A quick guide to all the apps in this directory.

bincount:	Add together all of the photons received in each channel over 500 frames
		of your choosing.  The output is sorted by channel number.

		bincount -i FILE -r RECORD -s SPEC
		FILE:		NPOI Data File

binsum:		Generate a movie of the photons received in each bin/channel.

		binsum INFILE WAVEFILE SPEC RECORD
		INFILE:		NPOI Data File
		WAVEFILE:	Basic wavelength file

calculateBounds:Read in a wavelength file with JUST channel centers and spit
		out a new file with centers and bounds

		calculateBounds INWAVEFILE OUTWAVEFILE

fs:		Plot fringe spectra across varying values of K for one (or more!)
		channels.  The fringe spectra calculation is averaged over 500 frames.
		Modification of what values of K to evaluate takes place in the first lines
		of fs.C

		fs INFILE WAVEFILE DEVICE RECORD SPEC CHAN [CHAN ...]
		INFILE:		NPOI Data File
		WAVEFILE:	Basic wavelength file
		DEVICE:		PGPLOT device (/xwin for screen, "foo.ps/cps" for color ps)
		CHAN [CHAN...]:	Channels (may specify more than 1, each is 0-based)

gdscroll:	Interactive whole-scan group delay toy

		gdscroll INFILE WAVEFILE SPEC K
		INFILE:		NPOI Data File
		WAVEFILE:	Basic wavelength file
		K:		Value of k to evaluate against

gdscrollf:	Interactive whole-record group delay toy

		gdscrollf INFILE WAVEFILE RECORD SPEC K
		--same as above--

gdFrame:	Plot G(d) for consecutive frames.  The first frame is placed inside a box
		with all subsequent frames being just the data.
		INFILE:		NPOI Data File
		WAVEFILE:	Basic wavelength file
		DEVICE:		PGPLOT device
		INTEGRATION:	Number of frames to display (10, etc)

gdRecord:	Plot the maximum value of G found 

photonPix:	Poster-plotter-generator for Tom Armstrong.  Generates two plots which
		can be tacked together later.

		photonPix INFILE WAVEFILE PIXELDEVICE HISTDEVICE RECORD FRAME SPEC
			INTEGRATION
		INFILE:		NPOI Data File
		WAVEFILE:	Basic wavelength file
		PIXELDEVICE:	Device to spit greyscale image to (/xwin for screen...)
		HISTDEVICE:	Device to spit histtogram to (like above [and "fs"])
		INTEGRATION:	Number of frames to integrate across (10, 20 seem to be
				good values)
