def getTextureDimensions(self, *args, **kwargs):
'''
returns the dimensions of the currently displayed texture in the UV Editor
If there is no texture loaded returns a default [1,1]
'''
textureDimensions = [1, 1]
numImages = pm.textureWindow(self.uvTextureView[0], q=True, ni=True)
if numImages > 0:
if int(pm.about(version=True)) < 2014:
currentTextureImage = pm.textureWindow(self.uvTextureView[0],
q=True,
imageNumber=True)
imageList = pm.textureWindow(self.uvTextureView[0],
q=True,
imageNames=True)
currentTextureString = imageList[currentTextureImage].split(
'|')
currentTextureNode = currentTextureString[
len(currentTextureString) - 1].strip()
if pm.nodeType(currentTextureNode) == 'file':
textureDimensions = pm.getAttr(currentTextureNode +
'.outSize')
else:
textureDimensions = pm.textureWindow(self.uvTextureView[0],
q=True,
imageSize=True)
return textureDimensions
def __init__(self, par, editor):
self.editor = editor
ToolsUI.__init__(self, par)
with pm.gridLayout(p=par, nc=2, cwh=[26, 26]) as self.layout:
griddisp = pm.iconTextCheckBox(image1='gridDisplay.png',
value=pm.textureWindow(self.editor, q=True, toggle=True),
onc=lambda *args: pm.textureWindow(self.editor, e=True, toggle=True),
ofc=lambda *args: pm.textureWindow(self.editor, e=True, toggle=False),
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kViewGridAnnot'))
pm.popupMenu(button=3, p=griddisp, pmc=lambda *args: pm.mel.performTextureViewGridOptions(1))
pxsnap = pm.iconTextCheckBox(image1='pixelSnap.png',
value=pm.snapMode(q=True, pixelSnap=True),
onc=lambda *args: pm.snapMode(pixelSnap=True),
ofc=lambda *args: pm.snapMode(pixelSnap=False),
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kPixelSnapAnnot'))
pm.popupMenu(button=3, p=pxsnap, pmc=lambda *args: pm.mel.performPixelSnapOptions(1))
pm.iconTextButton(image1='textureEditorDisplayColor.png',
c=lambda *args: pm.textureWindow(self.editor, e=True, displayStyle='color'),
ann='m_textureWindowCreateToolBar.kDisplayRGBChannelsAnnot')
pm.iconTextButton(image1='textureEditorDisplayAlpha.png',
c=lambda *args: pm.textureWindow(self.editor, e=True, displayStyle='mask'),
ann='m_textureWindowCreateToolBar.kDisplayAlphaChannelsAnnot')
def __init__(self, par, editor):
ToolsUI.__init__(self, par)
self.editor = editor
with pm.gridLayout(p=par, nc=2, cwh=[26, 26]) as self.layout:
swapbg = pm.iconTextCheckBox(image1='swapBG.png',
value=pm.optionVar['displayEditorImage'],
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kUVTextureEditorBakingAnnot'),
cc=lambda *args: pm.mel.textureWindowToggleEditorImage(self.editor))
pm.popupMenu(button=3, p=swapbg, pmc=lambda *arg: pm.mel.performTextureViewBakeTextureOptions(1))
pm.iconTextButton(image1='updatePsdTextureEditor.png',
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kUpdatePSDNetworksAnnot'),
c=lambda *args: pm.mel.psdUpdateTextures(),
commandRepeatable=True)
pm.iconTextButton(image1='bakeEditor.png',
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kForceEditorTextureRebakeAnnot'),
c=lambda *args: pm.mel.textureWindowBakeEditorImage(),
commandRepeatable=True)
pm.iconTextCheckBox(image1='imageRatio.png',
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kUseImageRatioAnnot'),
value=pm.textureWindow(self.editor, q=True, imageRatio=True),
onc=lambda *args: pm.textureWindow(self.editor, e=True, imageRatio=True),
ofc=lambda *args: pm.textureWindow(self.editor, e=True, imageRatio=False))
def dim_image_cmd(self, value):
if value:
pm.textureWindow(self.editor, e=True, imageBaseColor=[0.5, 0.5, 0.5])
self.dimImage.setValue(0.5)
else:
pm.textureWindow(self.editor, e=True, imageBaseColor=[1.0, 1.0, 1.0])
self.dimImage.setValue(1.0)
def toggle_image_display(self, *args):
if pm.textureWindow(self.editor, q=True, id=True):
pm.textureWindow(self.editor, e=True, id=False)
self.imageDisplay.setValue(False)
else:
pm.textureWindow(self.editor, e=True, id=True)
self.imageDisplay.setValue(True)
def set_isolate(self, val):
if val:
pm.textureWindow(self.editor, e=True, useFaceGroup=True)
pm.optionVar['textureWindowShaderFacesMode'] = 2
else:
pm.textureWindow(self.editor, e=True, useFaceGroup=False)
pm.optionVar['textureWindowShaderFacesMode'] = 0
def dim_image_attr(self, *args):
val = self.dimImage.getValue()
pm.textureWindow(self.editor, e=True, imageBaseColor=[val, val, val])
if val < 0.99:
self.dimImageBtn.setValue(True)
else:
self.dimImageBtn.setValue(False)
def switch2BaseMap():
"""
切换 Base Map
"""
for texWinName in pm.getPanel(sty='polyTexturePlacementPanel'):
for i, _map in enumerate(
pm.textureWindow(texWinName, q=1, textureNames=1)):
if 'BaseMap' in _map:
pm.textureWindow(texWinName, e=1, textureNumber=i)
def setTextureTiling(self, resizeMatrix, *args, **kwargs):
'''
input and return format is [U min, V min, U max, V max]
Resizes the range the texture image is tiled in the UV Editor
'''
currentSize = pm.textureWindow(self.uvTextureView[0],q=True,imageTileRange=True)
newSize = [currentSize[0]+resizeMatrix[0],currentSize[1]+resizeMatrix[1],currentSize[2]+resizeMatrix[2],currentSize[3]+resizeMatrix[3]] #add the matrices together
pm.textureWindow(self.uvTextureView[0],e=True,imageTileRange=list(newSize))
return newSize
def getTextureDimensions(self, *args, **kwargs):
'''
returns the dimensions of the currently displayed texture in the UV Editor
If there is no texture loaded returns a default [1,1]
'''
textureDimensions = [1,1]
numImages = pm.textureWindow(self.uvTextureView[0],q=True, ni=True)
if numImages>0:
currentTextureImage = pm.textureWindow(self.uvTextureView[0],q=True, imageNumber=True)
imageList = pm.textureWindow(self.uvTextureView[0],q=True, imageNames=True)
currentTextureString = imageList[currentTextureImage].split('|')
currentTextureNode = currentTextureString[len(currentTextureString)-1].strip()
if pm.nodeType(currentTextureNode)=='file':
textureDimensions = pm.getAttr(currentTextureNode+'.outSize')
return textureDimensions
def getTextureTiling(self, *args, **kwargs):
'''
return format is [U min, V min, U max, V max]
return the sizing matrix for the UV Editor's image tiling
'''
currentSize = pm.textureWindow(self.uvTextureView[0],q=True,imageTileRange=True)
return currentSize
def setTextureTiling(self, resizeMatrix, *args, **kwargs):
'''
input and return format is [U min, V min, U max, V max]
Resizes the range the texture image is tiled in the UV Editor
'''
currentSize = pm.textureWindow(self.uvTextureView[0],
q=True,
imageTileRange=True)
newSize = [
currentSize[0] + resizeMatrix[0], currentSize[1] + resizeMatrix[1],
currentSize[2] + resizeMatrix[2], currentSize[3] + resizeMatrix[3]
] # add the matrices together
pm.textureWindow(self.uvTextureView[0],
e=True,
imageTileRange=list(newSize))
return newSize
def getTextureTiling(self, *args, **kwargs):
'''
return format is [U min, V min, U max, V max]
return the sizing matrix for the UV Editor's image tiling
'''
currentSize = pm.textureWindow(self.uvTextureView[0],
q=True,
imageTileRange=True)
return currentSize
def getTextureList(self, *args, **kwargs):
'''
returns a list of file texture nodes currently loaded in the UV Editor
list items are formatted: [texture number, texture node]
texture number is the index associated with the texture in the UV Editor
texture node is the name of the maya file texture node
SHADING GROUPS ARE EXCLUDED FROM THIS LIST
'''
texList = []
numImages = pm.textureWindow(self.uvTextureView[0],q=True, ni=True)
if numImages>0:
imageList = pm.textureWindow(self.uvTextureView[0],q=True, imageNames=True)
for i in range(0,numImages):
shadString = imageList[i].split('|')
shadNode = shadString[len(shadString)-1].strip()
if pm.nodeType(shadNode)=='file':
texList.append([i,shadNode])
return texList
def __init__(self, par, editor):
self.editor = editor
ToolsUI.__init__(self, par)
with pm.columnLayout(p=par) as self.layout:
with pm.rowLayout(nc=4):
self.imageDisplay = pm.iconTextCheckBox('imageDisplayButton', image1='imageDisplay.png',
v=pm.textureWindow(self.editor, q=True, id=True),
cc=self.toggle_image_display,
ann=pm.mel.uiRes(
'm_textureWindowCreateToolBar.kDisplayImageAnnot'))
pm.popupMenu(button=3, p=self.imageDisplay,
pmc=lambda *args: pm.mel.performTextureViewImageRangeOptions(1))
pm.iconTextCheckBox(image1='textureEditorShadeUVs.png',
value=pm.textureWindow(self.editor, q=True, displaySolidMap=True),
onc=lambda *args: pm.textureWindow(self.editor, e=True, displaySolidMap=True),
ofc=lambda *args: pm.textureWindow(self.editor, e=True, displaySolidMap=False),
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kOverlapAnnot'))
self.edgeColorBtn = pm.iconTextButton(image1='pbUV/opts01EdgeColor.png', c=self.edge_col_cmd)
self.edgeColSld = pm.intSlider(min=1, max=31,
value=pm.displayColor('polymesh', q=True, active=True) + 1,
dc=self.edge_col_attr)
with pm.rowLayout(nc=4):
pm.iconTextCheckBox(image1='filteredMode.png', v=pm.textureWindow(self.editor, q=True, iuf=True),
onc=lambda *args: pm.textureWindow(self.editor, e=True, iuf=True),
ofc=lambda *args: pm.textureWindow(self.editor, e=True, iuf=False),
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kToggleFilteredImageAnnot'))
polyOpts = pm.iconTextButton(image1='textureBorder.png', c=self.toggle_tx_border,
ann=pm.mel.uiRes(
'm_textureWindowCreateToolBar.kToggleTextureBordersAnnot'))
pm.popupMenu(button=3, p=polyOpts, pmc=lambda *args: pm.mel.CustomPolygonDisplayOptions())
self.dimImageBtn = pm.iconTextCheckBox('dimmerButton', image1='dimTexture.png',
ann=pm.mel.uiRes('m_textureWindowCreateToolBar.kDimImageAnnot'),
onc=lambda *args: self.dim_image_cmd(True),
ofc=lambda *args: self.dim_image_cmd(False),
value=pm.textureWindow(self.editor, q=True,
imageBaseColor=True) < 0.9)
self.dimImage = pm.floatSlider(minValue=0.0, maxValue=1.0,
value=pm.textureWindow(self.editor, q=True, imageBaseColor=True)[0],
cc=self.dim_image_attr, dc=self.dim_image_attr)
def getTextureList(self, *args, **kwargs):
'''
returns a list of file texture nodes currently loaded in the UV Editor
list items are formatted: [texture number, texture node]
texture number is the index associated with the texture in the UV Editor
texture node is the name of the maya file texture node
SHADING GROUPS ARE EXCLUDED FROM THIS LIST
'''
texList = []
numImages = pm.textureWindow(self.uvTextureView[0], q=True, ni=True)
if numImages > 0:
imageList = pm.textureWindow(self.uvTextureView[0],
q=True,
imageNames=True)
for i in range(0, numImages):
shadString = imageList[i].split('|')
shadNode = shadString[len(shadString) - 1].strip()
if pm.nodeType(shadNode) == 'file':
texList.append([i, shadNode])
return texList
