def makeMIProxy(objs, outdir):
mayafilename = os.path.basename(mc.file(q=1,sn=1)).split('.')[0]
proxyObjs = list()
for obj in objs:
# make some names
safe_long_name = obj.replace('|','_')
miname = mayafilename+'-'+safe_long_name
outnamepath = outdir[0]+'/'+miname+'.mi'
# export the geo to mi with no shaders
select(obj)
mc.Mayatomr(
binary=1,
miStream=1,
exportFilter=721600,
active=1,
fragmentExport=1,
fis=1,
fragmentChildDag=1,
assembly=1,
asn=miname,
exportPathNames='n',
file=outnamepath)
# create a proxy cube and hook it up to the .mi
proxyCube = polyCube(name=miname+'_makeMIProxy')
proxyCube[0].getShapes()[0].setAttr('miProxyFile',outnamepath,type='string')
select(proxyCube[0].getShapes()[0])
maya.app.mentalray.renderProxyUtils.resizeToBoundingBox(mc.ls(sl=1)[0])
proxyCube[0].getShapes()[0].setAttr('miUpdateProxyBoundingBoxMode',1)
# force bounding box display of proxy even in shaded mode
proxyCube[0].getShapes()[0].setAttr('overrideEnabled',1)
proxyCube[0].getShapes()[0].setAttr('overrideLevelOfDetail',1)
# get shader on original object and assign to proxy - this is money move
select(obj)
hyperShade(shaderNetworksSelectMaterialNodes=1)
mat = ls(sl=1)
select(proxyCube[0].getShapes()[0],add=1)
hyperShade(assign=mat[0])
# parent the proxy parallel to the the original geo
select(obj)
prt = pickWalk(d='up')
select(proxyCube[0])
select(prt,add=1)
parent()
# store the created proxy cubes
proxyObjs.append(proxyCube[0])
# finish up by organizing things
# select(proxyObjs)
# group(name='miproxy')
select(objs)
def ao_render(c):
# load the respective plugins
ao.setup_ao("polySurface1")
# render from command line
cmds.Mayatomr(render=True,
logFile=True,
layer='ao',
xResolution=RENDER_WIDTH,
yResolution=RENDER_HEIGHT,
camera=c[0])
def reRender(*args):
if currentRender == 'arnold':
cmds.arnoldRender(cam=camera1)
elif currentRender == 'vray':
vrendCommand = 'vrend -camera %s' % (camera0)
mel.eval(vrendCommand)
elif currentRender == 'mentalRay':
cmds.Mayatomr(pv=True, cam=camera0)
else:
cmds.warning(
'Render engine not supported. Rendering using Maya Software renderer.'
)
cmds.render(camera1)
def render(rl, width, height, *args):
"""
renders the scene with the given attributes
keyword args:
width -- width of render image in pixels
height -- height of render image in pixels
*args -- additional args
"""
dar = width / float(height)
cmds.setAttr('defaultResolution.deviceAspectRatio', dar)
mel.eval('RenderViewWindow')
cmds.Mayatomr(preview=True,
layer=rl,
xResolution=width,
yResolution=height,
camera='perspShape')
editor = 'renderView'
cmds.renderWindowEditor(editor, e=True, si=True)
def doFileAnalysis(infile,*args):
print '\ninfile: %s' % (infile)
print 'project: %s' % (cmds.workspace(q=1,fn=1))
cmds.file(infile,o=1,f=1)
# first: if this is not a mayaBinary file, save it as one.
scenePath = infile
if os.path.splitext(infile)[-1] != '.mb':
# remove all unknown nodes and save as MB
unk = cmds.ls(type='unknown')
if unk:
for i in unk:
try:
cmds.lockNode(i,lock=0)
cmds.delete(i)
except:
pass
scenePath = os.path.splitext(infile)[0]+'.mb'
cmds.file(rename=scenePath)
cmds.file(s=1,f=1,type='mayaBinary')
meshes = []
surfaces = []
meshes = cmds.ls(type='mesh',l=1)
surfaces = cmds.ls(type='nurbsSurface',l=1)
# create temp camera
cam = cmds.camera()
cmds.setAttr(cam[0]+'.rx',-35)
cmds.setAttr(cam[0]+'.ry',45)
meshXforms = []
if meshes:
for mesh in meshes:
xf = cmds.listRelatives(mesh,p=1,f=1)[0]
meshXforms.append(xf)
if surfaces:
for surface in surfaces:
xf = cmds.listRelatives(surface,p=1,f=1)[0]
meshXforms.append(xf)
meshXforms = [f for f in meshXforms if cmds.getAttr(f+'.visibility') == 1]
if not meshXforms:
# nothing here, throw an error
cmds.quit(ec=86,f=1)
cmds.select(meshXforms)
# set active resolution before fitting.
cmds.setAttr('defaultResolution.aspectLock',0)
cmds.setAttr('defaultResolution.width',720)
cmds.setAttr('defaultResolution.height',405)
cmds.setAttr('defaultResolution.pixelAspect',1)
cmds.setAttr('defaultResolution.deviceAspectRatio',1.778)
cmds.viewFit(cam[1],f=0.9)
cmds.viewClipPlane(cam[1],acp=1)
cmds.select(cl=1)
allCams = cmds.ls(type='camera')
for c in allCams:
cmds.setAttr(c+'.renderable',0)
cmds.setAttr(cam[1]+'.renderable',1)
engine = cmds.sets(renderable=1,noSurfaceShader=1,em=1)
mat = cmds.shadingNode('surfaceShader',asShader=1)
cmds.connectAttr(mat+'.outColor',engine+'.surfaceShader')
aotex = cmds.shadingNode('mib_amb_occlusion',asTexture=1)
cmds.connectAttr(aotex+'.outValue',mat+'.outColor')
cmds.setAttr(aotex+'.samples',32)
# create a new temporary render layer and add all objects
rlayer = cmds.createRenderLayer(n='tempLayer',g=1,mc=1)
# assign AO shader to all meshes and surfaces
if meshes:
cmds.sets(meshes,e=1,fe=engine)
if surfaces:
cmds.sets(surfaces,e=1,fe=engine)
# get all existing file textures and add the paths to a list
textures = []
fileNodes = cmds.ls(type='file')
for node in fileNodes:
tex = cmds.getAttr(node+'.fileTextureName')
textures.append(tex.strip().replace('\n',''))
# set mental ray as the current renderer and set up output settings
cmds.setAttr('defaultRenderGlobals.currentRenderer','mentalRay',type='string')
# to prevent overwriting other images with the same name, use the unix timestamp as the image name.
rand_imageFilePrefix = str(int(time.time()))
mel.eval('miCreateDefaultNodes();')
cmds.setAttr('defaultRenderGlobals.imageFormat',8)
cmds.setAttr('defaultRenderGlobals.outFormatControl',0)
cmds.setAttr('defaultRenderGlobals.useFrameExt',0)
cmds.setAttr('defaultRenderGlobals.animation',0)
cmds.setAttr('defaultRenderGlobals.useMayaFileName',1)
cmds.setAttr('defaultRenderGlobals.imageFilePrefix',rand_imageFilePrefix,type='string')
mel.eval('miCreateDefaultNodes();')
cmds.setAttr('miDefaultOptions.rayTracing',1)
cmds.setAttr('miDefaultOptions.maxSamples',2)
cmds.setAttr('miDefaultOptions.minSamples',0)
cmds.setAttr('miDefaultOptions.maxReflectionRays',1)
cmds.setAttr('miDefaultOptions.finalGather',0)
cmds.setAttr('miDefaultOptions.filter',2)
# get output filename
tempProject = cmds.workspace(q=1,fn=1)
outFile = os.path.join(tempProject,'images',rlayer,rand_imageFilePrefix+'.jpg')
# disable all render layers except rlayer
layers = cmds.ls(type='renderLayer')
for layer in layers:
cmds.setAttr(layer+'.renderable',0)
cmds.setAttr(rlayer+'.renderable',1)
ren = cmds.Mayatomr(r=1,camera=cam[1],x=720,y=405,l=rlayer,rv=5)
st = 'screenshot written to %s' % (outFile)
print(st)
return infile,outFile,textures,scenePath,ren
def iprRender(*args):
if currentRender == 'arnold':
if cmds.arnoldIpr(q=1, mode='start'):
cmds.arnoldIpr(mode='stop')
else:
cmds.arnoldIpr(cam=camera1, mode='start')
cmds.arnoldIpr(mode='refresh')
elif currentRender == 'vray':
statusRT = mel.eval('vrayIsRunningIpr();')
if statusRT == 0:
if cmds.camera(camera1, q=1, o=1):
cmds.warning('ortographic views not supported by vrayRT')
else:
preScale = cmds.getAttr(camera0 + '.preScale')
preScale = float(1) / float(preScale)
ftrh = cmds.getAttr(camera0 + '.filmTranslateH')
ftrv = cmds.getAttr(camera0 + '.filmTranslateV')
unitfIxed = 0.709
cmds.setAttr(camera0 + '.cameraScale', preScale)
cmds.setAttr(camera0 + ".horizontalFilmOffset",
ftrh * unitfIxed)
cmds.setAttr(camera0 + ".verticalFilmOffset", ftrv * unitfIxed)
mel.eval("vrend -ipr true -cam " + camera0 + ";")
else:
mel.eval("vrend -ipr false;")
elif currentRender == 'mentalRay':
if cmds.Mayatomr(q=1, imr=True):
cmds.Mayatomr(imr=False)
cmds.setAttr(camera0 + ".shakeEnabled", 0)
for x in jobList[:]:
cmds.scriptJob(kill=x, force=True)
jobList.remove(x)
else:
if cmds.camera(camera1, q=1, o=1):
jobIprMr = cmds.scriptJob(
attributeChange=['Viewport_Render.translate', forceIpr])
jobIprMr2 = cmds.scriptJob(attributeChange=[
'Viewport_Render.orthographicWidth', forceIpr
])
jobList.append(jobIprMr)
jobList.append(jobIprMr2)
else:
jobIprMr = cmds.scriptJob(
attributeChange=['Viewport_Render.translate', forceIpr])
jobList.append(jobIprMr)
cmds.Mayatomr(imr=True, cam=camera0)
else:
cmds.warning(
'Render engine not supported. Rendering using Maya Software renderer.'
)
cmds.render(camera1)
def getRegion(rrStart_x, rrStart_y, rrLast_x, rrLast_y):
values = [rrStart_x, rrStart_y, rrLast_x, rrLast_y]
camOverscan = cmds.camera(camera0, q=1, ovr=1)
if LockedAttr() == 'locked':
cmds.warning('Unlock you camera\'s main attributtes')
return False
if cmds.window("vpRenderWindow", exists=1) == False:
getRvStatus()
getPaneLayoutStatus()
if values[3] < 0:
values[3] = 0
if values[2] > formX:
values[2] = formX
if values[2] - values[0] < 20 or values[1] - values[3] < 20:
cmds.warning('Region is too small')
else:
leftW = marLeft + values[0]
topW = marTop + (formY - values[1])
resoX = values[2] - values[0]
resoY = values[1] - values[3]
main(values)
if "Viewport_RenderShape" not in cmds.ls(ca=1):
setToolBegin()
else:
cmds.setAttr('defaultResolution.width', resoX)
cmds.setAttr('defaultResolution.height', resoY)
aspRatio = float(cmds.getAttr('defaultResolution.width')) / float(
cmds.getAttr('defaultResolution.height'))
cmds.setAttr('defaultResolution.deviceAspectRatio', aspRatio)
ScaleToCrop = float(formX) / resoX
ScaleToCrop2 = float(formY) / resoY
cmds.setAttr(camera0 + '.preScale', float(ScaleToCrop) / camOverscan)
if 'OverScanExpression' not in cmds.ls(et='expression'):
cmds.expression(name='OverScanExpression',
s=camera0 +
'.overscan = Viewport_RenderShape.overscan',
o=camera0,
ae=1)
# Pixel Offset
pixoffX = (float(formX) / 2) - (values[0] + float(resoX) / 2)
pixoffY = (float(formY) / 2) - (formY - values[1]) - (float(resoY) / 2)
# Film Translate
FxOff = float(pixoffX) / (formX / 2)
FxOff = FxOff * ScaleToCrop
if FxOff > 0:
FxOff = FxOff * -1
else:
FxOff = -FxOff
cmds.setAttr(camera0 + '.filmTranslateH', FxOff)
unitY = float(formY) / 2 * float(formX) / formY
FyOff = float(pixoffY) / unitY
FyOff = FyOff * ScaleToCrop
cmds.setAttr(camera0 + '.filmTranslateV', FyOff)
cmds.setAttr('defaultResolution.width', resoX)
cmds.setAttr('defaultResolution.height', resoY)
aspRatio = float(cmds.getAttr('defaultResolution.width')) / float(
cmds.getAttr('defaultResolution.height'))
cmds.setAttr('defaultResolution.deviceAspectRatio', aspRatio)
cmds.layout('scrollBarForm', e=1, vis=0)
cmds.renderWindowEditor(renderViews,
e=True,
snp=(currentPanel, resoX, resoY))
cmds.renderWindowEditor(renderViews, e=True, rs=True, cap=0, pca=0)
cmds.renderWindowEditor(renderViews, e=1, cl=(resoX, resoY, 0, 0, 0))
if currentRender == 'arnold':
cmds.arnoldRender(cam=camera1)
elif currentRender == 'vray':
if cmds.getAttr("vraySettings.vfbOn") == 1:
cmds.setAttr("vraySettings.vfbOn", 0)
cmds.setAttr('vraySettings.width', resoX)
cmds.setAttr('vraySettings.height', resoY)
mel.eval('vraySetPixelDeviceAspect();')
vrendCommand = 'vrend -camera %s' % (camera0)
mel.eval(vrendCommand)
elif currentRender == 'mentalRay':
cmds.Mayatomr(pv=True, cam=camera0)
else:
cmds.warning(
'Render engine not supported. Rendering using Maya Software renderer.'
)
cmds.render(camera1, x=resoX, y=resoY)
reRenderVals.append(resoX)
reRenderVals.append(resoY)
def render(startFrame = None,endFrame = None,frameStep = 1,
render_dir = None,
renderLayer = None,camera = None,
renderer = 'sw',**kwargs):
# 解析输入参数
startFrame = startFrame if startFrame not in ['None'] else None
endFrame = endFrame if endFrame not in ['None'] else None
render_dir = render_dir if render_dir not in ['None'] else None
renderLayer = renderLayer if renderLayer not in ['None'] else None
camera = camera if camera not in ['None'] else None
renderer = renderer if renderer not in ['None'] else None
# 渲染相关设置
scenepath = os.path.abspath(kwargs['scene_path'])
print("\nSTEP 0 获取场景路径: {}\n".format(scenepath))
workspace = cmds.workspace(q=True,fullName = True) # /maya/projects/default
print("\nSTEP 1 获取工作空间: {}\n".format(workspace))
if not render_dir:
render_dir = '/'.join([workspace,'images'])
print("\nSTEP 2.1 设置渲染图片路径: {}\n".format(render_dir))
if not os.path.isdir(render_dir):
try:
os.makedirs(render_dir)
print("\nSTEP 2.2 新建图片路径: {}\n".format(render_dir))
except:
raise Exception('can not make Folder named: %s ' % render_dir)
open_scene(scenepath)
refs = list_referenced_files()
print("\nSTEP 4 场景相关文件: {} \n".format(refs))
# 设置起始和结束帧
if not startFrame:
startFrame = int(cmds.currentTime(query = True))
if (not endFrame) or (endFrame < startFrame):
endFrame = startFrame
# startFrame,endFrame = playback_selection_range()
print("\nSTEP 5 起始帧: {} 结束帧: {}\n".format(startFrame,endFrame))
# 设置渲染层， 不同的渲染器对渲染层有不同的配置参数
if not renderLayer:
renderLayer = cmds.editRenderLayerGlobals(q = True,currentRenderLayer = True)
print("\nSTEP 6.1 未指定渲染层，获取当前渲染层: {}\n".format(renderLayer))
elif renderLayer not in cmds.ls(type = 'renderLayer'):
renderLayer = cmds.editRenderLayerGlobals(q = True,currentRenderLayer = True)
print('\nSTEP 6.2 指定的渲染层不在当前maya环境上, 使用默认的渲染层: %s\n' %(renderLayer))
else:
if cmds.editRenderLayerGlobals(q = True,currentRenderLayer = True) != renderLayer:
cmds.editRenderLayerGlobals(currentRenderLayer = renderLayer)
print('\nSTEP 6.3 指定的渲染层在当前maya环境上,但不是当前默认渲染层，设置为默认渲染层: %s\n' %(renderLayer))
# 设置摄像机
render_cam = 'persp'
change_render_cam(render_cam)
print("\nSTEP 7 设置默认摄像机: {}\n".format(render_cam))
# get camera 获取摄像机
if not camera:
_cameras = [i for i in cmds.listCameras(p = True) if cmds.getAttr('%s.renderable' % i)]
if _cameras:
camera = _cameras[0]
else:
camera = 'persp'
print("\nSTEP 8 当前使用的摄像机: {}\n".format(camera))
#打印当前渲染器设置
# render_glob = "defaultRenderGlobals"
# list_Attr = cmds.listAttr(render_glob, r=True, s=True)
# print("\n")
# for attr in list_Attr:
# get_attr_name = "%s.%s"%(render_glob, attr)
# print("STEP 9 默认Render的全局配置信息: {} = {}".format(get_attr_name, cmds.getAttr(get_attr_name)))
# print("\n")
# load renderer 加载渲染器
currenders = cmds.renderer(q=True, namesOfAvailableRenderers=True)
print('\nSTEP 9 当前可用的渲染器有: {} \n'.format(currenders))
print("\nSTEP 10 当前插件路径: {} \n".format(os.environ['MAYA_PLUG_IN_PATH']))
cmds.loadPlugin( allPlugins=True )
if renderer:
if renderer:
if renderer != cmds.getAttr('defaultRenderGlobals.currentRenderer'):
renderer_dict = {'vray':'vrayformaya',
'arnold':'mtoa',
'mentalRay':'Mayatomr'}
for key in renderer_dict.keys():
if renderer == key:
if not cmds.pluginInfo(renderer_dict[key], q=True, l=True):
try:
cmds.loadPlugin(renderer_dict[key])
break
except:
raise Exception('can not load vray renderer')
try:
cmds.setAttr('defaultRenderGlobals.currentRenderer',renderer,type = 'string')
except:
raise Exception('error: set currentRenderer %s fail' % renderer)
else:
renderer = cmds.getAttr('defaultRenderGlobals.currentRenderer')
print('\nSTEP 12 指定的渲染器位当前默认渲染器: %s\n' %(renderer))
w, h = scene_resolution()
print('\nSTEP 13 当前图片分辨率：X={} Y={} .\n'.format(w,h))
# 设置图像输出格式 cmds.getAttr('defaultRenderGlobals.imageFormat',asString = True)
_format = getFormatType("PNG")
print('\nSTEP 14 设置输出图像的格式: %s\n' %(_format))
print('# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #')
print('STEP 15 开始执行渲染任务...\n')
cd = int(endFrame) + 1
for i in range(int(startFrame), int(cd)):
cmds.currentTime(i, u = True)
if renderer == 'sw':
cmds.render()
elif renderer == 'mr':
out = cmds.Mayatomr(preview = True, camera = camera)
print("cmds.Mayatomr:",out)
else:
pass
if renderer == 'vray':
cmds.setAttr ('defaultRenderGlobals.animation', 1 )
cmds.setAttr ('defaultRenderGlobals.startFrame', startFrame )
cmds.setAttr ('defaultRenderGlobals.endFrame', endFrame )
print(cmds.setAttr ('vraySettings.animBatchOnly', 0))
out = pm.vrend(preview = True,camera = camera)
print("pm.vrend:",out)
elif renderer == 'arnold':
for i in range(startFrame,endFrame+1,1):
cmds.currentTime(i)
out = cmds.arnoldRender(seq=str(i),camera = camera )
print("cmds.arnoldRender:",out)
print('# # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # #')
