def exportFbx(human, filepath, options):
posemode.exitPoseMode()
posemode.enterPoseMode()
the.Human = human
the.Config = export_config.exportConfig(human, True, [])
the.Config.separatefolder = True
outfile = export_config.getOutFileFolder(filepath, the.Config)
(outpath, ext) = os.path.splitext(outfile)
log.message("Write FBX file %s" % outfile)
rawTargets = []
if options["expressions"]:
shapeList = read_expression.readExpressionUnits(human, 0, 1)
rawTargets += shapeList
if options["customshapes"]:
the.Config.customshapes = True
mhx_custom.listCustomFiles(the.Config)
log.message("Custom shapes:")
for path, name in the.Config.customShapeFiles:
log.message(" %s", path)
shape = mhx_custom.readCustomTarget(path)
target = (name, shape)
rawTargets.append(target)
rigfile = "data/rigs/%s.rig" % options["fbxrig"]
stuffs = object_collection.setupObjects(
os.path.splitext(outfile)[0],
human,
rigfile,
rawTargets=rawTargets,
helpers=options["helpers"],
hidden=options["hidden"],
eyebrows=options["eyebrows"],
lashes=options["lashes"],
)
(scale, unit) = options["scale"]
bpy.initialize()
name = os.path.splitext(os.path.basename(filepath))[0]
boneInfo = stuffs[0].boneInfo
rig = bpy.addRig(name, boneInfo)
for stuff in stuffs:
ob = bpy.addMesh(stuff.name, stuff, True)
ob.parent = rig
# name = os.path.splitext(os.path.basename(filepath))[0]
# bpy.addMesh(name, human.meshData, False)
filename = "%s.fbx" % outpath
io_mh_fbx.fbx_export.exportFbxFile(bpy.context, filename)
posemode.exitPoseMode()
return
def exportFbx(human, filepath, options):
posemode.exitPoseMode()
posemode.enterPoseMode()
the.Human = human
the.Config = export_config.exportConfig(human, True, [])
the.Config.separatefolder = True
outfile = export_config.getOutFileFolder(filepath, the.Config)
(outpath, ext) = os.path.splitext(outfile)
log.message("Write FBX file %s" % outfile)
rawTargets = []
if options["expressions"]:
shapeList = read_expression.readExpressionUnits(human, 0, 1)
rawTargets += shapeList
if options["customshapes"]:
the.Config.customshapes = True
mhx_custom.listCustomFiles(the.Config)
log.message("Custom shapes:")
for path,name in the.Config.customShapeFiles:
log.message(" %s", path)
shape = mhx_custom.readCustomTarget(path)
target = (name,shape)
rawTargets.append(target)
rigfile = "data/rigs/%s.rig" % options["fbxrig"]
stuffs = object_collection.setupObjects(
os.path.splitext(outfile)[0],
human,
rigfile,
rawTargets=rawTargets,
helpers=options["helpers"],
hidden=options["hidden"],
eyebrows=options["eyebrows"],
lashes=options["lashes"])
(scale, unit) = options["scale"]
bpy.initialize()
name = os.path.splitext(os.path.basename(filepath))[0]
boneInfo = stuffs[0].boneInfo
rig = bpy.addRig(name, boneInfo)
for stuff in stuffs:
ob = bpy.addMesh(stuff.name, stuff, True)
ob.parent = rig
#name = os.path.splitext(os.path.basename(filepath))[0]
#bpy.addMesh(name, human.meshData, False)
filename = "%s.fbx" % outpath
io_mh_fbx.fbx_export.exportFbxFile(bpy.context, filename)
posemode.exitPoseMode()
return
def writeShapeKeys(fp, human, name, config, proxy):
fp.write("#if toggle&T_Shapekeys\n" + "ShapeKeys %s\n" % name +
" ShapeKey Basis Sym True\n" + " end ShapeKey\n")
"""
if (not proxy or proxy.type == 'Proxy'):
if config.faceshapes:
shapeList = read_expression.readFaceShapes(human, rig_panel_25.BodyLanguageShapeDrivers, 0.6, 0.7)
for (pose, shape, lr, min, max) in shapeList:
writeShape(fp, pose, lr, shape, min, max, proxy)
"""
if not proxy:
if config.expressionunits:
shapeList = read_expression.readExpressionUnits(human, 0.7, 0.9)
for (pose, shape) in shapeList:
writeShape(fp, pose, "Sym", shape, -1, 2, proxy)
if config.bodyshapes and config.rigtype == "mhx":
writeCorrectives(fp, human, rig_shoulder_25.ShoulderTargetDrivers,
"shoulder", "shoulder", proxy, 0.88, 0.90)
writeCorrectives(fp, human, rig_leg_25.HipTargetDrivers, "hips",
"hips", proxy, 0.90, 0.92)
writeCorrectives(fp, human, rig_arm_25.ElbowTargetDrivers, "elbow",
"body", proxy, 0.92, 0.94)
writeCorrectives(fp, human, rig_leg_25.KneeTargetDrivers, "knee",
"knee", proxy, 0.94, 0.96)
if not proxy:
for path, name in config.customShapeFiles:
log.message(" %s", path)
shape = mhx_custom.readCustomTarget(path)
writeShape(fp, name, "Sym", shape, -1, 2, proxy)
fp.write(" AnimationData None (toggle&T_Symm==0)\n")
if config.bodyshapes and config.rigtype == "mhx":
armature.drivers.writeTargetDrivers(
fp, rig_shoulder_25.ShoulderTargetDrivers, the.Human)
armature.drivers.writeTargetDrivers(fp, rig_leg_25.HipTargetDrivers,
the.Human)
armature.drivers.writeTargetDrivers(fp, rig_arm_25.ElbowTargetDrivers,
the.Human)
armature.drivers.writeTargetDrivers(fp, rig_leg_25.KneeTargetDrivers,
the.Human)
armature.drivers.writeRotDiffDrivers(fp, rig_arm_25.ArmShapeDrivers,
proxy)
armature.drivers.writeRotDiffDrivers(fp, rig_leg_25.LegShapeDrivers,
proxy)
#armature.drivers.writeShapePropDrivers(fp, rig_body_25.BodyShapes, proxy, "Mha")
fp.write("#if toggle&T_ShapeDrivers\n")
if not proxy:
for path, name in config.customShapeFiles:
armature.drivers.writeShapePropDrivers(fp, [name], proxy, "")
if not proxy:
if config.expressionunits:
armature.drivers.writeShapePropDrivers(
fp, read_expression.ExpressionUnits, proxy, "Mhs")
skeys = []
for (skey, val, string, min, max) in config.customProps:
skeys.append(skey)
armature.drivers.writeShapePropDrivers(fp, skeys, proxy, "Mha")
fp.write("#endif\n")
fp.write(" end AnimationData\n\n")
if config.expressionunits and not proxy:
exprList = read_expression.readExpressionMhm("data/expressions")
writeExpressions(fp, exprList, "Expression")
visemeList = read_expression.readExpressionMhm("data/visemes")
writeExpressions(fp, visemeList, "Viseme")
fp.write(" end ShapeKeys\n" + "#endif\n")
return
def writeShapeKeys(fp, human, name, config, proxy):
fp.write(
"#if toggle&T_Shapekeys\n" +
"ShapeKeys %s\n" % name +
" ShapeKey Basis Sym True\n" +
" end ShapeKey\n")
"""
if (not proxy or proxy.type == 'Proxy'):
if config.faceshapes:
shapeList = read_expression.readFaceShapes(human, rig_panel_25.BodyLanguageShapeDrivers, 0.6, 0.7)
for (pose, shape, lr, min, max) in shapeList:
writeShape(fp, pose, lr, shape, min, max, proxy)
"""
if not proxy:
if config.expressionunits:
shapeList = read_expression.readExpressionUnits(human, 0.7, 0.9)
for (pose, shape) in shapeList:
writeShape(fp, pose, "Sym", shape, -1, 2, proxy)
if config.bodyshapes and config.rigtype == "mhx":
writeCorrectives(fp, human, rig_shoulder_25.ShoulderTargetDrivers, "shoulder", "shoulder", proxy, 0.88, 0.90)
writeCorrectives(fp, human, rig_leg_25.HipTargetDrivers, "hips", "hips", proxy, 0.90, 0.92)
writeCorrectives(fp, human, rig_arm_25.ElbowTargetDrivers, "elbow", "body", proxy, 0.92, 0.94)
writeCorrectives(fp, human, rig_leg_25.KneeTargetDrivers, "knee", "knee", proxy, 0.94, 0.96)
if not proxy:
for path,name in config.customShapeFiles:
log.message(" %s", path)
shape = mhx_custom.readCustomTarget(path)
writeShape(fp, name, "Sym", shape, -1, 2, proxy)
fp.write(
" AnimationData None (toggle&T_Symm==0)\n")
if config.bodyshapes and config.rigtype == "mhx":
armature.drivers.writeTargetDrivers(fp, rig_shoulder_25.ShoulderTargetDrivers, the.Human)
armature.drivers.writeTargetDrivers(fp, rig_leg_25.HipTargetDrivers, the.Human)
armature.drivers.writeTargetDrivers(fp, rig_arm_25.ElbowTargetDrivers, the.Human)
armature.drivers.writeTargetDrivers(fp, rig_leg_25.KneeTargetDrivers, the.Human)
armature.drivers.writeRotDiffDrivers(fp, rig_arm_25.ArmShapeDrivers, proxy)
armature.drivers.writeRotDiffDrivers(fp, rig_leg_25.LegShapeDrivers, proxy)
#armature.drivers.writeShapePropDrivers(fp, rig_body_25.BodyShapes, proxy, "Mha")
fp.write("#if toggle&T_ShapeDrivers\n")
if not proxy:
for path,name in config.customShapeFiles:
armature.drivers.writeShapePropDrivers(fp, [name], proxy, "")
if not proxy:
if config.expressionunits:
armature.drivers.writeShapePropDrivers(fp, read_expression.ExpressionUnits, proxy, "Mhs")
skeys = []
for (skey, val, string, min, max) in config.customProps:
skeys.append(skey)
armature.drivers.writeShapePropDrivers(fp, skeys, proxy, "Mha")
fp.write("#endif\n")
fp.write(
" end AnimationData\n\n")
if config.expressionunits and not proxy:
exprList = read_expression.readExpressionMhm("data/expressions")
writeExpressions(fp, exprList, "Expression")
visemeList = read_expression.readExpressionMhm("data/visemes")
writeExpressions(fp, visemeList, "Viseme")
fp.write(
" end ShapeKeys\n" +
"#endif\n")
return
def writeShapeKeys(fp, human, name, proxy):
fp.write(
"#if toggle&T_Shapekeys\n" +
"ShapeKeys %s\n" % name +
" ShapeKey Basis Sym True\n" +
" end ShapeKey\n")
if (not proxy or proxy.type == 'Proxy'):
if the.Config.faceshapes:
shapeList = read_expression.readFaceShapes(human, rig_panel_25.BodyLanguageShapeDrivers, 0.6, 0.7)
for (pose, shape, lr, min, max) in shapeList:
writeShape(fp, pose, lr, shape, min, max, proxy)
if not proxy:
if the.Config.expressions:
shapeList = read_expression.readExpressions(human, 0.7, 0.9)
for (pose, shape) in shapeList:
writeShape(fp, pose, "Sym", shape, 0, 1, proxy)
if the.Config.expressionunits:
shapeList = read_expression.readExpressionUnits(human, 0.7, 0.9)
for (pose, shape) in shapeList:
writeShape(fp, pose, "Sym", shape, 0, 1, proxy)
if the.Config.bodyshapes and the.Config.mhxrig=="mhx":
writeCorrectives(fp, human, rig_shoulder_25.ShoulderTargetDrivers, "shoulder", proxy)
writeCorrectives(fp, human, rig_leg_25.HipTargetDrivers, "hips", proxy)
writeCorrectives(fp, human, rig_arm_25.ElbowTargetDrivers, "elbow", proxy)
writeCorrectives(fp, human, rig_leg_25.KneeTargetDrivers, "knee", proxy)
#copyShapeKeys("shared/mhx/templates/shapekeys-body25.mhx", fp, proxy, True)
for path in the.Config.customshapes:
print(" %s" % path)
#copyShapeKeys(path, fp, proxy, False)
fp.write(
" AnimationData None (toggle&T_Symm==0)\n")
if the.Config.bodyshapes and the.Config.mhxrig=="mhx":
mhx_rig.writeTargetDrivers(fp, rig_shoulder_25.ShoulderTargetDrivers, the.Human)
mhx_rig.writeTargetDrivers(fp, rig_leg_25.HipTargetDrivers, the.Human)
mhx_rig.writeTargetDrivers(fp, rig_arm_25.ElbowTargetDrivers, the.Human)
mhx_rig.writeTargetDrivers(fp, rig_leg_25.KneeTargetDrivers, the.Human)
mhx_rig.writeRotDiffDrivers(fp, rig_arm_25.ArmShapeDrivers, proxy)
mhx_rig.writeRotDiffDrivers(fp, rig_leg_25.LegShapeDrivers, proxy)
#mhx_rig.writeShapePropDrivers(fp, rig_body_25.BodyShapes, proxy, "&")
fp.write("#if toggle&T_ShapeDrivers\n")
if (not proxy or proxy.type == 'Proxy'):
if the.Config.faceshapes:
drivers = rig_panel_25.BodyLanguageShapeDrivers
if the.Config.facepanel:
mhx_rig.writeShapeDrivers(fp, drivers, None)
else:
mhx_rig.writeShapePropDrivers(fp, drivers.keys(), proxy, "&_")
fp.write("#endif\n")
if the.Config.mhxrig != "rigify":
fp.write("#if toggle&T_ShapeDrivers\n")
if not proxy:
if the.Config.expressions and not proxy:
mhx_rig.writeShapePropDrivers(fp, read_expression.Expressions, proxy, "*")
if the.Config.expressionunits and not proxy:
mhx_rig.writeShapePropDrivers(fp, read_expression.ExpressionUnits, proxy, "*")
skeys = []
for (skey, val, string, min, max) in the.CustomProps:
skeys.append(skey)
mhx_rig.writeShapePropDrivers(fp, skeys, proxy, "&")
fp.write("#endif\n")
fp.write(
" end AnimationData\n" +
"end ShapeKeys\n" +
"#endif\n")
return
