def _setNativeCamera( self, nativeCamera ): if type( nativeCamera ) in [ str, unicode ]: from cross3d import Scene scene = Scene() camera = scene._findNativeObject( nativeCamera ) else: camera = nativeCamera if nativeCamera: mxs.viewport.setCamera( camera ) self.refresh() return True return False
def _nativeModel( self ): """ \remarks implements the AbstractSceneObject._nativeModel method to look up the native model for this object \sa children \return <list> [ <Py3dsMax.mxs.Object> nativeObject, .. ] """ name = self.name() split = name.split( '.' ) if len( split ) > 1: modelName = split[0] from cross3d import Scene scene = Scene() return scene._findNativeObject( modelName ) return None
def _nativeModel(self):
"""
\remarks implements the AbstractSceneObject._nativeModel method to look up the native model for this object
\sa children
\return <list> [ <Py3dsMax.mxs.Object> nativeObject, .. ]
"""
name = self.name()
split = name.split('.')
if len(split) > 1:
modelName = split[0]
from cross3d import Scene
scene = Scene()
return scene._findNativeObject(modelName)
return None
def exportAlembic(self, filename, **kwargs):
from cross3d import Scene
scene = Scene()
job = {'filename': filename}
job.update(**kwargs)
objects = kwargs.get('objects', scene.selection())
job["objects"] = ",".join([obj.name() for obj in objects])
job['in'] = kwargs.get('in', scene.animationRange()[0])
job['out'] = kwargs.get('out', scene.animationRange()[1])
jobString = ";".join( [ "=".join([k,str(v)]) for k, v in job.iteritems()] )
return xsi.alembic_export(jobString)
def exportAlembic(self, filename, **kwargs):
from cross3d import Scene
scene = Scene()
job = {'filename': filename}
job.update(**kwargs)
objects = kwargs.get('objects', scene.selection())
job["objects"] = ",".join([obj.name() for obj in objects])
job['in'] = kwargs.get('in', scene.animationRange()[0])
job['out'] = kwargs.get('out', scene.animationRange()[1])
jobString = ";".join(
["=".join([k, str(v)]) for k, v in job.iteritems()])
return xsi.alembic_export(jobString)
def _nativeCamera(self):
cameraName = self.cameraName()
if cameraName in self.sceneCameras:
cameraName = "Views.View%s.%sCamera" % (self.name, cameraName)
if cameraName == 'Render Pass':
from cross3d import Scene
scene = Scene()
renderPass = self.scene.currentRenderPass()
cameraName = renderPass.camera().name()
if cameraName:
return xsi.Dictionary.GetObject(cameraName)
else:
return None
def dispatchEvent(self, signal, *args): print 'Dispatching event', signal if ( self.signalsBlocked() ): return # emit a defined pyqtSignal if ( hasattr(Dispatch,signal) and type(getattr(Dispatch,signal)).__name__ == 'pyqtBoundSignal' ): # this should identify the object type before emiting it if it needs to emit something getattr(Dispatch,signal).emit(SceneObject(Scene.instance(), args[0])) # elif process application specific signals like xsi's value changed # otherwise emit a custom signal else: from PyQt4.QtCore import SIGNAL self.emit( SIGNAL( signal ), *args ) # emit linked signals if ( signal in self._linkedSignals ): for trigger in self._linkedSignals[signal]: self.dispatch( trigger )
def dispatchEvent(self, signal, *args):
print 'Dispatching event', signal
if (self.signalsBlocked()):
return
# emit a defined pyqtSignal
if (hasattr(Dispatch, signal) and type(getattr(
Dispatch, signal)).__name__ == 'pyqtBoundSignal'):
# this should identify the object type before emiting it if it needs to emit something
getattr(Dispatch,
signal).emit(SceneObject(Scene.instance(), args[0]))
# elif process application specific signals like xsi's value changed
# otherwise emit a custom signal
else:
from PyQt4.QtCore import SIGNAL
self.emit(SIGNAL(signal), *args)
# emit linked signals
if (signal in self._linkedSignals):
for trigger in self._linkedSignals[signal]:
self.dispatch(trigger)
def _nativeCamera( self ): cameraName = self.nativePointer().Camera.Value from cross3d import Scene scene = Scene() return scene.findObject( cameraName )
import sys
from Py3dsMax import mxs
exLibs = "C:/Python2.7.6/Lib/site-packages/"
if not exLibs in sys.path:
sys.path.append(exLibs)
import MaxPlus
from cross3d import Scene
scene = Scene()
print scene.currentFileName()
print len(scene.objects())
for obj in scene.objects():
MaxPlus.Core.EvalMAXScript("print %s" % obj)
def fromDictionary(
self,
dictionary,
materialType=MaterialType.Generic,
mapType=MapType.Generic,
):
"""Creates a new material from the given dictionary.
A new material is created from the description provided in the given
dictionary. For more information on the structure of the dictionary
expected, please see the documentation for AbstractSceneMaterial.__iter__.
Args:
dictionary(dict): The dictionary containing the material description.
materialType(cross3d.constants.MaterialType): The type of material to
create. Default is MaterialType.Generic.
mapType(cross3d.constants.MapType): The type of map to use. Default
if MapType.Generic.
Returns:
StudiomaxSceneMaterial
"""
name = dictionary.get('name', None)
maps = dictionary.get('maps', dict())
objects = dictionary.get('objects', [])
if materialType & MaterialType.VRay:
mtl = mxs.VRayMtl()
propMap = dict(diffuse='texmap_diffuse', )
else:
mtl = mxs.StandardMaterial()
propMap = dict(diffuse='diffuseMap', )
if name:
mtl.name = name
# We'll keep a running tab of loaders and reuse those that
# point to the same files. We can also go ahead and pull
# the existing loaders of the correct type from the scene
# so that we can potentially reuse those, as well.
mapRefs = dict()
if mapType & MapType.VRay:
for bm in mxs.getClassInstances(mxs.vrayhdri):
mapPath = bm.HDRIMapName
if mapPath:
mapRefs[mapPath] = bm
else:
for bm in mxs.getClassInstances(mxs.bitmaptex):
mapPath = bm.fileName
if mapPath:
mapRefs[mapPath] = bm
for prop, mapPath in maps.iteritems():
if prop in propMap:
# If a loader already exists for this map, then use
# that rather than constructing a duplicate.
if mapPath in mapRefs:
bitmap = mapRefs[mapPath]
elif mapType & MapType.VRay:
bitmap = mxs.vrayhdri()
bitmap.HDRIMapName = mapPath
mapRefs[mapPath] = bitmap
else:
bitmap = mxs.bitmaptex()
bitmap.fileName = mapPath
mapRefs[mapPath] = bitmap
bitmap.name = os.path.basename(mapPath) + '_{}'.format(prop)
mtl.setProperty(propMap[prop], bitmap)
# If we have a list of object names that the material
# should be assigned to, get the object by name and do so.
for objName in objects:
obj = mxs.getNodeByName(objName)
if obj:
obj.material = mtl
scn = Scene()
return StudiomaxSceneMaterial(scn, mtl)
def _nativeCamera(self):
cameraName = self.nativePointer().Camera.Value
from cross3d import Scene
scene = Scene()
return scene.findObject(cameraName)