def writeMaterial(fp, stuff, human):
fp.write("newmtl %s\n" % stuff.name)
diffuse = (0.8, 0.8, 0.8)
spec = (1, 1, 1)
if stuff.material:
for (key, value) in stuff.material.settings:
if key == "diffuse_color":
diffuse = value
elif key == "specular_color":
spec = value
fp.write(
"Kd %.4f %.4f %.4f\n" % (diffuse[0], diffuse[1], diffuse[2]) +
"Ks %.4f %.4f %.4f\n" % (spec[0], spec[1], spec[2])
)
if stuff.type:
if stuff.texture:
textures = [stuff.texture]
else:
return
else:
path = "data/textures"
file = export_config.getOutFileName("texture.png", path, True, human, the.Config)
textures = [(path, os.path.basename(file))]
for (folder, texfile) in textures:
path = export_config.getOutFileName(texfile, folder, True, human, the.Config)
(fname, ext) = os.path.splitext(texfile)
name = "%s_%s" % (fname, ext[1:])
if the.Config.separatefolder:
texpath = "textures/"+texfile
else:
texpath = texfile
fp.write("map_Kd %s\n" % texpath)
return
def writeMultiMaterials(uvset, human, config, fp):
folder = os.path.dirname(human.uvset.filename)
log.debug("Folder %s", folder)
for mat in uvset.materials:
for tex in mat.textures:
name = os.path.basename(tex.file)
fp.write("Image %s\n" % name)
#file = export_config.getOutFileName(tex, "data/textures", True, human, config)
file = export_config.getOutFileName(name, folder, True, human,
config)
fp.write(" Filename %s ;\n" % file + " alpha_mode 'PREMUL' ;\n" +
"end Image\n\n" + "Texture %s IMAGE\n" % name +
" Image %s ;\n" % name + "end Texture\n\n")
fp.write("Material %s_%s\n" % (the.Human, mat.name))
alpha = False
for (key, value) in mat.settings:
if key == "alpha":
alpha = True
fp.write(" use_transparency True ;\n" +
" use_raytrace False ;\n" +
" use_shadows False ;\n" +
" use_transparent_shadows False ;\n" +
" alpha %s ;\n" % value)
elif key in ["diffuse_color", "specular_color"]:
fp.write(" %s Array %s %s %s ;\n" %
(key, value[0], value[1], value[2]))
elif key in ["diffuse_intensity", "specular_intensity"]:
fp.write(" %s %s ;\n" % (key, value))
if not alpha:
fp.write(" use_transparent_shadows True ;\n")
n = 0
for tex in mat.textures:
name = os.path.basename(tex.file)
if len(tex.types) > 0:
(key, value) = tex.types[0]
else:
(key, value) = ("diffuse", "1")
(type, use, factor, flags) = TexInfo[key]
diffuse = False
fp.write(" MTex %d %s UV %s\n" % (n, name, type) +
" texture Refer Texture %s ;\n" % name)
for (key, value) in tex.types:
(type, use, factor, flags) = TexInfo[key]
if flags & TX_SCALE:
scale = "*theScale"
else:
scale = ""
fp.write(" %s True ;\n" % use + " %s %s%s ;\n" %
(factor, value, scale))
if flags & TX_BW:
fp.write(" use_rgb_to_intensity True ;\n")
if key == "diffuse":
diffuse = True
if not diffuse:
fp.write(" use_map_color_diffuse False ;\n")
fp.write(" end MTex\n")
n += 1
fp.write("end Material\n\n")
def writeImages(obj, fp, stuff, human):
if stuff.type:
if stuff.texture:
textures = [stuff.texture]
else:
return
human = None
else:
path = "data/textures"
texfile = "texture.png"
textures = [(path, os.path.basename(texfile))]
for (folder, texname) in textures:
path = export_config.getOutFileName(texname, folder, True, human, the.Config)
texfile = os.path.basename(path)
(fname, ext) = os.path.splitext(texname)
name = "%s_%s" % (fname, ext[1:])
if the.Config.separatefolder:
texpath = "textures/"+texfile
else:
texpath = path
fp.write(
' <image id="%s" name="%s">\n' % (name, name) +
' <init_from>%s</init_from>\n' % texpath +
' </image>\n'
)
return
def addMaskImage(fp, config, mask):
(folder, file) = mask
path = export_config.getOutFileName(file, folder, True, None, config)
fp.write("Image %s\n" % file + " Filename %s ;\n" % path +
" alpha_mode 'PREMUL' ;\n" + "end Image\n\n" +
"Texture %s IMAGE\n" % file + " Image %s ;\n" % file +
"end Texture\n\n")
return
def addMaskImage(fp, config, mask):
(folder, file) = mask
path = export_config.getOutFileName(file, folder, True, None, config)
fp.write(
"Image %s\n" % file +
" Filename %s ;\n" % path +
" alpha_mode 'PREMUL' ;\n" +
"end Image\n\n" +
"Texture %s IMAGE\n" % file +
" Image %s ;\n" % file +
"end Texture\n\n")
return
def writeTexture(fp, key, texture, human, cfg):
if not texture:
return
(folder, texfile) = texture
path = export_config.getOutFileName(texfile, folder, True, human, cfg)
(fname, ext) = os.path.splitext(texfile)
name = "%s_%s" % (fname, ext[1:])
if cfg.separatefolder:
texpath = "textures/" + texfile
else:
texpath = texfile
fp.write("%s %s\n" % (key, texpath))
def addMaskImage(fp, mask):
(folder, file) = mask
path = export_config.getOutFileName(file, folder, True, None, the.Config)
fp.write(
"Image %s\n" % file +
" Filename %s ;\n" % path +
" use_premultiply True ;\n" +
"end Image\n\n" +
"Texture %s IMAGE\n" % file +
" Image %s ;\n" % file +
"end Texture\n\n")
return
def writeTexture(fp, key, texture, human, cfg):
if not texture:
return
(folder, texfile) = texture
path = export_config.getOutFileName(texfile, folder, True, human, cfg)
(fname, ext) = os.path.splitext(texfile)
name = "%s_%s" % (fname, ext[1:])
if cfg.separatefolder:
texpath = "textures/"+texfile
else:
texpath = texfile
fp.write("%s %s\n" % (key, texpath))
def writeProxyTexture(fp, texture, mat, extra, config):
(folder, name) = texture
tex = os.path.join(folder, name)
#print(the.Human)
log.debug("Tex %s", tex)
texname = the.Human + os.path.basename(tex)
fromDir = os.path.dirname(tex)
texfile = export_config.getOutFileName(tex, fromDir, True, None, config)
fp.write("Image %s\n" % texname + " Filename %s ;\n" % texfile +
" alpha_mode 'PREMUL' ;\n" + "end Image\n\n" +
"Texture %s IMAGE\n" % texname + " Image %s ;\n" % texname)
writeProxyMaterialSettings(fp, mat.textureSettings)
fp.write(extra)
fp.write("end Texture\n\n")
return (tex, texname)
def writeProxyTexture(fp, texture, mat, extra):
(folder,name) = texture
tex = os.path.join(folder,name)
#print(the.Human)
print("Tex", tex)
texname = the.Human + os.path.basename(tex)
fromDir = os.path.dirname(tex)
texfile = export_config.getOutFileName(tex, fromDir, True, None, the.Config)
fp.write(
"Image %s\n" % texname +
" Filename %s ;\n" % texfile +
" use_premultiply True ;\n" +
"end Image\n\n" +
"Texture %s IMAGE\n" % texname +
" Image %s ;\n" % texname)
writeProxyMaterialSettings(fp, mat.textureSettings)
fp.write(extra)
fp.write("end Texture\n\n")
return (tex, texname)
def writeProxyTexture(fp, texture, mat, extra, config):
(folder,name) = texture
tex = os.path.join(folder,name)
#print(the.Human)
log.debug("Tex %s", tex)
texname = the.Human + os.path.basename(tex)
fromDir = os.path.dirname(tex)
texfile = export_config.getOutFileName(tex, fromDir, True, None, config)
fp.write(
"Image %s\n" % texname +
" Filename %s ;\n" % texfile +
" alpha_mode 'PREMUL' ;\n" +
"end Image\n\n" +
"Texture %s IMAGE\n" % texname +
" Image %s ;\n" % texname)
writeProxyMaterialSettings(fp, mat.textureSettings)
fp.write(extra)
fp.write("end Texture\n\n")
return (tex, texname)
def writeImages(obj, fp, stuff, human):
if stuff.texture:
textures = [stuff.texture]
else:
textures = []
for (folder, texname) in textures:
path = export_config.getOutFileName(texname, folder, True, human,
the.Config)
texfile = os.path.basename(path)
(fname, ext) = os.path.splitext(texname)
name = "%s_%s" % (fname, ext[1:])
if the.Config.separatefolder:
texpath = "textures/" + texfile
else:
texpath = path
fp.write(' <image id="%s" name="%s">\n' % (name, name) +
' <init_from>%s</init_from>\n' % texpath +
' </image>\n')
return
def copyProxyMaterialFile(fp, pair, mat, proxy, config, proxyData):
prxList = sortedMasks(config, proxyData)
nMasks = countMasks(proxy, prxList)
tex = None
(folder, file) = pair
folder = os.path.realpath(os.path.expanduser(folder))
infile = os.path.join(folder, file)
tmpl = open(infile, "rU")
for line in tmpl:
words = line.split()
if len(words) == 0:
fp.write(line)
elif words[0] == 'Texture':
words[1] = the.Human + words[1]
for word in words:
fp.write("%s " % word)
fp.write("\n")
tex = os.path.join(folder, words[1])
elif words[0] == 'Material':
words[1] = the.Human + words[1]
for word in words:
fp.write("%s " % word)
fp.write("\n")
addProxyMaskMTexs(fp, mat, proxy, prxList, tex)
elif words[0] == 'MTex':
words[2] = the.Human + words[2]
for word in words:
fp.write("%s " % word)
fp.write("\n")
elif words[0] == 'Filename':
file = export_config.getOutFileName(words[1], folder, True, None,
config)
fp.write(" Filename %s ;\n" % file)
else:
fp.write(line)
tmpl.close()
return
def copyProxyMaterialFile(fp, pair, mat, proxy, config, proxyData):
prxList = sortedMasks(config, proxyData)
nMasks = countMasks(proxy, prxList)
tex = None
(folder, file) = pair
folder = os.path.realpath(os.path.expanduser(folder))
infile = os.path.join(folder, file)
tmpl = open(infile, "rU")
for line in tmpl:
words= line.split()
if len(words) == 0:
fp.write(line)
elif words[0] == 'Texture':
words[1] = the.Human + words[1]
for word in words:
fp.write("%s " % word)
fp.write("\n")
tex = os.path.join(folder,words[1])
elif words[0] == 'Material':
words[1] = the.Human + words[1]
for word in words:
fp.write("%s " % word)
fp.write("\n")
addProxyMaskMTexs(fp, mat, proxy, prxList, tex)
elif words[0] == 'MTex':
words[2] = the.Human + words[2]
for word in words:
fp.write("%s " % word)
fp.write("\n")
elif words[0] == 'Filename':
file = export_config.getOutFileName(words[1], folder, True, None, config)
fp.write(" Filename %s ;\n" % file)
else:
fp.write(line)
tmpl.close()
return
def writeMultiMaterials(uvset, human, config, fp):
folder = os.path.dirname(human.uvset.filename)
log.debug("Folder %s", folder)
for mat in uvset.materials:
for tex in mat.textures:
name = os.path.basename(tex.file)
fp.write("Image %s\n" % name)
#file = export_config.getOutFileName(tex, "data/textures", True, human, config)
file = export_config.getOutFileName(name, folder, True, human, config)
fp.write(
" Filename %s ;\n" % file +
" alpha_mode 'PREMUL' ;\n" +
"end Image\n\n" +
"Texture %s IMAGE\n" % name +
" Image %s ;\n" % name +
"end Texture\n\n")
fp.write("Material %s_%s\n" % (the.Human, mat.name))
alpha = False
for (key, value) in mat.settings:
if key == "alpha":
alpha = True
fp.write(
" use_transparency True ;\n" +
" use_raytrace False ;\n" +
" use_shadows False ;\n" +
" use_transparent_shadows False ;\n" +
" alpha %s ;\n" % value)
elif key in ["diffuse_color", "specular_color"]:
fp.write(" %s Array %s %s %s ;\n" % (key, value[0], value[1], value[2]))
elif key in ["diffuse_intensity", "specular_intensity"]:
fp.write(" %s %s ;\n" % (key, value))
if not alpha:
fp.write(" use_transparent_shadows True ;\n")
n = 0
for tex in mat.textures:
name = os.path.basename(tex.file)
if len(tex.types) > 0:
(key, value) = tex.types[0]
else:
(key, value) = ("diffuse", "1")
(type, use, factor, flags) = TexInfo[key]
diffuse = False
fp.write(
" MTex %d %s UV %s\n" % (n, name, type) +
" texture Refer Texture %s ;\n" % name)
for (key, value) in tex.types:
(type, use, factor, flags) = TexInfo[key]
if flags & TX_SCALE:
scale = "*theScale"
else:
scale = ""
fp.write(
" %s True ;\n" % use +
" %s %s%s ;\n" % (factor, value, scale))
if flags & TX_BW:
fp.write(" use_rgb_to_intensity True ;\n")
if key == "diffuse":
diffuse = True
if not diffuse:
fp.write(" use_map_color_diffuse False ;\n")
fp.write(" end MTex\n")
n += 1
fp.write("end Material\n\n")
def __init__(self, filename, folder):
Rna.__init__(self, filename, 'IMAGE')
self.filepath = export_config.getOutFileName(filename, folder, True, the.Human, the.Config)
def copyFile25(human, tmplName, fp, proxy, config, proxyData):
tmpl = open(tmplName)
if tmpl == None:
log.error("*** Cannot open %s", tmplName)
return
obj = human.meshData
bone = None
#faces = loadFacesIndices(obj)
ignoreLine = False
for line in tmpl:
words = line.split()
if len(words) == 0:
fp.write(line)
elif words[0] == '***':
key = words[1]
if key == 'refer-human':
if len(words) > 3:
suffix = words[3]
else:
suffix = ""
fp.write(" %s Refer Object %s%s ;\n" %
(words[2], the.Human, suffix))
elif key == 'rig-bones':
fp.write("Armature %s %s Normal \n" % (the.Human, the.Human))
mhx_rig.writeArmature(fp, config, config.armatureBones)
elif key == 'human-object':
if words[2] == 'Mesh':
fp.write("Object %sMesh MESH %sMesh\n" %
(the.Human, the.Human) +
" Property MhxOffsetX %.4f ;\n" % the.Origin[0] +
" Property MhxOffsetY %.4f ;\n" % the.Origin[1] +
" Property MhxOffsetZ %.4f ;\n" % the.Origin[2])
elif words[2] == 'ControlRig':
fp.write("Object %s ARMATURE %s\n" %
(the.Human, the.Human) +
" Property MhxVersion %d ;\n" % MINOR_VERSION)
elif key == 'rig-poses':
fp.write("Pose %s\n" % the.Human)
mhx_rig.writeControlPoses(fp, config)
fp.write(" ik_solver 'LEGACY' ;\nend Pose\n")
elif key == 'rig-actions':
fp.write("Pose %s\nend Pose\n" % the.Human)
mhx_rig.writeAllActions(fp, config)
elif key == 'if-true':
value = eval(words[2])
log.debug("if %s %s", words[2], value)
fp.write("#if %s\n" % value)
elif key == 'rig-drivers':
if config.rigtype == "mhx":
fp.write("AnimationData %s True\n" % the.Human)
mhx_rig.writeAllDrivers(fp, config)
rigDriversEnd(fp)
elif key == 'rig-correct':
fp.write("CorrectRig %s ;\n" % the.Human)
elif key == 'recalc-roll':
if config.rigtype == "mhx":
fp.write(" RecalcRoll %s ;\n" % config.recalcRoll)
elif key == 'ProxyMesh':
writeProxyMesh(fp, proxy, config, proxyData)
elif key == 'ProxyObject':
writeProxyObject(fp, proxy)
elif key == 'ProxyLayers':
fp.write("layers Array ")
for n in range(20):
if n == proxy.layer:
fp.write("1 ")
else:
fp.write("0 ")
fp.write(";\n")
elif key == 'MeshAnimationData':
writeHideAnimationData(fp, "", the.Human)
elif key == 'ProxyAnimationData':
writeHideAnimationData(fp, the.Human, proxy.name)
elif key == 'toggleCage':
if proxy and proxy.cage:
fp.write(" draw_type 'WIRE' ;\n" + " #if False\n")
elif config.cage:
fp.write(" #if toggle&T_Cage\n")
else:
fp.write(" #if False\n")
elif key == 'ProxyVerts':
ox = the.Origin[0]
oy = the.Origin[1]
oz = the.Origin[2]
for bary in proxy.realVerts:
(x, y, z) = mh2proxy.proxyCoord(bary)
fp.write(" v %.4f %.4f %.4f ;\n" %
(x - ox, -z + oz, y - oy))
elif key == 'Verts':
proxy = None
fp.write("Mesh %sMesh %sMesh\n Verts\n" %
(the.Human, the.Human))
ox = the.Origin[0]
oy = the.Origin[1]
oz = the.Origin[2]
for v in obj.verts:
fp.write(" v %.4f %.4f %.4f ;\n" %
(v.co[0] - ox, -v.co[2] + oz, v.co[1] - oy))
elif key == 'ProxyFaces':
for (f, g) in proxy.faces:
fp.write(" f")
for v in f:
fp.write(" %s" % v)
fp.write(" ;\n")
if proxy.faceNumbers:
for ftn in proxy.faceNumbers:
fp.write(ftn)
else:
fp.write(" ftall 0 1 ;\n")
elif key == 'Faces':
for f in obj.faces:
fv = f.verts
if f.isTriangle():
fp.write(" f %d %d %d ;\n" %
(fv[0].idx, fv[1].idx, fv[2].idx))
else:
fp.write(" f %d %d %d %d ;\n" %
(fv[0].idx, fv[1].idx, fv[2].idx, fv[3].idx))
fp.write("#if False\n")
elif key == 'EndFaces':
writeFaceNumbers(fp, human, config, proxyData)
elif key == 'FTTriangles':
for f in obj.faces:
if f.isTriangle():
fp.write(" mn %d 1 ;\n" % f.idx)
elif key == 'ProxyUVCoords':
layers = list(proxy.uvtexLayerName.keys())
layers.sort()
for layer in layers:
try:
texfaces = proxy.texFacesLayers[layer]
texverts = proxy.texVertsLayers[layer]
except KeyError:
continue
fp.write(' MeshTextureFaceLayer %s\n' %
proxy.uvtexLayerName[layer] + ' Data \n')
for f in texfaces:
fp.write(" vt")
for v in f:
uv = texverts[v]
fp.write(" %.4g %.4g" % (uv[0], uv[1]))
fp.write(" ;\n")
fp.write(' end Data\n' + ' end MeshTextureFaceLayer\n')
elif key == 'TexVerts':
if human.uvset:
for ft in human.uvset.texFaces:
fp.write(" vt")
for vt in ft:
uv = human.uvset.texVerts[vt]
fp.write(" %.4g %.4g" % (uv[0], uv[1]))
fp.write(" ;\n")
else:
for f in obj.faces:
uv0 = obj.texco[f.uv[0]]
uv1 = obj.texco[f.uv[1]]
uv2 = obj.texco[f.uv[2]]
if f.isTriangle():
fp.write(
" vt %.4g %.4g %.4g %.4g %.4g %.4g ;\n" %
(uv0[0], uv0[1], uv1[0], uv1[1], uv2[0],
uv2[1]))
else:
uv3 = obj.texco[f.uv[3]]
fp.write(
" vt %.4g %.4g %.4g %.4g %.4g %.4g %.4g %.4g ;\n"
% (uv0[0], uv0[1], uv1[0], uv1[1], uv2[0],
uv2[1], uv3[0], uv3[1]))
elif key == 'Material':
fp.write("Material %s%s\n" % (the.Human, words[2]))
elif key == 'Materials':
writeBaseMaterials(fp, human, config, proxyData)
elif key == 'ProxyMaterials':
if proxy.useBaseMaterials:
writeBaseMaterials(fp, human, config, proxyData)
elif proxy.material:
fp.write(" Material %s%s ;\n" %
(the.Human, proxy.material.name))
elif key == 'VertexGroup':
writeVertexGroups(fp, config, proxy)
elif key == 'group':
writeGroups(fp, proxyData)
elif key == 'mesh-shapeKey':
writeShapeKeys(fp, human, "%sMesh" % the.Human, config, None)
elif key == 'proxy-shapeKey':
fp.write("#if toggle&T_Cage\n")
proxyShapes('Cage', human, config, proxyData, fp)
fp.write("#endif\n#if toggle&T_Proxy\n")
proxyShapes('Proxy', human, config, proxyData, fp)
fp.write("#endif\n#if toggle&T_Clothes\n")
proxyShapes('Clothes', human, config, proxyData, fp)
fp.write("#endif\n")
elif key == 'ProxyModifiers':
writeProxyModifiers(fp, proxy)
elif key == 'MTex':
n = nMasks + int(words[2])
fp.write(" MTex %d %s %s %s\n" %
(n, words[3], words[4], words[5]))
elif key == 'SkinStart':
nMasks = writeSkinStart(fp, proxy, config, proxyData)
elif key == 'curves':
mhx_rig.writeAllCurves(fp, config)
elif key == 'properties':
mhx_rig.writeAllProperties(fp, words[2], config)
writeHideProp(fp, the.Human)
for proxy in proxyData.values():
writeHideProp(fp, proxy.name)
if config.customshapes:
mhx_custom.listCustomFiles(config)
for path, name in config.customShapeFiles:
fp.write(" DefProp Float %s 0 %s min=-1.0,max=2.0 ;\n" %
(name, name[3:]))
elif key == 'material-drivers':
fp.write(" use_textures Array")
for n in range(nMasks):
fp.write(" 1")
for n in range(3):
fp.write(" 1")
fp.write(" ;\n")
fp.write(" AnimationData %sMesh True\n" % the.Human)
#armature.drivers.writeTextureDrivers(fp, rig_panel_25.BodyLanguageTextureDrivers)
writeMaskDrivers(fp, config, proxyData)
fp.write(" end AnimationData\n")
elif key == 'Filename':
file = export_config.getOutFileName(words[2], words[3], True,
human, config)
fp.write(" Filename %s ;\n" % file)
else:
raise NameError("Unknown *** %s" % words[1])
else:
fp.write(line)
log.message(" %s copied", tmplName)
tmpl.close()
return
def __init__(self, filename, folder):
Rna.__init__(self, filename, 'IMAGE')
self.filepath = export_config.getOutFileName(filename, folder, True,
the.Human, the.Config)
def copyFile25(human, tmplName, fp, proxy, config, proxyData):
tmpl = open(tmplName)
if tmpl == None:
log.error("*** Cannot open %s", tmplName)
return
obj = human.meshData
bone = None
#faces = loadFacesIndices(obj)
ignoreLine = False
for line in tmpl:
words= line.split()
if len(words) == 0:
fp.write(line)
elif words[0] == '***':
key = words[1]
if key == 'refer-human':
if len(words) > 3:
suffix = words[3]
else:
suffix = ""
fp.write(" %s Refer Object %s%s ;\n" % (words[2], the.Human, suffix))
elif key == 'rig-bones':
fp.write("Armature %s %s Normal \n" % (the.Human, the.Human))
mhx_rig.writeArmature(fp, config, config.armatureBones)
elif key == 'human-object':
if words[2] == 'Mesh':
fp.write(
"Object %sMesh MESH %sMesh\n" % (the.Human, the.Human) +
" Property MhxOffsetX %.4f ;\n" % the.Origin[0] +
" Property MhxOffsetY %.4f ;\n" % the.Origin[1] +
" Property MhxOffsetZ %.4f ;\n" % the.Origin[2])
elif words[2] == 'ControlRig':
fp.write(
"Object %s ARMATURE %s\n" % (the.Human, the.Human) +
" Property MhxVersion %d ;\n" % MINOR_VERSION)
elif key == 'rig-poses':
fp.write("Pose %s\n" % the.Human)
mhx_rig.writeControlPoses(fp, config)
fp.write(" ik_solver 'LEGACY' ;\nend Pose\n")
elif key == 'rig-actions':
fp.write("Pose %s\nend Pose\n" % the.Human)
mhx_rig.writeAllActions(fp, config)
elif key == 'if-true':
value = eval(words[2])
log.debug("if %s %s", words[2], value)
fp.write("#if %s\n" % value)
elif key == 'rig-drivers':
if config.rigtype == "mhx":
fp.write("AnimationData %s True\n" % the.Human)
mhx_rig.writeAllDrivers(fp, config)
rigDriversEnd(fp)
elif key == 'rig-correct':
fp.write("CorrectRig %s ;\n" % the.Human)
elif key == 'recalc-roll':
if config.rigtype == "mhx":
fp.write(" RecalcRoll %s ;\n" % config.recalcRoll)
elif key == 'ProxyMesh':
writeProxyMesh(fp, proxy, config, proxyData)
elif key == 'ProxyObject':
writeProxyObject(fp, proxy)
elif key == 'ProxyLayers':
fp.write("layers Array ")
for n in range(20):
if n == proxy.layer:
fp.write("1 ")
else:
fp.write("0 ")
fp.write(";\n")
elif key == 'MeshAnimationData':
writeHideAnimationData(fp, "", the.Human)
elif key == 'ProxyAnimationData':
writeHideAnimationData(fp, the.Human, proxy.name)
elif key == 'toggleCage':
if proxy and proxy.cage:
fp.write(
" draw_type 'WIRE' ;\n" +
" #if False\n")
elif config.cage:
fp.write(" #if toggle&T_Cage\n")
else:
fp.write(" #if False\n")
elif key == 'ProxyVerts':
ox = the.Origin[0]
oy = the.Origin[1]
oz = the.Origin[2]
for bary in proxy.realVerts:
(x,y,z) = mh2proxy.proxyCoord(bary)
fp.write(" v %.4f %.4f %.4f ;\n" % (x-ox, -z+oz, y-oy))
elif key == 'Verts':
proxy = None
fp.write("Mesh %sMesh %sMesh\n Verts\n" % (the.Human, the.Human))
ox = the.Origin[0]
oy = the.Origin[1]
oz = the.Origin[2]
for v in obj.verts:
fp.write(" v %.4f %.4f %.4f ;\n" % (v.co[0]-ox, -v.co[2]+oz, v.co[1]-oy))
elif key == 'ProxyFaces':
for (f,g) in proxy.faces:
fp.write(" f")
for v in f:
fp.write(" %s" % v)
fp.write(" ;\n")
if proxy.faceNumbers:
for ftn in proxy.faceNumbers:
fp.write(ftn)
else:
fp.write(" ftall 0 1 ;\n")
elif key == 'Faces':
for f in obj.faces:
fv = f.verts
if f.isTriangle():
fp.write(" f %d %d %d ;\n" % (fv[0].idx, fv[1].idx, fv[2].idx))
else:
fp.write(" f %d %d %d %d ;\n" % (fv[0].idx, fv[1].idx, fv[2].idx, fv[3].idx))
fp.write("#if False\n")
elif key == 'EndFaces':
writeFaceNumbers(fp, human, config, proxyData)
elif key == 'FTTriangles':
for f in obj.faces:
if f.isTriangle():
fp.write(" mn %d 1 ;\n" % f.idx)
elif key == 'ProxyUVCoords':
layers = list(proxy.uvtexLayerName.keys())
layers.sort()
for layer in layers:
try:
texfaces = proxy.texFacesLayers[layer]
texverts = proxy.texVertsLayers[layer]
except KeyError:
continue
fp.write(
' MeshTextureFaceLayer %s\n' % proxy.uvtexLayerName[layer] +
' Data \n')
for f in texfaces:
fp.write(" vt")
for v in f:
uv = texverts[v]
fp.write(" %.4g %.4g" % (uv[0], uv[1]))
fp.write(" ;\n")
fp.write(
' end Data\n' +
' end MeshTextureFaceLayer\n')
elif key == 'TexVerts':
if human.uvset:
for ft in human.uvset.texFaces:
fp.write(" vt")
for vt in ft:
uv = human.uvset.texVerts[vt]
fp.write(" %.4g %.4g" %(uv[0], uv[1]))
fp.write(" ;\n")
else:
for f in obj.faces:
uv0 = obj.texco[f.uv[0]]
uv1 = obj.texco[f.uv[1]]
uv2 = obj.texco[f.uv[2]]
if f.isTriangle():
fp.write(" vt %.4g %.4g %.4g %.4g %.4g %.4g ;\n" % (uv0[0], uv0[1], uv1[0], uv1[1], uv2[0], uv2[1]))
else:
uv3 = obj.texco[f.uv[3]]
fp.write(" vt %.4g %.4g %.4g %.4g %.4g %.4g %.4g %.4g ;\n" % (uv0[0], uv0[1], uv1[0], uv1[1], uv2[0], uv2[1], uv3[0], uv3[1]))
elif key == 'Material':
fp.write("Material %s%s\n" % (the.Human, words[2]))
elif key == 'Materials':
writeBaseMaterials(fp, human, config, proxyData)
elif key == 'ProxyMaterials':
if proxy.useBaseMaterials:
writeBaseMaterials(fp, human, config, proxyData)
elif proxy.material:
fp.write(" Material %s%s ;\n" % (the.Human, proxy.material.name))
elif key == 'VertexGroup':
writeVertexGroups(fp, config, proxy)
elif key == 'group':
writeGroups(fp, proxyData)
elif key == 'mesh-shapeKey':
writeShapeKeys(fp, human, "%sMesh" % the.Human, config, None)
elif key == 'proxy-shapeKey':
fp.write("#if toggle&T_Cage\n")
proxyShapes('Cage', human, config, proxyData, fp)
fp.write("#endif\n#if toggle&T_Proxy\n")
proxyShapes('Proxy', human, config, proxyData, fp)
fp.write("#endif\n#if toggle&T_Clothes\n")
proxyShapes('Clothes', human, config, proxyData, fp)
fp.write("#endif\n")
elif key == 'ProxyModifiers':
writeProxyModifiers(fp, proxy)
elif key == 'MTex':
n = nMasks + int(words[2])
fp.write(" MTex %d %s %s %s\n" % (n, words[3], words[4], words[5]))
elif key == 'SkinStart':
nMasks = writeSkinStart(fp, proxy, config, proxyData)
elif key == 'curves':
mhx_rig.writeAllCurves(fp, config)
elif key == 'properties':
mhx_rig.writeAllProperties(fp, words[2], config)
writeHideProp(fp, the.Human)
for proxy in proxyData.values():
writeHideProp(fp, proxy.name)
if config.customshapes:
mhx_custom.listCustomFiles(config)
for path,name in config.customShapeFiles:
fp.write(" DefProp Float %s 0 %s min=-1.0,max=2.0 ;\n" % (name, name[3:]))
elif key == 'material-drivers':
fp.write(" use_textures Array")
for n in range(nMasks):
fp.write(" 1")
for n in range(3):
fp.write(" 1")
fp.write(" ;\n")
fp.write(" AnimationData %sMesh True\n" % the.Human)
#armature.drivers.writeTextureDrivers(fp, rig_panel_25.BodyLanguageTextureDrivers)
writeMaskDrivers(fp, config, proxyData)
fp.write(" end AnimationData\n")
elif key == 'Filename':
file = export_config.getOutFileName(words[2], words[3], True, human, config)
fp.write(" Filename %s ;\n" % file)
else:
raise NameError("Unknown *** %s" % words[1])
else:
fp.write(line)
log.message(" %s copied", tmplName)
tmpl.close()
return