def UIConvertTool_DisplayChecker(self): self.dDict = StudioSettings.SceneInfoStorage(self.sTool) aList = ['oUIConvertPick','oUIConvert1','oUIConvert2','oUIConvert3','oUIConvert4'] aList2 = ['oUIConvertIT','oUIConvert5','oUIConvert6','oUIConvert7','oUIConvert8'] aColour = ['darkgray', 'tone5'] aColour2 = ['darkgray', 'tone1'] # run only if the tool is (UI is) extended. having the conv tools (on extra UI page) displaying if self.dDict['ConvertTool']: for i in range(5): iVal = self.dDict['ConvertToolTo'][i] cmds.button(aList2[i], e = True, bgc = self.UIBGColour(aColour[iVal]), en = True) if i == 0: # special colour for convert button cmds.button(aList2[i], e = True, bgc = self.UIBGColour(aColour2[iVal]), en = True) iVal = self.dDict['ConvertToolFrom'][i] cmds.button(aList[i], e = True, bgc = self.UIBGColour(aColour[iVal])) if iVal: if i: cmds.button(aList2[i], e = True, bgc = self.UIBGColour(aColour[0]), en = False) if i: iVal = self.dDict[str(i)] if iVal == '-': cmds.button(aList2[i], e = True, bgc = self.UIBGColour(aColour[0]), en = False) StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
def UIButton_Capture(self, sView, *args):
# Display Logic
K = cmds.getModifiers()
sGrayOut = 'darkgray'
dToolInfo = StudioSettings.SceneInfoStorage(self.sTool)
sLabel = dToolInfo[sView]
iStartCapture = 0
if K:
if sLabel == '-':
sLabel = sView
else:
sLabel = '-'
dToolInfo[sView] = sLabel
StudioSettings.SceneInfoStorage(self.sTool, dToolInfo)
else:
if not sLabel == '-':
iStartCapture = 1
#self.UIDisplayChecker()
# PlayBlast time!
if iStartCapture:
sCapturePath = self.dShotInfo['sPlayBlastSeqPath']+'/'+sView+'/PlayBlast_%s'%sView
#sCapturePath = self.aShotInfo[7]+'/'+sView+'/PlayBlast_%s'%sView
sIn = dToolInfo['currentStartFrame']
sOut = dToolInfo['currentEndFrame']
cmds.playblast(format = 'image', filename = sCapturePath, st = int(sIn), et = int(sOut), sequenceTime = 0, clearCache = 1, viewer = 0, showOrnaments = 1, offScreen = True, fp = 4, percent = 100, compression = "jpg", quality = 70, fo = True, wh = [self.iPBwidth, self.iPBheight])
cmds.warning('Capture Process All Finished')
#self.UIDisplayChecker()
cmds.button('oUICapture%sButton'%sView, e = True, bgc = self.UIBGColour('tone1'))
#self.dDict['LastCapture'] = sView
dToolInfo['LastCapture'] = sView
self.PrintOnScreen(['a7a8af', 'Playblast done [%s]'%sView, 0x6b6c75])
StudioSettings.SceneInfoStorage(self.sTool, dToolInfo)
self.UIConvertTool_DisplayChecker()
self.UIDisplayChecker()
def __init__(self):
self.Temp = None
self.sTool = 'PBTool' # Tool name node under 'Anim_Tool'
# Importing Studio Settings
self.dShotInfo = StudioSettings.ShotInfo(1, 0)
aPBInfo = StudioSettings.ProjectInfo('ABA')[0]
self.iPBwidth = aPBInfo[0]
self.iPBheight = aPBInfo[1]
sFileName = '%s_%s_.rv' % (self.dShotInfo['sSeqNumber'],
self.dShotInfo['sShotNumber'])
print sFileName
self.sRvPath = os.path.join(self.dShotInfo['sPlayBlastToolPath'],
sFileName)
print sRvPath
self.oUI = 'PB_%s_%s' % (
self.dShotInfo['sSeqNumber'], self.dShotInfo['sShotNumber']
) # Watch out when this is only numbers, the tool fails.
# Setting up tool custom dictionary for storage
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
if not self.dDict:
self.dDict = {
'1': '1',
'2': '-',
'3': '-',
'4': '-',
'currentStartFrame': 1001,
'currentEndFrame': 1010,
'prodStartFrame': None,
'prodEndFrame': None,
'markedFrames': [],
'CalcTool': 0,
'AnnotateTool': 0,
'ConvertTool': 0,
'ConvertToolFrom': [0, 0, 0, 0, 0],
'ConvertToolTo': [0, 0, 0, 0, 0],
'PickedFile': '',
'LastCapture': '',
}
# Reset display and sizes of extra tools.
for tool in ['CalcTool', 'ConvertTool', 'AnnotateTool']:
self.dDict[tool] = 0
# Reset Convert tool
self.dDict['ConvertToolFrom'] = [0, 0, 0, 0, 0]
self.dDict['ConvertToolTo'] = [0, 0, 0, 0, 0]
StudioSettings.SceneInfoStorage(self.sTool, self.dDict) # Store dDict
self.UISetWindow()
self.UICreate()
self.UIDisplayChecker()
def UIDisplayChecker(self):
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
# Frame Count
iCurrentStart = self.dDict['currentStartFrame']
iCurrentEnd = self.dDict['currentEndFrame']
iProdStart = self.dDict['prodStartFrame']
iProdEnd = self.dDict['prodEndFrame']
cmds.text('oUIFrameCout',
e=True,
l=str(iCurrentEnd - iCurrentStart + 1) + ' f')
# Frames Section
aTones = ['tone5', 'tone5']
if iCurrentStart == iProdStart:
aTones[0] = 'tone1'
if iCurrentEnd == iProdEnd:
aTones[1] = 'tone1'
# if aTones[0]:
cmds.button('oUIStartButton', e=True, bgc=self.UIBGColour(aTones[0]))
# if aTones[1]:
cmds.button('oUIEndButton', e=True, bgc=self.UIBGColour(aTones[1]))
# Views Section
aView = ['1', '2', '3', '4']
for v in aView:
if self.dDict[v] == '-':
sBGC = 'CaptureTone3'
sLabel = '-'
else:
sBGC = 'tone4'
sLabel = v
if self.dDict['LastCapture'] == v:
sBGC = 'tone1'
cmds.button('oUICapture%sButton' % v,
e=True,
bgc=self.UIBGColour(sBGC),
label=sLabel)
# Extra tools
aTones = ['ConvertToolButtonOff', 'ConvertToolButtonOn']
aTones2 = ['CalcToolButtonOff', 'CalcToolButtonOn']
aTones3 = ['AnnotateToolButtonOff', 'AnnotateToolButtonOn']
cmds.button('oUIConvert',
e=True,
bgc=self.UIBGColour(aTones[self.dDict['ConvertTool']]))
cmds.button('oUICalc',
e=True,
bgc=self.UIBGColour(aTones[self.dDict['CalcTool']]))
cmds.button('oUIAnnotate',
e=True,
bgc=self.UIBGColour(aTones[self.dDict['AnnotateTool']]))
def UIButton_SetRangeFromRV(self, *args):
aContent = self.GetActiveRVinfo()
iIn = aContent[1][0]
iOut = aContent[1][1]
self.dDict['currentStartFrame'] = iIn
self.dDict['currentEndFrame'] = iOut
cmds.button('oUIStartButton', e = True, label = iIn)
cmds.button('oUIEndButton', e = True, label = iOut)
StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
self.UIDisplayChecker()
def UIButton_ExtraToolExpand(self, sTool, *args):
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
# Set height of each custom tools.
dTools = { 'CalcTool' : 62,
'ConvertTool' : 62,
'AnnotateTool' : 200,}
# Change height accordingly
for tool in dTools.keys():
if tool == sTool:
# Toggle and change height
if self.dDict[tool]:
dTools[tool] *= -1
self.Height += dTools[tool]
self.dDict[tool] = 1 - self.dDict[tool]
StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
self.UIReBuild()
self.UIDisplayChecker()
self.UIConvertTool_DisplayChecker()
def UIButton_ProdRange(self, *args):
iRange = StudioSettings.StudioProductionFrameRange()
iIn = int(cmds.playbackOptions(q=True, minTime=True))
iOut = int(cmds.playbackOptions(q=True, maxTime=True))
if iRange:
cmds.button('oUIProdButton', e=True, bgc=self.UIBGColour('tone2'))
else:
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
cmds.button('oUIProdButton', e=True, bgc=self.UIBGColour('tone3'))
self.dDict['currentStartFrame'] = iIn
self.dDict['currentEndFrame'] = iOut
cmds.button('oUIStartButton', e=True, label=str(iIn))
cmds.button('oUIEndButton', e=True, label=str(iOut))
self.dDict['prodStartFrame'] = iIn
self.dDict['prodEndFrame'] = iOut
StudioSettings.SceneInfoStorage(self.sTool,
self.dDict) # To update the info
self.UIDisplayChecker()
def UIButton_Open(self, sOpen, *args):
# 'PB' for quad view, 'Anno' for opening Annotation.rv
K = cmds.getModifiers()
if sOpen == 'PB':
if not os.path.exists(self.sRvPath):
K = 100
if K: # If with any Modifiers, Create a fresh Active.rv. (deletes all markings etc.)
dInfo = StudioSettings.SceneInfoStorage(
self.sTool) # Check function for more info.
sIn = dInfo['prodStartFrame']
if sIn == None:
sIn = dInfo['currentStartFrame']
sOut = dInfo['prodEndFrame']
if sOut == None:
sOut = dInfo['currentEndFrame']
aPath = [
None,
None,
None,
None,
]
for i in range(0, len(aPath)):
#aPath[i] = self.aShotInfo[7] + '/%s/PlayBlast_%s.%s-%s@@@@.jpg'%(str(i+1), str(i+1), sIn, sOut)
aPath[i] = self.dShotInfo[
'sPlayBlastSeqPath'] + '/%s/PlayBlast_%s.%s-%s@@@@.jpg' % (
str(i + 1), str(i + 1), sIn, sOut)
sContent = self.CreateLatestQuadRvFile(aPath)
if sContent:
oRvFile = open(self.sRvPath, 'w')
oRvFile.write(sContent)
oRvFile.close()
aPrint = ['a7a8af', 'Creating a New .rv', 0x6b6c75]
else:
aPrint = ['a7a8af', 'Opening Existing .rv', 0x6b6c75]
try:
cmd = 'rv %s &' % (self.sRvPath)
os.system(cmd)
except Exception as e:
print e
self.PrintOnScreen(aPrint)
self.UIDisplayChecker()
def UIButton_InOut(self, sInOut, *args):
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
iCurrent = int(cmds.currentTime(q = True))
if sInOut == 'Start':
self.dDict['currentStartFrame'] = iCurrent
cmds.button('oUIStartButton', e = True, label = iCurrent)
# if End frame is before current frame.
if self.dDict['currentEndFrame'] <= iCurrent:
self.dDict['currentEndFrame'] = iCurrent + 1
cmds.button('oUIEndButton', e = True, label = iCurrent + 1)
elif sInOut == 'End':
self.dDict['currentEndFrame'] = iCurrent
cmds.button('oUIEndButton', e = True, label = iCurrent)
# if End frame is before current frame.
if self.dDict['currentStartFrame'] >= iCurrent:
self.dDict['currentStartFrame'] = iCurrent - 1
cmds.button('oUIStartButton', e = True, label = iCurrent - 1)
elif sInOut == 'Current':
iIn = int(cmds.playbackOptions(q = True, minTime = True))
iOut = int(cmds.playbackOptions(q = True, maxTime = True))
self.dDict['currentStartFrame'] = iIn
self.dDict['currentEndFrame'] = iOut
cmds.button('oUIStartButton', e = True, label = iIn)
cmds.button('oUIEndButton', e = True, label = iOut)
else:
pass
StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
self.UIDisplayChecker()
def UIButton_RVInfoToMaya(self, sType, *args): K = cmds.getModifiers() aContent = self.GetActiveRVinfo() # aContent[0] : Capture Frame Range # aContent[1] : RV Region # aContent[2] : RV Marked Frames # aContent[3] : Current Frame if aContent: if sType == 'Range': cmds.playbackOptions(min = aContent[1][0]) elif sType == 'Current': cmds.currentTime(aContent[3][0]) elif sType == 'Marked': oAnimTools = 'ANIM_TOOLS' self.sTool = 'PBTool' if K: oTick = 'KeyPoseFrames' else: oTick = 'MarkedFrames' if aContent[2]: if cmds.objExists(oTick): cmds.delete(oTick) #self.dDict = StudioSettings.SceneInfoStorage(self.sTool) self.dDict['markedFrames'] = aContent[2] cmds.group(name = oTick, em = True, p = self.sTool) cmds.setKeyframe( oTick, attribute = 'translateX', t = self.dDict['markedFrames']) StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
def UIConvertTool(self, sType, *args):
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
iNukeConversion = 0
sPickedFile = ''
if sType == 'Pick': # Pick Button
for i in range(5):
self.dDict['ConvertToolFrom'][i] = 0
self.dDict['PickedFile'] = ''
sPickedFile = cmds.fileDialog2(ds = 1, cap = 'Title', fm = 1)
if sPickedFile:
self.dDict['ConvertToolFrom'][0] = 1
self.dDict['PickedFile'] = sPickedFile
StudioSettings.SceneInfoStorage(self.sTool, self.dDict) # Store dDict
elif sType.isdigit(): # From : 1-4, To : 5-8
iIndex = int(sType)
if iIndex <5: # From: 1-4
sVar = 'ConvertToolFrom'
#self.aShotInfo[7]
iVal = 1
self.dDict['ConvertToolTo'][iIndex] = 0
else: # To : 5 - 8
sVar = 'ConvertToolTo'
iIndex = iIndex - 4
iVal = 1
if self.dDict['ConvertToolFrom'][iIndex] == 1:
iVal = 0
for i in range(5):
self.dDict[sVar][i] = 0
self.dDict[sVar][iIndex] = iVal
else: # Convert
if self.dDict['ConvertToolTo'][0]:
# Empty destination Folder
iTarget = self.dDict['ConvertToolTo'][1:].index(1)+1
#sTargetPath = self.aShotInfo[7] + '/%s/' % iTarget
sTargetPath = self.dShotInfo['sPlayBlastSeqPath'] + '/%s/' % iTarget
if os.path.exists(sTargetPath):
shutil.rmtree(sTargetPath) # delete .../PB/3/
if not os.path.exists(sTargetPath):
os.makedirs(sTargetPath) # create .../PB/3/
# Get SourcePath
if self.dDict['ConvertToolFrom'][0]: #if user selecting files:
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
if self.dDict['PickedFile']:
if not self.dDict['PickedFile'][0].endswith('jpg'):
iNukeConversion = 1
else:
aPickedPath = self.dDict['PickedFile'][0].split('/')
sPickedFile = aPickedPath[-1]
sSourcePath = '/'.join(aPickedPath[:-1])
else: # if not picked ( if sSourcePath is none)
iSource = self.dDict['ConvertToolFrom'].index(1)
#sSourcePath = self.aShotInfo[7] + '/%s/' % iSource
sSourcePath = self.dShotInfo['sPlayBlastSeqPath'] + '/%s/' % iSource
#dShotInfo['sPlayBlastSeqPath']
# Get files to be copied over.
aTransferFiles = []
aFileName = [str(_) for _ in sPickedFile.split('.')]
if not aFileName[-1].lower() == 'jpg':
iNukeConversion = 1
for f in os.listdir(sSourcePath):
if f.startswith(aFileName[0]):
aTransferFiles.append(f)
aTransferFiles.sort()
sFileName = 'PlayBlast_%s'%iTarget
for tf in aTransferFiles:
aName = tf.split('.')
aName[0] = sFileName
shutil.copy(sSourcePath+'/' + tf, sTargetPath+'/'+'.'.join(aName))
if iNukeConversion:
print 'start nuke'
iCheck = sum(self.dDict['ConvertToolFrom']) + sum(self.dDict['ConvertToolTo'][1:])
if iCheck == 2:
self.dDict['ConvertToolTo'][0] = 1
else:
self.dDict['ConvertToolTo'][0] = 0
StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
self.UIConvertTool_DisplayChecker()
def ProjectCustom_SetUI(): # vvv 2/3 # Completely Custom tool for current proj.
sSideCamera = 'SIDE_CAM'
if not cmds.objExists(sSideCamera):
oSideCamera = cmds.camera()
cmds.rename(oSideCamera[0], '%s'%sSideCamera)
oSel = [str(s) for s in cmds.ls(sl = True, o = True)]
# Creation of SideCam
sSideCamera = 'SIDE_CAM'
if not cmds.objExists(sSideCamera):
oSideCamera = cmds.camera()
cmds.rename(oSideCamera[0], '%s'%sSideCamera)
# Scene Storage. StudioSetting.SceneInfoStorage()
dSceneInfo = { 'CustomCamViews':0,
'CustomCamViewList':[]}
# Node Structure Creation
aGroup = [ 'lllllllllllllllll__CAMERAs__lllllllllllllllll',
'CardRig___',
'SideCam___',
'FaceCam___',
'RenderCam___',
'lllllllllllllllll__Main_Puppet__lllllllllllll',
'lllllllllllllllll__Sub_Puppet__llllllllllllll',
'lllllllllllllllll__Lights__llllllllllllllllll'] # Do not change the list order. Possible to add more.
cmds.select(clear = True)
iError = 0
# Parent Nodes
for g in aGroup:
if not cmds.objExists(g):
if '___' in g: cmds.group( em = True, name = g, p = aGroup[0])
else: cmds.group( em = True, name = g)
if g == aGroup[0]:
cmds.addAttr(aGroup[0], shortName = 'notes', dataType = 'string') # Activate Notes Attributes to store json
StudioSettings.SceneInfoStorage(aGroup[0], dSceneInfo) # Store dSceneInfo
if 'lllll' in g:
vColour = UIColourControl.keywordColour('MayaBG')
vColour = UIColourControl.offsetRGBvalues(vColour, R = 0.3, G = 0.3, B = 0.3)
for i, v in enumerate('RGB'):
cmds.setAttr('%s.useOutlinerColor'%g, True)
cmds.setAttr('%s.outlinerColor%s'%(g, v), vColour[i])
## Logic to find available cameras. (find children for camera)
dSceneInfo = StudioSettings.SceneInfoStorage(aGroup[0]) # Get dSceneInfo
dSceneInfo['CustomCamViewList'] = []
for cam in aGroup[2:5]: # Using aGroup[2 to 4]
if cmds.listRelatives(cam, c = True, ad = True, type = 'camera'):
dSceneInfo['CustomCamViewList'].append(cam)
dSceneInfo = StudioSettings.SceneInfoStorage(aGroup[0], dSceneInfo) # Store dSceneInfo (update)
print dSceneInfo
# Find Next Camera to Display
if len(dSceneInfo['CustomCamViewList']) == 0: # If no camera is found. (not sorted under cam groups)
iError = 1 # No camera found.
aPrint = UIColourControl.inViewMessageColourPreset('Red', 'No Cameras found')
iIndex = 0
elif dSceneInfo['CustomCamViews'] >= len(dSceneInfo['CustomCamViewList'])-1:
iIndex = 0
else:
iIndex = dSceneInfo['CustomCamViews'] + 1
if not iError: # If cameras are found...
sCamera = dSceneInfo['CustomCamViewList'][iIndex]
aCamera = cmds.listRelatives(sCamera, c = True, ad = True, type = 'camera')
if sCamera == aGroup[4]:
aPrint = UIColourControl.inViewMessageColourPreset('Green', 'RENDER cam')
aVis = [1, 1, 0, 0, 1, None, None, 1]
aCamKeyword = ['Left', 'render', 'legalCam']
elif sCamera == aGroup[3]:
aPrint = UIColourControl.inViewMessageColourPreset('Blue', ' FACE cam ')
aVis = [1, 0, 0, 1, 0, None, None, 0]
aCamKeyword = ['Shape1', 'FACE']
elif sCamera == aGroup[2]:
aPrint = UIColourControl.inViewMessageColourPreset('Gray', ' SIDE cam ')
aVis = [1, 0, 1, 0, 1, None, None, 1]
aCamKeyword = ['SIDE_CAM']
# Hide unnecessary Groups of camera.
for i, v in enumerate(aVis):
if not v == None:
cmds.setAttr('%s.visibility'%aGroup[i], v)
# Pick camera of the first match in the keyword.
sCamera = None
sTCamera = None # This is needed if keyword search fails. (Just to have something selected.)
for c in aCamera:
sCamera = c
for k in aCamKeyword:
if k in c:
sTCamera = c
break
if sTCamera:
sCamera = sCamera
if sCamera:
cmds.modelEditor('modelPanel4', e = True, camera = sCamera)
cmds.modelEditor('modelPanel1', e = True, camera = 'ANIM_CAM', activeView = True)
# Print Statement
cmds.inViewMessage(amg = '<text style="color:#%s";>%s</text>'%(aPrint[0], aPrint[1]), pos = 'botCenter', fade = True, fts = 10, ft = 'arial',bkc = aPrint[2] )
# Store Scene Info.
dSceneInfo['CustomCamViews'] = iIndex
StudioSettings.SceneInfoStorage(aGroup[0], dSceneInfo) # Store dSceneInfo
cmds.select(oSel, r = True)
def UIConvertTool(self, sType, *args):
self.dDict = StudioSettings.SceneInfoStorage(self.sTool)
iNukeConversion = 0
sPickedFile = ''
if sType == 'Pick': # Pick Button
for i in range(5):
self.dDict['ConvertToolFrom'][i] = 0
self.dDict['PickedFile'] = None
sPickedFile = cmds.fileDialog2(ds = 1, cap = 'Title', fm = 1)
if sPickedFile:
self.dDict['ConvertToolFrom'][0] = 1
self.dDict['PickedFile'] = sPickedFile[0]
StudioSettings.SceneInfoStorage(self.sTool, self.dDict) # Store dDict
elif sType.isdigit(): # From : 1-4, To : 5-8 Button
iIndex = int(sType)
if iIndex <5: # From: 1-4
sVar = 'ConvertToolFrom'
#self.aShotInfo[7]
iVal = 1
self.dDict['ConvertToolTo'][iIndex] = 0
self.dDict['PickedFile'] = ''
else: # To : 5 - 8
sVar = 'ConvertToolTo'
iIndex = iIndex - 4
iVal = 1
if self.dDict['ConvertToolFrom'][iIndex] == 1:
iVal = 0
for i in range(5):
self.dDict[sVar][i] = 0
self.dDict[sVar][iIndex] = iVal
else: # Convert Button
if self.dDict['ConvertToolTo'][0]: # When ready to convert files.
# Empty destination Folder
iTarget = self.dDict['ConvertToolTo'][1:].index(1)+1
sTargetPath = self.dShotInfo['sPlayBlastSeqPath'] + '/%s/' % iTarget
sTargetFilePath = self.dShotInfo['sPlayBlastSeqPath'] + '/%s/PlayBlast_%s.####.jpg' % (iTarget, iTarget)
if os.path.exists(sTargetPath):
shutil.rmtree(sTargetPath) # delete .../PB/3/
if not os.path.exists(sTargetPath):
os.makedirs(sTargetPath) # create .../PB/3/
# Get SourcePath
if self.dDict['ConvertToolFrom'][0]: #if user selecting files from browser:
if self.dDict['PickedFile']:
aSourceFilePath = self.dDict['PickedFile'].split('.')
aSourceFilePath[-2] = '####'
sSourceFilePath = '.'.join(aSourceFilePath)
else:
iTarget = self.dDict['ConvertToolFrom'][1:].index(1)+1
sSourceFilePath = self.dShotInfo['sPlayBlastSeqPath'] + '/%s/PlayBlast_%s.####.jpg' % (iTarget, iTarget)
if sSourceFilePath.lower().endswith('jpg'):
aTargetFilePath = sTargetFilePath.split('.')
aSourceFilePath = sSourceFilePath.split('.')
for i in range(self.dDict['prodStartFrame'], self.dDict['prodEndFrame']+1):
s = '%04d'%i
aTargetFilePath[-2] = s
aSourceFilePath[-2] = s
sTargetFilePath = '.'.join(aTargetFilePath)
sSourceFilePath = '.'.join(aSourceFilePath)
shutil.copy(sSourceFilePath, sTargetFilePath)
else: # If picked files aren't jpgs. (Activate Nuke)
print sSourceFilePath
print sTargetFilePath
print self.dDict['prodStartFrame']
print self.dDict['prodEndFrame']
self.NukeConversion([sSourceFilePath, sTargetFilePath, self.dDict['prodStartFrame'], self.dDict['prodEndFrame'], 1.0])
iCheck = sum(self.dDict['ConvertToolFrom']) + sum(self.dDict['ConvertToolTo'][1:])
if iCheck == 2:
self.dDict['ConvertToolTo'][0] = 1
else:
self.dDict['ConvertToolTo'][0] = 0
StudioSettings.SceneInfoStorage(self.sTool, self.dDict)
self.UIConvertTool_DisplayChecker()