ftp.nice.ch/pub/next/science/mathematics/MathArray.0.60.s.tar.gz#/MathArray.0.60

COPYING.LIB
 
ChangeLog
 
Documentation/
 
INSTALL
 
MAConcreteNumber.h
[View MAConcreteNumber.h] 
MAConcreteNumber.m
[View MAConcreteNumber.m] 
MANumber.m
[View MANumber.m] 
MAValueData.m
[View MAValueData.m] 
Makefile.dependencies
 
Makefile.framework
 
Makefile.gnustep
 
Makefile.in
 
Makefile.postamble
 
Makefile.preamble.in
 
MaskedException.m
[View MaskedException.m] 
MathArray/
 
MathArray.m
[View MathArray.m] 
MathArrayExtensions.m
[View MathArrayExtensions.m] 
MathArrayPrivate.h
[View MathArrayPrivate.h] 
MathComplexArray.m
[View MathComplexArray.m] 
MathComplexArrayPrivate.h
[View MathComplexArrayPrivate.h] 
MathComplexArrayPrivate.m
[View MathComplexArrayPrivate.m] 
MathDecimalArray.m
[View MathDecimalArray.m] 
MathTemplateArray.h
[View MathTemplateArray.h] 
MathTemplateArray.m
[View MathTemplateArray.m] 
NEWS
 
NSGeometry.m
[View NSGeometry.m] 
NSObjectExtra.m
[View NSObjectExtra.m] 
PB.project
 
README
 
array_encoding.c
[View array_encoding.c] 
array_functions.m
[View array_functions.m] 
checks/
 
common.make
 
complex.c
[View complex.c] 
configure
 
configure.in
 
h.template
 
install-sh
 
m.template
 

README

MathArray: Class library for mathematical manipulation of matrices

MathArray is a general library of classes for performing mathematical
operations on arrays (vectors, matrices, etc) of values. It can
operate on any standard 'C' number type plus numbers of complex
type. MathArray is implemented using a "class cluster" concept,
allowing one to perform mathematical calculations on a number without
necessarily being aware of what type (class) of number is being
operated on.  MathArray knows implicitly what types of operations can
be performed on what types of numbers and will automatically cast
itself to the correct number type representation to handle the
specific operation. Standard operations include addition, scalar and
matrix multiplication and logical operations. Mathematical operations
in the standard C math library are also supported, as well as
user-defined functions.

MathArray also supports the NSDecimal type on systems that have this
Foundation extension.

MathArray also does much more.  Arrays can be manipulated, transposed and 
concatenated. One can extract subarrays or include subarrays within larger 
arrays.

What would you expect to pay for all this?  Nothing, you say? Well
wait, there's more.  If you ftp now, you get the following extra
classes at no extra charge:

MaskedException		- extends NSException to allow for special processing	
			  for debugging, exception handler objects, and
			  other deviant behavior.
MANumber,NSNumber(extras) - Adds complex number capability, protocols.
MAValueData		- Like NSData only it knows what type of data it stores
			  and can access values appropriately.
			
libMathArray is distributed absolutely free. It requires an
OpenStep(TM) compliant Foundation kit (such as NeXT's OPENSTEP,
Rhapsody, or GNUstep) or the NeXT Foundation kit (with EOF or NeXT
release 3.3). Get it from:

ftp://next-ftp.peak.org/pub/openstep/multi-platforms/sourcelibrary/classes/MathArray.0.60.s.tar.gz
ftp://ftp.informatik.uni-muenchen.de/pub/comp/platforms/next/Science/mathematics/MathArray.0.60.s.tar.gz

More info, contact: Adam Fedor <fedor@doc.com>

These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.