How to use

findVariable

method

in

ucar.nc2.Sequence

SeqIter() {
 addTime = (construct.recordStructure.findVariable(ConstructNC.TIME_NAME) != null);
 reset();
}

private void read2() throws IOException {
 Message proto = messages.get(0);
 BufrConfig config = BufrConfig.openFromMessage(raf, proto, null);
 Construct2 construct = new Construct2(proto, config, new NetcdfFileSubclass());
 Sequence obs = construct.getObsStructure();
 seq2 = (Structure) obs.findVariable("seq2");
 seq3 = (Structure) obs.findVariable("seq3");
 seq4 = (Structure) seq3.findVariable("seq4");
 // read all the messages
 ArrayStructure data;
 for (Message m : messages) {
  if (!m.dds.isCompressed()) {
   MessageUncompressedDataReader reader = new MessageUncompressedDataReader();
   data = reader.readEntireMessage(obs, proto, m, raf, null);
  } else {
   MessageCompressedDataReader reader = new MessageCompressedDataReader();
   data = reader.readEntireMessage(obs, proto, m, raf, null);
  }
  while ( data.hasNext()) {
   StructureData sdata = (StructureData) data.next();
   add(sdata);
  }
 }
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   //v.remove(att);
  }
  m.setDataObject(vf);
 }
 return result;
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   //v.remove(att);
  }
  m.setDataObject(vf);
 }
 return result;
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   //v.remove(att);
  }
  m.setDataObject(vf);
 }
 return result;
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   v.remove(att);
  }
  m.setDataObject( vf);
 }
 return result;
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   v.remove(att);
  }
  m.setDataObject( vf);
 }
 return result;
}

private StructureDataRegexp.Vinfo setVinfo(RandomAccessFile raff, NetcdfFile ncfile, Pattern p, String seqName) {
 Sequence seq = (Sequence) ncfile.findVariable(seqName);
 StructureMembers sm = seq.makeStructureMembers();
 StructureDataRegexp.Vinfo result = new StructureDataRegexp.Vinfo(raff, sm, p);
 seq.setSPobject(result);
 int fldno = 1;
 for (StructureMembers.Member m : sm.getMembers()) {
  StructureDataRegexp.VinfoField vf = new StructureDataRegexp.VinfoField(fldno++);
  Variable v = seq.findVariable(m.getName());
  Attribute att = v.findAttribute("iosp_scale");
  if (att != null) {
   vf.hasScale = true;
   vf.scale = att.getNumericValue().floatValue();
   v.remove(att);
  }
  m.setDataObject( vf);
 }
 return result;
}

m.setDataParam(offset);
Variable mv = seq.findVariable(m.getName());
DataDescriptor dk = (DataDescriptor) mv.getSPobject();
if (dk.replication == 0)

m.setDataParam(offset);
Variable mv = seq.findVariable(m.getName());
BufrConfig.FieldConverter fld = (BufrConfig.FieldConverter) mv.getSPobject();
DataDescriptor dk = fld.dds;