def mkBakeExecution():
Uiinfo = myclass()
if Uiinfo.result == 0: # Apply
imgFormat = Uiinfo.dlg.getValue("formats")
imgres = Uiinfo.dlg.getValue("resolution")
surfShdr = Uiinfo.mkCreateCamNrml()
TimeLine = Uiinfo.dlg.getValue("Frame range")
TimeLine = TimeLine.split('-')
startFrame = int(TimeLine[0])
endFrame = int(TimeLine[1])
cameraName = Uiinfo.dlg.getValue("Load camera")
ShaderName = Uiinfo.dlg.getValue("Load shader")
objectName = Uiinfo.dlg.getValue("Load object")
fileImageName = Uiinfo.dlg.getValue("Image name")
normalCheck = Uiinfo.dlg.getValue("Normal map")
cmds.cameraView(camera=cameraName)
cmds.currentTime( startFrame, edit=True )
for i in range (startFrame,endFrame):
mKcurentFrame = cmds.currentTime( query=True )
intFrame = int(mKcurentFrame)
intFrame = str(intFrame).zfill(4)
cmds.convertSolidTx( ShaderName, objectName, fileImageName=fileImageName+"_"+intFrame+'.'+imgFormat, fil =imgFormat,rx= int(imgres), ry= int(imgres))
if normalCheck== 1 :
cmds.convertSolidTx( surfShdr['surface'],objectName, fileImageName= fileImageName+"_nrml."+intFrame+'.'+imgFormat, fil = imgFormat,rx= int(imgres), ry= int(imgres))
cmds.currentTime( mKcurentFrame+1, edit=True )
def set_to_bookmark(self, bmark=None):
"""
set camera to specified bookmark position otherwise
set position to current bookmark if available
:type bmark: C{str}
:param bmark: bookmark for camera position
"""
if bmark and bmark in self.bookmarks:
mc.cameraView(bmark, edit=True, camera=self.camera, setCamera=True)
self.current_bookmark = bmark
elif self.current_bookmark:
mc.cameraView(self.current_bookmark, edit=True, camera=self.camera, setCamera=True)
def set_to_bookmark(self, bmark=None):
'''
set camera to specified bookmark position otherwise
set position to current bookmark if available
:type bmark: C{str}
:param bmark: bookmark for camera position
'''
if bmark and bmark in self.bookmarks:
mc.cameraView(bmark, edit=True, camera=self.camera, setCamera=True)
self.current_bookmark = bmark
elif self.current_bookmark:
mc.cameraView(self.current_bookmark,
edit=True,
camera=self.camera,
setCamera=True)
def home_position(self, cam):
"""
set the original view position of camera before processing
:type cam: C{str}
:param cam: camera for view position
"""
self._home_position = mc.cameraView(camera=cam)
def home_position(self, cam):
'''
set the original view position of camera before processing
:type cam: C{str}
:param cam: camera for view position
'''
self._home_position = mc.cameraView(camera=cam)
def mkBakeExecution():
Uiinfo = myclass()
if Uiinfo.result == 0: # Apply
imgFormat = Uiinfo.dlg.getValue("formats")
imgres = Uiinfo.dlg.getValue("resolution")
surfShdr = Uiinfo.mkCreateCamNrml()
TimeLine = Uiinfo.dlg.getValue("Frame range")
TimeLine = TimeLine.split('-')
startFrame = int(TimeLine[0])
endFrame = int(TimeLine[1])
cameraName = Uiinfo.dlg.getValue("Load camera")
ShaderName = Uiinfo.dlg.getValue("Load shader")
objectName = Uiinfo.dlg.getValue("Load object")
fileImageName = Uiinfo.dlg.getValue("Image name")
normalCheck = Uiinfo.dlg.getValue("Normal map")
cmds.cameraView(camera=cameraName)
cmds.currentTime(startFrame, edit=True)
for i in range(startFrame, endFrame):
mKcurentFrame = cmds.currentTime(query=True)
intFrame = int(mKcurentFrame)
intFrame = str(intFrame).zfill(4)
cmds.convertSolidTx(ShaderName,
objectName,
fileImageName=fileImageName + "_" + intFrame +
'.' + imgFormat,
fil=imgFormat,
rx=int(imgres),
ry=int(imgres))
if normalCheck == 1:
cmds.convertSolidTx(surfShdr['surface'],
objectName,
fileImageName=fileImageName + "_nrml." +
intFrame + '.' + imgFormat,
fil=imgFormat,
rx=int(imgres),
ry=int(imgres))
cmds.currentTime(mKcurentFrame + 1, edit=True)
attribute="translateY",
value=posy,
t=(itr * 42) + tx)
#if tx in range(30,42):
#cmds.setKeyframe( myList[temp], attribute="translateX", value=posx, t=(itr*42) + tx )
temp += 1
if temp >= listSize:
temp = 0
#if tx in range(30,42):
#cmds.setKeyframe( myList[temp], attribute="translateX", value=tm, t=tx )
return
homeName = cmds.cameraView(camera='persp')
cmds.cameraView(homeName, e=True, camera='persp', ab=True)
cmds.play()
waves()
playCoolStuff()
cmds.cameraView(homeName, e=True, camera='persp', sc=True)
#just a short example that moves a cube for 120 'seconds'
cmds.polyCube()
cmds.setKeyframe(attribute="translateX", value=0, t=94)
for x in xrange(0, 60):
x += 1
cmds.setKeyframe(attribute="translateX", value=x)
meme = cmds.textCurves(f='Courier', t='Meme', o=True)
for time in [1, 15, 30, 45, 60, 72]: # for each frame calculate sub-steps
#mc.setKeyframe( bubble, attribute='translateX', value=px, t=f ) # set keyframes
cmds.setKeyframe( bubble, attribute='translateY', value=size+0.1*time, t=time )
cmds.setKeyframe( bubble, attribute='scaleX', value=size+0.02*time, t=time )
cmds.setKeyframe( bubble, attribute='scaleY', value=size+0.02*time, t=time )
cmds.setKeyframe( bubble, attribute='scaleZ', value=size+0.02*time, t=time )
#mc.setKeyframe( bubble, attribute='translateZ', value=pz, t=f )
#cmds.rename(obj[1], "bubbleCamShape")
# Save the current position of the persp camera.
homeName = cmds.cameraView(camera='persp')
# Add this view to the persp bookmark menu.
cmds.cameraView( homeName, e=True, camera='bubbleCam', ab=True )
# Change the persp camera position.
cmds.dolly( 'bubbleCam', distance=-30 )
# Create another bookmark for the zoomed position.
cmds.cameraView( camera='bubbleCam', name='zoom', ab=True )
# Restore original camera position.
cmds.cameraView( homeName, e=True, camera='bubbleCam', sc=True )
# Save the current 2D pan/zoom attributes of the persp camera
panZoomBookmark = cmds.cameraView( camera='bubbleCam', ab=True, typ=1 )
def cameraView(*args, **kwargs):
res = cmds.cameraView(*args, **kwargs)
if not kwargs.get('query', kwargs.get('q', False)):
res = _factories.maybeConvert(res, _general.PyNode)
return res
def CamSet3():
if cmds.objExists('saveCam_3'): cmds.cameraView('saveCam_3',e=1,sc=1)
if not cmds.objExists('saveCam_3'): cmds.cameraView(n='saveCam_3',ab=1)
