changelog

在GNU标准下开发的遗传算法程序包

2005-01-27  Matthew Wall  <[e-mail]>

	* gaconfig.h: added instantiation prefix for compilers that need 
	forced instantiations but vary in their syntax.

2005-01-12  Matthew Wall  <[e-mail]>

	* gaconfig.h: fixed comment about use of streams.
	keep MSC_VER detection after other compilers so that the windows-
	based compilers that are trying to be like vcpp will not be detected
	as vcpp.

2005-01-11  Matthew Wall  <[e-mail]>

	* gaconfig.h: fixed macro definitions for streams, templates

2005-01-06  Matthew Wall  <[e-mail]>

	* gaconfig.h: update ms compiler notes
	fixed borland compiler version detection.

2004-12-29  Matthew Wall  <[e-mail]>

	* GA2DArrayGenome.C: fixed oversight
	* GASimpleGA.C: use our own seed if one was specified
	* GAPopulation.C: keep compilers happy about redefining NOMINMAX
	* gaversion.h: added function for programmatic access to the library
	identifier string.
	* GABaseGA.[hC]: added seed as a recognized option
	* ga.h: no need to remove the deterministic crowding algorithm - it has
	no templates.

2004-12-28  Matthew Wall  <[e-mail]>

	* GAPopulation.C: be sure that we use the same score (just in case the
	invocation of the score member is not deterministic).
	* gaconfig.h: deal with assertions
	* GASelector.C: fix end-of-array bug and added assertions to trigger
	other bad index problems.

2004-12-28  Matthew Wall  <[e-mail]>

	* GARealGenome.C: adhere to c++ standard
	* GAStringGenome.C: adhere to c++ standard
	* GAListGenome.C: adhere to c++ standard
	* GATreeGenome.C: adhere to c++ standard
	* GA3DArrayGenome.C: adhere to c++ standard
	* GA3DArrayGenome.h: adhere to c++ standard
	* GA2DArrayGenome.h: adhere to c++ standard
	* GA1DArrayGenome.C: adhere to c++ standard
	* GA1DArrayGenome.h: adhere to c++ standard
	* gabincvt.C: keep the compilers happy about conversions

2004-12-28  Matthew Wall  <[e-mail]>

	* gaconfig.h: added options for ibm xlC and hp aCC compilers.
	* GARealGenome.h: adjust instantiation sequence to prevent premature
	instantiation (before specialization).  esp for gcc3.
	* GAStringGenome.h: ditto
	* garandom.C: avoid naming clashes.  eventually galib will live in its
	own namespace, but not for now.
	* garandom.h: dito
	* GARealGenome.C: fix specializations
	* GAStringGenome.C: fix specializations
	* makefile: added ranlib for macosx, aix
	emit compile flags to BUILD file for diagnosis.
	
2004-12-27  Matthew Wall  <[e-mail]>

	* GAGenome.h: macro name change for streams management.  include a
	separate file for streams.
	* GATreeGenome.C: ditto
	* GAStringGenome.C: ditto
	* GAStatistics.C: ditto
	* GARealGenome.C: ditto
	* GAPopulation.C: ditto
	* GAParameter.C: ditto
	* GAListGenome.C: ditto
	* GABin2DecGenome.C: ditto
	* GABaseGA.C: ditto
	* GAAllele.C: ditto
	* GA3DArrayGenome.C: ditto
	* GA3DBinStrGenome.C: ditto
	* GA2DBinStrGenome.C: ditto
	* GA2DArrayGenome.C: ditto
	* GA1DArrayGenome.C: ditto
	* GA1DBinStrGenome.C: ditto
	* gaerror.h: ditto
	* GAStatistics.h: ditto
	* GASimpleGA.h: ditto
	* GASStateGA.h: ditto
	* GAPopulation.h: ditto
	* GAParameter.h: ditto
	* GANode.h: ditto
	* GADemeGA.h: ditto
	* GAIncGA.h: ditto
	* GA2DBinStrGenome.h: ditto
	* GABin2DecGenome.h: ditto
	* GAListGenome.h: ditto
	* GATreeGenome.h: ditto
	* GABaseGA.h: ditto
	* GAAllele.h: ditto
	* GA3DBinStrGenome.h: ditto
	* GA3DArrayGenome.h: ditto
	* GA2DBinStrGenome.h: ditto
	* GA2DArrayGenome.h: ditto
	* GA1DBinStrGenome.h: ditto
	* GA1DArrayGenome.h: macro name change for streams management
	* ga.h: macro name change
	* std_stream.h: split stream inclusion into file separate from 
	gaconfig in order to avoid clashes with 'using namespace std'
	* gaconfig.h: renamed macros to avoid clashes with other libraries and
	to make it easier to enable/disable features when tweaking galib to
	work with oddball compilers and environments.
	* gabincvt.C: use renamed macros
	* garandom.C: change to USE_PID macro
	* gaversion.h: added os-cpu-compiler detection to make identification
	of binaries bit easier using strings or ident.  also the first step
	toward autoconf-style automatic detection of stuff (hopefully without
	all of the autoconf/automake overhead and failures).