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import os |
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Import('env') |
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# compose paths |
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def radlib(name): return os.path.join(env['RAD_BUILDLIB'], name) |
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|
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# custom flags |
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getlibpath = env.StaticObject(source='getlibpath.c', |
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CPPFLAGS='-DDEFPATH="\\"%s\\""' % env['RAD_RLIBDIR'].replace('\\','/')) |
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tmapcolrs = env.StaticObject(source='tmapcolrs.c', |
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CPPFLAGS='-DPCOND=\\"pcond\\"') |
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ezxml = env.Object('ezxml.c', |
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CPPDEFINES=env.get('CPPDEFINES',[]) + env.get('EZXML_CPPDEFINES',[])) |
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|
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# source and object dependencies |
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RTSCENE = Split('''cone.c face.c free_os.c instance.c readobj.c readoct.c |
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otypes.c objset.c octree.c readfargs.c modobject.c |
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font.c mesh.c readmesh.c tmesh.c sceneio.c xf.c''') #addobjnotify.c |
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RTPIC = Split('''color.c colrops.c resolu.c image.c bmpfile.c falsecolor.c |
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tonemap.c tmapluv.c tmaptiff.c tmap16bit.c''') + [tmapcolrs] |
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RTERROR = Split('''error.c eputs.c wputs.c quit.c''') |
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RTCONT = Split('''ezxml lookup.c savestr.c savqstr.c ccolor.c ccyrgb.c |
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spec_rgb.c bsdf.c bsdf_m.c bsdf_t.c loadbsdf.c |
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disk2square.c hilbert.c interp2d.c triangulate.c''') |
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RTMATH = Split('''fvect.c invmat4.c linregr.c mat4.c tcos.c urand.c urind.c |
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zeroes.c dircode.c clip.c multisamp.c plocate.c byteswap.c''' |
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) + env.get('RAD_MATHCOMPAT', []) |
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RTFUNC = Split('''biggerlib.c caldefn.c calexpr.c calfunc.c calprnt.c |
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chanvalue.c''') |
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RTIO = Split('''fdate.c fgetline.c fgetval.c fgetword.c fputword.c loadvars.c |
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portio.c wordfile.c words.c header.c timegm.c cvtcmd.c''') |
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RTARGS = Split('''badarg.c expandarg.c''') + env.get('RAD_ARGSCOMPAT', []) |
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RTPATH = Split('''getpath.c gethomedir.c paths.c''') + [getlibpath] |
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RTLAMPS = Split('''fropen.c rexpr.c lamps.c''') |
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RTPROC = Split('''process.c''') + env.get('RAD_PROCESS', []) |
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RTMEM = Split('ealloc.c bmalloc.c') |
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RTNET = Split('myhostname.c') |
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librtrad = env.StaticLibrary(target=radlib('rtrad'), |
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source=(RTERROR + RTPATH + RTARGS + RTIO + RTMATH + RTCONT + RTMEM |
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+ RTFUNC + RTPROC + RTLAMPS + RTSCENE + RTPIC + RTNET)) |
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|
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MGF = Split('''mgf_parser.c mgf_object.c mgf_xf.c mgf_context.c''') |
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libmgf = env.StaticLibrary(target=radlib('mgf'), source=MGF) |
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|
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REETZ = Split('g3affine.c g3flist.c g3sphere.c g3vector.c gbasic.c maxheap.c') |
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libreetz = env.StaticLibrary(target=radlib('reetz'), source=REETZ) |
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|
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# librtdummy is needed, because addobjnotify has different sizes depending |
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# on the program, and in some cases isn't actually needed at all. |
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# It should really be a pointer, and its content allocated |
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# dynamically during program initialization. |
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RTDUMMY = Split('addobjnotify.c') |
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rtdummy = env.StaticLibrary(target=radlib('rtdummy'), source=RTDUMMY) |
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|
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LIBFILES = Split('tmesh.cal') |
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env.Append(RAD_RLIBINSTALL=env.Install(env['RAD_RLIBDIR'], LIBFILES)) |
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|
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if env.has_key('OGL'): |
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oglincl = env.get('CPPPATH', []) + env.get('OGLINCLUDE', []) |
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RGL = Split('rglfile.c rglmat.c rgldomat.c rglsurf.c rglinst.c rglsrc.c') |
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librgl = env.StaticLibrary(target=radlib('rgl'), source=RGL, |
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CPPPATH=oglincl) |
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Default(librgl) |
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|
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# vim: set syntax=python: |
