def __init__(self, parentRef):
self.parentRef = parentRef
self.win = pm.window(title="Joint Orientation", width=250, height=180)
self.col = pm.columnLayout()
self.row1 = pm.rowColumnLayout(width=200, numberOfColumns=2)
self.rotateXText = pm.text(label="X rotate:", parent=self.row1)
self.rotateXField = pm.intField(parent=self.row1)
self.rotateYText = pm.text(label="Y rotate:", parent=self.row1)
self.rotateYField = pm.intField(parent=self.row1)
self.rotateZText = pm.text(label="Z rotate:", parent=self.row1)
self.rotateZField = pm.intField(parent=self.row1)
self.button = pm.button(
label="Rotate Joints",
width=200,
command=lambda x: parentRef.rotateJoint(
self.rotateXField.getValue(), self.rotateYField.getValue(),
self.rotateZField.getValue()),
parent=self.col)
self.button = pm.button(label="Rotate Joints Relative",
width=200,
command=lambda x: parentRef.rotateJoint(
self.rotateXField.getValue(),
self.rotateYField.getValue(),
self.rotateZField.getValue(),
rotateRelative=True),
parent=self.col)
self.win.show()
self.win.setWidth(260)
self.win.setHeight(210)
def __init__(self, parentRef):
self.parentRef = parentRef
self.buttons = []
self.window = pm.window( sizeable = False, title = "Selector", titleBar=True)
with self.window:
self.layout = pm.columnLayout()
with self.layout:
self.labFace = pm.text( label='A Useful Tool For Making Selections.', align='left',parent = self.layout )
self.labFace = pm.text( label='Currently this tool only selects non quad faces.', align='left',parent = self.layout )
self.labFace3 = pm.text( label='More features will be added to this tool in the future.', align='left',parent = self.layout )
self.labFace4Blank = pm.text( label=' ', align='left',parent = self.layout )
self.labFace4Blank = pm.text( label=' ', align='left',parent = self.layout )
btn__find_non_quad_faces = pm.button ( label = 'Find-Quad Face Faces',parent = self.layout,
command = lambda xc: self.parentRef.highlightNonQuads(),width = 300 )
self.buttons.append( btn__find_non_quad_faces )
self.labTriResult = pm.text( label='Number of Triangles Found:', align='left', parent = self.layout )
self.triFace = pm.intField(parent = self.layout, width = 40,value=0)
self.labngonResult = pm.text( label='Number of n-Gons Found:', align='left', parent = self.layout )
self.ngonFace = pm.intField(parent = self.layout, width = 40,value=0)
# Set the values?
self.buttons.append( btn__find_non_quad_faces )
#pm.formLayout( form, edit=True,attachForm=[(self.labVtx,'top',10),(self.labVtx,'left',5),(self.layoutGrid,'top',30),(self.layoutGrid,'left',5),(self.labFace,'top',200),(self.labFace,'left',5),(btn_Face,'top',220),(btn_Face,'left',5),(self.labTriResult,'top',255),(self.labTriResult,'left',5),(self.triFace,'top',250),(self.triFace,'left',160),(self.ngonFace,'top',270),(self.ngonFace,'left',160),(self.labngonResult,'top',275),(self.labngonResult,'left',5)])
# Show Window
pm.showWindow(self.window)
self.window.setWidth(600)
self.window.setHeight(400)
def __init__(self, parentRef):
self.parentRef = parentRef
self.buttons = []
self.window = pm.window(sizeable=False,
title="Selector",
titleBar=True)
with self.window:
self.layout = pm.columnLayout()
with self.layout:
self.labFace = pm.text(
label='A Useful Tool For Making Selections.',
align='left',
parent=self.layout)
self.labFace = pm.text(
label='Currently this tool only selects non quad faces.',
align='left',
parent=self.layout)
self.labFace3 = pm.text(
label=
'More features will be added to this tool in the future.',
align='left',
parent=self.layout)
self.labFace4Blank = pm.text(label=' ',
align='left',
parent=self.layout)
self.labFace4Blank = pm.text(label=' ',
align='left',
parent=self.layout)
btn__find_non_quad_faces = pm.button(
label='Find-Quad Face Faces',
parent=self.layout,
command=lambda xc: self.parentRef.highlightNonQuads(),
width=300)
self.buttons.append(btn__find_non_quad_faces)
self.labTriResult = pm.text(label='Number of Triangles Found:',
align='left',
parent=self.layout)
self.triFace = pm.intField(parent=self.layout,
width=40,
value=0)
self.labngonResult = pm.text(label='Number of n-Gons Found:',
align='left',
parent=self.layout)
self.ngonFace = pm.intField(parent=self.layout,
width=40,
value=0)
# Set the values?
self.buttons.append(btn__find_non_quad_faces)
#pm.formLayout( form, edit=True,attachForm=[(self.labVtx,'top',10),(self.labVtx,'left',5),(self.layoutGrid,'top',30),(self.layoutGrid,'left',5),(self.labFace,'top',200),(self.labFace,'left',5),(btn_Face,'top',220),(btn_Face,'left',5),(self.labTriResult,'top',255),(self.labTriResult,'left',5),(self.triFace,'top',250),(self.triFace,'left',160),(self.ngonFace,'top',270),(self.ngonFace,'left',160),(self.labngonResult,'top',275),(self.labngonResult,'left',5)])
# Show Window
pm.showWindow(self.window)
self.window.setWidth(600)
self.window.setHeight(400)
def makeUi( self ):
self.win = pm.window(title="Mr Clean")
self.win.show()
with self.win:
self.col = pm.columnLayout()
with self.col:
self.win.setWidth( 400 )
self.win.setHeight( 200 )
self.precisionText = pm.text(
"Precision:\n Accuracy of face check, higher is more precise \n" +
"but will allow smaller errors.\n" +
"It's like the opposite of merge distance tolerance." )
self.precision = pm.intField( )
self.precision.setValue( 2 )
self.toleranceText = pm.text( "Tolerance" )
self.tolerance = pm.floatField( )
self.tolerance.setValue( 0.01 )
self.button = pm.button(
"Mostly Safe Cleanup",
command = lambda x: self.mrClean.mostlySafeCleanup( self.precision.getValue(), self.tolerance.getValue() )
)
self.warningText = pm.text(
"Beware, backup your model first,\n" +
"since this tool might delete more of\n" +
"your model than you want it to. This\n" +
"tool often helps with *very* broken\n" +
"models, but it can potentially make\n" +
"changes even where there aren't problems\n" +
" on a model."
)
def __init__(self, parentRef):
self.parentRef = parentRef
self.win = pm.window( title="Joint Orientation", width=250, height=180)
self.col = pm.columnLayout()
self.row1 = pm.rowColumnLayout(
width = 200,
numberOfColumns=2
)
self.rotateXText = pm.text(
label="X rotate:",
parent=self.row1 )
self.rotateXField = pm.intField(
parent=self.row1 )
self.rotateYText = pm.text(
label="Y rotate:",
parent=self.row1 )
self.rotateYField = pm.intField(
parent=self.row1 )
self.rotateZText = pm.text(
label="Z rotate:",
parent=self.row1 )
self.rotateZField = pm.intField(
parent=self.row1 )
self.button = pm.button(
label="Rotate Joints",
width=200,
command = lambda x: parentRef.rotateJoint(
self.rotateXField.getValue() ,self.rotateYField.getValue() ,self.rotateZField.getValue() ),
parent=self.col )
self.button = pm.button(
label="Rotate Joints Relative",
width=200,
command = lambda x: parentRef.rotateJoint(
self.rotateXField.getValue() ,self.rotateYField.getValue() ,self.rotateZField.getValue(), rotateRelative=True ),
parent=self.col )
self.win.show()
self.win.setWidth(260)
self.win.setHeight(210)
class MmmmShellThickenUi(object):
def __init__(self, autorun=True ):
self.shellThicken = MmmmShellThicken( )
if autorun==True:
self.createUi()
def createUi(self):
self.win = pm.window(title="Mmmm Shell Thicken")
with self.win:
self.col = pm.columnLayout()
with self.col:
self.thicknessLabel = pm.text( "Thickness: " )
self.thicknessFloatField = pm.floatField( value=1.0, precision=9, width=200 )
self.divisionsLabel = pm.text( "Divisions: " )
self.divisionsIntField = pm.intField( value=1, width=200 )
self.mergeLabel = pm.text( "Distance (tolerance) for verts merge:" )
