def createVrayLatLongStereoRig():
import maya.cmds as cmds
import maya.mel as mel
# ---------------------------------------------------------------------
# Setup the default Maya Settings
# ---------------------------------------------------------------------
cmds.loadPlugin("stereoCamera", qt=True)
# Make sure the Vray plugin was loaded
forceVrayLoad()
# Show the Render Settings Window so the Post Translator Action can be loaded
mel.eval('unifiedRenderGlobalsWindow;')
# Check if the vray settings element exists in the scene
domeCreateVraySettingsNode()
# ---------------------------------------------------------------------
# Create the stereo rig
# ---------------------------------------------------------------------
#import maya.app.stereo.stereoCameraMenus as stereoCameraMenus
#stereoCameraMenus.buildCreateMenu()
#import maya.app.stereo.stereoCameraRig
#maya.app.stereo.stereoCameraRig.createStereoCameraRig()
from maya.app.stereo import stereoCameraRig
# Set the default rig to an VrayLatLongStereoCamera
cmds.stereoRigManager(defaultRig='VrayLatLongStereoCamera')
# Add the camera rig to the scene
rig = stereoCameraRig.createStereoCameraRig('VrayLatLongStereoCamera')
#[u'VrayLatLongCamera', u'VrayLatLongCameraLeft', u'VrayLatLongCameraRight']
#Get the stereo camera rig shape nodes for the center/right/left cameras
rig_center_shape_name = getObjectShapeNode(rig[0])
#[u'stereoCameraCenterCamShape', u'stereoCameraFrustum'] #
rig_left_shape_name = getObjectShapeNode(rig[1])
# Result: [u'stereoCameraLeftShape'] #
rig_right_shape_name = getObjectShapeNode(rig[2])
# Result: [u'stereoCameraRightShape'] #
"""
cmds.setAttr( rig[0]+'.rotateX', 90)
cmds.setAttr( rig[0]+'.rotateY', 0)
cmds.setAttr( rig[0]+'.rotateZ', 0)
"""
# Changes the render settings to set the stereo camera to be a renderable camera
cmds.setAttr(rig_left_shape_name[0] + '.renderable',
1) #stereoCameraLeftShape
cmds.setAttr(rig_right_shape_name[0] + '.renderable',
1) #stereoCameraRightShape
cmds.setAttr('topShape.renderable', 0)
cmds.setAttr('sideShape.renderable', 0)
cmds.setAttr('frontShape.renderable', 0)
cmds.setAttr('perspShape.renderable', 0)
#Set up the default AA sampling quality
setDomeSamplingQuality()
#---------------------------------------------------------------------------
# Enable Real-time 3D in the OpenGL viewport
# using a PreRender and PostRender MEL script
#---------------------------------------------------------------------------
#import maya.cmds as cmds
#PreRender MEL:
#cmds.setAttr( 'defaultRenderGlobals.preMel', "source \"domeRender.mel\"; domemaster3DPreRenderMEL();", type='string')
#PostRender MEL:
#cmds.setAttr( 'defaultRenderGlobals.postMel' , "source \"domeRender.mel\"; domemaster3DPostRenderMEL();", type='string')
#enable realtime 3D
#mel.eval("source \"domeRender.mel\"; domemaster3DPostRenderMEL();");
return rig
def sag_mirrorCam():
if not pluginInfo( 'decomposeMatrix', query = True, loaded = True):
loadPlugin( 'decomposeMatrix', quiet = True )
selList = ls( sl = True )
transList = []
for each in selList:
if objectType( each ) == 'transform' or objectType( each ) == 'stereoRigTransform':
transList.append( each )
loc = spaceLocator( name = 'mirrorCam_loc' )[0]
for each in transList:
baseLoc = spaceLocator( name = 'mirrorCam_baseLoc' )[0]
aimLoc = spaceLocator( name = 'mirrorCam_aimLoc' )[0]
upLoc = spaceLocator( name = 'mirrorCam_upLoc' )[0]
setAttr( aimLoc + '.tz', -1 )
setAttr( upLoc + '.ty', 1 )
setAttr( baseLoc + '.v', 0 )
parent( aimLoc, upLoc, baseLoc )
multMtx = createNode( 'multMatrix', name = 'mirrorCam_multMatrix' )
decompMtx = createNode( 'decomposeMatrix', name = 'mirrorCam_decomposeMatrix' )
connectAttr( each + '.worldMatrix', multMtx + '.matrixIn[0]' )
connectAttr( loc + '.worldInverseMatrix', multMtx + '.matrixIn[1]' )
maya.mel.eval( 'setAttr ' + multMtx + '.matrixIn[2] -type "matrix" 1 0 0 0 0 1 0 0 0 0 -1 0 0 0 0 1;' )
connectAttr( loc + '.worldMatrix', multMtx + '.matrixIn[3]' )
connectAttr( multMtx + '.matrixSum', decompMtx + '.inputMatrix' )
setAttr( baseLoc + '.rotateOrder', getAttr( each + '.rotateOrder' ) )
connectAttr( decompMtx + '.outputTranslate', baseLoc + '.t' )
connectAttr( decompMtx + '.outputRotate', baseLoc + '.r' )
connectAttr( decompMtx + '.outputScale', baseLoc + '.s' )
cam = ''
# DUPLICATE CAMERA
if nodeType( each ) == 'stereoRigTransform':
# DUPLICATE STEREO CAMERA
eachShape = listRelatives( each, type = 'stereoRigCamera' )[0]
cam = stereoCameraRig.createStereoCameraRig( rigName = 'StereoCamera' )
cam[0] = rename( cam[0], 'mirrorCam_' + each.split( ':' )[-1] )
cam[1] = rename( cam[1], 'mirrorCam_' + each.split( ':' )[-1][:-1] + 'L' )
cam[2] = rename( cam[2], 'mirrorCam_' + each.split( ':' )[-1][:-1] + 'R' )
camShape = listRelatives( cam[0], type = 'stereoRigCamera' )[0]
attrListShape = set(['horizontalFilmAperture', 'verticalFilmAperture', 'shakeOverscan', 'shakeOverscanEnabled', 'horizontalFilmOffset',
'verticalFilmOffset', 'shakeEnabled', 'horizontalShake', 'verticalShake', 'stereoHorizontalImageTranslateEnabled',
'stereoHorizontalImageTranslate', 'preScale', 'filmTranslateH', 'filmTranslateV', 'horizontalRollPivot', 'verticalRollPivot',
'filmRollValue', 'filmRollOrder', 'postScale', 'filmFit', 'filmFitOffset', 'focalLength', 'lensSqueezeRatio', 'cameraScale',
'triggerUpdate', 'fStop', 'focusDistance', 'shutterAngle', 'centerOfInterest', 'tumblePivotX',
'tumblePivotY', 'tumblePivotZ', 'usePivotAsLocalSpace', 'depthOfField',
'useExploreDepthFormat', 'backgroundColorR', 'backgroundColorG', 'backgroundColorB', 'focusRegionScale',
'toeInAdjust', 'filmOffsetRightCam', 'filmOffsetLeftCam', 'stereo', 'interaxialSeparation', 'zeroParallax'])
attrListTransform = set(['translate', 'rotate', 'scale'])
for eachAttr in attrListShape:
connectAttr( eachShape + '.' + eachAttr, camShape + '.' + eachAttr )
for eachAttr in attrListTransform:
connectAttr( each + '.' + eachAttr, cam[0] + '.' + eachAttr )
stereoShapes = listRelatives( each, allDescendents = True, type = 'camera' )
connectAttr( stereoShapes[1] + '.filmTranslateH', cam[1] + '.filmTranslateH' )
connectAttr( stereoShapes[2] + '.filmTranslateH', cam[2] + '.filmTranslateH' )
for eachCam in cam:
setAttr( eachCam + '.bestFitClippingPlanes', 0 )
cam = cam[0]
else:
# DUPLICATE NON-STEREO CAMERA
cam = duplicate( each, ic = True )[0]
camName = 'mirrorCam_' + each
if each.rfind( ':' ) > -1:
camName = 'mirrorCam_' + each[each.rfind( ':' )+1:]
cam = rename( cam, camName )
attrs = [ 't', 'tx', 'ty', 'tz', 'r', 'rx', 'ry', 'rz', 's', 'sx', 'sy', 'sz', 'v' ]
for attr in attrs:
setAttr( cam + '.' + attr, lock = False, keyable = True )
attrs += [ 'translateX', 'translateY', 'translateZ', 'rotateX', 'rotateY', 'rotateZ', 'scaleX', 'scaleY', 'scaleZ', 'visibility', 'translate', 'rotate', 'scale' ]
for attr in attrs:
conns = listConnections( cam + '.' + attr, s = True, d = False, c = True, p = True )
if conns != None:
for i in xrange( 0, len( conns ), 2 ):
disconnectAttr( conns[i+1], conns[i] )
if listRelatives( cam, parent = True ) != None:
parent( cam, world = True )
select( baseLoc, cam, replace = True )
pointConstraint( mo = False )
select( aimLoc, cam, replace = True )
aimConstraint( mo = False, aimVector = (0, 0, -1), upVector = (0, 1, 0), worldUpType = 'object', worldUpObject = upLoc )
group( [ loc, baseLoc, cam ], name = 'mirror_cam_grp' )
select( loc, replace = True )
def createArnoldLatLongStereoRig():
import maya.cmds as cmds
import maya.mel as mel
# ---------------------------------------------------------------------
# Setup the default Maya Settings
# ---------------------------------------------------------------------
cmds.loadPlugin( "stereoCamera", qt=True )
# Make sure the Arnold plugin was loaded
forceArnoldLoad()
# ---------------------------------------------------------------------
# Create the stereo rig
# ---------------------------------------------------------------------
#import maya.app.stereo.stereoCameraMenus as stereoCameraMenus
#stereoCameraMenus.buildCreateMenu()
#import maya.app.stereo.stereoCameraRig
#maya.app.stereo.stereoCameraRig.createStereoCameraRig()
from maya.app.stereo import stereoCameraRig
# Set the default rig to an ArnoldLatLongStereoCamera
cmds.stereoRigManager(defaultRig='ArnoldLatLongStereoCamera')
# Add the camera rig to the scene
rig = stereoCameraRig.createStereoCameraRig('ArnoldLatLongStereoCamera')
#[u'ArnoldLatLongCamera', u'ArnoldLatLongCameraLeft', u'ArnoldLatLongCameraRight']
#Get the stereo camera rig shape nodes for the center/right/left cameras
rig_center_shape_name = getObjectShapeNode(rig[0])
#[u'stereoCameraCenterCamShape', u'stereoCameraFrustum'] #
rig_left_shape_name = getObjectShapeNode(rig[1])
# Result: [u'stereoCameraLeftShape'] #
rig_right_shape_name = getObjectShapeNode(rig[2])
# Result: [u'stereoCameraRightShape'] #
"""
cmds.setAttr( rig[0]+'.rotateX', 90)
cmds.setAttr( rig[0]+'.rotateY', 0)
cmds.setAttr( rig[0]+'.rotateZ', 0)
"""
# Changes the render settings to set the stereo camera to be a renderable camera
cmds.setAttr( rig_left_shape_name[0]+'.renderable', 1) #stereoCameraLeftShape
cmds.setAttr( rig_right_shape_name[0]+'.renderable', 1) #stereoCameraRightShape
cmds.setAttr( 'topShape.renderable', 0)
cmds.setAttr( 'sideShape.renderable', 0)
cmds.setAttr( 'frontShape.renderable', 0)
cmds.setAttr( 'perspShape.renderable', 0)
#Set up the default AA sampling quality
setDomeSamplingQuality()
#---------------------------------------------------------------------------
# Enable Real-time 3D in the OpenGL viewport
# using a PreRender and PostRender MEL script
#---------------------------------------------------------------------------
#import maya.cmds as cmds
#PreRender MEL:
#cmds.setAttr( 'defaultRenderGlobals.preMel', "source \"domeRender.mel\"; domemaster3DPreRenderMEL();", type='string')
#PostRender MEL:
#cmds.setAttr( 'defaultRenderGlobals.postMel' , "source \"domeRender.mel\"; domemaster3DPostRenderMEL();", type='string')
#enable realtime 3D
#mel.eval("source \"domeRender.mel\"; domemaster3DPostRenderMEL();");
return rig
def create(self, *args):
"""
Create the Maya nodes per the specification of this template.
"""
if self.checkMultibyte():
return
rigs = cmds.stereoRigManager(listRigs=True)
defaultCam = cmds.stereoRigManager(query=True, defaultRig=True)
standardDefault = defaultRigType.rigTypeName
swapWithDefault = False
askedUserAlready = False
for i in range(self.layers()):
rtype = self.rigTypeForLayer(i)
if rtype not in rigs:
if rtype == standardDefault and defaultCam != standardDefault:
# Check to make sure we haven't already asked the user
# for this create call. There are multiple layers
# of a multi-rig and we don't want to ask the user
# the same question multiple times.
#
if not askedUserAlready:
swapWithDefault = swapDefault(standardDefault,
defaultCam)
askedUserAlready = True
if not swapWithDefault:
stereoCameraErrors.displayError('kRigNotFound', rtype)
return
else:
stereoCameraErrors.displayError('kRigNotFound', rtype)
return
camSet = None
camSetType = self.cameraSetNodeType()
val = cmds.objectType(tagFromType=camSetType)
if val > 0:
camSet = cmds.createNode(camSetType, name=self._templateName)
else:
stereoCameraErrors.displayError('kCameraSetNotFound', camSetType)
return
masterPrefix = self._camSetPrefix.replace(' ', '_')
uniqueRigs = []
for i in range(self.layers()):
rtype = self.rigTypeForLayer(i)
if rtype == standardDefault and swapWithDefault:
rtype = defaultCam
stereoCameraErrors.displayWarning('kDefaultRigSwap', rtype)
if rtype not in uniqueRigs:
uniqueRigs.append(rtype)
layerPrefix = self.layerPrefixForLayer(i).replace(' ', '_')
prefix = masterPrefix + layerPrefix
autoCreateSet = self.autoCreateSet(i)
rig = stereoCameraRig.createStereoCameraRig(rtype)
objSet = None
if autoCreateSet:
objSet = cmds.createNode('objectSet', name=prefix + 'Set')
stereoCameraSets.addNewRigToSet(rig[0], camSet, objSet)
baseName = rig[0]
for r in rig:
cmds.rename(r, r.replace(baseName, prefix))
# Notify once to all unique rigs that we have finished
# building the multi rig.
#
for u in uniqueRigs:
stereoCameraSets.notifyCameraSetCreateFinished(camSet, u)
def sk_sceneCameraBK(self ,shotInfos = [],shotType = sk_infoConfig.sk_infoConfig().checkShotType() , stereoCam = 0,stereoMode = 1,step = 1,bkCam = '' ):
if not shotInfos:
shotInfo = sk_infoConfig.sk_infoConfig().checkShotInfo()
else:
shotInfo = shotInfos
camBase = ''
camFind = 1
if bkCam:
camBase = bkCam
else:
if shotType == 2:
camBase = 'cam_' + str(shotInfo[1]) + '_' + str(shotInfo[2])
if shotType == 3:
camBase = 'cam_' + str(shotInfo[1]) + '_' + str(shotInfo[2]) + '_' + str(shotInfo[3])
if '.' in camBase:
camBase = camBase.split('.')[0]
if stereoMode:
camBase += '_stCam'
# 判断cam在不在
if not camBase:
camFind = 0
if not mc.ls(camBase):
camFind = 0
else:
if len(mc.ls(camBase)) != 1:
camFind = 0
if not camFind:
#errorInfo = (u'==========No Correct Cam[%s],or More Than One Cam[%s],please Fix the Camera Name=========='%(camBase,camBase))
errorInfo = (u'==========未找到正版cam[%s],或cam名字不合法==========\n'%camBase)
print errorInfo
sk_infoConfig.sk_infoConfig().checkErrorWindows(errorInfo)
sk_infoConfig.errorCode = errorInfo
mc.error(errorInfo)
# 准备工作
# 时间轴信息
io = (mc.playbackOptions(q=1, minTime=1)-10, mc.playbackOptions(q=1, maxTime=1)+10)
# 一次BK开始
locTemp = mc.spaceLocator()
cons = mc.parentConstraint(camBase , locTemp , maintainOffset = 0)
# 一次烘焙
mc.bakeResults(locTemp, t = io,
simulation = 0,
sampleBy=step,
disableImplicitControl=1,
preserveOutsideKeys=1,
sparseAnimCurveBake=1,
removeBakedAttributeFromLayer=0,
bakeOnOverrideLayer=0,
controlPoints=0,
shape=1)
mc.delete(cons)
# 复制出信息
camNeed = (camBase.split('|')[-1] + '_baked')
checkCam = mc.ls(camNeed,l=1)
if checkCam:
mc.delete(checkCam)
if stereoMode:
pluginName = 'stereoCamera'
if not mc.pluginInfo(pluginName,q= 1,loaded = 1):
mc.loadPlugin(pluginName)
from maya.app.stereo import stereoCameraRig
camNew = stereoCameraRig.createStereoCameraRig(rigName='StereoCamera')
camNew = mc.rename(camNew[0],camNeed)
shapesOld = mc.listRelatives(camBase,s=1,f=1)
shapesNew = mc.listRelatives(camNew,s=1,f=1)
for i in range(len(shapesOld)):
# 连接
self.sk_bakeStereoCameraConnect(shapesOld[i],shapesNew[i])
else:
camNew = mc.duplicate(camBase,returnRootsOnly = 1,inputConnections = 1)
camNew = mc.rename(camNew[0],camNeed.split('|')[-1])
# cam mode不需要sx,sy,sz和v
noNeedList = ['.sx','.sy','.sz','.v']
for checkAttr in noNeedList:
camAttr = camNew + checkAttr
cons = mc.listConnections(camAttr,s=1,d=0,plugs=1)
mc.setAttr(camAttr,l=0)
if cons:
mc.disconnectAttr(cons[0],camAttr)
lockState = mc.getAttr(camAttr,l=1)
if lockState:
tempAttr = mc.connectionInfo(camAttr,gla=1)
if tempAttr:
mc.setAttr(tempAttr,l=0)
mc.setAttr(camAttr,1)
# 清理目标camera物体
chilrdNodes = mc.listRelatives(camNew,ad = 1,f=1)
for checkNode in chilrdNodes:
if not mc.ls(checkNode):
continue
checkType = mc.nodeType(checkNode)
if checkType in ['camera','stereoRigFrustum','stereoRigCamera']:
continue
deleteState = 1
if checkType in ['transform']:
child = mc.listRelatives(checkNode,s=1,f=1)
if not child:
deleteState = 0
else:
for checkChild in child:
checkType = mc.nodeType(checkChild)
if checkType in ['camera','stereoRigFrustum','stereoRigCamera']:
deleteState = 0
if deleteState:
mc.delete(checkNode)
# 解锁
from idmt.maya.commonCore.core_mayaCommon import sk_sceneTools
reload(sk_sceneTools)
sk_sceneTools.sk_sceneTools().checkLockObjs([camNeed],0,1)
# 祛除translate和rotate的约束
if shotInfo[0] !='nj':
camNewFull = mc.ls(camNew,l=1)[0]
if len(camNewFull.split('|')) != 2:
mc.parent(camNew,world = 1)
for attr in ['.tx','.ty','.tz','.rx','.ry','.rz']:
mc.setAttr((camNew + attr), lock = False)
consAttr = mc.listConnections((camNew + attr),s=1,d=0,plugs=1)
if not consAttr:
continue
mc.disconnectAttr(consAttr[0],(camNew + attr))
# 二次BK开始
cons = mc.parentConstraint(locTemp , camNew , maintainOffset = 0)
# 二次烘焙
mc.bakeResults(camNew, t=io,
simulation = 0,
sampleBy=step,
disableImplicitControl = 1 ,
preserveOutsideKeys = 1 ,
sparseAnimCurveBake = 1 ,
removeBakedAttributeFromLayer = 0 ,
bakeOnOverrideLayer = 0 ,
controlPoints = 0 ,
shape = 1 )
if stereoMode:
camShape = mc.listRelatives(camNew,s = 1,ni=1)[0]
childGrps = mc.listRelatives(camNew,c=1,type = 'transform')
leftGrp = ''
rightGrp = ''
for checkGrp in childGrps:
if 'Left' in checkGrp:
leftGrp = checkGrp
if 'Right' in checkGrp:
rightGrp = checkGrp
# 重新处理立体连接
leftGrpAttr = '%s|%s.tx'%(camNew,leftGrp)
tempAttr = mc.connectionInfo(leftGrpAttr,gla=1)
if tempAttr:
mc.setAttr(tempAttr,l=0)
cons = mc.listConnections(leftGrpAttr,s=1,d=0,plugs=1)
if shotInfo[0] in ['do6'] and cons:
mel.eval('source "channelBoxCommand.mel"')
mel.eval('CBunlockAttr %s'%leftGrpAttr)
if cons:
mc.disconnectAttr(cons[0],leftGrpAttr)
mc.expression(s = '%s=-0.5*%s.interaxialSeparation'%(leftGrpAttr,camShape),o = leftGrp )
rightGrpAttr = '%s|%s.tx'%(camNew,rightGrp)
tempAttr = mc.connectionInfo(rightGrpAttr,gla=1)
if tempAttr:
mc.setAttr(tempAttr,l=0)
cons = mc.listConnections(rightGrpAttr,s=1,d=0,plugs=1)
if shotInfo[0] =='do6' and cons:
mel.eval('source "channelBoxCommand.mel"')
mel.eval('CBunlockAttr %s' %rightGrpAttr)
if cons:
mc.disconnectAttr(cons[0],rightGrpAttr)
mc.expression(s = '%s=0.5*%s.interaxialSeparation'%(rightGrpAttr,camShape),o = rightGrp )
# pairx
rigShape = mc.listRelatives(camNew,s=1,type = 'stereoRigCamera')[0]
rigFrustum = mc.listRelatives(camNew,s=1,type = 'stereoRigFrustum')[0]
print '------------tMode'
print camShape
print rigShape
mc.connectAttr('%s.zeroParallax'%camShape,'%s.zeroParallax'%camNew,f=1)
mc.connectAttr('%s.zeroParallax'%camShape,'%s.zeroParallax'%rigFrustum,f=1)
# center
attrs = ['.filmOffsetLeftCam','.filmOffsetRightCam','.interaxialSeparation','.stereo','.toeInAdjust']
centerPre = camNeed
centerShape = centerPre + 'CenterCamShape'
centerGrp = centerPre
for attr in attrs:
mc.setAttr((centerGrp + attr),l = 0)
mc.connectAttr((centerShape + attr),(centerGrp + attr) ,f = 1)
cons = mc.listConnections(camNew,s = 1 ,type = 'constraint')
if cons:
cons = list(set(cons))
mc.delete(cons)
# 清理shape的某些信息
camNewShape = mc.listRelatives(camNew,s=1,type = 'camera',f=1)
shapeCons = mc.listConnections(camNewShape,s=1,d=0,c=1,plugs=1)
if shapeCons:
consNum = len(shapeCons)
for num in range(consNum/2):
consAttr = shapeCons[num*2+1]
if '>' in consAttr:
consAttr = consAttr.split('>')[-1]
consNode = consAttr.split('.')[0]
# 判断
nodeType = mc.nodeType(consNode)
if 'animCurve' in nodeType:
continue
checkAttr = shapeCons[num*2+1]
if (not mc.referenceQuery(checkAttr.split('.')[0],inr = 1)) and mc.getAttr(checkAttr,l=1):
mc.setAttr(checkAttr,l=0)
checkAttr = shapeCons[num*2]
if (not mc.referenceQuery(checkAttr.split('.')[0],inr = 1)) and mc.getAttr(checkAttr,l=1):
mc.setAttr(checkAttr,l=0)
# 断开
mc.disconnectAttr(shapeCons[num*2+1],shapeCons[num*2])
# 善后，清理
mc.delete(locTemp)
# 属性
baseShape = mc.listRelatives(camBase,s=1,f=1)[0]
newShape = mc.listRelatives(camNew,s=1,type = 'camera',f=1)[0]
fixAttrList = ['.horizontalFilmAperture','.verticalFilmAperture','.filmFit']
for attr in fixAttrList:
newAttr = newShape + attr
if not mc.ls(newAttr):
continue
oldAttr = baseShape + attr
mc.setAttr(newAttr,l=0)
mc.setAttr(newAttr,mc.getAttr(oldAttr))
# 处理scale,属性打1
for attr in ['.sx','.sy','.sz']:
cons = mc.listConnections((camNew + attr),s=1,d=0,plugs=1)
if cons:
mc.disconnectAttr(cons[0],(camNew + attr))
mc.setAttr((camNew + attr),l=0)
mc.setAttr((camNew + attr),1)
# 恢复立体连接
# 锁、出组
fixCamList = []
if stereoMode:
camShapes = mc.listRelatives(camNew,ad=1,type='camera',f=1)
fixCamList = mc.listRelatives(camShapes,p=1,type='transform',f=1)
sk_sceneTools.sk_sceneTools().checkLockObjs(fixCamList,1,1)
for checkCam in fixCamList:
attrs = mc.listAttr(checkCam,k=1)
if not attrs:
continue
for attr in attrs:
mc.setAttr((checkCam + '.' +attr),l = 1)
def zwz_CreateStereoCamera_menu():
#def zwz_CreateStereoCamera_menu():
#左眼摄像机
LMCamera = CreatMyCamera_zwz('L_M', [0, 0, 0])
LLCamera = CreatMyCamera_zwz('L_L', [0, 60, 0])
LRCamera = CreatMyCamera_zwz('L_R', [0, -60, 0])
#右眼摄像机
RMCamera = CreatMyCamera_zwz('R_M', [0, 0, 0])
RLCamera = CreatMyCamera_zwz('R_L', [0, 60, 0])
RRCamera = CreatMyCamera_zwz('R_R', [0, -60, 0])
#立体摄像机
mm.eval('loadPlugin -qt "stereoCamera";')
from maya.app.stereo import stereoCameraRig
myStereo = stereoCameraRig.createStereoCameraRig(rigName='StereoCamera')
CenterShape = mc.listRelatives(myStereo[0], s=True, pa=True)
mc.setAttr("%s.horizontalFilmAperture" % CenterShape[0], 1)
mc.setAttr("%s.verticalFilmAperture" % CenterShape[0], 1)
mc.setAttr("%s.focalLength" % CenterShape[0], 21.997)
mc.setAttr("%s.interaxialSeparation" % CenterShape[0], 0.068)
mc.setAttr("%s.farClipPlane" % CenterShape[0], 1000000)
mc.setAttr("%s.stereo" % CenterShape[0], 1)
mc.setAttr("%s.zeroParallax" % CenterShape[0], 5)
mc.setAttr("%s.translate" % myStereo[1], l=False)
mc.setAttr("%s.rotate" % myStereo[1], l=False)
mc.setAttr("%s.translate" % myStereo[2], l=False)
mc.setAttr("%s.rotate" % myStereo[2], l=False)
mc.disconnectAttr('%s.stereoLeftOffset' % myStereo[0],
'%s.translateX' % myStereo[1])
mc.disconnectAttr('%s.stereoLeftAngle' % myStereo[0],
'%s.rotateY' % myStereo[1])
mc.disconnectAttr('%s.stereoRightOffset' % myStereo[0],
'%s.translateX' % myStereo[2])
mc.disconnectAttr('%s.stereoRightAngle' % myStereo[0],
'%s.rotateY' % myStereo[2])
mc.pointConstraint(LMCamera[0], myStereo[1], w=1)
mc.orientConstraint(LMCamera[0], myStereo[1], w=1)
mc.pointConstraint(RMCamera[0], myStereo[2], w=1)
mc.orientConstraint(RMCamera[0], myStereo[2], w=1)
LockObjectTRS(myStereo[0], True)
LGroup = mc.group(LMCamera[0], LLCamera[0], LRCamera[0], n='L_Cameras')
LGroup = mc.ls(LGroup, l=True)[0]
mc.xform(LGroup, t=[-0.034, 0, 0])
LockObjectTRS(LGroup, True)
RGroup = mc.group(RMCamera[0],
RLCamera[0],
RRCamera[0],
n='R_Cameras',
absolute=True)
RGroup = mc.ls(RGroup, l=True)[0]
mc.xform(RGroup, t=[0.034, 0, 0])
LockObjectTRS(RGroup, True)
myGroup = mc.group(LGroup, RGroup, myStereo[0], n='Cam_Rig')
mc.setAttr('%s.visibility' % myGroup, 0)
#测试摄像机
TMCamera = CreatMyCamera_zwz('Test_M_T', [0, 0, 0])
LockObjectTRS(TMCamera[0], False)
mc.pointConstraint(TMCamera[0], myGroup, w=1)
mc.orientConstraint(TMCamera[0], myGroup, w=1)
mc.scaleConstraint(TMCamera[0], myGroup, w=1)
LockObjectTRS(myGroup, True)
TLCamera = CreatMyCamera_zwz('Test_L', [0, 60, 0])
mc.setAttr('%s.template' % TLCamera[1][0], 1)
TRCamera = CreatMyCamera_zwz('Test_R', [0, -60, 0])
mc.setAttr('%s.template' % TRCamera[1][0], 1)
mc.parent(TLCamera[0], TMCamera[0])
mc.parent(TRCamera[0], TMCamera[0])
TMCamera[1] = mc.rename(TMCamera[1], 'Test_M')
myLocator = mc.spaceLocator(n='Constrain_for_animation', p=(0, 0, 0))
mc.xform(myLocator, s=[10, 10, 10])
mc.pointConstraint(TMCamera[0], myLocator, w=1)
mc.orientConstraint(TMCamera[0], myLocator, w=1)
testGroup = mc.group(TMCamera, myLocator, n='Test_Cam_Rig')
LockObjectTRS(testGroup, False)
HideObjectAttr(testGroup, False)
LockObjectTRS(myLocator[0], True)
