How to use

incrDestElem

method

in

ucar.nc2.iosp.IndexChunker$Chunk

private Chunk nextInner(boolean first, int nbytes) {
 if (first) {
  chunkInner.setNelems(nbytes / elemSize);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nbytes = getMaxBytes( (chunkOuter.getSrcElem() + doneInner) * elemSize);
  nbytes = Math.min(nbytes, needInner * elemSize);
  chunkInner.setNelems(nbytes / elemSize); // set this chunk's value
 }
 chunkInner.setSrcPos( getFilePos( (chunkOuter.getSrcElem() + doneInner) * elemSize));
 return chunkInner;
}

private Chunk nextInner(boolean first, int nbytes) {
 if (first) {
  chunkInner.setNelems(nbytes / elemSize);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nbytes = getMaxBytes( (chunkOuter.getSrcElem() + doneInner) * elemSize);
  nbytes = Math.min(nbytes, needInner * elemSize);
  chunkInner.setNelems(nbytes / elemSize); // set this chunk's value
 }
 chunkInner.setSrcPos( getFilePos( (chunkOuter.getSrcElem() + doneInner) * elemSize));
 return chunkInner;
}

private Chunk nextInner(boolean first, int nbytes) {
 if (first) {
  chunkInner.setNelems(nbytes / elemSize);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nbytes = getMaxBytes( (chunkOuter.getSrcElem() + doneInner) * elemSize);
  nbytes = Math.min(nbytes, needInner * elemSize);
  chunkInner.setNelems(nbytes / elemSize); // set this chunk's value
 }
 chunkInner.setSrcPos( getFilePos( (chunkOuter.getSrcElem() + doneInner) * elemSize));
 return chunkInner;
}

/**
 * Get the next chunk
 * @return the next chunk
 */
public Chunk next() {
 if (chunk == null) {
  chunk = new Chunk(start, nelems, 0);
 } else {
  chunkIndex.incr(); // increment one element, which represents one chunk = nelems * sizeElem
  chunk.incrDestElem(nelems); // always read nelems at a time
 }
 // Get the current element's  index from the start of the file
 chunk.setSrcElem(start + chunkIndex.currentElement());
 if (debugNext)
  System.out.println(" next chunk: " + chunk);
 done += nelems;
 return chunk;
}

/**
 * Get the next chunk
 * @return the next chunk
 */
public Chunk next() {
 if (chunk == null) {
  chunk = new Chunk(start, nelems, 0);
 } else {
  chunkIndex.incr(); // increment one element, which represents one chunk = nelems * sizeElem
  chunk.incrDestElem(nelems); // always read nelems at a time
 }
 // Get the current element's  index from the start of the file
 chunk.setSrcElem(start + chunkIndex.currentElement());
 if (debugNext)
  System.out.println(" next chunk: " + chunk);
 done += nelems;
 return chunk;
}

/**
 * Get the next chunk
 * @return the next chunk
 */
public Chunk next() {
 if (chunk == null) {
  chunk = new Chunk(start, nelems, 0);
 } else {
  chunkIndex.incr(); // increment one element, which represents one chunk = nelems * sizeElem
  chunk.incrDestElem(nelems); // always read nelems at a time
 }
 // Get the current element's  index from the start of the file
 chunk.setSrcElem(start + chunkIndex.currentElement());
 if (debugNext)
  System.out.println(" next chunk: " + chunk);
 done += nelems;
 return chunk;
}

private IndexChunker.Chunk nextInner(boolean first, int nelems) {
 if (first) {
  chunkInner.setNelems(nelems);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nelems = getMaxElem( chunkOuter.getSrcElem() + doneInner);
  nelems = Math.min(nelems, needInner);
  chunkInner.setNelems(nelems); // set this chunk's value
 }
 chunkInner.setSrcElem( chunkOuter.getSrcElem() + doneInner);
 chunkInner.setSrcPos( getFilePos( chunkOuter.getSrcElem() + doneInner));
 return chunkInner;
}

private IndexChunker.Chunk nextInner(boolean first, int nelems) {
 if (first) {
  chunkInner.setNelems(nelems);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nelems = getMaxElem( chunkOuter.getSrcElem() + doneInner);
  nelems = Math.min(nelems, needInner);
  chunkInner.setNelems(nelems); // set this chunk's value
 }
 chunkInner.setSrcElem( chunkOuter.getSrcElem() + doneInner);
 chunkInner.setSrcPos( getFilePos( chunkOuter.getSrcElem() + doneInner));
 return chunkInner;
}

private IndexChunker.Chunk nextInner(boolean first, int nelems) {
 if (first) {
  chunkInner.setNelems(nelems);
  chunkInner.setDestElem( chunkOuter.getDestElem());
  needInner = chunkOuter.getNelems();
  doneInner = 0;
 } else {
  chunkInner.incrDestElem( chunkInner.getNelems()); // increment using last chunks' value
  nelems = getMaxElem( chunkOuter.getSrcElem() + doneInner);
  nelems = Math.min(nelems, needInner);
  chunkInner.setNelems(nelems); // set this chunk's value
 }
 chunkInner.setSrcElem( chunkOuter.getSrcElem() + doneInner);
 chunkInner.setSrcPos( getFilePos( chunkOuter.getSrcElem() + doneInner));
 return chunkInner;
}