修订水面、高程等尺寸

wuww

2025-05-15 0383642d09b4974fa98853f8cb679cc5ed2fe8a2

 src/main/java/com/se/nsl/controller/TestController.java

@@ -233,7 +233,7 @@
    })
    public R<Object> testNsl(String inPath, String startTime, Integer epsg) {
        try {
            DataPo data = new DataPo();
            SimuData data = new SimuData();
            data.setInPath(inPath);
            data.setStartTime(StringHelper.YMDHMS_FORMAT.parse(startTime));
            data.setEpsg(epsg);
@@ -256,7 +256,7 @@
    })
    public R<Object> testCreateNsl(String tifPath, String inPath, String startTime, Integer epsg) {
        try {
            DataPo data = new DataPo();
            SimuData data = new SimuData();
            data.setInPath(inPath);
            data.setStartTime(StringHelper.YMDHMS_FORMAT.parse(startTime));
            data.setEpsg(epsg);
@@ -320,21 +320,28 @@
    @ApiOperation(value = "10.当前时间 *")
    @GetMapping("/getTime")
    public Object getTime() throws Exception {
        //String rs = resolveService.createRainfallCsv("D:\\360\\zt.csv", "正态分布", 100, 10, 1);
        //rs = resolveService.createRainfallCsv("D:\\360\\pj.csv", "平均分布", 100, 10, 1);
        //rs = resolveService.createRainfallCsv("D:\\360\\bdpj.csv", "波动平均分布", 100, 10, 1);
        //rs = resolveService.createRainfallCsv("D:\\360\\cxss.csv", "持续上升", 100, 10, 1);
        /*String rs = resolveService.createRainfallCsv("D:\\360\\zt.csv", "正态分布", 100, 10, 1);
        rs = resolveService.createRainfallCsv("D:\\360\\pj.csv", "平均分布", 100, 10, 1);
        rs = resolveService.createRainfallCsv("D:\\360\\bdpj.csv", "波动平均分布", 100, 10, 1);
        rs = resolveService.createRainfallCsv("D:\\360\\cxss.csv", "持续上升", 100, 10, 1);*/

        //SimuData data = new SimuData();
        //data.setStartTime(new Date());
        //data.setInPath("20250504203823");
        //String rs = resolveService.callZarr2tif(data);
        /*SimuData data = new SimuData();
        data.setStartTime(new Date());
        data.setInPath("20250504203823");
        String rs = resolveService.callZarr2tif(data);*/

        Simu simu = simuService.selectById(17);
        /*Simu simu = simuService.selectById(17);
        SimuData data = JSON.parseObject(simu.getData(), SimuData.class);
        resolveService.initArgs(data);
        resolveService.createRainfallFile(simu, data);
        resolveService.callUwSolver(data);
        resolveService.callUwSolver(data);*/

        SimuData data = new SimuData();
        data.setStartTime(new Date(1748747454000L));
        data.setInPath("20250515143948");
        data.setOutPath(data.getInPath());
        data.setEpsg(4548);
        testService.test(data);

        return (Object) System.currentTimeMillis();
    }