Method and Description |
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nom.tam.util.ArrayFuncs.computeSize(Object)
May silently underestimate the size
if the size > 2 GB.
|
nom.tam.fits.Fits.currentSize()
See getNumberOfHDUs()
|
nom.tam.fits.Header.getCard(int)
An iterator should be used for sequential
access to the header.
|
nom.tam.fits.BasicHDU.getEpoch()
Replaced by getEquinox
|
nom.tam.fits.Header.getKey(int)
An iterator should be used for sequential
access to the header.
|
nom.tam.util.ArrayFuncs.nElements(Object)
May silently underestimate
size if number is > 2 G.
|
nom.tam.util.ArrayFuncs.nLElements(Object)
May silently underestimate
size if number is > 2 G.
|
nom.tam.fits.Header.pointToData(Data)
Use the appropriate Header constructor.
|
nom.tam.util.ArrayDataInput.readArray(Object)
See readLArray(Object o).
|
nom.tam.util.BufferedDataInputStream.readArray(Object)
See readLArray(Object) which handles large arrays properly.
|
nom.tam.util.BufferedFile.readArray(Object)
The readLArray(Object) routine should be used to
ensure that large arrays which read more than
two-gigabytes return the proper value.
|
nom.tam.util.BufferedDataInputStream.readLine()
Use BufferedReader methods.
|
nom.tam.util.BufferedDataInputStream.readPrimitiveArray(Object)
See readLArray(Object o).
|
nom.tam.fits.Fits.size()
The meaning of size of ambiguous. Use
|
nom.tam.fits.Header.size()
see numberOfCards(). The units
of the size of the header may be unclear.
|