def exportObj(filepath, config=None):
progress = Progress(0, None)
human = config.human
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
progress(0, 0.3, "Collecting Objects")
objects = human.getObjects(excludeZeroFaceObjs=not config.helperGeom)
meshes = [o.mesh for o in objects]
if config.helperGeom:
# Disable the face masking on copies of the input meshes
meshes = [m.clone(filterMaskedVerts=False) for m in meshes]
for m in meshes:
# Would be faster if we could tell clone() to do this, but it would
# make the interface more complex.
# We could also let the wavefront module do this, but this would
# introduce unwanted "magic" behaviour into the export function.
face_mask = np.ones(m.face_mask.shape, dtype=bool)
m.changeFaceMask(face_mask)
m.calcNormals()
m.updateIndexBuffer()
progress(0.3, 0.99, "Writing Objects")
wavefront.writeObjFile(filepath, meshes, True, config, filterMaskedFaces=not config.helperGeom)
progress(1.0, None, "OBJ Export finished. Output file: %s" % filepath)
def exportObj(filepath, config=None):
progress = Progress(0, None)
human = config.human
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
progress(0, 0.3, "Collecting Objects")
objects = human.getObjects(excludeZeroFaceObjs=not config.hiddenGeom)
meshes = [o.mesh for o in objects]
if config.hiddenGeom:
# Disable the face masking on copies of the input meshes
meshes = [m.clone(filterMaskedVerts=False) for m in meshes]
for m in meshes:
# Would be faster if we could tell clone() to do this, but it would
# make the interface more complex.
# We could also let the wavefront module do this, but this would
# introduce unwanted "magic" behaviour into the export function.
face_mask = np.ones(m.face_mask.shape, dtype=bool)
m.changeFaceMask(face_mask)
m.calcNormals()
m.updateIndexBuffer()
progress(0.3, 0.99, "Writing Objects")
wavefront.writeObjFile(filepath,
meshes,
True,
config,
filterMaskedFaces=not config.hiddenGeom)
progress(1.0, None, "OBJ Export finished. Output file: %s" % filepath)
def exportObj(filepath, config=None):
progress = Progress(0, None)
human = config.human
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
progress(0, 0.3, "Collecting Objects")
objects = human.getObjects(excludeZeroFaceObjs=True)
progress(0.3, 0.99, "Writing Objects")
wavefront.writeObjFile(filepath, objects, True, config)
progress(1.0, None, "OBJ Export finished. Output file: %s" % filepath)
def exportObj(filepath, config=None):
progress = Progress(0, None)
if config is None:
config = exportutils.config.Config()
human = config.human
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
progress(0, 0.3, "Collecting Objects")
objects = [
m.object.mesh if isinstance(m, proxy.Proxy) else m.mesh
for m in human.getMeshes()
]
progress(0.3, 0.99, "Writing Objects")
wavefront.writeObjFile(filepath, objects, True, config)
progress(1.0, None, "OBJ Export finished. Output file: %s" % filepath)
def exportObj(human, filepath, config=None):
progress = Progress(0, None)
if config is None:
config = exportutils.config.Config()
config.setHuman(human)
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
progress(0, 0.3, "Collecting Objects")
rmeshes = exportutils.collect.setupMeshes(
name,
human,
config=config,
subdivide=config.subdivide)
progress(0.3, 0.99, "Writing Objects")
objects = [rmesh.object for rmesh in rmeshes]
wavefront.writeObjFile(filepath, objects, True, config)
progress(1.0, None, "OBJ Export finished. Output file: %s" % filepath)
def exportObj(human, filepath, config=None):
if config is None:
config = exportutils.config.Config()
obj = human.meshData
config.setHuman(human)
config.setupTexFolder(filepath)
filename = os.path.basename(filepath)
name = config.goodName(os.path.splitext(filename)[0])
rmeshes,_amt = exportutils.collect.setupObjects(
name,
human,
config=config,
helpers=config.helpers,
eyebrows=config.eyebrows,
lashes=config.lashes,
subdivide=config.subdivide)
objects = [rmesh.richMesh.object for rmesh in rmeshes]
wavefront.writeObjFile(filepath, objects, True, config)
return
def exportOBJ(self, path):
h = self._mhmain.selectedHuman
# here i'm importing wavefront and exportutils dynamicly forcing it to
# execute after global initialisation. Causes errors otherwise.
# Still i didn't want to import these modules everytime the method was
# called so I stores them in the class instance of the app.
# normal save process from here..
config = exportutils.config.Config()
config.setHuman(h)
config.setupTexFolder(path)
filename = os.path.basename(path)
name = config.goodName(os.path.splitext(filename)[0])
tmp = config.subdivide
rmeshes = exportutils.collect.setupMeshes(name,
h,
config=config,
subdivide=tmp)
objects = [rmesh.object for rmesh in rmeshes]
# seting False as last parameter on writeObjFile will write
# the OBJ file,
# setting True will write the NML file
wavefront.writeObjFile('%s.obj' % path, objects, False, config)
wavefront.writeObjFile('%s.mtl' % path, objects, True, config)
def saveObj(self, name, path=mh.getPath('exports')):
log.message("SCRIPT: saveObj(" + name + "," + path + ")")
filename = os.path.join(path, name + ".obj")
import wavefront
wavefront.writeObjFile(filename, self.human.mesh)
def saveObj(self, name, path = mh.getPath('exports')):
log.message("SCRIPT: saveObj(" + name + "," + path + ")")
filename = os.path.join(path,name + ".obj")
import wavefront
wavefront.writeObjFile(filename, self.human.mesh)
def saviour(age, gendere, weighte, body_proportion, heighte, name, key_string, image_path, chest_cm, waist_cm, skin_color):
if(skin_color == '1'):
humanoid.setCaucasian(1)
elif(skin_color == '2'):
humanoid.setCaucasian(0.7)
elif(skin_color == '4'):
humanoid.setAsian(0.5)
elif(skin_color == '5'):
humanoid.setAfrican(0.6)
elif(skin_color == '6'):
humanoid.setAfrican(0.7)
if (gendere == 1):
humanoid.setHeight(mcmtofr(heighte, age))
else:
humanoid.setHeight(fcmtofr(heighte, age))
humanoid.setAgeYears(age)
humanoid.setGender(gendere)
# setting muscle to zero is the only way after which we can add fat to the body (by increasing weight, through calculating BMI)
humanoid.setMuscle(0)
BMI = weighte / ((heighte/100) * (heighte/100))
if (BMI > 30):
humanoid.setWeight(0.9)
elif (BMI > 26):
humanoid.setWeight(0.7)
elif (BMI > 18.5):
humanoid.setWeight(0.5)
else:
humanoid.setWeight(0.3)
## Modelling the face using BetaFaceAPI
if(len(image_path) > 1):
print "Inside facial modelling"
photo_instance = api.BetaFaceAPI()
photo_info = photo_instance.upload_face(image_path, 'modestreet@internet')
for info in photo_info:
prop = info['name'].encode('utf-8')
value = info['value'].encode('utf-8')
if(float(info['confidence'].encode('utf-8')) < 0.5):
continue
### eyes
if(prop == 'eyes distance'):
if(value == 'extra far'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-out.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-out.target', 0.6)
elif(value == 'far'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-out.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-out.target', 0.3)
elif(value == 'close'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-in.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-in.target', 0.3)
elif(value == 'extra close'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-in.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-in.target', 0.6)
elif(prop == 'eyes position'):
if(value == 'extra low'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-down.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-down.target', 0.6)
elif(value == 'low'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-down.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-down.target', 0.3)
elif(value == 'high'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-up.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-up.target', 0.3)
elif(value == 'extra high'):
humanoid.setDetail(dpa + 'eyes/l-eye-trans-up.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-trans-up.target', 0.6)
elif(prop == 'eyes shape'):
if(value == 'extra round'):
humanoid.setDetail(dpa + 'eyes/l-eye-height2-incr.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-height2-incr.target', 0.6)
elif(value == 'round'):
humanoid.setDetail(dpa + 'eyes/l-eye-height2-incr.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-height2-incr.target', 0.3)
elif(value == 'thin'):
humanoid.setDetail(dpa + 'eyes/l-eye-height2-decr.target', 0.3)
humanoid.setDetail(dpa + 'eyes/r-eye-height2-decr.target', 0.3)
elif(value == 'extra thin'):
humanoid.setDetail(dpa + 'eyes/l-eye-height2-decr.target', 0.6)
humanoid.setDetail(dpa + 'eyes/r-eye-height2-decr.target', 0.6)
### mouth
elif(prop == 'mouth corners'):
if(value == 'extra low'):
humanoid.setDetail(dpa + 'mouth/mouth-angles-down.target', 0.6)
elif(value == 'low'):
humanoid.setDetail(dpa + 'mouth/mouth-angles-down.target', 0.3)
elif(value == 'raised'):
humanoid.setDetail(dpa + 'mouth/mouth-angles-up.target', 0.3)
elif(value == 'extra raised'):
humanoid.setDetail(dpa + 'mouth/mouth-angles-up.target', 0.6)
elif(prop == 'mouth height'):
if(value == 'extra thick'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-vert-incr.target', 0.6)
elif(value == 'thick'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-vert-incr.target', 0.3)
elif(value == 'thin'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-vert-decr.target', 0.3)
elif(value == 'extra thin'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-vert-decr.target', 0.6)
elif(prop == 'mouth width'):
if(value == 'extra wide'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-horiz-incr.target', 0.6)
elif(value == 'wide'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-horiz-incr.target', 0.3)
elif(value == 'small'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-horiz-decr.target', 0.3)
elif(value == 'extra small'):
humanoid.setDetail(dpa + 'mouth/mouth-scale-horiz-decr.target', 0.6)
### nose
elif(prop == 'nose width'):
if(value == 'extra wide'):
humanoid.setDetail(dpa + 'nose/nose-scale-horiz-incr.target', 0.6)
elif(value == 'wide'):
humanoid.setDetail(dpa + 'nose/nose-scale-horiz-incr.target', 0.3)
elif(value == 'narrow'):
humanoid.setDetail(dpa + 'nose/nose-scale-horiz-decr.target', 0.3)
elif(value == 'extra narrow'):
humanoid.setDetail(dpa + 'nose/nose-scale-horiz-decr.target', 0.6)
elif(prop == 'nose shape'):
if(value == 'extra straight'):
humanoid.setDetail(dpa + 'nose/nose-width1-incr.target', 0.6)
elif(value == 'straight'):
humanoid.setDetail(dpa + 'nose/nose-width1-incr.target', 0.3)
elif(value == 'triangle'):
humanoid.setDetail(dpa + 'nose/nose-width1-decr.target', 0.3)
elif(value == 'extra triangle'):
humanoid.setDetail(dpa + 'nose/nose-width1-decr.target', 0.6)
## head
elif(prop == 'chin size'):
if(value == 'extra large'):
humanoid.setDetail(dpa + 'chin/chin-width-incr.target', 0.6)
elif(value == 'large'):
humanoid.setDetail(dpa + 'chin/chin-width-incr.target', 0.3)
elif(value == 'small'):
humanoid.setDetail(dpa + 'chin/chin-width-decr.target', 0.3)
elif(value == 'extra small'):
humanoid.setDetail(dpa + 'chin/chin-width-decr.target', 0.6)
elif(prop == 'head shape'):
if(value == 'extra heart'):
humanoid.setDetail(dpa + 'head/head-invertedtriangular.target', 0.5)
elif(value == 'heart'):
humanoid.setDetail(dpa + 'head/head-invertedtriangular.target', 0.3)
elif(value == 'rect'):
humanoid.setDetail(dpa + 'head/head-rectangular.target', 0.3)
elif(value == 'extra rect'):
humanoid.setDetail(dpa + 'head/head-rectangular.target', 0.5)
## move ear wings inwards, looks better with ears adjusted
humanoid.setDetail(dpa + 'ears/l-ear-wing-decr.target', 0.5)
humanoid.setDetail(dpa + 'ears/r-ear-wing-decr.target', 0.5)
humanoid.applyAllTargets()
print humanoid.targetsDetailStack
wavefront.writeObjFile(fpa + name + '.obj', humanoid.mesh)
