[ViewVC] Annotation of: radiance/ray/src/hd/SConscript

from __future__ import division, print_function, unicode_literals

import os

Import('env')

# math libs
mlib = env['RAD_MLIB']

# compose paths
def radbin(name): return os.path.join('$RAD_BUILDBIN', name)
def radlib(name): return os.path.join('$RAD_BUILDLIB', name)

# common objects
viewbeams = env.Object(source='viewbeams.c')
holo = env.Object(source='holo.c')
holofile = env.Object(source='holofile.c')
clumpbeams = env.Object(source='clumpbeams.c')

# standard targets
PROGS = (
('rholo', Split('''rholo.c rholo2.c rholo2l.c rholo3.c rholo4.c''')
         + [env.version, holofile, holo, viewbeams], ['rtrad'],0),
('rhpict', Split('rhpict.c rhpict2.c')+[env.version, holofile, holo, viewbeams],
        ['rtrad'],1),
('rhcopy', Split('rhcopy.c') + [clumpbeams, holofile, holo], ['rtrad'],1),
('rhinfo', Split('rhinfo.c') + [holofile, holo], ['rtrad'],1),
('rhoptimize', Split('rhoptimize.c') + [clumpbeams,holofile,holo], ['rtrad'],1),
('genrhgrid', Split('genrhgrid.c') + [holofile, holo], ['rtrad'],1),
)
if 1:
        for p in PROGS:
                if not p[3] and os.name == 'nt': continue 
                prog = env.Program(target=radbin(p[0]),
                                source=p[1], LIBS=p[2] + mlib)
                Default(prog)
                env.Append(RAD_BININSTALL=[env.Install(env['RAD_BINDIR'], prog)])

# display drivers
if env.has_key('X11INCLUDE'):
        xenv = env.Clone(CPPPATH=[env['X11INCLUDE']] + env['CPPPATH'],
                        LIBPATH=[env['X11LIB']] + env['LIBPATH'],)
        # common objects
        rhdisp = xenv.Object(source='rhdisp.c')
        rhdisp2 = xenv.Object(source='rhdisp2.c')
        rhd_qtree = env.Object(source='rhd_qtree.c')
        xcommon = [rhdisp, rhdisp2, holo, viewbeams]
        # other stuff
        devdir = os.path.join(xenv['RAD_BUILDBIN'],'dev')
        idevdir = os.path.join(xenv['RAD_BINDIR'],'dev')
        ocppflags = xenv.get('CPPFLAGS', [])
        addobj = xenv.get('ADDOBJNOTIFY')

        # XXX the .hdi extension will cause problems on Windows
        xenv['PROGSUFFIX'] = '.hdi'

        def make_hdi(p): # build them
                obj = xenv.Object(target=p[3], source=p[4], CPPFLAGS=ocppflags + p[5])
                prog = xenv.Program(target=radbin(p[0]),
                                source=[obj] + p[1] + xcommon, LIBS=p[2])
                Default(prog)
                inst = xenv.Install(idevdir, prog)
                # XXX what are the alternative "<driver>h" names good for?
                insth = xenv.InstallAs(target=radbin(
                                        p[0] + 'h' + xenv['PROGSUFFIX']), source=prog)
                env.Append(RAD_BININSTALL=[inst, insth])

        # (name, sources,   libs,   obj, objsrc, objflags)
        XHDI = (('x11',  Split('rhd_ctab.c rhd_qtree2r.c') + [rhd_qtree],
                                ['rtrad', 'X11'] + mlib,
                                'rhd_x11', 'rhd_x11.c', []),
                   )
        for p in XHDI:
                make_hdi(p)

        if env.has_key('OGL'):
                rgllibs = ['rgl','rtrad']
                ogl_common_s = Split('rhd_odraw.c rhd_geom.c')
                ogl_common = map(lambda s:xenv.Object(source=s), ogl_common_s)
                rhdobj = xenv.Object(source='rhdobj.c')

                GLHDI = (
                        # glx1h
                        ('glx1', ['rhd_qtree2c.c', rhd_qtree],
                         ['rtrad', 'GLU','GL','X11'] + mlib,
                         'rhd_glx1', 'rhd_glx1.c', ['-DNOSTEREO']),

                        # oglh
                        ('ogl', ogl_common + [addobj],
                         rgllibs+['rtrad', 'GLU','GL','X11'] + mlib,
                         'rhd_ogl0', 'rhd_ogl.c', ['-DNOSTEREO']),

                        # ogloh
                        ('oglo', [rhdobj] + ogl_common + [addobj],
                         rgllibs+['rtrad']+['rtrad', 'GLU','GL','X11'] + mlib,
                         'rhd_oglo', 'rhd_ogl.c', ['-DDOBJ', '-DNOSTEREO']),
                        )
                for p in GLHDI:
                        make_hdi(p)
                if xenv['RAD_STEREO'] == '-DSTEREO':

                        GLSHDI = (
                                # oglsh
                                ('ogls', ogl_common,
                                 rgllibs+['rtrad', 'GLU','GL','X11','Xext'] + mlib,
                                 'rhd_ogls', 'rhd_ogl.c', ['-DSTEREO']),
                                        
                                # oglsoh
                                ('oglso', [rhdobj] + ogl_common,
                                 rgllibs+['rtrad', 'GLU','GL','X11','Xext'] + mlib,
                                 'rhd_oglso', 'rhd_ogl.c', ['-DDOBJ', '-DSTEREO']),
                                        )
                        for p in GLHDI:
                                make_hdi(p)


# vim: set syntax=python:
# vi: set ts=4 sw=4 :
Revision:	1.13
Committed:	Mon Jan 8 13:38:37 2018 UTC (6 years, 4 months ago) by schorsch
Branch:	MAIN
CVS Tags:	rad5R4, rad5R2, rad5R3, HEAD
Changes since 1.12:	+3 -0 lines
Log Message:	Updating to SCons 3.x, adding support for Python 3
#	User	Rev	Content
1	schorsch	1.13	from __future__ import division, print_function, unicode_literals
2
3	schorsch	1.1	import os
4
5			Import('env')
6
7			# math libs
8			mlib = env['RAD_MLIB']
9
10	schorsch	1.8	# compose paths
11			def radbin(name): return os.path.join('$RAD_BUILDBIN', name)
12			def radlib(name): return os.path.join('$RAD_BUILDLIB', name)
13
14	schorsch	1.1	# common objects
15			viewbeams = env.Object(source='viewbeams.c')
16			holo = env.Object(source='holo.c')
17	schorsch	1.2	holofile = env.Object(source='holofile.c')
18	schorsch	1.5	clumpbeams = env.Object(source='clumpbeams.c')
19	schorsch	1.1
20			# standard targets
21			PROGS = (
22	schorsch	1.2	('rholo', Split('''rholo.c rholo2.c rholo2l.c rholo3.c rholo4.c''')
23	schorsch	1.10	+ [env.version, holofile, holo, viewbeams], ['rtrad'],0),
24	schorsch	1.8	('rhpict', Split('rhpict.c rhpict2.c')+[env.version, holofile, holo, viewbeams],
25	schorsch	1.10	['rtrad'],1),
26			('rhcopy', Split('rhcopy.c') + [clumpbeams, holofile, holo], ['rtrad'],1),
27			('rhinfo', Split('rhinfo.c') + [holofile, holo], ['rtrad'],1),
28			('rhoptimize', Split('rhoptimize.c') + [clumpbeams,holofile,holo], ['rtrad'],1),
29			('genrhgrid', Split('genrhgrid.c') + [holofile, holo], ['rtrad'],1),
30	schorsch	1.1	)
31	schorsch	1.9	if 1:
32	schorsch	1.1	for p in PROGS:
33	schorsch	1.9	if not p[3] and os.name == 'nt': continue
34	schorsch	1.8	prog = env.Program(target=radbin(p[0]),
35	schorsch	1.2	source=p[1], LIBS=p[2] + mlib)
36	schorsch	1.1	Default(prog)
37			env.Append(RAD_BININSTALL=[env.Install(env['RAD_BINDIR'], prog)])
38
39			# display drivers
40			if env.has_key('X11INCLUDE'):
41	schorsch	1.7	xenv = env.Clone(CPPPATH=[env['X11INCLUDE']] + env['CPPPATH'],
42	schorsch	1.1	LIBPATH=[env['X11LIB']] + env['LIBPATH'],)
43			# common objects
44			rhdisp = xenv.Object(source='rhdisp.c')
45			rhdisp2 = xenv.Object(source='rhdisp2.c')
46			rhd_qtree = env.Object(source='rhd_qtree.c')
47			xcommon = [rhdisp, rhdisp2, holo, viewbeams]
48			# other stuff
49			devdir = os.path.join(xenv['RAD_BUILDBIN'],'dev')
50			idevdir = os.path.join(xenv['RAD_BINDIR'],'dev')
51			ocppflags = xenv.get('CPPFLAGS', [])
52	schorsch	1.11	addobj = xenv.get('ADDOBJNOTIFY')
53	schorsch	1.1
54			# XXX the .hdi extension will cause problems on Windows
55			xenv['PROGSUFFIX'] = '.hdi'
56
57			def make_hdi(p): # build them
58			obj = xenv.Object(target=p[3], source=p[4], CPPFLAGS=ocppflags + p[5])
59	schorsch	1.8	prog = xenv.Program(target=radbin(p[0]),
60	schorsch	1.1	source=[obj] + p[1] + xcommon, LIBS=p[2])
61			Default(prog)
62			inst = xenv.Install(idevdir, prog)
63			# XXX what are the alternative "<driver>h" names good for?
64	schorsch	1.8	insth = xenv.InstallAs(target=radbin(
65	schorsch	1.1	p[0] + 'h' + xenv['PROGSUFFIX']), source=prog)
66			env.Append(RAD_BININSTALL=[inst, insth])
67
68			# (name, sources, libs, obj, objsrc, objflags)
69			XHDI = (('x11', Split('rhd_ctab.c rhd_qtree2r.c') + [rhd_qtree],
70	schorsch	1.11	['rtrad', 'X11'] + mlib,
71	schorsch	1.1	'rhd_x11', 'rhd_x11.c', []),
72			)
73			for p in XHDI:
74			make_hdi(p)
75
76			if env.has_key('OGL'):
77	schorsch	1.10	rgllibs = ['rgl','rtrad']
78	schorsch	1.1	ogl_common_s = Split('rhd_odraw.c rhd_geom.c')
79			ogl_common = map(lambda s:xenv.Object(source=s), ogl_common_s)
80			rhdobj = xenv.Object(source='rhdobj.c')
81
82			GLHDI = (
83	schorsch	1.4	# glx1h
84	schorsch	1.1	('glx1', ['rhd_qtree2c.c', rhd_qtree],
85	schorsch	1.11	['rtrad', 'GLU','GL','X11'] + mlib,
86	schorsch	1.1	'rhd_glx1', 'rhd_glx1.c', ['-DNOSTEREO']),
87
88	schorsch	1.4	# oglh
89	schorsch	1.11	('ogl', ogl_common + [addobj],
90			rgllibs+['rtrad', 'GLU','GL','X11'] + mlib,
91	schorsch	1.1	'rhd_ogl0', 'rhd_ogl.c', ['-DNOSTEREO']),
92
93	schorsch	1.4	# ogloh
94	schorsch	1.11	('oglo', [rhdobj] + ogl_common + [addobj],
95			rgllibs+['rtrad']+['rtrad', 'GLU','GL','X11'] + mlib,
96	schorsch	1.1	'rhd_oglo', 'rhd_ogl.c', ['-DDOBJ', '-DNOSTEREO']),
97			)
98			for p in GLHDI:
99			make_hdi(p)
100			if xenv['RAD_STEREO'] == '-DSTEREO':
101
102			GLSHDI = (
103	schorsch	1.4	# oglsh
104	schorsch	1.1	('ogls', ogl_common,
105	schorsch	1.11	rgllibs+['rtrad', 'GLU','GL','X11','Xext'] + mlib,
106	schorsch	1.12	'rhd_ogls', 'rhd_ogl.c', ['-DSTEREO']),
107	schorsch	1.1
108	schorsch	1.4	# oglsoh
109	schorsch	1.1	('oglso', [rhdobj] + ogl_common,
110	schorsch	1.11	rgllibs+['rtrad', 'GLU','GL','X11','Xext'] + mlib,
111	schorsch	1.12	'rhd_oglso', 'rhd_ogl.c', ['-DDOBJ', '-DSTEREO']),
112	schorsch	1.1	)
113			for p in GLHDI:
114			make_hdi(p)
115
116
117
118	schorsch	1.8	# vim: set syntax=python:
119	schorsch	1.13	# vi: set ts=4 sw=4 :