// create from a dataset
public VariableBean(Variable vs) {
this.vs = vs;
// vs = (v instanceof VariableEnhanced) ? (VariableEnhanced) v : new VariableStandardized( v);
setName(vs.getShortName());
setDescription(vs.getDescription());
setUnits(vs.getUnitsString());
setDataType(vs.getDataType().toString());
// Attribute csAtt = vs.findAttribute("_coordSystems");
// if (csAtt != null)
// setCoordSys( csAtt.getStringValue());
// collect dimensions
StringBuilder lens = new StringBuilder();
StringBuilder names = new StringBuilder();
java.util.List dims = vs.getDimensions();
for (int j = 0; j < dims.size(); j++) {
ucar.nc2.Dimension dim = (ucar.nc2.Dimension) dims.get(j);
if (j > 0) {
lens.append(",");
names.append(",");
}
String name = dim.isShared() ? dim.getName() : "anon";
names.append(name);
lens.append(dim.getLength());
}
setDimensions(names.toString());
setShape(lens.toString());
}
/* Structure {
int LAT[0];
...
int LAT[149];
} IMAGE_LAT_ARRAY(3600);
type = Layout(8); type= 2 (chunked) storageSize = (1,600) dataSize=0 dataAddress=2548046
*/
@Test
public void testReadOneAtATime() throws java.io.IOException, InvalidRangeException {
try (NetcdfFile ncfile = TestH5.openH5("IASI/IASI.h5")) {
Variable dset = ncfile.findVariable("U-MARF/EPS/IASI_xxx_1C/DATA/IMAGE_LAT_ARRAY");
assert (null != dset);
assert (dset.getDataType() == DataType.STRUCTURE);
assert (dset.getRank() == 1);
assert (dset.getSize() == 3600);
Dimension d = dset.getDimension(0);
assert (d.getLength() == 3600);
Structure s = (Structure) dset;
// read last one - chunked
StructureData sd = s.readStructure(3599);
assert sd.getScalarInt("LAT[0]") == 70862722;
assert sd.getScalarInt("LAT[149]") == 85302263;
// read one at a time
for (int i = 3590; i < d.getLength(); i++) {
s.readStructure(i);
System.out.println(" read structure " + i);
}
}
System.out.println("*** testReadIASI ok");
}
private void writeVariable(DataOutputStream stream, Variable variable, int numScores)
throws IOException {
stream.writeUTF(variable.getName());
stream.writeByte(variable.getCardinality());
for (String instantiation : variable.getInstantiations()) stream.writeUTF(instantiation);
stream.writeInt(numScores);
}
private void showDeclaration(BeanTableSorted from, boolean isNcml) {
Variable v = getCurrentVariable(from);
if (v == null) return;
infoTA.clear();
if (isNcml) {
Formatter out = new Formatter();
try {
NCdumpW.writeNcMLVariable(v, out);
} catch (IOException e) {
e.printStackTrace();
}
infoTA.appendLine(out.toString());
} else {
infoTA.appendLine(v.toString());
}
if (Debug.isSet("Xdeveloper")) {
infoTA.appendLine("\n");
infoTA.appendLine("FULL NAME = " + v.getFullName());
infoTA.appendLine("\n");
infoTA.appendLine(v.toStringDebug());
}
infoTA.gotoTop();
infoWindow.setTitle("Variable Info");
infoWindow.show();
}
/*
Structure {
int a_name;
byte b_name(3);
byte c_name(3);
short d_name(3);
int e_name(3);
long f_name(3);
int g_name(3);
short h_name(3);
int i_name(3);
long j_name(3);
float k_name(3);
double l_name(3);
} CompoundNative(15);
type = Layout(8); type= 1 (contiguous) storageSize = (15,144) dataSize=0 dataAddress=2048
*/
@Test
public void testReadH5StructureArrayMembers() throws java.io.IOException {
try (NetcdfFile ncfile = TestH5.openH5("complex/compound_native.h5")) {
Variable dset = ncfile.findVariable("CompoundNative");
assert (null != dset);
assert (dset.getDataType() == DataType.STRUCTURE);
assert (dset.getRank() == 1);
assert (dset.getSize() == 15);
Dimension d = dset.getDimension(0);
assert (d.getLength() == 15);
Structure s = (Structure) dset;
// read all with the iterator
StructureDataIterator iter = s.getStructureIterator();
while (iter.hasNext()) {
StructureData sd = iter.next();
for (StructureMembers.Member m : sd.getMembers()) {
Array data = sd.getArray(m);
NCdumpW.printArray(data, m.getName(), out, null);
}
}
}
System.out.println("*** testReadH5StructureArrayMembers ok");
}
/**
* Method to invoke when we encounter a block of text in the CSV file that is the contents of a
* predicate variable.
*
* @param csvFile The csvFile we are currently parsing.
* @param var The variable that we will be adding cells too.
* @param arg The matrix template we are using when parsing individual matrix elements to put in
* the spreadsheet.
* @return The next line in the file that is not part of the block of text in the CSV file.
* @throws IOException If unable to read the file correctly.
*/
private String parseMatrixVariable(
final BufferedReader csvFile, final Variable var, final Argument arg) throws IOException {
String line = csvFile.readLine();
while ((line != null) && Character.isDigit(line.charAt(0))) {
// Split the line into tokens using a comma delimiter.
String[] tokens = line.split(",");
Cell newCell = var.createCell();
// Set the onset and offset from tokens in the line.
newCell.setOnset(tokens[DATA_ONSET]);
newCell.setOffset(tokens[DATA_OFFSET]);
// Strip the brackets from the first and last argument.
tokens[DATA_INDEX] = tokens[DATA_INDEX].substring(1, tokens[DATA_INDEX].length());
int end = tokens.length - 1;
tokens[end] = tokens[end].substring(0, tokens[end].length() - 1);
parseFormalArgs(tokens, DATA_INDEX, var.getVariableType(), (MatrixValue) newCell.getValue());
// Get the next line in the file for reading.
line = csvFile.readLine();
}
return line;
}
public void definiteAssignment() {
if (getOperand().isVariable()) {
Variable v = getOperand().varDecl();
if (v != null && v.isFinal()) {
error("++ and -- can not be applied to final variable " + v);
}
}
}
void CheckS(Variable v) throws IOException {
// string
// assert(null != (v = dodsfile.findVariable("types.strings.s")));
// assert v.getName().equals("types.strings.s");
assert v.getRank() == 0;
assert v.getDataType() == DataType.STRING : v.getDataType();
CheckSValue(v.read());
}
void CheckInt16(Variable v) throws IOException {
// int16
// assert(null != (v = dodsfile.findVariable("types.integers.i16")));
// assert v.getName().equals("types.integers.i16");
assert v.getRank() == 0;
assert v.getSize() == 1;
assert v.getDataType() == DataType.SHORT;
CheckInt16Value(v.read());
}
void CheckD(Variable v) throws IOException {
// double
// assert(null != (v = dodsfile.findVariable("types.floats.f64")));
// assert v.getName().equals("types.floats.f64");
assert v.getRank() == 0;
assert v.getSize() == 1;
assert v.getDataType() == DataType.DOUBLE : v.getDataType();
CheckDValue(v.read());
}
void CheckF(Variable v) throws IOException {
// float
// assert(null != (v = dodsfile.findVariable("types.floats.f32")));
// assert v.getName().equals("types.floats.f32");
assert v.getRank() == 0;
assert v.getSize() == 1;
assert v.getDataType() == DataType.FLOAT : v.getDataType();
CheckFValue(v.read());
}
void CheckUrl(Variable v) throws IOException {
// url
// assert(null != (v = dodsfile.findVariable("types.strings.u")));
// assert v.getName().equals("types.strings.u");
assert v.getRank() == 0;
assert v.getDataType() == DataType.STRING : v.getDataType();
String str = v.readScalarString();
assert str.equals("http://www.opendap.org") || str.equals("http://www.dods.org") : str;
}
void CheckLong32(Variable v) throws IOException {
// uint32
// assert(null != (v = dodsfile.findVariable("types.integers.ui32")));
// assert v.getName().equals("types.integers.ui32");
assert v.getRank() == 0;
assert v.getSize() == 1;
assert v.getDataType() == DataType.LONG : v.getDataType();
CheckLongValue(v.read());
}
@Override
public VariableReference plus(Variable v) throws ScriptException {
if (v == null) throw new ScriptException(composeMessage("Binary '+' operand cannot be null"));
String urlSide = encodedURL;
if (v.hasURLPathValue()) urlSide += "/" + v.getURLPathValue();
String argSide = encodedArgs;
if (v.hasQueryArgumentValue()) {
if (argSide == null) argSide = v.getQueryArgumentValue();
else argSide += "&" + v.getQueryArgumentValue();
}
return new VariableURL(urlSide, argSide);
}
/**
* Set extra information used by station obs datasets. Use stnIdVName or stnIndexVName.
*
* @param stnIdVName the obs variable that is used to find the station in the stnHash; may be type
* int or a String (char).
* @param stnDescVName optional station var containing station description
*/
public void setStationInfo(
String stnIdVName, String stnDescVName, String stnIndexVName, StationHelper stationHelper) {
this.stnIdVName = stnIdVName;
this.stnDescVName = stnDescVName;
this.stnIndexVName = stnIndexVName;
this.stationHelper = stationHelper;
if (stnIdVName != null) {
Variable stationVar = ncfile.findVariable(stnIdVName);
stationIdType = stationVar.getDataType();
}
}
/**
* Constructor.
*
* @param ncfile the netccdf file
* @param typedDataVariables list of data variables; all record variables will be added to this
* list, except . You can remove extra
* @param obsTimeVName observation time variable name (required)
* @param nomTimeVName nominal time variable name (may be null)
* @throws IllegalArgumentException if ncfile has no unlimited dimension and recDimName is null.
*/
public RecordDatasetHelper(
NetcdfDataset ncfile,
String obsTimeVName,
String nomTimeVName,
List<VariableSimpleIF> typedDataVariables,
String recDimName,
Formatter errBuffer) {
this.ncfile = ncfile;
this.obsTimeVName = obsTimeVName;
this.nomTimeVName = nomTimeVName;
this.errs = errBuffer;
// check if we already have a structure vs if we have to add it.
if (this.ncfile.hasUnlimitedDimension()) {
this.ncfile.sendIospMessage(NetcdfFile.IOSP_MESSAGE_ADD_RECORD_STRUCTURE);
this.recordVar = (StructureDS) this.ncfile.getRootGroup().findVariable("record");
this.obsDim = ncfile.getUnlimitedDimension();
} else {
if (recDimName == null)
throw new IllegalArgumentException(
"File <"
+ this.ncfile.getLocation()
+ "> has no unlimited dimension, specify psuedo record dimension with observationDimension global attribute.");
this.obsDim = this.ncfile.getRootGroup().findDimension(recDimName);
this.recordVar = new StructurePseudoDS(this.ncfile, null, "record", null, obsDim);
}
// create member variables
List<Variable> recordMembers = ncfile.getVariables();
for (Variable v : recordMembers) {
if (v == recordVar) continue;
if (v.isScalar()) continue;
if (v.getDimension(0) == this.obsDim) typedDataVariables.add(v);
}
// need the time units
Variable timeVar = ncfile.findVariable(obsTimeVName);
String timeUnitString =
ncfile.findAttValueIgnoreCase(timeVar, CDM.UNITS, "seconds since 1970-01-01");
try {
timeUnit = new DateUnit(timeUnitString);
} catch (Exception e) {
if (null != errs) errs.format("Error on string = %s == %s%n", timeUnitString, e.getMessage());
try {
timeUnit = new DateUnit("seconds since 1970-01-01");
} catch (Exception e1) {
// cant happen
}
}
}
public static void main(String[] args) throws IOException {
Variable va = new Variable();
// va.Megas();
// va.Array();
// va.array2();
// va.array3();
// va.array4();er
// va.array6();
// System.out.println(va.array7(7));
// va.array8();
va.array9();
}
private void doWrite2(NetcdfFileWriteable ncfile, String varName) throws Exception {
Variable v = ncfile.findVariable(varName);
int[] w = getWeights(v);
int[] shape = v.getShape();
Array aa = Array.factory(v.getDataType().getPrimitiveClassType(), shape);
Index ima = aa.getIndex();
for (int i = 0; i < shape[0]; i++) {
for (int j = 0; j < shape[1]; j++) {
aa.setDouble(ima.set(i, j), (double) (i * w[0] + j * w[1]));
}
}
ncfile.write(varName, aa);
}
private int[] getWeights(Variable v) {
int rank = v.getRank();
int[] w = new int[rank];
for (int n = 0; n < rank; n++) {
Dimension dim = v.getDimension(n);
String dimName = dim.getName();
if (dimName.equals("time")) w[n] = 1000;
if (dimName.equals("z")) w[n] = 100;
if (dimName.equals("y")) w[n] = 10;
if (dimName.equals("x")) w[n] = 1;
}
return w;
}
/**
* performs the action, adding the specified Annotation. Returns the position of the end of the
* Annotation.
*/
@Override
public int perform(Document doc, PatternApplication patap) {
Span span;
HashMap bindings = patap.bestBindings;
// System.out.println ("bindings (for new annotation): " + bindings);
if (spanVariable == null) {
span = new Span(patap.startPosition, patap.bestPosition);
} else if (spanVariable.name.toString() == "0") {
span = new Span(patap.startPosition, patap.startPosition);
} else {
Object value = bindings.get(spanVariable.name);
if (value instanceof Span) {
span = (Span) value;
} else if (value instanceof Annotation) {
span = ((Annotation) value).span();
} else {
System.out.println("Value of " + spanVariable.toString() + " is not a span.or annotation");
return -1;
}
}
if (Pat.trace)
Console.println(
"Annotating "
+ doc.text(span)
+ " as "
+ type
+ " "
+ features.substitute(bindings).toSGMLString());
hideAnnotations(doc, type, span);
hideAnnotations(doc, "token", span);
Annotation newAnnotation = new Annotation(type, span, features.substitute(bindings));
doc.addAnnotation(newAnnotation);
if (bindingVariable != null) bindings.put(bindingVariable.name, newAnnotation);
return span.end();
}
@Test
public void testH5StructureDS() throws java.io.IOException {
int a_name = 0;
String[] b_name =
new String[] {
"A fight is a contract that takes two people to honor.",
"A combative stance means that you've accepted the contract.",
"In which case, you deserve what you get.",
" -- Professor Cheng Man-ch'ing"
};
String c_name = "Hello!";
// H5header.setDebugFlags(new ucar.nc2.util.DebugFlagsImpl("H5header/header"));
try (NetcdfDataset ncfile =
NetcdfDataset.openDataset(TestH5.testDir + "complex/compound_complex.h5")) {
Variable dset = ncfile.findVariable("CompoundComplex");
assert (null != dset);
assert (dset.getDataType() == DataType.STRUCTURE);
assert (dset.getRank() == 1);
assert (dset.getSize() == 6);
Dimension d = dset.getDimension(0);
assert (d.getLength() == 6);
Structure s = (Structure) dset;
// read all with the iterator
StructureDataIterator iter = s.getStructureIterator();
while (iter.hasNext()) {
StructureData sd = iter.next();
assert sd.getScalarInt("a_name") == a_name;
a_name++;
assert sd.getScalarString("c_name").equals(c_name);
String[] results = sd.getJavaArrayString(sd.findMember("b_name"));
assert results.length == b_name.length;
int count = 0;
for (String r : results) assert r.equals(b_name[count++]);
for (StructureMembers.Member m : sd.getMembers()) {
Array data = sd.getArray(m);
NCdumpW.printArray(data, m.getName(), out, null);
}
}
}
System.out.println("*** testH5StructureDS ok");
}
/* is the given variable a neighbor of this variable?*/
public boolean isNeighbor(Variable v) {
for (int i = 0; i < neighbors.size(); i++) {
Variable vv = (Variable) neighbors.elementAt(i);
if (v.equalVar(vv)) return true;
}
return false;
}
public String toString() {
// return lhs + " := " + rhs + ";";
return new StringBuilder(lhs.toString())
.append(" := ")
.append(rhs.toString())
.append(";")
.toString();
}
private void setSelected(Variable v) {
eventsOK = false;
List<Variable> vchain = new ArrayList<Variable>();
vchain.add(v);
Variable vp = v;
while (vp.isMemberOfStructure()) {
vp = vp.getParentStructure();
vchain.add(0, vp); // reverse
}
for (int i = 0; i < vchain.size(); i++) {
vp = vchain.get(i);
NestedTable ntable = setNestedTable(i, vp.getParentStructure());
ntable.setSelected(vp);
}
eventsOK = true;
}
private void compareDataset(CompareDialog.Data data) {
if (data.name == null) return;
NetcdfFile compareFile = null;
try {
compareFile = NetcdfDataset.openFile(data.name, null);
Formatter f = new Formatter();
CompareNetcdf2 cn = new CompareNetcdf2(f, data.showCompare, data.showDetails, data.readData);
if (data.howMuch == CompareDialog.HowMuch.All) cn.compare(ds, compareFile);
else {
NestedTable nested = nestedTableList.get(0);
Variable org = getCurrentVariable(nested.table);
if (org == null) return;
Variable ov = compareFile.findVariable(org.getFullNameEscaped());
if (ov != null) cn.compareVariable(org, ov);
}
infoTA.setText(f.toString());
infoTA.gotoTop();
infoWindow.setTitle("Compare");
infoWindow.show();
} catch (Throwable ioe) {
ByteArrayOutputStream bos = new ByteArrayOutputStream(10000);
ioe.printStackTrace(new PrintStream(bos));
infoTA.setText(bos.toString());
infoTA.gotoTop();
infoWindow.show();
} finally {
if (compareFile != null)
try {
compareFile.close();
} catch (Exception eek) {
}
}
}
public JIPList getSingletonVariables() {
Hashtable<String, Variable> svar = m_parser.getSingletonVariables();
JIPList singletonVars = null;
// Hashtable<String, JIPVariable> sjvar = new Hashtable<String, JIPVariable>();
for (String key : svar.keySet()) {
Variable var = svar.get(key);
if (!var.isAnonymous())
singletonVars =
JIPList.create(
JIPFunctor.create(
"=",
JIPCons.create(
JIPAtom.create(var.getName()),
JIPCons.create(new JIPVariable(var), null))),
singletonVars);
// sjvar.put(key, new JIPVariable(var));
}
if (singletonVars == null) return JIPList.NIL;
else return singletonVars; // .reverse();
}
/**
* Method to invoke when we encounter a block of text in the CSV file that is the contents of a
* variable.
*
* @param csvFile The csvFile we are currently parsing.
* @param var The variable that we will be adding cells too.
* @param The populator to use when converting the contents of the cell into a datavalue that can
* be inserted into the spreadsheet.
* @return The next line in the file that is not part of the block of text in the CSV file.
* @throws IOException If unable to read the file correctly.
*/
private String parseEntries(
final BufferedReader csvFile, final Variable var, final EntryPopulator populator)
throws IOException {
// Keep parsing lines and putting them in the newly formed nominal
// variable until we get to a line indicating the end of file or a new
// variable section.
String line = csvFile.readLine();
while ((line != null) && Character.isDigit(line.charAt(0))) {
// Split the line into tokens using a comma delimiter.
String[] tokens = line.split(",");
// BugzID: 1075 - If the line ends with an escaped new line - add
// the next line to the current text field.
while ((line != null) && line.endsWith("\\") && !line.endsWith("\\\\")) {
line = csvFile.readLine();
String content = tokens[tokens.length - 1];
content = content.substring(0, content.length() - 1);
tokens[tokens.length - 1] = content + '\n' + line;
}
Cell newCell = var.createCell();
// Set the onset and offset from tokens in the line.
newCell.setOnset(tokens[DATA_ONSET]);
newCell.setOffset(tokens[DATA_OFFSET]);
populator.populate(tokens, newCell.getValue());
// Get the next line in the file for reading.
line = csvFile.readLine();
}
return line;
}
/* Structure {
char EntryName(64);
char Definition(1024);
char Unit(1024);
char Scale Factor(1024);
} TIME_DESCR(60);
type = Layout(8); type= 2 (chunked) storageSize = (1,3136) dataSize=0 dataAddress=684294
*/
@Test
public void testReadManyAtATime() throws java.io.IOException, InvalidRangeException {
try (NetcdfFile ncfile = TestH5.openH5("IASI/IASI.h5")) {
Variable dset = ncfile.findVariable("U-MARF/EPS/IASI_xxx_1C/DATA/TIME_DESCR");
assert (null != dset);
assert (dset.getDataType() == DataType.STRUCTURE);
assert (dset.getRank() == 1);
assert (dset.getSize() == 60);
Dimension d = dset.getDimension(0);
assert (d.getLength() == 60);
ArrayStructure data = (ArrayStructure) dset.read();
StructureMembers.Member m = data.getStructureMembers().findMember("EntryName");
assert m != null;
for (int i = 0; i < dset.getSize(); i++) {
String r = data.getScalarString(i, m);
if (i % 2 == 0) assert r.equals("TIME[" + i / 2 + "]-days") : r + " at " + i;
else assert r.equals("TIME[" + i / 2 + "]-milliseconds") : r + " at " + i;
}
}
System.out.println("*** testReadManyAtATime ok");
}
public static void main(String args[]) throws Exception {
long start = System.currentTimeMillis();
Map<String, ucar.unidata.geoloc.Station> staHash =
new HashMap<String, ucar.unidata.geoloc.Station>();
String location = "R:/testdata/sounding/netcdf/Upperair_20070401_0000.nc";
NetcdfDataset ncfile = NetcdfDataset.openDataset(location);
ncfile.sendIospMessage(NetcdfFile.IOSP_MESSAGE_ADD_RECORD_STRUCTURE);
// look through record varibles, for those that have "manLevel" dimension
// make a StructureData object for those
StructureMembers sm = new StructureMembers("manLevel");
Dimension manDim = ncfile.findDimension("manLevel");
Structure record = (Structure) ncfile.findVariable("record");
List<Variable> allList = record.getVariables();
List<VariableSimpleIF> varList = new ArrayList<VariableSimpleIF>();
for (Variable v : allList) {
if ((v.getRank() == 1) && v.getDimension(0).equals(manDim)) {
// public VariableDS(NetcdfDataset ds, Group group, Structure parentStructure, String
// shortName, DataType dataType,
// String dims, String units, String desc) {
varList.add(
new VariableDS(
ncfile,
null,
null,
v.getShortName(),
v.getDataType(),
"",
v.getUnitsString(),
v.getDescription()));
// (String name, String desc, String units, DataType dtype, int []shape)
sm.addMember(
v.getShortName(),
v.getDescription(),
v.getUnitsString(),
v.getDataType(),
new int[0]); // scalar
}
}
ArrayStructureMA manAS = new ArrayStructureMA(sm, new int[] {manDim.getLength()});
// need the date units
Variable time = ncfile.findVariable("synTime");
String timeUnits = ncfile.findAttValueIgnoreCase(time, "units", null);
timeUnits = StringUtil.remove(timeUnits, '('); // crappy fsl'ism
timeUnits = StringUtil.remove(timeUnits, ')');
DateUnit timeUnit = new DateUnit(timeUnits);
// extract stations
int nrecs = 0;
StructureDataIterator iter = record.getStructureIterator();
while (iter.hasNext()) {
StructureData sdata = iter.next();
String name = sdata.getScalarString("staName");
ucar.unidata.geoloc.Station s = staHash.get(name);
if (s == null) {
float lat = sdata.convertScalarFloat("staLat");
float lon = sdata.convertScalarFloat("staLon");
float elev = sdata.convertScalarFloat("staElev");
s = new StationImpl(name, "", lat, lon, elev);
staHash.put(name, s);
}
nrecs++;
}
List<ucar.unidata.geoloc.Station> stnList =
Arrays.asList(staHash.values().toArray(new ucar.unidata.geoloc.Station[staHash.size()]));
Collections.sort(stnList);
// create the writer
WriterProfileObsDataset writer =
new WriterProfileObsDataset(location + ".out", "rewrite " + location);
writer.writeHeader(stnList, varList, nrecs, "prMan");
// extract records
iter = record.getStructureIterator();
while (iter.hasNext()) {
StructureData sdata = iter.next();
String name = sdata.getScalarString("staName");
double timeValue = sdata.convertScalarDouble("synTime");
Date date = timeUnit.makeDate(timeValue);
// transfer to the ArrayStructure
List<String> names = sm.getMemberNames();
for (String mname : names) {
manAS.setMemberArray(mname, sdata.getArray(mname));
}
// each level is weritten as a seperate structure
int numMand = sdata.getScalarInt("numMand");
if (numMand >= manDim.getLength()) continue;
for (int i = 0; i < numMand; i++) {
StructureData useData = manAS.getStructureData(i);
writer.writeRecord(name, date, useData);
}
}
writer.finish();
long took = System.currentTimeMillis() - start;
System.out.println("That took = " + took);
}
// create from a dataset
public ObsBean(Structure obs, StructureData sdata) {
// first choice
for (Variable v : obs.getVariables()) {
Attribute att = v.findAttribute("BUFR:TableB_descriptor");
if (att == null) continue;
String val = att.getStringValue();
if (val.equals("0-5-1") && Double.isNaN(lat)) {
lat = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-6-1") && Double.isNaN(lon)) {
lon = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-7-30") && Double.isNaN(alt)) {
alt = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-4-1") && (year < 0)) {
year = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-4-2") && (month < 0)) {
month = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-4-3") && (day < 0)) {
day = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-4-4") && (hour < 0)) {
hour = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-4-5") && (minute < 0)) {
minute = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-4-6") && (sec < 0)) {
sec = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-1-1") && (wmo_block < 0)) {
wmo_block = sdata.convertScalarInt(v.getShortName());
} else if (val.equals("0-1-2") && (wmo_id < 0)) {
wmo_id = sdata.convertScalarInt(v.getShortName());
} else if ((stn == null)
&& (val.equals("0-1-7")
|| val.equals("0-1-194")
|| val.equals("0-1-11")
|| val.equals("0-1-18"))) {
if (v.getDataType().isString()) stn = sdata.getScalarString(v.getShortName());
else stn = Integer.toString(sdata.convertScalarInt(v.getShortName()));
}
}
// second choice
for (Variable v : obs.getVariables()) {
Attribute att = v.findAttribute("BUFR:TableB_descriptor");
if (att == null) continue;
String val = att.getStringValue();
if (val.equals("0-5-2") && Double.isNaN(lat)) {
lat = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-6-2") && Double.isNaN(lon)) {
lon = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-7-1") && Double.isNaN(alt)) {
alt = sdata.convertScalarDouble(v.getShortName());
} else if ((val.equals("0-4-7")) && (sec < 0)) {
sec = sdata.convertScalarInt(v.getShortName());
}
}
// third choice
for (Variable v : obs.getVariables()) {
Attribute att = v.findAttribute("BUFR:TableB_descriptor");
if (att == null) continue;
String val = att.getStringValue();
if (val.equals("0-7-10") && Double.isNaN(alt)) {
alt = sdata.convertScalarDouble(v.getShortName());
} else if (val.equals("0-7-2") && Double.isNaN(alt)) {
alt = sdata.convertScalarDouble(v.getShortName());
}
}
}
