def registerArnoldRenderer():
try:
alreadyRegistered = pm.renderer('arnold', exists=True)
if not alreadyRegistered:
pm.evalDeferred(_register)
# AE Templates
# the following must occur even in batch mode because they contain calls to registerDefaultTranslator
pm.evalDeferred(aeUtils.loadAETemplates)
import rendererCallbacks
rendererCallbacks.registerCallbacks()
import mtoa.ui.ae.customShapeAttributes
import mtoa.ui.ae.customShaderTemplates
if not pm.about(batch=True):
# Reload the AE Window if it has already been opened
pm.evalDeferred(aeUtils.rebuildAE)
# create the Arnold menu
createArnoldMenu()
# version specific overrides or additions
_overridePythonScripts()
_overrideMelScripts()
# Add option box for file translator
utils.pyToMelProc(exportass.arnoldAssOpts,
[('string', 'parent'), ('string', 'action'),
('string', 'initialSettings'),
('string', 'resultCallback')],
useName=True)
# callbacks
import mtoa.core as core
core.installCallbacks()
core.MTOA_GLOBALS['COMMAND_PORT'] = None
import maya.cmds as cmds
if not pm.about(batch=True):
commandPortBase = 4700
try:
commandPortBase = int(os.environ['MTOA_COMMAND_PORT'])
except:
commandPortBase = 4700
# opening a command port for different tools and maya batch progress messages
for port in range(commandPortBase, commandPortBase + 100):
commandPortName = ':%i' % port
try:
cmds.commandPort(name=commandPortName)
core.MTOA_GLOBALS['COMMAND_PORT'] = port
break
except:
pass
if not pm.about(batch=True):
pm.evalDeferred(arnoldShelf.createArnoldShelf)
except:
import traceback
traceback.print_exc(file=sys.__stderr__)
raise
def registerArnoldRenderer():
try:
alreadyRegistered = pm.renderer('arnold', exists=True)
if not alreadyRegistered:
pm.evalDeferred(_register)
# AE Templates
# the following must occur even in batch mode because they contain calls to registerDefaultTranslator
pm.evalDeferred(aeUtils.loadAETemplates)
import rendererCallbacks
rendererCallbacks.registerCallbacks()
import mtoa.ui.ae.customShapeAttributes
import mtoa.ui.ae.customShaderTemplates
if not pm.about(batch=True):
# Reload the AE Window if it has already been opened
pm.evalDeferred(aeUtils.rebuildAE)
# create the Arnold menu
createArnoldMenu()
# version specific overrides or additions
_overridePythonScripts()
_overrideMelScripts()
# Add option box for file translator
utils.pyToMelProc(exportass.arnoldAssOpts,
[('string', 'parent'), ('string', 'action'),
('string', 'initialSettings'), ('string', 'resultCallback')],
useName=True)
# callbacks
import mtoa.core as core
core.installCallbacks()
core.MTOA_GLOBALS['COMMAND_PORT'] = None
import maya.cmds as cmds
if not pm.about(batch=True):
commandPortBase = 4700
try:
commandPortBase = int(os.environ['MTOA_COMMAND_PORT'])
except:
commandPortBase = 4700
# opening a command port for different tools and maya batch progress messages
for port in range(commandPortBase, commandPortBase + 100):
commandPortName = ':%i' % port
try:
cmds.commandPort(name=commandPortName)
core.MTOA_GLOBALS['COMMAND_PORT'] = port
break
except:
pass
if not pm.about(batch=True):
pm.evalDeferred(arnoldShelf.createArnoldShelf)
except:
import traceback
traceback.print_exc(file=sys.__stderr__)
raise
def _addAEHooks():
"""
in versions of Maya prior to 2013 there is no way to override built-in AE templates.
"""
# Realflow uses the AEshapeHooks global variable as a convention for sharing AEshapeTemplate overrides,
# so we will too, unless a more popular convention is found.
pm.melGlobals.initVar('string[]', 'AEshapeHooks')
hooks = list(pm.melGlobals['AEshapeHooks'])
import mtoa.ui.ae.templates
procName = utils.pyToMelProc(mtoa.ui.ae.templates.loadArnoldTemplate, [('string', 'nodeName')], useName=True)
hooks.append(procName)
pm.melGlobals['AEshapeHooks'] = hooks
def _addAEHooks():
"""
in versions of Maya prior to 2013 there is no way to override built-in AE templates.
"""
# Realflow uses the AEshapeHooks global variable as a convention for sharing AEshapeTemplate overrides,
# so we will too, unless a more popular convention is found.
pm.melGlobals.initVar('string[]', 'AEshapeHooks')
hooks = list(pm.melGlobals['AEshapeHooks'])
import mtoa.ui.ae.templates
procName = utils.pyToMelProc(mtoa.ui.ae.templates.loadArnoldTemplate,
[('string', 'nodeName')],
useName=True)
hooks.append(procName)
pm.melGlobals['AEshapeHooks'] = hooks
def _register():
args = {}
args['renderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldRender,
[('int', 'width'), ('int', 'height'),
('int', 'doShadows'), ('int', 'doGlowPass'),
('string', 'camera'), ('string', 'options')])
args['renderRegionProcedure'] = 'mayaRenderRegion'
args['commandRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldBatchRender,
[('string', 'option')])
args['batchRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldBatchRender,
[('string', 'option')])
args['batchRenderOptionsStringProcedure'] = utils.pyToMelProc(arnoldRender.arnoldBatchRenderOptionsString, returnType='string')
args['cancelBatchRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldBatchStop)
args['iprRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprRender,
[('int', 'width'), ('int', 'height'),
('int', 'doShadows'), ('int', 'doGlowPass'),
('string', 'camera')])
args['isRunningIprProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprIsRunning, returnType='int')
args['startIprRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprStart,
[('string', 'editor'), ('int', 'resolutionX'),
('int', 'resolutionY'), ('string', 'camera')])
args['stopIprRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprStop)
args['refreshIprRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprRefresh)
args['pauseIprRenderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprPause,
[('string', 'editor'), ('int', 'pause')])
args['changeIprRegionProcedure'] = utils.pyToMelProc(arnoldRender.arnoldIprChangeRegion,
[('string', 'renderPanel')])
pm.renderer('arnold', rendererUIName='Arnold Renderer', **args)
pm.renderer('arnold', edit=True, addGlobalsTab=('Common',
utils.pyToMelProc(createArnoldRendererCommonGlobalsTab, useName=True),
utils.pyToMelProc(updateArnoldRendererCommonGlobalsTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsTab=('Arnold Renderer',
utils.pyToMelProc(createArnoldRendererGlobalsTab, useName=True),
utils.pyToMelProc(updateArnoldRendererGlobalsTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsTab=('System',
utils.pyToMelProc(createArnoldRendererSystemTab, useName=True),
utils.pyToMelProc(updateArnoldRendererSystemTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsTab=('AOVs',
utils.pyToMelProc(createArnoldAOVTab, useName=True),
utils.pyToMelProc(updateArnoldAOVTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsTab=('Diagnostics',
utils.pyToMelProc(createArnoldRendererDiagnosticsTab, useName=True),
utils.pyToMelProc(updateArnoldRendererDiagnosticsTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsTab=('Override',
utils.pyToMelProc(createArnoldRendererOverrideTab, useName=True),
utils.pyToMelProc(updateArnoldRendererOverrideTab, useName=True)))
pm.renderer('arnold', edit=True, addGlobalsNode='defaultArnoldRenderOptions')
utils.pyToMelProc(updateBackgroundSettings, useName=True)
utils.pyToMelProc(updateAtmosphereSettings, useName=True)
#We have to source this file otherwise maya will override
#our mel proc overrides below.
#
pm.mel.source('createMayaSoftwareCommonGlobalsTab.mel')
utils.pyToMelProc(addOneTabToGlobalsWindow,
[('string', 'renderer'), ('string', 'tabLabel'), ('string', 'createProc')],
useName=True)
utils.pyToMelProc(renderSettingsTabLabel_melToUI,
[('string', 'mel')],
useName=True)
utils.pyToMelProc(updateMayaImageFormatControl,
useName=True)
def aeCallback(func):
return utils.pyToMelProc(func, [('string', 'nodeName')],
procPrefix='AEArnoldCallback')
def _register():
args = {}
args['renderProcedure'] = utils.pyToMelProc(arnoldRender.arnoldRender,
[('int', 'width'),
('int', 'height'),
('int', 'doShadows'),
('int', 'doGlowPass'),
('string', 'camera'),
('string', 'options')])
args['renderRegionProcedure'] = 'mayaRenderRegion'
args['commandRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldBatchRender, [('string', 'option')])
args['batchRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldBatchRender, [('string', 'option')])
args['batchRenderOptionsStringProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldBatchRenderOptionsString, returnType='string')
args['cancelBatchRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldBatchStop)
args['iprRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprRender, [('int', 'width'), ('int', 'height'),
('int', 'doShadows'),
('int', 'doGlowPass'),
('string', 'camera')])
args['isRunningIprProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprIsRunning, returnType='int')
args['startIprRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprStart, [('string', 'editor'),
('int', 'resolutionX'),
('int', 'resolutionY'),
('string', 'camera')])
args['stopIprRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprStop)
args['refreshIprRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprRefresh)
args['pauseIprRenderProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprPause, [('string', 'editor'), ('int', 'pause')])
args['changeIprRegionProcedure'] = utils.pyToMelProc(
arnoldRender.arnoldIprChangeRegion, [('string', 'renderPanel')])
pm.renderer('arnold', rendererUIName='Arnold Renderer', **args)
pm.renderer(
'arnold',
edit=True,
addGlobalsTab=('Common',
utils.pyToMelProc(createArnoldRendererCommonGlobalsTab,
useName=True),
utils.pyToMelProc(updateArnoldRendererCommonGlobalsTab,
useName=True)))
pm.renderer(
'arnold',
edit=True,
addGlobalsTab=('Arnold Renderer',
utils.pyToMelProc(createArnoldRendererGlobalsTab,
useName=True),
utils.pyToMelProc(updateArnoldRendererGlobalsTab,
useName=True)))
pm.renderer('arnold',
edit=True,
addGlobalsTab=('System',
utils.pyToMelProc(createArnoldRendererSystemTab,
useName=True),
utils.pyToMelProc(updateArnoldRendererSystemTab,
useName=True)))
pm.renderer('arnold',
edit=True,
addGlobalsTab=('AOVs',
utils.pyToMelProc(createArnoldAOVTab,
useName=True),
utils.pyToMelProc(updateArnoldAOVTab,
useName=True)))
pm.renderer(
'arnold',
edit=True,
addGlobalsTab=('Diagnostics',
utils.pyToMelProc(createArnoldRendererDiagnosticsTab,
useName=True),
utils.pyToMelProc(updateArnoldRendererDiagnosticsTab,
useName=True)))
pm.renderer(
'arnold',
edit=True,
addGlobalsTab=('Override',
utils.pyToMelProc(createArnoldRendererOverrideTab,
useName=True),
utils.pyToMelProc(updateArnoldRendererOverrideTab,
useName=True)))
pm.renderer('arnold',
edit=True,
addGlobalsNode='defaultArnoldRenderOptions')
utils.pyToMelProc(updateBackgroundSettings, useName=True)
utils.pyToMelProc(updateAtmosphereSettings, useName=True)
#We have to source this file otherwise maya will override
#our mel proc overrides below.
#
pm.mel.source('createMayaSoftwareCommonGlobalsTab.mel')
utils.pyToMelProc(addOneTabToGlobalsWindow, [('string', 'renderer'),
('string', 'tabLabel'),
('string', 'createProc')],
useName=True)
utils.pyToMelProc(renderSettingsTabLabel_melToUI, [('string', 'mel')],
useName=True)
utils.pyToMelProc(updateMayaImageFormatControl, useName=True)
def aeCallback(func):
return utils.pyToMelProc(func, [('string', 'nodeName')], procPrefix='AEArnoldCallback')
#
pm.mel.buildCreateSubMenu(staticClass, '%s %s ""' % (_createNodeCallbackProc,
runtimeClass) )
pm.setParent('..', menu=True)
def createNodeCallback(runtimeClassification, postCommand, nodeType):
node = unicode(createArnoldNode(nodeType, runtimeClassification=runtimeClassification))
if postCommand:
postCommand = postCommand.replace('%node', node).replace('%type', nodeType).replace(r'\"','"')
pm.mel.eval(postCommand)
return node
_createNodeCallbackProc = utils.pyToMelProc(createNodeCallback,
[('string', 'runtimeClassification'),
('string', 'postCommand'),
('string', 'nodeType')],
returnType='string')
# names of the following procs mirror mental ray naming convention, so the inconsistency is not ours
# make the global proc available for the renderCReateBarUI.mel override
utils.pyToMelProc(createArnoldNodesTreeLister_Content,
[('string', 'renderNodeTreeLister'),
('string', 'postCommand'),
('string', 'filterString')], useName=True)
# make the global proc available for the hyperShadePanel.mel override
utils.pyToMelProc(aiHyperShadeCreateMenu_BuildMenu, useName=True)
