _0x49e406 = _0x580da1[_0x39cdc2[_0x37ed9b(0x156)]]
|
if (!_0x49e406) return
|
;(_0x39cdc2["blockKey"] = _0x39cdc2[_0x37ed9b(0x156)]), (_0x39cdc2[_0x37ed9b(0x11d)] = !![])
|
let _0x49f43f = S3MBlockContentParser[_0x37ed9b(0x111)](_0x28a734, _0x39cdc2, _0x49e406)
|
createChildren(_0x39cdc2, _0x49f43f)
|
let _0x295691 = [_0x39cdc2]
|
while (_0x295691["length"]) {
|
let _0x2004be = _0x295691["pop"](),
|
_0x39ea0c = _0x2004be[_0x37ed9b(0x11a)]
|
for (let _0x4f2cbe = 0x0, _0x339cd1 = _0x39ea0c[_0x37ed9b(0x12e)]; _0x4f2cbe < _0x339cd1; _0x4f2cbe++) {
|
let _0x38abe7 = _0x39ea0c[_0x4f2cbe],
|
_0xac7e06 = _0x38abe7["fileName"]
|
if (_0xac7e06 === "") continue
|
;(_0x38abe7[_0x37ed9b(0xeb)] = _0x49e406["rootBatchIdMap"]), (_0x38abe7[_0x37ed9b(0x109)] = _0x49e406["ancestorMap"])
|
let _0x163c8d = _0x580da1[_0x38abe7["fileName"]]
|
if (_0x163c8d) {
|
;(_0x38abe7[_0x37ed9b(0xd3)] = _0x1dc358[_0x37ed9b(0x101)]),
|
(_0x38abe7[_0x37ed9b(0x15b)] = _0x2004be["blockKey"]),
|
(_0x38abe7[_0x37ed9b(0x133)] = !![])
|
let _0x4afb2d = S3MBlockContentParser["parse"](_0x28a734, _0x38abe7, _0x163c8d)
|
createChildren(_0x38abe7, _0x4afb2d), _0x295691[_0x37ed9b(0x14e)](_0x38abe7)
|
} else (_0x38abe7[_0x37ed9b(0x11d)] = !![]), (_0x38abe7["blockKey"] = _0x38abe7[_0x37ed9b(0x156)])
|
}
|
}
|
}
|
function contentReadyFunction(_0xad88ae, _0x5b3f0b, _0x1a6788) {
|
const _0x1947fb = _0x8503ef
|
_0xad88ae[_0x1947fb(0xd1)][_0x1947fb(0xf2)](_0x5b3f0b)
|
if (_0xad88ae["_isS3MBlock"]) {
|
let _0x5e6de5 = S3MBlockParser[_0x1947fb(0x14a)](_0x1a6788, _0x5b3f0b)
|
parseChildGroup(_0xad88ae, _0x5e6de5, _0x5b3f0b),
|
(_0x5b3f0b[_0x1947fb(0xed)] = 0x0),
|
(_0x5b3f0b[_0x1947fb(0xd3)] = _0x1dc358[_0x1947fb(0x101)]),
|
_0x5b3f0b[_0x1947fb(0x165)][_0x1947fb(0x110)](!![])
|
return
|
}
|
let _0x457d91
|
if (_0x5b3f0b[_0x1947fb(0x166)] === _0x1947fb(0xd6)) _0x457d91 = S3ModelParser[_0x1947fb(0x14a)](_0x1a6788)
|
else _0x5b3f0b[_0x1947fb(0x166)] === _0x1947fb(0x108) && (_0x457d91 = S3ModelOldParser[_0x1947fb(0x14a)](_0x1a6788))
|
if (!_0x457d91) {
|
;(_0x5b3f0b[_0x1947fb(0xd3)] = _0x1dc358["FAILED"]), _0x5b3f0b[_0x1947fb(0x165)][_0x1947fb(0xf4)]()
|
return
|
}
|
let _0x3b6b30 = S3MContentParser["parse"](_0xad88ae, _0x457d91, _0x5b3f0b)
|
createChildren(_0x5b3f0b, _0x3b6b30),
|
(_0x5b3f0b[_0x1947fb(0xed)] = 0x0),
|
(_0x5b3f0b[_0x1947fb(0xd3)] = _0x1dc358[_0x1947fb(0x101)]),
|
_0x5b3f0b[_0x1947fb(0x165)][_0x1947fb(0x110)](_0x457d91)
|
}
|
S3MTile[_0x8503ef(0x113)][_0x8503ef(0x136)] = function () {
|
const _0x569b5d = _0x8503ef
|
let _0x4fd986 = this,
|
_0x9daa5 = this[_0x569b5d(0xe1)]
|
if (_0x9daa5["_isS3MBlock"] && _0x9daa5[_0x569b5d(0x151)][_0x569b5d(0x144)](_0x9daa5["id"], this[_0x569b5d(0x15b)])) {
|
let _0x422e50 = _0x9daa5["_blockCache"][_0x569b5d(0x11f)](_0x9daa5["id"], this[_0x569b5d(0x15b)])
|
return (this[_0x569b5d(0x165)] = Cesium["when"][_0x569b5d(0xe5)]()), contentReadyFunction(_0x9daa5, this, _0x422e50), !![]
|
}
|
let _0x3b1bf1 = this[_0x569b5d(0xe2)][_0x569b5d(0xec)](),
|
_0x249320 = new Cesium[_0x569b5d(0x114)]({
|
throttle: !![],
|
throttleByServer: !![],
|
type: Cesium["RequestType"][_0x569b5d(0xfb)],
|
priorityFunction: createPriorityFunction(this),
|
serverKey: this[_0x569b5d(0x117)]
|
})
|
;(this[_0x569b5d(0xde)] = _0x249320), (_0x3b1bf1[_0x569b5d(0xde)] = _0x249320)
|
let _0x1a3830 = _0x3b1bf1["fetchArrayBuffer"]()
|
if (!Cesium["defined"](_0x1a3830)) return ![]
|
;(this[_0x569b5d(0xd3)] = _0x1dc358[_0x569b5d(0xf7)]), (this[_0x569b5d(0x165)] = Cesium["when"][_0x569b5d(0xe5)]())
|
let _0x3960f2 = getContentFailedFunction(this)
|
return (
|
_0x1a3830[_0x569b5d(0x104)](function (_0x289bf7) {
|
const _0x2dc184 = _0x569b5d
|
if (_0x4fd986[_0x2dc184(0xfd)]()) {
|
_0x3960f2()
|
return
|
}
|
contentReadyFunction(_0x9daa5, _0x4fd986, _0x289bf7)
|
})[_0x569b5d(0xd5)](function (_0x2dcc8f) {
|
const _0x43435a = _0x569b5d
|
if (_0x249320[_0x43435a(0x168)] === Cesium["RequestState"]["CANCELLED"]) {
|
_0x4fd986[_0x43435a(0xd3)] = _0x1dc358[_0x43435a(0xfc)]
|
return
|
}
|
_0x3960f2(_0x2dcc8f)
|
}),
|
!![]
|
)
|
}
|
function priorityNormalizeAndClamp(_0x35c896, _0x265260, _0x5ceee0) {
|
const _0x1d20eb = _0x8503ef
|
return Math["max"](Cesium[_0x1d20eb(0xe0)]["normalize"](_0x35c896, _0x265260, _0x5ceee0) - Cesium[_0x1d20eb(0xe0)][_0x1d20eb(0x11e)], 0x0)
|
}
|
function isolateDigits(_0x2f3f2b, _0x2c60bd, _0x5e8c48) {
|
const _0x565b2b = _0x8503ef
|
let _0x350668 = _0x2f3f2b * Math[_0x565b2b(0x12a)](0xa, _0x2c60bd),
|
_0x447190 = parseInt(_0x350668)
|
return _0x447190 * Math[_0x565b2b(0x12a)](0xa, _0x5e8c48)
|
}
|
;(S3MTile[_0x8503ef(0x113)][_0x8503ef(0xfa)] = function (_0x34f33a, _0x3b5412) {
|
const _0x3faba2 = _0x8503ef
|
let _0x45a5a3 = _0x34f33a[_0x3faba2(0xd0)],
|
_0x1d23b8 = _0x34f33a[_0x3faba2(0xf1)],
|
_0x15c289 = 0x4,
|
_0xe23af7 = 0x4,
|
_0x377027 = priorityNormalizeAndClamp(this[_0x3faba2(0xf0)], _0x45a5a3[_0x3faba2(0xf0)], _0x1d23b8["foveatedFactor"]),
|
_0x523aff = isolateDigits(_0x377027, _0xe23af7, _0x15c289)
|
_0x15c289 = 0x8
|
let _0x33aea1 = priorityNormalizeAndClamp(this["pixel"], _0x45a5a3["pixel"], _0x1d23b8["pixel"]),
|
_0xb860a5 = isolateDigits(0x1 - _0x33aea1, _0xe23af7, _0x15c289)
|
_0x15c289 = 0x0
|
let _0x33a1f3 = priorityNormalizeAndClamp(this[_0x3faba2(0xdd)], _0x45a5a3[_0x3faba2(0x141)], _0x1d23b8[_0x3faba2(0x141)]),
|
_0x51a174 = isolateDigits(_0x33a1f3, _0xe23af7, _0x15c289)
|
this[_0x3faba2(0x10c)] = _0x523aff + _0xb860a5 + _0x51a174
|
}),
|
(S3MTile["prototype"][_0x8503ef(0xe6)] = function (_0x2fcba, _0x4f84b8) {
|
const _0x174627 = _0x8503ef
|
for (let _0x5e950f = 0x0, _0x2075eb = this[_0x174627(0x13a)][_0x174627(0x12e)]; _0x5e950f < _0x2075eb; _0x5e950f++) {
|
this[_0x174627(0x13a)][_0x5e950f][_0x174627(0xe6)](_0x2fcba, _0x4f84b8)
|
}
|
}),
|
(S3MTile[_0x8503ef(0x113)][_0x8503ef(0x164)] = function () {
|
const _0x56644a = _0x8503ef
|
;(this[_0x56644a(0xd3)] = _0x1dc358["UNLOADED"]),
|
(this["request"] = undefined),
|
(this["cacheNode"] = undefined),
|
(this["priorityHolder"] = undefined),
|
(this["contentReadyPromise"] = undefined),
|
(this[_0x56644a(0x148)] = undefined)
|
for (let _0x5d25c1 = 0x0, _0x3803d4 = this["renderEntities"]["length"]; _0x5d25c1 < _0x3803d4; _0x5d25c1++) {
|
this[_0x56644a(0x13a)][_0x5d25c1]["destroy"]()
|
}
|
;(this[_0x56644a(0x13a)]["length"] = 0x0), (this[_0x56644a(0x11a)][_0x56644a(0x12e)] = 0x0)
|
}),
|
(S3MTile[_0x8503ef(0x113)][_0x8503ef(0x14b)] = function () {
|
const _0x53e0 = _0x8503ef
|
;(this[_0x53e0(0xd3)] = _0x1dc358["UNLOADED"]),
|
(this[_0x53e0(0xde)] = undefined),
|
(this[_0x53e0(0x118)] = undefined),
|
(this[_0x53e0(0x148)] = undefined),
|
(this[_0x53e0(0x165)] = undefined),
|
(this[_0x53e0(0x148)] = undefined)
|
for (let _0x25691b = 0x0, _0x1836f2 = this["renderEntities"][_0x53e0(0x12e)]; _0x25691b < _0x1836f2; _0x25691b++) {
|
this[_0x53e0(0x13a)][_0x25691b][_0x53e0(0xd7)]()
|
}
|
this[_0x53e0(0x13a)][_0x53e0(0x12e)] = 0x0
|
for (let _0x597145 = 0x0, _0x3c7a7c = this[_0x53e0(0x11a)][_0x53e0(0x12e)]; _0x597145 < _0x3c7a7c; _0x597145++) {
|
let _0xfe31ce = this[_0x53e0(0x11a)][_0x597145]
|
!_0xfe31ce["isAncestorBlock"] && _0xfe31ce[_0x53e0(0x14b)]()
|
}
|
this[_0x53e0(0x11a)][_0x53e0(0x12e)] = 0x0
|
}),
|
(S3MTile[_0x8503ef(0x113)][_0x8503ef(0xfd)] = function () {
|
return ![]
|
}),
|
(S3MTile["prototype"][_0x8503ef(0xd7)] = function () {
|
const _0x39229f = _0x8503ef
|
return this[_0x39229f(0x164)](), Cesium[_0x39229f(0x102)](this)
|
})
|
|
const _0x1d23 = [
|
"_minimumPriority",
|
"push",
|
"foveatedFactor",
|
"defined",
|
"processFrame",
|
"198483NvnBSo",
|
"distanceToCamera",
|
"touch",
|
"119617OTMqkC",
|
"length",
|
"46259UGvpci",
|
"pixel",
|
"frameNumber",
|
"UNLOADED",
|
"schedule",
|
"shouldSelect",
|
"selected",
|
"6QnBuin",
|
"refines",
|
"visible",
|
"centerZDepth",
|
"lodRangeMode",
|
"updateVisibility",
|
"_rootTiles",
|
"distance",
|
"_stack",
|
"181318fKCgUp",
|
"requestedFrame",
|
"_cache",
|
"depth",
|
"updatedVisibilityFrame",
|
"pop",
|
"wasMinPriorityChild",
|
"sort",
|
"_maximumPriority",
|
"children",
|
"MAX_VALUE",
|
"2WfkNYE",
|
"346038QQnIEN",
|
"renderable",
|
"62241SXBShH",
|
"lodRangeData",
|
"max",
|
"_selectedTiles",
|
"3dQdoGF",
|
"40427IdBXaJ",
|
"lodRangeScale",
|
"2PCPWjL",
|
"isRootTile",
|
"contentState",
|
"touchedFrame",
|
"_processTiles",
|
"priorityHolder",
|
"_requestTiles",
|
"selectedFrame",
|
"min",
|
"READY"
|
]
|
const _0x3152c8 = _0x3a6a
|
function _0x3a6a(_0x54ed7f, _0x516557) {
|
_0x54ed7f = _0x54ed7f - 0xd7
|
let _0x1d237d = _0x1d23[_0x54ed7f]
|
return _0x1d237d
|
}
|
;(function (_0x53d7de, _0xf4e895) {
|
const _0xdbcda = _0x3a6a
|
while (!![]) {
|
try {
|
const _0x3b7c02 =
|
-parseInt(_0xdbcda(0x107)) +
|
parseInt(_0xdbcda(0xf1)) * parseInt(_0xdbcda(0xf5)) +
|
-parseInt(_0xdbcda(0xe3)) +
|
parseInt(_0xdbcda(0xf8)) * -parseInt(_0xdbcda(0xf6)) +
|
parseInt(_0xdbcda(0x10c)) * parseInt(_0xdbcda(0xee)) +
|
-parseInt(_0xdbcda(0xef)) +
|
-parseInt(_0xdbcda(0xda)) * -parseInt(_0xdbcda(0x10a))
|
if (_0x3b7c02 === _0xf4e895) break
|
else _0x53d7de["push"](_0x53d7de["shift"]())
|
} catch (_0x32a076) {
|
_0x53d7de["push"](_0x53d7de["shift"]())
|
}
|
}
|
})(_0x1d23, 0x2e72a)
|
function S3MLayerScheduler() {
|
this["_stack"] = []
|
}
|
function sortComparator(_0x8ec284, _0x221e94) {
|
const _0x3fd564 = _0x3a6a
|
if (_0x221e94[_0x3fd564(0x108)] === 0x0 && _0x8ec284[_0x3fd564(0x108)] === 0x0) return _0x221e94[_0x3fd564(0xdd)] - _0x8ec284["centerZDepth"]
|
return _0x221e94[_0x3fd564(0x108)] - _0x8ec284["distanceToCamera"]
|
}
|
function updateChildren(_0x2c10b4, _0x5398cf, _0x3b9d95, _0x745a86) {
|
const _0x23554d = _0x3a6a
|
let _0x392d28,
|
_0x55b025 = _0x5398cf[_0x23554d(0xec)],
|
_0x33394d = _0x55b025[_0x23554d(0x10b)]
|
for (_0x392d28 = 0x0; _0x392d28 < _0x33394d; ++_0x392d28) {
|
updateTile(_0x745a86, _0x2c10b4, _0x55b025[_0x392d28])
|
}
|
_0x55b025[_0x23554d(0xea)](sortComparator)
|
let _0x51412d = !![],
|
_0x52084f = ![],
|
_0x5ca57e = -0x1,
|
_0x14e79e = Number[_0x23554d(0xed)],
|
_0x1053e6 = !![]
|
for (_0x392d28 = 0x0; _0x392d28 < _0x33394d; ++_0x392d28) {
|
let _0x4ec8a6 = _0x55b025[_0x392d28]
|
_0x4ec8a6["foveatedFactor"] < _0x14e79e && ((_0x5ca57e = _0x392d28), (_0x14e79e = _0x4ec8a6[_0x23554d(0x104)]))
|
_0x4ec8a6[_0x23554d(0xdc)]
|
? (_0x3b9d95["push"](_0x4ec8a6), (_0x52084f = !![]))
|
: (loadTile(_0x2c10b4, _0x4ec8a6, _0x745a86), touchTile(_0x2c10b4, _0x4ec8a6, _0x745a86))
|
let _0x132ca2 = _0x4ec8a6[_0x23554d(0xf0)]
|
_0x1053e6 && (_0x51412d = _0x51412d && _0x132ca2)
|
}
|
!_0x52084f && (_0x51412d = ![])
|
if (_0x5ca57e !== -0x1) {
|
let _0x7196b1 = _0x55b025[_0x5ca57e]
|
_0x7196b1[_0x23554d(0xe9)] = !![]
|
let _0x4a4338 =
|
(_0x5398cf[_0x23554d(0xe9)] || _0x5398cf[_0x23554d(0xf9)]) && _0x14e79e <= _0x5398cf[_0x23554d(0xfd)][_0x23554d(0x104)]
|
? _0x5398cf["priorityHolder"]
|
: _0x5398cf
|
;(_0x4a4338[_0x23554d(0x104)] = Math[_0x23554d(0x100)](_0x7196b1["foveatedFactor"], _0x4a4338[_0x23554d(0x104)])),
|
(_0x4a4338[_0x23554d(0x108)] = Math[_0x23554d(0x100)](_0x7196b1[_0x23554d(0x108)], _0x4a4338["distanceToCamera"]))
|
for (_0x392d28 = 0x0; _0x392d28 < _0x33394d; ++_0x392d28) {
|
let _0x220ad4 = _0x55b025[_0x392d28]
|
_0x220ad4[_0x23554d(0xfd)] = _0x4a4338
|
}
|
}
|
return _0x51412d
|
}
|
function selectTile(_0x5aa2d5, _0xd6ef6a, _0x1e3cba) {
|
const _0x5da260 = _0x3a6a
|
if (_0xd6ef6a[_0x5da260(0xff)] === _0x1e3cba[_0x5da260(0x10e)] || !_0xd6ef6a[_0x5da260(0xf0)]) return
|
_0x5aa2d5[_0x5da260(0xf4)][_0x5da260(0x103)](_0xd6ef6a), (_0xd6ef6a["selectedFrame"] = _0x1e3cba[_0x5da260(0x10e)])
|
}
|
function loadTile(_0x4ccc82, _0x478231, _0x50fe2b) {
|
const _0x43b635 = _0x3a6a
|
if (_0x478231[_0x43b635(0xe4)] === _0x50fe2b[_0x43b635(0x10e)] || _0x478231["contentState"] !== _0x1dc358[_0x43b635(0x10f)]) return
|
_0x4ccc82["_requestTiles"][_0x43b635(0x103)](_0x478231), (_0x478231[_0x43b635(0xe4)] = _0x50fe2b[_0x43b635(0x10e)])
|
}
|
function processTile(_0x4d8fe9, _0x1862a9, _0x2ce588) {
|
const _0x257edc = _0x3a6a
|
if (
|
_0x1862a9[_0x257edc(0x106)] === _0x2ce588["frameNumber"] ||
|
_0x1862a9[_0x257edc(0xfa)] !== _0x1dc358[_0x257edc(0x101)] ||
|
_0x1862a9[_0x257edc(0xf0)]
|
)
|
return
|
;(_0x1862a9[_0x257edc(0x106)] = _0x2ce588[_0x257edc(0x10e)]), _0x4d8fe9[_0x257edc(0xfc)][_0x257edc(0x103)](_0x1862a9)
|
}
|
function touchTile(_0x2cfd2c, _0x4c22b8, _0x1cfb96) {
|
const _0x3dd1eb = _0x3a6a
|
if (_0x4c22b8[_0x3dd1eb(0xfb)] === _0x1cfb96["frameNumber"]) return
|
_0x2cfd2c[_0x3dd1eb(0xe5)][_0x3dd1eb(0x109)](_0x4c22b8), (_0x4c22b8[_0x3dd1eb(0xfb)] = _0x1cfb96[_0x3dd1eb(0x10e)])
|
}
|
function updateVisibility(_0x1e6523, _0x255b8a, _0x208452) {
|
const _0x3365a1 = _0x3a6a
|
if (_0x255b8a[_0x3365a1(0xe7)] === _0x208452[_0x3365a1(0x10e)]) return
|
;(_0x255b8a[_0x3365a1(0xe7)] = _0x208452[_0x3365a1(0x10e)]), _0x255b8a[_0x3365a1(0xdf)](_0x208452, _0x1e6523)
|
}
|
function updateTileVisibility(_0x161a9d, _0x2a1a5d, _0x12b4be) {
|
updateVisibility(_0x2a1a5d, _0x12b4be, _0x161a9d)
|
}
|
function updateMinimumMaximumPriority(_0x12de3f, _0x229c0e) {
|
const _0x3005ba = _0x3a6a
|
;(_0x12de3f["_maximumPriority"][_0x3005ba(0xe1)] = Math[_0x3005ba(0xf3)](
|
_0x229c0e[_0x3005ba(0x108)],
|
_0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0xe1)]
|
)),
|
(_0x12de3f["_minimumPriority"][_0x3005ba(0xe1)] = Math["min"](_0x229c0e[_0x3005ba(0x108)], _0x12de3f[_0x3005ba(0x102)]["distance"])),
|
(_0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0xe6)] = Math[_0x3005ba(0xf3)](_0x229c0e[_0x3005ba(0xe6)], _0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0xe6)])),
|
(_0x12de3f[_0x3005ba(0x102)][_0x3005ba(0xe6)] = Math["min"](_0x229c0e[_0x3005ba(0xe6)], _0x12de3f[_0x3005ba(0x102)][_0x3005ba(0xe6)])),
|
(_0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0x104)] = Math["max"](_0x229c0e[_0x3005ba(0x104)], _0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0x104)])),
|
(_0x12de3f["_minimumPriority"][_0x3005ba(0x104)] = Math[_0x3005ba(0x100)](
|
_0x229c0e[_0x3005ba(0x104)],
|
_0x12de3f[_0x3005ba(0x102)][_0x3005ba(0x104)]
|
)),
|
(_0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0x10d)] = Math[_0x3005ba(0xf3)](
|
_0x229c0e[_0x3005ba(0x10d)],
|
_0x12de3f[_0x3005ba(0xeb)][_0x3005ba(0x10d)]
|
)),
|
(_0x12de3f[_0x3005ba(0x102)][_0x3005ba(0x10d)] = Math[_0x3005ba(0x100)](_0x229c0e["pixel"], _0x12de3f["_minimumPriority"][_0x3005ba(0x10d)]))
|
}
|
function updateTile(_0x5e4f3b, _0x526627, _0x2d486b) {
|
const _0x518f8c = _0x3a6a
|
updateTileVisibility(_0x5e4f3b, _0x526627, _0x2d486b),
|
(_0x2d486b[_0x518f8c(0xe9)] = ![]),
|
(_0x2d486b[_0x518f8c(0xfd)] = _0x2d486b),
|
updateMinimumMaximumPriority(_0x526627, _0x2d486b),
|
(_0x2d486b[_0x518f8c(0xd8)] = ![]),
|
(_0x2d486b[_0x518f8c(0xd9)] = ![])
|
}
|
function canTraverse(_0x485622, _0x1bf0b1) {
|
const _0x1da265 = _0x3a6a
|
if (_0x1bf0b1["children"][_0x1da265(0x10b)] === 0x0) return ![]
|
if (_0x1bf0b1[_0x1da265(0xde)] === _0x7b9d88["Pixel"])
|
return _0x1bf0b1[_0x1da265(0x10d)] / _0x485622[_0x1da265(0xf7)] > _0x1bf0b1[_0x1da265(0xf2)]
|
return _0x1bf0b1["distanceToCamera"] * _0x485622[_0x1da265(0xf7)] < _0x1bf0b1[_0x1da265(0xf2)]
|
}
|
function traversal(_0x52d6a5, _0x5c0e6b, _0x543fb2) {
|
const _0x143f0f = _0x3a6a
|
while (_0x5c0e6b[_0x143f0f(0x10b)]) {
|
let _0x5320b6 = _0x5c0e6b[_0x143f0f(0xe8)](),
|
_0x1a67b1 = _0x5320b6["parent"],
|
_0x5ba432 = !Cesium[_0x143f0f(0x105)](_0x1a67b1) || _0x1a67b1[_0x143f0f(0xdb)],
|
_0x49b3dc = ![]
|
canTraverse(_0x52d6a5, _0x5320b6) && (_0x49b3dc = updateChildren(_0x52d6a5, _0x5320b6, _0x5c0e6b, _0x543fb2) && _0x5ba432)
|
let _0x2381ec = !_0x49b3dc && _0x5ba432
|
loadTile(_0x52d6a5, _0x5320b6, _0x543fb2),
|
processTile(_0x52d6a5, _0x5320b6, _0x543fb2),
|
_0x2381ec && selectTile(_0x52d6a5, _0x5320b6, _0x543fb2),
|
touchTile(_0x52d6a5, _0x5320b6, _0x543fb2),
|
(_0x5320b6[_0x143f0f(0xdb)] = _0x49b3dc)
|
}
|
}
|
function selectRootTiles(_0x36c253, _0x2021a0, _0x1d12f2) {
|
const _0x5b11f2 = _0x3a6a
|
_0x2021a0[_0x5b11f2(0x10b)] = 0x0
|
for (let _0x3d4280 = 0x0, _0x57eae5 = _0x36c253[_0x5b11f2(0xe0)][_0x5b11f2(0x10b)]; _0x3d4280 < _0x57eae5; _0x3d4280++) {
|
let _0x10eaab = _0x36c253["_rootTiles"][_0x3d4280]
|
updateTile(_0x1d12f2, _0x36c253, _0x10eaab)
|
if (!_0x10eaab["visible"]) continue
|
_0x2021a0["push"](_0x10eaab)
|
}
|
}
|
function updatePriority(_0xf02cd0, _0x30ddcf) {
|
const _0x3d0706 = _0x3a6a
|
let _0x49c496 = _0xf02cd0[_0x3d0706(0xfe)],
|
_0x1291fa = _0x49c496["length"]
|
for (let _0x5e20df = 0x0; _0x5e20df < _0x1291fa; ++_0x5e20df) {
|
_0x49c496[_0x5e20df]["updatePriority"](_0xf02cd0, _0x30ddcf)
|
}
|
}
|
S3MLayerScheduler["prototype"][_0x3152c8(0xd7)] = function (_0x654cf1, _0x3a6e2) {
|
const _0x5578c2 = _0x3152c8
|
let _0x23b96b = this[_0x5578c2(0xe2)]
|
selectRootTiles(_0x654cf1, _0x23b96b, _0x3a6e2), traversal(_0x654cf1, _0x23b96b, _0x3a6e2), updatePriority(_0x654cf1, _0x3a6e2)
|
}
|
|
const _0x3de5 = [
|
"unloadTiles",
|
"744859eiZppl",
|
"defined",
|
"totalMemoryUsageInBytes",
|
"unloadTile",
|
"next",
|
"unloadBlockTile",
|
"prototype",
|
"cacheNode",
|
"item",
|
"_list",
|
"68123VdzXoE",
|
"add",
|
"206nqAvph",
|
"_trimTiles",
|
"pop",
|
"2621BVpBlJ",
|
"remove",
|
"1363385lwiLdV",
|
"splice",
|
"children",
|
"DoublyLinkedList",
|
"441RmqisJ",
|
"length",
|
"trim",
|
"1370197HulADT",
|
"reset",
|
"_sentinel",
|
"3479GFqwwU",
|
"push",
|
"isAncestorBlock",
|
"tail",
|
"maximumMemoryUsage",
|
"head",
|
"3HURcFc",
|
"724775kajdMC"
|
]
|
const _0x334ff6 = _0x1395
|
;(function (_0x38f5a8, _0x19f666) {
|
const _0xedb813 = _0x1395
|
while (!![]) {
|
try {
|
const _0x327f24 =
|
-parseInt(_0xedb813(0x169)) +
|
parseInt(_0xedb813(0x162)) +
|
-parseInt(_0xedb813(0x16d)) * -parseInt(_0xedb813(0x167)) +
|
-parseInt(_0xedb813(0x170)) +
|
-parseInt(_0xedb813(0x173)) * -parseInt(_0xedb813(0x164)) +
|
-parseInt(_0xedb813(0x17a)) +
|
-parseInt(_0xedb813(0x17c)) * -parseInt(_0xedb813(0x179))
|
if (_0x327f24 === _0x19f666) break
|
else _0x38f5a8["push"](_0x38f5a8["shift"]())
|
} catch (_0x3fe637) {
|
_0x38f5a8["push"](_0x38f5a8["shift"]())
|
}
|
}
|
})(_0x3de5, 0xaf04e)
|
function _0x1395(_0xc8337d, _0x17139a) {
|
_0xc8337d = _0xc8337d - 0x15f
|
let _0x3de5f7 = _0x3de5[_0xc8337d]
|
return _0x3de5f7
|
}
|
function S3MLayerCache() {
|
const _0x31691d = _0x1395
|
;(this[_0x31691d(0x161)] = new Cesium[_0x31691d(0x16c)]()),
|
(this[_0x31691d(0x172)] = this["_list"][_0x31691d(0x163)]()),
|
(this[_0x31691d(0x165)] = ![])
|
}
|
;(S3MLayerCache["prototype"][_0x334ff6(0x171)] = function () {
|
const _0x34715e = _0x334ff6
|
this[_0x34715e(0x161)][_0x34715e(0x16a)](this[_0x34715e(0x161)][_0x34715e(0x176)], this["_sentinel"])
|
}),
|
(S3MLayerCache[_0x334ff6(0x182)]["touch"] = function (_0x37fbfb) {
|
const _0x6e88a5 = _0x334ff6
|
let _0x5e64f8 = _0x37fbfb[_0x6e88a5(0x15f)]
|
Cesium["defined"](_0x5e64f8) && this["_list"][_0x6e88a5(0x16a)](this[_0x6e88a5(0x172)], _0x5e64f8)
|
}),
|
(S3MLayerCache[_0x334ff6(0x182)][_0x334ff6(0x163)] = function (_0x337acd) {
|
const _0x403d10 = _0x334ff6
|
!Cesium["defined"](_0x337acd["cacheNode"]) && (_0x337acd[_0x403d10(0x15f)] = this[_0x403d10(0x161)][_0x403d10(0x163)](_0x337acd))
|
}),
|
(S3MLayerCache[_0x334ff6(0x182)]["unloadTile"] = function (_0x266fcf, _0x31184e, _0x406f67) {
|
const _0x5f86b1 = _0x334ff6
|
let _0x445eb4 = _0x31184e[_0x5f86b1(0x15f)]
|
if (!Cesium[_0x5f86b1(0x17d)](_0x445eb4)) return
|
this[_0x5f86b1(0x161)][_0x5f86b1(0x168)](_0x445eb4), (_0x31184e["cacheNode"] = undefined), _0x406f67(_0x266fcf, _0x31184e)
|
}),
|
(S3MLayerCache["prototype"][_0x334ff6(0x181)] = function (_0x1f4d43, _0x5ad669, _0x1e7278) {
|
const _0x4ee465 = _0x334ff6
|
let _0x3a667f = [_0x5ad669],
|
_0x25d3ea = [_0x5ad669]
|
while (_0x3a667f[_0x4ee465(0x16e)]) {
|
let _0x58e3a8 = _0x3a667f[_0x4ee465(0x166)]()
|
for (let _0x319836 = 0x0, _0x5ecb15 = _0x58e3a8[_0x4ee465(0x16b)]["length"]; _0x319836 < _0x5ecb15; _0x319836++) {
|
let _0x51b01e = _0x58e3a8[_0x4ee465(0x16b)][_0x319836]
|
!_0x51b01e[_0x4ee465(0x175)] && (_0x3a667f[_0x4ee465(0x174)](_0x51b01e), _0x25d3ea[_0x4ee465(0x174)](_0x51b01e))
|
}
|
}
|
for (let _0x4686b9 = 0x0, _0x59f6a7 = _0x25d3ea[_0x4ee465(0x16e)]; _0x4686b9 < _0x59f6a7; _0x4686b9++) {
|
let _0x3e3702 = _0x25d3ea[_0x4686b9]
|
this[_0x4ee465(0x17f)](_0x1f4d43, _0x3e3702, _0x1e7278)
|
}
|
}),
|
(S3MLayerCache["prototype"][_0x334ff6(0x17b)] = function (_0x346a22, _0x49c970) {
|
const _0x2eef44 = _0x334ff6
|
let _0x350e15 = this["_trimTiles"]
|
this[_0x2eef44(0x165)] = ![]
|
let _0x21a581 = this[_0x2eef44(0x161)],
|
_0x7d1ce1 = _0x346a22[_0x2eef44(0x177)] * 0x400 * 0x400,
|
_0x5e7940 = this[_0x2eef44(0x172)],
|
_0x3c0395 = _0x21a581["head"]
|
while (_0x3c0395 && _0x3c0395 !== _0x5e7940 && (_0x346a22[_0x2eef44(0x17e)] > _0x7d1ce1 || _0x350e15)) {
|
let _0x43da84 = _0x3c0395["item"]
|
;(_0x3c0395 = _0x3c0395[_0x2eef44(0x180)]), this[_0x2eef44(0x17f)](_0x346a22, _0x43da84, _0x49c970)
|
}
|
}),
|
(S3MLayerCache[_0x334ff6(0x182)]["unloadBlockTiles"] = function (_0x431ea5, _0x405a94) {
|
const _0x5c92c8 = _0x334ff6
|
let _0x5cc85f = this["_trimTiles"]
|
this["_trimTiles"] = ![]
|
let _0xaa2d5e = this[_0x5c92c8(0x161)],
|
_0x411373 = _0x431ea5[_0x5c92c8(0x177)] * 0x400 * 0x400,
|
_0x3e4d65 = this[_0x5c92c8(0x172)],
|
_0x57b5d9 = _0xaa2d5e[_0x5c92c8(0x178)]
|
while (_0x57b5d9 && _0x57b5d9 !== _0x3e4d65 && (_0x431ea5[_0x5c92c8(0x17e)] > _0x411373 || _0x5cc85f)) {
|
let _0x5a48b8 = _0x57b5d9[_0x5c92c8(0x160)]
|
;(_0x57b5d9 = _0x57b5d9[_0x5c92c8(0x180)]), _0x5a48b8["isAncestorBlock"] && this[_0x5c92c8(0x181)](_0x431ea5, _0x5a48b8, _0x405a94)
|
}
|
}),
|
(S3MLayerCache[_0x334ff6(0x182)][_0x334ff6(0x16f)] = function () {
|
this["_trimTiles"] = !![]
|
})
|
|
const _0x4b4b = [
|
"84621AqGABl",
|
"30071fnhDoO",
|
"433460AlwelY",
|
"118097IOrirp",
|
"470916KWDiHT",
|
"462020APqzBd",
|
"1WoxWcS",
|
"freeze",
|
"353904YxCkxW",
|
"3FWOgoM"
|
]
|
const _0x23110c = _0x10af
|
;(function (_0x507c87, _0x2d1ccb) {
|
const _0x4f3351 = _0x10af
|
while (!![]) {
|
try {
|
const _0x2dfaf5 =
|
parseInt(_0x4f3351(0x10f)) +
|
parseInt(_0x4f3351(0x110)) * -parseInt(_0x4f3351(0x118)) +
|
parseInt(_0x4f3351(0x112)) * parseInt(_0x4f3351(0x115)) +
|
parseInt(_0x4f3351(0x113)) +
|
-parseInt(_0x4f3351(0x117)) +
|
-parseInt(_0x4f3351(0x111)) +
|
parseInt(_0x4f3351(0x114))
|
if (_0x2dfaf5 === _0x2d1ccb) break
|
else _0x507c87["push"](_0x507c87["shift"]())
|
} catch (_0x49efab) {
|
_0x507c87["push"](_0x507c87["shift"]())
|
}
|
}
|
})(_0x4b4b, 0x3f01d)
|
const PLANECLIPMODE = {
|
CLIP_NOTHING: 0x0,
|
CLIP_BEHIND_ANY_PLANE: 0x1,
|
CLIP_BEHIND_ALL_PLANE: 0x2,
|
ONLY_KEEP_LINE: 0x3
|
}
|
function _0x10af(_0x1b955a, _0x15e402) {
|
_0x1b955a = _0x1b955a - 0x10f
|
let _0x4b4bb8 = _0x4b4b[_0x1b955a]
|
return _0x4b4bb8
|
}
|
var _0x4e7632 = Object[_0x23110c(0x116)](PLANECLIPMODE)
|
|
const _0x4641 = [
|
"158nuuFNa",
|
"freeze",
|
"89rBuRkZ",
|
"4007vmbWBH",
|
"71sngMHz",
|
"25yXBlTM",
|
"27281ijxbCP",
|
"1406816zMNLQx",
|
"20849CPYchO",
|
"1290289ZhwANP",
|
"9419pycoIm",
|
"95704GsfPUE"
|
]
|
function _0x396a(_0x4a7c57, _0x5223be) {
|
_0x4a7c57 = _0x4a7c57 - 0x6e
|
let _0x46418c = _0x4641[_0x4a7c57]
|
return _0x46418c
|
}
|
const _0x168d92 = _0x396a
|
;(function (_0x19b9c4, _0x207fb9) {
|
const _0xd45d8e = _0x396a
|
while (!![]) {
|
try {
|
const _0x5d49b6 =
|
-parseInt(_0xd45d8e(0x78)) * parseInt(_0xd45d8e(0x6e)) +
|
parseInt(_0xd45d8e(0x72)) * -parseInt(_0xd45d8e(0x76)) +
|
-parseInt(_0xd45d8e(0x70)) * -parseInt(_0xd45d8e(0x71)) +
|
parseInt(_0xd45d8e(0x79)) +
|
parseInt(_0xd45d8e(0x77)) +
|
parseInt(_0xd45d8e(0x74)) * parseInt(_0xd45d8e(0x73)) +
|
parseInt(_0xd45d8e(0x75))
|
if (_0x5d49b6 === _0x207fb9) break
|
else _0x19b9c4["push"](_0x19b9c4["shift"]())
|
} catch (_0x2ddc74) {
|
_0x19b9c4["push"](_0x19b9c4["shift"]())
|
}
|
}
|
})(_0x4641, 0xd2b00)
|
const HypsometricSettingEnum = {
|
DisplayMode: {
|
NONE: 0x0,
|
FACE: 0x1,
|
LINE: 0x2,
|
FACE_AND_LINE: 0x3
|
},
|
AnalysisRegionMode: {
|
ARM_NONE: 0x0,
|
ARM_ALL: 0x1,
|
ARM_REGION: 0x2
|
},
|
FilterMode: {
|
LINEAR: 0x0,
|
NEAREST: 0x1
|
}
|
}
|
var _0x4b57af = Object[_0x168d92(0x6f)](HypsometricSettingEnum)
|
|
var _0x1773 = [
|
"979457qXsaSz",
|
"maxCategory",
|
"region",
|
"21yuepzr",
|
"496953EvYMlW",
|
"isUseRegion",
|
"115535bZxTDd",
|
"24946cdgcWA",
|
"maxHeight",
|
"ARM_NONE",
|
"isDestroyed",
|
"setting",
|
"isUseHypColorTable",
|
"renderTexture",
|
"AnalysisRegionMode",
|
"15749lzDbaG",
|
"regionUpdate",
|
"475186uyghhH",
|
"minHeight",
|
"26EslNLW",
|
"prototype",
|
"maxInstensity",
|
"texture",
|
"minInstensity",
|
"2QHEXQz",
|
"456761RUeWkW",
|
"analysisMode"
|
]
|
var _0x3b636b = _0x22b7
|
function _0x22b7(_0x33c88a, _0x19ea1d) {
|
_0x33c88a = _0x33c88a - 0x18e
|
var _0x177351 = _0x1773[_0x33c88a]
|
return _0x177351
|
}
|
;(function (_0xbc71b2, _0x328573) {
|
var _0x256844 = _0x22b7
|
while (!![]) {
|
try {
|
var _0x957fe7 =
|
parseInt(_0x256844(0x191)) * -parseInt(_0x256844(0x1a0)) +
|
-parseInt(_0x256844(0x18f)) +
|
-parseInt(_0x256844(0x197)) +
|
-parseInt(_0x256844(0x1a8)) * -parseInt(_0x256844(0x19c)) +
|
-parseInt(_0x256844(0x19d)) +
|
parseInt(_0x256844(0x19f)) +
|
-parseInt(_0x256844(0x196)) * -parseInt(_0x256844(0x199))
|
if (_0x957fe7 === _0x328573) break
|
else _0xbc71b2["push"](_0xbc71b2["shift"]())
|
} catch (_0x4e92fe) {
|
_0xbc71b2["push"](_0xbc71b2["shift"]())
|
}
|
}
|
})(_0x1773, 0x50002)
|
function Hypsometric(_0x306dee) {
|
var _0x48a77b = _0x22b7
|
;(this[_0x48a77b(0x1a4)] = undefined),
|
(this[_0x48a77b(0x194)] = undefined),
|
(this[_0x48a77b(0x1a6)] = undefined),
|
(this[_0x48a77b(0x19b)] = undefined),
|
(this["bounds"] = new Cesium["Cartesian4"]()),
|
(this[_0x48a77b(0x1a5)] = ![]),
|
(this[_0x48a77b(0x19e)] = ![]),
|
(this[_0x48a77b(0x18e)] = ![]),
|
(this[_0x48a77b(0x198)] = _0x4b57af[_0x48a77b(0x1a7)][_0x48a77b(0x1a2)]),
|
(this[_0x48a77b(0x193)] = _0x306dee["maxInstensity"]),
|
(this[_0x48a77b(0x195)] = _0x306dee["minInstensity"]),
|
(this["maxHeight"] = _0x306dee[_0x48a77b(0x1a1)]),
|
(this[_0x48a77b(0x190)] = _0x306dee["minHeight"]),
|
(this[_0x48a77b(0x19a)] = _0x306dee[_0x48a77b(0x19a)]),
|
(this["minCategory"] = _0x306dee["minCategory"]),
|
(this["isUseColorByHeight"] = !![])
|
}
|
;(Hypsometric[_0x3b636b(0x192)][_0x3b636b(0x1a3)] = function () {
|
return ![]
|
}),
|
(Hypsometric[_0x3b636b(0x192)]["destroy"] = function () {
|
var _0x5c6f8a = _0x3b636b
|
;(this[_0x5c6f8a(0x1a4)] = undefined),
|
(this[_0x5c6f8a(0x194)] = this["texture"] && !this[_0x5c6f8a(0x194)]["isDestroyed"]() && this[_0x5c6f8a(0x194)]["destroy"]()),
|
(this[_0x5c6f8a(0x1a6)] = this[_0x5c6f8a(0x1a6)] && !this[_0x5c6f8a(0x1a6)]["isDestroyed"]() && this[_0x5c6f8a(0x1a6)]["destroy"]())
|
})
|
|
const _0x3606 = [
|
"970454xXsBGi",
|
"prototype",
|
"_dictColorTable",
|
"1ynOImE",
|
"Cartesian2",
|
"FilterMode",
|
"_loadedEmissionTexture",
|
"_getEmissionTexAtlasTilingAndOffset",
|
"_minVisibleValue",
|
"_displayMode",
|
"defined",
|
"_emissionTexCoordScale",
|
"DisplayMode",
|
"456329xsQQah",
|
"LINEAR",
|
"_maxVisibleValue",
|
"_ceiling",
|
"_textureFilterMode",
|
"225308ahymoi",
|
"min",
|
"VTiling",
|
"_emissionTextureArray",
|
"259991LAfQjw",
|
"569UKGAeS",
|
"width",
|
"destroy",
|
"1SzPsLQ",
|
"955128RBtbPF",
|
"_emissionTextureUrl",
|
"2462LFxDUJ",
|
"637801Qlkofk",
|
"USpeed",
|
"length",
|
"2cmHPyG",
|
"_coverageArea",
|
"_floor",
|
"_emissionTexCoordSpeed",
|
"Color",
|
"_visibleDistanceMin",
|
"_lineColor",
|
"textureAtlasID",
|
"clone",
|
"_getEmissionAtlasTextureRects",
|
"_visibleDistanceMax",
|
"_linesInterval",
|
"MAX_VALUE",
|
"_noValueColor",
|
"_opacity",
|
"getItem",
|
"_emissionTextureChanged",
|
"push",
|
"now",
|
"_minVisibleAltitude",
|
"_maxVisibleAltitude",
|
"_updatePolygon",
|
"_updateColorDictTable",
|
"_emissionTextureAtlas",
|
"altitude"
|
]
|
const _0x12e17d = _0x5953
|
;(function (_0x3ba0dd, _0x58284c) {
|
const _0x563cdb = _0x5953
|
while (!![]) {
|
try {
|
const _0x1acd41 =
|
parseInt(_0x563cdb(0x13c)) * parseInt(_0x563cdb(0x138)) +
|
-parseInt(_0x563cdb(0x140)) * parseInt(_0x563cdb(0x125)) +
|
parseInt(_0x563cdb(0x13d)) +
|
-parseInt(_0x563cdb(0x134)) +
|
parseInt(_0x563cdb(0x122)) +
|
-parseInt(_0x563cdb(0x143)) * -parseInt(_0x563cdb(0x12f)) +
|
parseInt(_0x563cdb(0x13f)) * -parseInt(_0x563cdb(0x139))
|
if (_0x1acd41 === _0x58284c) break
|
else _0x3ba0dd["push"](_0x3ba0dd["shift"]())
|
} catch (_0x4e014b) {
|
_0x3ba0dd["push"](_0x3ba0dd["shift"]())
|
}
|
}
|
})(_0x3606, 0xcbac4)
|
function HypsometricSetting() {
|
const _0x161e28 = _0x5953
|
;(this[
|
_0x161e28(0x131)
|
] = 0xfffffffffffff800000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000),
|
(this[_0x161e28(0x12a)] =
|
-0xfffffffffffff800000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000),
|
(this[_0x161e28(0x145)] = 0x0),
|
(this[_0x161e28(0x132)] = 0x0),
|
(this["_opacity"] = 0x1),
|
(this[_0x161e28(0x11f)] = ![]),
|
(this[_0x161e28(0x144)] = []),
|
(this[_0x161e28(0x114)] = 0x64),
|
(this[_0x161e28(0x11e)] = !![]),
|
(this[_0x161e28(0x10f)] = new Cesium[_0x161e28(0x10d)](0x0, 0x1, 0x1, 0x1)),
|
(this[_0x161e28(0x12b)] = _0x4b57af[_0x161e28(0x12e)]["FACE"]),
|
(this[_0x161e28(0x124)] = undefined),
|
(this[_0x161e28(0x13e)] = ""),
|
(this[_0x161e28(0x119)] = ![]),
|
(this[_0x161e28(0x146)] = new Cesium[_0x161e28(0x126)](0x0, 0x0)),
|
(this[_0x161e28(0x12d)] = new Cesium[_0x161e28(0x126)](0x32, 0x32)),
|
(this[_0x161e28(0x137)] = []),
|
(this[_0x161e28(0x128)] = 0x0),
|
(this[_0x161e28(0x116)] = new Cesium[_0x161e28(0x10d)](0x1, 0x1, 0x1, 0x1)),
|
(this[_0x161e28(0x133)] = _0x4b57af[_0x161e28(0x127)][_0x161e28(0x130)]),
|
(this[_0x161e28(0x113)] = Number[_0x161e28(0x115)]),
|
(this[_0x161e28(0x10e)] = 0x0),
|
(this[_0x161e28(0x11c)] = 0x0),
|
(this[_0x161e28(0x11d)] = Number[_0x161e28(0x115)])
|
}
|
Object["defineProperties"](HypsometricSetting["prototype"], {
|
MinVisibleValue: {
|
get: function () {
|
const _0x3f758e = _0x5953
|
return this[_0x3f758e(0x12a)]
|
},
|
set: function (_0x2a20c0) {
|
this["_minVisibleValue"] = _0x2a20c0
|
}
|
},
|
MaxVisibleValue: {
|
get: function () {
|
const _0x1ca9f1 = _0x5953
|
return this[_0x1ca9f1(0x131)]
|
},
|
set: function (_0x5c59c8) {
|
this["_maxVisibleValue"] = _0x5c59c8
|
}
|
},
|
ColorTableMaxKey: {
|
get: function () {
|
const _0x18adbe = _0x5953
|
return this[_0x18adbe(0x132)]
|
},
|
set: function (_0x566600) {
|
const _0x122e4c = _0x5953
|
this[_0x122e4c(0x132)] = _0x566600
|
}
|
},
|
ColorTableMinKey: {
|
get: function () {
|
return this["_floor"]
|
},
|
set: function (_0x561b8c) {
|
const _0x34870f = _0x5953
|
this[_0x34870f(0x145)] = _0x561b8c
|
}
|
},
|
ColorTable: {
|
get: function () {
|
const _0x530e5b = _0x5953
|
return this[_0x530e5b(0x124)]
|
},
|
set: function (_0x2881eb) {
|
const _0x4e85c9 = _0x5953
|
if (!Cesium[_0x4e85c9(0x12c)](_0x2881eb)) {
|
Cesium["defined"](this[_0x4e85c9(0x124)]) && (this[_0x4e85c9(0x124)]["destroy"](), (this[_0x4e85c9(0x124)] = null))
|
return
|
}
|
;(this[_0x4e85c9(0x124)] = _0x2881eb), (this[_0x4e85c9(0x11f)] = !![])
|
let _0x606de8 = this[_0x4e85c9(0x124)]["count"]()
|
if (_0x606de8 < 0x1) return
|
let _0xea1af2 = 0x0,
|
_0x1c2b2e = 0x0,
|
_0x27a532 = this[_0x4e85c9(0x124)][_0x4e85c9(0x118)](0x0)
|
Cesium["defined"](_0x27a532) && Cesium[_0x4e85c9(0x12c)](_0x27a532["altitude"]) && (_0xea1af2 = parseFloat(_0x27a532[_0x4e85c9(0x121)])),
|
(_0x27a532 = this[_0x4e85c9(0x124)]["getItem"](_0x606de8 - 0x1)),
|
Cesium[_0x4e85c9(0x12c)](_0x27a532) && Cesium["defined"](_0x27a532["altitude"]) && (_0x1c2b2e = parseFloat(_0x27a532[_0x4e85c9(0x121)])),
|
(this[_0x4e85c9(0x132)] = Math["max"](_0xea1af2, _0x1c2b2e)),
|
(this[_0x4e85c9(0x145)] = Math[_0x4e85c9(0x135)](_0xea1af2, _0x1c2b2e))
|
}
|
},
|
Opacity: {
|
get: function () {
|
const _0x8626ca = _0x5953
|
return this[_0x8626ca(0x117)]
|
},
|
set: function (_0x2814af) {
|
const _0x58e1ff = _0x5953
|
this[_0x58e1ff(0x117)] = _0x2814af
|
}
|
},
|
CoverageArea: {
|
get: function () {
|
const _0x2effb5 = _0x5953
|
return this[_0x2effb5(0x144)]
|
},
|
set: function (_0x5c0d0b) {
|
const _0x1ebedf = _0x5953
|
;(this[_0x1ebedf(0x11e)] = !![]), (this[_0x1ebedf(0x144)][_0x1ebedf(0x142)] = 0x0)
|
if (!Cesium[_0x1ebedf(0x12c)](_0x5c0d0b)) return
|
for (let _0x196984 = 0x0; _0x196984 < _0x5c0d0b[_0x1ebedf(0x142)]; _0x196984++) {
|
this[_0x1ebedf(0x144)][_0x196984] = _0x5c0d0b[_0x196984]
|
}
|
}
|
},
|
DisplayMode: {
|
get: function () {
|
const _0x3b8b42 = _0x5953
|
return this[_0x3b8b42(0x12b)]
|
},
|
set: function (_0x5552af) {
|
const _0x51e911 = _0x5953
|
this[_0x51e911(0x12b)] = _0x5552af
|
}
|
},
|
LineColor: {
|
get: function () {
|
return this["_lineColor"]
|
},
|
set: function (_0x1a0c21) {
|
const _0x1957cb = _0x5953
|
Cesium[_0x1957cb(0x10d)][_0x1957cb(0x111)](_0x1a0c21, this[_0x1957cb(0x10f)])
|
}
|
},
|
LineInterval: {
|
get: function () {
|
const _0x1c3beb = _0x5953
|
return this[_0x1c3beb(0x114)]
|
},
|
set: function (_0x5d411c) {
|
const _0x1bbae1 = _0x5953
|
this[_0x1bbae1(0x114)] = _0x5d411c
|
}
|
},
|
UpdateColorDictTable: {
|
get: function () {
|
const _0x1d7abc = _0x5953
|
return this[_0x1d7abc(0x11f)]
|
},
|
set: function (_0x54d8fa) {
|
this["_updateColorDictTable"] = _0x54d8fa
|
}
|
},
|
UpdatePolygonRegion: {
|
get: function () {
|
return this["_updatePolygon"]
|
},
|
set: function (_0x7e680d) {
|
this["_updatePolygon"] = _0x7e680d
|
}
|
},
|
emissionTextureUrl: {
|
get: function () {
|
const _0xb400ae = _0x5953
|
return this[_0xb400ae(0x13e)]
|
},
|
set: function (_0x1b2832) {
|
const _0x5942fb = _0x5953
|
;(this["_emissionTextureUrl"] = _0x1b2832),
|
(this[_0x5942fb(0x137)] = []),
|
this["_emissionTextureArray"][_0x5942fb(0x11a)]({
|
url: _0x1b2832,
|
USpeed: this[_0x5942fb(0x146)]["x"],
|
VSpeed: this[_0x5942fb(0x146)]["y"],
|
UTiling: this[_0x5942fb(0x12d)]["x"],
|
VTiling: this[_0x5942fb(0x12d)]["y"]
|
}),
|
(this[_0x5942fb(0x119)] = !![]),
|
(this[_0x5942fb(0x128)] = 0x0)
|
}
|
},
|
emissionTexCoordUSpeed: {
|
get: function () {
|
const _0x4c7a6f = _0x5953
|
return this[_0x4c7a6f(0x146)]["x"]
|
},
|
set: function (_0x1412c5) {
|
const _0x2d4738 = _0x5953
|
Cesium["defined"](this[_0x2d4738(0x137)]) &&
|
this[_0x2d4738(0x137)][_0x2d4738(0x142)] > 0x0 &&
|
(this["_emissionTextureArray"][0x0][_0x2d4738(0x141)] = _0x1412c5),
|
(this[_0x2d4738(0x146)]["x"] = _0x1412c5)
|
}
|
},
|
emissionTexCoordVSpeed: {
|
get: function () {
|
const _0x5a1b70 = _0x5953
|
return this[_0x5a1b70(0x146)]["y"]
|
},
|
set: function (_0x20197a) {
|
const _0x3163d1 = _0x5953
|
Cesium[_0x3163d1(0x12c)](this["_emissionTextureArray"]) &&
|
this[_0x3163d1(0x137)][_0x3163d1(0x142)] > 0x0 &&
|
(this["_emissionTextureArray"][0x0]["VSpeed"] = _0x20197a),
|
(this[_0x3163d1(0x146)]["y"] = _0x20197a)
|
}
|
},
|
emissionTexCoordScale: {
|
get: function () {
|
return this["_emissionTexCoordScale"]
|
},
|
set: function (_0x469f61) {
|
const _0x39d5e3 = _0x5953
|
Cesium["defined"](this[_0x39d5e3(0x137)]) &&
|
this[_0x39d5e3(0x137)]["length"] > 0x0 &&
|
((this["_emissionTextureArray"][0x0]["UTiling"] = _0x469f61["x"]), (this[_0x39d5e3(0x137)][0x0][_0x39d5e3(0x136)] = _0x469f61["y"])),
|
(this[_0x39d5e3(0x12d)] = _0x469f61)
|
}
|
},
|
emissionTextureArray: {
|
get: function () {
|
const _0x37ea1e = _0x5953
|
return this[_0x37ea1e(0x137)]
|
},
|
set: function (_0x18a247) {
|
const _0x2b4afb = _0x5953
|
;(this[_0x2b4afb(0x137)] = _0x18a247), (this[_0x2b4afb(0x119)] = !![]), (this[_0x2b4afb(0x128)] = 0x0)
|
}
|
},
|
noValueColor: {
|
get: function () {
|
const _0x4bcc0c = _0x5953
|
return this[_0x4bcc0c(0x116)]
|
},
|
set: function (_0x4ea5c7) {
|
const _0x23c935 = _0x5953
|
if (!Cesium[_0x23c935(0x12c)](_0x4ea5c7)) return
|
this[_0x23c935(0x116)] = Cesium[_0x23c935(0x10d)]["clone"](_0x4ea5c7, this["_noValueColor"])
|
}
|
},
|
filterMode: {
|
get: function () {
|
const _0x158d84 = _0x5953
|
return this[_0x158d84(0x133)]
|
},
|
set: function (_0x1266a3) {
|
const _0x488bd8 = _0x5953
|
this[_0x488bd8(0x133)] = _0x1266a3
|
}
|
},
|
visibleDistanceMax: {
|
get: function () {
|
const _0x16ce02 = _0x5953
|
return this[_0x16ce02(0x113)]
|
},
|
set: function (_0xfc368d) {
|
const _0x1a422b = _0x5953
|
this[_0x1a422b(0x113)] = _0xfc368d
|
}
|
},
|
visibleDistanceMin: {
|
get: function () {
|
const _0x36a85b = _0x5953
|
return this[_0x36a85b(0x10e)]
|
},
|
set: function (_0x5e871c) {
|
const _0x7e36fd = _0x5953
|
this[_0x7e36fd(0x10e)] = _0x5e871c
|
}
|
},
|
minVisibleAltitude: {
|
get: function () {
|
return this["_minVisibleAltitude"]
|
},
|
set: function (_0x18fc6f) {
|
const _0x20dc0d = _0x5953
|
this[_0x20dc0d(0x11c)] = _0x18fc6f
|
}
|
},
|
maxVisibleAltitude: {
|
get: function () {
|
const _0x315350 = _0x5953
|
return this[_0x315350(0x11d)]
|
},
|
set: function (_0x4e2cac) {
|
const _0x3796a4 = _0x5953
|
this[_0x3796a4(0x11d)] = _0x4e2cac
|
}
|
}
|
}),
|
(HypsometricSetting[_0x12e17d(0x111)] = function (_0x1fbbb3, _0x816e7f) {
|
const _0xdfa3b9 = _0x12e17d
|
if (!_0x1fbbb3) return undefined
|
!_0x816e7f && (_0x816e7f = new HypsometricSetting())
|
;(_0x816e7f["_maxVisibleValue"] = _0x1fbbb3[_0xdfa3b9(0x131)]),
|
(_0x816e7f[_0xdfa3b9(0x12a)] = _0x1fbbb3["_minVisibleValue"]),
|
(_0x816e7f["_floor"] = _0x1fbbb3[_0xdfa3b9(0x145)]),
|
(_0x816e7f["_ceiling"] = _0x1fbbb3["_ceiling"]),
|
(_0x816e7f[_0xdfa3b9(0x117)] = _0x1fbbb3[_0xdfa3b9(0x117)]),
|
(_0x816e7f[_0xdfa3b9(0x11f)] = _0x1fbbb3[_0xdfa3b9(0x11f)]),
|
(_0x816e7f[_0xdfa3b9(0x114)] = _0x1fbbb3["_linesInterval"]),
|
(_0x816e7f["_updatePolygon"] = _0x1fbbb3[_0xdfa3b9(0x11e)]),
|
(_0x816e7f[_0xdfa3b9(0x12b)] = _0x1fbbb3[_0xdfa3b9(0x12b)]),
|
(_0x816e7f["_lineColor"] = Cesium[_0xdfa3b9(0x10d)][_0xdfa3b9(0x111)](_0x1fbbb3[_0xdfa3b9(0x10f)], _0x816e7f["_lineColor"])),
|
(_0x816e7f[_0xdfa3b9(0x124)] = _0x1fbbb3[_0xdfa3b9(0x124)]),
|
(_0x816e7f["_emissionTexCoordSpeed"] = Cesium[_0xdfa3b9(0x126)]["clone"](_0x1fbbb3[_0xdfa3b9(0x146)], _0x816e7f[_0xdfa3b9(0x146)])),
|
(_0x816e7f[_0xdfa3b9(0x12d)] = Cesium["Cartesian2"]["clone"](_0x1fbbb3[_0xdfa3b9(0x12d)], _0x816e7f["_emissionTexCoordScale"])),
|
(_0x816e7f[_0xdfa3b9(0x13e)] = _0x1fbbb3["_emissionTextureUrl"]),
|
(_0x816e7f[_0xdfa3b9(0x137)] = _0x1fbbb3[_0xdfa3b9(0x137)]),
|
(_0x816e7f[_0xdfa3b9(0x128)] = _0x1fbbb3["_loadedEmissionTexture"]),
|
(_0x816e7f[_0xdfa3b9(0x116)] = Cesium["Color"]["clone"](_0x1fbbb3[_0xdfa3b9(0x116)], _0x816e7f[_0xdfa3b9(0x116)])),
|
(_0x816e7f["_coverageArea"][_0xdfa3b9(0x142)] = 0x0)
|
for (let _0x2a869e = 0x0; _0x2a869e < _0x1fbbb3[_0xdfa3b9(0x144)][_0xdfa3b9(0x142)]; _0x2a869e++) {
|
_0x816e7f[_0xdfa3b9(0x144)][_0x2a869e] = _0x1fbbb3[_0xdfa3b9(0x144)][_0x2a869e]
|
}
|
return (
|
(_0x816e7f[_0xdfa3b9(0x133)] = _0x1fbbb3[_0xdfa3b9(0x133)]),
|
(_0x816e7f[_0xdfa3b9(0x113)] = _0x1fbbb3[_0xdfa3b9(0x113)]),
|
(_0x816e7f["_visibleDistanceMin"] = _0x1fbbb3[_0xdfa3b9(0x10e)]),
|
(_0x816e7f[_0xdfa3b9(0x11d)] = _0x1fbbb3["_maxVisibleAltitude"]),
|
(_0x816e7f["_minVisibleAltitude"] = _0x1fbbb3[_0xdfa3b9(0x11c)]),
|
_0x816e7f
|
)
|
})
|
let scratchTextureRects = []
|
function _0x5953(_0x3f5930, _0xe1001b) {
|
_0x3f5930 = _0x3f5930 - 0x10d
|
let _0x360678 = _0x3606[_0x3f5930]
|
return _0x360678
|
}
|
HypsometricSetting[_0x12e17d(0x123)][_0x12e17d(0x112)] = function () {
|
const _0x5c62c1 = _0x12e17d
|
let _0x9eba80 = this[_0x5c62c1(0x120)]
|
if (!_0x9eba80) return scratchTextureRects
|
let _0x172321 = this["_emissionTextureArray"][_0x5c62c1(0x142)],
|
_0x365454
|
if (scratchTextureRects[_0x5c62c1(0x142)] != _0x172321) {
|
scratchTextureRects = []
|
for (_0x365454 = 0x0; _0x365454 < _0x172321; _0x365454++) {
|
scratchTextureRects["push"](new Cartesian4())
|
}
|
}
|
for (_0x365454 = 0x0; _0x365454 < _0x172321; _0x365454++) {
|
let _0x43d465 = this[_0x5c62c1(0x137)][_0x365454],
|
_0x26c708 = _0x9eba80["textureCoordinates"][_0x43d465[_0x5c62c1(0x110)]]
|
_0x26c708 &&
|
((scratchTextureRects[_0x365454]["x"] = _0x26c708["x"]),
|
(scratchTextureRects[_0x365454]["y"] = _0x26c708["y"]),
|
(scratchTextureRects[_0x365454]["z"] = _0x26c708["x"] + _0x26c708[_0x5c62c1(0x13a)]),
|
(scratchTextureRects[_0x365454]["w"] = _0x26c708["y"] + _0x26c708["height"]))
|
}
|
return scratchTextureRects
|
}
|
let scratchTextureTilingsAndOffsets = []
|
;(HypsometricSetting["prototype"][_0x12e17d(0x129)] = function () {
|
const _0x4b8893 = _0x12e17d
|
if (!this[_0x4b8893(0x137)]) return scratchTextureTilingsAndOffsets
|
let _0xb557e6 = this[_0x4b8893(0x137)]["length"],
|
_0x37df86
|
if (scratchTextureTilingsAndOffsets[_0x4b8893(0x142)] != _0xb557e6) {
|
scratchTextureTilingsAndOffsets = []
|
for (_0x37df86 = 0x0; _0x37df86 < _0xb557e6; _0x37df86++) {
|
scratchTextureTilingsAndOffsets[_0x4b8893(0x11a)](new Cartesian4())
|
}
|
}
|
let _0x432235 = performance[_0x4b8893(0x11b)]() / 0x3e8
|
for (_0x37df86 = 0x0; _0x37df86 < _0xb557e6; _0x37df86++) {
|
let _0x4c0aff = this[_0x4b8893(0x137)][_0x37df86]
|
;(scratchTextureTilingsAndOffsets[_0x37df86]["x"] = _0x4c0aff["UTiling"]),
|
(scratchTextureTilingsAndOffsets[_0x37df86]["y"] = _0x4c0aff[_0x4b8893(0x136)]),
|
(scratchTextureTilingsAndOffsets[_0x37df86]["z"] = _0x4c0aff[_0x4b8893(0x141)] * _0x432235),
|
(scratchTextureTilingsAndOffsets[_0x37df86]["w"] = _0x4c0aff["VSpeed"] * _0x432235)
|
}
|
return scratchTextureTilingsAndOffsets
|
}),
|
(HypsometricSetting[_0x12e17d(0x123)][_0x12e17d(0x13b)] = function () {
|
const _0x4845a2 = _0x12e17d
|
;(this[_0x4845a2(0x144)]["length"] = 0x0), (this["_dictColorTable"] = this[_0x4845a2(0x124)] && this[_0x4845a2(0x124)][_0x4845a2(0x13b)]())
|
})
|
|
var _0x123b = [
|
"4ApEtnJ",
|
"bounds",
|
"isDestroyed",
|
"prototype",
|
"790971OZatby",
|
"removeAll",
|
"87378aolAlI",
|
"613TRzCyx",
|
"Cartesian4",
|
"5ucCxzB",
|
"AssociativeArray",
|
"isUpdate",
|
"207694HeIGIa",
|
"1913426RkXdMH",
|
"destroy",
|
"fbo",
|
"2437781ptCVjK",
|
"760932LzKKAp",
|
"texture",
|
"321bqRctR",
|
"regions",
|
"textureWidth"
|
]
|
var _0x39bc19 = _0x1f29
|
;(function (_0x4d6a7e, _0x25889c) {
|
var _0x4d420f = _0x1f29
|
while (!![]) {
|
try {
|
var _0x281747 =
|
parseInt(_0x4d420f(0xe6)) +
|
-parseInt(_0x4d420f(0xef)) +
|
-parseInt(_0x4d420f(0xe8)) * parseInt(_0x4d420f(0xf2)) +
|
parseInt(_0x4d420f(0xf1)) * -parseInt(_0x4d420f(0xeb)) +
|
-parseInt(_0x4d420f(0xe1)) * -parseInt(_0x4d420f(0xde)) +
|
-parseInt(_0x4d420f(0xe2)) +
|
parseInt(_0x4d420f(0xe5))
|
if (_0x281747 === _0x25889c) break
|
else _0x4d6a7e["push"](_0x4d6a7e["shift"]())
|
} catch (_0x5d71fd) {
|
_0x4d6a7e["push"](_0x4d6a7e["shift"]())
|
}
|
}
|
})(_0x123b, 0xf0d85)
|
function Flatten() {
|
var _0x67c123 = _0x1f29
|
;(this[_0x67c123(0xea)] = 0x400),
|
(this["textureHeight"] = 0x400),
|
(this[_0x67c123(0xec)] = new Cesium[_0x67c123(0xf3)]()),
|
(this[_0x67c123(0xe7)] = undefined),
|
(this[_0x67c123(0xe4)] = undefined),
|
(this[_0x67c123(0xe9)] = new Cesium[_0x67c123(0xdf)]()),
|
(this[_0x67c123(0xe0)] = ![]),
|
(this["flattening"] = ![])
|
}
|
function _0x1f29(_0x381a54, _0x47d75d) {
|
_0x381a54 = _0x381a54 - 0xde
|
var _0x123b07 = _0x123b[_0x381a54]
|
return _0x123b07
|
}
|
;(Flatten[_0x39bc19(0xee)][_0x39bc19(0xed)] = function () {
|
return ![]
|
}),
|
(Flatten["prototype"][_0x39bc19(0xe3)] = function () {
|
var _0x14e287 = _0x39bc19
|
;(this[_0x14e287(0xe7)] = this[_0x14e287(0xe7)] && this[_0x14e287(0xe7)][_0x14e287(0xe3)]()),
|
(this[_0x14e287(0xe4)] = this[_0x14e287(0xe4)] && this[_0x14e287(0xe4)]["destroy"]()),
|
this["regions"][_0x14e287(0xf0)]()
|
})
|
|
var _0x181f = ["58964RIuVnO", "491935IWAwnu", "603505TQgzcn", "4868WBgWjD", "805434bydukO", "1480150bHxBxF", "203kwyGqo", "1716392bJGjyf"]
|
function _0x252f(_0x443c3e, _0x16668b) {
|
_0x443c3e = _0x443c3e - 0x65
|
var _0x181fd2 = _0x181f[_0x443c3e]
|
return _0x181fd2
|
}
|
;(function (_0x4a0fc6, _0x568673) {
|
var _0x286eaf = _0x252f
|
while (!![]) {
|
try {
|
var _0x9c0740 =
|
parseInt(_0x286eaf(0x6a)) * parseInt(_0x286eaf(0x67)) +
|
-parseInt(_0x286eaf(0x6c)) +
|
parseInt(_0x286eaf(0x6b)) +
|
-parseInt(_0x286eaf(0x65)) +
|
-parseInt(_0x286eaf(0x69)) +
|
-parseInt(_0x286eaf(0x66)) +
|
parseInt(_0x286eaf(0x68))
|
if (_0x9c0740 === _0x568673) break
|
else _0x4a0fc6["push"](_0x4a0fc6["shift"]())
|
} catch (_0x2b67a2) {
|
_0x4a0fc6["push"](_0x4a0fc6["shift"]())
|
}
|
}
|
})(_0x181f, 0xd5bd4)
|
var _0x23c345 =
|
"\x0aattribute\x20vec4\x20aPosition;\x0auniform\x20vec4\x20uRect;\x0a#ifdef\x20Mode_Height\x0avarying\x20float\x20vHeight;\x0a#endif\x0a\x0avoid\x20main()\x0a{\x0a\x20\x20\x20vec4\x20vPos\x20=\x20aPosition;\x0a\x20\x20\x20vec2\x20bounds\x20=\x20uRect.zw\x20-\x20uRect.xy;\x0a\x20\x20\x20vPos.xy\x20=\x20(vPos.xy\x20-\x20uRect.xy)\x20/\x20bounds.xy\x20*\x202.0\x20-\x201.0;\x0a\x20\x20\x20gl_Position\x20=\x20vec4(vPos.xy,\x200.5,\x201.0);\x0a#ifdef\x20Mode_Height\x0a\x20\x20\x20vHeight\x20=\x20vPos.z;\x0a#endif\x0a}"
|
|
var _0x19bd = [
|
"888wtEVTw",
|
"2420728odlbvn",
|
"344537qevEFS",
|
"1424LmWZEU",
|
"725405mnMFse",
|
"261848ihmmAw",
|
"18pYZgdQ",
|
"30479YscOIg",
|
"694317EqmOgE",
|
"\x0a#ifdef\x20Mode_Height\x0avarying\x20float\x20vHeight;\x0avec4\x20packValue(float\x20value)\x0a{\x0a\x20\x20\x20\x20float\x20SHIFT_LEFT8\x20=\x20256.0;\x0a\x09float\x20SHIFT_RIGHT8\x20=\x201.0\x20/\x20256.0;\x0a\x09vec4\x20result;\x0a\x09result.a\x20=\x20255.0;\x0a\x09float\x20fPos\x20=\x20abs(value\x20+\x209000.0)\x20*\x20SHIFT_RIGHT8;\x0a\x09result.b\x20=\x20(fPos\x20-\x20floor(fPos))\x20*\x20SHIFT_LEFT8;\x0a\x09fPos\x20=\x20floor(fPos)\x20*\x20SHIFT_RIGHT8;\x0a\x09result.g\x20=\x20(fPos\x20-\x20floor(fPos))\x20*\x20SHIFT_LEFT8;\x0a\x09result.r\x20=\x20floor(fPos);\x0a\x09result\x20/=\x20255.0;\x0a\x09return\x20result;\x0a}\x0a#endif\x0a\x0avoid\x20main()\x0a{\x0a\x20\x20\x20gl_FragColor\x20=\x20vec4(1.0);\x0a#ifdef\x20Mode_Height\x0a\x20\x20\x20gl_FragColor\x20=\x20packValue(vHeight);\x0a#endif\x0a}"
|
]
|
function _0x2050(_0x186039, _0x2864d0) {
|
_0x186039 = _0x186039 - 0xec
|
var _0x19bd59 = _0x19bd[_0x186039]
|
return _0x19bd59
|
}
|
var _0x5f508d = _0x2050
|
;(function (_0x47a11c, _0x259332) {
|
var _0x5ad24c = _0x2050
|
while (!![]) {
|
try {
|
var _0x1f1da0 =
|
parseInt(_0x5ad24c(0xec)) * -parseInt(_0x5ad24c(0xed)) +
|
parseInt(_0x5ad24c(0xee)) +
|
-parseInt(_0x5ad24c(0xf4)) +
|
-parseInt(_0x5ad24c(0xf5)) +
|
-parseInt(_0x5ad24c(0xf0)) * parseInt(_0x5ad24c(0xf3)) +
|
parseInt(_0x5ad24c(0xf2)) +
|
parseInt(_0x5ad24c(0xf1))
|
if (_0x1f1da0 === _0x259332) break
|
else _0x47a11c["push"](_0x47a11c["shift"]())
|
} catch (_0x49016b) {
|
_0x47a11c["push"](_0x47a11c["shift"]())
|
}
|
}
|
})(_0x19bd, 0xa0efb)
|
var _0x43bcfe = _0x5f508d(0xef)
|
|
const _0x29c5 = [
|
"1594667kZcXAQ",
|
"PrimitiveType",
|
"1MBaakf",
|
"min",
|
"49597mWrrVc",
|
"position",
|
"TRIANGLES",
|
"attributes",
|
"push",
|
"framebuffer",
|
"vertexArray",
|
"bounds",
|
"geometry",
|
"BufferUsage",
|
"_command",
|
"values",
|
"19058FEBhDW",
|
"623720RMTnky",
|
"shaderProgram",
|
"ShaderProgram",
|
"max",
|
"command",
|
"colorBuffer",
|
"updateGeometry",
|
"renderState",
|
"271340tWTcjI",
|
"heightBuffer",
|
"destroy",
|
"STATIC_DRAW",
|
"ShaderSource",
|
"defines",
|
"2GEtPWt",
|
"fromCache",
|
"100AABLCR",
|
"Cartesian4",
|
"Mode_Height",
|
"fromGeometry",
|
"116633DuFEHV",
|
"180136QobErI",
|
"VertexArray",
|
"38RUosWB",
|
"length",
|
"prototype",
|
"MAX_VALUE",
|
"1qzIZAJ",
|
"width",
|
"isDestroyed",
|
"BoundingRectangle",
|
"height"
|
]
|
const _0x44e8bb = _0x4bcd
|
;(function (_0x13a90c, _0x5d48fb) {
|
const _0x13218f = _0x4bcd
|
while (!![]) {
|
try {
|
const _0x4ca55c =
|
-parseInt(_0x13218f(0x1e3)) * parseInt(_0x13218f(0x1ea)) +
|
-parseInt(_0x13218f(0x1e5)) * parseInt(_0x13218f(0x1d4)) +
|
-parseInt(_0x13218f(0x1ec)) * -parseInt(_0x13218f(0x1f9)) +
|
-parseInt(_0x13218f(0x1f0)) * -parseInt(_0x13218f(0x1dd)) +
|
parseInt(_0x13218f(0x1f7)) * -parseInt(_0x13218f(0x1d5)) +
|
parseInt(_0x13218f(0x1e9)) +
|
parseInt(_0x13218f(0x1f5))
|
if (_0x4ca55c === _0x5d48fb) break
|
else _0x13a90c["push"](_0x13a90c["shift"]())
|
} catch (_0x44fd0b) {
|
_0x13a90c["push"](_0x13a90c["shift"]())
|
}
|
}
|
})(_0x29c5, 0xeea7e)
|
function _0x4bcd(_0x906968, _0x4ce85e) {
|
_0x906968 = _0x906968 - 0x1ce
|
let _0x29c587 = _0x29c5[_0x906968]
|
return _0x29c587
|
}
|
function RasterRegion() {
|
const _0xe9c5a5 = _0x4bcd
|
;(this[_0xe9c5a5(0x1cf)] = new Cesium[_0xe9c5a5(0x1e6)](
|
Number[_0xe9c5a5(0x1ef)],
|
Number["MAX_VALUE"],
|
-Number[_0xe9c5a5(0x1ef)],
|
-Number[_0xe9c5a5(0x1ef)]
|
)),
|
(this[_0xe9c5a5(0x1d9)] = undefined),
|
(this["geometry"] = undefined),
|
(this[_0xe9c5a5(0x1de)] = undefined),
|
(this[_0xe9c5a5(0x1da)] = undefined)
|
}
|
let scratchCatesian3 = new Cesium["Cartesian3"]()
|
;(RasterRegion["prototype"][_0x44e8bb(0x1db)] = function (_0x4bcf1f, _0x3e9e3f) {
|
const _0x260e45 = _0x44e8bb
|
let _0x415063 = _0x4bcf1f[_0x260e45(0x1fc)][_0x260e45(0x1fa)],
|
_0x4eaef8 = _0x415063[_0x260e45(0x1d3)]
|
for (let _0x44937c = 0x0, _0x3c6502 = _0x4eaef8[_0x260e45(0x1ed)]; _0x44937c < _0x3c6502; _0x44937c += 0x3) {
|
;(scratchCatesian3["x"] = _0x4eaef8[_0x44937c]),
|
(scratchCatesian3["y"] = _0x4eaef8[_0x44937c + 0x1]),
|
(scratchCatesian3["z"] = _0x4eaef8[_0x44937c + 0x2]),
|
Cesium["Matrix4"]["multiplyByPoint"](_0x3e9e3f, scratchCatesian3, scratchCatesian3),
|
(_0x4eaef8[_0x44937c] = scratchCatesian3["x"]),
|
(_0x4eaef8[_0x44937c + 0x1] = scratchCatesian3["y"]),
|
(_0x4eaef8[_0x44937c + 0x2] = scratchCatesian3["z"])
|
}
|
this[_0x260e45(0x1d0)] = _0x4bcf1f
|
}),
|
(RasterRegion[_0x44e8bb(0x1ee)]["updateGeoBounds"] = function (_0x4cde69) {
|
const _0x54fbc4 = _0x44e8bb
|
let _0x4f29a7 = _0x4cde69["attributes"][_0x54fbc4(0x1fa)],
|
_0x50f5e0 = _0x4f29a7[_0x54fbc4(0x1d3)],
|
_0x29b1a2 = this[_0x54fbc4(0x1cf)]
|
for (let _0x534a45 = 0x0, _0x3dc377 = _0x50f5e0[_0x54fbc4(0x1ed)]; _0x534a45 < _0x3dc377; _0x534a45 += 0x3) {
|
let _0x3615b6 = _0x50f5e0[_0x534a45],
|
_0x452647 = _0x50f5e0[_0x534a45 + 0x1]
|
;(_0x29b1a2["x"] = Math[_0x54fbc4(0x1f8)](_0x3615b6, _0x29b1a2["x"])),
|
(_0x29b1a2["y"] = Math[_0x54fbc4(0x1f8)](_0x452647, _0x29b1a2["y"])),
|
(_0x29b1a2["z"] = Math[_0x54fbc4(0x1d8)](_0x3615b6, _0x29b1a2["z"])),
|
(_0x29b1a2["w"] = Math["max"](_0x452647, _0x29b1a2["w"]))
|
}
|
}),
|
(RasterRegion[_0x44e8bb(0x1ee)]["createCommand"] = function (_0x301056, _0x29245a) {
|
const _0x555281 = _0x44e8bb
|
if (this["command"]) return
|
let _0x2b323b = _0x29245a["getColorTexture"](0x0),
|
_0xc8febd = new Cesium["DrawCommand"]({
|
primitiveType: Cesium[_0x555281(0x1f6)][_0x555281(0x1fb)]
|
}),
|
_0x2ee2da = {
|
position: 0x0
|
}
|
_0xc8febd["vertexArray"] = Cesium[_0x555281(0x1eb)][_0x555281(0x1e8)]({
|
context: _0x301056,
|
geometry: this[_0x555281(0x1d0)],
|
attributeLocations: _0x2ee2da,
|
bufferUsage: Cesium[_0x555281(0x1d1)][_0x555281(0x1e0)],
|
interleave: !![]
|
})
|
let _0x96cf7a = new Cesium[_0x555281(0x1e1)]({
|
sources: [_0x23c345]
|
}),
|
_0xf8bffb = new Cesium[_0x555281(0x1e1)]({
|
sources: [_0x43bcfe]
|
})
|
_0x96cf7a[_0x555281(0x1e2)][_0x555281(0x1fd)](_0x555281(0x1e7)),
|
_0xf8bffb[_0x555281(0x1e2)][_0x555281(0x1fd)](_0x555281(0x1e7)),
|
(_0xc8febd[_0x555281(0x1d6)] = Cesium[_0x555281(0x1d7)][_0x555281(0x1e4)]({
|
context: _0x301056,
|
vertexShaderSource: _0x96cf7a,
|
fragmentShaderSource: _0xf8bffb,
|
attributeLocations: _0x2ee2da
|
})),
|
(_0xc8febd[_0x555281(0x1fe)] = _0x29245a),
|
(_0xc8febd[_0x555281(0x1dc)] = Cesium["RenderState"]["fromCache"]({
|
viewport: new Cesium[_0x555281(0x1f3)](0x0, 0x0, _0x2b323b[_0x555281(0x1f1)], _0x2b323b[_0x555281(0x1f4)])
|
})),
|
(this[_0x555281(0x1d9)] = _0xc8febd)
|
}),
|
(RasterRegion["prototype"]["destroy"] = function () {
|
const _0x15d519 = _0x44e8bb
|
this[_0x15d519(0x1d2)] &&
|
((this[_0x15d519(0x1d2)][_0x15d519(0x1ce)] =
|
this[_0x15d519(0x1d2)][_0x15d519(0x1ce)] &&
|
!this[_0x15d519(0x1d2)][_0x15d519(0x1ce)][_0x15d519(0x1f2)]() &&
|
this[_0x15d519(0x1d2)][_0x15d519(0x1ce)][_0x15d519(0x1df)]()),
|
(this[_0x15d519(0x1d2)]["shaderProgram"] =
|
this["_command"][_0x15d519(0x1d6)] &&
|
!this["_command"][_0x15d519(0x1d6)][_0x15d519(0x1f2)]() &&
|
this["_command"][_0x15d519(0x1d6)][_0x15d519(0x1df)]()),
|
(this[_0x15d519(0x1d2)] = null)),
|
(this["colorBuffer"] = this[_0x15d519(0x1da)] && this["colorBuffer"][_0x15d519(0x1df)]()),
|
(this[_0x15d519(0x1de)] = this[_0x15d519(0x1de)] && this[_0x15d519(0x1de)][_0x15d519(0x1df)]()),
|
(this[_0x15d519(0x1d0)] = null),
|
(this[_0x15d519(0x1cf)] = null)
|
})
|
|
const _0x7163 = [
|
"_cache",
|
"1fbuJzc",
|
"defined",
|
"getSingleInstance",
|
"6vZGiQn",
|
"_singleInstance",
|
"buffer",
|
"enqueue",
|
"2036010wZmwes",
|
"byteLength",
|
"109969AAleLW",
|
"453152REiQzM",
|
"576252CWzcAE",
|
"51jJyibG",
|
"4739jElChd",
|
"prototype",
|
"527775mbtjQJ",
|
"_queue",
|
"Queue",
|
"270455qBYhDI"
|
]
|
const _0x21951c = _0x2753
|
;(function (_0x995603, _0x351b18) {
|
const _0x55e5bf = _0x2753
|
while (!![]) {
|
try {
|
const _0x2e0601 =
|
-parseInt(_0x55e5bf(0xac)) +
|
-parseInt(_0x55e5bf(0xb4)) +
|
parseInt(_0x55e5bf(0xad)) +
|
-parseInt(_0x55e5bf(0xaf)) * parseInt(_0x55e5bf(0xae)) +
|
parseInt(_0x55e5bf(0xb1)) * -parseInt(_0x55e5bf(0xb6)) +
|
-parseInt(_0x55e5bf(0xab)) * parseInt(_0x55e5bf(0xb9)) +
|
parseInt(_0x55e5bf(0xa9))
|
if (_0x2e0601 === _0x351b18) break
|
else _0x995603["push"](_0x995603["shift"]())
|
} catch (_0x5d0fca) {
|
_0x995603["push"](_0x995603["shift"]())
|
}
|
}
|
})(_0x7163, 0x70271)
|
function S3MBlockCache() {
|
const _0x503037 = _0x2753
|
;(this["_cache"] = {}), (this[_0x503037(0xb2)] = new Cesium[_0x503037(0xb3)]())
|
}
|
let _cacheSize$1 = 0x0
|
const _cacheSizeThrottle = 0x64 * 0x400 * 0x400
|
function _0x2753(_0x5063f2, _0x19eb6a) {
|
_0x5063f2 = _0x5063f2 - 0xa7
|
let _0x716321 = _0x7163[_0x5063f2]
|
return _0x716321
|
}
|
;(S3MBlockCache[_0x21951c(0xb0)]["set"] = function (_0x27cbf3, _0xcae837, _0x1ff74f) {
|
const _0x453d0f = _0x21951c
|
let _0x23894d = _0x27cbf3 + "_" + _0xcae837
|
if (this[_0x453d0f(0xb5)][_0x23894d]) return
|
;(this["_cache"][_0x23894d] = {
|
id: _0x23894d,
|
buffer: _0x1ff74f
|
}),
|
this[_0x453d0f(0xb2)][_0x453d0f(0xa8)](_0x23894d),
|
(_cacheSize$1 += _0x1ff74f[_0x453d0f(0xaa)])
|
while (_cacheSize$1 > _cacheSizeThrottle) {
|
let _0x3d5b71 = this["_queue"]["dequeue"](),
|
_0x2b040a = this[_0x453d0f(0xb5)][_0x3d5b71]
|
;(_cacheSize$1 -= _0x2b040a[_0x453d0f(0xa7)][_0x453d0f(0xaa)]), delete this[_0x453d0f(0xb5)][_0x3d5b71]
|
}
|
}),
|
(S3MBlockCache[_0x21951c(0xb0)]["get"] = function (_0x1fce68, _0x479fcd) {
|
const _0x517b42 = _0x21951c
|
let _0xa33702 = _0x1fce68 + "_" + _0x479fcd,
|
_0x49a995 = this[_0x517b42(0xb5)][_0xa33702]
|
if (!_0x49a995) return undefined
|
return _0x49a995["buffer"]
|
}),
|
(S3MBlockCache[_0x21951c(0xb0)]["contains"] = function (_0x1c0ae7, _0x31e6fc) {
|
const _0x27a569 = _0x21951c
|
let _0x5a5fe8 = _0x1c0ae7 + "_" + _0x31e6fc
|
return Cesium[_0x27a569(0xb7)](this["_cache"][_0x5a5fe8])
|
}),
|
(S3MBlockCache[_0x21951c(0xba)] = undefined),
|
(S3MBlockCache[_0x21951c(0xb8)] = function () {
|
const _0x28b853 = _0x21951c
|
return !S3MBlockCache[_0x28b853(0xba)] && (S3MBlockCache[_0x28b853(0xba)] = new S3MBlockCache()), S3MBlockCache[_0x28b853(0xba)]
|
})
|
|
const _0x4557 = [
|
"_updateEdgeDistanceFalloffFactor",
|
"RESET",
|
"FileType",
|
"cullingVolume",
|
"bool",
|
"queryNodes",
|
"clone",
|
"setObjsColor",
|
"fData",
|
"Ellipsoid",
|
"_maxWValue",
|
"destroy",
|
"_objsHideList",
|
"_maximumPriority",
|
"max\x20visible\x20altitude",
|
"clip_behind_any_plane",
|
"attachFiles",
|
"url",
|
"priority",
|
"_visibleDistanceMax",
|
"Bounds",
|
"8805VLpwTk",
|
"_removeObjsOperationType",
|
"_updateObjsOperation",
|
"values",
|
"_baseResource",
|
"isArray",
|
"EMPTY_OBJECT",
|
"multiple",
|
"_materialManager",
|
"_hypsometric",
|
"PhysicalIndex",
|
"cross",
|
"textContent",
|
"normalize",
|
"fileType",
|
"renderEntities",
|
"_maxCategory",
|
"fromDegrees",
|
"getSelection",
|
"arraySize",
|
"swipe",
|
"_updateFlattenFramebuffer",
|
"min",
|
"extensions",
|
"updateObjsColor",
|
"CLIP_BEHIND_ALL_PLANE",
|
"execute",
|
"fbo",
|
"command",
|
"MinCategory",
|
"only_keep_line",
|
"isUpdate",
|
"_createRasterRegion",
|
"ready",
|
"fetchXML",
|
"_objsVisibleMap",
|
"MinZ",
|
"dimensions",
|
"Position",
|
"Data",
|
"Multiple",
|
"children",
|
"Index",
|
"55511pCfpWD",
|
"elementCount",
|
"hasOwnProperty",
|
"fromCache",
|
"AssociativeArray",
|
"_schuduler",
|
"Check",
|
"_rootTiles",
|
"_oriClipPlane",
|
"boundingbox",
|
"1smqiNv",
|
"_imageBuffer",
|
"AutoConstants",
|
"Left",
|
"284623pIoMcN",
|
"MAX_VALUE",
|
"_maxHeight",
|
"_clipMode",
|
"ElementCount",
|
"43GrSNrz",
|
"set\x20Objs\x20Operation\x20ids",
|
"fromElements",
|
"67036QcXxkN",
|
"CLIP_NOTHING",
|
"Transforms",
|
"min\x20visible\x20altitude",
|
"Matrix4",
|
"prePassesUpdate",
|
"version",
|
"arrayFloat",
|
"pitch",
|
"curDis",
|
"positionCartographic",
|
"textureWidth",
|
"tiles",
|
"_objsOperationList",
|
"setting",
|
"atuoConstants",
|
"_swipeEnabled",
|
"object",
|
"swipeRegion\x20must\x20be\x20a\x20instance\x20of\x20BoundingRectangle.",
|
"removeObjsColor\x20ids",
|
"_processTiles",
|
"_Water",
|
"GpuConstantDefinition",
|
"_blockCache",
|
"analysisMode",
|
"getBaseUri",
|
"hypsometricSetting",
|
"timeVal",
|
"CenterX",
|
"_clipPlane",
|
"constType",
|
"gpuProgramParameters",
|
"setCustomClipBox",
|
"SELECTED",
|
"fromDegreesArrayHeights",
|
"AnalysisRegionMode",
|
"isUseHypColorTable",
|
"1oAREYZ",
|
"_enableClipPlane",
|
"averageHeight",
|
"_flattenPar",
|
"Texture",
|
"_edgeCurrentCount",
|
"isS3MB",
|
"Right",
|
"number",
|
"FData",
|
"_lodRangeScale",
|
"167801SXVQiz",
|
"setCustomClipPlane",
|
"schedule",
|
"_minWValue",
|
"map",
|
"queryNumericValue",
|
"clip_behind_all_plane",
|
"_url",
|
"when",
|
"ArraySize",
|
"_selectEnabled",
|
"BoundingRectangle",
|
"Rectangle",
|
"texture",
|
"OSGBCacheFile_Water",
|
"_cache",
|
"_isS3MBlock",
|
"context",
|
"_minVisibleAltitude",
|
"setSelection\x20ids",
|
"removeObjsColor",
|
"gpuConstants",
|
"/rest/realspace",
|
"isRootTile",
|
"setLodRangeScale",
|
"invModelMatrix",
|
"style3D",
|
"_visibleDistanceMin",
|
"queryStringValue",
|
"createGuid",
|
"unloadBlockTiles",
|
"Bottom",
|
"setVisibleInViewport",
|
"add",
|
"data/path/",
|
"pop",
|
"distance",
|
"physicalIndex",
|
"_minCategory",
|
"Cartesian2",
|
"MinY",
|
"concat",
|
"region",
|
"GpuConstants",
|
"loadConfig",
|
"OUTSIDE",
|
"PixelFormat",
|
"isS3MBlock",
|
"resolve",
|
"length",
|
"SetColor",
|
"defer",
|
"MaxX",
|
"updateGeometry",
|
"dot",
|
"the\x20index\x20is\x200~3",
|
"_waterParameters",
|
"modelMatrix",
|
"wDescript",
|
"unloadTiles",
|
"RGBA",
|
"Color",
|
"push",
|
"ARM_NONE",
|
"computeVisibility",
|
"width",
|
"update",
|
"isReal",
|
"set",
|
"Intersect",
|
"heightOffset",
|
"defineProperties",
|
"FileName",
|
"copyFrom",
|
"right",
|
"_isS3MB",
|
"uniformMap",
|
"max\x20visible\x20distance",
|
"MinHeight",
|
"Name",
|
"16986IFptSb",
|
"realspace",
|
"createCommand",
|
"clearCustomClipBox",
|
"defined",
|
"_totalMemoryUsageInBytes",
|
"bounds",
|
"21GzcpYz",
|
"Top",
|
"_updateObjsColor",
|
"setObjsVisible",
|
"25tdgkUh",
|
"multiViewportIndex",
|
"data",
|
"removeAll",
|
"maxVisibleAltitude",
|
"setOnlyObjsVisible",
|
"all",
|
"childNodes",
|
"defaultValue",
|
"_objsVisibleList",
|
"_objsColorList",
|
"then",
|
"Version",
|
"queryFirstNode",
|
"_selectedTiles",
|
"remove",
|
"_waterPlanes",
|
"removeWaterPlane",
|
"HIDE",
|
"setOnlyObjsVisible\x20isVisible",
|
"Cartesian4",
|
"minVisibleDistance",
|
"camera",
|
"_edgeDistanceFalloffFactor",
|
"heading",
|
"PolygonGeometry",
|
"_rectangle",
|
"_maxVisibleAltitude",
|
"keys",
|
"_edgeCurrentTotalLength",
|
"_visible",
|
"10196QmWYpO",
|
"_basePath",
|
"unpack",
|
"AutoConstantEntry",
|
"DeveloperError",
|
"position",
|
"_requestTiles",
|
"releaseSelection",
|
"_swipeRegion",
|
"_selections",
|
"_visibleViewport",
|
"contains",
|
"maxVisibleDistance",
|
"hypsometric",
|
"getSingleInstance",
|
"clip",
|
"eastNorthUpToFixedFrame",
|
"clipMode",
|
"geoBounds",
|
"isVisible",
|
"max",
|
"renderTexture",
|
"firstChild",
|
"getExtensionFromUri",
|
"subtract",
|
"_enableClip",
|
"heightRange",
|
"top",
|
"setSelection",
|
"ColorTable",
|
"radius",
|
"MaxHeight",
|
"namespace",
|
"Resource",
|
".s3m",
|
"_subTextureManager",
|
"_readyPromise",
|
"brdfLutGenerator",
|
"s3m:FileType",
|
"textureHeight",
|
"_multiChoose",
|
"getDerivedResource",
|
"typeOf",
|
"name",
|
"setObjsColor\x20color",
|
"min\x20visible\x20distance",
|
"dimensions\x20position\x20is\x20required\x20to\x20create\x20CustomClipBox",
|
"_position",
|
"visible",
|
"WGS84",
|
"_allObjsHide",
|
"range",
|
"Authentication\x20error",
|
"MinX",
|
"inverse",
|
"inverseViewMatrix",
|
"Cartesian3",
|
"CenterZ",
|
"GpuProgramParameters",
|
"_addRenderedEdge",
|
"set\x20Objs\x20Operation\x20operationType",
|
"setObjsColor\x20ids",
|
"destroyObject",
|
"framebuffer",
|
"abs",
|
"_hash",
|
"BoundingSphere",
|
"setOnlyObjsVisible\x20ids",
|
"free",
|
"positionWC",
|
"replace",
|
"prototype",
|
"_style3D",
|
"newFrame",
|
"_minHeight",
|
"s3mblock",
|
"transpose",
|
"_maximumMemoryUsage",
|
"_setObjsOperationType",
|
"_tranverseRenderEntity",
|
"planePos",
|
"_updateAllObjsVisible",
|
"ALL",
|
"7kiOtvX",
|
"reset",
|
"Radius",
|
"MaxZ",
|
"createGeometry",
|
"get",
|
"_selectedColor"
|
]
|
const _0x31f2c7 = _0x2a05
|
;(function (_0x680d20, _0x32f0b3) {
|
const _0x2507b1 = _0x2a05
|
while (!![]) {
|
try {
|
const _0xb8671e =
|
parseInt(_0x2507b1(0x2d2)) * parseInt(_0x2507b1(0x1b4)) +
|
parseInt(_0x2507b1(0x2db)) * parseInt(_0x2507b1(0x29d)) +
|
parseInt(_0x2507b1(0x22e)) * parseInt(_0x2507b1(0x20f)) +
|
-parseInt(_0x2507b1(0x2c8)) +
|
parseInt(_0x2507b1(0x20b)) * -parseInt(_0x2507b1(0x204)) +
|
-parseInt(_0x2507b1(0x1a9)) * -parseInt(_0x2507b1(0x2d6)) +
|
-parseInt(_0x2507b1(0x2de)) * parseInt(_0x2507b1(0x281))
|
if (_0xb8671e === _0x32f0b3) break
|
else _0x680d20["push"](_0x680d20["shift"]())
|
} catch (_0xa0dd15) {
|
_0x680d20["push"](_0x680d20["shift"]())
|
}
|
}
|
})(_0x4557, 0x31eb6)
|
function S3MTilesLayer(_0x1cefd6) {
|
const _0x45a3bb = _0x2a05
|
;(_0x1cefd6 = Cesium["defaultValue"](_0x1cefd6, Cesium["defaultValue"][_0x45a3bb(0x2a3)])),
|
Cesium[_0x45a3bb(0x2ce)]["defined"]("options.context", _0x1cefd6[_0x45a3bb(0x1c5)]),
|
Cesium[_0x45a3bb(0x2ce)]["defined"](_0x45a3bb(0x262), _0x1cefd6["rss"]),
|
(this["id"] = Cesium[_0x45a3bb(0x1d1)]()),
|
(this[_0x45a3bb(0x259)] = _0x1cefd6[_0x45a3bb(0x259)]),
|
(this["context"] = _0x1cefd6["context"]),
|
(this[_0x45a3bb(0x1ff)] = Cesium["defaultValue"](_0x1cefd6[_0x45a3bb(0x1af)], !![])),
|
(this["_isS3MBlock"] = Cesium[_0x45a3bb(0x217)](_0x1cefd6[_0x45a3bb(0x1e3)], ![])),
|
(this[_0x45a3bb(0x1bb)] = undefined),
|
(this["_basePath"] = undefined),
|
(this[_0x45a3bb(0x2a1)] = undefined),
|
(this["modelMatrix"] = new Cesium[_0x45a3bb(0x2e2)]()),
|
(this["invModelMatrix"] = new Cesium[_0x45a3bb(0x2e2)]()),
|
(this[_0x45a3bb(0x2ab)] = undefined),
|
(this[_0x45a3bb(0x25d)] = undefined),
|
(this[_0x45a3bb(0x229)] = undefined),
|
(this[_0x45a3bb(0x2cf)] = []),
|
(this["_schuduler"] = new S3MLayerScheduler()),
|
(this[_0x45a3bb(0x234)] = []),
|
(this["_processTiles"] = []),
|
(this[_0x45a3bb(0x21d)] = []),
|
(this["_cache"] = new S3MLayerCache()),
|
(this["_maximumMemoryUsage"] = -0x1),
|
(this[_0x45a3bb(0x209)] = 0x0),
|
(this[_0x45a3bb(0x295)] = {
|
foveatedFactor: -Number["MAX_VALUE"],
|
depth: -Number[_0x45a3bb(0x2d7)],
|
distance: -Number["MAX_VALUE"],
|
pixel: -Number[_0x45a3bb(0x2d7)]
|
}),
|
(this["_minimumPriority"] = {
|
foveatedFactor: Number[_0x45a3bb(0x2d7)],
|
depth: Number[_0x45a3bb(0x2d7)],
|
distance: Number[_0x45a3bb(0x2d7)],
|
pixel: Number[_0x45a3bb(0x2d7)]
|
}),
|
(this[_0x45a3bb(0x252)] = Cesium[_0x45a3bb(0x1bc)][_0x45a3bb(0x1e7)]()),
|
(this[_0x45a3bb(0x1be)] = !![]),
|
(this[_0x45a3bb(0x256)] = ![]),
|
(this["_selections"] = []),
|
(this[_0x45a3bb(0x287)] = new Cesium[_0x45a3bb(0x1f1)](0.7, 0.7, 0x1, 0x1)),
|
(this[_0x45a3bb(0x2eb)] = new Cesium[_0x45a3bb(0x2cc)]()),
|
(this["_objsVisibleList"] = new Cesium[_0x45a3bb(0x2cc)]()),
|
(this[_0x45a3bb(0x294)] = new Cesium[_0x45a3bb(0x2cc)]()),
|
(this[_0x45a3bb(0x2c0)] = {}),
|
(this[_0x45a3bb(0x219)] = {}),
|
(this["_allObjsHide"] = ![]),
|
(this["_clipMode"] = _0x4e7632[_0x45a3bb(0x2df)]),
|
(this[_0x45a3bb(0x247)] = ![]),
|
(this[_0x45a3bb(0x1aa)] = ![]),
|
(this[_0x45a3bb(0x1a1)] = [
|
new Cesium["Cartesian4"](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium["Cartesian4"](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0)
|
]),
|
(this[_0x45a3bb(0x2d0)] = [
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0),
|
new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x0, 0x0)
|
]),
|
(this["_hypsometric"] = new Hypsometric({})),
|
(this["_flattenPar"] = new Flatten()),
|
(this[_0x45a3bb(0x1da)] = 0x0),
|
(this[_0x45a3bb(0x2ad)] = 0x0),
|
(this["_minHeight"] = 0x0),
|
(this[_0x45a3bb(0x2d8)] = 0x0),
|
(this[_0x45a3bb(0x236)] = new Cesium[_0x45a3bb(0x223)](0x0, 0x0, 0x1, 0x1)),
|
(this[_0x45a3bb(0x2ee)] = ![]),
|
(this[_0x45a3bb(0x29b)] = Cesium[_0x45a3bb(0x217)](_0x1cefd6[_0x45a3bb(0x23a)], Number["MAX_VALUE"])),
|
(this[_0x45a3bb(0x1cf)] = Cesium[_0x45a3bb(0x217)](_0x1cefd6[_0x45a3bb(0x224)], 0x0)),
|
(this[_0x45a3bb(0x1c6)] = Cesium[_0x45a3bb(0x217)](_0x1cefd6["minVisibleAltitude"], 0x0)),
|
(this[_0x45a3bb(0x22a)] = Cesium["defaultValue"](_0x1cefd6[_0x45a3bb(0x213)], Number["MAX_VALUE"])),
|
(this[_0x45a3bb(0x1b3)] = Cesium[_0x45a3bb(0x217)](_0x1cefd6["lodRangeScale"], 0x1)),
|
(this[_0x45a3bb(0x22d)] = Cesium["defaultValue"](_0x1cefd6["visible"], !![])),
|
(this[_0x45a3bb(0x276)] = Cesium[_0x45a3bb(0x217)](_0x1cefd6[_0x45a3bb(0x1ce)], new Style3D())),
|
(this[_0x45a3bb(0x238)] = 0xfff),
|
(this[_0x45a3bb(0x1ec)] = undefined),
|
(this["_waterPlanes"] = undefined),
|
(this["_edgeDistanceFalloffFactor"] = 0x0),
|
(this["_edgeCurrentTotalLength"] = 0x0),
|
(this[_0x45a3bb(0x1ae)] = 0x0),
|
(this[_0x45a3bb(0x2f5)] = S3MBlockCache[_0x45a3bb(0x23c)]()),
|
(this[_0x45a3bb(0x2a5)] = undefined),
|
(this[_0x45a3bb(0x251)] = undefined),
|
this[_0x45a3bb(0x1e0)](_0x1cefd6["url"])
|
}
|
Object[_0x31f2c7(0x1fb)](S3MTilesLayer[_0x31f2c7(0x275)], {
|
ready: {
|
get: function () {
|
const _0x3da84a = _0x31f2c7
|
if (this[_0x3da84a(0x2ab)] === _0x3da84a(0x1c2)) return this[_0x3da84a(0x1ec)] !== undefined && this["_rootTiles"][_0x3da84a(0x1e5)] > 0x0
|
return this[_0x3da84a(0x2cf)][_0x3da84a(0x1e5)] > 0x0
|
}
|
},
|
readyPromise: {
|
get: function () {
|
const _0x26e5cd = _0x31f2c7
|
return this[_0x26e5cd(0x252)]
|
}
|
},
|
visible: {
|
get: function () {
|
const _0x433df6 = _0x31f2c7
|
return this[_0x433df6(0x22d)]
|
},
|
set: function (_0x1f596e) {
|
const _0xbd14de = _0x31f2c7
|
this[_0xbd14de(0x22d)] = _0x1f596e
|
}
|
},
|
style3D: {
|
get: function () {
|
return this["_style3D"]
|
}
|
},
|
rectangle: {
|
get: function () {
|
return this["_rectangle"]
|
}
|
},
|
totalMemoryUsageInBytes: {
|
get: function () {
|
const _0x11d6c1 = _0x31f2c7
|
return this[_0x11d6c1(0x209)]
|
},
|
set: function (_0x7c4645) {
|
const _0x55b962 = _0x31f2c7
|
this[_0x55b962(0x209)] = _0x7c4645
|
}
|
},
|
maximumMemoryUsage: {
|
get: function () {
|
const _0x43cd60 = _0x31f2c7
|
return this[_0x43cd60(0x27b)]
|
},
|
set: function (_0x27c0f9) {
|
const _0x395f12 = _0x31f2c7
|
this[_0x395f12(0x27b)] = _0x27c0f9
|
}
|
},
|
lodRangeScale: {
|
get: function () {
|
const _0x1a9b37 = _0x31f2c7
|
return this[_0x1a9b37(0x1b3)]
|
},
|
set: function (_0x455e91) {
|
const _0x4c1442 = _0x31f2c7
|
Cesium[_0x4c1442(0x2ce)][_0x4c1442(0x258)][_0x4c1442(0x1b1)]("set\x20layer\x20lod\x20range\x20scale", _0x455e91),
|
(this["_lodRangeScale"] = _0x455e91)
|
}
|
},
|
selectedColor: {
|
get: function () {
|
return this["_selectedColor"]
|
},
|
set: function (_0x30336f) {
|
const _0x254ae5 = _0x31f2c7
|
Cesium[_0x254ae5(0x1f1)][_0x254ae5(0x28e)](_0x30336f, this["_selectedColor"])
|
}
|
},
|
dataMinValue: {
|
get: function () {
|
const _0x276c85 = _0x31f2c7
|
return Cesium[_0x276c85(0x217)](this[_0x276c85(0x1da)], this[_0x276c85(0x278)])
|
}
|
},
|
dataMaxValue: {
|
get: function () {
|
const _0x46ea5b = _0x31f2c7
|
return Cesium[_0x46ea5b(0x217)](this[_0x46ea5b(0x2ad)], this[_0x46ea5b(0x2d8)])
|
}
|
},
|
swipeRegion: {
|
get: function () {
|
const _0x1471a6 = _0x31f2c7
|
return new Cesium["BoundingRectangle"](
|
this["_swipeRegion"]["x"],
|
this["_swipeRegion"]["y"],
|
this[_0x1471a6(0x236)]["z"] - this[_0x1471a6(0x236)]["x"],
|
this["_swipeRegion"]["w"] - this[_0x1471a6(0x236)]["y"]
|
)
|
},
|
set: function (_0x310d1f) {
|
const _0xbc8f70 = _0x31f2c7
|
if (!_0x310d1f) return
|
if (!(_0x310d1f instanceof Cesium[_0xbc8f70(0x1bf)])) throw new Cesium[_0xbc8f70(0x232)](_0xbc8f70(0x2f0))
|
Cesium[_0xbc8f70(0x223)][_0xbc8f70(0x2dd)](
|
_0x310d1f["x"],
|
_0x310d1f["y"],
|
_0x310d1f["x"] + _0x310d1f[_0xbc8f70(0x1f5)],
|
_0x310d1f["y"] + _0x310d1f["height"],
|
this[_0xbc8f70(0x236)]
|
)
|
}
|
},
|
swipeEnabled: {
|
get: function () {
|
const _0x430750 = _0x31f2c7
|
return this[_0x430750(0x2ee)]
|
},
|
set: function (_0x46648a) {
|
const _0x372352 = _0x31f2c7
|
if (_0x46648a === this[_0x372352(0x2ee)]) return
|
!_0x46648a && Cesium[_0x372352(0x223)][_0x372352(0x2dd)](0x0, 0x0, 0x1, 0x1, this[_0x372352(0x236)]),
|
(this["_swipeEnabled"] = _0x46648a),
|
this[_0x372352(0x27d)](
|
{
|
enable: _0x46648a
|
},
|
swipeCallback
|
)
|
}
|
},
|
visibleDistanceMax: {
|
get: function () {
|
return this["_visibleDistanceMax"]
|
},
|
set: function (_0x16163a) {
|
const _0x20fc33 = _0x31f2c7
|
Cesium["Check"][_0x20fc33(0x258)]["number"](_0x20fc33(0x201), _0x16163a), (this[_0x20fc33(0x29b)] = _0x16163a)
|
}
|
},
|
visibleDistanceMin: {
|
get: function () {
|
const _0x1f31e0 = _0x31f2c7
|
return this[_0x1f31e0(0x1cf)]
|
},
|
set: function (_0x3e4f51) {
|
const _0x29fe24 = _0x31f2c7
|
Cesium[_0x29fe24(0x2ce)][_0x29fe24(0x258)][_0x29fe24(0x1b1)](_0x29fe24(0x25b), _0x3e4f51), (this[_0x29fe24(0x1cf)] = _0x3e4f51)
|
}
|
},
|
minVisibleAltitude: {
|
get: function () {
|
return this["_minVisibleAltitude"]
|
},
|
set: function (_0x170105) {
|
const _0xc212dd = _0x31f2c7
|
Cesium[_0xc212dd(0x2ce)][_0xc212dd(0x258)][_0xc212dd(0x1b1)](_0xc212dd(0x2e1), _0x170105), (this[_0xc212dd(0x1c6)] = _0x170105)
|
}
|
},
|
maxVisibleAltitude: {
|
get: function () {
|
const _0x1fc5cc = _0x31f2c7
|
return this[_0x1fc5cc(0x22a)]
|
},
|
set: function (_0x3b4066) {
|
const _0x269dc0 = _0x31f2c7
|
Cesium["Check"]["typeOf"][_0x269dc0(0x1b1)](_0x269dc0(0x296), _0x3b4066), (this["_maxVisibleAltitude"] = _0x3b4066)
|
}
|
},
|
hypsometricSetting: {
|
get: function () {
|
const _0x492955 = _0x31f2c7
|
return {
|
hypsometricSetting: this["_hypsometric"][_0x492955(0x2ec)],
|
analysisMode: this[_0x492955(0x2a6)][_0x492955(0x2f6)]
|
}
|
},
|
set: function (_0x4af8a1) {
|
const _0x469fa1 = _0x31f2c7
|
let _0x3134ab = this["_hypsometric"]
|
if (!_0x4af8a1 || !_0x4af8a1[_0x469fa1(0x2f8)]) {
|
;(_0x3134ab["isUseHypColorTable"] = ![]),
|
(_0x3134ab["setting"] = _0x3134ab[_0x469fa1(0x2ec)] && _0x3134ab[_0x469fa1(0x2ec)][_0x469fa1(0x293)]()),
|
this["_tranverseRenderEntity"](
|
{
|
enable: ![]
|
},
|
hypsometricCallback
|
)
|
return
|
}
|
;(_0x3134ab[_0x469fa1(0x1de)] = _0x3134ab[_0x469fa1(0x1de)] && _0x3134ab[_0x469fa1(0x1de)][_0x469fa1(0x293)]()),
|
!_0x3134ab["renderTexture"] &&
|
(_0x3134ab[_0x469fa1(0x243)] = new Cesium[_0x469fa1(0x1ad)]({
|
context: this[_0x469fa1(0x1c5)],
|
width: 0x400,
|
height: 0x400,
|
pixelFormat: Cesium[_0x469fa1(0x1e2)][_0x469fa1(0x1f0)]
|
})),
|
!_0x3134ab[_0x469fa1(0x1c1)] &&
|
(_0x3134ab["texture"] = new Cesium[_0x469fa1(0x1ad)]({
|
context: this["context"],
|
width: 0x400,
|
height: 0x40,
|
pixelFormat: Cesium["PixelFormat"][_0x469fa1(0x1f0)],
|
flipY: ![]
|
})),
|
(_0x3134ab["analysisMode"] = Cesium[_0x469fa1(0x217)](_0x4af8a1[_0x469fa1(0x2f6)], _0x3134ab[_0x469fa1(0x2f6)])),
|
(_0x3134ab[_0x469fa1(0x2ec)] = HypsometricSetting[_0x469fa1(0x28e)](_0x4af8a1["hypsometricSetting"], _0x3134ab[_0x469fa1(0x2ec)])),
|
_0x3134ab[_0x469fa1(0x2ec)][_0x469fa1(0x24b)] &&
|
(_0x3134ab[_0x469fa1(0x2ec)][_0x469fa1(0x24b)]["generateBuffer"](),
|
this[_0x469fa1(0x2a6)][_0x469fa1(0x1c1)] &&
|
this[_0x469fa1(0x2a6)][_0x469fa1(0x1c1)][_0x469fa1(0x1fd)]({
|
width: 0x400,
|
height: 0x40,
|
arrayBufferView: _0x3134ab[_0x469fa1(0x2ec)]["ColorTable"][_0x469fa1(0x2d3)]
|
})),
|
(_0x3134ab[_0x469fa1(0x1a8)] = _0x3134ab[_0x469fa1(0x2f6)] !== _0x4b57af[_0x469fa1(0x1a7)][_0x469fa1(0x1f3)]),
|
this[_0x469fa1(0x27d)](
|
{
|
enable: _0x3134ab[_0x469fa1(0x1a8)]
|
},
|
hypsometricCallback
|
)
|
}
|
}
|
})
|
function getWaterEffect(_0x420e93) {
|
const _0x16666d = _0x31f2c7
|
let _0x3a7b7e = {},
|
_0x1d720c = _0x420e93[_0x16666d(0x244)]
|
;(_0x3a7b7e[_0x16666d(0x2e4)] = XMLParser[_0x16666d(0x1d0)](_0x1d720c, _0x16666d(0x21b))),
|
(_0x3a7b7e[_0x16666d(0x2ab)] = XMLParser[_0x16666d(0x1d0)](_0x1d720c, _0x16666d(0x28a)))
|
let _0xe91185 = XMLParser[_0x16666d(0x21c)](_0x1d720c, "WaterEffect")
|
_0x3a7b7e[_0x16666d(0x1ab)] = XMLParser[_0x16666d(0x1b9)](_0xe91185, "AverageHeight")
|
let _0x20afd = XMLParser[_0x16666d(0x28d)](_0xe91185, _0x16666d(0x268))
|
_0x3a7b7e["gpuProgramParameters"] = []
|
for (let _0x3a4b4f = 0x0, _0x3a597b = _0x20afd[_0x16666d(0x1e5)]; _0x3a4b4f < _0x3a597b; _0x3a4b4f++) {
|
let _0x52a293 = {}
|
;(_0x52a293[_0x16666d(0x1c9)] = []), (_0x52a293[_0x16666d(0x2ed)] = [])
|
let _0x104ee9 = _0x20afd[_0x3a4b4f],
|
_0x43e8c7 = XMLParser[_0x16666d(0x21c)](_0x104ee9, _0x16666d(0x1df))
|
if (_0x43e8c7) {
|
let _0x3185ad = XMLParser[_0x16666d(0x28d)](_0x43e8c7, _0x16666d(0x2f4))
|
for (let _0x5ba33a = 0x0, _0x4d243e = _0x3185ad[_0x16666d(0x1e5)]; _0x5ba33a < _0x4d243e; _0x5ba33a++) {
|
let _0xd97922 = {},
|
_0x2b1f4f = _0x3185ad[_0x5ba33a]
|
;(_0xd97922[_0x16666d(0x1a2)] = XMLParser[_0x16666d(0x1b9)](_0x2b1f4f, "ConstType")),
|
(_0xd97922["index"] = XMLParser["queryNumericValue"](_0x2b1f4f, _0x16666d(0x2c7))),
|
(_0xd97922["name"] = XMLParser[_0x16666d(0x1d0)](_0x2b1f4f, _0x16666d(0x203))),
|
(_0xd97922["arraySize"] = XMLParser["queryNumericValue"](_0x2b1f4f, _0x16666d(0x1bd))),
|
(_0xd97922[_0x16666d(0x2a4)] = XMLParser[_0x16666d(0x1b9)](_0x2b1f4f, _0x16666d(0x2c5)))
|
let _0x37b8ba = XMLParser[_0x16666d(0x21c)](_0x2b1f4f, "ArrayFloat")
|
_0xd97922[_0x16666d(0x2e5)] = []
|
if (_0x37b8ba) {
|
let _0x42a6da = XMLParser[_0x16666d(0x28d)](_0x37b8ba, "Float"),
|
_0x233497 = 0x0
|
while (_0x233497 < _0xd97922[_0x16666d(0x2b0)]) {
|
let _0xc56224 = parseFloat(_0x42a6da[_0x233497][_0x16666d(0x2a9)])
|
_0xd97922[_0x16666d(0x2e5)]["push"](_0xc56224), _0x233497++
|
}
|
}
|
_0x52a293[_0x16666d(0x1c9)][_0x16666d(0x1f2)](_0xd97922)
|
}
|
}
|
let _0x265d8c = XMLParser[_0x16666d(0x21c)](_0x104ee9, _0x16666d(0x2d4))
|
if (_0x265d8c) {
|
let _0x1c6541 = XMLParser[_0x16666d(0x28d)](_0x265d8c, _0x16666d(0x231))
|
for (let _0x34f483 = 0x0, _0x3fbd75 = _0x1c6541[_0x16666d(0x1e5)]; _0x34f483 < _0x3fbd75; _0x34f483++) {
|
let _0x3df3da = {},
|
_0x155262 = _0x1c6541[_0x34f483]
|
;(_0x3df3da["paramType"] = XMLParser["queryNumericValue"](_0x155262, "ParamType")),
|
(_0x3df3da[_0x16666d(0x259)] = XMLParser[_0x16666d(0x1d0)](_0x155262, _0x16666d(0x203))),
|
(_0x3df3da[_0x16666d(0x1d9)] = XMLParser[_0x16666d(0x1b9)](_0x155262, _0x16666d(0x2a7))),
|
(_0x3df3da[_0x16666d(0x2c9)] = XMLParser[_0x16666d(0x1b9)](_0x155262, _0x16666d(0x2da))),
|
(_0x3df3da[_0x16666d(0x211)] = XMLParser["queryNumericValue"](_0x155262, _0x16666d(0x2c4))),
|
(_0x3df3da[_0x16666d(0x290)] = XMLParser[_0x16666d(0x1b9)](_0x155262, _0x16666d(0x1b2))),
|
(_0x3df3da[_0x16666d(0x1f7)] = XMLParser["queryBooleanValue"](_0x155262, "IsReal")),
|
_0x52a293[_0x16666d(0x2ed)][_0x16666d(0x1f2)](_0x3df3da)
|
}
|
}
|
_0x3a7b7e[_0x16666d(0x1a3)][_0x16666d(0x1f2)](_0x52a293)
|
}
|
return _0x3a7b7e
|
}
|
function _0x2a05(_0x24d6a6, _0x4e7a03) {
|
_0x24d6a6 = _0x24d6a6 - 0x1a0
|
let _0x455751 = _0x4557[_0x24d6a6]
|
return _0x455751
|
}
|
function getUrl$1(_0x546fdb, _0x2b718b) {
|
const _0x349f86 = _0x31f2c7
|
let _0x537410 = _0x2b718b[_0x349f86(0x22f)],
|
_0x3bd061 = _0x2b718b[_0x349f86(0x22f)]["indexOf"](_0x349f86(0x205)) > -0x1
|
if (!_0x3bd061) return _0x546fdb
|
let _0x2f42d8 = _0x537410["replace"](/(.*realspace)/, ""),
|
_0x2a2067 = _0x537410[_0x349f86(0x274)](/\/rest\/realspace/g, "")[_0x349f86(0x274)](_0x2f42d8, "")
|
return (
|
_0x2a2067 +
|
_0x349f86(0x1ca) +
|
_0x2f42d8 +
|
_0x349f86(0x1d6) +
|
_0x546fdb[_0x349f86(0x274)](/^\.*/, "")[_0x349f86(0x274)](/^\//, "")[_0x349f86(0x274)](/\/$/, "")
|
)
|
}
|
function parseWaterParameters(_0x5c63a5, _0xb5824f) {
|
const _0x388a61 = _0x31f2c7
|
let _0x3bcc0a = _0xb5824f["extensions"]
|
if (!_0x3bcc0a || !_0x3bcc0a[_0x388a61(0x298)]) return
|
let _0x477f30 = _0x3bcc0a[_0x388a61(0x298)],
|
_0x481ade = [],
|
_0xe7a320 = _0x5c63a5[_0x388a61(0x22f)],
|
_0x992329 = ![]
|
for (let _0x29ce0b = 0x0, _0x5970f2 = _0x477f30[_0x388a61(0x1e5)]; _0x29ce0b < _0x5970f2; _0x29ce0b++) {
|
let _0x633c1d = _0x477f30[_0x29ce0b]["attachFile"]
|
if (_0x633c1d["indexOf"](".water") > 0x0) {
|
let _0x14709d = getUrl$1(_0x633c1d, _0x5c63a5),
|
_0x5cce01 = _0x5c63a5[_0x388a61(0x2a1)][_0x388a61(0x257)]({
|
url: _0x14709d
|
})
|
_0x481ade[_0x388a61(0x1f2)](_0x5cce01[_0x388a61(0x2bf)]()), (_0x992329 = !![])
|
}
|
}
|
if (!_0x481ade[_0x388a61(0x1e5)]) return
|
Cesium[_0x388a61(0x1bc)][_0x388a61(0x215)](_0x481ade, (_0x201432) => {
|
const _0x33fabd = _0x388a61
|
let _0x1e0ca1 = []
|
for (let _0x11d305 = 0x0, _0x3a2bb6 = _0x201432[_0x33fabd(0x1e5)]; _0x11d305 < _0x3a2bb6; _0x11d305++) {
|
let _0x2dda90 = _0x201432[_0x11d305]
|
if (!_0x2dda90) break
|
let _0x1f032a = getWaterEffect(_0x2dda90)
|
_0x1e0ca1["push"](_0x1f032a)
|
}
|
;(_0x5c63a5[_0x33fabd(0x21f)] = new Cesium[_0x33fabd(0x2cc)]()), (_0x5c63a5[_0x33fabd(0x1ec)] = {})
|
let _0x599d11 = _0x1e0ca1[0x0]
|
_0x5c63a5[_0x33fabd(0x1ec)][_0x33fabd(0x1ab)] = _0x599d11[_0x33fabd(0x1ab)]
|
for (let _0x1119f5 = 0x0; _0x1119f5 < _0x599d11[_0x33fabd(0x1a3)][_0x33fabd(0x1e5)]; _0x1119f5++) {
|
let _0x5593ca = _0x599d11[_0x33fabd(0x1a3)][_0x1119f5]
|
for (let _0x39c8cf = 0x0; _0x39c8cf < _0x5593ca[_0x33fabd(0x2ed)][_0x33fabd(0x1e5)]; _0x39c8cf++) {
|
let _0x2a2fd4 = _0x5593ca[_0x33fabd(0x2ed)][_0x39c8cf]
|
if (_0x2a2fd4[_0x33fabd(0x259)] === _0x33fabd(0x2f9)) {
|
_0x5c63a5[_0x33fabd(0x1ec)][_0x2a2fd4[_0x33fabd(0x259)]] = _0x2a2fd4[_0x33fabd(0x290)]
|
break
|
}
|
}
|
for (let _0x858f69 = 0x0; _0x858f69 < _0x5593ca["gpuConstants"][_0x33fabd(0x1e5)]; _0x858f69++) {
|
let _0x5ad3da = _0x5593ca["gpuConstants"][_0x858f69],
|
_0x539d98 = null
|
switch (_0x5ad3da[_0x33fabd(0x2b0)]) {
|
case 0x1:
|
_0x539d98 = _0x5ad3da["arrayFloat"][0x0]
|
break
|
case 0x2:
|
;(_0x539d98 = new Cesium[_0x33fabd(0x1db)]()), Cesium[_0x33fabd(0x1db)][_0x33fabd(0x230)](_0x5ad3da[_0x33fabd(0x2e5)], 0x0, _0x539d98)
|
break
|
case 0x3:
|
;(_0x539d98 = new Cesium[_0x33fabd(0x266)]()), Cesium[_0x33fabd(0x266)][_0x33fabd(0x230)](_0x5ad3da["arrayFloat"], 0x0, _0x539d98)
|
break
|
case 0x4:
|
;(_0x539d98 = new Cesium["Cartesian4"]()), Cesium["Cartesian4"]["unpack"](_0x5ad3da[_0x33fabd(0x2e5)], 0x0, _0x539d98)
|
break
|
}
|
if (!_0x539d98) continue
|
_0x5c63a5["_waterParameters"][_0x5ad3da[_0x33fabd(0x259)]] = _0x539d98
|
}
|
}
|
_0x5c63a5[_0x33fabd(0x2ab)] += _0x33fabd(0x2f3)
|
})
|
}
|
S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x1e0)] = function (_0xe74f16) {
|
const _0x5d82e8 = _0x31f2c7
|
let _0x1b6314 = this
|
Cesium["when"](_0xe74f16)
|
[_0x5d82e8(0x21a)](function (_0x21fef9) {
|
const _0x2a444f = _0x5d82e8
|
let _0x3ac6fe,
|
_0x46b4cb = Cesium[_0x2a444f(0x24f)]["createIfNeeded"](_0x21fef9)
|
;(_0x3ac6fe = _0x46b4cb[_0x2a444f(0x2f7)](!![])),
|
(_0x1b6314["_url"] = _0x46b4cb[_0x2a444f(0x299)]),
|
(_0x1b6314[_0x2a444f(0x22f)] = _0x3ac6fe),
|
(_0x1b6314[_0x2a444f(0x2a1)] = _0x46b4cb)
|
if (_0x1b6314[_0x2a444f(0x1ff)] || _0x1b6314[_0x2a444f(0x1c4)]) return _0x46b4cb["fetchJson"]()
|
return _0x46b4cb[_0x2a444f(0x2bf)]()
|
})
|
[_0x5d82e8(0x21a)](function (_0x22cc92) {
|
const _0xd9cbab = _0x5d82e8
|
if (_0x1b6314[_0xd9cbab(0x1ff)] || _0x1b6314[_0xd9cbab(0x1c4)]) {
|
let _0x2c1721 = _0x22cc92[_0xd9cbab(0x2b4)]
|
_0x1b6314[_0xd9cbab(0x2ab)] = _0x2c1721[_0xd9cbab(0x254)]
|
let _0x308d24 = _0x22cc92[_0xd9cbab(0x233)]["x"],
|
_0x3ff1f9 = _0x22cc92[_0xd9cbab(0x233)]["y"],
|
_0x231626 = _0x22cc92[_0xd9cbab(0x233)]["z"]
|
;(_0x1b6314[_0xd9cbab(0x25d)] = Cesium[_0xd9cbab(0x266)][_0xd9cbab(0x2ae)](_0x308d24, _0x3ff1f9, _0x231626)),
|
(_0x1b6314[_0xd9cbab(0x1ed)] = Cesium["Transforms"][_0xd9cbab(0x23e)](_0x1b6314[_0xd9cbab(0x25d)])),
|
(_0x1b6314[_0xd9cbab(0x1cd)] = Cesium["Matrix4"]["inverse"](_0x1b6314[_0xd9cbab(0x1ed)], _0x1b6314[_0xd9cbab(0x1cd)])),
|
(_0x1b6314[_0xd9cbab(0x229)] = Cesium[_0xd9cbab(0x1c0)][_0xd9cbab(0x2ae)](
|
_0x22cc92[_0xd9cbab(0x240)]["left"],
|
_0x22cc92[_0xd9cbab(0x240)]["bottom"],
|
_0x22cc92[_0xd9cbab(0x240)][_0xd9cbab(0x1fe)],
|
_0x22cc92[_0xd9cbab(0x240)][_0xd9cbab(0x249)]
|
))
|
_0x22cc92[_0xd9cbab(0x248)] &&
|
((_0x1b6314[_0xd9cbab(0x278)] = _0x22cc92["heightRange"][_0xd9cbab(0x2b3)]),
|
(_0x1b6314[_0xd9cbab(0x2d8)] = _0x22cc92["heightRange"][_0xd9cbab(0x242)]))
|
if (_0x22cc92[_0xd9cbab(0x1ee)]) {
|
let _0x43293b = _0x22cc92[_0xd9cbab(0x1ee)][_0xd9cbab(0x261)]
|
;(_0x1b6314[_0xd9cbab(0x1b7)] = _0x43293b[_0xd9cbab(0x2b3)]), (_0x1b6314[_0xd9cbab(0x292)] = _0x43293b[_0xd9cbab(0x242)])
|
}
|
if (_0x22cc92[_0xd9cbab(0x2ea)][_0xd9cbab(0x1e5)] > 0x0) {
|
let _0x3de0f3 = Cesium[_0xd9cbab(0x245)](_0x22cc92[_0xd9cbab(0x2ea)][0x0][_0xd9cbab(0x299)])
|
_0x3de0f3 === _0xd9cbab(0x279) && (_0x1b6314["_isS3MBlock"] = !![])
|
}
|
for (let _0x448a63 = 0x0, _0x444b23 = _0x22cc92[_0xd9cbab(0x2ea)][_0xd9cbab(0x1e5)]; _0x448a63 < _0x444b23; _0x448a63++) {
|
let _0x1c48b7 = _0x22cc92[_0xd9cbab(0x2ea)][_0x448a63][_0xd9cbab(0x299)],
|
_0x208151 = {
|
box: _0x22cc92[_0xd9cbab(0x2ea)][_0x448a63][_0xd9cbab(0x2d1)]
|
},
|
_0x52e0ad = new S3MTile(_0x1b6314, undefined, _0x208151, _0x1c48b7)
|
;(_0x52e0ad["isRootTile"] = !![]),
|
(_0x52e0ad["blockKey"] = _0x1c48b7),
|
_0x1b6314[_0xd9cbab(0x1c3)][_0xd9cbab(0x1d5)](_0x52e0ad),
|
_0x1b6314[_0xd9cbab(0x2cf)][_0xd9cbab(0x1f2)](_0x52e0ad)
|
}
|
parseWaterParameters(_0x1b6314, _0x22cc92)
|
} else {
|
let _0x2610f0 = _0x22cc92[_0xd9cbab(0x244)],
|
_0x4c49f8 = _0x2610f0[_0xd9cbab(0x24e)]
|
_0x1b6314["fileType"] = XMLParser[_0xd9cbab(0x1d0)](_0x2610f0, _0xd9cbab(0x28a), _0x4c49f8)
|
let _0x275b05 = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, _0xd9cbab(0x2c3), _0x4c49f8),
|
_0x18c186 = XMLParser["queryNumericValue"](_0x275b05, "X", _0x4c49f8),
|
_0xc7f700 = XMLParser[_0xd9cbab(0x1b9)](_0x275b05, "Y", _0x4c49f8),
|
_0x342315 = XMLParser[_0xd9cbab(0x1b9)](_0x275b05, "Z", _0x4c49f8)
|
;(_0x1b6314[_0xd9cbab(0x25d)] = Cesium["Cartesian3"][_0xd9cbab(0x2ae)](_0x18c186, _0xc7f700, _0x342315)),
|
(_0x1b6314[_0xd9cbab(0x1ed)] = Cesium["Transforms"][_0xd9cbab(0x23e)](_0x1b6314["_position"])),
|
(_0x1b6314[_0xd9cbab(0x1cd)] = Cesium[_0xd9cbab(0x2e2)][_0xd9cbab(0x264)](_0x1b6314[_0xd9cbab(0x1ed)], _0x1b6314[_0xd9cbab(0x1cd)]))
|
let _0x54209e = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, _0xd9cbab(0x29c), _0x4c49f8),
|
_0x61b8e1 = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, "BoundingBox", _0x4c49f8)
|
if (_0x54209e) {
|
let _0x3c79a9 = XMLParser["queryNumericValue"](_0x54209e, _0xd9cbab(0x2d5), _0x4c49f8),
|
_0x5b0a3d = XMLParser[_0xd9cbab(0x1b9)](_0x54209e, _0xd9cbab(0x20c), _0x4c49f8),
|
_0x5e9f13 = XMLParser["queryNumericValue"](_0x54209e, _0xd9cbab(0x1b0), _0x4c49f8),
|
_0x2b6854 = XMLParser[_0xd9cbab(0x1b9)](_0x54209e, _0xd9cbab(0x1d3), _0x4c49f8)
|
_0x1b6314[_0xd9cbab(0x229)] = Cesium["Rectangle"]["fromDegrees"](_0x3c79a9, _0x2b6854, _0x5e9f13, _0x5b0a3d)
|
} else {
|
if (_0x61b8e1) {
|
let _0x437c6c = XMLParser[_0xd9cbab(0x1b9)](_0x61b8e1, _0xd9cbab(0x263), _0x4c49f8),
|
_0x5e838c = XMLParser[_0xd9cbab(0x1b9)](_0x61b8e1, _0xd9cbab(0x1dc), _0x4c49f8),
|
_0x534895 = XMLParser[_0xd9cbab(0x1b9)](_0x61b8e1, _0xd9cbab(0x2c1), _0x4c49f8),
|
_0x49053c = XMLParser["queryNumericValue"](_0x61b8e1, _0xd9cbab(0x1e8), _0x4c49f8),
|
_0x55f192 = XMLParser["queryNumericValue"](_0x61b8e1, "MaxY", _0x4c49f8),
|
_0x58d29d = XMLParser["queryNumericValue"](_0x61b8e1, _0xd9cbab(0x284), _0x4c49f8)
|
;(_0x437c6c = (0xb4 * Math["abs"](_0x437c6c)) / (Math["PI"] * 0x615299)),
|
(_0x5e838c = (0xb4 * Math["abs"](_0x5e838c)) / (Math["PI"] * 0x615299)),
|
(_0x49053c = (0xb4 * Math[_0xd9cbab(0x26e)](_0x49053c)) / (Math["PI"] * 0x615299)),
|
(_0x55f192 = (0xb4 * Math[_0xd9cbab(0x26e)](_0x55f192)) / (Math["PI"] * 0x615299)),
|
(_0x1b6314[_0xd9cbab(0x229)] = Cesium[_0xd9cbab(0x1c0)][_0xd9cbab(0x2ae)](
|
_0x18c186 - _0x437c6c,
|
_0xc7f700 - _0x5e838c,
|
_0x18c186 + _0x49053c,
|
_0xc7f700 + _0x55f192
|
))
|
}
|
}
|
let _0x5daaee = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, "HeightRange", _0x4c49f8)
|
_0x5daaee &&
|
((_0x1b6314["_minHeight"] = XMLParser["queryNumericValue"](_0x5daaee, _0xd9cbab(0x202), _0x4c49f8)),
|
(_0x1b6314[_0xd9cbab(0x2d8)] = XMLParser[_0xd9cbab(0x1b9)](_0x5daaee, _0xd9cbab(0x24d), _0x4c49f8)))
|
let _0x6c8bb2 = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, "CategoryRange", _0x4c49f8)
|
_0x6c8bb2 &&
|
((_0x1b6314[_0xd9cbab(0x292)] = XMLParser[_0xd9cbab(0x1b9)](_0x6c8bb2, "MaxCategory", _0x4c49f8)),
|
(_0x1b6314[_0xd9cbab(0x1b7)] = XMLParser[_0xd9cbab(0x1b9)](_0x6c8bb2, _0xd9cbab(0x2ba), _0x4c49f8)))
|
let _0x2c3258 = /\\+/g,
|
_0x2d8e97 = XMLParser[_0xd9cbab(0x21c)](_0x2610f0, "OSGFiles", _0x4c49f8),
|
_0x29923e = XMLParser[_0xd9cbab(0x28d)](_0x2d8e97, "Files", _0x4c49f8)
|
if (_0x29923e[_0xd9cbab(0x1e5)] > 0x0)
|
for (let _0x14004f = 0x0, _0x3a1b37 = _0x29923e[_0xd9cbab(0x1e5)]; _0x14004f < _0x3a1b37; _0x14004f++) {
|
let _0x284777 = _0x29923e[_0x14004f],
|
_0x5efd27 = XMLParser[_0xd9cbab(0x1d0)](_0x284777, "FileName", _0x4c49f8)
|
;(_0x5efd27 = _0x5efd27["replace"](_0x2c3258, "/")), (_0x5efd27 = _0x5efd27[_0xd9cbab(0x274)](/(\.osgb)/gi, _0xd9cbab(0x250)))
|
let _0x13c745 = XMLParser["queryFirstNode"](_0x284777, _0xd9cbab(0x270), _0x4c49f8),
|
_0x1519ae = {
|
sphere: {
|
center: {
|
x: 0x0,
|
y: 0x0,
|
z: 0x0
|
},
|
radius: 0x615299
|
}
|
}
|
if (_0x13c745 && _0x13c745[_0xd9cbab(0x216)][_0xd9cbab(0x1e5)]) {
|
let _0xd45af1 = XMLParser[_0xd9cbab(0x1b9)](_0x13c745, _0xd9cbab(0x1a0), _0x4c49f8),
|
_0x2b6205 = XMLParser[_0xd9cbab(0x1b9)](_0x13c745, "CenterY", _0x4c49f8),
|
_0x5dba5f = XMLParser[_0xd9cbab(0x1b9)](_0x13c745, _0xd9cbab(0x267), _0x4c49f8),
|
_0x238d8e = XMLParser[_0xd9cbab(0x1b9)](_0x13c745, _0xd9cbab(0x283), _0x4c49f8)
|
_0x1519ae = {
|
sphere: {
|
center: {
|
x: _0xd45af1,
|
y: _0x2b6205,
|
z: _0x5dba5f
|
},
|
radius: _0x238d8e
|
}
|
}
|
}
|
let _0xed7ffb = new S3MTile(_0x1b6314, undefined, _0x1519ae, _0x5efd27)
|
;(_0xed7ffb[_0xd9cbab(0x1cb)] = !![]),
|
_0x1b6314["_cache"][_0xd9cbab(0x1d5)](_0xed7ffb),
|
_0x1b6314[_0xd9cbab(0x2cf)][_0xd9cbab(0x1f2)](_0xed7ffb)
|
}
|
else {
|
let _0x1710c8 = XMLParser[_0xd9cbab(0x28d)](_0x2d8e97, _0xd9cbab(0x1fc), _0x4c49f8)
|
for (let _0x155a88 = 0x0, _0x2a0c8d = _0x1710c8["length"]; _0x155a88 < _0x2a0c8d; _0x155a88++) {
|
let _0x507bb9 = _0x1710c8[_0x155a88][_0xd9cbab(0x2a9)]
|
;(_0x507bb9 = _0x507bb9[_0xd9cbab(0x274)](_0x2c3258, "/")), (_0x507bb9 = _0x507bb9["replace"](/(\.osgb)/gi, _0xd9cbab(0x250)))
|
let _0x10f42e = {
|
sphere: {
|
center: {
|
x: 0x0,
|
y: 0x0,
|
z: 0x0
|
},
|
radius: 0x615299
|
}
|
},
|
_0x506f47 = new S3MTile(_0x1b6314, undefined, _0x10f42e, _0x507bb9)
|
;(_0x506f47["isRootTile"] = !![]),
|
_0x1b6314[_0xd9cbab(0x1c3)][_0xd9cbab(0x1d5)](_0x506f47),
|
_0x1b6314[_0xd9cbab(0x2cf)][_0xd9cbab(0x1f2)](_0x506f47)
|
}
|
}
|
}
|
_0x1b6314[_0xd9cbab(0x252)][_0xd9cbab(0x1e4)](_0x1b6314)
|
})
|
["catch"](function (_0x446f36) {
|
_0x1b6314["_readyPromise"]["reject"](_0x446f36)
|
})
|
}
|
function sortRequestByPriority(_0x360a5c, _0x5d01e9) {
|
const _0x2995ec = _0x31f2c7
|
return _0x360a5c[_0x2995ec(0x29a)] - _0x5d01e9[_0x2995ec(0x29a)]
|
}
|
function requestTiles(_0x43cc4e) {
|
const _0x4e940e = _0x31f2c7
|
let _0x4439e4 = _0x43cc4e["_requestTiles"],
|
_0x38fd47 = _0x4439e4[_0x4e940e(0x1e5)]
|
_0x4439e4["sort"](sortRequestByPriority)
|
for (let _0x599cee = 0x0; _0x599cee < _0x38fd47; ++_0x599cee) {
|
let _0x4726a6 = _0x4439e4[_0x599cee]
|
_0x4726a6["requestContent"]()
|
}
|
}
|
function processTiles(_0x26bead, _0x191b42) {
|
const _0x5d06e2 = _0x31f2c7
|
let _0x5f44e0 = _0x26bead[_0x5d06e2(0x2f2)],
|
_0x575ae8 = _0x5f44e0[_0x5d06e2(0x1e5)]
|
for (let _0x4ed9f0 = 0x0; _0x4ed9f0 < _0x575ae8; ++_0x4ed9f0) {
|
let _0x2ba50a = _0x5f44e0[_0x4ed9f0]
|
_0x2ba50a["update"](_0x191b42, _0x26bead)
|
}
|
}
|
function updateTiles(_0x61131b, _0x91761c) {
|
const _0x2e09ae = _0x31f2c7
|
let _0x598672 = _0x61131b["_selectedTiles"],
|
_0x3a0353 = _0x598672[_0x2e09ae(0x1e5)]
|
for (let _0x5d5765 = 0x0; _0x5d5765 < _0x3a0353; _0x5d5765++) {
|
_0x598672[_0x5d5765][_0x2e09ae(0x1f6)](_0x91761c, _0x61131b)
|
}
|
}
|
function unloadTile(_0x11ef59, _0x4c4c4d) {
|
const _0x3d0c0b = _0x31f2c7
|
_0x4c4c4d[_0x3d0c0b(0x272)]()
|
}
|
function freeResource(_0x74b03d) {
|
const _0x5d836b = _0x31f2c7
|
_0x74b03d[_0x5d836b(0x1c4)]
|
? _0x74b03d["_cache"][_0x5d836b(0x1d2)](_0x74b03d, unloadTile)
|
: _0x74b03d[_0x5d836b(0x1c3)][_0x5d836b(0x1ef)](_0x74b03d, unloadTile)
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)]["releaseSelection"] = function () {
|
const _0x5ab669 = _0x31f2c7
|
if (this[_0x5ab669(0x237)]["length"] < 0x1) return
|
this[_0x5ab669(0x29e)](this[_0x5ab669(0x237)], _0x4994c3[_0x5ab669(0x1a5)]), (this["_selections"][_0x5ab669(0x1e5)] = 0x0)
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x1cc)] = function (_0xfdccdb) {
|
const _0x36a955 = _0x31f2c7
|
this[_0x36a955(0x1b3)] = _0xfdccdb
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x24a)] = function (_0x16c249) {
|
const _0x19b1ef = _0x31f2c7
|
Cesium[_0x19b1ef(0x2ce)][_0x19b1ef(0x208)](_0x19b1ef(0x1c7), _0x16c249)
|
if (!this["_selectEnabled"]) return
|
!Array[_0x19b1ef(0x2a2)](_0x16c249) && (_0x16c249 = [_0x16c249]),
|
!this[_0x19b1ef(0x256)] && this[_0x19b1ef(0x235)](),
|
(this["_selections"] = this[_0x19b1ef(0x237)]["concat"](_0x16c249)),
|
this[_0x19b1ef(0x27c)](_0x16c249, _0x4994c3[_0x19b1ef(0x1a5)])
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x2af)] = function () {
|
const _0xb8d898 = _0x31f2c7
|
return [][_0xb8d898(0x1dd)](this[_0xb8d898(0x237)])
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x28f)] = function (_0xee4392, _0x2bef44) {
|
const _0x10c7dd = _0x31f2c7
|
Cesium[_0x10c7dd(0x2ce)][_0x10c7dd(0x208)](_0x10c7dd(0x26b), _0xee4392),
|
Cesium[_0x10c7dd(0x2ce)][_0x10c7dd(0x208)]("setObjsColor\x20color", _0x2bef44),
|
Cesium[_0x10c7dd(0x2ce)]["typeOf"][_0x10c7dd(0x2ef)](_0x10c7dd(0x25a), _0x2bef44)
|
!Array["isArray"](_0xee4392) && (_0xee4392 = [_0xee4392])
|
let _0x394014 = {}
|
for (let _0x29ec22 = 0x0, _0x573a34 = _0xee4392[_0x10c7dd(0x1e5)]; _0x29ec22 < _0x573a34; _0x29ec22++) {
|
let _0x344b98 = _0xee4392[_0x29ec22] + ""
|
if (!Cesium[_0x10c7dd(0x208)](_0x344b98)) continue
|
;(this[_0x10c7dd(0x219)][_0x344b98] = _0x2bef44), (_0x394014[_0x344b98] = _0x2bef44)
|
}
|
this[_0x10c7dd(0x20d)](_0x394014)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x1c8)] = function (_0x3d7c4a) {
|
const _0x4b5308 = _0x31f2c7
|
Cesium[_0x4b5308(0x2ce)][_0x4b5308(0x208)](_0x4b5308(0x2f1), _0x3d7c4a)
|
!Array[_0x4b5308(0x2a2)](_0x3d7c4a) && (_0x3d7c4a = [_0x3d7c4a])
|
let _0x34364f = {}
|
for (let _0x53091c = 0x0, _0x2c7d90 = _0x3d7c4a["length"]; _0x53091c < _0x2c7d90; _0x53091c++) {
|
let _0x16f39f = _0x3d7c4a[_0x53091c]
|
Cesium[_0x4b5308(0x208)](this["_objsColorList"][_0x16f39f]) &&
|
((_0x34364f[_0x16f39f] = Cesium[_0x4b5308(0x1f1)]["TRANSPARENT"]), delete this[_0x4b5308(0x219)][_0x16f39f])
|
}
|
this["_removeObjsOperationType"](_0x3d7c4a, _0x4994c3[_0x4b5308(0x1e6)]), this[_0x4b5308(0x20d)](_0x34364f)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x214)] = function (_0x48ac07, _0x308180) {
|
const _0x5dcb69 = _0x31f2c7
|
Cesium[_0x5dcb69(0x2ce)]["defined"](_0x5dcb69(0x271), _0x48ac07),
|
Cesium[_0x5dcb69(0x2ce)][_0x5dcb69(0x258)][_0x5dcb69(0x28c)](_0x5dcb69(0x222), _0x308180)
|
!Array[_0x5dcb69(0x2a2)](_0x48ac07) && (_0x48ac07 = [_0x48ac07])
|
if (_0x48ac07[_0x5dcb69(0x1e5)] === 0x0) {
|
;(this[_0x5dcb69(0x260)] = _0x308180), this[_0x5dcb69(0x218)][_0x5dcb69(0x212)]()
|
let _0x2ea50e = Object[_0x5dcb69(0x22b)](this[_0x5dcb69(0x294)][_0x5dcb69(0x26f)])
|
this[_0x5dcb69(0x29e)](_0x2ea50e, _0x4994c3[_0x5dcb69(0x221)]),
|
this[_0x5dcb69(0x294)][_0x5dcb69(0x212)](),
|
this["_updateAllObjsVisible"](!_0x308180)
|
return
|
}
|
let _0xfe7b15 = this["_objsVisibleList"],
|
_0x1a55e8 = this["_objsHideList"],
|
_0xa6b71f = this["_objsVisibleMap"]
|
!_0x308180
|
? (_0x48ac07[_0x5dcb69(0x1b8)](function (_0x2e3e7b) {
|
const _0x1c6dda = _0x5dcb69
|
_0xfe7b15[_0x1c6dda(0x21e)](_0x2e3e7b), _0x1a55e8[_0x1c6dda(0x1f8)](_0x2e3e7b, !![])
|
}),
|
this[_0x5dcb69(0x27c)](_0x48ac07, _0x4994c3[_0x5dcb69(0x221)]))
|
: (_0x48ac07[_0x5dcb69(0x1b8)](function (_0x4e5b2d) {
|
const _0x40fddb = _0x5dcb69
|
_0xfe7b15[_0x40fddb(0x1f8)](_0x4e5b2d, !![]), _0x1a55e8[_0x40fddb(0x21e)](_0x4e5b2d)
|
}),
|
this[_0x5dcb69(0x29e)](_0x48ac07, _0x4994c3[_0x5dcb69(0x221)]))
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x20e)] = function (_0x35b0e7, _0x1cca9e) {
|
const _0x3bf090 = _0x31f2c7
|
if (_0x35b0e7["length"] === 0x0) {
|
this[_0x3bf090(0x214)]([], _0x1cca9e)
|
return
|
}
|
this["setOnlyObjsVisible"]([], _0x1cca9e), this[_0x3bf090(0x214)](_0x35b0e7, _0x1cca9e)
|
})
|
function createPlane(_0x258c17, _0x1be217, _0x6378d6) {
|
const _0x3733d0 = _0x31f2c7
|
let _0x1491a0 = new Cesium["Cartesian3"](),
|
_0x3aea9f = new Cesium[_0x3733d0(0x266)]()
|
Cesium[_0x3733d0(0x266)][_0x3733d0(0x246)](_0x1be217, _0x258c17, _0x1491a0),
|
Cesium["Cartesian3"][_0x3733d0(0x246)](_0x6378d6, _0x258c17, _0x3aea9f)
|
let _0xf8a110 = new Cesium["Cartesian3"]()
|
Cesium[_0x3733d0(0x266)][_0x3733d0(0x2a8)](_0x1491a0, _0x3aea9f, _0xf8a110), Cesium[_0x3733d0(0x266)][_0x3733d0(0x2aa)](_0xf8a110, _0xf8a110)
|
let _0x59c7df = -Cesium[_0x3733d0(0x266)][_0x3733d0(0x1ea)](_0xf8a110, _0x258c17)
|
return new Cesium[_0x3733d0(0x223)](_0xf8a110["x"], _0xf8a110["y"], _0xf8a110["z"], _0x59c7df)
|
}
|
function clipCallback(_0x12c6ab, _0x23e14d) {
|
const _0x324a88 = _0x31f2c7
|
_0x12c6ab[_0x324a88(0x23d)](_0x23e14d)
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x1b5)] = function (_0x37cccf, _0x3ba996, _0x20dad1, _0x3e73bd) {
|
const _0xf1691f = _0x31f2c7
|
;(this[_0xf1691f(0x2d0)][0x0] = createPlane(_0x37cccf, _0x3ba996, _0x20dad1)),
|
(this[_0xf1691f(0x2d9)] = Cesium[_0xf1691f(0x217)](_0x3e73bd, _0x4e7632[_0xf1691f(0x2b6)])),
|
(this[_0xf1691f(0x1aa)] = !![]),
|
!this["_enableClip"] &&
|
this[_0xf1691f(0x27d)](
|
{
|
enable: !![]
|
},
|
clipCallback
|
),
|
(this[_0xf1691f(0x247)] = !![])
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x1a4)] = function (_0x2341a9) {
|
const _0x1c0e7d = _0x31f2c7
|
_0x2341a9 = _0x2341a9 || {}
|
if ((!_0x2341a9[_0x1c0e7d(0x2c2)] || !_0x2341a9[_0x1c0e7d(0x233)]) && (!_0x2341a9["planePos"] || !_0x2341a9["planeNormal"]))
|
throw new Cesium[_0x1c0e7d(0x232)](_0x1c0e7d(0x25c))
|
this["_clipMode"] = _0x4e7632[_0x1c0e7d(0x2b6)]
|
if (Cesium["defined"](_0x2341a9[_0x1c0e7d(0x23f)]))
|
switch (_0x2341a9[_0x1c0e7d(0x23f)]) {
|
case _0x1c0e7d(0x297):
|
this[_0x1c0e7d(0x2d9)] = _0x4e7632["CLIP_BEHIND_ANY_PLANE"]
|
break
|
case _0x1c0e7d(0x1ba):
|
this[_0x1c0e7d(0x2d9)] = _0x4e7632[_0x1c0e7d(0x2b6)]
|
break
|
case _0x1c0e7d(0x2bb):
|
this[_0x1c0e7d(0x2d9)] = _0x4e7632["ONLY_KEEP_LINE"]
|
break
|
}
|
if (_0x2341a9[_0x1c0e7d(0x2c2)]) {
|
let _0x497720 = new Cesium[_0x1c0e7d(0x2e2)](),
|
_0x40449b = _0x2341a9[_0x1c0e7d(0x233)],
|
_0x19d841,
|
_0x487aa8,
|
_0x3fe764
|
;(_0x19d841 = _0x2341a9[_0x1c0e7d(0x227)] || 0x0), (_0x487aa8 = _0x2341a9[_0x1c0e7d(0x2e6)] || 0x0), (_0x3fe764 = _0x2341a9["roll"] || 0x0)
|
let _0x110ad9 = new Cesium["HeadingPitchRoll"](_0x19d841, _0x487aa8, _0x3fe764)
|
_0x497720 = Cesium[_0x1c0e7d(0x2e0)]["headingPitchRollToFixedFrame"](_0x40449b, _0x110ad9, Cesium[_0x1c0e7d(0x291)][_0x1c0e7d(0x25f)])
|
let _0x20f3e1 = _0x2341a9[_0x1c0e7d(0x2c2)]["x"] * 0.5,
|
_0x57971b = _0x2341a9["dimensions"]["y"] * 0.5,
|
_0x4ca153 = _0x2341a9[_0x1c0e7d(0x2c2)]["z"] * 0.5,
|
_0x520316 = []
|
;(_0x520316[0x0] = new Cesium[_0x1c0e7d(0x223)](-_0x20f3e1, _0x57971b, _0x4ca153, 0x1)),
|
(_0x520316[0x1] = new Cesium["Cartesian4"](_0x20f3e1, _0x57971b, _0x4ca153, 0x1)),
|
(_0x520316[0x2] = new Cesium["Cartesian4"](_0x20f3e1, -_0x57971b, _0x4ca153, 0x1)),
|
(_0x520316[0x3] = new Cesium[_0x1c0e7d(0x223)](-_0x20f3e1, -_0x57971b, _0x4ca153, 0x1)),
|
(_0x520316[0x4] = new Cesium[_0x1c0e7d(0x223)](-_0x20f3e1, _0x57971b, -_0x4ca153, 0x1)),
|
(_0x520316[0x5] = new Cesium[_0x1c0e7d(0x223)](_0x20f3e1, _0x57971b, -_0x4ca153, 0x1)),
|
(_0x520316[0x6] = new Cesium["Cartesian4"](_0x20f3e1, -_0x57971b, -_0x4ca153, 0x1)),
|
(_0x520316[0x7] = new Cesium[_0x1c0e7d(0x223)](-_0x20f3e1, -_0x57971b, -_0x4ca153, 0x1))
|
for (let _0x42b25b = 0x0; _0x42b25b < 0x8; _0x42b25b++) {
|
Cesium[_0x1c0e7d(0x2e2)]["multiplyByVector"](_0x497720, _0x520316[_0x42b25b], _0x520316[_0x42b25b])
|
}
|
;(this[_0x1c0e7d(0x2d0)][0x0] = Cesium["Cartesian4"][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x0], _0x520316[0x1], _0x520316[0x2]))),
|
(this[_0x1c0e7d(0x2d0)][0x1] = Cesium["Cartesian4"][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x0], _0x520316[0x4], _0x520316[0x1]))),
|
(this["_oriClipPlane"][0x2] = Cesium[_0x1c0e7d(0x223)][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x0], _0x520316[0x3], _0x520316[0x4]))),
|
(this["_oriClipPlane"][0x3] = Cesium[_0x1c0e7d(0x223)][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x6], _0x520316[0x2], _0x520316[0x5]))),
|
(this[_0x1c0e7d(0x2d0)][0x4] = Cesium[_0x1c0e7d(0x223)][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x6], _0x520316[0x7], _0x520316[0x2]))),
|
(this["_oriClipPlane"][0x5] = Cesium["Cartesian4"][_0x1c0e7d(0x28e)](createPlane(_0x520316[0x6], _0x520316[0x5], _0x520316[0x7])))
|
} else
|
for (let _0x16dcd4 = 0x0; _0x16dcd4 < _0x2341a9[_0x1c0e7d(0x27e)][_0x1c0e7d(0x1e5)]; _0x16dcd4++) {
|
let _0x5c7885 = _0x2341a9["planePos"][_0x16dcd4],
|
_0x5c0a69 = _0x2341a9["planeNormal"][_0x16dcd4]
|
;(this[_0x1c0e7d(0x2d0)][_0x16dcd4]["x"] = _0x5c0a69["x"]),
|
(this[_0x1c0e7d(0x2d0)][_0x16dcd4]["y"] = _0x5c0a69["y"]),
|
(this[_0x1c0e7d(0x2d0)][_0x16dcd4]["z"] = _0x5c0a69["z"]),
|
(this[_0x1c0e7d(0x2d0)][_0x16dcd4]["w"] = -Cesium[_0x1c0e7d(0x266)][_0x1c0e7d(0x1ea)](_0x5c7885, _0x5c0a69))
|
}
|
!this[_0x1c0e7d(0x247)] &&
|
this["_tranverseRenderEntity"](
|
{
|
enable: !![]
|
},
|
clipCallback
|
),
|
(this[_0x1c0e7d(0x247)] = !![])
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x207)] = function () {
|
const _0x5831b0 = _0x31f2c7
|
;(this[_0x5831b0(0x247)] = ![]),
|
(this["_enableClipPlane"] = ![]),
|
this[_0x5831b0(0x27d)](
|
{
|
enable: ![]
|
},
|
clipCallback
|
)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)]["_tranverseRenderEntity"] = function (_0x2a07ff, _0x5aa7a5) {
|
const _0x73836 = _0x31f2c7
|
let _0x3f000e = []
|
for (let _0x2bd648 = 0x0, _0x39c492 = this["_rootTiles"][_0x73836(0x1e5)]; _0x2bd648 < _0x39c492; _0x2bd648++) {
|
let _0x275095 = this[_0x73836(0x2cf)][_0x2bd648]
|
_0x3f000e[_0x73836(0x1f2)](_0x275095)
|
}
|
while (_0x3f000e[_0x73836(0x1e5)]) {
|
let _0x4eef2c = _0x3f000e[_0x73836(0x1d7)]()
|
for (let _0x510db9 = 0x0, _0x222249 = _0x4eef2c[_0x73836(0x2ac)][_0x73836(0x1e5)]; _0x510db9 < _0x222249; _0x510db9++) {
|
const _0xcdf9d8 = _0x4eef2c["renderEntities"][_0x510db9]
|
_0xcdf9d8[_0x73836(0x2be)] && _0x5aa7a5(_0xcdf9d8, _0x2a07ff)
|
}
|
for (let _0x6dfbc9 = 0x0, _0x184c86 = _0x4eef2c[_0x73836(0x2c6)][_0x73836(0x1e5)]; _0x6dfbc9 < _0x184c86; _0x6dfbc9++) {
|
_0x3f000e[_0x73836(0x1f2)](_0x4eef2c[_0x73836(0x2c6)][_0x6dfbc9])
|
}
|
}
|
})
|
function updateObjsOperationCallback(_0x1c0167, _0x301c33) {
|
_0x1c0167["updateObjsOperation"](_0x301c33["ids"], _0x301c33)
|
}
|
S3MTilesLayer[_0x31f2c7(0x275)]["_updateObjsOperation"] = function (_0x8ea18e) {
|
this["_tranverseRenderEntity"](
|
{
|
ids: _0x8ea18e
|
},
|
updateObjsOperationCallback
|
)
|
}
|
function updateObjsColorCallback(_0x28ea20, _0x3b664c) {
|
const _0x24371e = _0x31f2c7
|
_0x28ea20[_0x24371e(0x2b5)](_0x3b664c["ids"], _0x3b664c)
|
}
|
S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x20d)] = function (_0x3aa761) {
|
const _0x58f80b = _0x31f2c7
|
this[_0x58f80b(0x27d)](
|
{
|
ids: _0x3aa761
|
},
|
updateObjsColorCallback
|
)
|
}
|
function updateAllObjsVisibleCallback(_0x5ac57a, _0x2722a0) {
|
const _0x3c6aa5 = _0x31f2c7
|
_0x5ac57a["updateAllObjsVisible"](_0x2722a0[_0x3c6aa5(0x241)])
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x27f)] = function (_0x2a4c07) {
|
const _0x808c8d = _0x31f2c7
|
this[_0x808c8d(0x27d)](
|
{
|
isVisible: _0x2a4c07
|
},
|
updateAllObjsVisibleCallback
|
)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x27c)] = function (_0x3c9001, _0x1f7f77) {
|
const _0x3508b8 = _0x31f2c7
|
Cesium[_0x3508b8(0x2ce)]["defined"](_0x3508b8(0x2dc), _0x3c9001), Cesium["Check"]["defined"](_0x3508b8(0x26a), _0x1f7f77)
|
!Array[_0x3508b8(0x2a2)](_0x3c9001) && (_0x3c9001 = [_0x3c9001])
|
let _0x2f8d36 = new Cesium[_0x3508b8(0x2cc)](),
|
_0x19ebd7
|
for (let _0x3baffc = 0x0, _0x189c34 = _0x3c9001[_0x3508b8(0x1e5)]; _0x3baffc < _0x189c34; _0x3baffc++) {
|
_0x19ebd7 = _0x3c9001[_0x3baffc]
|
if (!Cesium["defined"](_0x19ebd7)) continue
|
let _0x16a6de = Cesium[_0x3508b8(0x217)](this[_0x3508b8(0x2eb)]["get"](_0x19ebd7), 0x0)
|
if (_0x16a6de === _0x1f7f77) continue
|
;(_0x16a6de = _0x16a6de | _0x1f7f77), this[_0x3508b8(0x2eb)]["set"](_0x19ebd7, _0x16a6de), _0x2f8d36[_0x3508b8(0x1f8)](_0x19ebd7, _0x16a6de)
|
}
|
_0x2f8d36[_0x3508b8(0x1e5)] > 0x0 && this[_0x3508b8(0x29f)](_0x2f8d36)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x29e)] = function (_0x72f216, _0x1dcdf1) {
|
const _0x5eb088 = _0x31f2c7
|
Cesium[_0x5eb088(0x2ce)][_0x5eb088(0x208)]("set\x20Objs\x20Operation\x20ids", _0x72f216)
|
!Array[_0x5eb088(0x2a2)](_0x72f216) && (_0x72f216 = [_0x72f216])
|
let _0x5b956b = _0x4994c3[_0x5eb088(0x280)] ^ _0x1dcdf1,
|
_0x34f303 = new Cesium[_0x5eb088(0x2cc)](),
|
_0x41f8d1
|
for (let _0x451baf = 0x0, _0x558ac0 = _0x72f216["length"]; _0x451baf < _0x558ac0; _0x451baf++) {
|
_0x41f8d1 = _0x72f216[_0x451baf]
|
let _0x26bb54 = this[_0x5eb088(0x2eb)][_0x5eb088(0x286)](_0x41f8d1)
|
if (!Cesium[_0x5eb088(0x208)](_0x26bb54)) continue
|
;(_0x26bb54 &= _0x5b956b),
|
_0x26bb54 === _0x4994c3[_0x5eb088(0x289)]
|
? this[_0x5eb088(0x2eb)]["remove"](_0x41f8d1)
|
: this[_0x5eb088(0x2eb)][_0x5eb088(0x1f8)](_0x41f8d1, _0x26bb54),
|
_0x34f303[_0x5eb088(0x1f8)](_0x41f8d1, _0x26bb54)
|
}
|
_0x34f303["length"] > 0x0 && this[_0x5eb088(0x29f)](_0x34f303)
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x2bd)] = function (_0x4d1b1d) {
|
const _0x59f313 = _0x31f2c7
|
let _0x20a086 = Cesium[_0x59f313(0x266)][_0x59f313(0x1a6)](_0x4d1b1d),
|
_0xe5b851 = new Cesium[_0x59f313(0x228)]({
|
polygonHierarchy: {
|
positions: _0x20a086
|
},
|
perPositionHeight: !![]
|
}),
|
_0x25e0a6 = Cesium["PolygonGeometry"][_0x59f313(0x285)](_0xe5b851),
|
_0x457fdd = new RasterRegion()
|
return _0x457fdd[_0x59f313(0x1e9)](_0x25e0a6, this["invModelMatrix"]), _0x457fdd["updateGeoBounds"](_0x25e0a6), _0x457fdd
|
})
|
function flattenCallback(_0x148e40, _0x4fae22) {
|
_0x148e40["flatten"](_0x4fae22)
|
}
|
S3MTilesLayer[_0x31f2c7(0x275)]["addFlattenRegion"] = function (_0x373924) {
|
const _0x203367 = _0x31f2c7
|
let _0x40b232 = _0x373924[_0x203367(0x259)],
|
_0x1fa57 = _0x373924[_0x203367(0x233)]
|
if (!_0x40b232 || !_0x1fa57) return
|
let _0x1a63fb = this[_0x203367(0x1ac)],
|
_0xcb42e2 = _0x1a63fb["regions"]
|
if (_0xcb42e2[_0x203367(0x239)](_0x40b232)) return
|
!_0x1a63fb["texture"] &&
|
(_0x1a63fb["texture"] = new Cesium[_0x203367(0x1ad)]({
|
context: this[_0x203367(0x1c5)],
|
width: _0x1a63fb["textureWidth"],
|
height: _0x1a63fb[_0x203367(0x255)],
|
pixelFormat: Cesium[_0x203367(0x1e2)]["RGBA"]
|
}))
|
let _0x23a296 = this["_createRasterRegion"](_0x1fa57)
|
_0xcb42e2[_0x203367(0x1f8)](_0x40b232, _0x23a296),
|
(_0x1a63fb[_0x203367(0x2bc)] = !![]),
|
_0xcb42e2[_0x203367(0x2a0)][_0x203367(0x1e5)] === 0x1 &&
|
this[_0x203367(0x27d)](
|
{
|
enable: !![]
|
},
|
flattenCallback
|
)
|
}
|
function hypsometricCallback(_0x5435df, _0x24ce91) {
|
const _0x54a290 = _0x31f2c7
|
_0x5435df[_0x54a290(0x23b)](_0x24ce91)
|
}
|
function swipeCallback(_0x57fedc, _0x17e5bd) {
|
const _0x2fe035 = _0x31f2c7
|
_0x57fedc[_0x2fe035(0x2b1)](_0x17e5bd)
|
}
|
function combineRegionBounds(_0x16a34c) {
|
const _0x49ae56 = _0x31f2c7
|
let _0x118746 = new Cesium[_0x49ae56(0x223)](Number[_0x49ae56(0x2d7)], Number["MAX_VALUE"], -Number[_0x49ae56(0x2d7)], -Number[_0x49ae56(0x2d7)])
|
for (let _0x1bec8f = 0x0; _0x1bec8f < _0x16a34c[_0x49ae56(0x1e5)]; _0x1bec8f++) {
|
const _0x2c339d = _0x16a34c[_0x1bec8f][_0x49ae56(0x20a)]
|
;(_0x118746["x"] = Math[_0x49ae56(0x2b3)](_0x2c339d["x"], _0x118746["x"])),
|
(_0x118746["y"] = Math[_0x49ae56(0x2b3)](_0x2c339d["y"], _0x118746["y"])),
|
(_0x118746["z"] = Math[_0x49ae56(0x242)](_0x2c339d["z"], _0x118746["z"])),
|
(_0x118746["w"] = Math[_0x49ae56(0x242)](_0x2c339d["w"], _0x118746["w"]))
|
}
|
return _0x118746
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x2b2)] = function (_0x1917e4) {
|
const _0x420c48 = _0x31f2c7
|
let _0x4c1621 = this["_flattenPar"]
|
if (!_0x4c1621[_0x420c48(0x2bc)]) return
|
_0x4c1621[_0x420c48(0x2bc)] = ![]
|
let _0x575a63 = _0x4c1621["regions"],
|
_0x34e1d1 = _0x575a63[_0x420c48(0x2a0)][_0x420c48(0x1e5)]
|
;(_0x4c1621["flattening"] = _0x34e1d1 > 0x0), (_0x4c1621[_0x420c48(0x20a)] = combineRegionBounds(_0x575a63[_0x420c48(0x2a0)]))
|
let _0x399367 = new Cesium["ClearCommand"]({
|
color: new Cesium[_0x420c48(0x1f1)](0x1, 0x1, 0x1, 0x1),
|
depth: 0x1
|
})
|
!_0x4c1621["texture"] &&
|
(_0x4c1621[_0x420c48(0x1c1)] = new Cesium[_0x420c48(0x1ad)]({
|
context: this["context"],
|
width: _0x4c1621[_0x420c48(0x2e9)],
|
height: _0x4c1621[_0x420c48(0x255)],
|
pixelFormat: Cesium[_0x420c48(0x1e2)]["RGBA"]
|
}))
|
!_0x4c1621[_0x420c48(0x2b8)] &&
|
(_0x4c1621["fbo"] = new Cesium["Framebuffer"]({
|
context: this[_0x420c48(0x1c5)],
|
colorTextures: [_0x4c1621[_0x420c48(0x1c1)]],
|
destroyAttachments: ![]
|
}))
|
;(_0x399367[_0x420c48(0x26d)] = _0x4c1621[_0x420c48(0x2b8)]),
|
(_0x399367["renderState"] = Cesium["RenderState"][_0x420c48(0x2cb)]()),
|
_0x399367["execute"](this[_0x420c48(0x1c5)])
|
for (let _0x12c4c7 = 0x0; _0x12c4c7 < _0x34e1d1; _0x12c4c7++) {
|
let _0x503d75 = _0x575a63[_0x420c48(0x2a0)][_0x12c4c7]
|
_0x503d75[_0x420c48(0x206)](this[_0x420c48(0x1c5)], _0x4c1621[_0x420c48(0x2b8)]),
|
(_0x503d75[_0x420c48(0x2b9)][_0x420c48(0x200)] = {
|
uRect: function () {
|
const _0x3420af = _0x420c48
|
return _0x4c1621[_0x3420af(0x20a)]
|
}
|
}),
|
_0x503d75["command"][_0x420c48(0x2b7)](this[_0x420c48(0x1c5)])
|
}
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x1d4)] = function (_0x581428, _0xe3a3f2) {
|
const _0x51b9a2 = _0x31f2c7
|
if (_0x581428 > 0x8) throw new Cesium["DeveloperError"]("the\x20index\x20is\x200~8")
|
_0xe3a3f2
|
? (this["_visibleViewport"] = (0x1 << _0x581428) | this[_0x51b9a2(0x238)])
|
: (this[_0x51b9a2(0x238)] = ~(0x1 << _0x581428) & this[_0x51b9a2(0x238)])
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)]["getVisibleInViewport"] = function (_0x5d4410) {
|
const _0x1782d3 = _0x31f2c7
|
if (_0x5d4410 > 0x8) throw new Cesium["DeveloperError"](_0x1782d3(0x1eb))
|
return (0x1 << _0x5d4410) & this[_0x1782d3(0x238)]
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x288)] = function () {
|
const _0x23bdbf = _0x31f2c7
|
if (this[_0x23bdbf(0x1ae)] === 0x0) {
|
this["_edgeCurrentTotalLength"] = 0x0
|
return
|
}
|
;(this[_0x23bdbf(0x226)] = (this[_0x23bdbf(0x22c)] / this[_0x23bdbf(0x1ae)]) * 0x28),
|
(this[_0x23bdbf(0x22c)] = 0x0),
|
(this[_0x23bdbf(0x1ae)] = 0x0)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x269)] = function (_0xb9b30d, _0x393a1e) {
|
const _0x45c35b = _0x31f2c7
|
;(this[_0x45c35b(0x22c)] += _0xb9b30d), (this[_0x45c35b(0x1ae)] += _0x393a1e)
|
})
|
function updateWaterPlane(_0x277c9d, _0x3c9a84) {
|
const _0x3e1ba0 = _0x31f2c7
|
if (!_0x277c9d[_0x3e1ba0(0x21f)]) return
|
let _0x2f2e00 = _0x277c9d[_0x3e1ba0(0x21f)]
|
_0x3c9a84[_0x3e1ba0(0x2e7)] === undefined && (_0x3c9a84[_0x3e1ba0(0x2e7)] = 0x615299)
|
_0x3c9a84["heightOffset"] === undefined && (_0x3c9a84["heightOffset"] = 0x0)
|
let _0x3eceeb = _0x3c9a84[_0x3e1ba0(0x225)][_0x3e1ba0(0x273)]
|
for (let _0xa6f453 in _0x2f2e00[_0x3e1ba0(0x26f)]) {
|
if (_0x2f2e00[_0x3e1ba0(0x26f)][_0x3e1ba0(0x2ca)](_0xa6f453)) {
|
let _0x1bdaac = _0x2f2e00["get"](_0xa6f453),
|
_0x3e764a = _0x1bdaac["boundingVolume"]
|
if (_0x3c9a84[_0x3e1ba0(0x28b)][_0x3e1ba0(0x1f4)](_0x3e764a) === Cesium[_0x3e1ba0(0x1f9)][_0x3e1ba0(0x1e1)]) continue
|
let _0x1031f0 = Cesium[_0x3e1ba0(0x266)]["distance"](_0x3e764a["center"], _0x3eceeb) - _0x3e764a[_0x3e1ba0(0x24c)]
|
;(_0x1031f0 = _0x1031f0 < 0.01 ? 0.01 : _0x1031f0),
|
_0x1031f0 < _0x3c9a84[_0x3e1ba0(0x2e7)] &&
|
((_0x3c9a84[_0x3e1ba0(0x2e7)] = _0x1031f0), (_0x3c9a84[_0x3e1ba0(0x1fa)] = _0x1bdaac[_0x3e1ba0(0x1d8)]))
|
}
|
}
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)]["addWaterPlane"] = function (_0x5b6586) {
|
const _0x866193 = _0x31f2c7
|
let _0x12d7bd = this[_0x866193(0x21f)]["length"]
|
return this[_0x866193(0x21f)]["set"](_0x12d7bd, _0x5b6586), _0x12d7bd
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x220)] = function (_0x2c53dc) {
|
const _0x58d8f3 = _0x31f2c7
|
this[_0x58d8f3(0x21f)][_0x58d8f3(0x21e)](_0x2c53dc)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)][_0x31f2c7(0x2e3)] = function (_0x98e044) {
|
const _0x382573 = _0x31f2c7
|
if (!this[_0x382573(0x2be)]) return
|
_0x98e044[_0x382573(0x277)] &&
|
(this["_cache"][_0x382573(0x282)](),
|
(this["_requestTiles"][_0x382573(0x1e5)] = 0x0),
|
(this[_0x382573(0x2f2)][_0x382573(0x1e5)] = 0x0),
|
(this[_0x382573(0x21d)][_0x382573(0x1e5)] = 0x0),
|
Cesium[_0x382573(0x208)](_0x98e044[_0x382573(0x253)]) && _0x98e044[_0x382573(0x253)][_0x382573(0x1f6)](_0x98e044),
|
updateWaterPlane(this, _0x98e044))
|
})
|
let scratchtTransposeViewMatrix = new Cesium[_0x31f2c7(0x2e2)]()
|
S3MTilesLayer["prototype"]["postPassesUpdate"] = function (_0xf87d2a) {
|
const _0x5cb4ce = _0x31f2c7
|
if (!this[_0x5cb4ce(0x2be)]) return
|
freeResource(this),
|
this[_0x5cb4ce(0x2b2)](_0xf87d2a),
|
this[_0x5cb4ce(0x288)](),
|
this[_0x5cb4ce(0x251)] && this[_0x5cb4ce(0x251)]["processRequests"](this["id"])
|
}
|
function isLayerVisible(_0x7c2543, _0x3b24f4) {
|
const _0x14db2f = _0x31f2c7
|
let _0x3af765 = _0x3b24f4[_0x14db2f(0x225)]
|
if (
|
_0x3af765[_0x14db2f(0x2e8)]["height"] < _0x7c2543["_minVisibleAltitude"] ||
|
_0x3af765[_0x14db2f(0x2e8)]["height"] > _0x7c2543["_maxVisibleAltitude"]
|
)
|
return ![]
|
if (!_0x7c2543["getVisibleInViewport"](_0x3b24f4[_0x14db2f(0x210)])) return ![]
|
return _0x7c2543[_0x14db2f(0x25e)]
|
}
|
function updateClipPlanes(_0x72f4a7, _0x10c428) {
|
const _0xb12d3d = _0x31f2c7
|
if (_0x72f4a7[_0xb12d3d(0x247)]) {
|
let _0x5eead4 = _0x10c428[_0xb12d3d(0x225)][_0xb12d3d(0x265)]
|
Cesium[_0xb12d3d(0x2e2)][_0xb12d3d(0x27a)](_0x5eead4, scratchtTransposeViewMatrix)
|
for (let _0x4ffb43 = 0x0; _0x4ffb43 < 0x6; _0x4ffb43++) {
|
Cesium[_0xb12d3d(0x2e2)]["multiplyByVector"](
|
scratchtTransposeViewMatrix,
|
_0x72f4a7[_0xb12d3d(0x2d0)][_0x4ffb43],
|
_0x72f4a7[_0xb12d3d(0x1a1)][_0x4ffb43]
|
)
|
}
|
}
|
}
|
;(S3MTilesLayer[_0x31f2c7(0x275)]["update"] = function (_0x2f2510) {
|
const _0x2df2a1 = _0x31f2c7
|
if (!this[_0x2df2a1(0x2be)] || !isLayerVisible(this, _0x2f2510)) return
|
this[_0x2df2a1(0x2cd)][_0x2df2a1(0x1b6)](this, _0x2f2510),
|
requestTiles(this),
|
processTiles(this, _0x2f2510),
|
updateTiles(this, _0x2f2510),
|
updateClipPlanes(this, _0x2f2510)
|
}),
|
(S3MTilesLayer[_0x31f2c7(0x275)]["isDestroyed"] = function () {
|
return ![]
|
}),
|
(S3MTilesLayer["prototype"][_0x31f2c7(0x293)] = function () {
|
const _0x33663d = _0x31f2c7
|
return (
|
this[_0x33663d(0x1c3)][_0x33663d(0x282)](),
|
freeResource(this),
|
(this[_0x33663d(0x2cf)][_0x33663d(0x1e5)] = 0x0),
|
(this[_0x33663d(0x234)]["length"] = 0x0),
|
(this[_0x33663d(0x2f2)][_0x33663d(0x1e5)] = 0x0),
|
(this[_0x33663d(0x21d)]["length"] = 0x0),
|
(this[_0x33663d(0x237)][_0x33663d(0x1e5)] = 0x0),
|
this[_0x33663d(0x2eb)]["removeAll"](),
|
this[_0x33663d(0x218)]["removeAll"](),
|
this[_0x33663d(0x294)][_0x33663d(0x212)](),
|
(this["_objsVisibleMap"] = {}),
|
(this["_objsColorList"] = {}),
|
this["_hypsometric"]["destroy"](),
|
this[_0x33663d(0x1ac)][_0x33663d(0x293)](),
|
Cesium[_0x33663d(0x26c)](this)
|
)
|
})
|
|
var _0x3a8a86 = (function (globalObject) {
|
/*
|
* bignumber.js v8.1.1
|
* A JavaScript library for arbitrary-precision arithmetic.
|
* https://github.com/MikeMcl/bignumber.js
|
* Copyright (c) 2019 Michael Mclaughlin <M8ch88l@gmail.com>
|
* MIT Licensed.
|
*
|
* BigNumber.prototype methods | BigNumber methods
|
* |
|
* absoluteValue abs | clone
|
* comparedTo | config set
|
* decimalPlaces dp | DECIMAL_PLACES
|
* dividedBy div | ROUNDING_MODE
|
* dividedToIntegerBy idiv | EXPONENTIAL_AT
|
* exponentiatedBy pow | RANGE
|
* integerValue | CRYPTO
|
* isEqualTo eq | MODULO_MODE
|
* isFinite | POW_PRECISION
|
* isGreaterThan gt | FORMAT
|
* isGreaterThanOrEqualTo gte | ALPHABET
|
* isInteger | isBigNumber
|
* isLessThan lt | maximum max
|
* isLessThanOrEqualTo lte | minimum min
|
* isNaN | random
|
* isNegative | sum
|
* isPositive |
|
* isZero |
|
* minus |
|
* modulo mod |
|
* multipliedBy times |
|
* negated |
|
* plus |
|
* precision sd |
|
* shiftedBy |
|
* squareRoot sqrt |
|
* toExponential |
|
* toFixed |
|
* toFormat |
|
* toFraction |
|
* toJSON |
|
* toNumber |
|
* toPrecision |
|
* toString |
|
* valueOf |
|
*
|
*/
|
|
var BigNumber,
|
isNumeric = /^-?(?:\d+(?:\.\d*)?|\.\d+)(?:e[+-]?\d+)?$/i,
|
hasSymbol = typeof Symbol == "function" && typeof Symbol.iterator == "symbol",
|
mathceil = Math.ceil,
|
mathfloor = Math.floor,
|
bignumberError = "[BigNumber Error] ",
|
tooManyDigits = bignumberError + "Number primitive has more than 15 significant digits: ",
|
BASE = 1e14,
|
LOG_BASE = 14,
|
MAX_SAFE_INTEGER = 0x1fffffffffffff, // 2^53 - 1
|
// MAX_INT32 = 0x7fffffff, // 2^31 - 1
|
POWS_TEN = [1, 10, 100, 1e3, 1e4, 1e5, 1e6, 1e7, 1e8, 1e9, 1e10, 1e11, 1e12, 1e13],
|
SQRT_BASE = 1e7,
|
// EDITABLE
|
// The limit on the value of DECIMAL_PLACES, TO_EXP_NEG, TO_EXP_POS, MIN_EXP, MAX_EXP, and
|
// the arguments to toExponential, toFixed, toFormat, and toPrecision.
|
MAX = 1e9
|
// 0 to MAX_INT32
|
|
/*
|
* Create and return a BigNumber constructor.
|
*/
|
function clone(configObject) {
|
var div,
|
convertBase,
|
parseNumeric,
|
P = (BigNumber.prototype = {
|
constructor: BigNumber,
|
toString: null,
|
valueOf: null
|
}),
|
ONE = new BigNumber(1),
|
//----------------------------- EDITABLE CONFIG DEFAULTS -------------------------------
|
|
// The default values below must be integers within the inclusive ranges stated.
|
// The values can also be changed at run-time using BigNumber.set.
|
|
// The maximum number of decimal places for operations involving division.
|
DECIMAL_PLACES = 20, // 0 to MAX
|
// The rounding mode used when rounding to the above decimal places, and when using
|
// toExponential, toFixed, toFormat and toPrecision, and round (default value).
|
// UP 0 Away from zero.
|
// DOWN 1 Towards zero.
|
// CEIL 2 Towards +Infinity.
|
// FLOOR 3 Towards -Infinity.
|
// HALF_UP 4 Towards nearest neighbour. If equidistant, up.
|
// HALF_DOWN 5 Towards nearest neighbour. If equidistant, down.
|
// HALF_EVEN 6 Towards nearest neighbour. If equidistant, towards even neighbour.
|
// HALF_CEIL 7 Towards nearest neighbour. If equidistant, towards +Infinity.
|
// HALF_FLOOR 8 Towards nearest neighbour. If equidistant, towards -Infinity.
|
ROUNDING_MODE = 4, // 0 to 8
|
// EXPONENTIAL_AT : [TO_EXP_NEG , TO_EXP_POS]
|
|
// The exponent value at and beneath which toString returns exponential notation.
|
// Number type: -7
|
TO_EXP_NEG = -7, // 0 to -MAX
|
// The exponent value at and above which toString returns exponential notation.
|
// Number type: 21
|
TO_EXP_POS = 21, // 0 to MAX
|
// RANGE : [MIN_EXP, MAX_EXP]
|
|
// The minimum exponent value, beneath which underflow to zero occurs.
|
// Number type: -324 (5e-324)
|
MIN_EXP = -1e7, // -1 to -MAX
|
// The maximum exponent value, above which overflow to Infinity occurs.
|
// Number type: 308 (1.7976931348623157e+308)
|
// For MAX_EXP > 1e7, e.g. new BigNumber('1e100000000').plus(1) may be slow.
|
MAX_EXP = 1e7, // 1 to MAX
|
// Whether to use cryptographically-secure random number generation, if available.
|
CRYPTO = false, // true or false
|
// The modulo mode used when calculating the modulus: a mod n.
|
// The quotient (q = a / n) is calculated according to the corresponding rounding mode.
|
// The remainder (r) is calculated as: r = a - n * q.
|
//
|
// UP 0 The remainder is positive if the dividend is negative, else is negative.
|
// DOWN 1 The remainder has the same sign as the dividend.
|
// This modulo mode is commonly known as 'truncated division' and is
|
// equivalent to (a % n) in JavaScript.
|
// FLOOR 3 The remainder has the same sign as the divisor (Python %).
|
// HALF_EVEN 6 This modulo mode implements the IEEE 754 remainder function.
|
// EUCLID 9 Euclidian division. q = sign(n) * floor(a / abs(n)).
|
// The remainder is finally positive.
|
//
|
// The truncated division, floored division, Euclidian division and IEEE 754 remainder
|
// modes are commonly used for the modulus operation.
|
// Although the other rounding modes can also be used, they may not give useful results.
|
MODULO_MODE = 1, // 0 to 9
|
// The maximum number of significant digits of the result of the exponentiatedBy operation.
|
// If POW_PRECISION is 0, there will be unlimited significant digits.
|
POW_PRECISION = 0, // 0 to MAX
|
// The format specification used by the BigNumber.prototype.toFormat method.
|
FORMAT = {
|
prefix: "",
|
groupSize: 3,
|
secondaryGroupSize: 0,
|
groupSeparator: ",",
|
decimalSeparator: ".",
|
fractionGroupSize: 0,
|
fractionGroupSeparator: "\xA0",
|
// non-breaking space
|
suffix: ""
|
},
|
// The alphabet used for base conversion. It must be at least 2 characters long, with no '+',
|
// '-', '.', whitespace, or repeated character.
|
// '0123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ$_'
|
ALPHABET = "0123456789abcdefghijklmnopqrstuvwxyz"
|
|
//------------------------------------------------------------------------------------------
|
|
// CONSTRUCTOR
|
|
/*
|
* The BigNumber constructor and exported function.
|
* Create and return a new instance of a BigNumber object.
|
*
|
* v {number|string|BigNumber} A numeric value.
|
* [b] {number} The base of v. Integer, 2 to ALPHABET.length inclusive.
|
*/
|
function BigNumber(v, b) {
|
var alphabet,
|
c,
|
caseChanged,
|
e,
|
i,
|
isNum,
|
len,
|
str,
|
x = this
|
|
// Enable constructor call without `new`.
|
if (!(x instanceof BigNumber)) return new BigNumber(v, b)
|
|
if (b == null) {
|
if (v && v._isBigNumber === true) {
|
x.s = v.s
|
|
if (!v.c || v.e > MAX_EXP) {
|
x.c = x.e = null
|
} else if (v.e < MIN_EXP) {
|
x.c = [(x.e = 0)]
|
} else {
|
x.e = v.e
|
x.c = v.c.slice()
|
}
|
|
return
|
}
|
|
if ((isNum = typeof v == "number") && v * 0 == 0) {
|
// Use `1 / n` to handle minus zero also.
|
x.s = 1 / v < 0 ? ((v = -v), -1) : 1
|
|
// Fast path for integers, where n < 2147483648 (2**31).
|
if (v === ~~v) {
|
for (e = 0, i = v; i >= 10; i /= 10, e++);
|
|
if (e > MAX_EXP) {
|
x.c = x.e = null
|
} else {
|
x.e = e
|
x.c = [v]
|
}
|
|
return
|
}
|
|
str = String(v)
|
} else {
|
if (!isNumeric.test((str = String(v)))) return parseNumeric(x, str, isNum)
|
|
x.s = str.charCodeAt(0) == 45 ? ((str = str.slice(1)), -1) : 1
|
}
|
|
// Decimal point?
|
if ((e = str.indexOf(".")) > -1) str = str.replace(".", "")
|
|
// Exponential form?
|
if ((i = str.search(/e/i)) > 0) {
|
// Determine exponent.
|
if (e < 0) e = i
|
e += +str.slice(i + 1)
|
str = str.substring(0, i)
|
} else if (e < 0) {
|
// Integer.
|
e = str.length
|
}
|
} else {
|
// '[BigNumber Error] Base {not a primitive number|not an integer|out of range}: {b}'
|
intCheck(b, 2, ALPHABET.length, "Base")
|
|
// Allow exponential notation to be used with base 10 argument, while
|
// also rounding to DECIMAL_PLACES as with other bases.
|
if (b == 10) {
|
x = new BigNumber(v)
|
return round(x, DECIMAL_PLACES + x.e + 1, ROUNDING_MODE)
|
}
|
|
str = String(v)
|
|
if ((isNum = typeof v == "number")) {
|
// Avoid potential interpretation of Infinity and NaN as base 44+ values.
|
if (v * 0 != 0) return parseNumeric(x, str, isNum, b)
|
|
x.s = 1 / v < 0 ? ((str = str.slice(1)), -1) : 1
|
|
// '[BigNumber Error] Number primitive has more than 15 significant digits: {n}'
|
if (BigNumber.DEBUG && str.replace(/^0\.0*|\./, "").length > 15) {
|
throw Error(tooManyDigits + v)
|
}
|
} else {
|
x.s = str.charCodeAt(0) === 45 ? ((str = str.slice(1)), -1) : 1
|
}
|
|
alphabet = ALPHABET.slice(0, b)
|
e = i = 0
|
|
// Check that str is a valid base b number.
|
// Don't use RegExp, so alphabet can contain special characters.
|
for (len = str.length; i < len; i++) {
|
if (alphabet.indexOf((c = str.charAt(i))) < 0) {
|
if (c == ".") {
|
// If '.' is not the first character and it has not be found before.
|
if (i > e) {
|
e = len
|
continue
|
}
|
} else if (!caseChanged) {
|
// Allow e.g. hexadecimal 'FF' as well as 'ff'.
|
if ((str == str.toUpperCase() && (str = str.toLowerCase())) || (str == str.toLowerCase() && (str = str.toUpperCase()))) {
|
caseChanged = true
|
i = -1
|
e = 0
|
continue
|
}
|
}
|
|
return parseNumeric(x, String(v), isNum, b)
|
}
|
}
|
|
// Prevent later check for length on converted number.
|
isNum = false
|
str = convertBase(str, b, 10, x.s)
|
|
// Decimal point?
|
if ((e = str.indexOf(".")) > -1) str = str.replace(".", "")
|
else e = str.length
|
}
|
|
// Determine leading zeros.
|
for (i = 0; str.charCodeAt(i) === 48; i++);
|
|
// Determine trailing zeros.
|
for (len = str.length; str.charCodeAt(--len) === 48; );
|
|
if ((str = str.slice(i, ++len))) {
|
len -= i
|
|
// '[BigNumber Error] Number primitive has more than 15 significant digits: {n}'
|
if (isNum && BigNumber.DEBUG && len > 15 && (v > MAX_SAFE_INTEGER || v !== mathfloor(v))) {
|
throw Error(tooManyDigits + x.s * v)
|
}
|
|
// Overflow?
|
if ((e = e - i - 1) > MAX_EXP) {
|
// Infinity.
|
x.c = x.e = null
|
|
// Underflow?
|
} else if (e < MIN_EXP) {
|
// Zero.
|
x.c = [(x.e = 0)]
|
} else {
|
x.e = e
|
x.c = []
|
|
// Transform base
|
|
// e is the base 10 exponent.
|
// i is where to slice str to get the first element of the coefficient array.
|
i = (e + 1) % LOG_BASE
|
if (e < 0) i += LOG_BASE
|
// i < 1
|
|
if (i < len) {
|
if (i) x.c.push(+str.slice(0, i))
|
|
for (len -= LOG_BASE; i < len; ) {
|
x.c.push(+str.slice(i, (i += LOG_BASE)))
|
}
|
|
i = LOG_BASE - (str = str.slice(i)).length
|
} else {
|
i -= len
|
}
|
|
for (; i--; str += "0");
|
x.c.push(+str)
|
}
|
} else {
|
// Zero.
|
x.c = [(x.e = 0)]
|
}
|
}
|
|
// CONSTRUCTOR PROPERTIES
|
|
BigNumber.clone = clone
|
|
BigNumber.ROUND_UP = 0
|
BigNumber.ROUND_DOWN = 1
|
BigNumber.ROUND_CEIL = 2
|
BigNumber.ROUND_FLOOR = 3
|
BigNumber.ROUND_HALF_UP = 4
|
BigNumber.ROUND_HALF_DOWN = 5
|
BigNumber.ROUND_HALF_EVEN = 6
|
BigNumber.ROUND_HALF_CEIL = 7
|
BigNumber.ROUND_HALF_FLOOR = 8
|
BigNumber.EUCLID = 9
|
|
/*
|
* Configure infrequently-changing library-wide settings.
|
*
|
* Accept an object with the following optional properties (if the value of a property is
|
* a number, it must be an integer within the inclusive range stated):
|
*
|
* DECIMAL_PLACES {number} 0 to MAX
|
* ROUNDING_MODE {number} 0 to 8
|
* EXPONENTIAL_AT {number|number[]} -MAX to MAX or [-MAX to 0, 0 to MAX]
|
* RANGE {number|number[]} -MAX to MAX (not zero) or [-MAX to -1, 1 to MAX]
|
* CRYPTO {boolean} true or false
|
* MODULO_MODE {number} 0 to 9
|
* POW_PRECISION {number} 0 to MAX
|
* ALPHABET {string} A string of two or more unique characters which does
|
* not contain '.'.
|
* FORMAT {object} An object with some of the following properties:
|
* prefix {string}
|
* groupSize {number}
|
* secondaryGroupSize {number}
|
* groupSeparator {string}
|
* decimalSeparator {string}
|
* fractionGroupSize {number}
|
* fractionGroupSeparator {string}
|
* suffix {string}
|
*
|
* (The values assigned to the above FORMAT object properties are not checked for validity.)
|
*
|
* E.g.
|
* BigNumber.config({ DECIMAL_PLACES : 20, ROUNDING_MODE : 4 })
|
*
|
* Ignore properties/parameters set to null or undefined, except for ALPHABET.
|
*
|
* Return an object with the properties current values.
|
*/
|
BigNumber.config = BigNumber.set = function (obj) {
|
var p, v
|
|
if (obj != null) {
|
if (typeof obj == "object") {
|
// DECIMAL_PLACES {number} Integer, 0 to MAX inclusive.
|
// '[BigNumber Error] DECIMAL_PLACES {not a primitive number|not an integer|out of range}: {v}'
|
if (obj.hasOwnProperty((p = "DECIMAL_PLACES"))) {
|
v = obj[p]
|
intCheck(v, 0, MAX, p)
|
DECIMAL_PLACES = v
|
}
|
|
// ROUNDING_MODE {number} Integer, 0 to 8 inclusive.
|
// '[BigNumber Error] ROUNDING_MODE {not a primitive number|not an integer|out of range}: {v}'
|
if (obj.hasOwnProperty((p = "ROUNDING_MODE"))) {
|
v = obj[p]
|
intCheck(v, 0, 8, p)
|
ROUNDING_MODE = v
|
}
|
|
// EXPONENTIAL_AT {number|number[]}
|
// Integer, -MAX to MAX inclusive or
|
// [integer -MAX to 0 inclusive, 0 to MAX inclusive].
|
// '[BigNumber Error] EXPONENTIAL_AT {not a primitive number|not an integer|out of range}: {v}'
|
if (obj.hasOwnProperty((p = "EXPONENTIAL_AT"))) {
|
v = obj[p]
|
if (v && v.pop) {
|
intCheck(v[0], -MAX, 0, p)
|
intCheck(v[1], 0, MAX, p)
|
TO_EXP_NEG = v[0]
|
TO_EXP_POS = v[1]
|
} else {
|
intCheck(v, -MAX, MAX, p)
|
TO_EXP_NEG = -(TO_EXP_POS = v < 0 ? -v : v)
|
}
|
}
|
|
// RANGE {number|number[]} Non-zero integer, -MAX to MAX inclusive or
|
// [integer -MAX to -1 inclusive, integer 1 to MAX inclusive].
|
// '[BigNumber Error] RANGE {not a primitive number|not an integer|out of range|cannot be zero}: {v}'
|
if (obj.hasOwnProperty((p = "RANGE"))) {
|
v = obj[p]
|
if (v && v.pop) {
|
intCheck(v[0], -MAX, -1, p)
|
intCheck(v[1], 1, MAX, p)
|
MIN_EXP = v[0]
|
MAX_EXP = v[1]
|
} else {
|
intCheck(v, -MAX, MAX, p)
|
if (v) {
|
MIN_EXP = -(MAX_EXP = v < 0 ? -v : v)
|
} else {
|
throw Error(bignumberError + p + " cannot be zero: " + v)
|
}
|
}
|
}
|
|
// CRYPTO {boolean} true or false.
|
// '[BigNumber Error] CRYPTO not true or false: {v}'
|
// '[BigNumber Error] crypto unavailable'
|
if (obj.hasOwnProperty((p = "CRYPTO"))) {
|
v = obj[p]
|
if (v === !!v) {
|
if (v) {
|
if (typeof crypto != "undefined" && crypto && (crypto.getRandomValues || crypto.randomBytes)) {
|
CRYPTO = v
|
} else {
|
CRYPTO = !v
|
throw Error(bignumberError + "crypto unavailable")
|
}
|
} else {
|
CRYPTO = v
|
}
|
} else {
|
throw Error(bignumberError + p + " not true or false: " + v)
|
}
|
}
|
|
// MODULO_MODE {number} Integer, 0 to 9 inclusive.
|
// '[BigNumber Error] MODULO_MODE {not a primitive number|not an integer|out of range}: {v}'
|
if (obj.hasOwnProperty((p = "MODULO_MODE"))) {
|
v = obj[p]
|
intCheck(v, 0, 9, p)
|
MODULO_MODE = v
|
}
|
|
// POW_PRECISION {number} Integer, 0 to MAX inclusive.
|
// '[BigNumber Error] POW_PRECISION {not a primitive number|not an integer|out of range}: {v}'
|
if (obj.hasOwnProperty((p = "POW_PRECISION"))) {
|
v = obj[p]
|
intCheck(v, 0, MAX, p)
|
POW_PRECISION = v
|
}
|
|
// FORMAT {object}
|
// '[BigNumber Error] FORMAT not an object: {v}'
|
if (obj.hasOwnProperty((p = "FORMAT"))) {
|
v = obj[p]
|
if (typeof v == "object") FORMAT = v
|
else throw Error(bignumberError + p + " not an object: " + v)
|
}
|
|
// ALPHABET {string}
|
// '[BigNumber Error] ALPHABET invalid: {v}'
|
if (obj.hasOwnProperty((p = "ALPHABET"))) {
|
v = obj[p]
|
|
// Disallow if only one character,
|
// or if it contains '+', '-', '.', whitespace, or a repeated character.
|
if (typeof v == "string" && !/^.$|[+-.\s]|(.).*\1/.test(v)) {
|
ALPHABET = v
|
} else {
|
throw Error(bignumberError + p + " invalid: " + v)
|
}
|
}
|
} else {
|
// '[BigNumber Error] Object expected: {v}'
|
throw Error(bignumberError + "Object expected: " + obj)
|
}
|
}
|
|
return {
|
DECIMAL_PLACES: DECIMAL_PLACES,
|
ROUNDING_MODE: ROUNDING_MODE,
|
EXPONENTIAL_AT: [TO_EXP_NEG, TO_EXP_POS],
|
RANGE: [MIN_EXP, MAX_EXP],
|
CRYPTO: CRYPTO,
|
MODULO_MODE: MODULO_MODE,
|
POW_PRECISION: POW_PRECISION,
|
FORMAT: FORMAT,
|
ALPHABET: ALPHABET
|
}
|
}
|
|
/*
|
* Return true if v is a BigNumber instance, catch return false.
|
*
|
* If BigNumber.DEBUG is true, throw if a BigNumber instance is not well-formed.
|
*
|
* v {any}
|
*
|
* '[BigNumber Error] Invalid BigNumber: {v}'
|
*/
|
BigNumber.isBigNumber = function (v) {
|
if (!v || v._isBigNumber !== true) return false
|
if (!BigNumber.DEBUG) return true
|
|
var i,
|
n,
|
c = v.c,
|
e = v.e,
|
s = v.s
|
|
out: if ({}.toString.call(c) == "[object Array]") {
|
if ((s === 1 || s === -1) && e >= -MAX && e <= MAX && e === mathfloor(e)) {
|
// If the first element is zero, the BigNumber value must be zero.
|
if (c[0] === 0) {
|
if (e === 0 && c.length === 1) return true
|
break out
|
}
|
|
// Calculate number of digits that c[0] should have, based on the exponent.
|
i = (e + 1) % LOG_BASE
|
if (i < 1) i += LOG_BASE
|
|
// Calculate number of digits of c[0].
|
//if (Math.ceil(Math.log(c[0] + 1) / Math.LN10) == i) {
|
if (String(c[0]).length == i) {
|
for (i = 0; i < c.length; i++) {
|
n = c[i]
|
if (n < 0 || n >= BASE || n !== mathfloor(n)) break out
|
}
|
|
// Last element cannot be zero, unless it is the only element.
|
if (n !== 0) return true
|
}
|
}
|
|
// Infinity/NaN
|
} else if (c === null && e === null && (s === null || s === 1 || s === -1)) {
|
return true
|
}
|
|
throw Error(bignumberError + "Invalid BigNumber: " + v)
|
}
|
|
/*
|
* Return a new BigNumber whose value is the maximum of the arguments.
|
*
|
* arguments {number|string|BigNumber}
|
*/
|
BigNumber.maximum = BigNumber.max = function () {
|
return maxOrMin(arguments, P.lt)
|
}
|
|
/*
|
* Return a new BigNumber whose value is the minimum of the arguments.
|
*
|
* arguments {number|string|BigNumber}
|
*/
|
BigNumber.minimum = BigNumber.min = function () {
|
return maxOrMin(arguments, P.gt)
|
}
|
|
/*
|
* Return a new BigNumber with a random value equal to or greater than 0 and less than 1,
|
* and with dp, or DECIMAL_PLACES if dp is omitted, decimal places (or less if trailing
|
* zeros are produced).
|
*
|
* [dp] {number} Decimal places. Integer, 0 to MAX inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {dp}'
|
* '[BigNumber Error] crypto unavailable'
|
*/
|
BigNumber.random = (function () {
|
var pow2_53 = 0x20000000000000
|
|
// Return a 53 bit integer n, where 0 <= n < 9007199254740992.
|
// Check if Math.random() produces more than 32 bits of randomness.
|
// If it does, assume at least 53 bits are produced, catch assume at least 30 bits.
|
// 0x40000000 is 2^30, 0x800000 is 2^23, 0x1fffff is 2^21 - 1.
|
var random53bitInt =
|
(Math.random() * pow2_53) & 0x1fffff
|
? function () {
|
return mathfloor(Math.random() * pow2_53)
|
}
|
: function () {
|
return ((Math.random() * 0x40000000) | 0) * 0x800000 + ((Math.random() * 0x800000) | 0)
|
}
|
return function (dp) {
|
var a,
|
b,
|
e,
|
k,
|
v,
|
i = 0,
|
c = [],
|
rand = new BigNumber(ONE)
|
|
if (dp == null) dp = DECIMAL_PLACES
|
else intCheck(dp, 0, MAX)
|
|
k = mathceil(dp / LOG_BASE)
|
|
if (CRYPTO) {
|
// Browsers supporting crypto.getRandomValues.
|
if (crypto.getRandomValues) {
|
a = crypto.getRandomValues(new Uint32Array((k *= 2)))
|
|
for (; i < k; ) {
|
// 53 bits:
|
// ((Math.pow(2, 32) - 1) * Math.pow(2, 21)).toString(2)
|
// 11111 11111111 11111111 11111111 11100000 00000000 00000000
|
// ((Math.pow(2, 32) - 1) >>> 11).toString(2)
|
// 11111 11111111 11111111
|
// 0x20000 is 2^21.
|
v = a[i] * 0x20000 + (a[i + 1] >>> 11)
|
|
// Rejection sampling:
|
// 0 <= v < 9007199254740992
|
// Probability that v >= 9e15, is
|
// 7199254740992 / 9007199254740992 ~= 0.0008, i.e. 1 in 1251
|
if (v >= 9e15) {
|
b = crypto.getRandomValues(new Uint32Array(2))
|
a[i] = b[0]
|
a[i + 1] = b[1]
|
} else {
|
// 0 <= v <= 8999999999999999
|
// 0 <= (v % 1e14) <= 99999999999999
|
c.push(v % 1e14)
|
i += 2
|
}
|
}
|
i = k / 2
|
|
// Node.js supporting crypto.randomBytes.
|
} else if (crypto.randomBytes) {
|
// buffer
|
a = crypto.randomBytes((k *= 7))
|
|
for (; i < k; ) {
|
// 0x1000000000000 is 2^48, 0x10000000000 is 2^40
|
// 0x100000000 is 2^32, 0x1000000 is 2^24
|
// 11111 11111111 11111111 11111111 11111111 11111111 11111111
|
// 0 <= v < 9007199254740992
|
v =
|
(a[i] & 31) * 0x1000000000000 +
|
a[i + 1] * 0x10000000000 +
|
a[i + 2] * 0x100000000 +
|
a[i + 3] * 0x1000000 +
|
(a[i + 4] << 16) +
|
(a[i + 5] << 8) +
|
a[i + 6]
|
|
if (v >= 9e15) {
|
crypto.randomBytes(7).copy(a, i)
|
} else {
|
// 0 <= (v % 1e14) <= 99999999999999
|
c.push(v % 1e14)
|
i += 7
|
}
|
}
|
i = k / 7
|
} else {
|
CRYPTO = false
|
throw Error(bignumberError + "crypto unavailable")
|
}
|
}
|
|
// Use Math.random.
|
if (!CRYPTO) {
|
for (; i < k; ) {
|
v = random53bitInt()
|
if (v < 9e15) c[i++] = v % 1e14
|
}
|
}
|
|
k = c[--i]
|
dp %= LOG_BASE
|
|
// Convert trailing digits to zeros according to dp.
|
if (k && dp) {
|
v = POWS_TEN[LOG_BASE - dp]
|
c[i] = mathfloor(k / v) * v
|
}
|
|
// Remove trailing elements which are zero.
|
for (; c[i] === 0; c.pop(), i--);
|
|
// Zero?
|
if (i < 0) {
|
c = [(e = 0)]
|
} else {
|
// Remove leading elements which are zero and adjust exponent accordingly.
|
for (e = -1; c[0] === 0; c.splice(0, 1), e -= LOG_BASE);
|
|
// Count the digits of the first element of c to determine leading zeros, and...
|
for (i = 1, v = c[0]; v >= 10; v /= 10, i++);
|
|
// adjust the exponent accordingly.
|
if (i < LOG_BASE) e -= LOG_BASE - i
|
}
|
|
rand.e = e
|
rand.c = c
|
return rand
|
}
|
})()
|
|
/*
|
* Return a BigNumber whose value is the sum of the arguments.
|
*
|
* arguments {number|string|BigNumber}
|
*/
|
BigNumber.sum = function () {
|
var i = 1,
|
args = arguments,
|
sum = new BigNumber(args[0])
|
for (; i < args.length; ) sum = sum.plus(args[i++])
|
return sum
|
}
|
|
// PRIVATE FUNCTIONS
|
|
// Called by BigNumber and BigNumber.prototype.toString.
|
convertBase = (function () {
|
var decimal = "0123456789"
|
|
/*
|
* Convert string of baseIn to an array of numbers of baseOut.
|
* Eg. toBaseOut('255', 10, 16) returns [15, 15].
|
* Eg. toBaseOut('ff', 16, 10) returns [2, 5, 5].
|
*/
|
function toBaseOut(str, baseIn, baseOut, alphabet) {
|
var j,
|
arr = [0],
|
arrL,
|
i = 0,
|
len = str.length
|
|
for (; i < len; ) {
|
for (arrL = arr.length; arrL--; arr[arrL] *= baseIn);
|
|
arr[0] += alphabet.indexOf(str.charAt(i++))
|
|
for (j = 0; j < arr.length; j++) {
|
if (arr[j] > baseOut - 1) {
|
if (arr[j + 1] == null) arr[j + 1] = 0
|
arr[j + 1] += (arr[j] / baseOut) | 0
|
arr[j] %= baseOut
|
}
|
}
|
}
|
|
return arr.reverse()
|
}
|
|
// Convert a numeric string of baseIn to a numeric string of baseOut.
|
// If the caller is toString, we are converting from base 10 to baseOut.
|
// If the caller is BigNumber, we are converting from baseIn to base 10.
|
return function (str, baseIn, baseOut, sign, callerIsToString) {
|
var alphabet,
|
d,
|
e,
|
k,
|
r,
|
x,
|
xc,
|
y,
|
i = str.indexOf("."),
|
dp = DECIMAL_PLACES,
|
rm = ROUNDING_MODE
|
|
// Non-integer.
|
if (i >= 0) {
|
k = POW_PRECISION
|
|
// Unlimited precision.
|
POW_PRECISION = 0
|
str = str.replace(".", "")
|
y = new BigNumber(baseIn)
|
x = y.pow(str.length - i)
|
POW_PRECISION = k
|
|
// Convert str as if an integer, then restore the fraction part by dividing the
|
// result by its base raised to a power.
|
|
y.c = toBaseOut(toFixedPoint(coeffToString(x.c), x.e, "0"), 10, baseOut, decimal)
|
y.e = y.c.length
|
}
|
|
// Convert the number as integer.
|
|
xc = toBaseOut(str, baseIn, baseOut, callerIsToString ? ((alphabet = ALPHABET), decimal) : ((alphabet = decimal), ALPHABET))
|
|
// xc now represents str as an integer and converted to baseOut. e is the exponent.
|
e = k = xc.length
|
|
// Remove trailing zeros.
|
for (; xc[--k] == 0; xc.pop());
|
|
// Zero?
|
if (!xc[0]) return alphabet.charAt(0)
|
|
// Does str represent an integer? If so, no need for the division.
|
if (i < 0) {
|
--e
|
} else {
|
x.c = xc
|
x.e = e
|
|
// The sign is needed for correct rounding.
|
x.s = sign
|
x = div(x, y, dp, rm, baseOut)
|
xc = x.c
|
r = x.r
|
e = x.e
|
}
|
|
// xc now represents str converted to baseOut.
|
|
// THe index of the rounding digit.
|
d = e + dp + 1
|
|
// The rounding digit: the digit to the right of the digit that may be rounded up.
|
i = xc[d]
|
|
// Look at the rounding digits and mode to determine whether to round up.
|
|
k = baseOut / 2
|
r = r || d < 0 || xc[d + 1] != null
|
|
r =
|
rm < 4
|
? (i != null || r) && (rm == 0 || rm == (x.s < 0 ? 3 : 2))
|
: i > k || (i == k && (rm == 4 || r || (rm == 6 && xc[d - 1] & 1) || rm == (x.s < 0 ? 8 : 7)))
|
|
// If the index of the rounding digit is not greater than zero, or xc represents
|
// zero, then the result of the base conversion is zero or, if rounding up, a value
|
// such as 0.00001.
|
if (d < 1 || !xc[0]) {
|
// 1^-dp or 0
|
str = r ? toFixedPoint(alphabet.charAt(1), -dp, alphabet.charAt(0)) : alphabet.charAt(0)
|
} else {
|
// Truncate xc to the required number of decimal places.
|
xc.length = d
|
|
// Round up?
|
if (r) {
|
// Rounding up may mean the previous digit has to be rounded up and so on.
|
for (--baseOut; ++xc[--d] > baseOut; ) {
|
xc[d] = 0
|
|
if (!d) {
|
++e
|
xc = [1].concat(xc)
|
}
|
}
|
}
|
|
// Determine trailing zeros.
|
for (k = xc.length; !xc[--k]; );
|
|
// E.g. [4, 11, 15] becomes 4bf.
|
for (i = 0, str = ""; i <= k; str += alphabet.charAt(xc[i++]));
|
|
// Add leading zeros, decimal point and trailing zeros as required.
|
str = toFixedPoint(str, e, alphabet.charAt(0))
|
}
|
|
// The caller will add the sign.
|
return str
|
}
|
})()
|
|
// Perform division in the specified base. Called by div and convertBase.
|
div = (function () {
|
// Assume non-zero x and k.
|
function multiply(x, k, base) {
|
var m,
|
temp,
|
xlo,
|
xhi,
|
carry = 0,
|
i = x.length,
|
klo = k % SQRT_BASE,
|
khi = (k / SQRT_BASE) | 0
|
|
for (x = x.slice(); i--; ) {
|
xlo = x[i] % SQRT_BASE
|
xhi = (x[i] / SQRT_BASE) | 0
|
m = khi * xlo + xhi * klo
|
temp = klo * xlo + (m % SQRT_BASE) * SQRT_BASE + carry
|
carry = ((temp / base) | 0) + ((m / SQRT_BASE) | 0) + khi * xhi
|
x[i] = temp % base
|
}
|
|
if (carry) x = [carry].concat(x)
|
|
return x
|
}
|
|
function compare(a, b, aL, bL) {
|
var i, cmp
|
|
if (aL != bL) {
|
cmp = aL > bL ? 1 : -1
|
} else {
|
for (i = cmp = 0; i < aL; i++) {
|
if (a[i] != b[i]) {
|
cmp = a[i] > b[i] ? 1 : -1
|
break
|
}
|
}
|
}
|
|
return cmp
|
}
|
|
function subtract(a, b, aL, base) {
|
var i = 0
|
|
// Subtract b from a.
|
for (; aL--; ) {
|
a[aL] -= i
|
i = a[aL] < b[aL] ? 1 : 0
|
a[aL] = i * base + a[aL] - b[aL]
|
}
|
|
// Remove leading zeros.
|
for (; !a[0] && a.length > 1; a.splice(0, 1));
|
}
|
|
// x: dividend, y: divisor.
|
return function (x, y, dp, rm, base) {
|
var cmp,
|
e,
|
i,
|
more,
|
n,
|
prod,
|
prodL,
|
q,
|
qc,
|
rem,
|
remL,
|
rem0,
|
xi,
|
xL,
|
yc0,
|
yL,
|
yz,
|
s = x.s == y.s ? 1 : -1,
|
xc = x.c,
|
yc = y.c
|
|
// Either NaN, Infinity or 0?
|
if (!xc || !xc[0] || !yc || !yc[0]) {
|
return new BigNumber(
|
// Return NaN if either NaN, or both Infinity or 0.
|
!x.s || !y.s || (xc ? yc && xc[0] == yc[0] : !yc)
|
? NaN
|
: // Return ±0 if x is ±0 or y is ±Infinity, or return ±Infinity as y is ±0.
|
(xc && xc[0] == 0) || !yc
|
? s * 0
|
: s / 0
|
)
|
}
|
|
q = new BigNumber(s)
|
qc = q.c = []
|
e = x.e - y.e
|
s = dp + e + 1
|
|
if (!base) {
|
base = BASE
|
e = bitFloor(x.e / LOG_BASE) - bitFloor(y.e / LOG_BASE)
|
s = (s / LOG_BASE) | 0
|
}
|
|
// Result exponent may be one less then the current value of e.
|
// The coefficients of the BigNumbers from convertBase may have trailing zeros.
|
for (i = 0; yc[i] == (xc[i] || 0); i++);
|
|
if (yc[i] > (xc[i] || 0)) e--
|
|
if (s < 0) {
|
qc.push(1)
|
more = true
|
} else {
|
xL = xc.length
|
yL = yc.length
|
i = 0
|
s += 2
|
|
// Normalise xc and yc so highest order digit of yc is >= base / 2.
|
|
n = mathfloor(base / (yc[0] + 1))
|
|
// Not necessary, but to handle odd bases where yc[0] == (base / 2) - 1.
|
// if (n > 1 || n++ == 1 && yc[0] < base / 2) {
|
if (n > 1) {
|
yc = multiply(yc, n, base)
|
xc = multiply(xc, n, base)
|
yL = yc.length
|
xL = xc.length
|
}
|
|
xi = yL
|
rem = xc.slice(0, yL)
|
remL = rem.length
|
|
// Add zeros to make remainder as long as divisor.
|
for (; remL < yL; rem[remL++] = 0);
|
yz = yc.slice()
|
yz = [0].concat(yz)
|
yc0 = yc[0]
|
if (yc[1] >= base / 2) yc0++
|
// Not necessary, but to prevent trial digit n > base, when using base 3.
|
// else if (base == 3 && yc0 == 1) yc0 = 1 + 1e-15;
|
|
do {
|
n = 0
|
|
// Compare divisor and remainder.
|
cmp = compare(yc, rem, yL, remL)
|
|
// If divisor < remainder.
|
if (cmp < 0) {
|
// Calculate trial digit, n.
|
|
rem0 = rem[0]
|
if (yL != remL) rem0 = rem0 * base + (rem[1] || 0)
|
|
// n is how many times the divisor goes into the current remainder.
|
n = mathfloor(rem0 / yc0)
|
|
// Algorithm:
|
// product = divisor multiplied by trial digit (n).
|
// Compare product and remainder.
|
// If product is greater than remainder:
|
// Subtract divisor from product, decrement trial digit.
|
// Subtract product from remainder.
|
// If product was less than remainder at the last compare:
|
// Compare new remainder and divisor.
|
// If remainder is greater than divisor:
|
// Subtract divisor from remainder, increment trial digit.
|
|
if (n > 1) {
|
// n may be > base only when base is 3.
|
if (n >= base) n = base - 1
|
|
// product = divisor * trial digit.
|
prod = multiply(yc, n, base)
|
prodL = prod.length
|
remL = rem.length
|
|
// Compare product and remainder.
|
// If product > remainder then trial digit n too high.
|
// n is 1 too high about 5% of the time, and is not known to have
|
// ever been more than 1 too high.
|
while (compare(prod, rem, prodL, remL) == 1) {
|
n--
|
|
// Subtract divisor from product.
|
subtract(prod, yL < prodL ? yz : yc, prodL, base)
|
prodL = prod.length
|
cmp = 1
|
}
|
} else {
|
// n is 0 or 1, cmp is -1.
|
// If n is 0, there is no need to compare yc and rem again below,
|
// so change cmp to 1 to avoid it.
|
// If n is 1, leave cmp as -1, so yc and rem are compared again.
|
if (n == 0) {
|
// divisor < remainder, so n must be at least 1.
|
cmp = n = 1
|
}
|
|
// product = divisor
|
prod = yc.slice()
|
prodL = prod.length
|
}
|
|
if (prodL < remL) prod = [0].concat(prod)
|
|
// Subtract product from remainder.
|
subtract(rem, prod, remL, base)
|
remL = rem.length
|
|
// If product was < remainder.
|
if (cmp == -1) {
|
// Compare divisor and new remainder.
|
// If divisor < new remainder, subtract divisor from remainder.
|
// Trial digit n too low.
|
// n is 1 too low about 5% of the time, and very rarely 2 too low.
|
while (compare(yc, rem, yL, remL) < 1) {
|
n++
|
|
// Subtract divisor from remainder.
|
subtract(rem, yL < remL ? yz : yc, remL, base)
|
remL = rem.length
|
}
|
}
|
} else if (cmp === 0) {
|
n++
|
rem = [0]
|
}
|
// else cmp === 1 and n will be 0
|
|
// Add the next digit, n, to the result array.
|
qc[i++] = n
|
|
// Update the remainder.
|
if (rem[0]) {
|
rem[remL++] = xc[xi] || 0
|
} else {
|
rem = [xc[xi]]
|
remL = 1
|
}
|
} while ((xi++ < xL || rem[0] != null) && s--)
|
|
more = rem[0] != null
|
|
// Leading zero?
|
if (!qc[0]) qc.splice(0, 1)
|
}
|
|
if (base == BASE) {
|
// To calculate q.e, first get the number of digits of qc[0].
|
for (i = 1, s = qc[0]; s >= 10; s /= 10, i++);
|
|
round(q, dp + (q.e = i + e * LOG_BASE - 1) + 1, rm, more)
|
|
// Caller is convertBase.
|
} else {
|
q.e = e
|
q.r = +more
|
}
|
|
return q
|
}
|
})()
|
|
/*
|
* Return a string representing the value of BigNumber n in fixed-point or exponential
|
* notation rounded to the specified decimal places or significant digits.
|
*
|
* n: a BigNumber.
|
* i: the index of the last digit required (i.e. the digit that may be rounded up).
|
* rm: the rounding mode.
|
* id: 1 (toExponential) or 2 (toPrecision).
|
*/
|
function format(n, i, rm, id) {
|
var c0, e, ne, len, str
|
|
if (rm == null) rm = ROUNDING_MODE
|
else intCheck(rm, 0, 8)
|
|
if (!n.c) return n.toString()
|
|
c0 = n.c[0]
|
ne = n.e
|
|
if (i == null) {
|
str = coeffToString(n.c)
|
str = id == 1 || (id == 2 && (ne <= TO_EXP_NEG || ne >= TO_EXP_POS)) ? toExponential(str, ne) : toFixedPoint(str, ne, "0")
|
} else {
|
n = round(new BigNumber(n), i, rm)
|
|
// n.e may have changed if the value was rounded up.
|
e = n.e
|
|
str = coeffToString(n.c)
|
len = str.length
|
|
// toPrecision returns exponential notation if the number of significant digits
|
// specified is less than the number of digits necessary to represent the integer
|
// part of the value in fixed-point notation.
|
|
// Exponential notation.
|
if (id == 1 || (id == 2 && (i <= e || e <= TO_EXP_NEG))) {
|
// Append zeros?
|
for (; len < i; str += "0", len++);
|
str = toExponential(str, e)
|
|
// Fixed-point notation.
|
} else {
|
i -= ne
|
str = toFixedPoint(str, e, "0")
|
|
// Append zeros?
|
if (e + 1 > len) {
|
if (--i > 0) for (str += "."; i--; str += "0");
|
} else {
|
i += e - len
|
if (i > 0) {
|
if (e + 1 == len) str += "."
|
for (; i--; str += "0");
|
}
|
}
|
}
|
}
|
|
return n.s < 0 && c0 ? "-" + str : str
|
}
|
|
// Handle BigNumber.max and BigNumber.min.
|
function maxOrMin(args, method) {
|
var n,
|
i = 1,
|
m = new BigNumber(args[0])
|
|
for (; i < args.length; i++) {
|
n = new BigNumber(args[i])
|
|
// If any number is NaN, return NaN.
|
if (!n.s) {
|
m = n
|
break
|
} else if (method.call(m, n)) {
|
m = n
|
}
|
}
|
|
return m
|
}
|
|
/*
|
* Strip trailing zeros, calculate base 10 exponent and check against MIN_EXP and MAX_EXP.
|
* Called by minus, plus and times.
|
*/
|
function normalise(n, c, e) {
|
var i = 1,
|
j = c.length
|
|
// Remove trailing zeros.
|
for (; !c[--j]; c.pop());
|
|
// Calculate the base 10 exponent. First get the number of digits of c[0].
|
for (j = c[0]; j >= 10; j /= 10, i++);
|
|
// Overflow?
|
if ((e = i + e * LOG_BASE - 1) > MAX_EXP) {
|
// Infinity.
|
n.c = n.e = null
|
|
// Underflow?
|
} else if (e < MIN_EXP) {
|
// Zero.
|
n.c = [(n.e = 0)]
|
} else {
|
n.e = e
|
n.c = c
|
}
|
|
return n
|
}
|
|
// Handle values that fail the validity test in BigNumber.
|
parseNumeric = (function () {
|
var basePrefix = /^(-?)0([xbo])(?=\w[\w.]*$)/i,
|
dotAfter = /^([^.]+)\.$/,
|
dotBefore = /^\.([^.]+)$/,
|
isInfinityOrNaN = /^-?(Infinity|NaN)$/,
|
whitespaceOrPlus = /^\s*\+(?=[\w.])|^\s+|\s+$/g
|
|
return function (x, str, isNum, b) {
|
var base,
|
s = isNum ? str : str.replace(whitespaceOrPlus, "")
|
|
// No exception on ±Infinity or NaN.
|
if (isInfinityOrNaN.test(s)) {
|
x.s = isNaN(s) ? null : s < 0 ? -1 : 1
|
} else {
|
if (!isNum) {
|
// basePrefix = /^(-?)0([xbo])(?=\w[\w.]*$)/i
|
s = s.replace(basePrefix, function (m, p1, p2) {
|
base = (p2 = p2.toLowerCase()) == "x" ? 16 : p2 == "b" ? 2 : 8
|
return !b || b == base ? p1 : m
|
})
|
|
if (b) {
|
base = b
|
|
// E.g. '1.' to '1', '.1' to '0.1'
|
s = s.replace(dotAfter, "$1").replace(dotBefore, "0.$1")
|
}
|
|
if (str != s) return new BigNumber(s, base)
|
}
|
|
// '[BigNumber Error] Not a number: {n}'
|
// '[BigNumber Error] Not a base {b} number: {n}'
|
if (BigNumber.DEBUG) {
|
throw Error(bignumberError + "Not a" + (b ? " base " + b : "") + " number: " + str)
|
}
|
|
// NaN
|
x.s = null
|
}
|
|
x.c = x.e = null
|
}
|
})()
|
|
/*
|
* Round x to sd significant digits using rounding mode rm. Check for over/under-flow.
|
* If r is truthy, it is known that there are more digits after the rounding digit.
|
*/
|
function round(x, sd, rm, r) {
|
var d,
|
i,
|
j,
|
k,
|
n,
|
ni,
|
rd,
|
xc = x.c,
|
pows10 = POWS_TEN
|
|
// if x is not Infinity or NaN...
|
if (xc) {
|
// rd is the rounding digit, i.e. the digit after the digit that may be rounded up.
|
// n is a base 1e14 number, the value of the element of array x.c containing rd.
|
// ni is the index of n within x.c.
|
// d is the number of digits of n.
|
// i is the index of rd within n including leading zeros.
|
// j is the actual index of rd within n (if < 0, rd is a leading zero).
|
out: {
|
// Get the number of digits of the first element of xc.
|
for (d = 1, k = xc[0]; k >= 10; k /= 10, d++);
|
i = sd - d
|
|
// If the rounding digit is in the first element of xc...
|
if (i < 0) {
|
i += LOG_BASE
|
j = sd
|
n = xc[(ni = 0)]
|
|
// Get the rounding digit at index j of n.
|
rd = (n / pows10[d - j - 1]) % 10 | 0
|
} else {
|
ni = mathceil((i + 1) / LOG_BASE)
|
|
if (ni >= xc.length) {
|
if (r) {
|
// Needed by sqrt.
|
for (; xc.length <= ni; xc.push(0));
|
n = rd = 0
|
d = 1
|
i %= LOG_BASE
|
j = i - LOG_BASE + 1
|
} else {
|
break out
|
}
|
} else {
|
n = k = xc[ni]
|
|
// Get the number of digits of n.
|
for (d = 1; k >= 10; k /= 10, d++);
|
|
// Get the index of rd within n.
|
i %= LOG_BASE
|
|
// Get the index of rd within n, adjusted for leading zeros.
|
// The number of leading zeros of n is given by LOG_BASE - d.
|
j = i - LOG_BASE + d
|
|
// Get the rounding digit at index j of n.
|
rd = j < 0 ? 0 : (n / pows10[d - j - 1]) % 10 | 0
|
}
|
}
|
|
r =
|
r ||
|
sd < 0 ||
|
// Are there any non-zero digits after the rounding digit?
|
// The expression n % pows10[d - j - 1] returns all digits of n to the right
|
// of the digit at j, e.g. if n is 908714 and j is 2, the expression gives 714.
|
xc[ni + 1] != null ||
|
(j < 0 ? n : n % pows10[d - j - 1])
|
|
r =
|
rm < 4
|
? (rd || r) && (rm == 0 || rm == (x.s < 0 ? 3 : 2))
|
: rd > 5 ||
|
(rd == 5 &&
|
(rm == 4 ||
|
r ||
|
(rm == 6 &&
|
// Check whether the digit to the left of the rounding digit is odd.
|
(i > 0 ? (j > 0 ? n / pows10[d - j] : 0) : xc[ni - 1]) % 10 & 1) ||
|
rm == (x.s < 0 ? 8 : 7)))
|
|
if (sd < 1 || !xc[0]) {
|
xc.length = 0
|
|
if (r) {
|
// Convert sd to decimal places.
|
sd -= x.e + 1
|
|
// 1, 0.1, 0.01, 0.001, 0.0001 etc.
|
xc[0] = pows10[(LOG_BASE - (sd % LOG_BASE)) % LOG_BASE]
|
x.e = -sd || 0
|
} else {
|
// Zero.
|
xc[0] = x.e = 0
|
}
|
|
return x
|
}
|
|
// Remove excess digits.
|
if (i == 0) {
|
xc.length = ni
|
k = 1
|
ni--
|
} else {
|
xc.length = ni + 1
|
k = pows10[LOG_BASE - i]
|
|
// E.g. 56700 becomes 56000 if 7 is the rounding digit.
|
// j > 0 means i > number of leading zeros of n.
|
xc[ni] = j > 0 ? mathfloor((n / pows10[d - j]) % pows10[j]) * k : 0
|
}
|
|
// Round up?
|
if (r) {
|
for (;;) {
|
// If the digit to be rounded up is in the first element of xc...
|
if (ni == 0) {
|
// i will be the length of xc[0] before k is added.
|
for (i = 1, j = xc[0]; j >= 10; j /= 10, i++);
|
j = xc[0] += k
|
for (k = 1; j >= 10; j /= 10, k++);
|
|
// if i != k the length has increased.
|
if (i != k) {
|
x.e++
|
if (xc[0] == BASE) xc[0] = 1
|
}
|
|
break
|
} else {
|
xc[ni] += k
|
if (xc[ni] != BASE) break
|
xc[ni--] = 0
|
k = 1
|
}
|
}
|
}
|
|
// Remove trailing zeros.
|
for (i = xc.length; xc[--i] === 0; xc.pop());
|
}
|
|
// Overflow? Infinity.
|
if (x.e > MAX_EXP) {
|
x.c = x.e = null
|
|
// Underflow? Zero.
|
} else if (x.e < MIN_EXP) {
|
x.c = [(x.e = 0)]
|
}
|
}
|
|
return x
|
}
|
|
function valueOf(n) {
|
var str,
|
e = n.e
|
|
if (e === null) return n.toString()
|
|
str = coeffToString(n.c)
|
|
str = e <= TO_EXP_NEG || e >= TO_EXP_POS ? toExponential(str, e) : toFixedPoint(str, e, "0")
|
|
return n.s < 0 ? "-" + str : str
|
}
|
|
// PROTOTYPE/INSTANCE METHODS
|
|
/*
|
* Return a new BigNumber whose value is the absolute value of this BigNumber.
|
*/
|
P.absoluteValue = P.abs = function () {
|
var x = new BigNumber(this)
|
if (x.s < 0) x.s = 1
|
return x
|
}
|
|
/*
|
* Return
|
* 1 if the value of this BigNumber is greater than the value of BigNumber(y, b),
|
* -1 if the value of this BigNumber is less than the value of BigNumber(y, b),
|
* 0 if they have the same value,
|
* or null if the value of either is NaN.
|
*/
|
P.comparedTo = function (y, b) {
|
return compare(this, new BigNumber(y, b))
|
}
|
|
/*
|
* If dp is undefined or null or true or false, return the number of decimal places of the
|
* value of this BigNumber, or null if the value of this BigNumber is ±Infinity or NaN.
|
*
|
* Otherwise, if dp is a number, return a new BigNumber whose value is the value of this
|
* BigNumber rounded to a maximum of dp decimal places using rounding mode rm, or
|
* ROUNDING_MODE if rm is omitted.
|
*
|
* [dp] {number} Decimal places: integer, 0 to MAX inclusive.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {dp|rm}'
|
*/
|
P.decimalPlaces = P.dp = function (dp, rm) {
|
var c,
|
n,
|
v,
|
x = this
|
|
if (dp != null) {
|
intCheck(dp, 0, MAX)
|
if (rm == null) rm = ROUNDING_MODE
|
else intCheck(rm, 0, 8)
|
|
return round(new BigNumber(x), dp + x.e + 1, rm)
|
}
|
|
if (!(c = x.c)) return null
|
n = ((v = c.length - 1) - bitFloor(this.e / LOG_BASE)) * LOG_BASE
|
|
// Subtract the number of trailing zeros of the last number.
|
if ((v = c[v])) for (; v % 10 == 0; v /= 10, n--);
|
if (n < 0) n = 0
|
|
return n
|
}
|
|
/*
|
* n / 0 = I
|
* n / N = N
|
* n / I = 0
|
* 0 / n = 0
|
* 0 / 0 = N
|
* 0 / N = N
|
* 0 / I = 0
|
* N / n = N
|
* N / 0 = N
|
* N / N = N
|
* N / I = N
|
* I / n = I
|
* I / 0 = I
|
* I / N = N
|
* I / I = N
|
*
|
* Return a new BigNumber whose value is the value of this BigNumber divided by the value of
|
* BigNumber(y, b), rounded according to DECIMAL_PLACES and ROUNDING_MODE.
|
*/
|
P.dividedBy = P.div = function (y, b) {
|
return div(this, new BigNumber(y, b), DECIMAL_PLACES, ROUNDING_MODE)
|
}
|
|
/*
|
* Return a new BigNumber whose value is the integer part of dividing the value of this
|
* BigNumber by the value of BigNumber(y, b).
|
*/
|
P.dividedToIntegerBy = P.idiv = function (y, b) {
|
return div(this, new BigNumber(y, b), 0, 1)
|
}
|
|
/*
|
* Return a BigNumber whose value is the value of this BigNumber exponentiated by n.
|
*
|
* If m is present, return the result modulo m.
|
* If n is negative round according to DECIMAL_PLACES and ROUNDING_MODE.
|
* If POW_PRECISION is non-zero and m is not present, round to POW_PRECISION using ROUNDING_MODE.
|
*
|
* The modular power operation works efficiently when x, n, and m are integers, catch it
|
* is equivalent to calculating x.exponentiatedBy(n).modulo(m) with a POW_PRECISION of 0.
|
*
|
* n {number|string|BigNumber} The exponent. An integer.
|
* [m] {number|string|BigNumber} The modulus.
|
*
|
* '[BigNumber Error] Exponent not an integer: {n}'
|
*/
|
P.exponentiatedBy = P.pow = function (n, m) {
|
var half,
|
isModExp,
|
i,
|
k,
|
more,
|
nIsBig,
|
nIsNeg,
|
nIsOdd,
|
y,
|
x = this
|
|
n = new BigNumber(n)
|
|
// Allow NaN and ±Infinity, but not other non-integers.
|
if (n.c && !n.isInteger()) {
|
throw Error(bignumberError + "Exponent not an integer: " + valueOf(n))
|
}
|
|
if (m != null) m = new BigNumber(m)
|
|
// Exponent of MAX_SAFE_INTEGER is 15.
|
nIsBig = n.e > 14
|
|
// If x is NaN, ±Infinity, ±0 or ±1, or n is ±Infinity, NaN or ±0.
|
if (!x.c || !x.c[0] || (x.c[0] == 1 && !x.e && x.c.length == 1) || !n.c || !n.c[0]) {
|
// The sign of the result of pow when x is negative depends on the evenness of n.
|
// If +n overflows to ±Infinity, the evenness of n would be not be known.
|
y = new BigNumber(Math.pow(+valueOf(x), nIsBig ? 2 - isOdd(n) : +valueOf(n)))
|
return m ? y.mod(m) : y
|
}
|
|
nIsNeg = n.s < 0
|
|
if (m) {
|
// x % m returns NaN if abs(m) is zero, or m is NaN.
|
if (m.c ? !m.c[0] : !m.s) return new BigNumber(NaN)
|
|
isModExp = !nIsNeg && x.isInteger() && m.isInteger()
|
|
if (isModExp) x = x.mod(m)
|
|
// Overflow to ±Infinity: >=2**1e10 or >=1.0000024**1e15.
|
// Underflow to ±0: <=0.79**1e10 or <=0.9999975**1e15.
|
} else if (
|
n.e > 9 &&
|
(x.e > 0 ||
|
x.e < -1 ||
|
(x.e == 0 // [1, 240000000]
|
? x.c[0] > 1 || (nIsBig && x.c[1] >= 24e7) // [80000000000000] [99999750000000]
|
: x.c[0] < 8e13 || (nIsBig && x.c[0] <= 9999975e7)))
|
) {
|
// If x is negative and n is odd, k = -0, else k = 0.
|
k = x.s < 0 && isOdd(n) ? -0 : 0
|
|
// If x >= 1, k = ±Infinity.
|
if (x.e > -1) k = 1 / k
|
|
// If n is negative return ±0, else return ±Infinity.
|
return new BigNumber(nIsNeg ? 1 / k : k)
|
} else if (POW_PRECISION) {
|
// Truncating each coefficient array to a length of k after each multiplication
|
// equates to truncating significant digits to POW_PRECISION + [28, 41],
|
// i.e. there will be a minimum of 28 guard digits retained.
|
k = mathceil(POW_PRECISION / LOG_BASE + 2)
|
}
|
|
if (nIsBig) {
|
half = new BigNumber(0.5)
|
if (nIsNeg) n.s = 1
|
nIsOdd = isOdd(n)
|
} else {
|
i = Math.abs(+valueOf(n))
|
nIsOdd = i % 2
|
}
|
|
y = new BigNumber(ONE)
|
|
// Performs 54 loop iterations for n of 9007199254740991.
|
for (;;) {
|
if (nIsOdd) {
|
y = y.times(x)
|
if (!y.c) break
|
|
if (k) {
|
if (y.c.length > k) y.c.length = k
|
} else if (isModExp) {
|
y = y.mod(m)
|
//y = y.minus(div(y, m, 0, MODULO_MODE).times(m));
|
}
|
}
|
|
if (i) {
|
i = mathfloor(i / 2)
|
if (i === 0) break
|
nIsOdd = i % 2
|
} else {
|
n = n.times(half)
|
round(n, n.e + 1, 1)
|
|
if (n.e > 14) {
|
nIsOdd = isOdd(n)
|
} else {
|
i = +valueOf(n)
|
if (i === 0) break
|
nIsOdd = i % 2
|
}
|
}
|
|
x = x.times(x)
|
|
if (k) {
|
if (x.c && x.c.length > k) x.c.length = k
|
} else if (isModExp) {
|
x = x.mod(m)
|
//x = x.minus(div(x, m, 0, MODULO_MODE).times(m));
|
}
|
}
|
|
if (isModExp) return y
|
if (nIsNeg) y = ONE.div(y)
|
|
return m ? y.mod(m) : k ? round(y, POW_PRECISION, ROUNDING_MODE, more) : y
|
}
|
|
/*
|
* Return a new BigNumber whose value is the value of this BigNumber rounded to an integer
|
* using rounding mode rm, or ROUNDING_MODE if rm is omitted.
|
*
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {rm}'
|
*/
|
P.integerValue = function (rm) {
|
var n = new BigNumber(this)
|
if (rm == null) rm = ROUNDING_MODE
|
else intCheck(rm, 0, 8)
|
return round(n, n.e + 1, rm)
|
}
|
|
/*
|
* Return true if the value of this BigNumber is equal to the value of BigNumber(y, b),
|
* catch return false.
|
*/
|
P.isEqualTo = P.eq = function (y, b) {
|
return compare(this, new BigNumber(y, b)) === 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is a finite number, catch return false.
|
*/
|
P.isFinite = function () {
|
return !!this.c
|
}
|
|
/*
|
* Return true if the value of this BigNumber is greater than the value of BigNumber(y, b),
|
* catch return false.
|
*/
|
P.isGreaterThan = P.gt = function (y, b) {
|
return compare(this, new BigNumber(y, b)) > 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is greater than or equal to the value of
|
* BigNumber(y, b), catch return false.
|
*/
|
P.isGreaterThanOrEqualTo = P.gte = function (y, b) {
|
return (b = compare(this, new BigNumber(y, b))) === 1 || b === 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is an integer, catch return false.
|
*/
|
P.isInteger = function () {
|
return !!this.c && bitFloor(this.e / LOG_BASE) > this.c.length - 2
|
}
|
|
/*
|
* Return true if the value of this BigNumber is less than the value of BigNumber(y, b),
|
* catch return false.
|
*/
|
P.isLessThan = P.lt = function (y, b) {
|
return compare(this, new BigNumber(y, b)) < 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is less than or equal to the value of
|
* BigNumber(y, b), catch return false.
|
*/
|
P.isLessThanOrEqualTo = P.lte = function (y, b) {
|
return (b = compare(this, new BigNumber(y, b))) === -1 || b === 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is NaN, catch return false.
|
*/
|
P.isNaN = function () {
|
return !this.s
|
}
|
|
/*
|
* Return true if the value of this BigNumber is negative, catch return false.
|
*/
|
P.isNegative = function () {
|
return this.s < 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is positive, catch return false.
|
*/
|
P.isPositive = function () {
|
return this.s > 0
|
}
|
|
/*
|
* Return true if the value of this BigNumber is 0 or -0, catch return false.
|
*/
|
P.isZero = function () {
|
return !!this.c && this.c[0] == 0
|
}
|
|
/*
|
* n - 0 = n
|
* n - N = N
|
* n - I = -I
|
* 0 - n = -n
|
* 0 - 0 = 0
|
* 0 - N = N
|
* 0 - I = -I
|
* N - n = N
|
* N - 0 = N
|
* N - N = N
|
* N - I = N
|
* I - n = I
|
* I - 0 = I
|
* I - N = N
|
* I - I = N
|
*
|
* Return a new BigNumber whose value is the value of this BigNumber minus the value of
|
* BigNumber(y, b).
|
*/
|
P.minus = function (y, b) {
|
var i,
|
j,
|
t,
|
xLTy,
|
x = this,
|
a = x.s
|
|
y = new BigNumber(y, b)
|
b = y.s
|
|
// Either NaN?
|
if (!a || !b) return new BigNumber(NaN)
|
|
// Signs differ?
|
if (a != b) {
|
y.s = -b
|
return x.plus(y)
|
}
|
|
var xe = x.e / LOG_BASE,
|
ye = y.e / LOG_BASE,
|
xc = x.c,
|
yc = y.c
|
|
if (!xe || !ye) {
|
// Either Infinity?
|
if (!xc || !yc) return xc ? ((y.s = -b), y) : new BigNumber(yc ? x : NaN)
|
|
// Either zero?
|
if (!xc[0] || !yc[0]) {
|
// Return y if y is non-zero, x if x is non-zero, or zero if both are zero.
|
return yc[0]
|
? ((y.s = -b), y)
|
: new BigNumber(
|
xc[0]
|
? x
|
: // IEEE 754 (2008) 6.3: n - n = -0 when rounding to -Infinity
|
ROUNDING_MODE == 3
|
? -0
|
: 0
|
)
|
}
|
}
|
|
xe = bitFloor(xe)
|
ye = bitFloor(ye)
|
xc = xc.slice()
|
|
// Determine which is the bigger number.
|
if ((a = xe - ye)) {
|
if ((xLTy = a < 0)) {
|
a = -a
|
t = xc
|
} else {
|
ye = xe
|
t = yc
|
}
|
|
t.reverse()
|
|
// Prepend zeros to equalise exponents.
|
for (b = a; b--; t.push(0));
|
t.reverse()
|
} else {
|
// Exponents equal. Check digit by digit.
|
j = (xLTy = (a = xc.length) < (b = yc.length)) ? a : b
|
|
for (a = b = 0; b < j; b++) {
|
if (xc[b] != yc[b]) {
|
xLTy = xc[b] < yc[b]
|
break
|
}
|
}
|
}
|
|
// x < y? Point xc to the array of the bigger number.
|
if (xLTy) (t = xc), (xc = yc), (yc = t), (y.s = -y.s)
|
|
b = (j = yc.length) - (i = xc.length)
|
|
// Append zeros to xc if shorter.
|
// No need to add zeros to yc if shorter as subtract only needs to start at yc.length.
|
if (b > 0) for (; b--; xc[i++] = 0);
|
b = BASE - 1
|
|
// Subtract yc from xc.
|
for (; j > a; ) {
|
if (xc[--j] < yc[j]) {
|
for (i = j; i && !xc[--i]; xc[i] = b);
|
--xc[i]
|
xc[j] += BASE
|
}
|
|
xc[j] -= yc[j]
|
}
|
|
// Remove leading zeros and adjust exponent accordingly.
|
for (; xc[0] == 0; xc.splice(0, 1), --ye);
|
|
// Zero?
|
if (!xc[0]) {
|
// Following IEEE 754 (2008) 6.3,
|
// n - n = +0 but n - n = -0 when rounding towards -Infinity.
|
y.s = ROUNDING_MODE == 3 ? -1 : 1
|
y.c = [(y.e = 0)]
|
return y
|
}
|
|
// No need to check for Infinity as +x - +y != Infinity && -x - -y != Infinity
|
// for finite x and y.
|
return normalise(y, xc, ye)
|
}
|
|
/*
|
* n % 0 = N
|
* n % N = N
|
* n % I = n
|
* 0 % n = 0
|
* -0 % n = -0
|
* 0 % 0 = N
|
* 0 % N = N
|
* 0 % I = 0
|
* N % n = N
|
* N % 0 = N
|
* N % N = N
|
* N % I = N
|
* I % n = N
|
* I % 0 = N
|
* I % N = N
|
* I % I = N
|
*
|
* Return a new BigNumber whose value is the value of this BigNumber modulo the value of
|
* BigNumber(y, b). The result depends on the value of MODULO_MODE.
|
*/
|
P.modulo = P.mod = function (y, b) {
|
var q,
|
s,
|
x = this
|
|
y = new BigNumber(y, b)
|
|
// Return NaN if x is Infinity or NaN, or y is NaN or zero.
|
if (!x.c || !y.s || (y.c && !y.c[0])) {
|
return new BigNumber(NaN)
|
|
// Return x if y is Infinity or x is zero.
|
} else if (!y.c || (x.c && !x.c[0])) {
|
return new BigNumber(x)
|
}
|
|
if (MODULO_MODE == 9) {
|
// Euclidian division: q = sign(y) * floor(x / abs(y))
|
// r = x - qy where 0 <= r < abs(y)
|
s = y.s
|
y.s = 1
|
q = div(x, y, 0, 3)
|
y.s = s
|
q.s *= s
|
} else {
|
q = div(x, y, 0, MODULO_MODE)
|
}
|
|
y = x.minus(q.times(y))
|
|
// To match JavaScript %, ensure sign of zero is sign of dividend.
|
if (!y.c[0] && MODULO_MODE == 1) y.s = x.s
|
|
return y
|
}
|
|
/*
|
* n * 0 = 0
|
* n * N = N
|
* n * I = I
|
* 0 * n = 0
|
* 0 * 0 = 0
|
* 0 * N = N
|
* 0 * I = N
|
* N * n = N
|
* N * 0 = N
|
* N * N = N
|
* N * I = N
|
* I * n = I
|
* I * 0 = N
|
* I * N = N
|
* I * I = I
|
*
|
* Return a new BigNumber whose value is the value of this BigNumber multiplied by the value
|
* of BigNumber(y, b).
|
*/
|
P.multipliedBy = P.times = function (y, b) {
|
var c,
|
e,
|
i,
|
j,
|
k,
|
m,
|
xcL,
|
xlo,
|
xhi,
|
ycL,
|
ylo,
|
yhi,
|
zc,
|
base,
|
sqrtBase,
|
x = this,
|
xc = x.c,
|
yc = (y = new BigNumber(y, b)).c
|
|
// Either NaN, ±Infinity or ±0?
|
if (!xc || !yc || !xc[0] || !yc[0]) {
|
// Return NaN if either is NaN, or one is 0 and the other is Infinity.
|
if (!x.s || !y.s || (xc && !xc[0] && !yc) || (yc && !yc[0] && !xc)) {
|
y.c = y.e = y.s = null
|
} else {
|
y.s *= x.s
|
|
// Return ±Infinity if either is ±Infinity.
|
if (!xc || !yc) {
|
y.c = y.e = null
|
|
// Return ±0 if either is ±0.
|
} else {
|
y.c = [0]
|
y.e = 0
|
}
|
}
|
|
return y
|
}
|
|
e = bitFloor(x.e / LOG_BASE) + bitFloor(y.e / LOG_BASE)
|
y.s *= x.s
|
xcL = xc.length
|
ycL = yc.length
|
|
// Ensure xc points to longer array and xcL to its length.
|
if (xcL < ycL) (zc = xc), (xc = yc), (yc = zc), (i = xcL), (xcL = ycL), (ycL = i)
|
|
// Initialise the result array with zeros.
|
for (i = xcL + ycL, zc = []; i--; zc.push(0));
|
|
base = BASE
|
sqrtBase = SQRT_BASE
|
|
for (i = ycL; --i >= 0; ) {
|
c = 0
|
ylo = yc[i] % sqrtBase
|
yhi = (yc[i] / sqrtBase) | 0
|
|
for (k = xcL, j = i + k; j > i; ) {
|
xlo = xc[--k] % sqrtBase
|
xhi = (xc[k] / sqrtBase) | 0
|
m = yhi * xlo + xhi * ylo
|
xlo = ylo * xlo + (m % sqrtBase) * sqrtBase + zc[j] + c
|
c = ((xlo / base) | 0) + ((m / sqrtBase) | 0) + yhi * xhi
|
zc[j--] = xlo % base
|
}
|
|
zc[j] = c
|
}
|
|
if (c) {
|
++e
|
} else {
|
zc.splice(0, 1)
|
}
|
|
return normalise(y, zc, e)
|
}
|
|
/*
|
* Return a new BigNumber whose value is the value of this BigNumber negated,
|
* i.e. multiplied by -1.
|
*/
|
P.negated = function () {
|
var x = new BigNumber(this)
|
x.s = -x.s || null
|
return x
|
}
|
|
/*
|
* n + 0 = n
|
* n + N = N
|
* n + I = I
|
* 0 + n = n
|
* 0 + 0 = 0
|
* 0 + N = N
|
* 0 + I = I
|
* N + n = N
|
* N + 0 = N
|
* N + N = N
|
* N + I = N
|
* I + n = I
|
* I + 0 = I
|
* I + N = N
|
* I + I = I
|
*
|
* Return a new BigNumber whose value is the value of this BigNumber plus the value of
|
* BigNumber(y, b).
|
*/
|
P.plus = function (y, b) {
|
var t,
|
x = this,
|
a = x.s
|
|
y = new BigNumber(y, b)
|
b = y.s
|
|
// Either NaN?
|
if (!a || !b) return new BigNumber(NaN)
|
|
// Signs differ?
|
if (a != b) {
|
y.s = -b
|
return x.minus(y)
|
}
|
|
var xe = x.e / LOG_BASE,
|
ye = y.e / LOG_BASE,
|
xc = x.c,
|
yc = y.c
|
|
if (!xe || !ye) {
|
// Return ±Infinity if either ±Infinity.
|
if (!xc || !yc) return new BigNumber(a / 0)
|
|
// Either zero?
|
// Return y if y is non-zero, x if x is non-zero, or zero if both are zero.
|
if (!xc[0] || !yc[0]) return yc[0] ? y : new BigNumber(xc[0] ? x : a * 0)
|
}
|
|
xe = bitFloor(xe)
|
ye = bitFloor(ye)
|
xc = xc.slice()
|
|
// Prepend zeros to equalise exponents. Faster to use reverse then do unshifts.
|
if ((a = xe - ye)) {
|
if (a > 0) {
|
ye = xe
|
t = yc
|
} else {
|
a = -a
|
t = xc
|
}
|
|
t.reverse()
|
for (; a--; t.push(0));
|
t.reverse()
|
}
|
|
a = xc.length
|
b = yc.length
|
|
// Point xc to the longer array, and b to the shorter length.
|
if (a - b < 0) (t = yc), (yc = xc), (xc = t), (b = a)
|
|
// Only start adding at yc.length - 1 as the further digits of xc can be ignored.
|
for (a = 0; b; ) {
|
a = ((xc[--b] = xc[b] + yc[b] + a) / BASE) | 0
|
xc[b] = BASE === xc[b] ? 0 : xc[b] % BASE
|
}
|
|
if (a) {
|
xc = [a].concat(xc)
|
++ye
|
}
|
|
// No need to check for zero, as +x + +y != 0 && -x + -y != 0
|
// ye = MAX_EXP + 1 possible
|
return normalise(y, xc, ye)
|
}
|
|
/*
|
* If sd is undefined or null or true or false, return the number of significant digits of
|
* the value of this BigNumber, or null if the value of this BigNumber is ±Infinity or NaN.
|
* If sd is true include integer-part trailing zeros in the count.
|
*
|
* Otherwise, if sd is a number, return a new BigNumber whose value is the value of this
|
* BigNumber rounded to a maximum of sd significant digits using rounding mode rm, or
|
* ROUNDING_MODE if rm is omitted.
|
*
|
* sd {number|boolean} number: significant digits: integer, 1 to MAX inclusive.
|
* boolean: whether to count integer-part trailing zeros: true or false.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {sd|rm}'
|
*/
|
P.precision = P.sd = function (sd, rm) {
|
var c,
|
n,
|
v,
|
x = this
|
|
if (sd != null && sd !== !!sd) {
|
intCheck(sd, 1, MAX)
|
if (rm == null) rm = ROUNDING_MODE
|
else intCheck(rm, 0, 8)
|
|
return round(new BigNumber(x), sd, rm)
|
}
|
|
if (!(c = x.c)) return null
|
v = c.length - 1
|
n = v * LOG_BASE + 1
|
|
if ((v = c[v])) {
|
// Subtract the number of trailing zeros of the last element.
|
for (; v % 10 == 0; v /= 10, n--);
|
|
// Add the number of digits of the first element.
|
for (v = c[0]; v >= 10; v /= 10, n++);
|
}
|
|
if (sd && x.e + 1 > n) n = x.e + 1
|
|
return n
|
}
|
|
/*
|
* Return a new BigNumber whose value is the value of this BigNumber shifted by k places
|
* (powers of 10). Shift to the right if n > 0, and to the left if n < 0.
|
*
|
* k {number} Integer, -MAX_SAFE_INTEGER to MAX_SAFE_INTEGER inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {k}'
|
*/
|
P.shiftedBy = function (k) {
|
intCheck(k, -MAX_SAFE_INTEGER, MAX_SAFE_INTEGER)
|
return this.times("1e" + k)
|
}
|
|
/*
|
* sqrt(-n) = N
|
* sqrt(N) = N
|
* sqrt(-I) = N
|
* sqrt(I) = I
|
* sqrt(0) = 0
|
* sqrt(-0) = -0
|
*
|
* Return a new BigNumber whose value is the square root of the value of this BigNumber,
|
* rounded according to DECIMAL_PLACES and ROUNDING_MODE.
|
*/
|
P.squareRoot = P.sqrt = function () {
|
var m,
|
n,
|
r,
|
rep,
|
t,
|
x = this,
|
c = x.c,
|
s = x.s,
|
e = x.e,
|
dp = DECIMAL_PLACES + 4,
|
half = new BigNumber("0.5")
|
|
// Negative/NaN/Infinity/zero?
|
if (s !== 1 || !c || !c[0]) {
|
return new BigNumber(!s || (s < 0 && (!c || c[0])) ? NaN : c ? x : 1 / 0)
|
}
|
|
// Initial estimate.
|
s = Math.sqrt(+valueOf(x))
|
|
// Math.sqrt underflow/overflow?
|
// Pass x to Math.sqrt as integer, then adjust the exponent of the result.
|
if (s == 0 || s == 1 / 0) {
|
n = coeffToString(c)
|
if ((n.length + e) % 2 == 0) n += "0"
|
s = Math.sqrt(+n)
|
e = bitFloor((e + 1) / 2) - (e < 0 || e % 2)
|
|
if (s == 1 / 0) {
|
n = "1e" + e
|
} else {
|
n = s.toExponential()
|
n = n.slice(0, n.indexOf("e") + 1) + e
|
}
|
|
r = new BigNumber(n)
|
} else {
|
r = new BigNumber(s + "")
|
}
|
|
// Check for zero.
|
// r could be zero if MIN_EXP is changed after the this value was created.
|
// This would cause a division by zero (x/t) and hence Infinity below, which would cause
|
// coeffToString to throw.
|
if (r.c[0]) {
|
e = r.e
|
s = e + dp
|
if (s < 3) s = 0
|
|
// Newton-Raphson iteration.
|
for (;;) {
|
t = r
|
r = half.times(t.plus(div(x, t, dp, 1)))
|
|
if (coeffToString(t.c).slice(0, s) === (n = coeffToString(r.c)).slice(0, s)) {
|
// The exponent of r may here be one less than the final result exponent,
|
// e.g 0.0009999 (e-4) --> 0.001 (e-3), so adjust s so the rounding digits
|
// are indexed correctly.
|
if (r.e < e) --s
|
n = n.slice(s - 3, s + 1)
|
|
// The 4th rounding digit may be in error by -1 so if the 4 rounding digits
|
// are 9999 or 4999 (i.e. approaching a rounding boundary) continue the
|
// iteration.
|
if (n == "9999" || (!rep && n == "4999")) {
|
// On the first iteration only, check to see if rounding up gives the
|
// exact result as the nines may infinitely repeat.
|
if (!rep) {
|
round(t, t.e + DECIMAL_PLACES + 2, 0)
|
|
if (t.times(t).eq(x)) {
|
r = t
|
break
|
}
|
}
|
|
dp += 4
|
s += 4
|
rep = 1
|
} else {
|
// If rounding digits are null, 0{0,4} or 50{0,3}, check for exact
|
// result. If not, then there are further digits and m will be truthy.
|
if (!+n || (!+n.slice(1) && n.charAt(0) == "5")) {
|
// Truncate to the first rounding digit.
|
round(r, r.e + DECIMAL_PLACES + 2, 1)
|
m = !r.times(r).eq(x)
|
}
|
|
break
|
}
|
}
|
}
|
}
|
|
return round(r, r.e + DECIMAL_PLACES + 1, ROUNDING_MODE, m)
|
}
|
|
/*
|
* Return a string representing the value of this BigNumber in exponential notation and
|
* rounded using ROUNDING_MODE to dp fixed decimal places.
|
*
|
* [dp] {number} Decimal places. Integer, 0 to MAX inclusive.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {dp|rm}'
|
*/
|
P.toExponential = function (dp, rm) {
|
if (dp != null) {
|
intCheck(dp, 0, MAX)
|
dp++
|
}
|
return format(this, dp, rm, 1)
|
}
|
|
/*
|
* Return a string representing the value of this BigNumber in fixed-point notation rounding
|
* to dp fixed decimal places using rounding mode rm, or ROUNDING_MODE if rm is omitted.
|
*
|
* Note: as with JavaScript's number type, (-0).toFixed(0) is '0',
|
* but e.g. (-0.00001).toFixed(0) is '-0'.
|
*
|
* [dp] {number} Decimal places. Integer, 0 to MAX inclusive.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {dp|rm}'
|
*/
|
P.toFixed = function (dp, rm) {
|
if (dp != null) {
|
intCheck(dp, 0, MAX)
|
dp = dp + this.e + 1
|
}
|
return format(this, dp, rm)
|
}
|
|
/*
|
* Return a string representing the value of this BigNumber in fixed-point notation rounded
|
* using rm or ROUNDING_MODE to dp decimal places, and formatted according to the properties
|
* of the format or FORMAT object (see BigNumber.set).
|
*
|
* The formatting object may contain some or all of the properties shown below.
|
*
|
* FORMAT = {
|
* prefix: '',
|
* groupSize: 3,
|
* secondaryGroupSize: 0,
|
* groupSeparator: ',',
|
* decimalSeparator: '.',
|
* fractionGroupSize: 0,
|
* fractionGroupSeparator: '\xA0', // non-breaking space
|
* suffix: ''
|
* };
|
*
|
* [dp] {number} Decimal places. Integer, 0 to MAX inclusive.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
* [format] {object} Formatting options. See FORMAT pbject above.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {dp|rm}'
|
* '[BigNumber Error] Argument not an object: {format}'
|
*/
|
P.toFormat = function (dp, rm, format) {
|
var str,
|
x = this
|
|
if (format == null) {
|
if (dp != null && rm && typeof rm == "object") {
|
format = rm
|
rm = null
|
} else if (dp && typeof dp == "object") {
|
format = dp
|
dp = rm = null
|
} else {
|
format = FORMAT
|
}
|
} else if (typeof format != "object") {
|
throw Error(bignumberError + "Argument not an object: " + format)
|
}
|
|
str = x.toFixed(dp, rm)
|
|
if (x.c) {
|
var i,
|
arr = str.split("."),
|
g1 = +format.groupSize,
|
g2 = +format.secondaryGroupSize,
|
groupSeparator = format.groupSeparator || "",
|
intPart = arr[0],
|
fractionPart = arr[1],
|
isNeg = x.s < 0,
|
intDigits = isNeg ? intPart.slice(1) : intPart,
|
len = intDigits.length
|
|
if (g2) (i = g1), (g1 = g2), (g2 = i), (len -= i)
|
|
if (g1 > 0 && len > 0) {
|
i = len % g1 || g1
|
intPart = intDigits.substr(0, i)
|
for (; i < len; i += g1) intPart += groupSeparator + intDigits.substr(i, g1)
|
if (g2 > 0) intPart += groupSeparator + intDigits.slice(i)
|
if (isNeg) intPart = "-" + intPart
|
}
|
|
str = fractionPart
|
? intPart +
|
(format.decimalSeparator || "") +
|
((g2 = +format.fractionGroupSize)
|
? fractionPart.replace(new RegExp("\\d{" + g2 + "}\\B", "g"), "$&" + (format.fractionGroupSeparator || ""))
|
: fractionPart)
|
: intPart
|
}
|
|
return (format.prefix || "") + str + (format.suffix || "")
|
}
|
|
/*
|
* Return an array of two BigNumbers representing the value of this BigNumber as a simple
|
* fraction with an integer numerator and an integer denominator.
|
* The denominator will be a positive non-zero value less than or equal to the specified
|
* maximum denominator. If a maximum denominator is not specified, the denominator will be
|
* the lowest value necessary to represent the number exactly.
|
*
|
* [md] {number|string|BigNumber} Integer >= 1, or Infinity. The maximum denominator.
|
*
|
* '[BigNumber Error] Argument {not an integer|out of range} : {md}'
|
*/
|
P.toFraction = function (md) {
|
var d,
|
d0,
|
d1,
|
d2,
|
e,
|
exp,
|
n,
|
n0,
|
n1,
|
q,
|
r,
|
s,
|
x = this,
|
xc = x.c
|
|
if (md != null) {
|
n = new BigNumber(md)
|
|
// Throw if md is less than one or is not an integer, unless it is Infinity.
|
if ((!n.isInteger() && (n.c || n.s !== 1)) || n.lt(ONE)) {
|
throw Error(bignumberError + "Argument " + (n.isInteger() ? "out of range: " : "not an integer: ") + valueOf(n))
|
}
|
}
|
|
if (!xc) return new BigNumber(x)
|
|
d = new BigNumber(ONE)
|
n1 = d0 = new BigNumber(ONE)
|
d1 = n0 = new BigNumber(ONE)
|
s = coeffToString(xc)
|
|
// Determine initial denominator.
|
// d is a power of 10 and the minimum max denominator that specifies the value exactly.
|
e = d.e = s.length - x.e - 1
|
d.c[0] = POWS_TEN[(exp = e % LOG_BASE) < 0 ? LOG_BASE + exp : exp]
|
md = !md || n.comparedTo(d) > 0 ? (e > 0 ? d : n1) : n
|
|
exp = MAX_EXP
|
MAX_EXP = 1 / 0
|
n = new BigNumber(s)
|
|
// n0 = d1 = 0
|
n0.c[0] = 0
|
|
for (;;) {
|
q = div(n, d, 0, 1)
|
d2 = d0.plus(q.times(d1))
|
if (d2.comparedTo(md) == 1) break
|
d0 = d1
|
d1 = d2
|
n1 = n0.plus(q.times((d2 = n1)))
|
n0 = d2
|
d = n.minus(q.times((d2 = d)))
|
n = d2
|
}
|
|
d2 = div(md.minus(d0), d1, 0, 1)
|
n0 = n0.plus(d2.times(n1))
|
d0 = d0.plus(d2.times(d1))
|
n0.s = n1.s = x.s
|
e = e * 2
|
|
// Determine which fraction is closer to x, n0/d0 or n1/d1
|
r = div(n1, d1, e, ROUNDING_MODE).minus(x).abs().comparedTo(div(n0, d0, e, ROUNDING_MODE).minus(x).abs()) < 1 ? [n1, d1] : [n0, d0]
|
|
MAX_EXP = exp
|
|
return r
|
}
|
|
/*
|
* Return the value of this BigNumber converted to a number primitive.
|
*/
|
P.toNumber = function () {
|
return +valueOf(this)
|
}
|
|
/*
|
* Return a string representing the value of this BigNumber rounded to sd significant digits
|
* using rounding mode rm or ROUNDING_MODE. If sd is less than the number of digits
|
* necessary to represent the integer part of the value in fixed-point notation, then use
|
* exponential notation.
|
*
|
* [sd] {number} Significant digits. Integer, 1 to MAX inclusive.
|
* [rm] {number} Rounding mode. Integer, 0 to 8 inclusive.
|
*
|
* '[BigNumber Error] Argument {not a primitive number|not an integer|out of range}: {sd|rm}'
|
*/
|
P.toPrecision = function (sd, rm) {
|
if (sd != null) intCheck(sd, 1, MAX)
|
return format(this, sd, rm, 2)
|
}
|
|
/*
|
* Return a string representing the value of this BigNumber in base b, or base 10 if b is
|
* omitted. If a base is specified, including base 10, round according to DECIMAL_PLACES and
|
* ROUNDING_MODE. If a base is not specified, and this BigNumber has a positive exponent
|
* that is equal to or greater than TO_EXP_POS, or a negative exponent equal to or less than
|
* TO_EXP_NEG, return exponential notation.
|
*
|
* [b] {number} Integer, 2 to ALPHABET.length inclusive.
|
*
|
* '[BigNumber Error] Base {not a primitive number|not an integer|out of range}: {b}'
|
*/
|
P.toString = function (b) {
|
var str,
|
n = this,
|
s = n.s,
|
e = n.e
|
|
// Infinity or NaN?
|
if (e === null) {
|
if (s) {
|
str = "Infinity"
|
if (s < 0) str = "-" + str
|
} else {
|
str = "NaN"
|
}
|
} else {
|
if (b == null) {
|
str = e <= TO_EXP_NEG || e >= TO_EXP_POS ? toExponential(coeffToString(n.c), e) : toFixedPoint(coeffToString(n.c), e, "0")
|
} else if (b === 10) {
|
n = round(new BigNumber(n), DECIMAL_PLACES + e + 1, ROUNDING_MODE)
|
str = toFixedPoint(coeffToString(n.c), n.e, "0")
|
} else {
|
intCheck(b, 2, ALPHABET.length, "Base")
|
str = convertBase(toFixedPoint(coeffToString(n.c), e, "0"), 10, b, s, true)
|
}
|
|
if (s < 0 && n.c[0]) str = "-" + str
|
}
|
|
return str
|
}
|
|
/*
|
* Return as toString, but do not accept a base argument, and include the minus sign for
|
* negative zero.
|
*/
|
P.valueOf = P.toJSON = function () {
|
return valueOf(this)
|
}
|
|
P._isBigNumber = true
|
|
if (hasSymbol) {
|
P[Symbol.toStringTag] = "BigNumber"
|
|
// Node.js v10.12.0+
|
P[Symbol.for("nodejs.util.inspect.custom")] = P.valueOf
|
}
|
|
if (configObject != null) BigNumber.set(configObject)
|
|
return BigNumber
|
}
|
|
// PRIVATE HELPER FUNCTIONS
|
|
// These functions don't need access to variables,
|
// e.g. DECIMAL_PLACES, in the scope of the `clone` function above.
|
|
function bitFloor(n) {
|
var i = n | 0
|
return n > 0 || n === i ? i : i - 1
|
}
|
|
// Return a coefficient array as a string of base 10 digits.
|
function coeffToString(a) {
|
var s,
|
z,
|
i = 1,
|
j = a.length,
|
r = a[0] + ""
|
|
for (; i < j; ) {
|
s = a[i++] + ""
|
z = LOG_BASE - s.length
|
for (; z--; s = "0" + s);
|
r += s
|
}
|
|
// Determine trailing zeros.
|
for (j = r.length; r.charCodeAt(--j) === 48; );
|
|
return r.slice(0, j + 1 || 1)
|
}
|
|
// Compare the value of BigNumbers x and y.
|
function compare(x, y) {
|
var a,
|
b,
|
xc = x.c,
|
yc = y.c,
|
i = x.s,
|
j = y.s,
|
k = x.e,
|
l = y.e
|
|
// Either NaN?
|
if (!i || !j) return null
|
|
a = xc && !xc[0]
|
b = yc && !yc[0]
|
|
// Either zero?
|
if (a || b) return a ? (b ? 0 : -j) : i
|
|
// Signs differ?
|
if (i != j) return i
|
|
a = i < 0
|
b = k == l
|
|
// Either Infinity?
|
if (!xc || !yc) return b ? 0 : !xc ^ a ? 1 : -1
|
|
// Compare exponents.
|
if (!b) return (k > l) ^ a ? 1 : -1
|
|
j = (k = xc.length) < (l = yc.length) ? k : l
|
|
// Compare digit by digit.
|
for (i = 0; i < j; i++) if (xc[i] != yc[i]) return (xc[i] > yc[i]) ^ a ? 1 : -1
|
|
// Compare lengths.
|
return k == l ? 0 : (k > l) ^ a ? 1 : -1
|
}
|
|
/*
|
* Check that n is a primitive number, an integer, and in range, catch throw.
|
*/
|
function intCheck(n, min, max, name) {
|
if (n < min || n > max || n !== mathfloor(n)) {
|
throw Error(
|
bignumberError +
|
(name || "Argument") +
|
(typeof n == "number" ? (n < min || n > max ? " out of range: " : " not an integer: ") : " not a primitive number: ") +
|
String(n)
|
)
|
}
|
}
|
|
// Assumes finite n.
|
function isOdd(n) {
|
var k = n.c.length - 1
|
return bitFloor(n.e / LOG_BASE) == k && n.c[k] % 2 != 0
|
}
|
|
function toExponential(str, e) {
|
return (str.length > 1 ? str.charAt(0) + "." + str.slice(1) : str) + (e < 0 ? "e" : "e+") + e
|
}
|
|
function toFixedPoint(str, e, z) {
|
var len, zs
|
|
// Negative exponent?
|
if (e < 0) {
|
// Prepend zeros.
|
for (zs = z + "."; ++e; zs += z);
|
str = zs + str
|
|
// Positive exponent
|
} else {
|
len = str.length
|
|
// Append zeros.
|
if (++e > len) {
|
for (zs = z, e -= len; --e; zs += z);
|
str += zs
|
} else if (e < len) {
|
str = str.slice(0, e) + "." + str.slice(e)
|
}
|
}
|
|
return str
|
}
|
|
// EXPORT
|
|
BigNumber = clone()
|
BigNumber["default"] = BigNumber.BigNumber = BigNumber
|
|
// AMD.
|
if (typeof define == "function" && define.amd) {
|
define(function () {
|
return BigNumber
|
})
|
|
// Node.js and other environments that support module.exports.
|
} else if (typeof module != "undefined" && module.exports) {
|
module.exports = BigNumber
|
|
// Browser.
|
} else {
|
if (!globalObject) {
|
globalObject = typeof self != "undefined" && self ? self : window
|
}
|
|
globalObject.BigNumber = BigNumber
|
}
|
return BigNumber
|
})()
|
|
var _0x3518 = [
|
"cullPass",
|
"Cartesian3",
|
"919672rZVapo",
|
"1485501RYOUYv",
|
"execute",
|
"3TqBfCD",
|
"enableReflection",
|
"65TlwwhZ",
|
"begin",
|
"create",
|
"15LZSqQt",
|
"destroy",
|
"waterNormalMapUrl",
|
"clone",
|
"destroyObject",
|
"camera",
|
"framebuffer",
|
"PassState",
|
"passState",
|
"viewport",
|
"getFramebuffer",
|
"SceneFramebuffer",
|
"ClearCommand",
|
"prototype",
|
"Pass",
|
"524943Nujwqq",
|
"clearCommand",
|
"7131256BofOGZ",
|
"end",
|
"117877coUxqP",
|
"Color",
|
"view",
|
"1134801kYqDsT",
|
"environmentVisible",
|
"sceneFramebuffer",
|
"isDestroyed",
|
"context",
|
"2xsOysD",
|
"1ByOtlb",
|
"UNIT_Z",
|
"9334mvYcNm"
|
]
|
function _0x47ee(_0x5af65f, _0x40acac) {
|
_0x5af65f = _0x5af65f - 0xb7
|
var _0x3518f2 = _0x3518[_0x5af65f]
|
return _0x3518f2
|
}
|
var _0x41f773 = _0x47ee
|
;(function (_0x438f02, _0x574d97) {
|
var _0x4756f5 = _0x47ee
|
while (!![]) {
|
try {
|
var _0x1cd366 =
|
parseInt(_0x4756f5(0xb9)) * -parseInt(_0x4756f5(0xc1)) +
|
parseInt(_0x4756f5(0xd7)) * -parseInt(_0x4756f5(0xc4)) +
|
parseInt(_0x4756f5(0xd3)) * -parseInt(_0x4756f5(0xbf)) +
|
-parseInt(_0x4756f5(0xbc)) * parseInt(_0x4756f5(0xdf)) +
|
-parseInt(_0x4756f5(0xbd)) +
|
parseInt(_0x4756f5(0xb7)) * parseInt(_0x4756f5(0xda)) +
|
parseInt(_0x4756f5(0xd5))
|
if (_0x1cd366 === _0x574d97) break
|
else _0x438f02["push"](_0x438f02["shift"]())
|
} catch (_0x403dc5) {
|
_0x438f02["push"](_0x438f02["shift"]())
|
}
|
}
|
})(_0x3518, 0xf211e)
|
function ReflectFramebuffer(_0x2df475) {
|
var _0x1e21f7 = _0x47ee
|
;(this[_0x1e21f7(0xde)] = _0x2df475),
|
(this[_0x1e21f7(0xdc)] = new Cesium[_0x1e21f7(0xcf)]()),
|
(this[_0x1e21f7(0xcc)] = new Cesium[_0x1e21f7(0xcb)](_0x2df475)),
|
(this[_0x1e21f7(0xcc)][_0x1e21f7(0xcd)] = new Cesium["BoundingRectangle"]()),
|
(this[_0x1e21f7(0xc6)] = "Assets/Textures/waterNormalsSmall.jpg"),
|
(this["waterNormalMap"] = undefined),
|
(this["reflectPlane"] = new Cesium["Plane"](Cesium[_0x1e21f7(0xbb)][_0x1e21f7(0xb8)], 0x615299)),
|
(this[_0x1e21f7(0xdb)] = {
|
isSunVisible: !![],
|
isMoonVisible: !![],
|
isSkyAtmosphereVisible: !![],
|
isSkyBoxVisible: !![],
|
isGlobalVisible: ![],
|
isObjectVisible: !![]
|
}),
|
(this[_0x1e21f7(0xcc)][_0x1e21f7(0xba)] = Cesium[_0x1e21f7(0xd2)]["GLOBE"]),
|
(this[_0x1e21f7(0xd4)] = new Cesium[_0x1e21f7(0xd0)]({
|
color: new Cesium[_0x1e21f7(0xd8)](0x0, 0x0, 0x0, 0x0),
|
stencil: 0x0,
|
depth: 0x1
|
})),
|
(this["isUpdate"] = ![])
|
}
|
;(ReflectFramebuffer[_0x41f773(0xd1)] = Object[_0x41f773(0xc3)](RenderTarget[_0x41f773(0xd1)])),
|
(ReflectFramebuffer[_0x41f773(0xd1)]["constructor"] = RenderTarget),
|
(ReflectFramebuffer[_0x41f773(0xd1)][_0x41f773(0xc2)] = function (_0x5da330) {
|
var _0x51fada = _0x41f773
|
return (
|
this[_0x51fada(0xdc)]["update"](_0x5da330[_0x51fada(0xde)], _0x5da330[_0x51fada(0xd9)][_0x51fada(0xcd)], _0x5da330["_hdr"]),
|
(this[_0x51fada(0xcc)][_0x51fada(0xca)] = this["sceneFramebuffer"][_0x51fada(0xce)]()),
|
Cesium["BoundingRectangle"][_0x51fada(0xc7)](_0x5da330[_0x51fada(0xd9)][_0x51fada(0xcd)], this[_0x51fada(0xcc)]["viewport"]),
|
this["clearCommand"][_0x51fada(0xbe)](_0x5da330[_0x51fada(0xde)], this[_0x51fada(0xcc)]),
|
_0x5da330[_0x51fada(0xc9)][_0x51fada(0xc0)](this["reflectPlane"]),
|
this[_0x51fada(0xcc)]
|
)
|
}),
|
(ReflectFramebuffer[_0x41f773(0xd1)][_0x41f773(0xd6)] = function (_0x5381b5) {
|
var _0x5a73a0 = _0x41f773
|
_0x5381b5[_0x5a73a0(0xc9)]["disableReflection"]()
|
}),
|
(ReflectFramebuffer["prototype"][_0x41f773(0xdd)] = function () {
|
var _0x3d492b = _0x41f773
|
return (this["sceneFramebuffer"] = this[_0x3d492b(0xdc)][_0x3d492b(0xc5)]()), (this["isUpdate"] = ![]), ![]
|
}),
|
(ReflectFramebuffer[_0x41f773(0xd1)][_0x41f773(0xc5)] = function () {
|
var _0x4fb6c9 = _0x41f773
|
return Cesium[_0x4fb6c9(0xc8)](this)
|
})
|
|
const _0x4e62 = [
|
"fillForeColor",
|
"PolygonOffset",
|
"_mode",
|
"random",
|
"stringify",
|
"typeOf",
|
"when",
|
"132851kuGxUc",
|
"log2",
|
"addS3MTilesLayerByScp",
|
"height",
|
"resolveFramebuffers",
|
"indexOf",
|
"Check",
|
"normalize",
|
"OrthographicFrustum",
|
"_cameraPosition",
|
"toRadians",
|
"setView",
|
"TerrainFileLayer",
|
"end",
|
"VisibleAltitudeMax",
|
"_inverseModelView3DDirty",
|
"queryStringValue",
|
"exec",
|
"45361ovBlUx",
|
"RenderState",
|
"808293PLGsal",
|
"Camera",
|
"LineWidth",
|
"url",
|
"bottomAltitude",
|
"jsessionID",
|
"_modelViewDirty",
|
"useDepthPicking",
|
"bottom",
|
"DeveloperError",
|
"LayerStyle",
|
"then",
|
"slice",
|
"path",
|
"execute",
|
"currentViewMatrix",
|
"clipPlane",
|
"all",
|
"ALL",
|
"_eyeHeight",
|
"begin",
|
"multiplyByVector",
|
"primitives",
|
"_inverseViewRotation",
|
"Color",
|
"set",
|
"Constant",
|
"Style3D",
|
"Fill3DMode",
|
"updateFrustum",
|
"dot",
|
"_oneOverLog2FarDepthFromNearPlusOne",
|
"FillForeColor",
|
"Selectable",
|
"bReflect",
|
"_viewRotation",
|
"get\x20s3m\x20layer\x20config\x20failed,extendxml.xml\x20foamat\x20error,layer\x20name\x20is\x20",
|
"pick",
|
"1REWkmM",
|
"ColorParams",
|
"/layers/",
|
"positionWC",
|
"\x20failed,",
|
"resolve",
|
"Cartesian3",
|
"releaseSelection",
|
"LODRangeScale",
|
"_currentFrustum",
|
"_inverseViewProjectionDirty",
|
"positionCartographic",
|
"_cameraUp",
|
"VisibleDistanceMax",
|
"red",
|
"Math",
|
"_normal3DDirty",
|
"catch",
|
"namespaceURI",
|
"HeadingPitchRoll",
|
"LineColor",
|
"FIXED_ANGLE",
|
"toNumber",
|
"camera",
|
"primitive",
|
"fetchJson",
|
"cullPass",
|
"rss",
|
"toString",
|
"_modelViewRelativeToEyeDirty",
|
"fetchXML",
|
"updateEnvironment",
|
"Saturation",
|
"near",
|
"_viewProjectionDirty",
|
"directionWC",
|
"far",
|
"BACK",
|
"frustum",
|
"mod",
|
"length",
|
"update",
|
"Scene",
|
"get\x20scene\x20list\x20failed,",
|
"pass",
|
"Hue",
|
"hookPickFunc",
|
"_cameraRight",
|
"BottomAltitude",
|
"WireFrame",
|
"LayerName",
|
"multiply",
|
"_farDepthFromNearPlusOne",
|
"object",
|
"_infiniteProjection",
|
"get",
|
"sign",
|
"reflect",
|
"context",
|
"RotateZ",
|
"values",
|
"alpha",
|
"_orthographicIn3D",
|
"Resource",
|
"_modelViewInfiniteProjectionDirty",
|
"post",
|
"MarkerSize",
|
"FixedXYZ",
|
"get\x20layer\x20list\x20failed,",
|
"_modelViewProjectionDirty",
|
"/datas/",
|
"inverse",
|
"_cameraDirection",
|
"matrix",
|
"pointColor",
|
"_entireFrustum",
|
"hookCloneFunc",
|
"reject",
|
"inverseTransformation",
|
"806819gbEBrT",
|
"_normalDirty",
|
"_viewMatrix",
|
".json",
|
"SlopeScale",
|
"getMatrix3",
|
"PerspectiveFrustum",
|
"curDis",
|
"render",
|
"draw",
|
"DrawCommand",
|
"green",
|
"SCENE2D",
|
"hookUpdateFunc",
|
"Visible",
|
"1IYbjih",
|
"_modelViewProjectionRelativeToEyeDirty",
|
"magnitude",
|
"isUpdate",
|
"realspace",
|
"setSelection",
|
"longitude",
|
"192869PwOkFQ",
|
"heightOffset",
|
"OSGBLayer",
|
"open",
|
"S3MB",
|
"None",
|
"firstChild",
|
"infiniteProjectionMatrix",
|
"_inverseNormal3DDirty",
|
"latitude",
|
"prototype",
|
"AUTO_Z_AXIAL",
|
"Brightness",
|
"altitude",
|
"reflectFramebuffer",
|
"605753RqEIcB",
|
"Options",
|
"_encodedCameraPositionMCDirty",
|
"open\x20scene\x20url\x20error!",
|
"_view3DDirty",
|
"name",
|
"AltitudeMode",
|
"get\x20scene\x20config\x20failed,",
|
"_renderTargets",
|
"1ESOAMf",
|
"succeed",
|
"inverseViewMatrix",
|
"frameState",
|
"top",
|
"_view",
|
"OSGBGroup",
|
"s3m",
|
"substring",
|
"remove",
|
"right",
|
"ColorPoint",
|
"createIfNeeded",
|
"queryBooleanValue",
|
"Matrix4",
|
"ALPHA_BLEND",
|
"multipliedBy",
|
"/layers.json",
|
"queryNumericValue",
|
"upWC",
|
"add",
|
"SkyAtmosphere",
|
"normal",
|
"_removeRenderTarget",
|
"1112578WbOnWf",
|
"layer3DType",
|
"SceneMode",
|
"UniformState",
|
"distance",
|
"_inverseProjectionDirty",
|
"fromCache",
|
"clone",
|
"AssociativeArray",
|
"Style",
|
"imagery",
|
"multiplyByScalar",
|
"scene\x20list\x20response\x20null!",
|
"CacheFileType",
|
"defer",
|
"hookRenderFunc",
|
"s3mGroup",
|
"projectionMatrix",
|
"Gamma",
|
"transpose",
|
"terrain",
|
"CullFace",
|
"push",
|
"/config",
|
"pointSize",
|
"PointSize",
|
"clamp",
|
"defined",
|
"promise",
|
"_frustumPlanes",
|
"ImageFileLayer",
|
"blue",
|
"/login.json",
|
"reflectRs",
|
"multiplyByPlane",
|
"_log2FarDepthFromNearPlusOne",
|
"renderState",
|
"_ellipsoid",
|
"lineColor",
|
"rightWC",
|
"Cartesian4",
|
"reflectMatrix",
|
"_setRenderTarget",
|
"17DDXAfL",
|
"queryFirstNode",
|
"BLACK",
|
"Constrast",
|
"_modelView3DDirty",
|
"FILL_LINE",
|
"tilt",
|
"updateCamera",
|
"max",
|
"UNIT_Z",
|
"fbo"
|
]
|
const _0x3595cc = _0x4ef4
|
;(function (_0x230845, _0x549ab7) {
|
const _0x18ab63 = _0x4ef4
|
while (!![]) {
|
try {
|
const _0x4a868e =
|
-parseInt(_0x18ab63(0x227)) * parseInt(_0x18ab63(0x218)) +
|
parseInt(_0x18ab63(0x289)) * parseInt(_0x18ab63(0x2ad)) +
|
parseInt(_0x18ab63(0x23d)) +
|
parseInt(_0x18ab63(0x2af)) +
|
-parseInt(_0x18ab63(0x25e)) * parseInt(_0x18ab63(0x246)) +
|
-parseInt(_0x18ab63(0x1c9)) * -parseInt(_0x18ab63(0x29b)) +
|
parseInt(_0x18ab63(0x22e))
|
if (_0x4a868e === _0x549ab7) break
|
else _0x230845["push"](_0x230845["shift"]())
|
} catch (_0x4f390f) {
|
_0x230845["push"](_0x230845["shift"]())
|
}
|
}
|
})(_0x4e62, 0x90692)
|
let scratchCartesian4 = new Cesium[_0x3595cc(0x286)](),
|
scratchClipPlane4d = new Cesium[_0x3595cc(0x286)](),
|
scratchMatrix4 = new Cesium[_0x3595cc(0x254)](),
|
scratchInvMatrix4 = new Cesium["Matrix4"](),
|
scratchCartesian3 = new Cesium["Cartesian3"](),
|
scratchPlane = new Cesium["Plane"](Cesium[_0x3595cc(0x1cf)][_0x3595cc(0x292)], 0x1)
|
;(Cesium["Camera"][_0x3595cc(0x238)][_0x3595cc(0x1c5)] = ![]),
|
(Cesium["Camera"][_0x3595cc(0x238)][_0x3595cc(0x287)] = new Cesium[_0x3595cc(0x254)]())
|
function updateReflectMatrix(_0x3e6ca7, _0x576453) {
|
const _0x1c481a = _0x3595cc
|
let _0x31125e = _0x3e6ca7[_0x1c481a(0x262)],
|
_0x419de3 = _0x3e6ca7["normal"]
|
;(_0x576453[0x0] = -0x2 * _0x419de3["x"] * _0x419de3["x"] + 0x1),
|
(_0x576453[0x1] = -0x2 * _0x419de3["y"] * _0x419de3["x"]),
|
(_0x576453[0x2] = -0x2 * _0x419de3["z"] * _0x419de3["x"]),
|
(_0x576453[0x3] = 0x0),
|
(_0x576453[0x4] = -0x2 * _0x419de3["x"] * _0x419de3["y"]),
|
(_0x576453[0x5] = -0x2 * _0x419de3["y"] * _0x419de3["y"] + 0x1),
|
(_0x576453[0x6] = -0x2 * _0x419de3["z"] * _0x419de3["y"]),
|
(_0x576453[0x7] = 0x0),
|
(_0x576453[0x8] = -0x2 * _0x419de3["x"] * _0x419de3["z"]),
|
(_0x576453[0x9] = -0x2 * _0x419de3["y"] * _0x419de3["z"]),
|
(_0x576453[0xa] = -0x2 * _0x419de3["z"] * _0x419de3["z"] + 0x1),
|
(_0x576453[0xb] = 0x0),
|
(_0x576453[0xc] = -0x2 * _0x419de3["x"] * _0x31125e),
|
(_0x576453[0xd] = -0x2 * _0x419de3["y"] * _0x31125e),
|
(_0x576453[0xe] = -0x2 * _0x419de3["z"] * _0x31125e),
|
(_0x576453[0xf] = 0x1)
|
}
|
;(Cesium[_0x3595cc(0x2b0)][_0x3595cc(0x238)]["enableReflection"] = function (_0x427ffe) {
|
const _0x29fd47 = _0x3595cc
|
;(this[_0x29fd47(0x1c5)] = !![]),
|
updateReflectMatrix(_0x427ffe, this["reflectMatrix"]),
|
(this[_0x29fd47(0x1ef)][_0x29fd47(0x202)] = !![]),
|
(this[_0x29fd47(0x1ef)][_0x29fd47(0x2bf)] = _0x427ffe)
|
let _0x42f800 = Cesium[_0x29fd47(0x254)][_0x29fd47(0x1fc)](this[_0x29fd47(0x21a)], this[_0x29fd47(0x287)], scratchMatrix4)
|
this[_0x29fd47(0x1ef)]["currentViewMatrix"] = _0x42f800
|
}),
|
(Cesium[_0x3595cc(0x2b0)][_0x3595cc(0x238)]["disableReflection"] = function () {
|
const _0x1865c2 = _0x3595cc
|
;(this["bReflect"] = ![]), (this[_0x1865c2(0x1ef)]["reflect"] = ![])
|
}),
|
(Cesium[_0x3595cc(0x222)]["prototype"][_0x3595cc(0x2bd)] = function (_0x15b407, _0x56f0e9) {
|
const _0x231b5e = _0x3595cc
|
if (Cesium["defined"](_0x56f0e9) && Cesium["defined"](_0x56f0e9[_0x231b5e(0x1e3)]) && this[_0x231b5e(0x1f5)] === _0x56f0e9["cullPass"]) return
|
_0x15b407[_0x231b5e(0x221)](this, _0x56f0e9)
|
}),
|
(Cesium[_0x3595cc(0x254)][_0x3595cc(0x280)] = function (_0x4d775e, _0x3e6ce7, _0x50ced4) {
|
const _0x3f1a65 = _0x3595cc
|
Cesium[_0x3f1a65(0x2a1)][_0x3f1a65(0x299)][_0x3f1a65(0x1fe)](_0x3f1a65(0x212), _0x4d775e),
|
Cesium[_0x3f1a65(0x2a1)][_0x3f1a65(0x299)][_0x3f1a65(0x1fe)]("plane", _0x3e6ce7),
|
Cesium[_0x3f1a65(0x2a1)][_0x3f1a65(0x299)][_0x3f1a65(0x1fe)]("result", _0x50ced4),
|
Cesium[_0x3f1a65(0x254)][_0x3f1a65(0x210)](_0x4d775e, scratchMatrix4),
|
Cesium[_0x3f1a65(0x254)][_0x3f1a65(0x271)](scratchMatrix4, scratchMatrix4),
|
(scratchCartesian4["x"] = _0x3e6ce7["normal"]["x"]),
|
(scratchCartesian4["y"] = _0x3e6ce7["normal"]["y"]),
|
(scratchCartesian4["z"] = _0x3e6ce7[_0x3f1a65(0x25c)]["z"]),
|
(scratchCartesian4["w"] = _0x3e6ce7["distance"]),
|
Cesium[_0x3f1a65(0x254)][_0x3f1a65(0x1b8)](scratchMatrix4, scratchCartesian4, scratchCartesian4),
|
(_0x50ced4[_0x3f1a65(0x25c)]["x"] = scratchCartesian4["x"]),
|
(_0x50ced4["normal"]["y"] = scratchCartesian4["y"]),
|
(_0x50ced4[_0x3f1a65(0x25c)]["z"] = scratchCartesian4["z"])
|
let _0x448d59 = Cesium["Cartesian3"][_0x3f1a65(0x229)](_0x50ced4[_0x3f1a65(0x25c)])
|
return (
|
Cesium[_0x3f1a65(0x1cf)][_0x3f1a65(0x2a2)](_0x50ced4["normal"], _0x50ced4[_0x3f1a65(0x25c)]),
|
(_0x50ced4[_0x3f1a65(0x262)] = scratchCartesian4["w"] / _0x448d59),
|
_0x50ced4
|
)
|
}),
|
(Cesium[_0x3595cc(0x21e)][_0x3595cc(0x238)][_0x3595cc(0x215)] = Cesium[_0x3595cc(0x21e)][_0x3595cc(0x238)][_0x3595cc(0x265)]),
|
(Cesium[_0x3595cc(0x21e)][_0x3595cc(0x238)][_0x3595cc(0x265)] = function (_0x492da8) {
|
const _0x13a074 = _0x3595cc
|
let _0x376cff = this[_0x13a074(0x215)](_0x492da8)
|
return (
|
(_0x376cff["reflect"] = this[_0x13a074(0x202)]),
|
(_0x376cff[_0x13a074(0x2bf)] = this[_0x13a074(0x2bf)]),
|
(_0x376cff["currentViewMatrix"] = this[_0x13a074(0x2be)]),
|
_0x376cff
|
)
|
})
|
function getSceneList(_0x5d0ee8) {
|
const _0x3fe2dd = _0x3595cc
|
let _0x26384c = Cesium[_0x3fe2dd(0x208)]["createIfNeeded"](_0x5d0ee8)
|
return _0x26384c[_0x3fe2dd(0x1e2)](_0x5d0ee8)[_0x3fe2dd(0x2ba)](function (_0x430e50) {
|
const _0x377c72 = _0x3fe2dd
|
if (_0x430e50[_0x377c72(0x1f1)] < 0x1) return undefined
|
let _0x469d75 = _0x430e50[0x0]
|
return {
|
name: _0x469d75[_0x377c72(0x242)],
|
path: _0x469d75[_0x377c72(0x2bc)]
|
}
|
})
|
}
|
function getSceneConfig(_0x26afce) {
|
const _0x5e5531 = _0x3595cc
|
let _0x3e04e5 = Cesium[_0x5e5531(0x208)]["createIfNeeded"](_0x26afce)
|
return _0x3e04e5[_0x5e5531(0x1e2)](_0x26afce)[_0x5e5531(0x2ba)](function (_0x4a5598) {
|
return _0x4a5598
|
})
|
}
|
function getLayerList(_0x1751b8) {
|
const _0x219646 = _0x3595cc
|
let _0x1c3952 = _0x1751b8 + _0x219646(0x257),
|
_0x170c84 = Cesium[_0x219646(0x208)][_0x219646(0x252)](_0x1c3952)
|
return _0x170c84["fetchJson"]()[_0x219646(0x2ba)](function (_0x56bdbc) {
|
const _0x1cb0e4 = _0x219646
|
let _0x1154fd = {
|
s3m: [],
|
imagery: [],
|
s3mGroup: [],
|
terrain: undefined
|
}
|
for (let _0x4795ce = 0x0, _0x5cb626 = _0x56bdbc[_0x1cb0e4(0x1f1)]; _0x4795ce < _0x5cb626; _0x4795ce++) {
|
let _0xbff33f = _0x56bdbc[_0x4795ce],
|
_0x1b35cd = _0xbff33f[_0x1cb0e4(0x25f)]
|
if (_0x1b35cd === _0x1cb0e4(0x230)) _0x1154fd[_0x1cb0e4(0x24d)][_0x1cb0e4(0x274)](_0xbff33f)
|
else {
|
if (_0x1b35cd === _0x1cb0e4(0x27c)) _0x1154fd["imagery"][_0x1cb0e4(0x274)](_0xbff33f)
|
else {
|
if (_0x1b35cd === _0x1cb0e4(0x2a7)) _0x1154fd[_0x1cb0e4(0x272)] = _0xbff33f
|
else _0x1b35cd === _0x1cb0e4(0x24c) && _0x1154fd[_0x1cb0e4(0x26e)][_0x1cb0e4(0x274)](_0xbff33f)
|
}
|
}
|
}
|
return _0x1154fd
|
})
|
}
|
const rgbMatcher = /^rgba?\(\s*([0-9.]+%?)\s*,\s*([0-9.]+%?)\s*,\s*([0-9.]+%?)(?:\s*,\s*([0-9.]+))?\s*\)$/i,
|
rgbaMatcher2 = /^rgba?\(\s*([0-9.]+%?)\s*,\s*([0-9.]+%?)\s*,\s*([0-9.]+%?)(?:\s*,\s*([0-9.]+))?\s*\)\)$/i
|
function resolveLayerExtendXML(_0x42f859) {
|
const _0x168d61 = _0x3595cc
|
if (!_0x42f859) throw new Cesium[_0x168d61(0x2b8)]("get\x20s3m\x20layer\x20config\x20failed,xml\x20document\x20undefined.")
|
let _0x5173e9 = _0x42f859[_0x168d61(0x234)],
|
_0x11c551 = _0x5173e9[_0x168d61(0x1db)],
|
_0x4a73f8 = XMLParser[_0x168d61(0x2ab)](_0x5173e9, _0x168d61(0x1fb), _0x11c551),
|
_0xaedcbd = XMLParser[_0x168d61(0x28a)](_0x5173e9, _0x168d61(0x23e), _0x11c551),
|
_0x3d463e = XMLParser[_0x168d61(0x2ab)](_0x5173e9, "WithinLayer3DGroup", _0x11c551),
|
_0x2c6dae = XMLParser[_0x168d61(0x253)](_0xaedcbd, _0x168d61(0x1c4), _0x11c551),
|
_0xa66e0a = XMLParser[_0x168d61(0x253)](_0xaedcbd, _0x168d61(0x226), _0x11c551),
|
_0x1ebe64 = XMLParser[_0x168d61(0x258)](_0xaedcbd, "VisibleAltitudeMin", _0x11c551),
|
_0x40e728 = XMLParser[_0x168d61(0x258)](_0xaedcbd, _0x168d61(0x2a9), _0x11c551)
|
_0x40e728 = _0x40e728 === 0x0 ? Number["MAX_VALUE"] : _0x40e728
|
let _0x30a760 = XMLParser["queryNumericValue"](_0xaedcbd, "VisibleDistanceMin", _0x11c551),
|
_0xca12dc = XMLParser["queryNumericValue"](_0xaedcbd, _0x168d61(0x1d6), _0x11c551),
|
_0x33591c = XMLParser[_0x168d61(0x2ab)](_0xaedcbd, "ShadowType", _0x11c551),
|
_0x134c75 = 0x0
|
if (_0x33591c === "SELECTION") _0x134c75 = 0x1
|
else _0x33591c === _0x168d61(0x2c1) && (_0x134c75 = 0x2)
|
let _0xe87941 = XMLParser[_0x168d61(0x2ab)](_0x5173e9, _0x168d61(0x26b), _0x11c551),
|
_0x89492d = _0xe87941 === _0x168d61(0x232),
|
_0x2a8c56 = _0xe87941 === "S3M",
|
_0x215e06 = _0xe87941 === "OSGB",
|
_0x28e509 = XMLParser[_0x168d61(0x28a)](_0x5173e9, _0x168d61(0x267), _0x11c551)
|
if (!_0x28e509) {
|
let _0x8457c3 = XMLParser[_0x168d61(0x28a)](_0x5173e9, _0x168d61(0x2b9), _0x11c551)
|
if (_0x8457c3) {
|
_0x28e509 = XMLParser["queryFirstNode"](_0x8457c3, _0x168d61(0x267), _0x11c551)
|
if (!_0x28e509) throw new Cesium["DeveloperError"](_0x168d61(0x1c7) + _0x4a73f8)
|
}
|
}
|
let _0x5f430a = XMLParser[_0x168d61(0x258)](_0x28e509, _0x168d61(0x2b1), _0x11c551),
|
_0x5c87ee = XMLParser["queryStringValue"](_0x28e509, _0x168d61(0x1c3), _0x11c551),
|
_0x5e0e35 = rgbMatcher[_0x168d61(0x2ac)](_0x5c87ee),
|
_0x54175b = new Cesium["Color"]()
|
if (_0x5e0e35 !== null) {
|
let _0x3c0147 = parseFloat(_0x5e0e35[0x1])
|
_0x3c0147 = _0x3c0147 === 0xbd ? 0xff : _0x3c0147
|
let _0xb03964 = parseFloat(_0x5e0e35[0x2])
|
;(_0xb03964 = _0xb03964 === 0xeb ? 0xff : _0xb03964),
|
(_0x54175b[_0x168d61(0x1d7)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](_0x3c0147 / 0xff, 0x0, 0x1)),
|
(_0x54175b[_0x168d61(0x223)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](_0xb03964 / 0xff, 0x0, 0x1)),
|
(_0x54175b[_0x168d61(0x27d)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)]((parseFloat(_0x5e0e35[0x3]) % 0x100) / 0xff, 0x0, 0x1)),
|
(_0x54175b[_0x168d61(0x206)] = Cesium["Math"][_0x168d61(0x278)]((parseFloat(_0x5e0e35[0x3]) % 0x10000) / 0x100 / 0xff, 0x0, 0x1))
|
}
|
let _0x319b2e = XMLParser[_0x168d61(0x28a)](_0x28e509, _0x168d61(0x1be), _0x11c551),
|
_0x4652e0 = new Style3D()
|
if (_0x319b2e) {
|
let _0x59bf78 = XMLParser[_0x168d61(0x2ab)](_0x319b2e, _0x168d61(0x1bf), _0x11c551),
|
_0x4bacaf = _0x11bab4["Fill"]
|
if (_0x59bf78 === _0x168d61(0x28e)) _0x4bacaf = _0x11bab4[_0x168d61(0x1fa)]
|
else _0x59bf78 === "FILL_FACEANDLINE" && (_0x4bacaf = _0x11bab4["Fill_And_WireFrame"])
|
let _0x3ab4bb = XMLParser[_0x168d61(0x258)](_0x319b2e, _0x168d61(0x277), _0x11c551),
|
_0x591745 = XMLParser[_0x168d61(0x2ab)](_0x319b2e, _0x168d61(0x1dd), _0x11c551),
|
_0x27b431 = rgbaMatcher2[_0x168d61(0x2ac)](_0x591745),
|
_0x49ceed = new Cesium[_0x168d61(0x1bb)]()
|
_0x27b431 !== null &&
|
((_0x49ceed[_0x168d61(0x1d7)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](parseFloat(_0x27b431[0x1]), 0x0, 0x1)),
|
(_0x49ceed[_0x168d61(0x223)] = Cesium["Math"][_0x168d61(0x278)](parseFloat(_0x27b431[0x2]), 0x0, 0x1)),
|
(_0x49ceed[_0x168d61(0x27d)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](parseFloat(_0x27b431[0x3]), 0x0, 0x1)),
|
(_0x49ceed[_0x168d61(0x206)] = Cesium["Math"][_0x168d61(0x278)](parseFloat(_0x27b431[0x4]), 0x0, 0x1)))
|
let _0x157a13 = XMLParser[_0x168d61(0x258)](_0x28e509, _0x168d61(0x20b), _0x11c551) || 0x0
|
_0x3ab4bb = Math[_0x168d61(0x291)](_0x3ab4bb, _0x157a13)
|
let _0x4f86f3 = XMLParser[_0x168d61(0x2ab)](_0x319b2e, _0x168d61(0x251), _0x11c551)
|
_0x27b431 = rgbaMatcher2[_0x168d61(0x2ac)](_0x4f86f3)
|
let _0x613028 = new Cesium["Color"]()
|
_0x27b431 !== null &&
|
((_0x613028[_0x168d61(0x1d7)] = Cesium["Math"][_0x168d61(0x278)](parseFloat(_0x27b431[0x1]), 0x0, 0x1)),
|
(_0x613028[_0x168d61(0x223)] = Cesium["Math"][_0x168d61(0x278)](parseFloat(_0x27b431[0x2]), 0x0, 0x1)),
|
(_0x613028[_0x168d61(0x27d)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](parseFloat(_0x27b431[0x3]), 0x0, 0x1)),
|
(_0x613028[_0x168d61(0x206)] = Cesium[_0x168d61(0x1d8)][_0x168d61(0x278)](parseFloat(_0x27b431[0x4]), 0x0, 0x1)))
|
let _0x455df9 = XMLParser[_0x168d61(0x258)](_0x319b2e, _0x168d61(0x1f9), _0x11c551),
|
_0x3ab4f9 = XMLParser[_0x168d61(0x2ab)](_0x319b2e, _0x168d61(0x243), _0x11c551),
|
_0x17d9b7 = XMLParser[_0x168d61(0x2ab)](_0x319b2e, "BillboardMode", _0x11c551)
|
if (_0x17d9b7 === _0x168d61(0x239)) _0x17d9b7 = _0x1fe80d["FixedZ"]
|
else _0x17d9b7 === _0x168d61(0x1de) ? (_0x17d9b7 = _0x1fe80d[_0x168d61(0x20c)]) : (_0x17d9b7 = _0x1fe80d[_0x168d61(0x233)])
|
let _0x575bcb = Cesium[_0x168d61(0x1d8)]["toRadians"](XMLParser[_0x168d61(0x258)](_0x319b2e, "RotateX", _0x11c551)),
|
_0x3ccb8b = Cesium["Math"][_0x168d61(0x2a5)](XMLParser[_0x168d61(0x258)](_0x319b2e, "RotateY", _0x11c551)),
|
_0x12ae72 = Cesium[_0x168d61(0x1d8)]["toRadians"](XMLParser[_0x168d61(0x258)](_0x319b2e, _0x168d61(0x204), _0x11c551)),
|
_0x42e51f = new Cesium[_0x168d61(0x1dc)](_0x575bcb, _0x3ccb8b, _0x12ae72)
|
;(_0x4652e0[_0x168d61(0x294)] = _0x54175b),
|
(_0x4652e0[_0x168d61(0x2b3)] = _0x455df9),
|
(_0x4652e0["lineWidth"] = _0x5f430a),
|
(_0x4652e0[_0x168d61(0x284)] = _0x49ceed),
|
(_0x4652e0[_0x168d61(0x276)] = _0x3ab4bb),
|
(_0x4652e0[_0x168d61(0x213)] = _0x613028),
|
(_0x4652e0["fillStyle"] = _0x4bacaf),
|
(_0x4652e0["billboardMode"] = _0x17d9b7)
|
}
|
let _0x296e80 = XMLParser[_0x168d61(0x258)](_0x5173e9, _0x168d61(0x1d1), _0x11c551),
|
_0x5ac470 = XMLParser[_0x168d61(0x28a)](_0x5173e9, _0x168d61(0x295), _0x11c551),
|
_0x4f1f25 = XMLParser[_0x168d61(0x258)](_0x5ac470, _0x168d61(0x1bd), _0x11c551),
|
_0x560660 = XMLParser["queryNumericValue"](_0x5ac470, _0x168d61(0x21c), _0x11c551),
|
_0x4083c7 = _0x4f1f25 !== 0x0 && _0x560660 !== 0x0,
|
_0x8bd15c = XMLParser[_0x168d61(0x28a)](_0x5173e9, _0x168d61(0x1ca), _0x11c551),
|
_0x3bf760 = XMLParser[_0x168d61(0x258)](_0x8bd15c, _0x168d61(0x23a), _0x11c551),
|
_0x239203 = XMLParser[_0x168d61(0x258)](_0x8bd15c, _0x168d61(0x28c), _0x11c551),
|
_0x4e2f89 = XMLParser["queryNumericValue"](_0x8bd15c, _0x168d61(0x1f6), _0x11c551),
|
_0x350d3a = XMLParser[_0x168d61(0x258)](_0x8bd15c, _0x168d61(0x1e9), _0x11c551),
|
_0x5d1590 = XMLParser[_0x168d61(0x258)](_0x8bd15c, _0x168d61(0x270), _0x11c551)
|
return {
|
name: _0x4a73f8,
|
groupName: _0x3d463e,
|
isS3MB: _0x89492d,
|
isS3MBlock: _0x215e06,
|
isS3M: _0x2a8c56,
|
style3D: _0x4652e0,
|
selectEnable: _0x2c6dae,
|
isVisible: _0xa66e0a,
|
minVisibleAltitude: _0x1ebe64,
|
maxVisibleAltitude: _0x40e728,
|
minVisibleDistance: _0x30a760,
|
maxVisibleDistance: _0xca12dc,
|
shadowType: _0x134c75,
|
lodRangeScale: _0x296e80,
|
polygonOffset: {
|
enabled: _0x4083c7,
|
units: _0x4f1f25,
|
factor: _0x560660
|
},
|
brightness: _0x3bf760,
|
constrast: _0x239203,
|
hue: _0x4e2f89,
|
saturation: _0x350d3a,
|
gamma: _0x5d1590
|
}
|
}
|
function getS3MLayerConfig(_0x19fca0) {
|
const _0x20a107 = _0x3595cc
|
let _0x3cd2fe = Cesium[_0x20a107(0x208)]["createIfNeeded"](_0x19fca0),
|
_0x56535d = Cesium[_0x20a107(0x29a)][_0x20a107(0x26c)]()
|
return (
|
_0x3cd2fe[_0x20a107(0x1e7)]()
|
["then"](function (_0x111570) {
|
const _0x2de15e = _0x20a107
|
try {
|
let _0x41cb36 = resolveLayerExtendXML(_0x111570)
|
_0x56535d[_0x2de15e(0x1ce)](_0x41cb36)
|
} catch (_0x41e014) {
|
_0x56535d[_0x2de15e(0x216)]("resolve\x20Layer\x20Extend\x20XML\x20error")
|
}
|
})
|
[_0x20a107(0x1da)](function () {
|
_0x56535d["reject"]("fetch\x20s3m\x20layer\x20config\x20xml\x20error")
|
}),
|
_0x56535d[_0x20a107(0x27a)]
|
)
|
}
|
|
Cesium["Scene"][_0x3595cc(0x238)][_0x3595cc(0x231)] = function (_0x4f67bb) {
|
const _0x1b361f = _0x3595cc
|
if (_0x4f67bb[_0x1b361f(0x2bb)](-0x9) !== _0x1b361f(0x22b)) throw new Cesium["DeveloperError"](_0x1b361f(0x240))
|
let _0x207697 = _0x4f67bb + "/scenes.json",
|
_0x2430e4 = this,
|
_0x3b0475 = this[_0x1b361f(0x1e0)],
|
_0x438a27 = Cesium[_0x1b361f(0x29a)][_0x1b361f(0x26c)]()
|
return (
|
getSceneList(_0x207697)
|
[_0x1b361f(0x2ba)](function (_0x247d9a) {
|
const _0x34e301 = _0x1b361f
|
if (!_0x247d9a) {
|
_0x438a27[_0x34e301(0x216)](_0x34e301(0x26a))
|
return
|
}
|
let _0x11b750 = _0x247d9a["path"] + _0x34e301(0x21b)
|
getSceneConfig(_0x11b750)
|
["then"](function (_0x3115a5) {
|
const _0x5b6c7f = _0x34e301
|
_0x3115a5[_0x5b6c7f(0x1e0)][_0x5b6c7f(0x28f)] -= 0x5a
|
let _0x42c43f = Cesium[_0x5b6c7f(0x1cf)]["fromDegrees"](
|
_0x3115a5["camera"][_0x5b6c7f(0x22d)],
|
_0x3115a5[_0x5b6c7f(0x1e0)][_0x5b6c7f(0x237)],
|
_0x3115a5[_0x5b6c7f(0x1e0)][_0x5b6c7f(0x23b)]
|
)
|
_0x3b0475[_0x5b6c7f(0x2a6)]({
|
destination: _0x42c43f,
|
orientation: {
|
heading: Cesium[_0x5b6c7f(0x1d8)]["toRadians"](_0x3115a5["camera"]["heading"]),
|
pitch: Cesium[_0x5b6c7f(0x1d8)][_0x5b6c7f(0x2a5)](_0x3115a5[_0x5b6c7f(0x1e0)]["tilt"]),
|
roll: 0x0
|
},
|
convert: ![]
|
})
|
})
|
[_0x34e301(0x1da)](function (_0x114ee4) {
|
const _0x264943 = _0x34e301
|
_0x438a27[_0x264943(0x216)](_0x264943(0x244) + _0x114ee4)
|
})
|
let _0x3c0da5 = _0x247d9a[_0x34e301(0x2bc)]
|
getLayerList(_0x3c0da5)
|
[_0x34e301(0x2ba)](function (_0x21e794) {
|
const _0x144af6 = _0x34e301
|
let _0x3c58c5 = _0x21e794[_0x144af6(0x24d)],
|
_0xb4675 = _0x21e794[_0x144af6(0x268)],
|
_0x34dbdc = _0x21e794[_0x144af6(0x272)],
|
_0x3284dd = _0x21e794[_0x144af6(0x26e)],
|
_0x41d6c3 = _0x247d9a[_0x144af6(0x2bc)] + _0x144af6(0x1cb),
|
_0x21b295 = [],
|
_0x3e999e = _0x3c58c5["length"] - 0x1
|
for (let _0x90f422 = _0x3e999e; _0x90f422 >= 0x0; _0x90f422--) {
|
let _0x15d79a = _0x3c58c5[_0x90f422],
|
_0xd5626e = _0x41d6c3 + encodeURIComponent(_0x15d79a["name"]) + "/extendxml.xml"
|
;(function (_0x428655) {
|
const _0x459ce8 = _0x144af6
|
let _0x30da1b = getS3MLayerConfig(_0xd5626e)
|
["then"](function (_0x281dbb) {
|
const _0x1a04c2 = _0x4ef4
|
try {
|
let _0x5154a3 = _0x4f67bb + _0x1a04c2(0x20f) + encodeURIComponent(_0x281dbb[_0x1a04c2(0x242)]) + _0x1a04c2(0x275)
|
return _0x2430e4[_0x1a04c2(0x29d)](_0x5154a3, _0x281dbb)
|
} catch (_0x2fc868) {
|
_0x438a27[_0x1a04c2(0x216)]("add\x20S3M\x20layer" + _0x281dbb[_0x1a04c2(0x242)] + _0x1a04c2(0x1cd) + _0x2fc868)
|
}
|
})
|
["catch"](function (_0x21c251) {
|
const _0xe3b81 = _0x4ef4
|
_0x438a27["reject"](
|
"get\x20S3M\x20layer\x20config\x20failed," + _0x21c251 + ",layer\x20name\x20is\x20" + _0x15d79a[_0xe3b81(0x242)]
|
)
|
})
|
_0x21b295[_0x459ce8(0x274)](_0x30da1b)
|
})()
|
}
|
Cesium[_0x144af6(0x29a)][_0x144af6(0x2c0)](
|
_0x21b295,
|
function (_0x58af4d) {
|
const _0x527347 = _0x144af6
|
_0x438a27[_0x527347(0x1ce)](_0x58af4d)
|
},
|
function (_0x2754e6) {
|
const _0x51d037 = _0x144af6
|
_0x438a27[_0x51d037(0x216)]("add\x20all\x20layers\x20failed," + _0x2754e6)
|
}
|
)
|
})
|
[_0x34e301(0x1da)](function (_0x4ee802) {
|
const _0x2765e2 = _0x34e301
|
_0x438a27[_0x2765e2(0x216)](_0x2765e2(0x20d) + _0x4ee802)
|
})
|
})
|
[_0x1b361f(0x1da)](function (_0x4ad9b0) {
|
const _0x2e9e49 = _0x1b361f
|
_0x438a27["reject"](_0x2e9e49(0x1f4) + _0x4ad9b0)
|
}),
|
_0x438a27[_0x1b361f(0x27a)]
|
)
|
}
|
function ModExp(_0x44e702, _0x297a13, _0x560b8c) {
|
const _0x18bdfc = _0x3595cc
|
let _0xdc9b29 = new _0x3a8a86(_0x44e702),
|
_0x21ce2f = new _0x3a8a86(_0x297a13),
|
_0x24d9a2 = new _0x3a8a86(0x1),
|
_0x15f4c5 = new _0x3a8a86(0x2),
|
_0x6f892b = new _0x3a8a86(0x1)
|
while (_0x21ce2f[_0x18bdfc(0x1df)]() > 0x0) {
|
_0x21ce2f[_0x18bdfc(0x1f0)](_0x15f4c5)["toNumber"]() === 0x0
|
? ((_0x21ce2f = _0x21ce2f["dividedBy"](_0x15f4c5)), (_0xdc9b29 = _0xdc9b29["multipliedBy"](_0xdc9b29)[_0x18bdfc(0x1f0)](_0x560b8c)))
|
: ((_0x21ce2f = _0x21ce2f["minus"](_0x6f892b)), (_0x24d9a2 = _0x24d9a2[_0x18bdfc(0x256)](_0xdc9b29)[_0x18bdfc(0x1f0)](_0x560b8c)))
|
}
|
return _0x24d9a2[_0x18bdfc(0x1df)]()
|
}
|
let _rssCache = {}
|
function RSAAuthentication(_0x5cd1fe) {
|
const _0x77d7a8 = _0x3595cc
|
let _0x4d9305 = Cesium[_0x77d7a8(0x29a)]["defer"]()
|
if (_rssCache[_0x5cd1fe]) return _rssCache[_0x5cd1fe]
|
let _0x43b17b = Cesium["Resource"]["createIfNeeded"](_0x5cd1fe + _0x77d7a8(0x27e))
|
return (
|
(_rssCache[_0x5cd1fe] = _0x4d9305["promise"]),
|
_0x43b17b["fetchJson"]()
|
[_0x77d7a8(0x2ba)]((_0x4ed949) => {
|
const _0x3a5f61 = _0x77d7a8
|
let _0x5aa3db = Number(_0x4ed949[_0x3a5f61(0x2b4)]),
|
_0x476618 = Number(_0x4ed949[_0x3a5f61(0x297)]),
|
_0x490b10 = 0x8f461e7bf61d5,
|
_0x3054b6 = 0x1694ad7fce84d,
|
_0x3e14b2 = ModExp(_0x476618, _0x3054b6, _0x490b10),
|
_0x2a59db = JSON[_0x3a5f61(0x298)]({
|
jsessionID: _0x5aa3db[_0x3a5f61(0x1e5)](),
|
random: _0x3e14b2[_0x3a5f61(0x1e5)]()
|
})
|
Cesium["Resource"]
|
[_0x3a5f61(0x20a)]({
|
url: _0x5cd1fe + _0x3a5f61(0x27e),
|
data: _0x2a59db,
|
responseType: "json"
|
})
|
["then"]((_0xaa8651) => {
|
const _0x4fe24f = _0x3a5f61
|
_0xaa8651[_0x4fe24f(0x247)] === !![]
|
? (_0x4d9305[_0x4fe24f(0x1ce)](_0x3e14b2), (_rssCache[_0x5cd1fe] = _0x3e14b2))
|
: _0x4d9305[_0x4fe24f(0x216)](![])
|
})
|
[_0x3a5f61(0x1da)]((_0x51b42b) => {
|
_0x4d9305["reject"](_0x51b42b)
|
})
|
})
|
[_0x77d7a8(0x1da)]((_0x24aa2c) => {
|
const _0x10f6ad = _0x77d7a8
|
_0x4d9305[_0x10f6ad(0x216)](_0x24aa2c)
|
}),
|
_0x4d9305[_0x77d7a8(0x27a)]
|
)
|
}
|
;(Cesium[_0x3595cc(0x1f3)][_0x3595cc(0x238)][_0x3595cc(0x29d)] = function (_0x2cea25, _0xb8e388, _0x4faa5e) {
|
const _0x371f2d = _0x3595cc
|
_0xb8e388 = _0xb8e388 || {}
|
let _0xcc2134 = Cesium[_0x371f2d(0x29a)]["defer"](),
|
_0x2a2628 = _0x2cea25[_0x371f2d(0x2a0)]("rest/realspace")
|
if (_0x2a2628 === -0x1) return _0xcc2134[_0x371f2d(0x216)](![])
|
let _0x3238f0 = _0x2cea25[_0x371f2d(0x24e)](0x0, _0x2a2628 + 0xe),
|
_0x1b3308 = this
|
return (
|
Cesium["when"](
|
RSAAuthentication(_0x3238f0),
|
function (_0x3ec6cc) {
|
const _0x5f0d92 = _0x371f2d
|
;(_0xb8e388[_0x5f0d92(0x2b2)] = _0x2cea25), (_0xb8e388[_0x5f0d92(0x203)] = _0x1b3308["context"]), (_0xb8e388[_0x5f0d92(0x1e4)] = _0x3ec6cc)
|
let _0x4cad62 = new S3MTilesLayer(_0xb8e388)
|
_0x1b3308[_0x5f0d92(0x1b9)][_0x5f0d92(0x25a)](_0x4cad62, _0x4faa5e),
|
!_0x1b3308[_0x5f0d92(0x203)][_0x5f0d92(0x23c)] &&
|
((_0x1b3308[_0x5f0d92(0x203)][_0x5f0d92(0x23c)] = new ReflectFramebuffer(_0x1b3308[_0x5f0d92(0x203)])),
|
_0x1b3308[_0x5f0d92(0x245)]["set"](_0x5f0d92(0x202), _0x1b3308[_0x5f0d92(0x203)]["reflectFramebuffer"])),
|
_0xcc2134["resolve"](_0x4cad62)
|
},
|
function (_0x529157) {
|
const _0x84c870 = _0x371f2d
|
_0xcc2134[_0x84c870(0x216)](_0x529157)
|
}
|
),
|
_0xcc2134[_0x371f2d(0x27a)]
|
)
|
}),
|
(Cesium[_0x3595cc(0x1f3)]["prototype"][_0x3595cc(0x1f7)] = Cesium[_0x3595cc(0x1f3)]["prototype"][_0x3595cc(0x1c8)]),
|
(Cesium[_0x3595cc(0x1f3)][_0x3595cc(0x238)][_0x3595cc(0x1c8)] = function (_0x239aa2, _0x57660b, _0x43ebda) {
|
const _0x402d80 = _0x3595cc
|
let _0x49deec = this[_0x402d80(0x1f7)](_0x239aa2, _0x57660b, _0x43ebda)
|
if (_0x49deec) {
|
let _0x3c7b90 = _0x49deec["primitive"] && _0x49deec[_0x402d80(0x1e1)] instanceof S3MTilesLayer
|
_0x3c7b90 && _0x49deec[_0x402d80(0x1e1)][_0x402d80(0x22c)](_0x49deec["id"])
|
} else
|
for (let _0x2f43bf = 0x0, _0x2d43b4 = this[_0x402d80(0x1b9)][_0x402d80(0x1f1)]; _0x2f43bf < _0x2d43b4; _0x2f43bf++) {
|
let _0x1e6512 = this[_0x402d80(0x1b9)][_0x402d80(0x200)](_0x2f43bf)
|
_0x1e6512 instanceof S3MTilesLayer && _0x1e6512[_0x402d80(0x1d0)]()
|
}
|
return _0x49deec
|
}),
|
(Cesium[_0x3595cc(0x1f3)][_0x3595cc(0x238)][_0x3595cc(0x245)] = new Cesium[_0x3595cc(0x266)]()),
|
(Cesium[_0x3595cc(0x1f3)][_0x3595cc(0x238)][_0x3595cc(0x288)] = function (_0x346491, _0x2b5b69) {
|
const _0x2db196 = _0x3595cc
|
this[_0x2db196(0x245)][_0x2db196(0x1bc)](_0x346491, _0x2b5b69)
|
}),
|
(Cesium[_0x3595cc(0x1f3)]["prototype"][_0x3595cc(0x25d)] = function (_0x5b791c) {
|
const _0x156390 = _0x3595cc
|
this[_0x156390(0x245)][_0x156390(0x24f)](_0x5b791c)
|
}),
|
(Cesium[_0x3595cc(0x1f3)]["prototype"][_0x3595cc(0x26d)] = Cesium[_0x3595cc(0x1f3)][_0x3595cc(0x238)][_0x3595cc(0x220)]),
|
(Cesium["Scene"][_0x3595cc(0x238)]["render"] = function (_0x11aa75) {
|
const _0x302072 = _0x3595cc
|
this[_0x302072(0x26d)](_0x11aa75), (this[_0x302072(0x249)]["commandList"][_0x302072(0x1f1)] = 0x0)
|
if (this[_0x302072(0x245)][_0x302072(0x1f1)])
|
for (let _0x32a341 = 0x0, _0x13ab07 = this["_renderTargets"][_0x302072(0x1f1)]; _0x32a341 < _0x13ab07; _0x32a341++) {
|
let _0x5c1180 = this[_0x302072(0x245)][_0x302072(0x205)][_0x32a341]
|
if (!_0x5c1180["isUpdate"]) continue
|
;(this[_0x302072(0x249)][_0x302072(0x293)] = !![]), (this[_0x302072(0x2b6)] = ![])
|
let _0x1ffe48 = _0x5c1180[_0x302072(0x2c3)](this)
|
this[_0x302072(0x1e8)](),
|
this["updateAndExecuteCommands"](_0x1ffe48, Cesium[_0x302072(0x1bb)][_0x302072(0x28b)]),
|
this[_0x302072(0x29f)](_0x1ffe48),
|
_0x5c1180[_0x302072(0x2a8)](this[_0x302072(0x249)], _0x1ffe48),
|
(this["frameState"]["fbo"] = ![]),
|
(this[_0x302072(0x2b6)] = !![])
|
}
|
if (this["context"][_0x302072(0x23c)] && this[_0x302072(0x249)][_0x302072(0x21f)] !== undefined) {
|
if (this[_0x302072(0x249)]["curDis"] > 0xc350) this[_0x302072(0x203)][_0x302072(0x23c)][_0x302072(0x22a)] = ![]
|
else {
|
let _0x26631d = this["frameState"]["heightOffset"],
|
_0x3f02fb = this[_0x302072(0x1e0)][_0x302072(0x1cc)],
|
_0x490d11 = this[_0x302072(0x203)][_0x302072(0x23c)]["reflectPlane"],
|
_0x29dcac = Cesium[_0x302072(0x1cf)][_0x302072(0x229)](_0x3f02fb) - this["camera"]["positionCartographic"][_0x302072(0x29e)]
|
;(_0x26631d += _0x29dcac),
|
Cesium[_0x302072(0x1cf)][_0x302072(0x2a2)](_0x3f02fb, _0x490d11["normal"]),
|
_0x490d11["normal"][_0x302072(0x265)](scratchCartesian3),
|
Cesium[_0x302072(0x1cf)][_0x302072(0x269)](scratchCartesian3, _0x26631d, scratchCartesian3),
|
(_0x490d11[_0x302072(0x262)] = -Cesium["Cartesian3"]["dot"](scratchCartesian3, _0x490d11["normal"])),
|
(this["context"][_0x302072(0x23c)][_0x302072(0x22a)] = !![])
|
}
|
this["frameState"][_0x302072(0x22f)] = 0x0
|
}
|
}),
|
(Cesium[_0x3595cc(0x25b)][_0x3595cc(0x238)]["hookUpdateFunc"] = Cesium[_0x3595cc(0x25b)]["prototype"][_0x3595cc(0x1f2)]),
|
(Cesium[_0x3595cc(0x25b)][_0x3595cc(0x238)][_0x3595cc(0x1f2)] = function (_0x3637ec, _0x5497f8) {
|
const _0x575682 = _0x3595cc
|
let _0x5ad0c7 = this[_0x575682(0x225)](_0x3637ec, _0x5497f8)
|
return (
|
_0x5ad0c7 &&
|
_0x3637ec[_0x575682(0x1e0)][_0x575682(0x1c5)] &&
|
(!this[_0x575682(0x27f)] &&
|
(this[_0x575682(0x27f)] = Cesium[_0x575682(0x2ae)][_0x575682(0x264)]({
|
cull: {
|
enabled: !![],
|
face: Cesium[_0x575682(0x273)][_0x575682(0x1ee)]
|
},
|
blending: Cesium["BlendingState"][_0x575682(0x255)],
|
depthMask: ![]
|
})),
|
(_0x5ad0c7[_0x575682(0x282)] = this[_0x575682(0x27f)])),
|
_0x5ad0c7
|
)
|
})
|
function setView(_0x57e24d, _0x179fb5) {
|
const _0x4bc2b8 = _0x3595cc
|
Cesium["Matrix4"][_0x4bc2b8(0x265)](_0x179fb5, _0x57e24d[_0x4bc2b8(0x24b)]),
|
Cesium["Matrix4"][_0x4bc2b8(0x21d)](_0x179fb5, _0x57e24d[_0x4bc2b8(0x1c6)]),
|
(_0x57e24d[_0x4bc2b8(0x241)] = !![]),
|
(_0x57e24d["_inverseView3DDirty"] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x2b5)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x28d)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x1e6)] = !![]),
|
(_0x57e24d["_inverseModelViewDirty"] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x2aa)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x1eb)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x1d3)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x20e)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x228)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x209)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x219)] = !![]),
|
(_0x57e24d["_inverseNormalDirty"] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x1d9)] = !![]),
|
(_0x57e24d[_0x4bc2b8(0x236)] = !![])
|
}
|
function setInverseView(_0x36e393, _0x6a01e7) {
|
const _0x5b87ff = _0x3595cc
|
Cesium[_0x5b87ff(0x254)][_0x5b87ff(0x265)](_0x6a01e7, _0x36e393["_inverseView"]),
|
Cesium[_0x5b87ff(0x254)]["getMatrix3"](_0x6a01e7, _0x36e393[_0x5b87ff(0x1ba)])
|
}
|
function setCamera(_0x2508cd, _0x562094) {
|
const _0x25d623 = _0x3595cc
|
Cesium["Cartesian3"][_0x25d623(0x265)](_0x562094[_0x25d623(0x1cc)], _0x2508cd[_0x25d623(0x2a4)]),
|
Cesium["Cartesian3"][_0x25d623(0x265)](_0x562094[_0x25d623(0x1ec)], _0x2508cd[_0x25d623(0x211)]),
|
Cesium[_0x25d623(0x1cf)]["clone"](_0x562094[_0x25d623(0x285)], _0x2508cd[_0x25d623(0x1f8)]),
|
Cesium[_0x25d623(0x1cf)][_0x25d623(0x265)](_0x562094[_0x25d623(0x259)], _0x2508cd[_0x25d623(0x1d5)])
|
let _0x36294b = _0x562094[_0x25d623(0x1d4)]
|
!Cesium[_0x25d623(0x279)](_0x36294b)
|
? (_0x2508cd[_0x25d623(0x2c2)] = -_0x2508cd[_0x25d623(0x283)]["maximumRadius"])
|
: (_0x2508cd[_0x25d623(0x2c2)] = _0x36294b[_0x25d623(0x29e)]),
|
(_0x2508cd[_0x25d623(0x23f)] = !![])
|
}
|
function _0x4ef4(_0x1b3f6a, _0x247745) {
|
_0x1b3f6a = _0x1b3f6a - 0x1b8
|
let _0x4e6263 = _0x4e62[_0x1b3f6a]
|
return _0x4e6263
|
}
|
Cesium[_0x3595cc(0x261)][_0x3595cc(0x238)][_0x3595cc(0x290)] = function (_0x3c5ee0) {
|
const _0x5eb731 = _0x3595cc
|
let _0x54ae21 = _0x3c5ee0["viewMatrix"],
|
_0x5b49a8 = _0x3c5ee0[_0x5eb731(0x248)]
|
_0x3c5ee0[_0x5eb731(0x1c5)]
|
? (Cesium[_0x5eb731(0x254)][_0x5eb731(0x1fc)](_0x54ae21, _0x3c5ee0["reflectMatrix"], scratchMatrix4),
|
Cesium[_0x5eb731(0x254)][_0x5eb731(0x217)](scratchMatrix4, scratchInvMatrix4),
|
setView(this, scratchMatrix4),
|
setInverseView(this, scratchInvMatrix4))
|
: (setView(this, _0x54ae21), setInverseView(this, _0x5b49a8)),
|
setCamera(this, _0x3c5ee0),
|
(this[_0x5eb731(0x214)]["x"] = _0x3c5ee0[_0x5eb731(0x1ef)]["near"]),
|
(this[_0x5eb731(0x214)]["y"] = _0x3c5ee0[_0x5eb731(0x1ef)][_0x5eb731(0x1ed)]),
|
this[_0x5eb731(0x1c0)](_0x3c5ee0[_0x5eb731(0x1ef)]),
|
(this[_0x5eb731(0x207)] =
|
this[_0x5eb731(0x296)] !== Cesium[_0x5eb731(0x260)][_0x5eb731(0x224)] && _0x3c5ee0[_0x5eb731(0x1ef)] instanceof Cesium[_0x5eb731(0x2a3)])
|
}
|
function modifyProjectionMatrix(_0x192535, _0x5628ab) {
|
const _0x3527d8 = _0x3595cc
|
if (!_0x192535[_0x3527d8(0x2bf)] || !_0x192535["currentViewMatrix"] || !_0x192535["reflect"]) return
|
let _0x191f9d = _0x192535["currentViewMatrix"]
|
Cesium[_0x3527d8(0x254)][_0x3527d8(0x280)](_0x191f9d, _0x192535["clipPlane"], scratchPlane),
|
(scratchCartesian4["x"] = (Cesium[_0x3527d8(0x1d8)][_0x3527d8(0x201)](scratchPlane[_0x3527d8(0x25c)]["x"]) + _0x5628ab[0x8]) / _0x5628ab[0x0]),
|
(scratchCartesian4["y"] = (Cesium[_0x3527d8(0x1d8)]["sign"](scratchPlane["normal"]["y"]) + _0x5628ab[0x9]) / _0x5628ab[0x5]),
|
(scratchCartesian4["z"] = -0x1),
|
(scratchCartesian4["w"] = (0x1 + _0x5628ab[0xa]) / _0x5628ab[0xe]),
|
(scratchClipPlane4d["x"] = scratchPlane[_0x3527d8(0x25c)]["x"]),
|
(scratchClipPlane4d["y"] = scratchPlane["normal"]["y"]),
|
(scratchClipPlane4d["z"] = scratchPlane[_0x3527d8(0x25c)]["z"]),
|
(scratchClipPlane4d["w"] = scratchPlane["distance"]),
|
Cesium[_0x3527d8(0x286)][_0x3527d8(0x269)](
|
scratchClipPlane4d,
|
0x2 / Cesium["Cartesian4"][_0x3527d8(0x1c1)](scratchClipPlane4d, scratchCartesian4),
|
scratchCartesian4
|
),
|
(_0x5628ab[0x2] = scratchCartesian4["x"]),
|
(_0x5628ab[0x6] = scratchCartesian4["y"]),
|
(_0x5628ab[0xa] = scratchCartesian4["z"] + 0x1),
|
(_0x5628ab[0xe] = scratchCartesian4["w"])
|
}
|
function setProjection(_0x1fc20a, _0x47a5e3) {
|
const _0x2744b1 = _0x3595cc
|
Cesium["Matrix4"][_0x2744b1(0x265)](_0x47a5e3, _0x1fc20a["_projection"]),
|
(_0x1fc20a[_0x2744b1(0x263)] = !![]),
|
(_0x1fc20a[_0x2744b1(0x1eb)] = !![]),
|
(_0x1fc20a["_inverseViewProjectionDirty"] = !![]),
|
(_0x1fc20a["_modelViewProjectionDirty"] = !![]),
|
(_0x1fc20a[_0x2744b1(0x228)] = !![])
|
}
|
function setInfiniteProjection(_0x151b27, _0x294743) {
|
const _0x38ec24 = _0x3595cc
|
Cesium[_0x38ec24(0x254)][_0x38ec24(0x265)](_0x294743, _0x151b27[_0x38ec24(0x1ff)]), (_0x151b27[_0x38ec24(0x209)] = !![])
|
}
|
Cesium[_0x3595cc(0x261)][_0x3595cc(0x238)][_0x3595cc(0x1c0)] = function (_0x685e74) {
|
const _0x30cd52 = _0x3595cc
|
let _0x349fe8 = _0x685e74[_0x30cd52(0x26f)]
|
Cesium[_0x30cd52(0x254)][_0x30cd52(0x265)](_0x349fe8, scratchMatrix4),
|
modifyProjectionMatrix(_0x685e74, scratchMatrix4),
|
setProjection(this, scratchMatrix4),
|
Cesium[_0x30cd52(0x279)](_0x685e74[_0x30cd52(0x235)]) && setInfiniteProjection(this, _0x685e74[_0x30cd52(0x235)]),
|
(this["_currentFrustum"]["x"] = _0x685e74[_0x30cd52(0x1ea)]),
|
(this[_0x30cd52(0x1d2)]["y"] = _0x685e74[_0x30cd52(0x1ed)]),
|
(this[_0x30cd52(0x1fd)] = _0x685e74[_0x30cd52(0x1ed)] - _0x685e74[_0x30cd52(0x1ea)] + 0x1),
|
(this[_0x30cd52(0x281)] = Cesium["Math"][_0x30cd52(0x29c)](this["_farDepthFromNearPlusOne"])),
|
(this[_0x30cd52(0x1c2)] = 0x1 / this["_log2FarDepthFromNearPlusOne"]),
|
Cesium["defined"](_0x685e74["_offCenterFrustum"]) && (_0x685e74 = _0x685e74["_offCenterFrustum"]),
|
(this[_0x30cd52(0x27b)]["x"] = _0x685e74[_0x30cd52(0x24a)]),
|
(this[_0x30cd52(0x27b)]["y"] = _0x685e74[_0x30cd52(0x2b7)]),
|
(this[_0x30cd52(0x27b)]["z"] = _0x685e74["left"]),
|
(this[_0x30cd52(0x27b)]["w"] = _0x685e74[_0x30cd52(0x250)])
|
}
|
var CesiumExt = {}
|
|
const _0x2a10 = [
|
"493386ApaKmI",
|
"1sPnpJI",
|
"freeze",
|
"134800PjkGMa",
|
"190435ITSbOZ",
|
"1175189lCUlFw",
|
"1398299hQadEJ",
|
"683005pyyqYz",
|
"1510348tolptA"
|
]
|
const _0x555fa9 = _0x397c
|
;(function (_0x9c0a4, _0x50a3db) {
|
const _0x1f2558 = _0x397c
|
while (!![]) {
|
try {
|
const _0x3ef2f4 =
|
parseInt(_0x1f2558(0x1d6)) +
|
parseInt(_0x1f2558(0x1d8)) * -parseInt(_0x1f2558(0x1d5)) +
|
-parseInt(_0x1f2558(0x1d2)) +
|
-parseInt(_0x1f2558(0x1d4)) +
|
-parseInt(_0x1f2558(0x1d1)) +
|
parseInt(_0x1f2558(0x1d3)) +
|
parseInt(_0x1f2558(0x1d7))
|
if (_0x3ef2f4 === _0x50a3db) break
|
else _0x9c0a4["push"](_0x9c0a4["shift"]())
|
} catch (_0x4ceb36) {
|
_0x9c0a4["push"](_0x9c0a4["shift"]())
|
}
|
}
|
})(_0x2a10, 0xbc920)
|
const ClampMode = {
|
Space: 0x0,
|
Ground: 0x1,
|
S3mModel: 0x2,
|
Raster: 0x3
|
}
|
function _0x397c(_0x3f8054, _0x114c4a) {
|
_0x3f8054 = _0x3f8054 - 0x1d1
|
let _0x2a10a6 = _0x2a10[_0x3f8054]
|
return _0x2a10a6
|
}
|
var _0x3ea69a = Object[_0x555fa9(0x1d9)](ClampMode)
|
|
const _0x5314 = [
|
"463441HpELnq",
|
"15073KlLPZi",
|
"269629NRqOGn",
|
"2441107DAwILv",
|
"freeze",
|
"339808PIpUSn",
|
"5099inDFBe",
|
"1uHbdrG",
|
"1JrutVC",
|
"82jDCLLF",
|
"2384OGqLbn",
|
"17zLwmqE",
|
"92NToeuU"
|
]
|
const _0x4386e5 = _0x4247
|
;(function (_0x129160, _0x5f2f01) {
|
const _0x287a06 = _0x4247
|
while (!![]) {
|
try {
|
const _0x505759 =
|
-parseInt(_0x287a06(0x17f)) * -parseInt(_0x287a06(0x186)) +
|
-parseInt(_0x287a06(0x180)) * parseInt(_0x287a06(0x188)) +
|
-parseInt(_0x287a06(0x184)) +
|
parseInt(_0x287a06(0x17d)) * parseInt(_0x287a06(0x17c)) +
|
-parseInt(_0x287a06(0x181)) +
|
-parseInt(_0x287a06(0x185)) * parseInt(_0x287a06(0x17e)) +
|
parseInt(_0x287a06(0x187)) * parseInt(_0x287a06(0x182))
|
if (_0x505759 === _0x5f2f01) break
|
else _0x129160["push"](_0x129160["shift"]())
|
} catch (_0x5dfa3e) {
|
_0x129160["push"](_0x129160["shift"]())
|
}
|
}
|
})(_0x5314, 0x99f11)
|
function _0x4247(_0x26ff02, _0x19d18e) {
|
_0x26ff02 = _0x26ff02 - 0x17c
|
let _0x531411 = _0x5314[_0x26ff02]
|
return _0x531411
|
}
|
const DrawMode = {
|
Point: 0x0,
|
Line: 0x1,
|
Polygon: 0x2
|
}
|
var _0x2e8fa9 = Object[_0x4386e5(0x183)](DrawMode)
|
|
const _0x1133 = [
|
"3SFtZsT",
|
"slice",
|
"length",
|
"_drawEvt",
|
"Ground",
|
"active",
|
"8745VVuiQG",
|
"ScreenSpaceEventType",
|
"add",
|
"Cartesian2",
|
"#51ff00",
|
"LEFT_CLICK",
|
"S3mModel",
|
"drawEvt",
|
"movingEvt",
|
"viewer",
|
"raiseEvent",
|
"Polygon",
|
"7718epxNdn",
|
"prototype",
|
"hierarchy",
|
"2GFgglP",
|
"DeveloperError",
|
"activate",
|
"clampToGroundPolylines",
|
"show",
|
"handler",
|
"concat",
|
"activeEvt",
|
"clone",
|
"781162RYEXnv",
|
"setInputAction",
|
"10OAnWXy",
|
"RIGHT_CLICK",
|
"defaultValue",
|
"61971kMCFAD",
|
"polygon",
|
"Cartesian3",
|
"ScreenSpaceEventHandler",
|
"primitives",
|
"isDrawing",
|
"ORANGE",
|
"remove",
|
"your\x20browser\x20not\x20supported\x20pickPosition!",
|
"Event",
|
"point",
|
"Point",
|
"polylines",
|
"polyline",
|
"endPosition",
|
"555154DfYFmn",
|
"position",
|
"pickPosition",
|
"fromType",
|
"5BXTQAB",
|
"539075LRFUCU",
|
"PointPrimitiveCollection",
|
"Color",
|
"Material",
|
"removeInputAction",
|
"Line",
|
"defineProperties",
|
"push",
|
"_activeEvt",
|
"withAlpha",
|
"positions",
|
"PolylineCollection",
|
"mode",
|
"random",
|
"scene",
|
"MOUSE_MOVE",
|
"_clampMode",
|
"189yzQzuF",
|
"Space",
|
"entities",
|
"ColorType",
|
"log",
|
"6922AqAjxq",
|
"points",
|
"fromCssColorString",
|
"deactivate"
|
]
|
const _0x259265 = _0x3da1
|
;(function (_0x2e4a0b, _0x272874) {
|
const _0xa17ffc = _0x3da1
|
while (!![]) {
|
try {
|
const _0xe8dc28 =
|
-parseInt(_0xa17ffc(0x23c)) * -parseInt(_0xa17ffc(0x233)) +
|
-parseInt(_0xa17ffc(0x224)) * parseInt(_0xa17ffc(0x21e)) +
|
-parseInt(_0xa17ffc(0x215)) * -parseInt(_0xa17ffc(0x230)) +
|
parseInt(_0xa17ffc(0x204)) +
|
parseInt(_0xa17ffc(0x1f0)) +
|
-parseInt(_0xa17ffc(0x21a)) * -parseInt(_0xa17ffc(0x23e)) +
|
parseInt(_0xa17ffc(0x203)) * -parseInt(_0xa17ffc(0x1ff))
|
if (_0xe8dc28 === _0x272874) break
|
else _0x2e4a0b["push"](_0x2e4a0b["shift"]())
|
} catch (_0x41ca66) {
|
_0x2e4a0b["push"](_0x2e4a0b["shift"]())
|
}
|
}
|
})(_0x1133, 0xd91c7)
|
function _0x3da1(_0x3f9e1d, _0x4aac51) {
|
_0x3f9e1d = _0x3f9e1d - 0x1ef
|
let _0x11333a = _0x1133[_0x3f9e1d]
|
return _0x11333a
|
}
|
let DrawHandler = function (_0x3d57a1, _0x22f956, _0x4191ab) {
|
const _0x255f22 = _0x3da1
|
if (!_0x3d57a1 || _0x22f956 === undefined) throw new Cesium[_0x255f22(0x234)]("viewer\x20and\x20mode\x20is\x20required!")
|
;(this[_0x255f22(0x238)] = new Cesium[_0x255f22(0x1f3)](_0x3d57a1[_0x255f22(0x212)]["canvas"])),
|
(this[_0x255f22(0x22d)] = _0x3d57a1),
|
(this[_0x255f22(0x210)] = _0x22f956),
|
(this[_0x255f22(0x214)] = Cesium[_0x255f22(0x1ef)](_0x4191ab, _0x3ea69a[_0x255f22(0x216)])),
|
(this[_0x255f22(0x1f5)] = ![]),
|
(this[_0x255f22(0x223)] = ![]),
|
(this[_0x255f22(0x221)] = new Cesium[_0x255f22(0x1f9)]()),
|
(this[_0x255f22(0x20c)] = new Cesium["Event"]()),
|
(this[_0x255f22(0x22c)] = new Cesium[_0x255f22(0x1f9)]()),
|
(this[_0x255f22(0x1fc)] = undefined),
|
(this[_0x255f22(0x1fd)] = undefined),
|
(this["polygon"] = undefined),
|
(this[_0x255f22(0x21b)] = undefined),
|
(this["point"] = undefined)
|
}
|
Object[_0x259265(0x20a)](DrawHandler[_0x259265(0x231)], {
|
drawEvt: {
|
get: function () {
|
return this["_drawEvt"]
|
}
|
},
|
activeEvt: {
|
get: function () {
|
const _0xede841 = _0x259265
|
return this[_0xede841(0x20c)]
|
}
|
}
|
}),
|
(DrawHandler[_0x259265(0x231)][_0x259265(0x235)] = function () {
|
const _0x43949d = _0x259265
|
if (this[_0x43949d(0x223)] === !![]) return
|
this[_0x43949d(0x223)] = !![]
|
let _0x598174 = this
|
this[_0x43949d(0x238)][_0x43949d(0x23d)](function (_0xc305f8) {
|
clickHandler(_0xc305f8, _0x598174)
|
}, Cesium[_0x43949d(0x225)]["LEFT_CLICK"]),
|
this["handler"][_0x43949d(0x23d)](function (_0x27663a) {
|
moveHandler(_0x27663a, _0x598174)
|
}, Cesium["ScreenSpaceEventType"][_0x43949d(0x213)]),
|
this[_0x43949d(0x238)]["setInputAction"](function (_0x3b0bc9) {
|
rclkHandler(_0x3b0bc9, _0x598174)
|
}, Cesium["ScreenSpaceEventType"][_0x43949d(0x23f)]),
|
this[_0x43949d(0x23a)][_0x43949d(0x22e)](!![])
|
}),
|
(DrawHandler[_0x259265(0x231)]["deactivate"] = function () {
|
const _0x5a6dc9 = _0x259265
|
;(this[_0x5a6dc9(0x223)] = ![]),
|
(this["isDrawing"] = ![]),
|
this["handler"]["removeInputAction"](Cesium[_0x5a6dc9(0x225)][_0x5a6dc9(0x229)]),
|
this[_0x5a6dc9(0x238)][_0x5a6dc9(0x208)](Cesium[_0x5a6dc9(0x225)]["MOUSE_MOVE"]),
|
this["handler"][_0x5a6dc9(0x208)](Cesium[_0x5a6dc9(0x225)][_0x5a6dc9(0x23f)]),
|
this[_0x5a6dc9(0x23a)][_0x5a6dc9(0x22e)](![])
|
}),
|
(DrawHandler["prototype"]["clear"] = function () {
|
const _0x26fd5c = _0x259265
|
this[_0x26fd5c(0x21d)](),
|
this["polylines"] &&
|
(this[_0x26fd5c(0x1fc)]["removeAll"](),
|
this[_0x26fd5c(0x22d)]["scene"][_0x26fd5c(0x1f4)][_0x26fd5c(0x1f7)](this["polylines"]),
|
(this[_0x26fd5c(0x1fc)] = undefined)),
|
this[_0x26fd5c(0x1f1)] && (this["viewer"][_0x26fd5c(0x217)][_0x26fd5c(0x1f7)](this["polygon"]), (this["polygon"] = undefined)),
|
this[_0x26fd5c(0x21b)] &&
|
(this[_0x26fd5c(0x21b)]["removeAll"](),
|
this["viewer"][_0x26fd5c(0x212)][_0x26fd5c(0x1f4)]["remove"](this[_0x26fd5c(0x21b)]),
|
(this["points"] = undefined))
|
})
|
function clickHandler(_0x2a576f, _0x5dc3dc) {
|
const _0xc7094b = _0x259265
|
let _0x2f3010 = _0x5dc3dc
|
if (_0x2f3010 && _0x2f3010[_0xc7094b(0x223)]) {
|
let _0x39767c = _0x2f3010["viewer"]["scene"]
|
if (!_0x39767c["pickPositionSupported"]) {
|
console[_0xc7094b(0x219)](_0xc7094b(0x1f8))
|
return
|
}
|
let _0x517cb6 = _0x39767c["pickPosition"](_0x2a576f[_0xc7094b(0x200)])
|
if (_0x517cb6) {
|
if (!_0x2f3010[_0xc7094b(0x1f5)]) {
|
_0x2f3010[_0xc7094b(0x1f5)] = !![]
|
switch (_0x2f3010[_0xc7094b(0x210)]) {
|
case _0x2e8fa9[_0xc7094b(0x1fb)]:
|
startDrawPoint(_0x517cb6, _0x2f3010)
|
break
|
case _0x2e8fa9[_0xc7094b(0x209)]:
|
startDrawLine(_0x517cb6, _0x2f3010)
|
break
|
case _0x2e8fa9[_0xc7094b(0x22f)]:
|
startDrawPolygon(_0x517cb6, _0x2f3010)
|
break
|
}
|
} else {
|
let _0x1c7fa7 = new Cesium["Cartesian2"](_0x2a576f[_0xc7094b(0x200)]["x"], _0x2a576f["position"]["y"])
|
switch (_0x2f3010[_0xc7094b(0x210)]) {
|
case _0x2e8fa9[_0xc7094b(0x209)]:
|
processLine(_0x1c7fa7, _0x2f3010, !![])
|
break
|
case _0x2e8fa9["Polygon"]:
|
processPolygon(_0x1c7fa7, _0x2f3010, !![])
|
break
|
}
|
}
|
}
|
}
|
}
|
function startDrawPoint(_0x408b23, _0x12e69b) {
|
const _0x28a06a = _0x259265
|
let _0x186505 = _0x12e69b
|
!_0x186505["points"]
|
? ((_0x186505["points"] = new Cesium[_0x28a06a(0x205)]()),
|
(_0x186505[_0x28a06a(0x1fa)] = _0x186505["points"][_0x28a06a(0x226)]({
|
position: _0x408b23,
|
pixelSize: 0xa,
|
color: Cesium[_0x28a06a(0x206)]["WHITE"]
|
})),
|
_0x186505[_0x28a06a(0x22d)][_0x28a06a(0x212)][_0x28a06a(0x1f4)][_0x28a06a(0x226)](_0x186505[_0x28a06a(0x21b)]))
|
: (_0x186505[_0x28a06a(0x1fa)]["position"] = _0x408b23),
|
_0x186505[_0x28a06a(0x21d)](),
|
_0x186505[_0x28a06a(0x22b)][_0x28a06a(0x22e)]({
|
object: _0x186505[_0x28a06a(0x1fa)]
|
})
|
}
|
function startDrawLine(_0x4ef7e2, _0x2ba3d5) {
|
const _0x4e5439 = _0x259265
|
let _0x47ab1c = _0x2ba3d5
|
!_0x47ab1c["polylines"]
|
? ((_0x47ab1c[_0x4e5439(0x1fc)] = new Cesium[_0x4e5439(0x20f)]()),
|
(_0x47ab1c[_0x4e5439(0x1fd)] = _0x47ab1c["polylines"][_0x4e5439(0x226)]({
|
width: 0x2,
|
positions: [_0x4ef7e2, _0x4ef7e2],
|
material: Cesium[_0x4e5439(0x207)]["fromType"](Cesium[_0x4e5439(0x207)][_0x4e5439(0x218)], {
|
color: Cesium[_0x4e5439(0x206)][_0x4e5439(0x21c)](_0x4e5439(0x228))
|
})
|
})),
|
_0x47ab1c["viewer"][_0x4e5439(0x212)][_0x4e5439(0x1f4)][_0x4e5439(0x226)](_0x47ab1c[_0x4e5439(0x1fc)]))
|
: ((_0x47ab1c[_0x4e5439(0x1fd)][_0x4e5439(0x237)] = !![]), (_0x47ab1c[_0x4e5439(0x1fd)][_0x4e5439(0x20e)] = [_0x4ef7e2, _0x4ef7e2]))
|
}
|
function startDrawPolygon(_0x3b484d, _0x160338) {
|
const _0x10fedd = _0x259265
|
let _0x4af1d8 = _0x160338
|
!_0x4af1d8[_0x10fedd(0x1fc)]
|
? ((_0x4af1d8[_0x10fedd(0x1fc)] = new Cesium[_0x10fedd(0x20f)]()),
|
(_0x4af1d8["polyline"] = _0x4af1d8["polylines"][_0x10fedd(0x226)]({
|
id: "polyline-" + Math[_0x10fedd(0x211)](),
|
width: 0x2,
|
positions: [_0x3b484d, _0x3b484d],
|
material: Cesium[_0x10fedd(0x207)][_0x10fedd(0x202)](Cesium[_0x10fedd(0x207)]["ColorType"], {
|
color: Cesium[_0x10fedd(0x206)]["fromCssColorString"](_0x10fedd(0x228))
|
}),
|
loop: !![]
|
})),
|
_0x4af1d8[_0x10fedd(0x22d)]["scene"][_0x10fedd(0x1f4)][_0x10fedd(0x226)](_0x4af1d8[_0x10fedd(0x1fc)]))
|
: ((_0x4af1d8[_0x10fedd(0x1fd)][_0x10fedd(0x237)] = !![]),
|
(_0x4af1d8[_0x10fedd(0x1fd)][_0x10fedd(0x20e)] = [_0x3b484d, _0x3b484d]),
|
_0x4af1d8[_0x10fedd(0x1f1)] && (_0x4af1d8[_0x10fedd(0x1f1)][_0x10fedd(0x237)] = ![]))
|
}
|
function moveHandler(_0x208388, _0x4aa08b) {
|
const _0x3002cb = _0x259265
|
let _0x5bd8ef = _0x4aa08b
|
if (_0x5bd8ef && _0x5bd8ef[_0x3002cb(0x223)] && _0x5bd8ef[_0x3002cb(0x1f5)]) {
|
let _0x2b945c = new Cesium[_0x3002cb(0x227)](_0x208388["endPosition"]["x"], _0x208388["endPosition"]["y"])
|
switch (_0x5bd8ef[_0x3002cb(0x210)]) {
|
case _0x2e8fa9["Line"]:
|
processLine(_0x2b945c, _0x5bd8ef, ![])
|
break
|
case _0x2e8fa9[_0x3002cb(0x22f)]:
|
processPolygon(_0x2b945c, _0x5bd8ef, ![])
|
break
|
}
|
}
|
_0x5bd8ef[_0x3002cb(0x22c)][_0x3002cb(0x22e)](new Cesium[_0x3002cb(0x227)](_0x208388[_0x3002cb(0x1fe)]["x"], _0x208388[_0x3002cb(0x1fe)]["y"]))
|
}
|
function processLine(_0x48463e, _0x4b5c42, _0x57bd88) {
|
const _0x2337c4 = _0x259265
|
let _0x3168b8 = _0x4b5c42,
|
_0x56045f = _0x3168b8["viewer"][_0x2337c4(0x212)],
|
_0xee78f5 = _0x56045f[_0x2337c4(0x201)](_0x48463e)
|
if (!_0xee78f5) return
|
let _0x423e25 = _0x3168b8[_0x2337c4(0x1fd)][_0x2337c4(0x20e)],
|
_0xa9e4da = _0x423e25[_0x2337c4(0x220)]
|
_0x57bd88 ? (_0x423e25[_0xa9e4da] = _0xee78f5) : (_0x423e25[_0xa9e4da - 0x1] = _0xee78f5),
|
(_0x3168b8[_0x2337c4(0x1fd)][_0x2337c4(0x20e)] = _0x423e25)
|
}
|
function processPolygon(_0x42048b, _0x21b97d, _0x43b95c) {
|
const _0x4a7e6a = _0x259265
|
let _0x1db138 = _0x21b97d,
|
_0x2a6a93 = _0x1db138[_0x4a7e6a(0x22d)][_0x4a7e6a(0x212)],
|
_0x3d6166 = _0x2a6a93[_0x4a7e6a(0x201)](_0x42048b)
|
if (!_0x3d6166) return
|
let _0x447282 = _0x1db138[_0x4a7e6a(0x1fd)][_0x4a7e6a(0x20e)],
|
_0x4c402c = _0x447282[_0x4a7e6a(0x220)]
|
_0x43b95c ? (_0x447282[_0x4c402c] = _0x3d6166) : (_0x447282[_0x4c402c - 0x1] = _0x3d6166), (_0x1db138[_0x4a7e6a(0x1fd)]["positions"] = _0x447282)
|
}
|
function rclkHandler(_0x2b8aba, _0x30699e) {
|
const _0x2ea7ce = _0x259265
|
let _0x3b01cb = _0x30699e
|
if (_0x3b01cb && _0x3b01cb[_0x2ea7ce(0x223)] && _0x3b01cb[_0x2ea7ce(0x1f5)]) {
|
_0x3b01cb[_0x2ea7ce(0x21d)]()
|
if (!_0x3b01cb[_0x2ea7ce(0x1fd)]) return
|
_0x3b01cb[_0x2ea7ce(0x1fd)][_0x2ea7ce(0x20e)] = _0x3b01cb[_0x2ea7ce(0x1fd)][_0x2ea7ce(0x20e)][_0x2ea7ce(0x21f)](
|
0x0,
|
_0x3b01cb[_0x2ea7ce(0x1fd)]["positions"][_0x2ea7ce(0x220)] - 0x1
|
)
|
if (_0x3b01cb[_0x2ea7ce(0x210)] === _0x2e8fa9[_0x2ea7ce(0x22f)]) {
|
if (_0x3b01cb[_0x2ea7ce(0x1fd)]["positions"]["length"] < 0x3) {
|
_0x3b01cb[_0x2ea7ce(0x1fd)][_0x2ea7ce(0x20e)][_0x2ea7ce(0x220)] = 0x0
|
return
|
}
|
let _0x40ff40 = [][_0x2ea7ce(0x239)](_0x3b01cb[_0x2ea7ce(0x1fd)][_0x2ea7ce(0x20e)])
|
!_0x3b01cb["polygon"] &&
|
(_0x3b01cb["polygon"] = _0x3b01cb[_0x2ea7ce(0x22d)][_0x2ea7ce(0x217)][_0x2ea7ce(0x226)]({
|
polygon: {
|
hierarchy: {
|
positions: _0x40ff40
|
},
|
material: Cesium[_0x2ea7ce(0x206)][_0x2ea7ce(0x1f6)][_0x2ea7ce(0x20d)](0.5),
|
perPositionHeight: _0x3ea69a["Space"] === _0x3b01cb[_0x2ea7ce(0x214)]
|
}
|
})),
|
(_0x3b01cb[_0x2ea7ce(0x1f1)][_0x2ea7ce(0x1f1)][_0x2ea7ce(0x232)] = _0x40ff40),
|
(_0x3b01cb[_0x2ea7ce(0x1f1)][_0x2ea7ce(0x20e)] = _0x40ff40),
|
(_0x3b01cb[_0x2ea7ce(0x1f1)]["show"] = !![]),
|
_0x3b01cb[_0x2ea7ce(0x22b)][_0x2ea7ce(0x22e)]({
|
object: _0x3b01cb[_0x2ea7ce(0x1f1)]
|
})
|
} else {
|
if (_0x3b01cb[_0x2ea7ce(0x210)] === _0x2e8fa9[_0x2ea7ce(0x209)]) {
|
let _0x170be5 = []
|
for (let _0x4a8c58 = 0x0, _0x162397 = _0x3b01cb["polyline"][_0x2ea7ce(0x20e)][_0x2ea7ce(0x220)]; _0x4a8c58 < _0x162397; _0x4a8c58++) {
|
_0x170be5[_0x2ea7ce(0x20b)](Cesium[_0x2ea7ce(0x1f2)][_0x2ea7ce(0x23b)](_0x3b01cb[_0x2ea7ce(0x1fd)][_0x2ea7ce(0x20e)][_0x4a8c58]))
|
}
|
;(_0x3b01cb["_clampMode"] === _0x3ea69a[_0x2ea7ce(0x22a)] || _0x3b01cb[_0x2ea7ce(0x214)] === _0x3ea69a[_0x2ea7ce(0x222)]) &&
|
(!_0x3b01cb[_0x2ea7ce(0x236)] && (_0x3b01cb[_0x2ea7ce(0x236)] = []),
|
_0x3b01cb["clampToGroundPolylines"][_0x2ea7ce(0x20b)](
|
_0x3b01cb[_0x2ea7ce(0x22d)][_0x2ea7ce(0x217)]["add"]({
|
polyline: {
|
positions: _0x170be5,
|
width: 0x5,
|
material: Cesium[_0x2ea7ce(0x206)][_0x2ea7ce(0x21c)](_0x2ea7ce(0x228)),
|
clampToGround: !![]
|
}
|
})
|
),
|
(_0x3b01cb[_0x2ea7ce(0x1fd)]["show"] = ![])),
|
_0x3b01cb[_0x2ea7ce(0x22b)][_0x2ea7ce(0x22e)]({
|
object: _0x3b01cb[_0x2ea7ce(0x1fd)]
|
})
|
}
|
}
|
}
|
}
|
|
const _0x53cb = [
|
"96306LwbduB",
|
"17uFptre",
|
"17456CJMLkK",
|
"6599BQdpCZ",
|
"freeze",
|
"21EOwcJE",
|
"17dTEjpA",
|
"18058fPLRwK",
|
"758hfzLDx",
|
"15371CxwkPv",
|
"51trPONu",
|
"754gwpFpy",
|
"331664zDInsR"
|
]
|
const _0x1d9c17 = _0x40f4
|
;(function (_0x508c70, _0x3f1ca7) {
|
const _0x58941f = _0x40f4
|
while (!![]) {
|
try {
|
const _0x9632aa =
|
parseInt(_0x58941f(0x99)) * -parseInt(_0x58941f(0x97)) +
|
parseInt(_0x58941f(0x91)) +
|
-parseInt(_0x58941f(0x95)) * parseInt(_0x58941f(0x8f)) +
|
parseInt(_0x58941f(0x92)) +
|
parseInt(_0x58941f(0x8e)) * -parseInt(_0x58941f(0x98)) +
|
-parseInt(_0x58941f(0x9a)) * -parseInt(_0x58941f(0x90)) +
|
parseInt(_0x58941f(0x94)) * parseInt(_0x58941f(0x93))
|
if (_0x9632aa === _0x3f1ca7) break
|
else _0x508c70["push"](_0x508c70["shift"]())
|
} catch (_0x1cbcf6) {
|
_0x508c70["push"](_0x508c70["shift"]())
|
}
|
}
|
})(_0x53cb, 0x4decc)
|
function _0x40f4(_0x27cf64, _0x44777c) {
|
_0x27cf64 = _0x27cf64 - 0x8e
|
let _0x53cbf3 = _0x53cb[_0x27cf64]
|
return _0x53cbf3
|
}
|
const MeasureMode = {
|
Distance: 0x0,
|
Area: 0x1,
|
DVH: 0x2
|
}
|
var _0x2d58b1 = Object[_0x1d9c17(0x96)](MeasureMode)
|
|
const _0x4aa2 = [
|
"defaultValue",
|
"defined",
|
"ScreenSpaceEventType",
|
"LEFT_CLICK",
|
"negateNormal",
|
"MeasureHandler.lineDisplayType",
|
"clear",
|
"longitude",
|
"endPoint",
|
"setInputAction",
|
"ColorType",
|
"1qeYXYo",
|
"fromRadians",
|
"length",
|
"plane",
|
"8lNqQLZ",
|
"viewer\x20and\x20mode\x20is\x20required!",
|
"height",
|
"push",
|
"lessThanOrEquals",
|
"typeOf",
|
"distance",
|
"_capturePointSize",
|
"epEntity",
|
"_currentDis",
|
"1DdABLh",
|
"greaterThanOrEquals",
|
"subtract",
|
"latitude",
|
"toCartesian",
|
"Plane",
|
"clone",
|
"_enableDepthTest",
|
"polygon",
|
"hierarchy",
|
"lerp",
|
"Ray",
|
"attributes",
|
"IntersectionTests",
|
"CallbackProperty",
|
"startPoint",
|
"verticalPolyline",
|
"_position",
|
"slice",
|
"MAX_VALUE",
|
"Math",
|
"OCCLUDED",
|
"PolylineCollection",
|
"RIGHT_CLICK",
|
"canvas",
|
"BLACK",
|
"remove",
|
"_accumulationDis",
|
"entities",
|
"clampToGroundPolyline",
|
"_polygon",
|
"subdivideLine",
|
"add",
|
"deactivate",
|
"mode",
|
"fromCache",
|
"angleBetween",
|
"_disLabel",
|
"magnitude",
|
"Cartographic",
|
"_lineColor",
|
"handler",
|
"polylines",
|
"884TUIHji",
|
"clampToGroundPolygonPositions",
|
"DeveloperError",
|
"cross",
|
"MOUSE_MOVE",
|
"WHITE",
|
"normal",
|
"_capturePointColor",
|
"Space",
|
"LEFT",
|
"endPosition",
|
"tmpEntities",
|
"_value",
|
"3992cggHVe",
|
"getHeight",
|
"FILL_AND_OUTLINE",
|
"positions",
|
"500\x2016px\x20sans-serif",
|
"corridor",
|
"1KoQHmZ",
|
"removeAll",
|
"_distance",
|
"NearFarScalar",
|
"S3mModel",
|
"concat",
|
"_clampMode",
|
"#ffe500",
|
"PolygonPipeline",
|
"_labelBackgroundColor",
|
"activate",
|
"_lineWidth",
|
"max",
|
"polyline",
|
"fromType",
|
"fpEntity",
|
"ScreenSpaceEventHandler",
|
"_fillColor",
|
"withAlpha",
|
"fromCssColorString",
|
"LabelStyle",
|
"PolygonGeometry",
|
"show",
|
"position",
|
"_labelPixelOffset",
|
"unpackArray",
|
"globe",
|
"prototype",
|
"values",
|
"spEntity",
|
"_showMeasureResult",
|
"BLUE",
|
"number",
|
"fromCartesian",
|
"Color",
|
"removeInputAction",
|
"100\x2020px\x20SimSun",
|
"toFixed",
|
"isDrawing",
|
"indices",
|
"rayPlane",
|
"750694ZhwmYx",
|
"DVH",
|
"fromPositions",
|
"_hLabel",
|
"defineProperties",
|
"raiseEvent",
|
"Material",
|
"Distance",
|
"_dblclickListener",
|
"_vLabel",
|
"230802lllCtb",
|
"LabelCollection",
|
"Cartesian2",
|
"computeArea",
|
"viewer",
|
"pickPosition",
|
"startHeight",
|
"473wnsJLg",
|
"Cartesian3",
|
"_labelPixelOffsetScaleByDistance",
|
"activeEvt",
|
"HorizontalOrigin",
|
"labels",
|
"_measureEvt",
|
"_activeEvt",
|
"active",
|
"1972DIvJhB",
|
"Check",
|
"Ground",
|
"1409BKrvpW",
|
"Event",
|
"measureEvt",
|
"466430aUsvwt",
|
"_currentArea",
|
"clampToGroundPolylinePositions",
|
"normalize",
|
"_accumulationPositions",
|
"_accumulationArea",
|
"primitives",
|
"_areaLabel",
|
"horizontalPolyline",
|
"lineDisplayType",
|
"scene",
|
"72823pXXEuL",
|
"triangulate",
|
"#51ff00",
|
"chordLength",
|
"dirPolyline",
|
"Area",
|
"_lineDisplayType"
|
]
|
const _0x3a9de2 = _0x68ae
|
;(function (_0xabdbe1, _0x28287b) {
|
const _0x2a108b = _0x68ae
|
while (!![]) {
|
try {
|
const _0x510cc0 =
|
parseInt(_0x2a108b(0x225)) * -parseInt(_0x2a108b(0x23b)) +
|
-parseInt(_0x2a108b(0x245)) * -parseInt(_0x2a108b(0x21a)) +
|
parseInt(_0x2a108b(0x204)) +
|
parseInt(_0x2a108b(0x27d)) * parseInt(_0x2a108b(0x237)) +
|
parseInt(_0x2a108b(0x217)) * -parseInt(_0x2a108b(0x20b)) +
|
parseInt(_0x2a108b(0x283)) * -parseInt(_0x2a108b(0x1fa)) +
|
parseInt(_0x2a108b(0x270)) * parseInt(_0x2a108b(0x214))
|
if (_0x510cc0 === _0x28287b) break
|
else _0xabdbe1["push"](_0xabdbe1["shift"]())
|
} catch (_0x2aadf9) {
|
_0xabdbe1["push"](_0xabdbe1["shift"]())
|
}
|
}
|
})(_0x4aa2, 0x6c941)
|
function MeasureHandler(_0x1b34db, _0x37a748, _0x2d9d50, _0x3ba522) {
|
const _0x436f96 = _0x68ae
|
if (!_0x1b34db || !Cesium[_0x436f96(0x22d)](_0x37a748)) throw new Cesium[_0x436f96(0x272)](_0x436f96(0x23c))
|
;(this[_0x436f96(0x26e)] = new Cesium[_0x436f96(0x1e1)](_0x1b34db[_0x436f96(0x224)][_0x436f96(0x25d)])),
|
(this[_0x436f96(0x208)] = _0x1b34db),
|
(this[_0x436f96(0x289)] = Cesium[_0x436f96(0x22c)](_0x2d9d50, _0x3ea69a[_0x436f96(0x278)])),
|
(this["mode"] = _0x37a748),
|
(this[_0x436f96(0x1f7)] = ![]),
|
(this["active"] = ![]),
|
(this["tmpEntities"] = []),
|
(this[_0x436f96(0x221)] = undefined),
|
(this[_0x436f96(0x26a)] = undefined),
|
(this[_0x436f96(0x203)] = undefined),
|
(this[_0x436f96(0x1fd)] = undefined),
|
(this[_0x436f96(0x211)] = new Cesium["Event"]()),
|
(this[_0x436f96(0x212)] = new Cesium[_0x436f96(0x218)]()),
|
(this[_0x436f96(0x24c)] = ![]),
|
(this[_0x436f96(0x28c)] = Cesium["Color"][_0x436f96(0x1e4)]("rgba(38,\x2038,\x2038,\x200.85)")),
|
(this[_0x436f96(0x20d)] = new Cesium[_0x436f96(0x286)](0x96, 0x3, 0xe4e1c0, 0.5)),
|
(this[_0x436f96(0x1e9)] = new Cesium[_0x436f96(0x206)](0xf, 0x0)),
|
(this[_0x436f96(0x26d)] = Cesium["Color"]["fromCssColorString"](_0x436f96(0x227))),
|
(this[_0x436f96(0x1e2)] = Cesium[_0x436f96(0x1f3)]["ORANGE"][_0x436f96(0x1e3)](0.5)),
|
(this[_0x436f96(0x1dc)] = 0x2),
|
(this[_0x436f96(0x202)] = undefined),
|
(this["_showMeasureResult"] = Cesium[_0x436f96(0x22c)](_0x3ba522, !![])),
|
(this[_0x436f96(0x22b)] = LineDisplayType["NON_OCCLUDED"])
|
}
|
Object[_0x3a9de2(0x1fe)](MeasureHandler[_0x3a9de2(0x1ec)], {
|
activeEvt: {
|
get: function () {
|
return this["_activeEvt"]
|
}
|
},
|
measureEvt: {
|
get: function () {
|
const _0x4f6d94 = _0x3a9de2
|
return this[_0x4f6d94(0x211)]
|
}
|
},
|
disLabel: {
|
get: function () {
|
return this["_disLabel"]
|
}
|
},
|
areaLabel: {
|
get: function () {
|
const _0x1a9ac6 = _0x3a9de2
|
return this[_0x1a9ac6(0x221)]
|
}
|
},
|
hLabel: {
|
get: function () {
|
const _0x187f6b = _0x3a9de2
|
return this[_0x187f6b(0x1fd)]
|
}
|
},
|
vLabel: {
|
get: function () {
|
return this["_vLabel"]
|
}
|
},
|
capturePointSize: {
|
get: function () {
|
const _0x1aeba2 = _0x3a9de2
|
return this[_0x1aeba2(0x208)][_0x1aeba2(0x242)]
|
},
|
set: function (_0x5ec51d) {
|
const _0x267251 = _0x3a9de2
|
this[_0x267251(0x208)][_0x267251(0x242)] = _0x5ec51d
|
}
|
},
|
capturePointColor: {
|
get: function () {
|
const _0x1ee5bc = _0x3a9de2
|
return this[_0x1ee5bc(0x208)][_0x1ee5bc(0x277)]
|
},
|
set: function (_0x24126f) {
|
const _0x29d810 = _0x3a9de2
|
this[_0x29d810(0x208)][_0x29d810(0x277)] = _0x24126f
|
}
|
},
|
lineColor: {
|
get: function () {
|
const _0xea0db = _0x3a9de2
|
return this[_0xea0db(0x26d)]
|
},
|
set: function (_0x1f21b4) {
|
const _0x3e1fcf = _0x3a9de2
|
this[_0x3e1fcf(0x26d)] = _0x1f21b4
|
}
|
},
|
fillColor: {
|
get: function () {
|
return this["_fillColor"]
|
},
|
set: function (_0x3eec34) {
|
const _0x2714f9 = _0x3a9de2
|
this[_0x2714f9(0x1e2)] = _0x3eec34
|
}
|
},
|
lineWidth: {
|
get: function () {
|
return this["_lineWidth"]
|
},
|
set: function (_0x146f3d) {
|
const _0x391c3d = _0x3a9de2
|
this[_0x391c3d(0x1dc)] = _0x146f3d
|
}
|
},
|
lineDisplayType: {
|
get: function () {
|
return this["_lineDisplayType"]
|
},
|
set: function (_0x41fc3c) {
|
const _0x19d274 = _0x3a9de2
|
Cesium[_0x19d274(0x215)][_0x19d274(0x240)][_0x19d274(0x1f1)][_0x19d274(0x246)](_0x19d274(0x231), _0x41fc3c, 0x0),
|
Cesium[_0x19d274(0x215)][_0x19d274(0x240)][_0x19d274(0x1f1)][_0x19d274(0x23f)](_0x19d274(0x231), _0x41fc3c, 0x2),
|
(this[_0x19d274(0x22b)] = _0x41fc3c),
|
this["polylines"] && (this[_0x19d274(0x26f)][_0x19d274(0x223)] = _0x41fc3c)
|
}
|
}
|
}),
|
(MeasureHandler[_0x3a9de2(0x1ec)][_0x3a9de2(0x1db)] = function () {
|
const _0x20ea22 = _0x3a9de2
|
this[_0x20ea22(0x232)]()
|
if (this["active"]) return
|
this[_0x20ea22(0x213)] = !![]
|
let _0x58bf4b = this
|
this[_0x20ea22(0x26e)]["setInputAction"](function (_0x32b699) {
|
clickHandler$1(_0x32b699, _0x58bf4b)
|
}, Cesium["ScreenSpaceEventType"][_0x20ea22(0x22f)]),
|
this[_0x20ea22(0x26e)][_0x20ea22(0x235)](function (_0x43e636) {
|
moveHandler$1(_0x43e636, _0x58bf4b)
|
}, Cesium[_0x20ea22(0x22e)][_0x20ea22(0x274)]),
|
this[_0x20ea22(0x26e)][_0x20ea22(0x235)](function (_0x4b95b7) {
|
rclkHandler$1(_0x4b95b7, _0x58bf4b)
|
}, Cesium["ScreenSpaceEventType"][_0x20ea22(0x25c)]),
|
this["activeEvt"][_0x20ea22(0x1ff)](!![])
|
}),
|
(MeasureHandler[_0x3a9de2(0x1ec)][_0x3a9de2(0x266)] = function () {
|
const _0x5a62a1 = _0x3a9de2
|
this[_0x5a62a1(0x213)] && this[_0x5a62a1(0x20e)]["raiseEvent"](![]),
|
(this[_0x5a62a1(0x213)] = ![]),
|
(this["isDrawing"] = ![]),
|
this[_0x5a62a1(0x26e)][_0x5a62a1(0x1f4)](Cesium["ScreenSpaceEventType"]["LEFT_CLICK"]),
|
this["handler"][_0x5a62a1(0x1f4)](Cesium[_0x5a62a1(0x22e)][_0x5a62a1(0x274)]),
|
this[_0x5a62a1(0x26e)][_0x5a62a1(0x1f4)](Cesium[_0x5a62a1(0x22e)][_0x5a62a1(0x25c)])
|
}),
|
(MeasureHandler[_0x3a9de2(0x1ec)][_0x3a9de2(0x232)] = function () {
|
const _0x111052 = _0x3a9de2
|
this[_0x111052(0x266)]()
|
for (let _0x1e187c = 0x0, _0x11195b = this["tmpEntities"][_0x111052(0x239)]; _0x1e187c < _0x11195b; _0x1e187c++) {
|
this["viewer"][_0x111052(0x261)][_0x111052(0x25f)](this[_0x111052(0x27b)][_0x1e187c])
|
}
|
this[_0x111052(0x262)] && (this[_0x111052(0x208)][_0x111052(0x261)][_0x111052(0x25f)](this[_0x111052(0x262)]), (this[_0x111052(0x262)] = null))
|
this["tmpEntities"][_0x111052(0x239)] = 0x0
|
this[_0x111052(0x26f)] &&
|
(this["polylines"][_0x111052(0x284)](),
|
this[_0x111052(0x208)][_0x111052(0x224)][_0x111052(0x220)][_0x111052(0x25f)](this[_0x111052(0x26f)]),
|
(this[_0x111052(0x26f)] = undefined))
|
this["spEntity"] && (this[_0x111052(0x208)][_0x111052(0x261)][_0x111052(0x25f)](this[_0x111052(0x1ee)]), (this[_0x111052(0x1ee)] = undefined))
|
this["epEntity"] && (this[_0x111052(0x208)][_0x111052(0x261)][_0x111052(0x25f)](this[_0x111052(0x243)]), (this["epEntity"] = undefined))
|
this[_0x111052(0x1e0)] &&
|
(this[_0x111052(0x208)][_0x111052(0x261)][_0x111052(0x25f)](this[_0x111052(0x1e0)]), (this[_0x111052(0x1e0)] = undefined))
|
if (this[_0x111052(0x210)])
|
switch (this[_0x111052(0x267)]) {
|
case _0x2d58b1[_0x111052(0x201)]:
|
this[_0x111052(0x210)][_0x111052(0x25f)](this["_disLabel"])
|
break
|
case _0x2d58b1["Area"]:
|
this[_0x111052(0x210)][_0x111052(0x25f)](this[_0x111052(0x221)])
|
break
|
case _0x2d58b1[_0x111052(0x1fb)]:
|
this["labels"][_0x111052(0x25f)](this[_0x111052(0x26a)]),
|
this["labels"][_0x111052(0x25f)](this[_0x111052(0x1fd)]),
|
this[_0x111052(0x210)][_0x111052(0x25f)](this[_0x111052(0x203)])
|
break
|
}
|
this[_0x111052(0x24d)] && (this[_0x111052(0x208)][_0x111052(0x261)][_0x111052(0x25f)](this["polygon"]), (this[_0x111052(0x24d)] = undefined)),
|
this[_0x111052(0x282)] && (this[_0x111052(0x208)]["entities"]["remove"](this[_0x111052(0x282)]), (this[_0x111052(0x282)] = undefined))
|
})
|
function clickHandler$1(_0x477f3f, _0x37f403) {
|
const _0x212c61 = _0x3a9de2
|
let _0x3aecc0 = _0x37f403
|
if (_0x3aecc0 && _0x3aecc0[_0x212c61(0x213)]) {
|
let _0x30d234 = _0x3aecc0[_0x212c61(0x208)][_0x212c61(0x224)],
|
_0x2bcf2e = _0x30d234["pickPosition"](_0x477f3f[_0x212c61(0x1e8)])
|
if (_0x2bcf2e) {
|
if (!_0x3aecc0["isDrawing"]) {
|
_0x3aecc0[_0x212c61(0x1f7)] = !![]
|
switch (_0x3aecc0[_0x212c61(0x267)]) {
|
case _0x2d58b1[_0x212c61(0x201)]:
|
startMeasureDis(_0x2bcf2e, _0x3aecc0)
|
break
|
case _0x2d58b1[_0x212c61(0x22a)]:
|
startMeasureArea(_0x2bcf2e, _0x3aecc0)
|
break
|
case _0x2d58b1[_0x212c61(0x1fb)]:
|
startMeasureDVH(_0x2bcf2e, _0x3aecc0)
|
break
|
}
|
} else _0x3aecc0[_0x212c61(0x267)] == _0x2d58b1["DVH"] ? _0x3aecc0[_0x212c61(0x266)]() : processClk(_0x2bcf2e, _0x3aecc0)
|
}
|
}
|
}
|
function moveHandler$1(_0x517873, _0x4dd47b) {
|
const _0xbf7129 = _0x3a9de2
|
let _0xfbfedd = _0x4dd47b,
|
_0x383f77 = _0xfbfedd[_0xbf7129(0x208)][_0xbf7129(0x224)],
|
_0x4bcb15 = _0x383f77[_0xbf7129(0x209)](_0x517873[_0xbf7129(0x27a)])
|
if (_0xfbfedd && _0xfbfedd[_0xbf7129(0x213)] && _0xfbfedd["isDrawing"] && _0x4bcb15)
|
switch (_0xfbfedd["mode"]) {
|
case _0x2d58b1[_0xbf7129(0x201)]:
|
processDistance(_0x4bcb15, _0xfbfedd)
|
break
|
case _0x2d58b1["Area"]:
|
processArea(_0x4bcb15, _0xfbfedd)
|
break
|
case _0x2d58b1[_0xbf7129(0x1fb)]:
|
processDVH(_0x4bcb15, _0xfbfedd)
|
break
|
}
|
}
|
function rclkHandler$1(_0x43a28c, _0x2e6cf) {
|
const _0x85afaa = _0x3a9de2
|
let _0x27fd4b = _0x2e6cf
|
if (_0x27fd4b && _0x27fd4b["active"] && _0x27fd4b[_0x85afaa(0x1f7)]) {
|
_0x27fd4b[_0x85afaa(0x266)]()
|
let _0x5a0ed4
|
if (_0x27fd4b[_0x85afaa(0x1de)]) {
|
_0x27fd4b[_0x85afaa(0x267)] === _0x2d58b1[_0x85afaa(0x201)]
|
? (_0x27fd4b[_0x85afaa(0x26f)]["remove"](_0x27fd4b[_0x85afaa(0x1de)]),
|
(_0x5a0ed4 = _0x27fd4b[_0x85afaa(0x21e)]),
|
_0x27fd4b[_0x85afaa(0x26f)][_0x85afaa(0x239)] === 0x0 &&
|
_0x27fd4b[_0x85afaa(0x208)][_0x85afaa(0x261)][_0x85afaa(0x25f)](_0x27fd4b[_0x85afaa(0x1ee)]))
|
: ((_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)] = _0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)][_0x85afaa(0x257)](
|
0x0,
|
_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)][_0x85afaa(0x239)] - 0x1
|
)),
|
_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)][_0x85afaa(0x239)] === 0x1 &&
|
_0x27fd4b[_0x85afaa(0x208)]["entities"][_0x85afaa(0x25f)](_0x27fd4b[_0x85afaa(0x1ee)]),
|
(_0x5a0ed4 = _0x27fd4b["polyline"][_0x85afaa(0x280)]))
|
_0x27fd4b["viewer"][_0x85afaa(0x261)]["remove"](_0x27fd4b["epEntity"])
|
if (!_0x27fd4b[_0x85afaa(0x24d)]) {
|
;(_0x27fd4b["_clampMode"] === _0x3ea69a["Ground"] || _0x27fd4b[_0x85afaa(0x289)] === _0x3ea69a[_0x85afaa(0x287)]) &&
|
((_0x27fd4b[_0x85afaa(0x21c)] = _0x5a0ed4), (_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x1e7)] = ![]))
|
_0x27fd4b["_disLabel"][_0x85afaa(0x1e8)] = _0x5a0ed4[_0x5a0ed4[_0x85afaa(0x239)] - 0x1]
|
let _0x430b33 = 0x0
|
if (_0x2e6cf[_0x85afaa(0x289)] === _0x3ea69a[_0x85afaa(0x216)])
|
_0x430b33 = computeClampDistance(_0x27fd4b[_0x85afaa(0x208)][_0x85afaa(0x224)], _0x27fd4b[_0x85afaa(0x21e)])
|
else
|
for (let _0x112fc7 = 0x0, _0x2e9122 = _0x5a0ed4["length"] - 0x1; _0x112fc7 < _0x2e9122; _0x112fc7++) {
|
_0x430b33 += Cesium[_0x85afaa(0x20c)][_0x85afaa(0x241)](_0x5a0ed4[_0x112fc7], _0x5a0ed4[_0x112fc7 + 0x1])
|
}
|
;(_0x27fd4b[_0x85afaa(0x26a)][_0x85afaa(0x1e7)] = _0x430b33 !== 0x0),
|
_0x27fd4b[_0x85afaa(0x219)]["raiseEvent"]({
|
distance: _0x430b33[_0x85afaa(0x1f6)](0x8),
|
positions: _0x5a0ed4
|
})
|
}
|
}
|
if (_0x27fd4b[_0x85afaa(0x24d)]) {
|
if (_0x5a0ed4[_0x85afaa(0x239)] < 0x3) {
|
;(_0x27fd4b[_0x85afaa(0x221)][_0x85afaa(0x1e7)] = ![]),
|
_0x27fd4b[_0x85afaa(0x208)][_0x85afaa(0x261)][_0x85afaa(0x25f)](_0x27fd4b[_0x85afaa(0x1ee)])
|
for (let _0x5af8d1 = 0x0, _0x171d25 = _0x27fd4b[_0x85afaa(0x27b)]["length"]; _0x5af8d1 < _0x171d25; _0x5af8d1++) {
|
_0x27fd4b[_0x85afaa(0x208)][_0x85afaa(0x261)][_0x85afaa(0x25f)](_0x27fd4b["tmpEntities"][_0x5af8d1])
|
}
|
;(_0x27fd4b[_0x85afaa(0x27b)]["length"] = 0x0),
|
_0x27fd4b[_0x85afaa(0x208)]["entities"][_0x85afaa(0x25f)](_0x27fd4b[_0x85afaa(0x243)]),
|
(_0x27fd4b["polyline"][_0x85afaa(0x280)][_0x85afaa(0x239)] = 0x0)
|
}
|
_0x27fd4b["_areaLabel"][_0x85afaa(0x1e7)] = !![]
|
;(_0x27fd4b[_0x85afaa(0x289)] == _0x3ea69a[_0x85afaa(0x216)] || _0x27fd4b[_0x85afaa(0x289)] == _0x3ea69a[_0x85afaa(0x287)]) &&
|
(_0x27fd4b[_0x85afaa(0x1de)]["show"] = ![])
|
;(_0x27fd4b[_0x85afaa(0x271)] = _0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)]), (_0x27fd4b[_0x85afaa(0x24d)][_0x85afaa(0x1e7)] = !![])
|
if (_0x5a0ed4["length"] > 0x2) {
|
if (_0x27fd4b[_0x85afaa(0x289)] !== _0x3ea69a[_0x85afaa(0x216)])
|
_0x27fd4b["_areaLabel"][_0x85afaa(0x1e8)] =
|
_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)][_0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)][_0x85afaa(0x239)] - 0x1]
|
else {
|
let _0xf80ab7 = _0x27fd4b[_0x85afaa(0x27b)][_0x27fd4b[_0x85afaa(0x27b)]["length"] - 0x1],
|
_0x1fad42 = _0xf80ab7[_0x85afaa(0x256)][_0x85afaa(0x27c)]
|
_0x27fd4b[_0x85afaa(0x221)][_0x85afaa(0x1e8)] = _0x1fad42
|
}
|
if (_0x27fd4b[_0x85afaa(0x289)] === _0x3ea69a[_0x85afaa(0x216)]) {
|
let _0x42b620 = computeClampArea(_0x27fd4b[_0x85afaa(0x208)][_0x85afaa(0x224)], _0x27fd4b[_0x85afaa(0x1de)][_0x85afaa(0x280)])
|
_0x27fd4b[_0x85afaa(0x219)][_0x85afaa(0x1ff)]({
|
area: _0x42b620[_0x85afaa(0x1f6)](0x8),
|
positions: _0x5a0ed4
|
})
|
return
|
}
|
let _0x5a6855 = Cesium["PolygonPipeline"][_0x85afaa(0x226)](_0x5a0ed4),
|
_0xab1c7c = _0x5a6855["length"] / 0x3,
|
_0x193317,
|
_0x2c68b1,
|
_0xdd1107,
|
_0x5955cf = 0x0
|
for (let _0x4e414f = 0x0; _0x4e414f < _0xab1c7c; _0x4e414f++) {
|
;(_0x193317 = _0x5a0ed4[_0x5a6855[_0x4e414f * 0x3]]),
|
(_0x2c68b1 = _0x5a0ed4[_0x5a6855[_0x4e414f * 0x3 + 0x1]]),
|
(_0xdd1107 = _0x5a0ed4[_0x5a6855[_0x4e414f * 0x3 + 0x2]]),
|
(v12Scratch = Cesium["Cartesian3"][_0x85afaa(0x247)](_0x2c68b1, _0x193317, v12Scratch)),
|
(v13Scratch = Cesium[_0x85afaa(0x20c)][_0x85afaa(0x247)](_0xdd1107, _0x193317, v13Scratch)),
|
(crossScratch = Cesium[_0x85afaa(0x20c)][_0x85afaa(0x273)](v12Scratch, v13Scratch, crossScratch)),
|
(_0x5955cf += 0.5 * Cesium[_0x85afaa(0x20c)][_0x85afaa(0x26b)](crossScratch))
|
}
|
_0x27fd4b[_0x85afaa(0x219)][_0x85afaa(0x1ff)]({
|
area: _0x5955cf["toFixed"](0x8),
|
positions: _0x5a0ed4
|
})
|
}
|
}
|
}
|
}
|
function processClk(_0x101847, _0x40b389) {
|
const _0x44e797 = _0x3a9de2
|
let _0x25c22c = _0x40b389
|
_0x25c22c[_0x44e797(0x267)] === _0x2d58b1[_0x44e797(0x201)]
|
? ((_0x25c22c[_0x44e797(0x1de)] = _0x25c22c[_0x44e797(0x26f)][_0x44e797(0x265)]({
|
width: _0x25c22c[_0x44e797(0x1dc)],
|
show: _0x25c22c[_0x44e797(0x1ef)],
|
positions: [_0x101847, _0x101847],
|
material: Cesium[_0x44e797(0x200)][_0x44e797(0x1df)](Cesium[_0x44e797(0x200)]["ColorType"], {
|
color: _0x25c22c[_0x44e797(0x26d)]
|
}),
|
clampToGround: !![]
|
})),
|
_0x40b389[_0x44e797(0x289)] === _0x3ea69a["Ground"] &&
|
((_0x25c22c[_0x44e797(0x1de)]["show"] = ![]), (_0x25c22c[_0x44e797(0x260)] = _0x25c22c[_0x44e797(0x244)])),
|
_0x25c22c[_0x44e797(0x21e)][_0x44e797(0x23e)](_0x101847))
|
: (_0x25c22c[_0x44e797(0x267)] === _0x2d58b1[_0x44e797(0x22a)] && (_0x25c22c[_0x44e797(0x21f)] = _0x25c22c[_0x44e797(0x21b)]),
|
_0x25c22c["polyline"][_0x44e797(0x280)][_0x44e797(0x23e)](_0x101847)),
|
_0x25c22c[_0x44e797(0x24d)] &&
|
_0x40b389[_0x44e797(0x289)] !== _0x3ea69a[_0x44e797(0x216)] &&
|
(_0x25c22c[_0x44e797(0x24d)][_0x44e797(0x263)][_0x44e797(0x24e)] = _0x25c22c["polyline"][_0x44e797(0x280)]),
|
_0x25c22c[_0x44e797(0x27b)][_0x44e797(0x23e)](
|
_0x25c22c[_0x44e797(0x208)][_0x44e797(0x261)]["add"]({
|
show: _0x25c22c[_0x44e797(0x1ef)],
|
position: _0x101847,
|
point: {
|
pixelSize: 0x8,
|
color: Cesium["Color"][_0x44e797(0x1e4)](_0x44e797(0x28a))
|
}
|
})
|
)
|
}
|
function _0x68ae(_0x2865cf, _0x4ee139) {
|
_0x2865cf = _0x2865cf - 0x1db
|
let _0x4aa273 = _0x4aa2[_0x2865cf]
|
return _0x4aa273
|
}
|
let v12Scratch = new Cesium[_0x3a9de2(0x20c)](),
|
v13Scratch = new Cesium[_0x3a9de2(0x20c)](),
|
crossScratch = new Cesium[_0x3a9de2(0x20c)]()
|
function processArea(_0x25efea, _0x3584dd) {
|
const _0x11f0f5 = _0x3a9de2
|
let _0x5aad76 = _0x3584dd,
|
_0x37ec31 = _0x5aad76[_0x11f0f5(0x208)][_0x11f0f5(0x224)]
|
if (!_0x25efea) return
|
_0x5aad76[_0x11f0f5(0x234)] = _0x25efea
|
let _0x11ee9e = _0x5aad76[_0x11f0f5(0x1de)][_0x11f0f5(0x280)],
|
_0x39e33d = _0x11ee9e[_0x11f0f5(0x239)]
|
_0x11ee9e[_0x39e33d - 0x1] = _0x25efea
|
_0x39e33d > 0x2 &&
|
(_0x5aad76[_0x11f0f5(0x221)] && (_0x5aad76[_0x11f0f5(0x221)][_0x11f0f5(0x1e7)] = !![]),
|
(_0x5aad76["clampToGroundPolygonPositions"] = _0x11ee9e))
|
_0x5aad76[_0x11f0f5(0x1de)][_0x11f0f5(0x280)] = _0x11ee9e
|
if (_0x11ee9e["length"] > 0x2) {
|
;(_0x5aad76["epEntity"][_0x11f0f5(0x1e8)] = _0x25efea),
|
(_0x5aad76[_0x11f0f5(0x221)][_0x11f0f5(0x1e8)] = _0x25efea),
|
(_0x5aad76[_0x11f0f5(0x221)][_0x11f0f5(0x1e7)] = _0x3584dd["_clampMode"] !== _0x3ea69a[_0x11f0f5(0x216)])
|
let _0x1e7784
|
if (_0x3584dd["_clampMode"] === _0x3ea69a[_0x11f0f5(0x216)]) return
|
;(_0x1e7784 = MeasureHandler[_0x11f0f5(0x207)](_0x11ee9e)),
|
_0x5aad76[_0x11f0f5(0x219)]["raiseEvent"]({
|
area: _0x1e7784["toFixed"](0x8),
|
positions: _0x11ee9e
|
})
|
}
|
}
|
function startMeasureArea(_0x4ea7b1, _0x4e8c76) {
|
const _0xc65027 = _0x3a9de2
|
let _0x4923f8 = _0x4e8c76
|
;(_0x4923f8[_0xc65027(0x271)] = []), (_0x4923f8["tmpEntities"][_0xc65027(0x239)] = 0x0)
|
let _0x4bef26 = _0x4923f8[_0xc65027(0x24c)]
|
;(_0x4923f8[_0xc65027(0x26f)] = new Cesium[_0xc65027(0x25b)]()),
|
(_0x4923f8[_0xc65027(0x1de)] = _0x4923f8[_0xc65027(0x26f)][_0xc65027(0x265)]({
|
width: _0x4923f8["_lineWidth"],
|
positions: [_0x4ea7b1, _0x4ea7b1],
|
material: Cesium[_0xc65027(0x200)][_0xc65027(0x1df)](Cesium[_0xc65027(0x200)]["ColorType"], {
|
color: _0x4923f8[_0xc65027(0x26d)]
|
}),
|
loop: !![]
|
})),
|
_0x4923f8[_0xc65027(0x208)][_0xc65027(0x224)]["primitives"]["add"](_0x4923f8[_0xc65027(0x26f)]),
|
(_0x4923f8[_0xc65027(0x1ee)] = _0x4923f8[_0xc65027(0x208)][_0xc65027(0x261)][_0xc65027(0x265)]({
|
position: _0x4ea7b1,
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0xc65027(0x1f3)][_0xc65027(0x1e4)](_0xc65027(0x28a))
|
}
|
})),
|
(_0x4923f8["epEntity"] = _0x4923f8[_0xc65027(0x208)][_0xc65027(0x261)][_0xc65027(0x265)]({
|
position: _0x4ea7b1,
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0xc65027(0x1f3)]["fromCssColorString"](_0xc65027(0x28a))
|
}
|
}))
|
let _0x1063e9 = _0x4923f8[_0xc65027(0x208)][_0xc65027(0x224)][_0xc65027(0x220)][_0xc65027(0x265)](
|
new Cesium[_0xc65027(0x205)]({
|
depthTestEnable: ![]
|
})
|
)
|
_0x4923f8[_0xc65027(0x221)] = _0x1063e9[_0xc65027(0x265)]({
|
position: _0x4ea7b1,
|
font: _0xc65027(0x1f5),
|
fillColor: Cesium[_0xc65027(0x1f3)][_0xc65027(0x275)],
|
style: Cesium["LabelStyle"][_0xc65027(0x27f)],
|
showBackground: !![],
|
outlineWidth: 0x1,
|
outlineColor: Cesium["Color"]["BLUE"],
|
pixelOffset: _0x4923f8[_0xc65027(0x1e9)],
|
text: "",
|
show: _0x4923f8[_0xc65027(0x1ef)],
|
horizontalOrigin: Cesium[_0xc65027(0x20f)][_0xc65027(0x279)]
|
})
|
let _0x4a585d = _0x4923f8[_0xc65027(0x289)],
|
_0x3be42c = _0x4a585d === _0x3ea69a[_0xc65027(0x278)]
|
;(_0x4923f8[_0xc65027(0x24d)] = _0x4923f8[_0xc65027(0x208)][_0xc65027(0x261)][_0xc65027(0x265)]({
|
polygon: {
|
hierarchy: new Cesium[_0xc65027(0x253)](function () {
|
const _0x24b66a = _0xc65027
|
return {
|
positions: _0x4923f8[_0x24b66a(0x271)],
|
holes: []
|
}
|
}, ![]),
|
material: _0x4923f8[_0xc65027(0x1e2)],
|
perPositionHeight: _0x3be42c
|
},
|
show: ![]
|
})),
|
(_0x4923f8[_0xc65027(0x210)] = _0x1063e9),
|
_0x4e8c76[_0xc65027(0x289)] === _0x3ea69a[_0xc65027(0x216)] &&
|
((_0x4923f8[_0xc65027(0x1de)]["show"] = ![]), (_0x4923f8[_0xc65027(0x24d)][_0xc65027(0x1e7)] = !![])),
|
(_0x4923f8[_0xc65027(0x221)][_0xc65027(0x1e7)] = ![])
|
}
|
function startMeasureDis(_0x541351, _0x4e21d8) {
|
const _0x48f6db = _0x3a9de2
|
let _0x2dd075 = _0x4e21d8
|
_0x4e21d8[_0x48f6db(0x289)] === _0x3ea69a[_0x48f6db(0x216)] &&
|
((_0x2dd075[_0x48f6db(0x21c)] = []),
|
(_0x2dd075["clampToGroundPolyline"] = _0x2dd075[_0x48f6db(0x208)][_0x48f6db(0x261)][_0x48f6db(0x265)]({
|
polyline: {
|
positions: new Cesium[_0x48f6db(0x253)](function () {
|
return _0x2dd075["clampToGroundPolylinePositions"]
|
}, ![]),
|
width: _0x2dd075[_0x48f6db(0x1dc)],
|
material: _0x2dd075[_0x48f6db(0x26d)],
|
clampToGround: !![]
|
}
|
})))
|
_0x2dd075["tmpEntities"][_0x48f6db(0x239)] = 0x0
|
if (!_0x2dd075[_0x48f6db(0x26f)]) {
|
let _0x4f36f3 = _0x2dd075[_0x48f6db(0x24c)]
|
;(_0x2dd075["polylines"] = new Cesium[_0x48f6db(0x25b)]({
|
opaqueRS: RenderState[_0x48f6db(0x268)]({
|
depthMask: _0x4f36f3,
|
depthTest: {
|
enabled: _0x4f36f3
|
}
|
}),
|
translucentRS: RenderState["fromCache"]({
|
depthMask: _0x4f36f3,
|
depthTest: {
|
enabled: _0x4f36f3
|
}
|
}),
|
lineDisplayType: _0x2dd075["_clampMode"] === _0x3ea69a[_0x48f6db(0x216)] ? LineDisplayType[_0x48f6db(0x25a)] : _0x2dd075[_0x48f6db(0x22b)]
|
})),
|
(_0x2dd075[_0x48f6db(0x1de)] = _0x2dd075[_0x48f6db(0x26f)][_0x48f6db(0x265)]({
|
width: _0x2dd075["_lineWidth"],
|
show: _0x2dd075[_0x48f6db(0x1ef)],
|
positions: [_0x541351, _0x541351],
|
material: Cesium["Material"][_0x48f6db(0x1df)](Cesium[_0x48f6db(0x200)]["ColorType"], {
|
color: _0x2dd075[_0x48f6db(0x26d)]
|
}),
|
clampToGround: !![]
|
})),
|
_0x2dd075[_0x48f6db(0x208)][_0x48f6db(0x224)]["primitives"][_0x48f6db(0x265)](_0x2dd075[_0x48f6db(0x26f)]),
|
(_0x2dd075[_0x48f6db(0x21e)] = [_0x541351]),
|
(_0x2dd075[_0x48f6db(0x260)] = 0x0),
|
(_0x2dd075[_0x48f6db(0x244)] = 0x0),
|
(_0x2dd075[_0x48f6db(0x1ee)] = _0x2dd075[_0x48f6db(0x208)][_0x48f6db(0x261)][_0x48f6db(0x265)]({
|
position: _0x541351,
|
show: _0x2dd075["_showMeasureResult"],
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0x48f6db(0x1f3)][_0x48f6db(0x1e4)](_0x48f6db(0x28a))
|
}
|
})),
|
(_0x2dd075[_0x48f6db(0x243)] = _0x2dd075["viewer"]["entities"]["add"]({
|
position: _0x541351,
|
show: _0x2dd075[_0x48f6db(0x1ef)],
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0x48f6db(0x1f3)]["fromCssColorString"](_0x48f6db(0x28a))
|
}
|
}))
|
let _0x3d68d9 = _0x2dd075["viewer"]["scene"][_0x48f6db(0x220)][_0x48f6db(0x265)](
|
new Cesium[_0x48f6db(0x205)]({
|
depthTestEnable: ![]
|
})
|
)
|
;(_0x2dd075["_disLabel"] = _0x3d68d9[_0x48f6db(0x265)]({
|
position: _0x541351,
|
font: _0x48f6db(0x1f5),
|
fillColor: Cesium[_0x48f6db(0x1f3)][_0x48f6db(0x275)],
|
style: Cesium[_0x48f6db(0x1e5)][_0x48f6db(0x27f)],
|
showBackground: !![],
|
backgroundColor: _0x2dd075[_0x48f6db(0x28c)],
|
outlineWidth: 0x1,
|
outlineColor: Cesium[_0x48f6db(0x1f3)][_0x48f6db(0x1f0)],
|
pixelOffset: _0x2dd075[_0x48f6db(0x1e9)],
|
text: "",
|
show: _0x2dd075[_0x48f6db(0x1ef)],
|
horizontalOrigin: Cesium[_0x48f6db(0x20f)][_0x48f6db(0x279)]
|
})),
|
(_0x2dd075[_0x48f6db(0x210)] = _0x3d68d9)
|
let _0xea4f2b = _0x2dd075[_0x48f6db(0x289)] == _0x3ea69a[_0x48f6db(0x287)] ? !![] : ![],
|
_0x41c9a7 = Cesium[_0x48f6db(0x20c)]["clone"](_0x541351)
|
_0x2dd075[_0x48f6db(0x282)] = _0x2dd075[_0x48f6db(0x208)][_0x48f6db(0x261)][_0x48f6db(0x265)]({
|
corridor: {
|
positions: [_0x41c9a7, _0x41c9a7],
|
width: 0x14,
|
material: Cesium[_0x48f6db(0x1f3)][_0x48f6db(0x1e4)](_0x48f6db(0x227))
|
},
|
clampToS3M: _0xea4f2b,
|
show: ![]
|
})
|
}
|
_0x4e21d8["_clampMode"] === _0x3ea69a["Ground"] && (_0x2dd075[_0x48f6db(0x1de)][_0x48f6db(0x1e7)] = ![])
|
}
|
function processDistance(_0x5c9926, _0x342ac0) {
|
const _0x456164 = _0x3a9de2
|
let _0x5b8b59 = _0x342ac0,
|
_0x388d84 = _0x5b8b59[_0x456164(0x208)][_0x456164(0x224)]
|
_0x5b8b59[_0x456164(0x234)] = _0x5c9926
|
let _0x3e3330 = _0x5b8b59[_0x456164(0x1de)][_0x456164(0x280)],
|
_0x3f1315 = _0x3e3330[_0x456164(0x239)]
|
_0x342ac0[_0x456164(0x289)] === _0x3ea69a[_0x456164(0x216)] &&
|
(_0x5b8b59["mode"] === _0x2d58b1["Distance"]
|
? (_0x5b8b59[_0x456164(0x21c)] = _0x5b8b59[_0x456164(0x21e)]["concat"]([_0x5c9926]))
|
: (_0x5b8b59[_0x456164(0x21c)] = _0x3e3330))
|
;(_0x3e3330[_0x3f1315 - 0x1] = _0x5c9926),
|
(_0x5b8b59[_0x456164(0x1de)][_0x456164(0x280)] = _0x3e3330),
|
(_0x5b8b59[_0x456164(0x243)][_0x456164(0x1e8)] = _0x5c9926)
|
let _0x36166b = 0x0,
|
_0x50a567 = _0x5b8b59[_0x456164(0x21e)][_0x456164(0x288)]([_0x5c9926])
|
;(_0x5b8b59[_0x456164(0x1de)][_0x456164(0x285)] = _0x36166b),
|
(_0x5b8b59["_disLabel"]["position"] = _0x5c9926),
|
(_0x5b8b59["_disLabel"][_0x456164(0x1e7)] = _0x342ac0[_0x456164(0x289)] !== _0x3ea69a["Ground"])
|
if (_0x342ac0[_0x456164(0x289)] === _0x3ea69a[_0x456164(0x216)]) return
|
else
|
for (let _0x380da2 = 0x0, _0x136bb3 = _0x50a567[_0x456164(0x239)] - 0x1; _0x380da2 < _0x136bb3; _0x380da2++) {
|
_0x36166b += Cesium[_0x456164(0x20c)][_0x456164(0x241)](_0x50a567[_0x380da2], _0x50a567[_0x380da2 + 0x1])
|
}
|
_0x5b8b59[_0x456164(0x219)]["raiseEvent"]({
|
distance: _0x36166b[_0x456164(0x1f6)](0x8),
|
positions: _0x50a567
|
})
|
}
|
function startMeasureDVH(_0x28c405, _0x5a4ed3) {
|
const _0x165940 = _0x3a9de2
|
let _0x156c02 = _0x5a4ed3
|
if (!_0x156c02["polylines"]) {
|
let _0x39a20a = _0x156c02[_0x165940(0x24c)]
|
;(_0x156c02[_0x165940(0x26f)] = new Cesium["PolylineCollection"]({
|
opaqueRS: RenderState["fromCache"]({
|
depthMask: _0x39a20a,
|
depthTest: {
|
enabled: _0x39a20a
|
}
|
}),
|
lineDisplayType: _0x156c02["_lineDisplayType"]
|
})),
|
(_0x156c02[_0x165940(0x222)] = _0x156c02[_0x165940(0x26f)][_0x165940(0x265)]({
|
width: 0x2,
|
show: _0x156c02[_0x165940(0x1ef)],
|
positions: [_0x28c405, _0x28c405],
|
material: Cesium[_0x165940(0x200)]["fromType"](Cesium[_0x165940(0x200)][_0x165940(0x236)], {
|
color: _0x156c02[_0x165940(0x26d)]
|
})
|
})),
|
(_0x156c02["verticalPolyline"] = _0x156c02[_0x165940(0x26f)][_0x165940(0x265)]({
|
width: 0x2,
|
show: _0x156c02["_showMeasureResult"],
|
positions: [_0x28c405, _0x28c405],
|
material: Cesium[_0x165940(0x200)][_0x165940(0x1df)](Cesium[_0x165940(0x200)][_0x165940(0x236)], {
|
color: _0x156c02["_lineColor"]
|
})
|
})),
|
(_0x156c02[_0x165940(0x229)] = _0x156c02[_0x165940(0x26f)][_0x165940(0x265)]({
|
width: 0x2,
|
show: _0x156c02[_0x165940(0x1ef)],
|
positions: [_0x28c405, _0x28c405],
|
material: Cesium[_0x165940(0x200)][_0x165940(0x1df)](Cesium["Material"][_0x165940(0x236)], {
|
color: _0x156c02["_lineColor"]
|
})
|
})),
|
_0x156c02[_0x165940(0x208)][_0x165940(0x224)][_0x165940(0x220)][_0x165940(0x265)](_0x156c02[_0x165940(0x26f)]),
|
(_0x156c02[_0x165940(0x1ee)] = _0x156c02[_0x165940(0x208)]["entities"]["add"]({
|
position: _0x28c405,
|
show: _0x156c02[_0x165940(0x1ef)],
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0x165940(0x1f3)][_0x165940(0x1e4)](_0x165940(0x28a))
|
}
|
})),
|
(_0x156c02["epEntity"] = _0x156c02[_0x165940(0x208)]["entities"]["add"]({
|
position: _0x28c405,
|
show: _0x156c02["_showMeasureResult"],
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0x165940(0x1f3)][_0x165940(0x1e4)]("#ffe500")
|
}
|
})),
|
(_0x156c02[_0x165940(0x1e0)] = _0x156c02[_0x165940(0x208)]["entities"][_0x165940(0x265)]({
|
position: _0x28c405,
|
show: _0x156c02[_0x165940(0x1ef)],
|
point: {
|
pixelSize: 0x8,
|
color: Cesium[_0x165940(0x1f3)][_0x165940(0x1e4)](_0x165940(0x28a))
|
}
|
}))
|
let _0x49afaa = _0x156c02[_0x165940(0x208)][_0x165940(0x224)][_0x165940(0x220)][_0x165940(0x265)](
|
new Cesium["LabelCollection"]({
|
depthTestEnable: ![]
|
})
|
)
|
;(_0x156c02["_disLabel"] = _0x49afaa[_0x165940(0x265)]({
|
position: _0x28c405,
|
font: _0x165940(0x281),
|
style: Cesium["LabelStyle"][_0x165940(0x27f)],
|
outlineWidth: 0x1,
|
outlineColor: Cesium[_0x165940(0x1f3)][_0x165940(0x25e)],
|
showBackground: !![],
|
backgroundColor: _0x156c02[_0x165940(0x28c)],
|
pixelOffset: _0x156c02[_0x165940(0x1e9)],
|
pixelOffsetScaleByDistance: _0x156c02[_0x165940(0x20d)],
|
text: "",
|
show: _0x156c02[_0x165940(0x1ef)],
|
horizontalOrigin: Cesium[_0x165940(0x20f)][_0x165940(0x279)]
|
})),
|
(_0x156c02[_0x165940(0x203)] = _0x49afaa[_0x165940(0x265)]({
|
position: _0x28c405,
|
font: _0x165940(0x281),
|
style: Cesium[_0x165940(0x1e5)][_0x165940(0x27f)],
|
outlineWidth: 0x1,
|
outlineColor: Cesium["Color"]["BLACK"],
|
showBackground: !![],
|
backgroundColor: _0x156c02[_0x165940(0x28c)],
|
pixelOffset: _0x156c02[_0x165940(0x1e9)],
|
pixelOffsetScaleByDistance: _0x156c02[_0x165940(0x20d)],
|
text: "",
|
show: _0x156c02[_0x165940(0x1ef)],
|
horizontalOrigin: Cesium["HorizontalOrigin"]["LEFT"]
|
})),
|
(_0x156c02[_0x165940(0x1fd)] = _0x49afaa[_0x165940(0x265)]({
|
position: _0x28c405,
|
font: _0x165940(0x281),
|
style: Cesium[_0x165940(0x1e5)][_0x165940(0x27f)],
|
outlineWidth: 0x1,
|
outlineColor: Cesium[_0x165940(0x1f3)]["BLACK"],
|
showBackground: !![],
|
backgroundColor: _0x156c02[_0x165940(0x28c)],
|
pixelOffset: _0x156c02[_0x165940(0x1e9)],
|
pixelOffsetScaleByDistance: _0x156c02["_labelPixelOffsetScaleByDistance"],
|
text: "",
|
show: _0x156c02[_0x165940(0x1ef)],
|
horizontalOrigin: Cesium[_0x165940(0x20f)][_0x165940(0x279)]
|
})),
|
(_0x156c02[_0x165940(0x210)] = _0x49afaa)
|
}
|
let _0x284f36 = new Cesium[_0x165940(0x20c)]()
|
Cesium[_0x165940(0x20c)][_0x165940(0x21d)](_0x28c405, _0x284f36),
|
(_0x156c02["plane"] = Cesium[_0x165940(0x24a)]["fromPointNormal"](_0x28c405, _0x284f36)),
|
(_0x156c02[_0x165940(0x254)] = _0x28c405),
|
(_0x156c02[_0x165940(0x20a)] = Cesium[_0x165940(0x26c)][_0x165940(0x1f2)](_0x28c405)[_0x165940(0x23d)]),
|
(_0x156c02[_0x165940(0x276)] = _0x284f36)
|
let _0x191a5b = new Cesium[_0x165940(0x20c)]()
|
Cesium["Cartesian3"]["negate"](_0x284f36, _0x191a5b),
|
(_0x156c02[_0x165940(0x230)] = _0x191a5b),
|
(_0x156c02[_0x165940(0x1ee)][_0x165940(0x1e8)] = _0x28c405)
|
}
|
function processDVH(_0x1436f2, _0x2e67f3) {
|
const _0x4fa08b = _0x3a9de2
|
let _0x3c8974 = _0x2e67f3,
|
_0x51c753 = _0x3c8974[_0x4fa08b(0x208)][_0x4fa08b(0x224)]
|
if (!_0x1436f2) return
|
_0x3c8974[_0x4fa08b(0x234)] = _0x1436f2
|
let _0x823ac1 = Cesium["Cartographic"][_0x4fa08b(0x1f2)](_0x1436f2)["height"],
|
_0x2d91b7,
|
_0x3e550a
|
_0x823ac1 > _0x3c8974["startHeight"]
|
? ((_0x2d91b7 = Cesium[_0x4fa08b(0x24a)]["fromPointNormal"](_0x1436f2, _0x3c8974[_0x4fa08b(0x276)])),
|
(_0x3e550a = new Cesium["Ray"](_0x3c8974["startPoint"], _0x3c8974[_0x4fa08b(0x276)])))
|
: ((_0x2d91b7 = _0x3c8974[_0x4fa08b(0x23a)]), (_0x3e550a = new Cesium[_0x4fa08b(0x250)](_0x1436f2, _0x3c8974[_0x4fa08b(0x276)])))
|
let _0x240087 = Cesium[_0x4fa08b(0x252)][_0x4fa08b(0x1f9)](_0x3e550a, _0x2d91b7)
|
if (!_0x240087) {
|
;(_0x3e550a = new Cesium[_0x4fa08b(0x250)](_0x1436f2, _0x3c8974[_0x4fa08b(0x276)])),
|
(_0x240087 = Cesium[_0x4fa08b(0x252)][_0x4fa08b(0x1f9)](_0x3e550a, _0x3c8974[_0x4fa08b(0x23a)]))
|
if (!_0x240087) return
|
}
|
;(_0x3c8974[_0x4fa08b(0x222)][_0x4fa08b(0x280)] = [_0x3c8974["startPoint"], _0x240087]),
|
(_0x3c8974[_0x4fa08b(0x229)][_0x4fa08b(0x280)] = [_0x3c8974["startPoint"], _0x1436f2]),
|
(_0x3c8974[_0x4fa08b(0x255)][_0x4fa08b(0x280)] = [_0x1436f2, _0x240087]),
|
(_0x3c8974[_0x4fa08b(0x243)][_0x4fa08b(0x1e8)] = _0x1436f2),
|
(_0x3c8974["fpEntity"][_0x4fa08b(0x1e8)] = _0x240087)
|
let _0x23cd15 = Cesium[_0x4fa08b(0x20c)][_0x4fa08b(0x241)](_0x3c8974["startPoint"], _0x1436f2)[_0x4fa08b(0x1f6)](0x8),
|
_0x5d15d5 = Cesium[_0x4fa08b(0x20c)][_0x4fa08b(0x241)](_0x3c8974["startPoint"], _0x240087)[_0x4fa08b(0x1f6)](0x8),
|
_0x1003b3 = Cesium[_0x4fa08b(0x20c)][_0x4fa08b(0x241)](_0x1436f2, _0x240087)[_0x4fa08b(0x1f6)](0x8)
|
_0x823ac1 > _0x3c8974[_0x4fa08b(0x20a)]
|
? (Cesium[_0x4fa08b(0x20c)][_0x4fa08b(0x24f)](_0x3c8974[_0x4fa08b(0x254)], _0x1436f2, 0.5, _0x3c8974[_0x4fa08b(0x26a)][_0x4fa08b(0x1e8)]),
|
Cesium["Cartesian3"][_0x4fa08b(0x24f)](_0x3c8974["startPoint"], _0x240087, 0.5, _0x3c8974[_0x4fa08b(0x203)][_0x4fa08b(0x1e8)]),
|
Cesium[_0x4fa08b(0x20c)][_0x4fa08b(0x24f)](_0x1436f2, _0x240087, 0.5, _0x3c8974[_0x4fa08b(0x1fd)][_0x4fa08b(0x1e8)]))
|
: (Cesium[_0x4fa08b(0x20c)]["lerp"](_0x3c8974[_0x4fa08b(0x254)], _0x1436f2, 0.5, _0x3c8974[_0x4fa08b(0x26a)][_0x4fa08b(0x1e8)]),
|
Cesium["Cartesian3"][_0x4fa08b(0x24f)](_0x1436f2, _0x240087, 0.5, _0x3c8974["_vLabel"]["position"]),
|
Cesium["Cartesian3"]["lerp"](_0x3c8974["startPoint"], _0x240087, 0.5, _0x3c8974[_0x4fa08b(0x1fd)][_0x4fa08b(0x1e8)]),
|
(_0x5d15d5 = Cesium["Cartesian3"][_0x4fa08b(0x241)](_0x1436f2, _0x240087)[_0x4fa08b(0x1f6)](0x8)),
|
(_0x1003b3 = Cesium[_0x4fa08b(0x20c)]["distance"](_0x3c8974[_0x4fa08b(0x254)], _0x240087)[_0x4fa08b(0x1f6)](0x8))),
|
_0x3c8974[_0x4fa08b(0x219)][_0x4fa08b(0x1ff)]({
|
distance: _0x23cd15,
|
directionalPositions: _0x3c8974[_0x4fa08b(0x229)][_0x4fa08b(0x280)],
|
verticalHeight: _0x5d15d5,
|
verticalPositions: _0x3c8974[_0x4fa08b(0x255)]["positions"],
|
horizontalDistance: _0x1003b3,
|
horizontalPositions: _0x3c8974[_0x4fa08b(0x222)][_0x4fa08b(0x280)]
|
})
|
}
|
MeasureHandler[_0x3a9de2(0x207)] = function (_0x320937) {
|
const _0x4752e6 = _0x3a9de2
|
let _0x75bc61 = Cesium[_0x4752e6(0x28b)][_0x4752e6(0x226)](_0x320937),
|
_0x453526 = _0x75bc61[_0x4752e6(0x239)] / 0x3,
|
_0x511679,
|
_0x305f3d,
|
_0x2b61ef,
|
_0x29e62a = 0x0
|
for (let _0x2ec130 = 0x0; _0x2ec130 < _0x453526; _0x2ec130++) {
|
;(_0x511679 = _0x320937[_0x75bc61[_0x2ec130 * 0x3]]),
|
(_0x305f3d = _0x320937[_0x75bc61[_0x2ec130 * 0x3 + 0x1]]),
|
(_0x2b61ef = _0x320937[_0x75bc61[_0x2ec130 * 0x3 + 0x2]]),
|
(v12Scratch = Cesium[_0x4752e6(0x20c)]["subtract"](_0x305f3d, _0x511679, v12Scratch)),
|
(v13Scratch = Cesium["Cartesian3"][_0x4752e6(0x247)](_0x2b61ef, _0x511679, v13Scratch)),
|
(crossScratch = Cesium[_0x4752e6(0x20c)][_0x4752e6(0x273)](v12Scratch, v13Scratch, crossScratch)),
|
(_0x29e62a += 0.5 * Cesium[_0x4752e6(0x20c)][_0x4752e6(0x26b)](crossScratch))
|
}
|
return _0x29e62a
|
}
|
function computeClampArea(_0xfc5a6d, _0x32eb45) {
|
const _0x1e9feb = _0x3a9de2
|
let _0x42544d = Number[_0x1e9feb(0x258)],
|
_0x1cdfe9 = -Number[_0x1e9feb(0x258)],
|
_0xe6674f = Number[_0x1e9feb(0x258)],
|
_0xd29eb8 = -Number["MAX_VALUE"]
|
for (let _0x9c3665 = 0x0; _0x9c3665 < _0x32eb45[_0x1e9feb(0x239)]; _0x9c3665++) {
|
let _0x4c086b = Cesium[_0x1e9feb(0x26c)]["fromCartesian"](_0x32eb45[_0x9c3665])
|
;(_0x42544d = Math["min"](_0x4c086b[_0x1e9feb(0x233)], _0x42544d)),
|
(_0x1cdfe9 = Math[_0x1e9feb(0x1dd)](_0x4c086b["longitude"], _0x1cdfe9)),
|
(_0xe6674f = Math["min"](_0x4c086b[_0x1e9feb(0x248)], _0xe6674f)),
|
(_0xd29eb8 = Math[_0x1e9feb(0x1dd)](_0x4c086b["latitude"], _0xd29eb8))
|
}
|
let _0x4bd2a3 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x249)](new Cesium["Cartographic"](_0x42544d, _0xe6674f, 0x0)),
|
_0x308215 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x249)](new Cesium[_0x1e9feb(0x26c)](_0x1cdfe9, _0xd29eb8, 0x0)),
|
_0x4ee884 = Cesium[_0x1e9feb(0x20c)][_0x1e9feb(0x269)](_0x4bd2a3, _0x308215),
|
_0x5eaeb0 = Cesium[_0x1e9feb(0x1e6)][_0x1e9feb(0x1fc)]({
|
positions: _0x32eb45,
|
granularity: _0x4ee884 / 0x20
|
}),
|
_0x1a6c37 = Cesium[_0x1e9feb(0x1e6)]["createGeometry"](_0x5eaeb0),
|
_0x535109 = 0x0,
|
_0x3bdbeb = {}
|
for (let _0x2613c7 = 0x0; _0x2613c7 < _0x1a6c37[_0x1e9feb(0x1f8)]["length"]; _0x2613c7 += 0x3) {
|
let _0x5bed2c = _0x1a6c37[_0x1e9feb(0x1f8)][_0x2613c7],
|
_0x34a9e6
|
if (!_0x3bdbeb[_0x5bed2c]) {
|
let _0xb4accc = _0x1a6c37[_0x1e9feb(0x251)][_0x1e9feb(0x1e8)][_0x1e9feb(0x1ed)][_0x5bed2c * 0x3],
|
_0x10a454 = _0x1a6c37[_0x1e9feb(0x251)]["position"]["values"][_0x5bed2c * 0x3 + 0x1],
|
_0x247424 = _0x1a6c37[_0x1e9feb(0x251)]["position"][_0x1e9feb(0x1ed)][_0x5bed2c * 0x3 + 0x2]
|
_0x34a9e6 = new Cesium[_0x1e9feb(0x20c)](_0xb4accc, _0x10a454, _0x247424)
|
let _0x3a0672 = Cesium["Cartographic"]["fromCartesian"](_0x34a9e6),
|
_0x448257 = _0xfc5a6d[_0x1e9feb(0x1eb)][_0x1e9feb(0x27e)](_0x3a0672)
|
if (!_0x448257) continue
|
;(_0x3a0672 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x238)](_0x3a0672["longitude"], _0x3a0672[_0x1e9feb(0x248)], _0x448257)),
|
(_0x34a9e6 = Cesium[_0x1e9feb(0x26c)]["toCartesian"](_0x3a0672)),
|
(_0x3bdbeb[_0x5bed2c] = Cesium[_0x1e9feb(0x20c)][_0x1e9feb(0x24b)](_0x34a9e6))
|
} else _0x34a9e6 = _0x3bdbeb[_0x5bed2c]
|
let _0x4062d4 = _0x1a6c37[_0x1e9feb(0x1f8)][_0x2613c7 + 0x1],
|
_0xdf389b
|
if (!_0x3bdbeb[_0x4062d4]) {
|
let _0x2378b1 = _0x1a6c37[_0x1e9feb(0x251)]["position"][_0x1e9feb(0x1ed)][_0x4062d4 * 0x3],
|
_0xbc4e41 = _0x1a6c37[_0x1e9feb(0x251)][_0x1e9feb(0x1e8)][_0x1e9feb(0x1ed)][_0x4062d4 * 0x3 + 0x1],
|
_0x3033a9 = _0x1a6c37[_0x1e9feb(0x251)]["position"][_0x1e9feb(0x1ed)][_0x4062d4 * 0x3 + 0x2]
|
_0xdf389b = new Cesium[_0x1e9feb(0x20c)](_0x2378b1, _0xbc4e41, _0x3033a9)
|
let _0x39e200 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x1f2)](_0xdf389b),
|
_0x400373 = _0xfc5a6d[_0x1e9feb(0x1eb)][_0x1e9feb(0x27e)](_0x39e200)
|
if (!_0x400373) continue
|
;(_0x39e200 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x238)](_0x39e200["longitude"], _0x39e200[_0x1e9feb(0x248)], _0x400373)),
|
(_0xdf389b = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x249)](_0x39e200)),
|
(_0x3bdbeb[_0x4062d4] = Cesium[_0x1e9feb(0x20c)][_0x1e9feb(0x24b)](_0xdf389b))
|
} else _0xdf389b = _0x3bdbeb[_0x4062d4]
|
let _0x216a8f = _0x1a6c37[_0x1e9feb(0x1f8)][_0x2613c7 + 0x2],
|
_0x1f2954
|
if (!_0x3bdbeb[_0x216a8f]) {
|
let _0xfa4680 = _0x1a6c37["attributes"]["position"][_0x1e9feb(0x1ed)][_0x216a8f * 0x3],
|
_0x2f8c77 = _0x1a6c37["attributes"]["position"][_0x1e9feb(0x1ed)][_0x216a8f * 0x3 + 0x1],
|
_0x4a03a5 = _0x1a6c37[_0x1e9feb(0x251)][_0x1e9feb(0x1e8)][_0x1e9feb(0x1ed)][_0x216a8f * 0x3 + 0x2]
|
_0x1f2954 = new Cesium[_0x1e9feb(0x20c)](_0xfa4680, _0x2f8c77, _0x4a03a5)
|
let _0x3c3014 = Cesium[_0x1e9feb(0x26c)]["fromCartesian"](_0x1f2954),
|
_0x429b70 = _0xfc5a6d[_0x1e9feb(0x1eb)]["getHeight"](_0x3c3014)
|
if (!_0x429b70) continue
|
;(_0x3c3014 = Cesium[_0x1e9feb(0x26c)]["fromRadians"](_0x3c3014[_0x1e9feb(0x233)], _0x3c3014[_0x1e9feb(0x248)], _0x429b70)),
|
(_0x1f2954 = Cesium[_0x1e9feb(0x26c)][_0x1e9feb(0x249)](_0x3c3014)),
|
(_0x3bdbeb[_0x216a8f] = Cesium[_0x1e9feb(0x20c)][_0x1e9feb(0x24b)](_0x1f2954))
|
} else _0x1f2954 = _0x3bdbeb[_0x216a8f]
|
;(v12Scratch = Cesium[_0x1e9feb(0x20c)][_0x1e9feb(0x247)](_0xdf389b, _0x34a9e6, v12Scratch)),
|
(v13Scratch = Cesium[_0x1e9feb(0x20c)]["subtract"](_0x1f2954, _0x34a9e6, v13Scratch)),
|
(crossScratch = Cesium[_0x1e9feb(0x20c)]["cross"](v12Scratch, v13Scratch, crossScratch)),
|
(_0x535109 += 0.5 * Cesium["Cartesian3"][_0x1e9feb(0x26b)](crossScratch))
|
}
|
return _0x535109
|
}
|
function computeClampDistance(_0x98e93f, _0x43a2d0) {
|
const _0x488dbc = _0x3a9de2
|
let _0x1e4789 = 0x0,
|
_0x51b46e = [],
|
_0x113505 = _0x43a2d0[_0x488dbc(0x239)] - 0x1
|
for (let _0x3c03e1 = 0x0; _0x3c03e1 < _0x113505; _0x3c03e1++) {
|
let _0x249d8f = _0x43a2d0[_0x3c03e1],
|
_0x1bbd0f = _0x43a2d0[_0x3c03e1 + 0x1],
|
_0x19e8f4 = Cesium["Cartesian3"][_0x488dbc(0x269)](_0x249d8f, _0x1bbd0f),
|
_0x35af22 = _0x19e8f4 / 0x40,
|
_0x46801b = Cesium[_0x488dbc(0x259)][_0x488dbc(0x228)](_0x35af22, 0x615299),
|
_0x5c9a36 = Cesium["PolygonGeometryLibrary"][_0x488dbc(0x264)](_0x249d8f, _0x1bbd0f, _0x46801b, _0x51b46e),
|
_0x19e0dc = Cesium[_0x488dbc(0x20c)][_0x488dbc(0x1ea)](_0x5c9a36),
|
_0x5d8de2 = _0x19e0dc[_0x488dbc(0x239)] - 0x1
|
for (let _0x348c39 = 0x0; _0x348c39 < _0x5d8de2; _0x348c39++) {
|
let _0x323cd0 = _0x19e0dc[_0x348c39],
|
_0x3b95ed = Cesium[_0x488dbc(0x26c)][_0x488dbc(0x1f2)](_0x323cd0),
|
_0x55f93a = _0x98e93f[_0x488dbc(0x1eb)]["getHeight"](_0x3b95ed)
|
_0x3b95ed = Cesium[_0x488dbc(0x26c)][_0x488dbc(0x238)](_0x3b95ed[_0x488dbc(0x233)], _0x3b95ed["latitude"], _0x55f93a)
|
let _0x2e4baa = Cesium[_0x488dbc(0x26c)]["toCartesian"](_0x3b95ed),
|
_0x18723f = _0x19e0dc[_0x348c39 + 0x1]
|
;(_0x3b95ed = Cesium[_0x488dbc(0x26c)][_0x488dbc(0x1f2)](_0x18723f)),
|
(_0x55f93a = _0x98e93f[_0x488dbc(0x1eb)]["getHeight"](_0x3b95ed)),
|
(_0x3b95ed = Cesium[_0x488dbc(0x26c)][_0x488dbc(0x238)](_0x3b95ed[_0x488dbc(0x233)], _0x3b95ed["latitude"], _0x55f93a))
|
let _0x4bc1d6 = Cesium[_0x488dbc(0x26c)][_0x488dbc(0x249)](_0x3b95ed)
|
_0x1e4789 += Cesium["Cartesian3"]["distance"](_0x2e4baa, _0x4bc1d6)
|
}
|
}
|
return _0x1e4789
|
}
|
|
const _0x454b = [
|
"when",
|
"tileDiscardPolicy",
|
"DeveloperError",
|
"421910VnJUkN",
|
"574787peEhct",
|
"maximumLevel\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"_resource",
|
"tilingScheme\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"1TKIJNo",
|
"fetchImage",
|
"queryStringValue",
|
"_errorEvent",
|
"_rectangle",
|
"rectangle",
|
"string",
|
"southwest",
|
"Resource",
|
"positionToTileXY",
|
"documentElement",
|
"Credit",
|
"maximumLevel",
|
"defer",
|
"Bottom",
|
"northeast",
|
"toRadians",
|
"defaultValue",
|
"tileHeight\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"1006188ooqcNn",
|
"queryFirstNode",
|
"rectangle\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"reject",
|
"_urlTemplate",
|
"364119Ajpncq",
|
"Left",
|
"An\x20error\x20occurred\x20while\x20accessing\x20",
|
"appendForwardSlash",
|
"tilingScheme",
|
"http://www.supermap.com/SuperMapCache/sci3d",
|
"Event",
|
"Rectangle",
|
"_readyPromise",
|
"1185236ksjrhE",
|
"west",
|
"length",
|
"east",
|
"url",
|
"Levels",
|
"queryNumericValue",
|
"createIfNeeded",
|
"resolve",
|
"png",
|
"824858LPZIUe",
|
"south",
|
"textContent",
|
"680821GTIwji",
|
"Top",
|
"prototype",
|
"tileWidth\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"north",
|
"_tileHeight",
|
"_tileDiscardPolicy",
|
"defineProperties",
|
"_minimumLevel",
|
"RuntimeError",
|
"Math",
|
"Right",
|
"_ready",
|
"_tileWidth",
|
"requestImage\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"data/index/{y}/{x}.{fileExtension}?level={level}",
|
"getDerivedResource",
|
"_credit",
|
"_tileFormat",
|
"abs",
|
"CellWidth",
|
"config",
|
"minimumLevel",
|
"_maximumLevel",
|
"push",
|
"minimumLevel\x20must\x20not\x20be\x20called\x20before\x20the\x20imagery\x20provider\x20is\x20ready.",
|
"CellHeight",
|
"_tilingScheme",
|
"_url"
|
]
|
const _0x2e93ac = _0x28c7
|
;(function (_0x56c395, _0x4eb11b) {
|
const _0x2729f5 = _0x28c7
|
while (!![]) {
|
try {
|
const _0xb1c927 =
|
parseInt(_0x2729f5(0xd6)) * -parseInt(_0x2729f5(0xb5)) +
|
-parseInt(_0x2729f5(0xcd)) +
|
parseInt(_0x2729f5(0xc8)) +
|
parseInt(_0x2729f5(0xb1)) +
|
-parseInt(_0x2729f5(0xe3)) +
|
parseInt(_0x2729f5(0xb0)) +
|
parseInt(_0x2729f5(0xe0))
|
if (_0xb1c927 === _0x4eb11b) break
|
else _0x56c395["push"](_0x56c395["shift"]())
|
} catch (_0x2d9645) {
|
_0x56c395["push"](_0x56c395["shift"]())
|
}
|
}
|
})(_0x454b, 0x91e3f)
|
function SuperMapImageryProvider(_0x3603b6) {
|
const _0x1fdb7e = _0x28c7
|
_0x3603b6 = Cesium[_0x1fdb7e(0xc6)](_0x3603b6, {})
|
if (!_0x3603b6[_0x1fdb7e(0xda)]) throw new Cesium[_0x1fdb7e(0xaf)]("options.url\x20is\x20required.")
|
;(this[_0x1fdb7e(0xac)] = Cesium[_0x1fdb7e(0xd0)](_0x3603b6["url"])),
|
(this[_0x1fdb7e(0xb3)] = Cesium[_0x1fdb7e(0xbd)][_0x1fdb7e(0xdd)](this[_0x1fdb7e(0xac)])),
|
(this[_0x1fdb7e(0xcc)] = undefined),
|
(this[_0x1fdb7e(0xb8)] = new Cesium[_0x1fdb7e(0xd3)]()),
|
(this[_0x1fdb7e(0x9d)] = 0x100),
|
(this[_0x1fdb7e(0x95)] = 0x100),
|
(this["_tileFormat"] = _0x3603b6["tileFormat"] || _0x1fdb7e(0xdf)),
|
(this[_0x1fdb7e(0x98)] = Cesium[_0x1fdb7e(0xc6)](_0x3603b6[_0x1fdb7e(0xa6)], 0x0)),
|
(this[_0x1fdb7e(0xa7)] = _0x3603b6[_0x1fdb7e(0xc1)]),
|
(this[_0x1fdb7e(0xb9)] = undefined),
|
(this[_0x1fdb7e(0xab)] = _0x3603b6[_0x1fdb7e(0xd1)]),
|
(this[_0x1fdb7e(0x96)] = _0x3603b6["tileDiscardPolicy"])
|
let _0x39995e = Cesium[_0x1fdb7e(0xc6)](_0x3603b6["credit"], "")
|
typeof _0x39995e === _0x1fdb7e(0xbb) && (_0x39995e = new Cesium[_0x1fdb7e(0xc0)](_0x39995e))
|
;(this[_0x1fdb7e(0xa1)] = _0x39995e), (this[_0x1fdb7e(0x9c)] = ![]), (this[_0x1fdb7e(0xd5)] = Cesium[_0x1fdb7e(0xad)][_0x1fdb7e(0xc2)]())
|
let _0xabce58 = this
|
function _0x592f93(_0x4b556e) {
|
const _0x1738cd = _0x1fdb7e
|
let _0x203274 = _0x1738cd(0xd2),
|
_0x282aa9 = _0x4b556e[_0x1738cd(0xbf)],
|
_0x1f871f = XMLParser[_0x1738cd(0xc9)](_0x282aa9, "Bounds", _0x203274),
|
_0x3ca0bd = XMLParser[_0x1738cd(0xdc)](_0x1f871f, _0x1738cd(0xce), _0x203274),
|
_0x39bc64 = XMLParser[_0x1738cd(0xdc)](_0x1f871f, _0x1738cd(0x9b), _0x203274),
|
_0x50a253 = XMLParser[_0x1738cd(0xdc)](_0x1f871f, _0x1738cd(0xe4), _0x203274),
|
_0x2d9360 = XMLParser["queryNumericValue"](_0x1f871f, _0x1738cd(0xc3), _0x203274),
|
_0x39a989 = XMLParser[_0x1738cd(0xb7)](_0x282aa9, "FileExtentName", _0x203274),
|
_0x41162c = XMLParser[_0x1738cd(0xdc)](_0x282aa9, _0x1738cd(0xa4), _0x203274),
|
_0x595aec = XMLParser[_0x1738cd(0xdc)](_0x282aa9, _0x1738cd(0xaa), _0x203274),
|
_0x10fca5 = XMLParser["queryFirstNode"](_0x282aa9, _0x1738cd(0xdb), _0x203274),
|
_0x3f4438 = XMLParser["queryNodes"](_0x10fca5, "Level", _0x203274),
|
_0x5d4539 = []
|
for (let _0x33a6ad = 0x0, _0xd47d85 = _0x3f4438[_0x1738cd(0xd8)]; _0x33a6ad < _0xd47d85; _0x33a6ad++) {
|
_0x5d4539[_0x1738cd(0xa8)](parseInt(_0x3f4438[_0x33a6ad][_0x1738cd(0xe2)], 0xa))
|
}
|
;(_0xabce58["_tileFormat"] = Cesium["defaultValue"](_0x39a989, "png")),
|
(_0xabce58[_0x1738cd(0x9d)] = Cesium["defaultValue"](_0x41162c, 0x100)),
|
(_0xabce58[_0x1738cd(0x95)] = Cesium[_0x1738cd(0xc6)](_0x595aec, 0x100))
|
let _0x345789 = _0x5d4539[_0x1738cd(0xd8)]
|
;(_0xabce58[_0x1738cd(0x98)] = Cesium[_0x1738cd(0xc6)](_0x5d4539[0x0], 0x0)),
|
(_0xabce58["_maximumLevel"] = Cesium[_0x1738cd(0xc6)](_0xabce58["_maximumLevel"], _0x5d4539[_0x345789 - 0x1]))
|
!_0xabce58[_0x1738cd(0xab)] && (_0xabce58[_0x1738cd(0xab)] = new Cesium["GeographicTilingScheme"]())
|
let _0x1eac16 = _0xabce58[_0x1738cd(0xab)]
|
!_0xabce58[_0x1738cd(0xb9)] &&
|
_0x3ca0bd &&
|
_0x39bc64 &&
|
_0x50a253 &&
|
_0x2d9360 &&
|
(_0xabce58[_0x1738cd(0xb9)] = new Cesium[_0x1738cd(0xd4)](
|
Cesium[_0x1738cd(0x9a)][_0x1738cd(0xc5)](_0x3ca0bd),
|
Cesium["Math"][_0x1738cd(0xc5)](_0x2d9360),
|
Cesium["Math"][_0x1738cd(0xc5)](_0x39bc64),
|
Cesium[_0x1738cd(0x9a)][_0x1738cd(0xc5)](_0x50a253)
|
))
|
_0xabce58[_0x1738cd(0xb9)][_0x1738cd(0xd7)] < _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0xd7)] &&
|
(_0xabce58[_0x1738cd(0xb9)][_0x1738cd(0xd7)] = _0x1eac16["rectangle"][_0x1738cd(0xd7)])
|
_0xabce58[_0x1738cd(0xb9)]["east"] > _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0xd9)] &&
|
(_0xabce58[_0x1738cd(0xb9)][_0x1738cd(0xd9)] = _0x1eac16["rectangle"]["east"])
|
_0xabce58[_0x1738cd(0xb9)]["south"] < _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0xe1)] &&
|
(_0xabce58[_0x1738cd(0xb9)][_0x1738cd(0xe1)] = _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0xe1)])
|
_0xabce58[_0x1738cd(0xb9)][_0x1738cd(0x94)] > _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0x94)] &&
|
(_0xabce58["_rectangle"]["north"] = _0x1eac16[_0x1738cd(0xba)][_0x1738cd(0x94)])
|
let _0x5abd3a = _0x1eac16[_0x1738cd(0xbe)](Cesium["Rectangle"][_0x1738cd(0xbc)](_0xabce58["_rectangle"]), _0xabce58["_minimumLevel"]),
|
_0xaa9a49 = _0x1eac16["positionToTileXY"](Cesium[_0x1738cd(0xd4)][_0x1738cd(0xc4)](_0xabce58["_rectangle"]), _0xabce58["_minimumLevel"]),
|
_0x1d3896 = (Math[_0x1738cd(0xa3)](_0xaa9a49["x"] - _0x5abd3a["x"]) + 0x1) * (Math[_0x1738cd(0xa3)](_0xaa9a49["y"] - _0x5abd3a["y"]) + 0x1)
|
_0x1d3896 > 0x4 && (_0xabce58[_0x1738cd(0x98)] = 0x0),
|
(_0xabce58[_0x1738cd(0xcc)] = _0xabce58[_0x1738cd(0xac)] + _0x1738cd(0x9f)),
|
(_0xabce58[_0x1738cd(0x9c)] = !![]),
|
_0xabce58["_readyPromise"][_0x1738cd(0xde)](!![])
|
}
|
function _0x93ebc1(_0xeaa3ef) {
|
const _0x37c668 = _0x1fdb7e
|
let _0x3f9383 = _0x37c668(0xcf) + _0xabce58[_0x37c668(0xac)] + "."
|
_0xabce58[_0x37c668(0xd5)][_0x37c668(0xcb)](new Cesium[_0x37c668(0x99)](_0x3f9383))
|
}
|
let _0x3119b7 = this[_0x1fdb7e(0xb3)][_0x1fdb7e(0xa0)]({
|
url: _0x1fdb7e(0xa5)
|
})
|
Cesium["when"](_0x3119b7["fetchXML"](), _0x592f93, _0x93ebc1)
|
}
|
Object[_0x2e93ac(0x97)](SuperMapImageryProvider[_0x2e93ac(0x92)], {
|
url: {
|
get: function () {
|
return this["_url"]
|
}
|
},
|
tileWidth: {
|
get: function () {
|
const _0x4f3ab8 = _0x2e93ac
|
if (!this[_0x4f3ab8(0x9c)]) throw new DeveloperError(_0x4f3ab8(0x93))
|
return this["_tileWidth"]
|
}
|
},
|
tileHeight: {
|
get: function () {
|
const _0x2c4f47 = _0x2e93ac
|
if (!this[_0x2c4f47(0x9c)]) throw new DeveloperError(_0x2c4f47(0xc7))
|
return this[_0x2c4f47(0x95)]
|
}
|
},
|
tileFormat: {
|
get: function () {
|
const _0x14c65a = _0x2e93ac
|
return this[_0x14c65a(0xa2)]
|
}
|
},
|
maximumLevel: {
|
get: function () {
|
const _0x1ed873 = _0x2e93ac
|
if (!this["_ready"]) throw new DeveloperError(_0x1ed873(0xb2))
|
return this["resolution"] === 0x1 ? this[_0x1ed873(0xa7)] : this[_0x1ed873(0xa7)] - 0x1
|
}
|
},
|
minimumLevel: {
|
get: function () {
|
const _0x24262f = _0x2e93ac
|
if (!this["_ready"]) throw new DeveloperError(_0x24262f(0xa9))
|
return this[_0x24262f(0x98)]
|
}
|
},
|
tilingScheme: {
|
get: function () {
|
const _0x481993 = _0x2e93ac
|
if (!this[_0x481993(0x9c)]) throw new DeveloperError(_0x481993(0xb4))
|
return this[_0x481993(0xab)]
|
}
|
},
|
rectangle: {
|
get: function () {
|
const _0x29fb63 = _0x2e93ac
|
if (!this["_ready"]) throw new DeveloperError(_0x29fb63(0xca))
|
return this["_rectangle"]
|
}
|
},
|
errorEvent: {
|
get: function () {
|
return this["_errorEvent"]
|
}
|
},
|
ready: {
|
get: function () {
|
const _0x20974c = _0x2e93ac
|
return this[_0x20974c(0x9c)]
|
}
|
},
|
credit: {
|
get: function () {
|
return this["_credit"]
|
}
|
},
|
hasAlphaChannel: {
|
get: function () {
|
return !![]
|
}
|
},
|
readyPromise: {
|
get: function () {
|
const _0xd2901c = _0x2e93ac
|
return this[_0xd2901c(0xd5)]
|
}
|
},
|
tileDiscardPolicy: {
|
get: function () {
|
const _0x308daa = _0x2e93ac
|
return this[_0x308daa(0x96)]
|
}
|
}
|
}),
|
(SuperMapImageryProvider[_0x2e93ac(0x92)]["getTileCredits"] = function (_0x2b75eb, _0x2f50bd, _0x1d5dea) {
|
return undefined
|
})
|
function _0x28c7(_0x13b3df, _0x1c82e2) {
|
_0x13b3df = _0x13b3df - 0x92
|
let _0x454b6c = _0x454b[_0x13b3df]
|
return _0x454b6c
|
}
|
function loadImage(_0x2dc2b4, _0x1d9146) {
|
const _0x2c9d1b = _0x2e93ac
|
let _0x312632 = Cesium[_0x2c9d1b(0xbd)]["createIfNeeded"](_0x1d9146)
|
if (_0x2dc2b4[_0x2c9d1b(0xae)])
|
return _0x312632[_0x2c9d1b(0xb6)]({
|
preferBlob: !![],
|
preferImageBitmap: !![],
|
flipY: !![]
|
})
|
return _0x312632[_0x2c9d1b(0xb6)]()
|
}
|
;(SuperMapImageryProvider[_0x2e93ac(0x92)]["requestImage"] = function (_0x3b87ef, _0x533838, _0x559ffe, _0x514a20) {
|
const _0x101adf = _0x2e93ac
|
if (!this[_0x101adf(0x9c)]) throw new Cesium[_0x101adf(0xaf)](_0x101adf(0x9e))
|
let _0x95efbd = this[_0x101adf(0xb3)][_0x101adf(0xa0)]({
|
url: this[_0x101adf(0xcc)],
|
request: _0x514a20,
|
templateValues: {
|
x: _0x3b87ef,
|
y: _0x533838,
|
level: _0x559ffe,
|
fileExtension: this[_0x101adf(0xa2)]
|
}
|
})
|
return loadImage(this, _0x95efbd)
|
}),
|
(SuperMapImageryProvider[_0x2e93ac(0x92)]["pickFeatures"] = function () {
|
return undefined
|
})
|
|
const _0x1f30 = [
|
"_hasVertexNormals",
|
"availabilityLevels",
|
"_readyPromise",
|
"fetchXML",
|
"Top",
|
"application/vnd.quantized-mesh,application/octet-stream;q=0.9,*/*;q=0.01",
|
"2.1.0",
|
"_ellipsoid",
|
"TileAvailability",
|
"fromRectangle",
|
"Rectangle",
|
"tms",
|
"getUint8",
|
"defineProperties",
|
"_tileCredits",
|
"requestTileGeometry\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.",
|
"Cartesian3",
|
"promise",
|
"_requestVertexNormals",
|
"Level",
|
"hasMetadata\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.",
|
"options.url\x20is\x20required.",
|
"_levelZeroMaximumGeometricError",
|
"getNumberOfYTilesAtLevel",
|
"defer",
|
"queryNumericValue",
|
"isTileAvailable",
|
"_errorEvent",
|
"queryChildNodes",
|
"availabilityPromiseCache",
|
"requestMetadata",
|
"GeographicTilingScheme",
|
"credit",
|
"byteLength",
|
"StartRow",
|
"hasMetadata",
|
"83956NvihHe",
|
"queryNumericAttribute",
|
"getFloat64",
|
"QuantizedMeshTerrainData",
|
"144354NAzXzf",
|
"_rectangle",
|
"statusCode",
|
"EndRow",
|
"parse",
|
"credit\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.",
|
"_credit",
|
"Credit",
|
"_scheme",
|
"getEstimatedLevelZeroGeometricErrorForAHeightmap",
|
"resource",
|
"defined",
|
"createTypedArrayFromArrayBuffer",
|
"BYTES_PER_ELEMENT",
|
"Resource",
|
"_heightmapWidth",
|
"push",
|
"245078iaJXht",
|
"floor",
|
"defaultValue",
|
"when",
|
"_heightmapStructure",
|
"Left",
|
"availabilityTilesLoaded",
|
"1.0.0",
|
"ellipsoid",
|
"EndCol",
|
"Levels",
|
"level",
|
"documentElement",
|
"tilingScheme\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.",
|
"getFloat32",
|
"TilesBounds",
|
"data/path/{z}/{x}/{y}.terrainz?v={version}",
|
"hasVertexNormals",
|
"_layers",
|
"TileBounds",
|
"OrientedBoundingBox",
|
"length",
|
"6ROauXb",
|
"catch",
|
"getTileDataAvailable",
|
"_hasMetadata",
|
"IndexDatatype",
|
"textContent",
|
"getDerivedResource",
|
"tileUrlTemplates",
|
"Right",
|
"getStringFromTypedArray",
|
"7RCNgGC",
|
"available",
|
"resolve",
|
"53108EqzFnm",
|
"subarray",
|
"isHeightmap",
|
"76015VmXxox",
|
"fetchArrayBuffer",
|
"METADATA",
|
"Available",
|
"endY",
|
"addAvailableTileRange",
|
"_tilingScheme",
|
"indexOf",
|
"DeveloperError",
|
"_availability",
|
"version",
|
"startX",
|
"_requestMetadata",
|
"string",
|
"OCT_VERTEX_NORMALS",
|
"StartCol",
|
"_maximumLevel",
|
"getLevelMaximumGeometricError",
|
"hasWaterMask",
|
"queryFirstNode",
|
"availability\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.",
|
"startY",
|
"getUint32",
|
"endX",
|
"prototype",
|
"_requestWaterMask",
|
"787197qRXCbs",
|
"Event",
|
"quantized-mesh-1.0",
|
"availability",
|
"_levels",
|
"littleEndianExtensionSize",
|
"_ready",
|
"tileXYToRectangle",
|
"then",
|
"_hasWaterMask",
|
"222277wvNcSo",
|
"TerrainProvider",
|
"url"
|
]
|
const _0x217c6a = _0x545c
|
;(function (_0xe28a72, _0x4fa4f7) {
|
const _0xef7e75 = _0x545c
|
while (!![]) {
|
try {
|
const _0x3262d3 =
|
parseInt(_0xef7e75(0x194)) +
|
-parseInt(_0xef7e75(0x1b1)) +
|
parseInt(_0xef7e75(0x197)) * parseInt(_0xef7e75(0x187)) +
|
parseInt(_0xef7e75(0x1e2)) * parseInt(_0xef7e75(0x191)) +
|
-parseInt(_0xef7e75(0x1f7)) +
|
parseInt(_0xef7e75(0x1e6)) +
|
parseInt(_0xef7e75(0x1bb))
|
if (_0x3262d3 === _0x4fa4f7) break
|
else _0xe28a72["push"](_0xe28a72["shift"]())
|
} catch (_0x2463c4) {
|
_0xe28a72["push"](_0xe28a72["shift"]())
|
}
|
}
|
})(_0x1f30, 0x6948e)
|
function _0x545c(_0x32553d, _0x5ebb0d) {
|
_0x32553d = _0x32553d - 0x185
|
let _0x1f309c = _0x1f30[_0x32553d]
|
return _0x1f309c
|
}
|
function LayerInformation(_0x5b0e2a) {
|
const _0x2e8fae = _0x545c
|
;(this[_0x2e8fae(0x1f0)] = _0x5b0e2a["resource"]),
|
(this[_0x2e8fae(0x1a1)] = _0x5b0e2a[_0x2e8fae(0x1a1)]),
|
(this["isHeightmap"] = _0x5b0e2a[_0x2e8fae(0x196)]),
|
(this[_0x2e8fae(0x18e)] = _0x5b0e2a[_0x2e8fae(0x18e)]),
|
(this[_0x2e8fae(0x1b4)] = _0x5b0e2a["availability"]),
|
(this[_0x2e8fae(0x208)] = _0x5b0e2a[_0x2e8fae(0x208)]),
|
(this[_0x2e8fae(0x1a9)] = _0x5b0e2a[_0x2e8fae(0x1a9)]),
|
(this["hasMetadata"] = _0x5b0e2a[_0x2e8fae(0x1e1)]),
|
(this[_0x2e8fae(0x1bf)] = _0x5b0e2a["availabilityLevels"]),
|
(this[_0x2e8fae(0x1fd)] = _0x5b0e2a[_0x2e8fae(0x1fd)]),
|
(this[_0x2e8fae(0x1b6)] = _0x5b0e2a[_0x2e8fae(0x1b6)]),
|
(this["availabilityTilesLoaded"] = _0x5b0e2a["availabilityTilesLoaded"]),
|
(this[_0x2e8fae(0x1db)] = {})
|
}
|
let QuantizedMeshExtensionIds = {
|
OCT_VERTEX_NORMALS: 0x1,
|
WATER_MASK: 0x2,
|
METADATA: 0x4
|
}
|
function SuperMapTerrainProvider(_0x3a1b5f) {
|
const _0xd7bd14 = _0x545c
|
if (!Cesium[_0xd7bd14(0x1f1)](_0x3a1b5f) || !Cesium[_0xd7bd14(0x1f1)](_0x3a1b5f[_0xd7bd14(0x1bd)]))
|
throw new Cesium[_0xd7bd14(0x19f)](_0xd7bd14(0x1d3))
|
;(this[_0xd7bd14(0x1f5)] = 0x41),
|
(this[_0xd7bd14(0x1fb)] = undefined),
|
(this[_0xd7bd14(0x1ba)] = ![]),
|
(this[_0xd7bd14(0x1be)] = ![]),
|
(this[_0xd7bd14(0x1c5)] = _0x3a1b5f[_0xd7bd14(0x1ff)]),
|
(this["_requestVertexNormals"] = Cesium[_0xd7bd14(0x1f9)](_0x3a1b5f["requestVertexNormals"], ![])),
|
(this[_0xd7bd14(0x1b0)] = Cesium[_0xd7bd14(0x1f9)](_0x3a1b5f["requestWaterMask"], ![])),
|
(this[_0xd7bd14(0x1a3)] = Cesium[_0xd7bd14(0x1f9)](_0x3a1b5f[_0xd7bd14(0x1dc)], !![])),
|
(this["_errorEvent"] = new Cesium[_0xd7bd14(0x1b2)]())
|
let _0x597812 = _0x3a1b5f[_0xd7bd14(0x1de)]
|
typeof _0x597812 === _0xd7bd14(0x1a4) && (_0x597812 = new Cesium[_0xd7bd14(0x1ed)](_0x597812))
|
;(this[_0xd7bd14(0x1ec)] = _0x597812), (this[_0xd7bd14(0x1ee)] = _0xd7bd14(0x1c9)), (this[_0xd7bd14(0x1a0)] = undefined)
|
let _0x6f4382 = Cesium[_0xd7bd14(0x1fa)][_0xd7bd14(0x1d6)]()
|
;(this[_0xd7bd14(0x1b7)] = ![]), (this["_readyPromise"] = _0x6f4382), (this["_tileCredits"] = undefined)
|
let _0x6343ec = this,
|
_0x38f6e7,
|
_0x4957be = (this["_layers"] = []),
|
_0x3b19e0 = [],
|
_0x11065a = 0x0
|
Cesium[_0xd7bd14(0x1fa)](_0x3a1b5f[_0xd7bd14(0x1bd)])
|
[_0xd7bd14(0x1b9)](function (_0x55a8b9) {
|
const _0x5b06ac = _0xd7bd14
|
;(_0x38f6e7 = Cesium[_0x5b06ac(0x1f4)]["createIfNeeded"](_0x55a8b9)), _0x38f6e7["appendForwardSlash"]()
|
let _0x31b594 = _0x38f6e7[_0x5b06ac(0x18d)]({
|
url: "config"
|
})
|
_0x31b594[_0x5b06ac(0x1c1)]()[_0x5b06ac(0x1b9)](_0x22870e)[_0x5b06ac(0x188)](_0xdff96b)
|
})
|
["catch"](function (_0x202300) {
|
_0x6f4382["reject"](_0x202300)
|
})
|
function _0x22870e(_0x37208c) {
|
const _0x3ec2e5 = _0xd7bd14
|
let _0x237419 = _0x37208c[_0x3ec2e5(0x203)],
|
_0x2460bf = "data/path/{z}/{x}/{y}.terrainz?v={version}"
|
;(_0x6343ec[_0x3ec2e5(0x19d)] = new Cesium[_0x3ec2e5(0x1dd)]({
|
numberOfLevelZeroTilesX: 0x2,
|
numberOfLevelZeroTilesY: 0x1,
|
ellipsoid: _0x6343ec[_0x3ec2e5(0x1c5)]
|
})),
|
(_0x6343ec[_0x3ec2e5(0x1d4)] = Cesium[_0x3ec2e5(0x1bc)][_0x3ec2e5(0x1ef)](
|
_0x6343ec[_0x3ec2e5(0x19d)][_0x3ec2e5(0x1ff)],
|
_0x6343ec[_0x3ec2e5(0x1f5)],
|
_0x6343ec[_0x3ec2e5(0x19d)]["getNumberOfXTilesAtLevel"](0x0)
|
))
|
let _0x2c52c8 = XMLParser[_0x3ec2e5(0x1aa)](_0x237419, "Bounds", undefined),
|
_0x36a421 = XMLParser["queryNumericValue"](_0x2c52c8, _0x3ec2e5(0x1fc), undefined),
|
_0x3ed9ec = XMLParser[_0x3ec2e5(0x1d7)](_0x2c52c8, _0x3ec2e5(0x18f), undefined),
|
_0x439e96 = XMLParser[_0x3ec2e5(0x1d7)](_0x2c52c8, "Bottom", undefined),
|
_0x1dc88d = XMLParser["queryNumericValue"](_0x2c52c8, _0x3ec2e5(0x1c2), undefined)
|
Cesium[_0x3ec2e5(0x1f1)](_0x36a421) &&
|
Cesium["defined"](_0x3ed9ec) &&
|
Cesium["defined"](_0x439e96) &&
|
Cesium[_0x3ec2e5(0x1f1)](_0x1dc88d) &&
|
(_0x6343ec[_0x3ec2e5(0x1e7)] = Cesium[_0x3ec2e5(0x1c8)]["fromDegrees"](_0x36a421, _0x439e96, _0x3ed9ec, _0x1dc88d))
|
let _0x41df30 = XMLParser[_0x3ec2e5(0x1aa)](_0x237419, _0x3ec2e5(0x201), undefined),
|
_0x24d867 = XMLParser[_0x3ec2e5(0x1da)](_0x41df30, _0x3ec2e5(0x1d1), undefined),
|
_0x4b50b1 = []
|
for (let _0x4fe3d4 = 0x0, _0x2c0016 = _0x24d867["length"]; _0x4fe3d4 < _0x2c0016; _0x4fe3d4++) {
|
let _0x3819a1 = parseInt(_0x24d867[_0x4fe3d4][_0x3ec2e5(0x18c)])
|
_0x4b50b1[_0x3ec2e5(0x1f6)](_0x3819a1)
|
}
|
let _0x3d7c08 = _0x4b50b1[0x0],
|
_0x2ded25 = _0x4b50b1[_0x4b50b1[_0x3ec2e5(0x186)] - 0x1]
|
_0x6343ec["_levels"] = _0x4b50b1
|
let _0x1435b3 = XMLParser[_0x3ec2e5(0x1aa)](_0x237419, _0x3ec2e5(0x19a), undefined)
|
if (_0x1435b3) {
|
let _0x58fad0 = XMLParser[_0x3ec2e5(0x1da)](_0x1435b3, _0x3ec2e5(0x206), undefined),
|
_0x3c357c = _0x3d7c08 > 0x0 ? _0x4b50b1[_0x3ec2e5(0x186)] + 0x1 : _0x4b50b1[_0x3ec2e5(0x186)],
|
_0x5ae9b7 = new Array(_0x3c357c)
|
for (let _0xbc6db7 = 0x0; _0xbc6db7 < _0x3d7c08; _0xbc6db7++) {
|
_0x5ae9b7[_0xbc6db7] = []
|
}
|
for (let _0x431af0 = 0x0, _0x1a2fbc = _0x58fad0[_0x3ec2e5(0x186)]; _0x431af0 < _0x1a2fbc; _0x431af0++) {
|
let _0x221248 = _0x58fad0[_0x431af0],
|
_0x3d63b = XMLParser[_0x3ec2e5(0x1e3)](_0x221248, _0x3ec2e5(0x202), undefined),
|
_0x6c2c4 = []
|
_0x5ae9b7[_0x3d63b] = _0x6c2c4
|
let _0x50cc65 = XMLParser[_0x3ec2e5(0x1da)](_0x221248, _0x3ec2e5(0x20a), undefined)
|
for (let _0x60b92f = 0x0, _0xb478e2 = _0x50cc65[_0x3ec2e5(0x186)]; _0x60b92f < _0xb478e2; _0x60b92f++) {
|
let _0x21f10d = _0x50cc65[_0x60b92f],
|
_0x357bcd = XMLParser[_0x3ec2e5(0x1d7)](_0x21f10d, _0x3ec2e5(0x1a6), undefined),
|
_0x4482a5 = XMLParser[_0x3ec2e5(0x1d7)](_0x21f10d, _0x3ec2e5(0x1e0), undefined),
|
_0x175db0 = XMLParser[_0x3ec2e5(0x1d7)](_0x21f10d, _0x3ec2e5(0x200), undefined),
|
_0x35885f = XMLParser[_0x3ec2e5(0x1d7)](_0x21f10d, _0x3ec2e5(0x1e9), undefined)
|
_0x6c2c4["push"]({
|
startX: _0x357bcd,
|
startY: _0x4482a5,
|
endX: _0x175db0,
|
endY: _0x35885f
|
})
|
}
|
}
|
_0x5ae9b7[0x0] = [
|
{
|
startX: 0x0,
|
startY: 0x0,
|
endX: 0x1,
|
endY: 0x1
|
}
|
]
|
let _0x1df9e6 = new Cesium[_0x3ec2e5(0x1c6)](_0x6343ec[_0x3ec2e5(0x19d)], _0x2ded25)
|
for (let _0x12594f = 0x0; _0x12594f < _0x5ae9b7[_0x3ec2e5(0x186)]; ++_0x12594f) {
|
let _0x369758 = _0x5ae9b7[_0x12594f],
|
_0xaaf963 = _0x6343ec[_0x3ec2e5(0x19d)][_0x3ec2e5(0x1d5)](_0x12594f)
|
!Cesium[_0x3ec2e5(0x1f1)](_0x3b19e0[_0x12594f]) && (_0x3b19e0[_0x12594f] = [])
|
if (Cesium["defined"](_0x369758))
|
for (let _0x55a1d5 = 0x0; _0x55a1d5 < _0x369758[_0x3ec2e5(0x186)]; ++_0x55a1d5) {
|
let _0x44b097 = _0x369758[_0x55a1d5],
|
_0x458b0 = _0xaaf963 - _0x44b097["endY"] - 0x1,
|
_0xc2ed23 = _0xaaf963 - _0x44b097[_0x3ec2e5(0x1ac)] - 0x1
|
_0x3b19e0[_0x12594f][_0x3ec2e5(0x1f6)]([_0x44b097[_0x3ec2e5(0x1a2)], _0x458b0, _0x44b097[_0x3ec2e5(0x1ae)], _0xc2ed23]),
|
_0x1df9e6[_0x3ec2e5(0x19c)](_0x12594f, _0x44b097[_0x3ec2e5(0x1a2)], _0x458b0, _0x44b097[_0x3ec2e5(0x1ae)], _0xc2ed23)
|
}
|
}
|
_0x6343ec[_0x3ec2e5(0x1a0)] = _0x1df9e6
|
}
|
_0x4957be["push"](
|
new LayerInformation({
|
resource: _0x38f6e7,
|
version: "1.0.0",
|
isHeightmap: ![],
|
tileUrlTemplates: _0x2460bf,
|
availability: undefined,
|
hasVertexNormals: ![],
|
hasWaterMask: ![],
|
hasMetadata: ![],
|
availabilityLevels: 0x0,
|
availabilityTilesLoaded: ![],
|
littleEndianExtensionSize: !![]
|
})
|
)
|
let _0x30d448 = _0x3b19e0[_0x3ec2e5(0x186)]
|
if (_0x30d448 > 0x0) {
|
let _0xf491b1 = (_0x6343ec["_availability"] = new Cesium["TileAvailability"](_0x6343ec["_tilingScheme"], _0x11065a))
|
for (let _0x387dd3 = 0x0; _0x387dd3 < _0x30d448; ++_0x387dd3) {
|
let _0x36fee6 = _0x3b19e0[_0x387dd3]
|
for (let _0x3ed0be = 0x0; _0x3ed0be < _0x36fee6["length"]; ++_0x3ed0be) {
|
let _0x1e7cb7 = _0x36fee6[_0x3ed0be]
|
_0xf491b1[_0x3ec2e5(0x19c)](_0x387dd3, _0x1e7cb7[0x0], _0x1e7cb7[0x1], _0x1e7cb7[0x2], _0x1e7cb7[0x3])
|
}
|
}
|
}
|
;(_0x6343ec[_0x3ec2e5(0x1b7)] = !![]), _0x6343ec[_0x3ec2e5(0x1c0)][_0x3ec2e5(0x193)](!![])
|
}
|
function _0xdff96b(_0x3cac41) {
|
const _0x41b6a6 = _0xd7bd14
|
Cesium[_0x41b6a6(0x1f1)](_0x3cac41) &&
|
_0x3cac41[_0x41b6a6(0x1e8)] === 0x194 &&
|
_0x22870e({
|
tilejson: _0x41b6a6(0x1c4),
|
format: _0x41b6a6(0x1b3),
|
version: _0x41b6a6(0x1fe),
|
scheme: _0x41b6a6(0x1c9),
|
tiles: [_0x41b6a6(0x207)]
|
})
|
}
|
}
|
Object[_0x217c6a(0x1cb)](SuperMapTerrainProvider[_0x217c6a(0x1af)], {
|
errorEvent: {
|
get: function () {
|
const _0x2e33b5 = _0x217c6a
|
return this[_0x2e33b5(0x1d9)]
|
}
|
},
|
credit: {
|
get: function () {
|
const _0x206698 = _0x217c6a
|
if (!this[_0x206698(0x1b7)]) throw new Cesium["DeveloperError"](_0x206698(0x1eb))
|
return this["_credit"]
|
}
|
},
|
tilingScheme: {
|
get: function () {
|
const _0x29f5a8 = _0x217c6a
|
if (!this[_0x29f5a8(0x1b7)]) throw new Cesium[_0x29f5a8(0x19f)](_0x29f5a8(0x204))
|
return this[_0x29f5a8(0x19d)]
|
}
|
},
|
ready: {
|
get: function () {
|
const _0x558056 = _0x217c6a
|
return this[_0x558056(0x1b7)]
|
}
|
},
|
readyPromise: {
|
get: function () {
|
const _0x2d373e = _0x217c6a
|
return this[_0x2d373e(0x1c0)][_0x2d373e(0x1cf)]
|
}
|
},
|
hasWaterMask: {
|
get: function () {
|
const _0x295733 = _0x217c6a
|
if (!this[_0x295733(0x1b7)])
|
throw new Cesium[_0x295733(0x19f)]("hasWaterMask\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready.")
|
return this[_0x295733(0x1ba)] && this[_0x295733(0x1b0)]
|
}
|
},
|
hasVertexNormals: {
|
get: function () {
|
const _0x54f3b4 = _0x217c6a
|
if (!this[_0x54f3b4(0x1b7)])
|
throw new Cesium["DeveloperError"](
|
"hasVertexNormals\x20must\x20not\x20be\x20called\x20before\x20the\x20terrain\x20provider\x20is\x20ready."
|
)
|
return this[_0x54f3b4(0x1be)] && this[_0x54f3b4(0x1d0)]
|
}
|
},
|
hasMetadata: {
|
get: function () {
|
const _0x29872b = _0x217c6a
|
if (!this["_ready"]) throw new Cesium[_0x29872b(0x19f)](_0x29872b(0x1d2))
|
return this["_hasMetadata"] && this["_requestMetadata"]
|
}
|
},
|
requestVertexNormals: {
|
get: function () {
|
const _0x5d01ac = _0x217c6a
|
return this[_0x5d01ac(0x1d0)]
|
}
|
},
|
requestWaterMask: {
|
get: function () {
|
const _0x3ed102 = _0x217c6a
|
return this[_0x3ed102(0x1b0)]
|
}
|
},
|
requestMetadata: {
|
get: function () {
|
const _0x68bd95 = _0x217c6a
|
return this[_0x68bd95(0x1a3)]
|
}
|
},
|
availability: {
|
get: function () {
|
const _0x4362d1 = _0x217c6a
|
if (!this[_0x4362d1(0x1b7)]) throw new Cesium["DeveloperError"](_0x4362d1(0x1ab))
|
return this["_availability"]
|
}
|
}
|
})
|
function createQuantizedMeshTerrainData(_0x515634, _0x4e57eb, _0x3d0a96, _0x41a124, _0x56f11c, _0x2f3a85) {
|
const _0x2975e9 = _0x217c6a
|
let _0x2d9e63 = _0x2f3a85[_0x2975e9(0x1b6)],
|
_0x2a84da = 0x0,
|
_0x550ffb = 0x3,
|
_0x5cfde8 = _0x550ffb + 0x1,
|
_0x42eecd = Float64Array["BYTES_PER_ELEMENT"] * _0x550ffb,
|
_0x3c9101 = Float64Array[_0x2975e9(0x1f3)] * _0x5cfde8,
|
_0x522567 = 0x3,
|
_0x183c64 = Uint16Array[_0x2975e9(0x1f3)] * _0x522567,
|
_0x31b95e = 0x3,
|
_0x375ec7 = Uint16Array[_0x2975e9(0x1f3)],
|
_0x143b50 = _0x375ec7 * _0x31b95e,
|
_0x4f9655 = new DataView(_0x4e57eb),
|
_0x3441b0 = new Cesium["Cartesian3"](
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da, !![]),
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da + 0x8, !![]),
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da + 0x10, !![])
|
)
|
_0x2a84da += _0x42eecd
|
let _0x2ed6a1 = _0x4f9655[_0x2975e9(0x205)](_0x2a84da, !![])
|
_0x2a84da += Float32Array["BYTES_PER_ELEMENT"]
|
let _0x19c224 = _0x4f9655[_0x2975e9(0x205)](_0x2a84da, !![])
|
_0x2a84da += Float32Array[_0x2975e9(0x1f3)]
|
let _0x580791 = new Cesium["BoundingSphere"](
|
new Cesium[_0x2975e9(0x1ce)](
|
_0x4f9655["getFloat64"](_0x2a84da, !![]),
|
_0x4f9655["getFloat64"](_0x2a84da + 0x8, !![]),
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da + 0x10, !![])
|
),
|
_0x4f9655["getFloat64"](_0x2a84da + _0x42eecd, !![])
|
)
|
_0x2a84da += _0x3c9101
|
let _0x10fbc1 = new Cesium["Cartesian3"](
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da, !![]),
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da + 0x8, !![]),
|
_0x4f9655[_0x2975e9(0x1e4)](_0x2a84da + 0x10, !![])
|
)
|
_0x2a84da += _0x42eecd
|
let _0x307273 = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, !![])
|
_0x2a84da += Uint32Array[_0x2975e9(0x1f3)]
|
let _0x343674 = new Uint16Array(_0x4e57eb, _0x2a84da, _0x307273 * 0x3)
|
_0x2a84da += _0x307273 * _0x183c64
|
_0x307273 > 0x40 * 0x400 && ((_0x375ec7 = Uint32Array[_0x2975e9(0x1f3)]), (_0x143b50 = _0x375ec7 * _0x31b95e))
|
let _0x461f5c = _0x343674[_0x2975e9(0x195)](0x0, _0x307273),
|
_0x50a4ea = _0x343674["subarray"](_0x307273, 0x2 * _0x307273),
|
_0x544531 = _0x343674[_0x2975e9(0x195)](_0x307273 * 0x2, 0x3 * _0x307273)
|
Cesium["AttributeCompression"]["zigZagDeltaDecode"](_0x461f5c, _0x50a4ea, _0x544531)
|
_0x2a84da % _0x375ec7 !== 0x0 && (_0x2a84da += _0x375ec7 - (_0x2a84da % _0x375ec7))
|
let _0x207d9c = _0x4f9655["getUint32"](_0x2a84da, !![])
|
_0x2a84da += Uint32Array[_0x2975e9(0x1f3)]
|
let _0xf11109 = Cesium[_0x2975e9(0x18b)][_0x2975e9(0x1f2)](_0x307273, _0x4e57eb, _0x2a84da, _0x207d9c * _0x31b95e)
|
_0x2a84da += _0x207d9c * _0x143b50
|
let _0x126198 = 0x0,
|
_0x646db4 = _0xf11109["length"]
|
for (let _0x8a31f7 = 0x0; _0x8a31f7 < _0x646db4; ++_0x8a31f7) {
|
let _0x1cff59 = _0xf11109[_0x8a31f7]
|
;(_0xf11109[_0x8a31f7] = _0x126198 - _0x1cff59), _0x1cff59 === 0x0 && ++_0x126198
|
}
|
let _0x14d149 = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, !![])
|
_0x2a84da += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x27c8d0 = Cesium[_0x2975e9(0x18b)][_0x2975e9(0x1f2)](_0x307273, _0x4e57eb, _0x2a84da, _0x14d149)
|
_0x2a84da += _0x14d149 * _0x375ec7
|
let _0x16781e = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, !![])
|
_0x2a84da += Uint32Array["BYTES_PER_ELEMENT"]
|
let _0x452315 = Cesium[_0x2975e9(0x18b)]["createTypedArrayFromArrayBuffer"](_0x307273, _0x4e57eb, _0x2a84da, _0x16781e)
|
_0x2a84da += _0x16781e * _0x375ec7
|
let _0x5d5ad1 = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, !![])
|
_0x2a84da += Uint32Array[_0x2975e9(0x1f3)]
|
let _0x54296d = Cesium[_0x2975e9(0x18b)][_0x2975e9(0x1f2)](_0x307273, _0x4e57eb, _0x2a84da, _0x5d5ad1)
|
_0x2a84da += _0x5d5ad1 * _0x375ec7
|
let _0x1a8abc = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, !![])
|
_0x2a84da += Uint32Array[_0x2975e9(0x1f3)]
|
let _0x13aec6 = Cesium[_0x2975e9(0x18b)][_0x2975e9(0x1f2)](_0x307273, _0x4e57eb, _0x2a84da, _0x1a8abc)
|
_0x2a84da += _0x1a8abc * _0x375ec7
|
let _0x5f2d81, _0x35aa8e
|
while (_0x2a84da < _0x4f9655[_0x2975e9(0x1df)]) {
|
let _0x11770b = _0x4f9655[_0x2975e9(0x1ca)](_0x2a84da, !![])
|
_0x2a84da += Uint8Array["BYTES_PER_ELEMENT"]
|
let _0xc4c531 = _0x4f9655[_0x2975e9(0x1ad)](_0x2a84da, _0x2d9e63)
|
_0x2a84da += Uint32Array[_0x2975e9(0x1f3)]
|
if (_0x11770b === QuantizedMeshExtensionIds[_0x2975e9(0x1a5)] && _0x515634["_requestVertexNormals"])
|
_0x5f2d81 = new Uint8Array(_0x4e57eb, _0x2a84da, _0x307273 * 0x2)
|
else {
|
if (_0x11770b === QuantizedMeshExtensionIds["WATER_MASK"] && _0x515634[_0x2975e9(0x1b0)])
|
_0x35aa8e = new Uint8Array(_0x4e57eb, _0x2a84da, _0xc4c531)
|
else {
|
if (_0x11770b === QuantizedMeshExtensionIds[_0x2975e9(0x199)] && _0x515634[_0x2975e9(0x1a3)]) {
|
let _0x22c5a2 = _0x4f9655["getUint32"](_0x2a84da, !![])
|
if (_0x22c5a2 > 0x0) {
|
let _0x4680d9 = Cesium[_0x2975e9(0x190)](new Uint8Array(_0x4e57eb), _0x2a84da + Uint32Array[_0x2975e9(0x1f3)], _0x22c5a2),
|
_0x3577d3 = JSON[_0x2975e9(0x1ea)](_0x4680d9),
|
_0x4cdd84 = _0x3577d3[_0x2975e9(0x192)]
|
if (Cesium["defined"](_0x4cdd84))
|
for (let _0x56097d = 0x0; _0x56097d < _0x4cdd84[_0x2975e9(0x186)]; ++_0x56097d) {
|
let _0x21460c = _0x3d0a96 + _0x56097d + 0x1,
|
_0x2d698e = _0x4cdd84[_0x56097d],
|
_0x2033b8 = _0x515634[_0x2975e9(0x19d)][_0x2975e9(0x1d5)](_0x21460c)
|
for (let _0x55bcd2 = 0x0; _0x55bcd2 < _0x2d698e[_0x2975e9(0x186)]; ++_0x55bcd2) {
|
let _0x5f16d7 = _0x2d698e[_0x55bcd2],
|
_0x2a77cb = _0x2033b8 - _0x5f16d7[_0x2975e9(0x19b)] - 0x1,
|
_0x5f3fcf = _0x2033b8 - _0x5f16d7[_0x2975e9(0x1ac)] - 0x1
|
_0x515634[_0x2975e9(0x1b4)][_0x2975e9(0x19c)](
|
_0x21460c,
|
_0x5f16d7[_0x2975e9(0x1a2)],
|
_0x2a77cb,
|
_0x5f16d7[_0x2975e9(0x1ae)],
|
_0x5f3fcf
|
),
|
_0x2f3a85[_0x2975e9(0x1b4)]["addAvailableTileRange"](
|
_0x21460c,
|
_0x5f16d7["startX"],
|
_0x2a77cb,
|
_0x5f16d7[_0x2975e9(0x1ae)],
|
_0x5f3fcf
|
)
|
}
|
}
|
}
|
_0x2f3a85["availabilityTilesLoaded"][_0x2975e9(0x19c)](_0x3d0a96, _0x41a124, _0x56f11c, _0x41a124, _0x56f11c)
|
}
|
}
|
}
|
_0x2a84da += _0xc4c531
|
}
|
let _0x2be15d = _0x515634[_0x2975e9(0x1a8)](_0x3d0a96) * 0x5,
|
_0x43cbdb = _0x515634["_tilingScheme"][_0x2975e9(0x1b8)](_0x41a124, _0x56f11c, _0x3d0a96),
|
_0x2e16d0 = Cesium[_0x2975e9(0x185)][_0x2975e9(0x1c7)](_0x43cbdb, _0x2ed6a1, _0x19c224, _0x515634[_0x2975e9(0x19d)][_0x2975e9(0x1ff)])
|
return new Cesium["QuantizedMeshTerrainData"]({
|
center: _0x3441b0,
|
minimumHeight: _0x2ed6a1,
|
maximumHeight: _0x19c224,
|
boundingSphere: _0x580791,
|
orientedBoundingBox: _0x2e16d0,
|
horizonOcclusionPoint: _0x10fbc1,
|
quantizedVertices: _0x343674,
|
encodedNormals: _0x5f2d81,
|
indices: _0xf11109,
|
westIndices: _0x27c8d0,
|
southIndices: _0x452315,
|
eastIndices: _0x54296d,
|
northIndices: _0x13aec6,
|
westSkirtHeight: _0x2be15d,
|
southSkirtHeight: _0x2be15d,
|
eastSkirtHeight: _0x2be15d,
|
northSkirtHeight: _0x2be15d,
|
childTileMask: 0xf,
|
waterMask: _0x35aa8e,
|
credits: _0x515634[_0x2975e9(0x1cc)]
|
})
|
}
|
SuperMapTerrainProvider[_0x217c6a(0x1af)]["requestTileGeometry"] = function (_0x414aab, _0x467066, _0x19a665, _0x3a2285) {
|
const _0x5dbc6f = _0x217c6a
|
if (!this[_0x5dbc6f(0x1b7)]) throw new Cesium[_0x5dbc6f(0x19f)](_0x5dbc6f(0x1cd))
|
if (_0x19a665 === 0x0) {
|
let _0x154004 = new Uint16Array(0x40 * 0x40 * 0x3)
|
for (let _0x2463cf = 0x0; _0x2463cf < 0x40; _0x2463cf++) {
|
for (let _0xc651d3 = 0x0; _0xc651d3 < 0x40; _0xc651d3++) {
|
;(_0x154004[_0x2463cf * 0x40 + _0xc651d3] = Math[_0x5dbc6f(0x1f8)]((_0x2463cf * 0x7fff) / 0x3f)),
|
(_0x154004[0x40 * 0x40 + _0x2463cf * 0x40 + _0xc651d3] = Math[_0x5dbc6f(0x1f8)]((_0xc651d3 * 0x7fff) / 0x3f)),
|
(_0x154004[0x2 * 0x40 * 0x40 + _0x2463cf * 0x40 + _0xc651d3] = 0x0)
|
}
|
}
|
let _0x5adcdf = new Uint16Array(0x3f * 0x3f * 0x6)
|
for (let _0x37258d = 0x0; _0x37258d < 0x3f; _0x37258d++) {
|
for (let _0x57078e = 0x0; _0x57078e < 0x3f; _0x57078e++) {
|
;(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e)] = _0x37258d * 0x40 + _0x57078e),
|
(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e) + 0x1] = (_0x37258d + 0x1) * 0x40 + _0x57078e + 0x1),
|
(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e) + 0x2] = _0x37258d * 0x40 + _0x57078e + 0x1),
|
(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e) + 0x3] = (_0x37258d + 0x1) * 0x40 + _0x57078e),
|
(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e) + 0x4] = (_0x37258d + 0x1) * 0x40 + _0x57078e + 0x1),
|
(_0x5adcdf[0x6 * (_0x37258d * 0x3f + _0x57078e) + 0x5] = _0x37258d * 0x40 + _0x57078e)
|
}
|
}
|
let _0x734f64 = new Uint16Array(0x0),
|
_0x536a47 = new Cesium[_0x5dbc6f(0x1ce)](NaN, -Infinity, NaN),
|
_0x46c247 = new Cesium["Cartesian3"](0x0, -3189068.5, 0x0)
|
return (
|
_0x414aab === 0x1 && ((_0x46c247["y"] = 3189068.5), (_0x536a47["y"] = Infinity)),
|
Cesium["when"][_0x5dbc6f(0x193)](
|
new Cesium[_0x5dbc6f(0x1e5)]({
|
center: _0x46c247,
|
minimumHeight: 0x0,
|
maximumHeight: 0x0,
|
boundingSphere: new Cesium["BoundingSphere"](_0x46c247, 9567205.5),
|
horizonOcclusionPoint: _0x536a47,
|
quantizedVertices: _0x154004,
|
indices: _0x5adcdf,
|
westIndices: _0x734f64,
|
southIndices: _0x734f64,
|
eastIndices: _0x734f64,
|
northIndices: _0x734f64,
|
westSkirtHeight: 0x0,
|
southSkirtHeight: 0x0,
|
eastSkirtHeight: 0x0,
|
northSkirtHeight: 0x0,
|
childTileMask: 0xf,
|
invalid: ![],
|
hasInvalid: ![]
|
})
|
)
|
)
|
}
|
let _0xb5afc9 = this[_0x5dbc6f(0x209)],
|
_0x27a6d1,
|
_0x95338e = _0xb5afc9[_0x5dbc6f(0x186)]
|
if (_0x95338e === 0x1) _0x27a6d1 = _0xb5afc9[0x0]
|
else
|
for (let _0x3e92cf = 0x0; _0x3e92cf < _0x95338e; ++_0x3e92cf) {
|
let _0x47507c = _0xb5afc9[_0x3e92cf]
|
if (!Cesium[_0x5dbc6f(0x1f1)](_0x47507c[_0x5dbc6f(0x1b4)]) || _0x47507c["availability"][_0x5dbc6f(0x1d8)](_0x19a665, _0x414aab, _0x467066)) {
|
_0x27a6d1 = _0x47507c
|
break
|
}
|
}
|
return requestTileGeometry(this, _0x414aab, _0x467066, _0x19a665, _0x27a6d1, _0x3a2285)
|
}
|
function requestTileGeometry(_0x4c47a4, _0x4cfdc7, _0xe7505d, _0x33fd85, _0x1f141d, _0x350aff) {
|
const _0x27c5ad = _0x217c6a
|
let _0x455516 = _0x1f141d[_0x27c5ad(0x18e)],
|
_0x3b3ffe
|
if (!_0x4c47a4[_0x27c5ad(0x1ee)] || _0x4c47a4[_0x27c5ad(0x1ee)] === _0x27c5ad(0x1c9)) {
|
let _0x182d5a = _0x4c47a4[_0x27c5ad(0x19d)]["getNumberOfYTilesAtLevel"](_0x33fd85)
|
_0x3b3ffe = _0x182d5a - _0xe7505d - 0x1
|
} else _0x3b3ffe = _0xe7505d
|
let _0x4a8a8 = _0x455516,
|
_0x2b832d = _0x1f141d[_0x27c5ad(0x1f0)],
|
_0x4fc09a = {
|
Accept: _0x27c5ad(0x1c3)
|
},
|
_0x246f0b = _0x2b832d[_0x27c5ad(0x18d)]({
|
url: _0x4a8a8,
|
templateValues: {
|
version: _0x1f141d[_0x27c5ad(0x1a1)],
|
z: _0x33fd85,
|
x: _0x4cfdc7,
|
y: _0x3b3ffe
|
},
|
headers: _0x4fc09a,
|
request: _0x350aff
|
})[_0x27c5ad(0x198)]()
|
if (!Cesium["defined"](_0x246f0b)) return undefined
|
return _0x246f0b["then"](function (_0x391ec2) {
|
return (
|
(_0x391ec2 = _0x53a39a["inflate"](new Uint8Array(_0x391ec2))["buffer"]),
|
createQuantizedMeshTerrainData(_0x4c47a4, _0x391ec2, _0x33fd85, _0x4cfdc7, _0xe7505d, _0x1f141d)
|
)
|
})
|
}
|
SuperMapTerrainProvider[_0x217c6a(0x1af)]["getLevelMaximumGeometricError"] = function (_0x323782) {
|
const _0x4290a3 = _0x217c6a
|
return this[_0x4290a3(0x1d4)] / (0x1 << _0x323782)
|
}
|
let rectangleScratch = new Cesium[_0x217c6a(0x1c8)]()
|
;(SuperMapTerrainProvider["prototype"][_0x217c6a(0x189)] = function (_0x557af9, _0x20c85b, _0x2356e6) {
|
const _0x395ca1 = _0x217c6a
|
if (_0x2356e6 !== 0x0) {
|
if (this[_0x395ca1(0x1b5)][_0x395ca1(0x19e)](_0x2356e6) !== -0x1) {
|
let _0x4d81ce = this[_0x395ca1(0x19d)][_0x395ca1(0x1b8)](_0x557af9, _0x20c85b, _0x2356e6),
|
_0x531396 = Cesium["Rectangle"]["intersection"](this["_rectangle"], _0x4d81ce, rectangleScratch)
|
return Cesium["defined"](_0x531396)
|
}
|
return ![]
|
}
|
if (!Cesium[_0x395ca1(0x1f1)](this[_0x395ca1(0x1a0)])) return undefined
|
if (_0x2356e6 > this[_0x395ca1(0x1a0)][_0x395ca1(0x1a7)]) return ![]
|
if (this[_0x395ca1(0x1a0)][_0x395ca1(0x1d8)](_0x2356e6, _0x557af9, _0x20c85b)) return !![]
|
if (!this[_0x395ca1(0x18a)]) return ![]
|
return ![]
|
}),
|
(SuperMapTerrainProvider["prototype"]["loadTileDataAvailability"] = function (_0x28179b, _0x4fd31f, _0x41ab83) {})
|
|
const _0x3cd9 = [
|
"createElement",
|
"getImageData",
|
"_dictTable",
|
"push",
|
"prototype",
|
"453815hCfHji",
|
"209480brlrjk",
|
"generateBuffer",
|
"insert",
|
"data",
|
"get",
|
"1181mGNHSp",
|
"color",
|
"_sortKey",
|
"length",
|
"destroy",
|
"_imageBuffer",
|
"_hash",
|
"4QhwtpW",
|
"abs",
|
"3rUbzmX",
|
"canvas",
|
"Math",
|
"getColor",
|
"beginPath",
|
"createLinearGradient",
|
"clear",
|
"EPSILON6",
|
"rect",
|
"value",
|
"getContext",
|
"Color",
|
"432942CzPfpd",
|
"width",
|
"30089mootnR",
|
"count",
|
"clone",
|
"40oQTIzv",
|
"525bwnXbg",
|
"set",
|
"694449osTnVI",
|
"AssociativeArray",
|
"fill",
|
"remove",
|
"sort"
|
]
|
function _0x17e7(_0x175fa3, _0x3dcf6a) {
|
_0x175fa3 = _0x175fa3 - 0x1d6
|
let _0x3cd9a9 = _0x3cd9[_0x175fa3]
|
return _0x3cd9a9
|
}
|
const _0x4b7618 = _0x17e7
|
;(function (_0x4ac211, _0x2be7c2) {
|
const _0x49a108 = _0x17e7
|
while (!![]) {
|
try {
|
const _0x52268e =
|
parseInt(_0x49a108(0x1f4)) * -parseInt(_0x49a108(0x1da)) +
|
parseInt(_0x49a108(0x1ed)) * -parseInt(_0x49a108(0x1db)) +
|
-parseInt(_0x49a108(0x1e7)) +
|
parseInt(_0x49a108(0x1e8)) +
|
parseInt(_0x49a108(0x1dd)) +
|
-parseInt(_0x49a108(0x1d7)) * -parseInt(_0x49a108(0x1f6)) +
|
parseInt(_0x49a108(0x202))
|
if (_0x52268e === _0x2be7c2) break
|
else _0x4ac211["push"](_0x4ac211["shift"]())
|
} catch (_0x3ad91b) {
|
_0x4ac211["push"](_0x4ac211["shift"]())
|
}
|
}
|
})(_0x3cd9, 0x56372)
|
function ColorTable() {
|
const _0x28186f = _0x17e7
|
;(this["_dictTable"] = new Cesium[_0x28186f(0x1de)]()), (this[_0x28186f(0x1f2)] = new Uint8Array(0x4 * 0x40 * 0x400)), (this["_sortKey"] = [])
|
}
|
function sortNumber(_0x4ccb73, _0x4cf79e) {
|
return _0x4ccb73 - _0x4cf79e
|
}
|
;(ColorTable[_0x4b7618(0x1e6)]["getItem"] = function (_0x59a978) {
|
const _0x171843 = _0x4b7618
|
if (_0x59a978 > this[_0x171843(0x1e4)]["values"][_0x171843(0x1f0)] - 0x1) return null
|
let _0x422d3e = _0x59a978
|
for (let _0xe94efd in this[_0x171843(0x1e4)][_0x171843(0x1f3)]) {
|
if (_0x422d3e > 0x0) {
|
_0x422d3e--
|
continue
|
}
|
if (!_0xe94efd) break
|
return {
|
altitude: _0xe94efd,
|
color: this[_0x171843(0x1e4)]["get"](_0xe94efd)
|
}
|
}
|
return null
|
}),
|
(ColorTable[_0x4b7618(0x1e6)][_0x4b7618(0x1d8)] = function () {
|
const _0x1ca121 = _0x4b7618
|
return this[_0x1ca121(0x1e4)]["values"]["length"]
|
}),
|
(ColorTable[_0x4b7618(0x1e6)][_0x4b7618(0x1ea)] = function (_0xec8478, _0xc5d65d) {
|
const _0x3a063d = _0x4b7618
|
let _0x2dedfe = this[_0x3a063d(0x1e4)][_0x3a063d(0x1ec)](_0xec8478)
|
if (_0x2dedfe) return
|
let _0x243740 = Cesium["Color"][_0x3a063d(0x1d9)](_0xc5d65d, new Cesium[_0x3a063d(0x201)]())
|
this[_0x3a063d(0x1e4)][_0x3a063d(0x1dc)](_0xec8478, _0x243740)
|
}),
|
(ColorTable["prototype"]["remove"] = function (_0x259dbb) {
|
const _0x535bbc = _0x4b7618
|
return this[_0x535bbc(0x1e4)][_0x535bbc(0x1e0)](_0x259dbb)
|
}),
|
(ColorTable[_0x4b7618(0x1e6)][_0x4b7618(0x1fc)] = function () {
|
this["_dictTable"]["removeAll"]()
|
}),
|
(ColorTable["prototype"][_0x4b7618(0x1e9)] = function () {
|
const _0x97adb7 = _0x4b7618
|
let _0x3a85b2 = []
|
for (let _0x44d342 in this[_0x97adb7(0x1e4)][_0x97adb7(0x1f3)]) {
|
if (!_0x44d342) continue
|
let _0x2966f5 = this[_0x97adb7(0x1e4)][_0x97adb7(0x1ec)](_0x44d342)
|
_0x3a85b2[_0x97adb7(0x1e5)]({
|
value: parseFloat(_0x44d342),
|
color: _0x2966f5
|
})
|
}
|
if (_0x3a85b2["length"] < 0x2) return
|
for (let _0x30b718 = 0x0, _0x4a0f61 = _0x3a85b2[_0x97adb7(0x1f0)] - 0x1; _0x30b718 < _0x4a0f61; _0x30b718++) {
|
let _0x266df2 = _0x3a85b2[_0x30b718]
|
for (let _0x39fc83 = _0x30b718 + 0x1; _0x39fc83 < _0x3a85b2[_0x97adb7(0x1f0)]; _0x39fc83++) {
|
let _0x19ccc0 = _0x3a85b2[_0x39fc83]
|
if (_0x266df2[_0x97adb7(0x1ff)] > _0x19ccc0[_0x97adb7(0x1ff)]) {
|
let _0x46d4b2 = Cesium[_0x97adb7(0x1d9)](_0x3a85b2[_0x30b718], !![])
|
;(_0x3a85b2[_0x30b718] = Cesium[_0x97adb7(0x1d9)](_0x3a85b2[_0x39fc83], !![])),
|
(_0x3a85b2[_0x39fc83] = _0x46d4b2),
|
(_0x266df2 = _0x3a85b2[_0x30b718])
|
}
|
}
|
}
|
let _0x1e3113 = _0x3a85b2[0x0][_0x97adb7(0x1ff)],
|
_0x4cc8d1 = _0x3a85b2[_0x3a85b2[_0x97adb7(0x1f0)] - 0x1]["value"],
|
_0x3c43b3 = _0x4cc8d1 - _0x1e3113,
|
_0x57ccdd = document[_0x97adb7(0x1e2)](_0x97adb7(0x1f7))
|
;(_0x57ccdd[_0x97adb7(0x1d6)] = 0x400 * 0x10), (_0x57ccdd["height"] = 0x1)
|
let _0x129905 = _0x57ccdd[_0x97adb7(0x200)]("2d")
|
_0x129905[_0x97adb7(0x1fa)]()
|
let _0x396463 = _0x129905[_0x97adb7(0x1fb)](0x0, 0x0, 0x400 * 0x10, 0x0)
|
for (let _0x14fa8d = 0x0, _0x4674ca = _0x3a85b2["length"]; _0x14fa8d < _0x4674ca; _0x14fa8d++) {
|
_0x396463["addColorStop"](
|
(_0x3a85b2[_0x14fa8d][_0x97adb7(0x1ff)] - _0x1e3113) / _0x3c43b3,
|
_0x3a85b2[_0x14fa8d][_0x97adb7(0x1ee)]["toCssColorString"]()
|
)
|
}
|
;(_0x129905["fillStyle"] = _0x396463),
|
_0x129905[_0x97adb7(0x1fe)](0x0, 0x0, _0x57ccdd[_0x97adb7(0x1d6)], _0x57ccdd["height"]),
|
_0x129905[_0x97adb7(0x1df)]()
|
let _0x25f584 = _0x129905[_0x97adb7(0x1e3)](0x0, 0x0, _0x57ccdd["width"], 0x1)[_0x97adb7(0x1eb)]
|
for (let _0x401627 = 0x0; _0x401627 < 0x10; _0x401627++) {
|
for (let _0x29d76c = 0x0; _0x29d76c < 0x400 * 0x4; _0x29d76c++) {
|
;(this[_0x97adb7(0x1f2)][_0x29d76c + _0x401627 * 0x400 * 0x4 * 0x4] = _0x25f584[_0x29d76c + _0x401627 * 0x400 * 0x4]),
|
(this[_0x97adb7(0x1f2)][_0x29d76c + _0x401627 * 0x400 * 0x4 * 0x4 + 0x400 * 0x4] = _0x25f584[_0x29d76c + _0x401627 * 0x400 * 0x4]),
|
(this[_0x97adb7(0x1f2)][_0x29d76c + _0x401627 * 0x400 * 0x4 * 0x4 + 0x400 * 0x4 * 0x2] = _0x25f584[_0x29d76c + _0x401627 * 0x400 * 0x4]),
|
(this["_imageBuffer"][_0x29d76c + _0x401627 * 0x400 * 0x4 * 0x4 + 0x400 * 0x4 * 0x3] = _0x25f584[_0x29d76c + _0x401627 * 0x400 * 0x4])
|
}
|
}
|
for (let _0x45b136 in this["_dictTable"]["_hash"]) {
|
this["_sortKey"][_0x97adb7(0x1e5)](parseFloat(_0x45b136))
|
}
|
return this[_0x97adb7(0x1ef)][_0x97adb7(0x1e1)](sortNumber), _0x57ccdd
|
}),
|
(ColorTable[_0x4b7618(0x1e6)][_0x4b7618(0x1f9)] = function (_0x51a7c3) {
|
const _0x538add = _0x4b7618
|
for (let _0x2893c3 = 0x0, _0x7d49e = this[_0x538add(0x1ef)][_0x538add(0x1f0)]; _0x2893c3 < _0x7d49e; _0x2893c3++) {
|
if (
|
this["_sortKey"][_0x2893c3] >= _0x51a7c3 ||
|
Math[_0x538add(0x1f5)](this[_0x538add(0x1ef)][_0x2893c3] - _0x51a7c3) < Cesium[_0x538add(0x1f8)][_0x538add(0x1fd)]
|
)
|
return this[_0x538add(0x1e4)][_0x538add(0x1ec)](this["_sortKey"][_0x2893c3])
|
}
|
return undefined
|
}),
|
(ColorTable["prototype"][_0x4b7618(0x1f1)] = function () {
|
const _0x2737ce = _0x4b7618
|
this[_0x2737ce(0x1e4)]["removeAll"](), (this[_0x2737ce(0x1f2)] = null), (this["_sortKey"] = null)
|
})
|
|
exports.BillboardMode = _0x1fe80d
|
exports.CesiumExt = CesiumExt
|
exports.ClampMode = _0x3ea69a
|
exports.ColorTable = ColorTable
|
exports.ContentState = _0x1dc358
|
exports.DDSTexture = DDSTexture
|
exports.DepthFramebuffer = DepthFramebuffer
|
exports.DrawHandler = DrawHandler
|
exports.DrawMode = _0x2e8fa9
|
exports.FillStyle = _0x11bab4
|
exports.Flatten = Flatten
|
exports.FresnelFp = _0x30b22d
|
exports.FresnelVp = _0x5abe30
|
exports.Hypsometric = Hypsometric
|
exports.HypsometricSetting = HypsometricSetting
|
exports.HypsometricSettingEnum = _0x4b57af
|
exports.MaterialExt = MaterialExt
|
exports.MaterialManager = MaterialManager
|
exports.MaterialPass = MaterialPass
|
exports.MeasureHandler = MeasureHandler
|
exports.MeasureMode = _0x2d58b1
|
exports.ModelEdgeFp = _0x5a76f2
|
exports.ModelEdgeVp = _0x30a26c
|
exports.NoLightNoTextureFS = _0x3e61a4
|
exports.NoLightNoTextureVS = _0x53fc49
|
exports.OperationType = _0x4994c3
|
exports.PLANECLIPMODE = _0x4e7632
|
exports.ProgramDefines = _0x1ca8a8
|
exports.RangeMode = _0x7b9d88
|
exports.RasterRegion = RasterRegion
|
exports.RasterRegionFS = _0x43bcfe
|
exports.RasterRegionVS = _0x23c345
|
exports.ReflectFramebuffer = ReflectFramebuffer
|
exports.RenderEntity = RenderEntity
|
exports.RenderTarget = RenderTarget
|
exports.S3MBlockCache = S3MBlockCache
|
exports.S3MBlockContentParser = S3MBlockContentParser
|
exports.S3MBlockParser = S3MBlockParser
|
exports.S3MCacheFileRenderEntity = S3MCacheFileRenderEntity
|
exports.S3MCompressType = S3MCompressType$1
|
exports.S3MContentFactory = S3MContentFactory
|
exports.S3MContentParser = S3MContentParser
|
exports.S3MCreateIndexJob = S3MCreateIndexBufferJob
|
exports.S3MCreateShaderProgramJob = S3MCreateShaderProgramJob
|
exports.S3MCreateVertexJob = S3MCreateVertexJob
|
exports.S3MEdgeProcessor = S3MEdgeProcessor
|
exports.S3MLayerCache = S3MLayerCache
|
exports.S3MLayerScheduler = S3MLayerScheduler
|
exports.S3MObliqueRenderEntity = S3MObliqueRenderEntity
|
exports.S3MPixelFormat = _0x4d10fa
|
exports.S3MPointCloudFS = _0x518de5
|
exports.S3MPointCloudRenderEntity = S3MPointCloudRenderEntity
|
exports.S3MPointCloudVS = _0x244242
|
exports.S3MTile = S3MTile
|
exports.S3MTilesFS = _0x54c1c4
|
exports.S3MTilesLayer = S3MTilesLayer
|
exports.S3MTilesNoLightFS = _0x1ab936
|
exports.S3MTilesNoLightVS = _0x20fcfa
|
exports.S3MTilesVS = _0x1bfb0f
|
exports.S3MWaterRenderEntity = S3MWaterRenderEntity
|
exports.S3ModelOldParser = S3ModelOldParser
|
exports.S3ModelParser = S3ModelParser
|
exports.Style3D = Style3D
|
exports.SubTextureManager = SubTextureManager
|
exports.SubTextureUploadJob = SubTextureUploadJob
|
exports.SuperMapImageryProvider = SuperMapImageryProvider
|
exports.SuperMapTerrainProvider = SuperMapTerrainProvider
|
exports.TextureManager = TextureManager
|
exports.VertexCompressOption = _0x25c9a4
|
exports.ViewShed3D = ViewShed3D
|
exports.ViewShedAnalysisFS = _0x313bb2
|
exports.ViewShedAnalysisVS = _0x4df7a3
|
exports.XmlParser = XMLParser
|
|
Object.defineProperty(exports, "__esModule", {
|
value: true
|
})
|
})
|
