	DECUS FALL 1982 RSX/IAS SIG TAPE SUBMISSION
 
Submitted by:
	Michael N. LeVine
	Code 3513
	Naval Weapons Center
	China Lake
	Ca 93555
 
	(619) 939-2417
	(A/V) 437-2417
 
CONTENTS OF TAPE:
 
INDEX:FORTRAN CROSS REFERENCER V6.4
	This version contains mostly bug fixes and minor enhancements
	to the version submitted on the last fall tape. The most
	significant enhancement's to this version are: 1) that it does
	not expand to 32K words in size on  start up, rather it gives
	itself a certain minimum symbol table space and expands itself
	only if more space is required. 2) the document has been
	enhanced.
 
	Unlike the previous submission, no last minute inclusion of
	the latest bells and whistles has been made. Rather this version
	has been let to age to see if any bugs crop up so I do not
	forsee frantic patches being sent to the MULT-TASKER this time.
SUPERMAC:STRUCTURED PROGRAMMING MACROS
	Taken from a previous sig tape, I have enhanced parts of the
	SUPERMAC macro's:
		$CALL and CALLG now permit a limited amount of
		computation to be included in the argument lists.
 
		The addition of a new construct
		CONDITIONAL-SELECT-SELECT-...-[OTHERWISE]-END
		that is actually a way of doing 
		IF-elseif-elseif-[else]-endif
		in assembly.
 
FRAG:DISK FRAGMENTATION STATISTICS
	Take from a previous sig tape and modified so that it is no longer
	a privilaged task and can handle large disks (over 64K Blocks)
	properly.
 
3D PLOTTING ROUTINES.
		3-D Plotting Package
 
	This supplimental set of subroutines, was written
	to use the ZETA supplied plotting routines to generate
	3-D plots. Based on the CACM (Collected algorithms of the ACM)
	algorithm number 483  "Masked Three Dimensional Plot Program
	With Rotations [J4]".

	Included is a copy of the original CACM algorithm and a sample
	driver routine for the 3-D plotting package.
HP11C UTILITY ROUTINES:CONVERT TO/FROM FLOATING POINT BINARY FORMAT
	Included is a listing of 2 HP-11C programable calculator programs
	that will convert floating point numbers between decimal form
	and PDP-11/VAX single precision binary form.
