public static void writeTimeSeriesData(Config config, CsvData csv, HecDss dssFile, String file)
throws Exception {
TimeSeriesContainer ts = new TimeSeriesContainer();
ts.fullName = config.path;
ts.fileName = file;
ts.times = new int[csv.data.size()];
for (int i = 0; i < csv.data.size(); i++) {
ts.times[i] = calcTime(csv.data.get(i).name, i == 0 ? true : false);
}
ts.startTime = ts.times[0];
ts.endTime = ts.times[ts.times.length - 1];
ts.values = csv.columns[0];
ts.numberValues = ts.values.length;
if (config.getParameter() != null) {
ts.parameter = config.getParameter(); // partE;
}
if (config.getLocation() != null) {
ts.location = config.getLocation(); // partE;
}
ts.type = config.getXtype();
ts.units = config.getUnits();
dssFile.put(ts);
}
public static void writePairedData(Config config, CsvData data, HecDss dssFile) throws Exception {
PairedDataContainer pdc = new PairedDataContainer();
if (config.label != null) {
pdc.labels = new String[] {"", config.label};
}
if (config.date != null) {
pdc.date = config.date;
}
if (config.location != null) {
pdc.location = config.location;
}
if (config.xunits != null) {
pdc.xunits = config.xunits;
}
if (config.xtype != null) {
pdc.xtype = pdc.xtype;
}
if (config.xparameter != null) {
pdc.xparameter = pdc.xparameter;
}
pdc.xOrdinate = config.xOrdinate;
if (config.yunits != null) {
pdc.yunits = config.yunits;
}
if (config.ytype != null) {
pdc.ytype = config.ytype;
}
if (config.yparameter != null) {
pdc.yparameter = config.yparameter;
}
pdc.yOrdinate = config.yOrdinate;
pdc.fullName = config.path;
pdc.xOrdinates = data.firstColumn;
pdc.yOrdinates = data.columns;
pdc.numberCurves = config.numberCurves;
pdc.numberOrdinates = pdc.xOrdinates.length;
dssFile.put(pdc);
}
public static HecDss open(String file) throws Exception {
HecDSSUtilities.setMessageLevel(0);
return HecDss.open(file);
}
public static void exportJson(HecDss dssFile, String directory, String regex) throws Exception {
int count = 0;
HashMap<String, HashMap<String, Integer>> map = new HashMap<String, HashMap<String, Integer>>();
Vector<CondensedReference> v = dssFile.getCondensedCatalog();
ObjectMapper mapper = new ObjectMapper();
cleanDirectory(new File(directory));
new File(directory).mkdir();
for (CondensedReference path : v) {
CwsContainer ts = new CwsContainer();
DataContainer dc;
String name;
String parameter;
try {
String hecpath = path.getNominalPathname();
if (!regex.contentEquals("") && regex != null) {
if (!hecpath.matches(regex)) continue;
}
dc = dssFile.get(hecpath, true);
if (dc instanceof TimeSeriesContainer) {
ts.timeSeriesContainer = (TimeSeriesContainer) dc;
name = ts.timeSeriesContainer.getLocationName();
parameter = ts.timeSeriesContainer.getParameterName();
if (ts.timeSeriesContainer.times == null) {
System.out.println("Ignoring: " + path.getNominalPathname());
continue;
}
for (int i = 0; i < ts.timeSeriesContainer.times.length; i++) {
ts.dates.add(Dss.calcDate(ts.timeSeriesContainer.times[i]));
}
} else {
ts.pairedDataContainer = (PairedDataContainer) dc;
parameter = "pairedData";
name = ts.pairedDataContainer.location;
}
} catch (Exception e2) {
continue;
}
mapper.writeValue(new File(directory + File.separatorChar + count + ".json"), ts);
if (!map.containsKey(name)) {
map.put(name, new HashMap<String, Integer>());
}
map.get(name).put(parameter, count);
count += 1;
}
mapper.writeValue(new File(directory + File.separatorChar + "index.json"), map);
}
