def _initKL(self, unguarded, noopt):
"""Initializes the Fabric client.
The core client is what drives the application and what the user
interface interacts with to create data types and process the data. The
client is required in all Fabric based applications.
Arguments:
unguarded (bool): Sets the client to run in guarded mode or not.
noopt (bool): Set the client to skip KL code optimization
"""
self.rtvalEncoderDecoder = RTValEncoderDecoder(None)
clientOpts = {
'guarded': not unguarded,
'noOptimization': noopt,
'interactive': True,
'reportCallback': self._reportCallback,
'rtValToJSONEncoder': self.rtvalEncoderDecoder.encode,
'rtValFromJSONDecoder': self.rtvalEncoderDecoder.decode,
}
client = Core.createClient(clientOpts)
client.loadExtension('Math')
client.loadExtension('Parameters')
client.loadExtension('Util')
client.setStatusCallback(self._statusCallback)
self.client = client
self.qUndoStack = QtGui.QUndoStack()
self.rtvalEncoderDecoder.client = self.client
def __init__(self, extensionName, includeRequires):
self.extensionName = extensionName
self.includeRequires = includeRequires
self.extensions = {}
self.c = core.createClient()
self.ast = self.c.getKLJSONAST('AST.kl', "require %s; operator entry() {}" % extensionName, True)
self.data = json.loads(self.ast.getStringCString())['ast']
self.parseData()
def __init__(self, extensionName, includeRequires):
self.extensionName = extensionName
self.includeRequires = includeRequires
self.extensions = {}
self.c = core.createClient()
self.ast = self.c.getKLJSONAST(
'AST.kl', "require %s; operator entry() {}" % extensionName, True)
self.data = json.loads(self.ast.getStringCString())['ast']
self.parseData()
def generateKLFilesToTest(klFiles):
klTestFiles = []
c = FECore.createClient()
for klFile in klFiles:
file = open(klFile, 'r')
sourceCode = file.read()
file.close()
ast = c.getKLJSONAST('AST.kl', sourceCode, False)
data = json.loads(ast.getStringCString())['ast']
klObjects = {}
for elementList in data:
type = elementList['type']
if type == 'ASTObjectDecl':
objectName = elementList['name']
parentObjectName = [] if 'parentsAndInterfaces' not in elementList else elementList['parentsAndInterfaces']
klObjects[objectName] = KLObject(objectName, parentObjectName)
elif type == 'MethodOpImpl':
klObjects[elementList['thisType']].addMethod(elementList['name'])
ordererdKlObjects = collections.OrderedDict(sorted(klObjects.items(), key=lambda t: t[0]))
ignoreThisTest = True
for klObjectName in ordererdKlObjects:
klObject = ordererdKlObjects[klObjectName]
if klObject.canBeTested(ordererdKlObjects):
ignoreThisTest = False
if ignoreThisTest: continue
klTmpFilePrefix = testRootDir + '/kltest_'
newFileName = klTmpFilePrefix + klFile.replace('/', '_').replace('.', '_')
newFile = open(newFileName, 'w')
newFile.write(sourceCode)
newFile.write('operator entry() { \n')
newFile.write('\tSize testCount = 0; Size invalidTestCount = 0; report("Processing %s.."); \n' % os.path.splitext(os.path.basename(klFile))[0])
for klObjectName in ordererdKlObjects:
klObject = ordererdKlObjects[klObjectName]
if klObject.canBeTested(ordererdKlObjects):
newFile.write('\n\treport(" - %s: %s");\n' % (klObjectName, ', '.join(klObject.getTestMethods())))
newFile.write('\tinvalidTestCount += %s().setOutFile("%s")\n' % (klObjectName, klFile.replace('.kl', '.out')))
for method in klObject.getTestMethods():
newFile.write('\t.setUp().%s().tearDown()\n' % method)
newFile.write('\t.isValid() ? 0 : 1; testCount ++;\n')
newFile.write('\n\tif (invalidTestCount == 0) report("Ran " + testCount + " test case(s).. OK!" + "\n");\n')
newFile.write('\telse report("Failed test case(s) " + invalidTestCount + "/" + testCount + "\n");\n')
newFile.write('}')
newFile.close()
klTestFiles.append(newFileName)
return klTestFiles
def getPortValue(canvasNode, port):
# Get Client
contextID = cmds.fabricSplice('getClientContextID')
if contextID == '':
cmds.fabricSplice('constructClient')
contextID = cmds.fabricSplice('getClientContextID')
client = fabric.createClient({"contextID": contextID})
host = client.DFG.host
# Get Binding for Operator
opBindingID = cmds.FabricCanvasGetBindingID(n=canvasNode)
opBinding = host.getBindingForID(opBindingID)
# force graph evaluation
opBinding.execute()
# return port value
rtVal = opBinding.getArgValue(port)
return rtVal
def main():
options, args = argOpts()
suffix = ""
client = FabricCore.createClient()
if not hasattr(client, 'exportKLExtensions'):
raise Exception(
'This build of Fabric does not have the exportKLExtensions feature enabled.'
)
if not options.suffix:
raise Exception('You need to specify the --suffix option.')
suffix = options.suffix
flags = client.RegisterKLExtension_Flag_AutoNamespace
extensions = args[:-1]
outputfile = args[-1]
for ext in extensions:
print 'Loading extension ' + str(ext)
try:
client.loadExtension(ext)
except Exception as e:
print "Caught exception: " + str(e)
return
json = None
try:
json = client.exportKLExtensions(extensions, suffix, flags=flags)
except Exception as e:
print "Caught exception: " + str(e)
return
client = None
open(outputfile, 'wb').write(json)
print 'Created json package %s' % outputfile
def __test_URI(self):
c = core.createClient() # todo use singleton
# c.loadExtension('Math') # todo use extension manager to load extensions only once
c.loadExtension(
'BasicExtension'
) # todo use extension manager to load extensions only once
# ast = c.getKLJSONAST('AST.kl', "require Math; operator entry() {}", True)
# data = json.loads(ast.getStringCString())['ast']
# # print data
# for elementList in data:
# print elementList
# type = elementList['type']
# print type
sourceCode = "require BasicExtension; operator entry() {}"
ast = c.getKLJSONAST('AST.kl', sourceCode, True)
data = json.loads(ast.getStringCString())['ast']
klObjects = {}
# elementList = data[0]
# print elementList
for elementList in data:
if type(elementList) == list:
for el in elementList:
print 'type = list 1'
print el
print '---'
# print elementList[el]
elif type(elementList) == dict:
for el in elementList:
print 'type = dict 2'
print el
print '...'
print elementList[el]
else:
print '******************** found ' + str(type(elementList))
print ' '
def core_client():
import FabricEngine.Core as Core
return Core.createClient({'noOptimization': True})
def __init__(self, *args): #['', u'String name', u'String name, Boolean valid']
c = core.createClient()
c.loadExtension("BasicExtension")
self.klObj = c.RT.types.Stuff(*args)
def buildSpliceOperators(self, kOperator):
"""Builds Splice Operators on the components.
Arguments:
kOperator -- Object, kraken operator that represents a Splice operator.
Return:
True if successful.
"""
try:
# Get or construct a Fabric Engine client
contextID = si.fabricSplice('getClientContextID')
if contextID == '':
si.fabricSplice('constructClient')
contextID = si.fabricSplice('getClientContextID')
# Connect the Python client to the Softimage client.
client = core.createClient({"contextID": contextID})
# Get the extension to load and create an instance of the object.
extension = kOperator.getExtension()
client.loadExtension(extension)
client.loadExtension('KrakenSolver')
client.loadExtension('KrakenSolverArg')
solverTypeName = kOperator.getSolverTypeName()
klType = getattr(client.RT.types, solverTypeName)
try:
# Test if object
solver = klType.create()
except:
# Else is struct
solver = klType()
# Find operatorOwner to attach Splice Operator to.
operatorOwner = None
operatorOwnerArg = None
args = solver.getArguments('KrakenSolverArg[]')
for i in range(len(args)):
arg = args[i]
if arg.connectionType == 'io' and arg.dataType == 'Mat44':
operatorOwner = self._getDCCSceneItem(kOperator.getOutput(arg.name))
operatorOwnerArg = arg.name
break
if operatorOwner is None:
raise Exception("Solver '" + kOperator.getName() + "' has no outputs!")
# Create Splice Operator
si.fabricSplice('newSplice', "{\"targets\":\"" + operatorOwner.FullName + ".kine.global" + "\", \"portName\":\"" + arg.name + "\", \"portMode\":\"out\"}", "", "")
# Add the private/non-mayaAttr port that stores the Solver object
si.fabricSplice("addInternalPort", operatorOwner.FullName + ".kine.global.SpliceOp", "{\"portName\":\"solver\", \"dataType\":\"" + solverTypeName + "\", \"extension\":\"" + kOperator.getExtension() + "\", \"portMode\":\"io\"}", "")
# Start constructing the source code.
opSourceCode = ""
opSourceCode += "require KrakenSolver;\n"
opSourceCode += "require KrakenSolverArg;\n"
opSourceCode += "require " + kOperator.getExtension() + ";\n\n"
opSourceCode += "operator " + kOperator.getName() + "(\n"
opSourceCode += " io " + solverTypeName + " solver,\n"
# Get the args from the solver KL object.
args = solver.getArguments('KrakenSolverArg[]')
functionCall = " solver.solve("
for i in range(len(args)):
arg = args[i]
# Get the argument's input from the DCC
try:
targetObject = self._getDCCSceneItem(kOperator.getInput(arg.name))
except:
targetObject = self._getDCCSceneItem(kOperator.getOutput(arg.name))
# Append the suffix based on the argument type, Softimage Only
if arg.dataType == 'Mat44':
connectionSuffix = ".kine.global"
elif arg.dataType in ['Scalar', 'Boolean']:
connectionSuffix = ""
else:
connectionSuffix = ""
# Skip arg if it's the target arg
if arg.name != operatorOwnerArg:
# Add the splice Port for each arg.
if arg.connectionType == 'in':
si.fabricSplice("addInputPort", operatorOwner.FullName + ".kine.global.SpliceOp", "{\"portName\":\"" + arg.name + "\", \"dataType\":\"" + arg.dataType + "\", \"extension\":\"\", \"targets\":\"" + targetObject.FullName + connectionSuffix + "\"}", "")
elif arg.connectionType in ['io', 'out']:
si.fabricSplice("addOutputPort", operatorOwner.FullName + ".kine.global.SpliceOp", "{\"portName\":\"" + arg.name + "\", \"dataType\":\"" + arg.dataType + "\", \"extension\":\"\", \"targets\":\"" + targetObject.FullName + connectionSuffix + "\"}", "")
# Connect the ports to the inputs/outputs in the rig.
opSourceCode += " " + arg.connectionType + " " + arg.dataType + " " + arg.name
if i == len(args) - 1:
opSourceCode += "\n"
else:
opSourceCode += ",\n"
if i == len(args) - 1:
functionCall += arg.name
else:
functionCall += arg.name + ", "
opSourceCode += " )\n"
opSourceCode += "{\n"
opSourceCode += functionCall + ");\n"
opSourceCode += "}\n"
si.fabricSplice('addKLOperator', operatorOwner.FullName + ".kine.global.SpliceOp", '{"opName": "' + kOperator.getName() + '"}', opSourceCode)
finally:
si.fabricSplice('destroyClient')
return True
def __init__(self,
*args): #['', u'String name', u'String name, Boolean valid']
c = core.createClient()
c.loadExtension("BasicExtension")
self.klObj = c.RT.types.Stuff(*args)
def __init__(self, *args): #[]
c = core.createClient()
c.loadExtension("BasicExtension")
self.klObj = c.RT.types.MyStruct(*args)
#
# Fabric Core 1.11.4
# HelloWorld EDK Sample
#
# Copyright 2010-2014 Fabric Software Inc. All rights reserved.
#
import os
if 'FABRIC_EXTS_PATH' in os.environ:
os.environ['FABRIC_EXTS_PATH'] = os.pathsep.join(['.', os.environ['FABRIC_EXTS_PATH']])
else:
os.environ['FABRIC_EXTS_PATH'] = '.'
import FabricEngine.Core as fabric
fabricClient = fabric.createClient();
opSource = """
require ViconDataStream;
operator testViconDataStream(io String string);
"""
op = fabricClient.DG.createOperator("op")
op.setSourceCode(opSource)
op.setEntryPoint("testViconDataStream")
b = fabricClient.DG.createBinding()
b.setOperator(op)
b.setParameterLayout(['self.string'])
node = fabricClient.DG.createNode("node")
def generateKLFilesToTest(klFiles):
klTestFiles = []
c = FECore.createClient()
for klFile in klFiles:
file = open(klFile, 'r')
sourceCode = file.read()
file.close()
ast = c.getKLJSONAST('AST.kl', sourceCode, False)
data = json.loads(ast.getStringCString())['ast']
klObjects = {}
for elementList in data:
type = elementList['type']
if type == 'ASTObjectDecl':
objectName = elementList['name']
parentObjectName = [] if 'parentsAndInterfaces' not in elementList else elementList[
'parentsAndInterfaces']
klObjects[objectName] = KLObject(objectName, parentObjectName)
elif type == 'MethodOpImpl':
klObjects[elementList['thisType']].addMethod(
elementList['name'])
ordererdKlObjects = collections.OrderedDict(
sorted(klObjects.items(), key=lambda t: t[0]))
ignoreThisTest = True
for klObjectName in ordererdKlObjects:
klObject = ordererdKlObjects[klObjectName]
if klObject.canBeTested(ordererdKlObjects):
ignoreThisTest = False
if ignoreThisTest: continue
klTmpFilePrefix = testRootDir + '/kltest_'
newFileName = klTmpFilePrefix + klFile.replace('/', '_').replace(
'.', '_')
newFile = open(newFileName, 'w')
newFile.write(sourceCode)
newFile.write('operator entry() { \n')
newFile.write(
'\tSize testCount = 0; Size invalidTestCount = 0; report("Processing %s.."); \n'
% os.path.splitext(os.path.basename(klFile))[0])
for klObjectName in ordererdKlObjects:
klObject = ordererdKlObjects[klObjectName]
if klObject.canBeTested(ordererdKlObjects):
newFile.write(
'\n\treport(" - %s: %s");\n' %
(klObjectName, ', '.join(klObject.getTestMethods())))
newFile.write('\tinvalidTestCount += %s().setOutFile("%s")\n' %
(klObjectName, klFile.replace('.kl', '.out')))
for method in klObject.getTestMethods():
newFile.write('\t.setUp().%s().tearDown()\n' % method)
newFile.write('\t.isValid() ? 0 : 1; testCount ++;\n')
newFile.write(
'\n\tif (invalidTestCount == 0) report("Ran " + testCount + " test case(s).. OK!" + "\n");\n'
)
newFile.write(
'\telse report("Failed test case(s) " + invalidTestCount + "/" + testCount + "\n");\n'
)
newFile.write('}')
newFile.close()
klTestFiles.append(newFileName)
return klTestFiles
def __init__(self, *args): #[]
c = core.createClient()
c.loadExtension("BasicExtension")
self.klObj = c.RT.types.MyStruct(*args)
import FabricEngine.Core as Core
# construct the client
client = Core.createClient()
# get access to the dependency graph
# and construct a DG node
node = client.DG.createNode('myNode')
# create some members
node.addMember("a", "Scalar", 3)
node.addMember("b", "Scalar", 4)
node.addMember("c", "Scalar")
# construct a KL operator
operator = client.DG.createOperator('myOp')
operator.setSourceCode("""
operator myOp(Scalar a, Scalar b, io Scalar c) {
c = a + b;
}
""")
operator.setEntryPoint('myOp')
# create a binding, to connect the operator
# parameters to the node data members
binding = client.DG.createBinding()
binding.setOperator(operator)
binding.setParameterLayout(['self.a', 'self.b', 'self.c'])
# put the binding (with its operator)
# onto the binding stack of the node
#
import os
if 'FABRIC_EXTS_PATH' in os.environ:
os.environ['FABRIC_EXTS_PATH'] = os.pathsep.join(
['.', os.environ['FABRIC_EXTS_PATH']])
else:
os.environ['FABRIC_EXTS_PATH'] = '.'
#os.environ['FABRIC_EXTS_PATH'] = '.'
print "ECHO FABRIC_EXTS_PATH = " + os.environ['FABRIC_EXTS_PATH']
from time import sleep
import FabricEngine.Core as fabric
fabricClient = fabric.createClient()
fabricClient.loadExtension("LarmorSound")
lsObj = fabricClient.RT.types.LarmorSound.create(
"/home/larmor/DEVELOP/FabricSound_proj/samples/liz.mp3")
interfaceObj = fabricClient.RT.types.LarmorSound_Interface(lsObj)
numSamples = interfaceObj.getNumSamples("UInt32")
print numSamples.getSimpleType()
#print "Test LarmorSound numSamples = " + str(numSamples)
channelSample = interfaceObj.getChannelSample("Float32<>", 1)
print channelSample.getSimpleType()
print channelSample
#print "Test LarmorSound channelSample = " + str(channelSample)
#interfaceObj.initPlay("Boolean")
def __init__(self, settings, unguarded):
super(MainWindow, self).__init__()
self.settings = settings
DFG.DFGWidget.setSettings(settings)
self.viewport = None
self.dfgWidget = None
self.currentGraph = None
self.config = DFG.DFGConfig()
self.autosaveFilename = os.path.join(fabricDir, 'autosave')
if not os.path.exists(self.autosaveFilename):
os.makedirs(self.autosaveFilename)
autosaveBasename = 'autosave.' + str(os.getpid()) + '.canvas'
self.autosaveFilename = os.path.join(self.autosaveFilename,
autosaveBasename)
print 'Will autosave to ' + self.autosaveFilename + ' every ' + str(
MainWindow.autosaveIntervalSecs) + ' seconds'
self.autosaveTimer = QtCore.QTimer()
self.autosaveTimer.timeout.connect(self.autosave)
self.autosaveTimer.start(MainWindow.autosaveIntervalSecs * 1000)
self.windowTitle = 'Fabric Engine'
self.lastFileName = ''
self.onFileNameChanged('')
statusBar = QtGui.QStatusBar(self)
self.fpsLabel = QtGui.QLabel(statusBar)
statusBar.addPermanentWidget(self.fpsLabel)
self.setStatusBar(statusBar)
statusBar.show()
self.fpsTimer = QtCore.QTimer()
self.fpsTimer.setInterval(1000)
self.fpsTimer.timeout.connect(self.updateFPS)
self.fpsTimer.start()
client = Core.createClient({
'unguarded': unguarded,
'reportCallback': self.reportCallback
})
#options.licenseType = FabricCore::ClientLicenseType_Interactive
client.loadExtension('Math')
client.loadExtension('Parameters')
client.loadExtension('Util')
client.setStatusCallback(self.statusCallback)
self.client = client
self.qUndoStack = QtGui.QUndoStack()
self.dfguiCommandHandler = DFG.DFGUICmdHandler_QUndo(self.qUndoStack)
astManager = KLASTManager(client)
self.evalContext = client.RT.types.EvalContext.create()
self.evalContext = self.evalContext.getInstance('EvalContext')
self.evalContext.host = 'Canvas'
self.evalContext.graph = ''
self.host = client.getDFGHost()
binding = self.host.createBindingToNewGraph()
self.lastSavedBindingVersion = binding.getVersion()
self.lastAutosaveBindingVersion = self.lastSavedBindingVersion
graph = binding.getExec()
glFormat = QtOpenGL.QGLFormat()
glFormat.setDoubleBuffer(True)
glFormat.setDepth(True)
glFormat.setAlpha(True)
glFormat.setSampleBuffers(True)
glFormat.setSamples(4)
self.viewport = Viewports.GLViewportWidget(
client, self.config.defaultWindowColor, glFormat, None, None)
self.setCentralWidget(self.viewport)
self.dfgWidget = DFG.DFGWidget(None, client, self.host, binding, '',
graph, astManager,
self.dfguiCommandHandler, self.config)
self.contentChanged.connect(self.viewport.redraw)
self.viewport.portManipulationRequested.connect(
self.onPortManipulationRequested)
dockFeatures = QtGui.QDockWidget.DockWidgetMovable | QtGui.QDockWidget.DockWidgetFloatable | QtGui.QDockWidget.DockWidgetClosable
dfgDock = QtGui.QDockWidget('Canvas Graph', self)
dfgDock.setObjectName('Canvas Graph')
dfgDock.setFeatures(dockFeatures)
dfgDock.setWidget(self.dfgWidget)
self.addDockWidget(QtCore.Qt.BottomDockWidgetArea, dfgDock,
QtCore.Qt.Vertical)
self.timeLinePortIndex = -1
self.timeLinePortPath = None
self.timeLine = Viewports.TimeLineWidget()
self.timeLine.setTimeRange(MainWindow.defaultFrameIn,
MainWindow.defaultFrameOut)
self.timeLine.updateTime(1)
timeLineDock = QtGui.QDockWidget("TimeLine", self)
timeLineDock.setObjectName("TimeLine")
timeLineDock.setFeatures(dockFeatures)
timeLineDock.setWidget(self.timeLine)
self.addDockWidget(QtCore.Qt.BottomDockWidgetArea, timeLineDock,
QtCore.Qt.Vertical)
treeWidget = DFG.PresetTreeWidget(self.dfgWidget.getDFGController(),
self.config, True, False, True)
treeDock = QtGui.QDockWidget("Explorer", self)
treeDock.setObjectName("Explorer")
treeDock.setFeatures(dockFeatures)
treeDock.setWidget(treeWidget)
self.addDockWidget(QtCore.Qt.LeftDockWidgetArea, treeDock)
self.dfgWidget.newPresetSaved.connect(treeWidget.refresh)
self.dfgValueEditor = DFG.DFGValueEditor(
self.dfgWidget.getDFGController(), self.config)
dfgValueEditorDockWidget = QtGui.QDockWidget("Value Editor", self)
dfgValueEditorDockWidget.setObjectName("Values")
dfgValueEditorDockWidget.setFeatures(dockFeatures)
dfgValueEditorDockWidget.setWidget(self.dfgValueEditor)
self.addDockWidget(QtCore.Qt.RightDockWidgetArea,
dfgValueEditorDockWidget)
self.logWidget = DFG.DFGLogWidget(self.config)
logDockWidget = QtGui.QDockWidget("Log Messages", self)
logDockWidget.setObjectName("Log")
logDockWidget.setFeatures(dockFeatures)
logDockWidget.setWidget(self.logWidget)
logDockWidget.hide()
self.addDockWidget(QtCore.Qt.TopDockWidgetArea, logDockWidget,
QtCore.Qt.Vertical)
self.qUndoView = QtGui.QUndoView(self.qUndoStack)
self.qUndoView.setEmptyLabel("New Graph")
undoDockWidget = QtGui.QDockWidget("History", self)
undoDockWidget.setObjectName("History")
undoDockWidget.setFeatures(dockFeatures)
undoDockWidget.setWidget(self.qUndoView)
undoDockWidget.hide()
self.addDockWidget(QtCore.Qt.LeftDockWidgetArea, undoDockWidget)
self.newGraphAction = None
self.loadGraphAction = None
self.saveGraphAction = None
self.saveGraphAsAction = None
self.quitAction = None
self.manipAction = None
self.setGridVisibleAction = None
self.resetCameraAction = None
self.clearLogAction = None
self.blockCompilationsAction = None
controller = self.dfgWidget.getDFGController()
controller.varsChanged.connect(treeWidget.refresh)
controller.argsChanged.connect(self.onStructureChanged)
controller.argValuesChanged.connect(self.onValueChanged)
controller.defaultValuesChanged.connect(self.onValueChanged)
self.dfgWidget.nodeInspectRequested.connect(
self.onNodeInspectRequested)
controller.dirty.connect(self.onDirty)
controller.bindingChanged.connect(self.dfgValueEditor.setBinding)
controller.nodeRemoved.connect(self.dfgValueEditor.onNodeRemoved)
tabSearchWidget = self.dfgWidget.getTabSearchWidget()
tabSearchWidget.enabled.connect(self.enableShortCuts)
self.timeLine.frameChanged.connect(self.onFrameChanged)
self.dfgWidget.onGraphSet.connect(self.onGraphSet)
self.restoreGeometry(settings.value("mainWindow/geometry"))
self.restoreState(settings.value("mainWindow/state"))
self.dfgWidget.additionalMenuActionsRequested.connect(
self.onAdditionalMenuActionsRequested)
self.dfgWidget.populateMenuBar(self.menuBar())
windowMenu = self.menuBar().addMenu("&Window")
toggleAction = dfgDock.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_4)
windowMenu.addAction(toggleAction)
toggleAction = treeDock.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_5)
windowMenu.addAction(toggleAction)
toggleAction = dfgValueEditorDockWidget.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_6)
windowMenu.addAction(toggleAction)
toggleAction = timeLineDock.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_9)
windowMenu.addAction(toggleAction)
windowMenu.addSeparator()
toggleAction = undoDockWidget.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_7)
windowMenu.addAction(toggleAction)
toggleAction = logDockWidget.toggleViewAction()
toggleAction.setShortcut(QtCore.Qt.CTRL + QtCore.Qt.Key_8)
windowMenu.addAction(toggleAction)
self.onFrameChanged(self.timeLine.getTime())
self.onGraphSet(self.dfgWidget.getUIGraph())
self.onSidePanelInspectRequested()
self.installEventFilter(MainWindowEventFilter(self))
def __init__(self, *args): #['', u'Integer id']
c = core.createClient()
c.loadExtension("AnotherBasicExtension")
self.klObj = c.RT.types.Foo(*args)
fabricPath = os.environ.get("FABRIC_DIR")
kl2dfgPath = os.path.join(fabricPath, 'bin', 'kl2dfg.exe')
guidGenPath = os.path.join(fabricPath, 'bin', 'canvasGUIDGen.exe')
krakenPath = os.environ.get('KRAKEN_PATH')
krakenExtsPath = os.path.join(krakenPath, 'Exts')
krakenStageDFGPath = os.path.join(krakenPath, 'Exts', 'Kraken', 'DFGStage')
krakenDFGPath = os.path.join(krakenPath, 'Exts', 'Kraken', 'DFG')
krakenDFGSolverPath = os.path.join(krakenDFGPath, 'Solvers')
# =====================
# Create Fabric Client
# =====================
options = {'guarded': True}
client = fabric.createClient(options)
dfgHost = client.getDFGHost()
# ===================
# Store Preset GUIDs
# ===================
def storePresetGUIDs():
guidMap = {}
for root, dirs, files in os.walk(krakenExtsPath):
for file in files:
if file.endswith('.canvas'):
presetFilePath = os.path.join(root, file)
presetPathItems = presetFilePath.replace(
krakenExtsPath, '').split(os.path.sep)[1:]
presetCanvasPath = '.'.join(presetPathItems).replace(
def buildSpliceOperators(self, kOperator):
"""Builds Splice Operators on the components.
Arguments:
kOperator -- Object, kraken operator that represents a Splice operator.
Return:
True if successful.
"""
try:
# Get or construct a Fabric Engine client
contextID = cmds.fabricSplice('getClientContextID')
if contextID == '':
cmds.fabricSplice('constructClient')
contextID = cmds.fabricSplice('getClientContextID')
# Connect the Python client to the Softimage client.
client = core.createClient({"contextID": contextID})
# Get the extension to load and create an instance of the object.
extension = kOperator.getExtension()
client.loadExtension(extension)
client.loadExtension('KrakenSolver')
client.loadExtension('KrakenSolverArg')
solverTypeName = kOperator.getSolverTypeName()
klType = getattr(client.RT.types, solverTypeName)
try:
# Test if object
solver = klType.create()
except:
# Else is struct
solver = klType()
# Create Splice Operator
spliceNode = pm.createNode('spliceMayaNode', name=kOperator.getName() + "_SpliceOp")
# Add the private/non-mayaAttr port that stores the Solver object
cmds.fabricSplice("addIOPort", spliceNode, "{\"portName\":\"solver\", \"dataType\":\"" + solverTypeName + "\", \"extension\":\"" + kOperator.getExtension() + "\", \"addMayaAttr\": false}")
# Start constructing the source code.
opSourceCode = ""
opSourceCode += "require KrakenSolver;\n"
opSourceCode += "require KrakenSolverArg;\n"
opSourceCode += "require " + kOperator.getExtension() + ";\n\n"
opSourceCode += "operator " + kOperator.getName() + "(\n"
opSourceCode += " io " + solverTypeName + " solver,\n"
# Get the args from the solver KL object.
args = solver.getArguments('KrakenSolverArg[]')
functionCall = " solver.solve("
for i in range(len(args)):
arg = args[i]
# Get the argument's input from the DCC
try:
opObject = kOperator.getInput(arg.name)
targetObject = self._getDCCSceneItem(kOperator.getInput(arg.name))
except:
opObject = kOperator.getOutput(arg.name)
targetObject = self._getDCCSceneItem(kOperator.getOutput(arg.name))
# Add the splice Port for each arg.
if arg.connectionType == 'in':
cmds.fabricSplice("addInputPort", spliceNode, "{\"portName\":\"" + arg.name + "\", \"dataType\":\"" + arg.dataType + "\", \"extension\":\"\", \"addMayaAttr\": true}", "")
if isinstance(opObject, BaseAttribute):
targetObject.connect(spliceNode.attr(arg.name))
elif isinstance(opObject, SceneItem):
targetObject.attr('worldMatrix').connect(spliceNode.attr(arg.name))
else:
raise Exception(opObject.getFullName() + " with type '" + opObject.getKType() + " is not implemented!")
elif arg.connectionType in ['io', 'out']:
cmds.fabricSplice("addOutputPort", spliceNode, "{\"portName\":\"" + arg.name + "\", \"dataType\":\"" + arg.dataType + "\", \"extension\":\"\", \"addMayaAttr\": true}", "")
if isinstance(opObject, BaseAttribute):
spliceNode.attr(arg.name).connect(targetObject)
elif isinstance(opObject, SceneItem):
decomposeNode = pm.createNode('decomposeMatrix')
spliceNode.attr(arg.name).connect(decomposeNode.attr("inputMatrix"))
decomposeNode.attr("outputRotate").connect(targetObject.attr("rotate"))
decomposeNode.attr("outputScale").connect(targetObject.attr("scale"))
decomposeNode.attr("outputTranslate").connect(targetObject.attr("translate"))
# Connect the ports to the inputs/outputs in the rig.
opSourceCode += " " + arg.connectionType + " " + arg.dataType + " " + arg.name
if i == len(args) - 1:
opSourceCode += "\n"
else:
opSourceCode += ",\n"
if i == len(args) - 1:
functionCall += arg.name
else:
functionCall += arg.name + ", "
opSourceCode += " )\n"
opSourceCode += "{\n"
opSourceCode += functionCall + ");\n"
opSourceCode += "}\n"
cmds.fabricSplice('addKLOperator', spliceNode, '{"opName": "' + kOperator.getName() + '"}', opSourceCode)
finally:
cmds.fabricSplice('destroyClient')
return True
#!/usr/bin/env python
#
# Copyright (c) 2014, Steven Caron <*****@*****.**> All rights reserved.
#
# FabricArnold Extension
# test_0001
import sys
import os
testNumber = "test_0001"
print("[FabricArnold::TestSuite] Running extension {0}...".format(testNumber))
import FabricEngine.Core as Core
client = Core.createClient()
node = client.DG.createNode("test_node")
node.addMember("filename", "String")
operator = client.DG.createOperator("test_operator")
klFilename = os.path.join(os.getcwd(), testNumber, "test.kl")
operatorSource = open(klFilename).read()
operator.setSourceCode(operatorSource)
operator.setEntryPoint("entry")
if operator.getDiagnostics():
print("Error(s) compiling operator:")
for d in operator.getDiagnostics():
print(" {0}".format(str(d)))
sys.exit(1)