/**
* Open an ADDE Station Dataset from an InvAccess, which must be type ADDE and Station.
*
* @param access open Invdataset from this access.
* @throws IOException
*/
public AddeStationObsDataset(InvAccess access, ucar.nc2.util.CancelTask cancelTask)
throws IOException {
super();
InvDataset invDs = access.getDataset();
this.location =
(invDs.getID() != null)
? "thredds:" + access.getDataset().getCatalogUrl()
: access.getStandardUrlName();
addeURL = access.getStandardUrlName();
// see if we have a stationDB file
InvDataset invds = access.getDataset();
String pv = invds.findProperty("_StationDBlocation");
if (pv != null) {
stationDBlocation = InvDatasetImpl.resolve(invds, pv);
}
init();
// Get the bounding box if possible
ThreddsMetadata.GeospatialCoverage geoCoverage = invds.getGeospatialCoverage();
if (null != geoCoverage) boundingBox = geoCoverage.getBoundingBox();
else // otherwise, stationHelper constructs from the station locations
boundingBox = stationHelper.getBoundingBox();
// get the date range if possible
DateRange timeCoverage = invds.getTimeCoverage();
if (timeCoverage != null) {
startDate = timeCoverage.getStart().getDate();
endDate = timeCoverage.getEnd().getDate();
} else {
startDate = new Date(0); // fake
endDate = new Date();
}
/* // LOOK maybe its already annotated ??
LOOK set title, description
ThreddsDataFactory.annotate( access.getDataset(), this);
finish(); */
}
protected Element genLonLatEnvelope(GridCoordSystem gcs) {
// <CoverageOfferingBrief>/lonLatEnvelope
Element lonLatEnvelopeElem = new Element("lonLatEnvelope", wcsNS);
lonLatEnvelopeElem.setAttribute("srsName", "urn:ogc:def:crs:OGC:1.3:CRS84");
LatLonRect llbb = gcs.getLatLonBoundingBox();
LatLonPoint llpt = llbb.getLowerLeftPoint();
LatLonPoint urpt = llbb.getUpperRightPoint();
// <CoverageOfferingBrief>/lonLatEnvelope/gml:pos
String firstPosition = llpt.getLongitude() + " " + llpt.getLatitude();
double lon = llpt.getLongitude() + llbb.getWidth();
String secondPosition = lon + " " + urpt.getLatitude();
// ToDo WCS 1.0Plus - Add vertical (Deal with conversion to meters. Yikes!!)
// CoordinateAxis1D vertAxis = gcs.getVerticalAxis();
// if ( vertAxis != null )
// {
// // See verAxis.getUnitsString()
// firstPosition += " " + vertAxis.getCoordValue( 0);
// secondPostion += " " + vertAxis.getCoordValue( ((int)vertAxis.getSize()) - 1);
// }
lonLatEnvelopeElem.addContent(new Element("pos", gmlNS).addContent(firstPosition));
lonLatEnvelopeElem.addContent(new Element("pos", gmlNS).addContent(secondPosition));
// <CoverageOfferingBrief>/lonLatEnvelope/gml:timePostion [2]
if (gcs.hasTimeAxis()) {
DateRange dr = gcs.getDateRange();
if (dr != null) {
lonLatEnvelopeElem.addContent(
new Element("timePosition", gmlNS).addContent(dr.getStart().toDateTimeStringISO()));
lonLatEnvelopeElem.addContent(
new Element("timePosition", gmlNS).addContent(dr.getEnd().toDateTimeStringISO()));
}
}
return lonLatEnvelopeElem;
}
// check that parms have valid stations, vars and times
private Boolean checkQueryParms(
DatasetRepository.RadarType radarType, QueryParams qp, Boolean level2) throws IOException {
if (qp.hasBB) {
if (radarType.equals(DatasetRepository.RadarType.nexrad))
qp.stns = RadarServerUtil.getStationNames(qp.getBB(), DatasetRepository.nexradList);
else qp.stns = RadarServerUtil.getStationNames(qp.getBB(), DatasetRepository.terminalList);
if (qp.stns.size() == 0) {
qp.errs.append("Bounding Box contains no stations ");
return false;
}
if (!level2) qp.stns = RadarServerUtil.convert4to3stations(qp.stns);
}
if (qp.hasStns) {
if (RadarServerUtil.isStationListEmpty(qp.stns, radarType)) {
qp.errs.append("No valid stations specified, need 1 ");
return false;
} else if (level2) {
for (String stn : qp.stns) {
if (stn.length() == 3) {
qp.errs.append("Need 4 character station names ");
return false;
}
}
} else if (!level2) qp.stns = RadarServerUtil.convert4to3stations(qp.stns);
}
if (qp.hasLatlonPoint) {
qp.stns = new ArrayList<String>();
if (radarType.equals(DatasetRepository.RadarType.nexrad))
qp.stns.add(
RadarServerUtil.findClosestStation(qp.lat, qp.lon, DatasetRepository.nexradList));
else
qp.stns.add(
RadarServerUtil.findClosestStation(qp.lat, qp.lon, DatasetRepository.terminalList));
if (!level2) qp.stns = RadarServerUtil.convert4to3stations(qp.stns);
} else if (qp.fatal) {
qp.errs.append("No valid stations specified 2 ");
return false;
}
if (qp.stns == null || qp.stns.size() == 0) {
qp.errs.append("No valid stations specified, need 1 ");
return false;
}
boolean useAllStations = (qp.stns.get(0).toUpperCase().equals("ALL"));
if (useAllStations) {
if (radarType.equals(DatasetRepository.RadarType.nexrad))
qp.stns =
RadarServerUtil.getStationNames(DatasetRepository.nexradList); // need station names
else
qp.stns =
RadarServerUtil.getStationNames(DatasetRepository.terminalList); // need station names
if (!level2) qp.stns = RadarServerUtil.convert4to3stations(qp.stns);
}
if (qp.hasTimePoint) {
if (qp.time.isPresent()) {
try {
qp.time_end = new DateType("present", null, null);
qp.time_start = epicDateType;
} catch (java.text.ParseException e) {
qp.errs.append("Illegal param= 'time' must be valid ISO Duration");
return false;
}
} else {
qp.time_end = qp.time;
qp.time_start = qp.time;
}
} else if (qp.hasDateRange) {
DateRange dr = qp.getCalendarDateRange().toDateRange();
qp.time_start = dr.getStart();
qp.time_end = dr.getEnd();
} else { // get all times
qp.time_latest = 1;
// qp.hasDateRange = true;
try {
qp.time = new DateType("present", null, null);
qp.time_end = new DateType("present", null, null);
qp.time_start = epicDateType;
} catch (java.text.ParseException e) {
qp.errs.append("Illegal param= 'time' must be valid ISO Duration ");
return false;
}
}
if (level2) {
qp.vars = null; // level2 can't select vars
} else if (qp.vars == null) { // level 3 with no vars
qp.errs.append("No vars selected ");
return false;
} else if (qp.vars.get(0).contains("/")) { // remove desc from vars
ArrayList<String> tmp = new ArrayList<String>();
for (String var : qp.vars) {
tmp.add(var.replaceFirst("/.*", ""));
}
qp.vars = tmp;
}
return true;
}