def bakeProjection(mb):
"""Create a projection setup for the current frame."""
if mb.Class() != "ModelBuilder":
return
clearNodeSelection()
srcCam = mb.input(1)
if not srcCam:
return
w = mb.screenWidth()
h = mb.screenHeight()
src = mb.input(0)
frame = nuke.frame()
if (mb['textureType'].getValue() > 0):
frame = mb['textureFrame'].getValue()
label = '(frame ' + str(frame) + ')'
srcdot = nuke.createNode('Dot', '', False)
srcdot.setInput(0, src)
srchold = nuke.createNode('FrameHold', '', False)
stamp = nuke.createNode('PostageStamp', '', False)
project = nuke.createNode('Project3D', '', False)
apply = nuke.createNode('ApplyMaterial', '', False)
cam = copyCamera(srcCam)
camhold = nuke.clone(srchold, '', False)
camdot = nuke.createNode('Dot', '', False)
project.setInput(1, camdot)
srcdot.setXYpos(int(mb.xpos() + w * 3.5), int(mb.ypos()))
srchold.setXYpos(int(srchold.xpos()), int(srcdot.ypos() + w))
stamp.setXYpos(int(stamp.xpos()),
int(stamp.ypos() + srchold.screenHeight() + h * 2))
cam.setXYpos(
int(srchold.xpos() - w * 1.5),
int(srchold.ypos() + srchold.screenHeight() / 2 -
cam.screenHeight() / 2))
camhold.setXYpos(
int(cam.xpos() + cam.screenWidth() / 2 - srchold.screenWidth() / 2),
int(stamp.ypos() + h))
project.setXYpos(int(stamp.xpos()),
int(stamp.ypos() + stamp.screenHeight() + h * 2))
camdot.setXYpos(
int(camdot.xpos()),
int(project.ypos() + project.screenHeight() / 2 -
camdot.screenHeight() / 2))
apply.setXYpos(int(stamp.xpos()), int(apply.ypos() + w))
srchold.knob('first_frame').setValue(frame)
srcdot.setSelected(True)
srchold.setSelected(True)
stamp.setSelected(True)
project.setSelected(True)
apply.setSelected(True)
cam.setSelected(True)
camhold.setSelected(True)
camdot.setSelected(True)
bd = nukescripts.autoBackdrop()
bd['label'].setValue('Frame %d' % frame)
def attach_nodes(self):
"""This function takes the data from the panel and attaches
created nodes to selected nodes, with the option to clone."""
# Define variables:
attached_node = self.attached_node.text()
clone_node = self.clone_node.isChecked()
# Attach node(s):
for node in self.selected:
node.setSelected(False)
try:
if clone_node is False:
for node in self.selected:
node.setSelected(True)
created_node = nuke.createNode(attached_node.title())
self.created_nodes.append(created_node) # add to list
node.setSelected(False)
created_node.setSelected(False)
# Clone node:
if clone_node is True:
if self.selected[0]:
self.selected[0].setSelected(True)
created_node = nuke.createNode(attached_node.title())
self.created_nodes.append(created_node) # add to list
created_node.setSelected(False)
del self.selected[0]
for node in self.selected:
node.setSelected(True)
nuke.clone(created_node)
node.setSelected(False)
created_node.setSelected(False)
self.created_nodes[0].setSelected(True)
except RuntimeError:
nuke.message('The name you entered was not a node name.'
' Please enter a node name.')
# Show Panel 2 if Panel 1 is successful:
if self.created_nodes:
self.panel_two = ANSetKnobs()
self.panel_two.show()
def copyCamera(srcCam):
while srcCam is not None and srcCam.Class() == 'Dot':
srcCam = srcCam.input(0)
if srcCam.Class() == 'Camera':
newCam = nuke.createNode('Camera')
newCam.readKnobs(srcCam.writeKnobs(nuke.TO_SCRIPT))
else:
clearNodeSelection()
newCam = nuke.clone(srcCam, '', False)
newCam.setSelected(True)
return newCam
def autoBackdrop():
name = nuke.getInput("Label?")
selNodes = nuke.selectedNodes()
if not selNodes:
return nuke.nodes.BackdropNode(label=name)
n = nukescripts.autoBackdrop()
n.knob("label").setValue(name)
xmin = n["xpos"].value()
xmax = xmin + n["bdwidth"].value()
ymin = n["ypos"].value()
ymax = ymin + n["bdheight"].value()
for node in nuke.selectedNodes():
x, y = node["xpos"].value(), node["ypos"].value()
if x > xmin and x < xmax and y > ymin and y < ymax and node.Class(
) == "BackdropNode":
new = nuke.clone(node)
nuke.delete(node)
new["xpos"].setValue(x)
new["ypos"].setValue(y)
def FKBSMergCam(self, mode):
self.mode = mode
#选择所有的节点
_source = nuke.selectedNodes('Read')
self.numSelect = len(_source)
#定义_contactSheet方格 _constant黑板 _backDropStr背板、保存的摄像机字典
_contactSheet, _constant, _backDropStr, _contactSheet1, _constant1, _backDropStr1 = '', '', '', '', '', ''
_sortedCam = {}
#搜索所选的内容
if len(nuke.selectedNodes('ContactSheet')):
nuke.message('ContactSheet Nodes Not Can Selected...')
return
if len(nuke.selectedNodes('Constant')):
nuke.message('ContactSheet Nodes Not Can Selected...')
return
if len(_source) == 0:
nuke.message('No Read Nodes Selected...')
return
#以所选的第一个素材为例，定义素材的格式_w _h
_node = _source[0]
#获取第一个素材在nuke中的位置
_w = _node.knob('format').value().width()
_h = _node.knob('format').value().height()
#获取第一个素材的大小
_bbox = [_node.screenWidth(), _node.screenHeight()]
_pos = [_node.xpos(), _node.ypos()]
#常见点节点，并设置它的坐标为第一个素材的节点位置
_dot = nuke.nodes.Dot()
_dot.setXYpos(_pos[0], _pos[1])
_pattern = ((-6, 0), (-5, 0), (-4, 0), (-3, 0), (-2, 0), (-1, 0),
(1, 0), (2, 0), (3, 0), (4, 0), (5, 0), (6, 0))
_contactSheet = nuke.nodes.ContactSheet(width=_w * self.numSelect / 2,
height=_h,
rows=1,
columns=self.numSelect / 2,
roworder='TopBottom').name()
_contactSheet1 = nuke.nodes.ContactSheet(width=_w * self.numSelect / 2,
height=_h,
rows=1,
columns=self.numSelect / 2,
roworder='TopBottom').name()
#在所有的尺寸格式中，寻找跟素材一样样式，在创建黑板，并设置位置
if _constant == "":
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width() == _w and _eachFormat.height() == _h:
_constant = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_constant1 = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_node = nuke.toNode(_constant)
_node1 = nuke.toNode(_constant1)
break
#在每个素材中记录摄像机，并记录黑板的名字
for each in _source:
camStr = self.checkFile(each)
if camStr:
_sortedCam[camStr[0]] = each
if not _backDropStr:
_backDropStr = camStr[1]
else:
each.setSelected(False)
_sheeNode = nuke.toNode(_contactSheet)
_sheeNode1 = nuke.toNode(_contactSheet1)
_conNode = nuke.toNode(_constant)
_conNode1 = nuke.toNode(_constant1)
for _x in range(18):
_sheeNode.setInput(_x, _conNode)
_sheeNode1.setInput(_x, _conNode1)
#判断素材的格式
myfileFlagEXR = False
#查询第一个素材的路径
myfileName = _source[0]['file'].value()
#获取素材的格式
myfileNameType = os.path.splitext(myfileName)[1]
if myfileNameType:
if myfileNameType.find('exr') >= 0:
myfileFlagEXR = True
MergCamL = []
MergCamR = []
myii = 0
myii1 = 0
for _k, _v in _sortedCam.iteritems():
#print _k
#print _v
_sourceNode = _v
myKey = _k
if self.mode == 1:
if self.num[myKey] < 7:
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
#设置素材的在nuke中的位置
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
MergCamL.append(_sourceNode)
else:
_sheeNode1.setInput(self.num[myKey] - 7, _sourceNode)
_pick1 = _pattern[self.num[myKey] - 1]
#设置素材的在nuke的位置
_sourceNode.setXYpos(_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
MergCamR.append(_sourceNode)
elif self.mode == 2:
if not myfileFlagEXR:
if self.num[myKey] < 7:
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
#设置素材的在nuke中的位置
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
MergCamL.append(_sourceNode)
else:
_sheeNode1.setInput(self.num[myKey] - 7, _sourceNode)
_pick1 = _pattern[self.num[myKey] - 1]
#设置素材的在nuke的位置
_sourceNode.setXYpos(
_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
MergCamR.append(_sourceNode)
else:
if self.num[myKey] < 7:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
_sheeNode.setInput(self.num[myKey] - 1, myShuffle)
_sourceNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
_sheeNode.setInput(self.num[myKey] - 1,
newMyShuffle)
_sourceNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
MergCamL.append(_sourceNode)
myii = myii + 1
else:
if myii1 == 0:
myShuffle1 = nuke.nodes.Shuffle()
myShuffle1.setInput(0, _sourceNode)
_pick1 = _pattern[self.num[myKey] - 1]
_sheeNode1.setInput(self.num[myKey] - 7,
myShuffle1)
_sourceNode.setXYpos(
_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
myShuffle1.setXYpos(
_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle1 = nuke.clone(myShuffle1)
newMyShuffle1.setInput(0, _sourceNode)
_pick1 = _pattern[self.num[myKey] - 1]
_sheeNode1.setInput(self.num[myKey] - 7,
newMyShuffle1)
_sourceNode.setXYpos(
_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
newMyShuffle1.setXYpos(
_bbox[0] * _pick1[0] + _dot.xpos(),
_bbox[1] * _pick1[1] + _dot.ypos())
MergCamR.append(_sourceNode)
myii1 = myii1 + 1
self.setSelecteNone()
for each in MergCamL:
each.setSelected(1)
_sheeNode.setXYpos(_dot.xpos() - _bbox[0] * 3 - _bbox[0] / 2,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode.setXYpos(_dot.xpos() - _bbox[0] * 2,
_dot.ypos() + _bbox[1] * 1 - 10)
#删除黑板
conUsed = _conNode.dependent()
if not conUsed:
nuke.delete(_conNode)
else:
_conNode.setSelected(1)
_sheeNode.setSelected(1)
bd = nukescripts.autoBackdrop()
bd.knob('label').setValue(_backDropStr)
myOldbdHeight = bd.knob('bdheight').value()
bd.knob('bdheight').setValue(myOldbdHeight + 15)
self.setSelecteNone()
for each in MergCamR:
each.setSelected(1)
_sheeNode1.setXYpos(_dot.xpos() + _bbox[0] * 3 + _bbox[0] / 2,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode1.setXYpos(_dot.xpos() + _bbox[0] * 5,
_dot.ypos() + _bbox[1] * 1 - 10)
_conNode1.setSelected(1)
_sheeNode1.setSelected(1)
nuke.delete(_dot)
bd1 = nukescripts.autoBackdrop()
bd1.knob('label').setValue(_backDropStr)
myOldbdHeight = bd1.knob('bdheight').value()
bd1.knob('bdheight').setValue(myOldbdHeight + 15)
def mergeCamera(self,layer,_source,_bd_X,backDropStr):
#获取选择的Read节点的个数
self.numSelect=len(_source)
#所选择的_contactSheet方格 _constant黑板 _backDropStr背板
_contactSheet,_constant,_bd='','',''
#新创建的_contactSheet方格 _constant黑板 _backDropStr背板
_contactSheet_1,_constant_1,_backDropStr='','',''
#保存的摄像机字典
_sortedCam = {}
_backDropStr=backDropStr.knob('label').value()
#获取所选择的contactSheet方格 _constant黑板 _backDropStr背板中的信息
if len(nuke.selectedNodes('ContactSheet')):
_contactSheet=nuke.selectedNodes('ContactSheet')[0]
_contactSheet.setSelected(False)
#获取所选择的ContactSheet的信息
conts_w=_contactSheet.knob('rows').value()
conts_h=_contactSheet.knob('columns').value()
conts_row=_contactSheet.knob('roworder').value()
conts_width=_contactSheet.knob('width').value()
conts_height=_contactSheet.knob('height').value()
const_color=_contactSheet.knob('colorder').value()
const_split=_contactSheet.knob('splitinputs').value()
if len(nuke.selectedNodes('Constant')):
_constant=nuke.selectedNodes('Constant')[0]
_constant.setSelected(False)
if len(nuke.selectedNodes('BackdropNode')):
_bd=nuke.selectedNodes('BackdropNode')[0]
_bd.setSelected(False)
else:
nuke.message('No BackdropNode Nodes Selected...')
return
#判断是否选择了Shuffle
if len(nuke.selectedNodes('Shuffle')):
self.flag=True
else:
self.flag=False
#获取BackdropNode的大小
_bd_w=_bd.knob('bdwidth').value()
_bd_h=_bd.knob('bdheight').value()
#获取BackdropNode的位置
_bd_pos=[_bd.xpos(),_bd.ypos()]
#以第一个素材为例，定义素材的格式_w,_h
_node=_source[0]
#素材大小
_w=_node.knob('format').value().width()
_h=_node.knob('format').value().height()
#素材屏幕大小
_bbox=[_node.screenWidth(),_node.screenHeight()]
_pos=[_node.xpos(),_node.ypos()]
#判断素材的格式是否为EXR
myfileFlagEXR=False
myfileName=_source[0]['file'].value()
myfileNameType = os.path.splitext(myfileName)[1]
if myfileNameType:
if myfileNameType.find('exr')>=0:
myfileFlagEXR=True
#常见节点，并设置它的坐标为第一个素材的节点的位置
if not myfileFlagEXR:
return
_dot_bd=nuke.nodes.Dot()
_dot_bd.setXYpos(_bd_pos[0]+int(_bd_w),_bd_pos[1]+int(_bd_h))
if const_split:
starframes=_contactSheet.knob('startframe').value()
endframes=_contactSheet.knob('endframe').value()
_contactSheet_1 = nuke.nodes.ContactSheet(width=conts_width,height=conts_height,rows=conts_w,columns=conts_h,roworder=conts_row,colorder=const_color,splitinputs=True,startframe=starframes,endframe=endframes).name()
else:
_contactSheet_1 = nuke.nodes.ContactSheet(width=conts_width,height=conts_height,rows=conts_w,columns=conts_h,roworder=conts_row,colorder=const_color,splitinputs=False).name()
_node_1 = nuke.toNode(_contactSheet_1)
#在所有的尺寸格式中，寻找跟素材一样的样式，在创建黑板，并设置位置
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width()==_w and _eachFormat.height()==_h:
_constant_1=nuke.nodes.Constant(format=_eachFormat.name()).name()
_node_1=nuke.toNode(_constant_1)
_sheetNode_1= nuke.toNode(_contactSheet_1)
_conNode_1=nuke.toNode(_constant_1)
for _x in range(18):
_sheetNode_1.setInput(_x,_conNode_1)
mii=0
newMyShuffle_clone=[]
for each in _source:
if mii==0:
#创建管道
myShuffle_1=nuke.nodes.Shuffle()
myShuffle_1['in'].setValue(layer)
myShuffle_1['hide_input'].setValue(True)
for i in range(18):
if self.flag:
if _contactSheet.input(i).input(0)==each:
myShuffle_1.setInput(0,each)
#方格与管道连接
_sheetNode_1.setInput(i,myShuffle_1)
#设置管道的位置
myS_w=each.xpos()-_bd_X
myS_h=each.ypos()
myShuffle_1.setXYpos(_dot_bd.xpos()+myS_w+10,myS_h)
break
else:
if _contactSheet.input(i)==each:
#管道与Read节点连接
myShuffle_1.setInput(0,each)
#方格与管道连接
_sheetNode_1.setInput(i,myShuffle_1)
#设置管道的位置
myS_w=each.xpos()-_bd_X
myS_h=each.ypos()
myShuffle_1.setXYpos(_dot_bd.xpos()+myS_w+10,myS_h)
break
else:
self.setSelecteNone()
newMyShuffle_1 = nuke.clone(myShuffle_1)
for i in range(18):
if self.flag:
if _contactSheet.input(i).input(0)==each:
newMyShuffle_1.setInput(0, each)
_sheetNode_1.setInput(i, newMyShuffle_1)
myS_w=each.xpos()-_bd_X
myS_h=each.ypos()
newMyShuffle_1.setXYpos(_dot_bd.xpos()+myS_w+10,int(myS_h))
newMyShuffle_clone.append(newMyShuffle_1)
break
else:
if _contactSheet.input(i)==each:
newMyShuffle_1.setInput(0, each)
_sheetNode_1.setInput(i, newMyShuffle_1)
myS_w=each.xpos()-_bd_X
myS_h=each.ypos()
newMyShuffle_1.setXYpos(_dot_bd.xpos()+myS_w+10,int(myS_h))
newMyShuffle_clone.append(newMyShuffle_1)
break
mii=mii+1
for each in _source:
each.setSelected(False)
#创建背板，并设置名字，
cs_w=_contactSheet.xpos()-_bd.xpos()
cs_h=_contactSheet.ypos()
_sheetNode_1.setXYpos(_dot_bd.xpos()+cs_w+10,cs_h)
#_sheetNode_1.setInput(0,_contactSheet)
const_w=_constant.xpos()-_bd.xpos()
const_h=_constant.ypos()
_conNode_1.setXYpos(_dot_bd.xpos()+const_w+10,const_h)
#删除黑板
conUsed = _conNode_1.dependent()
# print conUsed
if not conUsed:
nuke.delete(_conNode_1)
else:
_conNode_1.setSelected(1)
nuke.delete(_dot_bd)
for shuffle in newMyShuffle_clone:
shuffle.setSelected(True)
_sheetNode_1.setSelected(True)
_conNode_1.setSelected(True)
myShuffle_1.setSelected(True)
newMyShuffle_1.setSelected(True)
myOldbdWidth_1=backDropStr.knob('bdwidth').value()
myOldbdHeight_1=backDropStr.knob('bdheight').value()
bd_1 = nukescripts.autoBackdrop()
bd_1.knob('label').setValue(_backDropStr+'_'+layer)
#myOldbdHeight_1 = bd_1.knob('bdheight').value()
#myOldbdWidth_1=bd_1.knob('bdwidth').value()
bd_1.knob('bdheight').setValue(myOldbdHeight_1)
bd_1.knob('bdwidth').setValue(myOldbdWidth_1)
bd_1.setSelected(True)
def mergeCamera(self, mymodel):
self.mode = mymodel
#定义_source为所选的素材、_contactSheet方格 _constant黑板 _backDropStr背板、保存的摄像机字典
_source = nuke.selectedNodes('Read')
self.numSelect = len(_source)
_contactSheet, _constant, _backDropStr = '', '', ''
_sortedCam = {}
#搜索所选的内容
if len(nuke.selectedNodes('ContactSheet')):
_contactSheet = nuke.selectedNodes('ContactSheet')[0]
if len(nuke.selectedNodes('Constant')):
_constant = nuke.selectedNodes('Constant')[0]
if len(_source) == 0:
nuke.message("No Read Nodes Selected...")
return
#以第一个素材为例，定义素材的格式_w _h
#相对于nuke的节点大小_bbox, 节点的位置_pos
_node = _source[0]
_w = _node.knob('format').value().width()
_h = _node.knob('format').value().height()
_bbox = [_node.screenWidth(), _node.screenHeight()]
_pos = [_node.xpos(), _node.ypos()]
#常见点节点，并设置它的坐标为第一个素材的节点位置
_dot = nuke.nodes.Dot()
_dot.setXYpos(_pos[0], _pos[1])
if self.numSelect <= 9:
_pattern = ((-1, -2), (-0, -2), (1, -2), \
(-1, -1), (0, -1), (1, -1), \
(-1, 0), (0, 0), (1, 0))
else:
_pattern = ((-3, -2), (-2, -2), (-1, -2), (0, -2), (1, -2), (2, -2), \
(-3, -1), (-2, -1), (-1, -1), (0, -1), (1, -1), (2, -1), \
(-3, 0), (-2, 0), (-1, 0), (0, 0), (1, 0), (2, 0))
#查找输出尺寸
# _format = nuke.knob("format").split()
#当方格为空时创建方格，并设置它的位置
if _contactSheet == "":
if self.numSelect <= 9:
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 3,
height=_h * 3,
rows=3,
columns=3,
roworder='TopBottom').name()
else:
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 6,
height=_h * 3,
rows=3,
columns=6,
roworder='TopBottom').name()
_node = nuke.toNode(_contactSheet)
_node.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2)
#在所有的尺寸格式中，寻找跟素材一样样式，在创建黑板，并设置位置
if _constant == "":
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width() == _w and _eachFormat.height() == _h:
_constant = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_node = nuke.toNode(_constant)
#_node.setXYpos(_dot.xpos()+_bbox[0]*1,_dot.ypos()+_bbox[1]*-1)
#在每个素材中记录摄像机，且记录背板的名字
for each in _source:
camStr = self.checkFile(each)
if camStr:
_sortedCam[camStr[0]] = each
if not _backDropStr:
_backDropStr = camStr[1]
else:
each.setSelected(False)
_sheetNode = nuke.toNode(_contactSheet)
_conNode = nuke.toNode(_constant)
if self.numSelect <= 9:
for _x in range(9):
_sheetNode.setInput(_x, _conNode)
else:
for _x in range(18):
_sheetNode.setInput(_x, _conNode)
#判断素材的格式
myfileFlagEXR = False
myfileName = _source[0]['file'].value()
myfileNameType = os.path.splitext(myfileName)[1]
if myfileNameType:
if myfileNameType.find('exr') >= 0:
myfileFlagEXR = True
myii = 0
for _k, _v in _sortedCam.iteritems():
_sourceNode = _v
#查找摄像机相对应的方格通道，链接，并调整位置
if _k[0] == "_":
myKey = _k[1::]
else:
myKey = _k
#当时exr时，添加shuffle通道节点
if self.mode == 1:
_sheetNode.setInput(self.num[myKey] - 1, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
#当时exr时，根据需要添加shuffle通道节点
elif self.mode == 2:
_pick = _pattern[self.num[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheetNode.setInput(self.num[myKey] - 1, _sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheetNode.setInput(self.num[myKey] - 1, myShuffle)
myShuffle.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheetNode.setInput(self.num[myKey] - 1, newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
# _pick = _pattern[self.num[myKey]-1]
# _sourceNode.setXYpos(_bbox[0]*_pick[0]+_dot.xpos(),_bbox[1]*_pick[1]+_dot.ypos()+20)
# myShuffle.setSelected(1)
# _sourceNode.setSelected(1)
myii = myii + 1
_sheetNode.setSelected(1)
for each in _source:
each.setSelected(1)
#创建背板，并设置名字，
#bd = nukescripts.autoBackdrop()
#bd.knob('label').setValue(_backDropStr)
_sheetNode.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 1)
if self.numSelect == 5:
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 50)
else:
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1 + 86,
_dot.ypos() + _bbox[1] * 1 - 45)
#删除黑板
conUsed = _conNode.dependent()
if not conUsed:
nuke.delete(_conNode)
else:
_conNode.setSelected(1)
nuke.delete(_dot)
bd = nukescripts.autoBackdrop()
bd.knob('label').setValue(_backDropStr)
myOldbdHeight = bd.knob('bdheight').value()
bd.knob('bdheight').setValue(myOldbdHeight + 15)
def mergeCamera(self, flag, mymodel):
self.mode = mymodel
#选择所有的节点
_source = nuke.selectedNodes('Read')
self.numSelect = len(_source)
#定义_contactSheet方格 _constant黑板 _backDropStr背板、保存的摄像机字典
_contactSheet, _constant, _backDropStr = '', '', ''
_sortedCam = {}
#搜索所选的内容
if len(nuke.selectedNodes('ContactSheet')):
_contactSheet = nuke.selectedNodes('ContactSheet')[0]
if len(nuke.selectedNodes('Constant')):
_constant = nuke.selectedNodes('Constant')[0]
if len(_source) == 0:
nuke.message('No Read Nodes Selected...')
return
if len(_source) != flag:
nuke.message(
'\xe4\xbd\xa0\xe6\x89\x80\xe9\x80\x89\xe6\x8b\xa9\xe7\x9a\x84\xe7\xb4\xa0\xe6\x9d\x90\xe4\xb8\xaa\xe6\x95\xb0\xe4\xb8\x8e\xe4\xbd\xa0\xe9\x80\x89\xe6\x8b\xa9\xe7\x9a\x84\xe5\x90\x88\xe5\xb9\xb6\xe9\x80\x89\xe9\xa1\xb9\xe4\xb8\x8d\xe7\x9b\xb8\xe5\x90\x8c'
)
return
#以所选的第一个素材为例，定义素材的格式_w _h
_node = _source[0]
#获取第一个素材在nuke中的位置
_w = _node.knob('format').value().width()
_h = _node.knob('format').value().height()
#获取第一个素材的大小
_bbox = [_node.screenWidth(), _node.screenHeight()]
_pos = [_node.xpos(), _node.ypos()]
#常见点节点，并设置它的坐标为第一个素材的节点位置
_dot = nuke.nodes.Dot()
_dot.setXYpos(_pos[0], _pos[1])
_pattern = ''
if self.numSelect <= 3:
_pattern = ((-1, 0), (0, 0), (1, 0))
elif self.numSelect == 6:
_pattern=((-2,-2),(-1,-2),(0,-2),(1,-2),\
(-2,-1),(-1,-1),(0,-1),(1,-1),\
(-2,0),(-1,0),(0,0),(1,0))
#当方格为空时，并设置它的坐标为第一个素材的节点位置
if _contactSheet == "":
if self.numSelect <= 3:
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 3,
height=_h * 1,
rows=1,
columns=3,
roworder='TopButtom').name()
elif self.numSelect == 6:
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 4,
height=_h * 3,
rows=3,
columns=4,
roworder='TopButtom').name()
_node = nuke.toNode(_contactSheet)
_node = _node.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2)
#在所有的尺寸格式中，寻找跟素材一样样式，在创建黑板，并设置位置
if _constant == "":
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width() == _w and _eachFormat.height() == _h:
_constant = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_node = nuke.toNode(_constant)
#在每个素材中记录摄像机，并记录黑板的名字
for each in _source:
camStr = self.checkFile(each)
if camStr:
_sortedCam[camStr[0]] = each
if not _backDropStr:
_backDropStr = camStr[1]
else:
each.setSelected(False)
_sheeNode = nuke.toNode(_contactSheet)
_conNode = nuke.toNode(_constant)
#根据所选的素材的个数创建ContactSheet和Constant连接的线
if self.numSelect == 3:
for _x in range(9):
_sheeNode.setInput(_x, _conNode)
else:
for _x in range(18):
_sheeNode.setInput(_x, _conNode)
#判断素材的格式
myfileFlagEXR = False
#查询第一个素材的路径
myfileName = _source[0]['file'].value()
#获取素材的格式
myfileNameType = os.path.splitext(myfileName)[1]
if myfileNameType:
if myfileNameType.find('exr') >= 0:
myfileFlagEXR = True
myii = 0
for _k, _v in _sortedCam.iteritems():
_sourceNode = _v
#查找摄像机对应的方格通道，链接，并调整位置
if _k[0] == "_":
myKey = _k[1::]
else:
myKey = _k
#当时exr时，添加shuffle通道节点
if self.mode == 1:
if self.numSelect == 3:
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
#设置素材的在nuke中的位置
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect == 6:
_sheeNode.setInput(self.num6[myKey] - 1, _sourceNode)
_pick = _pattern[self.num6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
#当时exr时，根据需要添加shuffle通道节点
elif self.mode == 2:
if self.numSelect == 3:
_pick = _pattern[self.num[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num[myKey] - 1, myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect == 6:
_pick = _pattern[self.num6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.num6[myKey] - 1, _sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num6[myKey] - 1, myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num6[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myii = myii + 1
_sheeNode.setSelected(1)
for each in _source:
each.setSelected(1)
if self.numSelect == 3:
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
elif self.numSelect == 6:
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0 - 45,
_dot.ypos() + _bbox[1] * 1)
_conNode.setXYpos(_dot.xpos() + 10, _dot.ypos() + 10)
#if self.numSelect==3:
#_conNode.setXYpos(_dot.xpos()+_bbox[0]*1,_dot.ypos()+_bbox[1]*1-10)
#删除黑板
conUsed = _conNode.dependent()
if not conUsed:
nuke.delete(_conNode)
else:
_conNode.setSelected(1)
nuke.delete(_dot)
bd = nukescripts.autoBackdrop()
bd.knob('label').setValue(_backDropStr)
myOldbdHeight = bd.knob('bdheight').value()
bd.knob('bdheight').setValue(myOldbdHeight + 15)
def mergeCamera(self, flag, mymodel, FileName):
self.mode = mymodel
#选择所有的节点
_source = nuke.selectedNodes('Read')
self.numSelect = len(_source)
# ===== add by zhangben 2018 12 12 =================for DNTG===============
if FileName == "DNTG" and flag == 3:
self.mergeCams_dntg(_source, flag, FileName)
return
#定义_contactSheet方格 _constant黑板 _backDropStr背板、保存的摄像机字典
_contactSheet, _constant, _backDropStr = '', '', ''
_sortedCam = {}
#搜索所选的内容
if len(nuke.selectedNodes('ContactSheet')):
_contactSheet = nuke.selectedNodes('ContactSheet')[0]
if len(nuke.selectedNodes('Constant')):
_constant = nuke.selectedNodes('Constant')[0]
if len(_source) == 0:
nuke.message('No Read Nodes Selected...')
return
if len(_source) != flag and (flag == 6 and flag < len(_source) and
(FileName != "CPSH"
or FileName != " FKBS")
and FileName != "SGFC"):
nuke.message(
'\xe4\xbd\xa0\xe6\x89\x80\xe9\x80\x89\xe6\x8b\xa9\xe7\x9a\x84\xe7\xb4\xa0\xe6\x9d\x90\xe4\xb8\xaa\xe6\x95\xb0\xe4\xb8\x8e\xe4\xbd\xa0\xe9\x80\x89\xe6\x8b\xa9\xe7\x9a\x84\xe5\x90\x88\xe5\xb9\xb6\xe9\x80\x89\xe9\xa1\xb9\xe4\xb8\x8d\xe7\x9b\xb8\xe5\x90\x8c'
)
return
#以所选的第一个素材为例，定义素材的格式_w _h
_node = _source[0]
#获取第一个素材在nuke中的位置
_w = _node.knob('format').value().width()
_h = _node.knob('format').value().height()
#获取第一个素材的大小
_bbox = [_node.screenWidth(), _node.screenHeight()]
_pos = [_node.xpos(), _node.ypos()]
#常见点节点，并设置它的坐标为第一个素材的节点位置
_dot = nuke.nodes.Dot()
_dot.setXYpos(_pos[0], _pos[1])
_pattern = ''
if self.numSelect <= 3 and FileName == "":
_pattern = ((-1, 0), (0, 0), (1, 0))
elif self.numSelect == 4 and FileName == "":
_pattern=((-1,-1),(0,-1),(1,-1),\
(-1,0),(0,0),(1,0))
elif self.numSelect <= 6 and FileName == "CPSH":
_pattern=((-2,-2),(-1,-2),(0,-2),(1,-2),\
(-2,-1),(-1,-1),(0,-1),(1,-1),\
(-2,0),(-1,0),(0,0),(1,0))
elif self.numSelect <= 6 and FileName == "FKBS":
_pattern = ((-3, 0), (-2, 0), (-1, 0), (0, 0), (1, 0), (2, 0))
elif FileName == "SGFC" and flag == 5:
_pattern=((-1,-2),(0,-2),(1,-2),\
(-1,-1),(0,-1),(1,-1),\
(-1,0),(0,0),(1,0))
#当方格为空时，并设置它的坐标为第一个素材的节点位置
if _contactSheet == "":
if self.numSelect <= 3 and FileName == "":
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 3,
height=_h * 1,
rows=1,
columns=3,
roworder='TopButtom').name()
elif self.numSelect == 4 and FileName == "":
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 3,
height=_w * 2,
rows=2,
columns=3,
roworder='TopButtom').name()
elif self.numSelect <= 6 and FileName == "CPSH":
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 4,
height=_h * 3,
rows=3,
columns=4,
roworder='TopButtom').name()
elif self.numSelect <= 6 and FileName == "FKBS":
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 6,
height=_h,
rows=1,
columns=6,
roworder='TopButtom').name()
elif FileName == "SGFC":
_contactSheet = nuke.nodes.ContactSheet(
width=_w * 3,
height=_h * 3,
rows=3,
columns=3,
roworder='TopButtom').name()
_node = nuke.toNode(_contactSheet)
_node = _node.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2)
#在所有的尺寸格式中，寻找跟素材一样样式，在创建黑板，并设置位置
if _constant == "":
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width() == _w and _eachFormat.height() == _h:
_constant = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_node = nuke.toNode(_constant)
break
if self.numSelect == 4 and FileName == "":
myCrop = nuke.nodes.Crop()
myCrop['box'].setValue([0, _w / 2, _w * 3, _w * 2])
myCrop['reformat'].setValue(True)
_allFormat = nuke.formats()
for _eachFormat in _allFormat:
if _eachFormat.width() == _w and _eachFormat.height() == _h:
_constant1 = nuke.nodes.Constant(
format=_eachFormat.name()).name()
_node1 = nuke.toNode(_constant1)
if not _eachFormat.name():
widthHeight = str(_w) + " " + str(_h)
square = widthHeight + " " + "myCrops"
nuke.addFormat(square)
_node1['format'].setValue("myCrops")
break
#在每个素材中记录摄像机，并记录黑板的名字
for each in _source:
camStr = self.checkFile(each, FileName)
if camStr:
_sortedCam[camStr[0]] = each
if not _backDropStr:
_backDropStr = camStr[1]
else:
each.setSelected(False)
_sheeNode = nuke.toNode(_contactSheet)
_conNode = nuke.toNode(_constant)
#根据所选的素材的个数创建ContactSheet和Constant连接的线
if self.numSelect == 3 and FileName == "":
for _x in range(9):
_sheeNode.setInput(_x, _conNode)
else:
for _x in range(18):
_sheeNode.setInput(_x, _conNode)
if self.numSelect == 4 and FileName == "":
myCrop.setInput(0, _sheeNode)
#判断素材的格式
myfileFlagEXR = False
#查询第一个素材的路径
myfileName = _source[0]['file'].value()
#获取素材的格式
myfileNameType = os.path.splitext(myfileName)[1]
if myfileNameType:
if myfileNameType.find('exr') >= 0:
myfileFlagEXR = True
myii = 0
myMer = 0
for _k, _v in _sortedCam.iteritems():
#print _k
#print _v
_sourceNode = _v
#查找摄像机对应的方格通道，链接，并调整位置
if _k[0] == "_":
myKey = _k[1::]
else:
myKey = _k
#print myKey
#当时exr时，添加shuffle通道节点
if self.mode == 1:
if self.numSelect == 3 and FileName == "":
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_pick = _pattern[self.num[myKey] - 1]
#设置素材的在nuke中的位置
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
#FKBS特殊的比例相机
elif self.numSelect == 4 and FileName == "":
if _sourceNode.knob('format').value().height(
) == _sourceNode.knob('format').value().width() / 2:
_pick = _pattern[self.num4[myKey] - 1]
if myMer == 0:
TransformNode = nuke.nodes.Transform()
MergeNode = nuke.nodes.Merge2()
MergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob('format').value().height()
])
TransformNode.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1, MergeNode)
MergeNode.setInput(0, _node1)
MergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
TransformNode = nuke.nodes.Transform()
self.setSelecteNone()
newMergeNode = nuke.clone(MergeNode)
newMergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob('format').value().height()
])
TransformNode.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1,
newMergeNode)
newMergeNode.setInput(0, _node1)
newMergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myMer = myMer + 1
else:
_sheeNode.setInput(self.num4[myKey] - 1, _sourceNode)
_pick = _pattern[self.num4[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect <= 6 and FileName == "CPSH":
# print myKey
_sheeNode.setInput(self.num6[myKey] - 1, _sourceNode)
_pick = _pattern[self.num6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect <= 6 and FileName == "FKBS":
# print myKey
# print self.FKBSNum6[myKey]
# print _pattern
_pattern[self.FKBSNum6[myKey] - 1]
_sheeNode.setInput(self.FKBSNum6[myKey] - 1, _sourceNode)
_pick = _pattern[self.FKBSNum6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if FileName == "SGFC":
_sheeNode.setInput(self.SGFCNum5[myKey] - 1, _sourceNode)
_pick = _pattern[self.SGFCNum5[myKey] - 1]
#设置素材的在nuke中的位置
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
#当时exr时，根据需要添加shuffle通道节点
elif self.mode == 2:
if self.numSelect == 3 and FileName == "":
_pick = _pattern[self.num[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.num[myKey] - 1, _sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num[myKey] - 1, myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
#FKBS特殊的比例相机
elif self.numSelect == 4 and FileName == "":
_pick = _pattern[self.num4[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
if _sourceNode.knob('format').value().height(
) == _sourceNode.knob('format').value().width() / 2:
if myMer == 0:
TransformNode = nuke.nodes.Transform()
MergeNode = nuke.nodes.Merge2()
MergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
TransformNode.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1,
MergeNode)
MergeNode.setInput(0, _node1)
MergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setSelected(1)
else:
TransformNode = nuke.nodes.Transform()
self.setSelecteNone()
newMergeNode = nuke.clone(MergeNode)
newMergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
TransformNode.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1,
newMergeNode)
newMergeNode.setInput(0, _node1)
newMergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setSelected(1)
myMer = myMer + 1
else:
_sheeNode.setInput(self.num4[myKey] - 1,
_sourceNode)
_pick = _pattern[self.num4[myKey] - 1]
_sourceNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
if myii == 0:
if _sourceNode.knob('format').value().height(
) == _sourceNode.knob(
'format').value().width() / 2:
if myMer == 0:
TransformNode = nuke.nodes.Transform()
MergeNode = nuke.nodes.Merge2()
MergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
myShuffle = nuke.nodes.Shuffle()
TransformNode.setInput(0, _sourceNode)
myShuffle.setInput(0, MergeNode)
_sheeNode.setInput(self.num4[myKey] - 1,
myShuffle)
MergeNode.setInput(0, _node1)
MergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
TransformNode = nuke.nodes.Transform()
self.setSelecteNone()
newMergeNode = nuke.clone(MergeNode)
newMergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
TransformNode.setInput(0, _sourceNode)
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, newMergeNode)
_sheeNode.setInput(self.num4[myKey] - 1,
myShuffle)
newMergeNode.setInput(0, _node1)
newMergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setSelected(1)
else:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1,
myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
if _sourceNode.knob('format').value().height(
) == _sourceNode.knob(
'format').value().width() / 2:
if myMer == 0:
TransformNode = nuke.nodes.Transform()
MergeNode = nuke.nodes.Merge2()
MergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
newMyShuffle = nuke.clone(myShuffle)
TransformNode.setInput(0, _sourceNode)
newMyShuffle.setInput(0, MergeNode)
_sheeNode.setInput(self.num4[myKey] - 1,
newMyShuffle)
MergeNode.setInput(0, _node1)
MergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
TransformNode = nuke.nodes.Transform()
self.setSelecteNone()
newMergeNode = nuke.clone(MergeNode)
newMergeNode.setInput(1, TransformNode)
TransformNode['translate'].setValue([
0,
_sourceNode.knob(
'format').value().height()
])
TransformNode.setInput(0, _sourceNode)
newMyShuffle = nuke.clone(myShuffle)
myShuffle.setInput(0, newMyShuffle)
_sheeNode.setInput(self.num4[myKey] - 1,
newMyShuffle)
newMergeNode.setInput(0, _node1)
newMergeNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
TransformNode.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
_sourceNode.setSelected(1)
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num4[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect <= 6 and FileName == "CPSH":
_pick = _pattern[self.num6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.num6[myKey] - 1, _sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num6[myKey] - 1, myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.num6[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif self.numSelect <= 6 and FileName == 'FKBS':
_pick = _pattern[self.FKBSNum6[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.FKBSNum6[myKey] - 1,
_sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.FKBSNum6[myKey] - 1,
myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.FKBSNum6[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
elif FileName == 'SGFC':
_pick = _pattern[self.SGFCNum5[myKey] - 1]
_sourceNode.setXYpos(_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
if not myfileFlagEXR:
_sheeNode.setInput(self.SGFCNum5[myKey] - 1,
_sourceNode)
_sourceNode.setSelected(1)
else:
if myii == 0:
myShuffle = nuke.nodes.Shuffle()
myShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.SGFCNum5[myKey] - 1,
myShuffle)
myShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
else:
self.setSelecteNone()
newMyShuffle = nuke.clone(myShuffle)
newMyShuffle.setInput(0, _sourceNode)
_sheeNode.setInput(self.SGFCNum5[myKey] - 1,
newMyShuffle)
newMyShuffle.setXYpos(
_bbox[0] * _pick[0] + _dot.xpos(),
_bbox[1] * _pick[1] + _dot.ypos())
myii = myii + 1
_sheeNode.setSelected(1)
for each in _source:
each.setSelected(1)
if self.numSelect == 3 and FileName == "":
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
elif self.numSelect == 4 and FileName == "":
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 1)
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
_node1.setXYpos(_dot.xpos() - _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
myCrop.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 1 + 30)
elif self.numSelect <= 6 and FileName == "CPSH":
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0 - 45,
_dot.ypos() + _bbox[1] * 1)
_conNode.setXYpos(_dot.xpos() + 10, _dot.ypos() + 10)
elif self.numSelect <= 6 and FileName == 'FKBS':
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0 - 45,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
elif FileName == 'SGFC':
_sheeNode.setXYpos(_dot.xpos() + _bbox[0] * 0,
_dot.ypos() + _bbox[1] * 2 - 30)
_conNode.setXYpos(_dot.xpos() + _bbox[0] * 1,
_dot.ypos() + _bbox[1] * 1 - 10)
#if self.numSelect==3:
#_conNode.setXYpos(_dot.xpos()+_bbox[0]*1,_dot.ypos()+_bbox[1]*1-10)
#删除黑板
conUsed = _conNode.dependent()
if not conUsed:
nuke.delete(_conNode)
else:
_conNode.setSelected(1)
if self.numSelect == 4 and FileName == "":
_node1.setSelected(1)
myCrop.setSelected(1)
nuke.delete(_dot)
bd = nukescripts.autoBackdrop()
bd.knob('label').setValue(_backDropStr)
myOldbdHeight = bd.knob('bdheight').value()
bd.knob('bdheight').setValue(myOldbdHeight + 30)
