def changeAnim(tsl, kOut, kOutFr):
'''
load an animation curve into the keyframeOutliner
'''
selItem = cmds.textScrollList(tsl, q=True, selectItem=True)
splitSel = selItem[0].split(".")
attr = splitSel[1]
if (splitSel[1] == "tx"):
attr = "translateX"
elif (splitSel[1] == "ty"):
attr = "translateY"
elif (splitSel[1] == "tz"):
attr = "translateZ"
elif (splitSel[1] == "rx"):
attr = "rotateX"
elif (splitSel[1] == "ry"):
attr = "rotateY"
elif (splitSel[1] == "rz"):
attr = "rotateZ"
elif (splitSel[1] == "sx"):
attr = "scaleX"
elif (splitSel[1] == "sy"):
attr = "scaleY"
elif (splitSel[1] == "sz"):
attr = "scaleZ"
curveName = splitSel[0] + "_" + attr
cmds.keyframeOutliner(kOut, e=True, animCurve=curveName)
def changeAnim(tsl, kOut, kOutFr):
'''
Function that loads an animation curve into the keyframeOutliner
'''
try: # run code, but catch errors
# call the getAnimCurve function and assign result to curveName
curveName = getAnimCurve(tsl)
# check if animation curve exists for the selected attr
if (cmds.objExists(curveName)):
# edit the keyframeOutliner to load the animation curve
cmds.keyframeOutliner(kOut, e=True, animCurve=curveName)
# edit the text to specify the animation curve
cmds.text('curveTxt', e=True, l="Current Curve: " + curveName)
popAnimMenu(tsl)
else: # no curve exists
OpenMaya.MGlobal.displayWarning(
"This attribute lacks an animation curve.")
except TypeError: # white space of TSL is being selected
OpenMaya.MGlobal.displayWarning(
"You have clicked in a blank space, please select an item.")
selObj(dTSL.getName(), 0)
def changeAnim(tsl, kOut, kOutFr): ''' load an animation curve into the keyframeOutliner ''' selItem = cmds.textScrollList( tsl, q=True, selectItem=True ) splitSel = selItem[0].split( "." ) attr = splitSel[1] if (splitSel[1] == "tx"): attr = "translateX" elif (splitSel[1] == "ty"): attr = "translateY" elif (splitSel[1] == "tz"): attr = "translateZ" elif (splitSel[1] == "rx"): attr = "rotateX" elif (splitSel[1] == "ry"): attr = "rotateY" elif (splitSel[1] == "rz"): attr = "rotateZ" elif (splitSel[1] == "sx"): attr = "scaleX" elif (splitSel[1] == "sy"): attr = "scaleY" elif (splitSel[1] == "sz"): attr = "scaleZ" curveName = splitSel[0] + "_" + attr cmds.keyframeOutliner( kOut, e=True, animCurve=curveName )
def changeAnim2(tsl, kOut): selItem = cmds.textScrollList( tsl, q=True, selectItem=True ) splitSel = selItem[0].split( "." ) attr="" if (splitSel[1] == "tx"): attr = "translateX" elif (splitSel[1] == "ty"): attr = "translateY" elif (splitSel[1] == "tz"): attr = "translateZ" elif (splitSel[1] == "rx"): attr = "rotateX" elif (splitSel[1] == "ry"): attr = "rotateY" elif (splitSel[1] == "rz"): attr = "rotateZ" elif (splitSel[1] == "sx"): attr = "scaleX" elif (splitSel[1] == "sy"): attr = "scaleY" elif (splitSel[1] == "sz"): attr = "scaleZ" else: attr = splitSel[1] curveName = splitSel[0] + "_" + attr cmds.keyframeOutliner( kOut, e=True, animCurve=curveName )
def changeAnim2(tsl, kOut):
selItem = cmds.textScrollList(tsl, q=True, selectItem=True)
splitSel = selItem[0].split(".")
attr = ""
if (splitSel[1] == "tx"):
attr = "translateX"
elif (splitSel[1] == "ty"):
attr = "translateY"
elif (splitSel[1] == "tz"):
attr = "translateZ"
elif (splitSel[1] == "rx"):
attr = "rotateX"
elif (splitSel[1] == "ry"):
attr = "rotateY"
elif (splitSel[1] == "rz"):
attr = "rotateZ"
elif (splitSel[1] == "sx"):
attr = "scaleX"
elif (splitSel[1] == "sy"):
attr = "scaleY"
elif (splitSel[1] == "sz"):
attr = "scaleZ"
else:
attr = splitSel[1]
curveName = splitSel[0] + "_" + attr
cmds.keyframeOutliner(kOut, e=True, animCurve=curveName)
def addCrv(tsl):
'''
add animation curves from selected object to the textScrollList
'''
# grab selected item from the scene
selItem = cmds.ls(sl=True)
# list animation curves into variable
animCrv = cmds.listConnections(selItem, source=True, t="animCurve")
cmds.textScrollList(tsl, e=True, append=animCrv, selectItem=animCrv[0])
cmds.keyframeOutliner('keyOutline', e=True, animCurve=animCrv[0])
'''
def addCrv(tsl): ''' add animation curves from selected object to the textScrollList ''' # grab selected item from the scene selItem = cmds.ls( sl=True ) # list animation curves into variable animCrv = cmds.listConnections( selItem, source=True, t="animCurve" ) cmds.textScrollList( tsl, e=True, append=animCrv, selectItem=animCrv[0] ) cmds.keyframeOutliner( 'keyOutline', e=True, animCurve=animCrv[0] ) '''
def changeAnim( tsl, kOut, kOutFr ): ''' Function that loads an animation curve into the keyframeOutliner ''' try: # run code, but catch errors # call the getAnimCurve function and assign result to curveName curveName = getAnimCurve( tsl ) # check if animation curve exists for the selected attr if ( cmds.objExists( curveName ) ): # edit the keyframeOutliner to load the animation curve cmds.keyframeOutliner( kOut, e=True, animCurve=curveName ) # edit the text to specify the animation curve cmds.text( 'curveTxt', e=True, l="Current Curve: " + curveName ) popAnimMenu( tsl ) else: # no curve exists OpenMaya.MGlobal.displayWarning( "This attribute lacks an animation curve." ) except TypeError: # white space of TSL is being selected OpenMaya.MGlobal.displayWarning( "You have clicked in a blank space, please select an item." ) selObj( dTSL.getName(), 0 )
def keyframeOutliner(*args, **kwargs):
if len(args):
doPassSelf = kwargs.pop('passSelf', False)
else:
doPassSelf = False
for key in ['dgc', 'dpc', 'dragCallback', 'dropCallback', 'vcc', 'visibleChangeCommand']:
try:
cb = kwargs[key]
if callable(cb):
kwargs[key] = _factories.makeUICallback(cb, args, doPassSelf)
except KeyError:
pass
res = cmds.keyframeOutliner(*args, **kwargs)
return res
def makeGUI(wWid, wHigh, f1H, f2H, f3H):
'''
create the GUI for Mac format
'''
# check to see if the GUI exists
checkGUI(winName)
# create a variable to set the width of the window
frWidth = wWid - 10
# create the window
win1 = Window(winName, 'Quick SDK GUI', wWid, wHigh)
# create columnLayout as main layout
cmds.formLayout('mainForm', w=frWidth)
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout('mainFrame',
label="Quick SDK",
borderStyle='etchedIn',
w=frWidth)
# create formLayout as a pad layout for the Window
cmds.formLayout('padForm', h=300)
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout('drvrFrame',
label="Driver:",
borderStyle='etchedIn',
collapsable=True)
# create formLayout as a pad layout for the Driver Section
cmds.formLayout('drvrPadForm', height=f1H)
# height is 54 on Mac, 43 on PC
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
#tFld3W = 80
# create a rowColumnLayout for the Driver Section
cmds.rowColumnLayout('drvrMainLayout',
nc=4,
cw=([1, tFld1W], [2, tFld2W], [3,
tFld2W], [4, tFld2W]))
# create GUI elements for Driver
nTxt = Text('nameTxt', "Name:", 50)
aTxt = Text('attrTxt', "Attr:", 50)
bTxt1 = Text('blankTxt1', " ", 50)
bTxt2 = Text('blankTxt2', " ", 50)
global drvr1
drvr1 = TextField('drvrNameFld', tFld1W, "Driver")
global drvr2
drvr2 = TextField('drvrAttrFld', tFld2W, "Attribute")
lBtn1 = Button('drvrBtn', "Load Sel", tFld2W,
Callback(loadSel, drvr1.name, drvr2.name))
lBtn1.setAnn(
"Loads a selected driver object and a selected attribute from the channel box."
)
selObjBtn = Button('selDrvrBtn', "Sel Obj", tFld2W,
Callback(selObj, drvr1.name, 1))
selObjBtn.setAnn(
"Selects the driver object specified in the driver field.")
# close the driver rowColumnLayout
cmds.setParent("..")
# close the driver formLayout
cmds.setParent("..")
# close the driver frameLayout
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout('drvnFrame',
label="Driven:",
borderStyle='etchedIn',
collapsable=True)
# create formLayout as a pad layout for the Driven Section
cmds.formLayout('drvnPadForm', height=f2H)
# height is 105 on Mac, 115 on PC
# create a columnLayout
cmds.rowLayout('drvnMainLayout', nc=2, cw=([1, 175], [2, 70]))
# create a textScrollList for the driven objects and attrs
global dTSL
dTSL = TSL('drvnTSL', 1, 175, 100,
Callback(changeAnim, 'drvnTSL', 'keyOutline', 'keyOutFrame'))
# create variables for width values
tslBtnW1 = 50
tslBtnW2 = 70
# create a columnLayout to enclose the TSL buttons
cmds.columnLayout('tslBtnCol')
# consider looping these
# create TSL buttons
addBtn1 = Button('addBtn', "Add", tslBtnW2, Callback(addObj, dTSL.name))
addBtn1.setAnn(
"Adds driven objects an selected attributes to the textScrollList.")
rAllBtn1 = Button('remAllBtn', "Remove All", tslBtnW2,
Callback(dTSL.clearAll))
rAllBtn1.setAnn("Removes all objects from the textScrollList.")
rSelBtn1 = Button('remSelBtn', "Remove Sel", tslBtnW2,
Callback(dTSL.clearSel))
rSelBtn1.setAnn("Removes selected objects from the textScrollList.")
delAnimBtn1 = Button('delAnimBtn', "Del Keys", tslBtnW2,
Callback(delAnim, dTSL.name))
delAnimBtn1.setAnn(
"Deletes animation curve associated with this attribute, right click for menu."
)
revAnimBtn1 = Button('revAnimBtn', "Reverse", tslBtnW2,
Callback(revAnim, dTSL.name))
revAnimBtn1.setAnn(
"Reverses the driven values of the animation curve associated with this attribute."
)
# create popUpMenu for Del Keys button
global animIndexMenu
animIndexMenu = cmds.popupMenu('dr1Pop', parent=delAnimBtn1.name, button=3)
cmds.menuItem(label="Del Index:")
cmds.menuItem(divider=True)
cmds.menuItem(label="No animation curves present")
# close the driven columnLayout
cmds.setParent("..")
# close the button rowLayout
cmds.setParent("..")
# close the driven formLayout
cmds.setParent("..")
# close the driven frameLayout
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout('valFrame',
label="Values:",
borderStyle='etchedIn',
collapsable=True)
# create formLayout as a pad layout for the Value Section
cmds.formLayout('valPadForm', height=f3H)
# height is 125 on Mac, 111 on PC
# create a columnLayout
cmds.columnLayout('valMainLayout')
# create a rowLayout
cmds.rowLayout(nc=2, cw2=[50, 50])
# create text element to identify the value optionMenu
vNumTxt1 = Text('valNumTxt1', "Value #: ", 50)
# create optionMenu to determine # of SDKs to perform
sdkOptName = cmds.optionMenu('sdkOpt', w=50)
sdkOptNum = ['1', '2', '3', '4', '5']
for num in sdkOptNum:
cmds.menuItem(label=num)
# close the rowLayout
cmds.setParent("..")
# create a rowColumnLayout
cmds.rowLayout(nc=2)
# create a columnLayout
cmds.columnLayout(w=100)
# create text elements to identify the value fields
blIdTxt1 = Text('blankIdTxt1', " ", 100)
drIdTxt1 = Text('driverIdTxt1', "Driver Values: ", 100)
dnIdTxt1 = Text('drivenIdTxt1', "Driven Values: ", 100)
# close the columnLayout
cmds.setParent("..")
# create variables to control width values
fldVal1 = 40
fldVal2 = 60
# create a rowColumnLayout for the text and value fields
cmds.rowColumnLayout(nc=5,
w=200,
cw=([1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]))
'''
loop the creation of these
'''
# create text to describe the floatFields using the Text class
valTxtNums = ["1", "2", "3", "4", "5"]
valTxtNames = ['valTxt1', 'valTxt2', 'valTxt3', 'valTxt4', 'valTxt5']
valTxt = []
# declare counter
i = 0
for num in valTxtNums:
valTxt.append(Text(valTxtNames[i], "%s:" % (num), fldVal1))
# increment counter
i += 1
# create floatFields for the driver using the FloatField class
drValFldNames = [
'drFltFld1', 'drFltFld2', 'drFltFld3', 'drFltFld4', 'drFltFld5'
]
drValFld = []
for name in drValFldNames:
drValFld.append(FloatField(name, fldVal1, 0.0, 2))
# create floatFields for the driven using the FloatField class
dnValFldNames = [
'dnFltFld1', 'dnFltFld2', 'dnFltFld3', 'dnFltFld4', 'dnFltFld5'
]
dnValFld = []
for name in dnValFldNames:
drValFld.append(FloatField(name, fldVal1, 0.0, 2))
# create popupMenus for each floatField
# declare counter
i = 0
while (i < len(valTxtNums)):
# create popupMenu to load attribute values and inverse into driver fields
cmds.popupMenu('dr%sPop' % (str(i + 1)),
parent=drValFldNames[i],
button=3)
cmds.menuItem(label="Load Attr Value",
c=Callback(loadAttrVal, 'dr', str(i + 1), 1))
cmds.menuItem(label="Load Inverse Value",
c=Callback(loadAttrVal, 'dr', str(i + 1), -1))
# create popupMenu to load attribute values and inverse into driven fields
cmds.popupMenu('dn%sPop' % (str(i + 1)),
parent=dnValFldNames[i],
button=3)
cmds.menuItem(label="Load Attr Value",
c=Callback(loadAttrVal, 'dn', str(i + 1), 1))
cmds.menuItem(label="Load Inverse Value",
c=Callback(loadAttrVal, 'dn', str(i + 1), -1))
# increment counter
i += 1
# close the rowColumnLayout
cmds.setParent("..")
# close the rowColumnLayout
cmds.setParent("..")
# create button to run sdk function
sdkBtn = Button('sdkBtn', "Create SDK", 80, Callback(makeSdk, sdkOptName))
sdkBtn.setAnn(
"Sets Driven Keyframes based on information provided above to the UI.")
# close the columnLayout
cmds.setParent("..")
# close the formLayout
cmds.setParent("..")
# close the frameLayout
cmds.setParent("..")
# create a text object to identify the current animation curve
crvTxt = cmds.text('curveTxt', l="Current Curve: No Curve Selected")
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout('keyOutFrame',
l="Driven Key Values:",
borderStyle='etchedIn',
collapsable=True,
h=150)
# create a formLayout to contain the keyframeOutliner
cmds.formLayout('keyForm')
# create a keyframeOutliner
keyOut = cmds.keyframeOutliner('keyOutline',
dsp="narrow",
animCurve='animCurve1')
# close the formLayout
cmds.setParent("..")
# close the frameLayout
cmds.setParent("..")
# edit the main formLayout
cmds.formLayout('mainForm',
e=True,
af=[('mainFrame', "left", 5), ('mainFrame', "top", 5),
('mainFrame', "right", 5)])
# edit the pad window formLayout
cmds.formLayout('padForm',
e=True,
af=[(drvrFr, "left", 5), (drvrFr, "top", 5),
(drvrFr, "right", 5)],
ac=[(drvnFr, "top", 5, drvrFr), (valFr, "top", 5, drvnFr),
(crvTxt, "top", 5, valFr), (keyFr, "top", 0, crvTxt)],
aoc=[(drvnFr, "left", 0, drvrFr),
(drvnFr, "right", 0, drvrFr),
(valFr, "left", 0, drvrFr),
(valFr, "right", 0, drvrFr),
(crvTxt, "left", 0, drvrFr),
(crvTxt, "right", 0, drvrFr),
(keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, drvnFr)])
# edit the pad driver formLayout
cmds.formLayout('drvrPadForm',
e=True,
af=[('drvrMainLayout', "left", 5),
('drvrMainLayout', "top", 5),
('drvrMainLayout', "right", 5)])
# edit the pad driven formLayout
cmds.formLayout('drvnPadForm',
e=True,
af=[('drvnMainLayout', "left", 5),
('drvnMainLayout', "top", 5),
('drvnMainLayout', "right", 5)])
# edit the pad value formLayout
cmds.formLayout('valPadForm',
e=True,
af=[('valMainLayout', "left", 5),
('valMainLayout', "top", 5),
('valMainLayout', "right", 5)])
# edit the keyOutline formLayout
cmds.formLayout('keyForm',
e=True,
af=[(keyOut, 'top', 0), (keyOut, 'left', 0),
(keyOut, 'bottom', 0), (keyOut, 'right', 0)])
# show the window
win1.show()
def changeAnim(tsl, kOut):
selItem = cmds.textScrollList(tsl, q=True, selectItem=True)
cmds.keyframeOutliner(kOut, e=True, animCurve=selItem[0])
def macGUI():
'''
create the GUI for Mac format
'''
# check to see if the GUI exists
checkGUI()
# create a variable to set the width of the window
width = 430
# create the window
win1 = Window( winName, 'Quick SDK GUI', width, 480 )
# create columnLayout as main layout
cmds.formLayout( 'mainForm' )
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout('mainFrame', label="Quick SDK", borderStyle='etchedIn',
w=370 )
# create formLayout as a sub layout
cmds.formLayout( 'subForm', h=300 )
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout('drvrFrame', label="Driver:",
borderStyle='etchedIn' )
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
tFld3W = 80
# create a rowColumnLayout for the Driver
cmds.rowColumnLayout(nc=3, cw= ([1, tFld1W], [2, tFld2W], [3, tFld3W]) )
# create GUI elements for Driver
nTxt = Text( 'nameTxt', "Name:", 50 )
aTxt = Text( 'attrTxt', "Attr:", 50 )
bTxt1 = Text( 'blankTxt1', " ", 50 )
drvr1 = TextField( 'drvrNameFld', tFld1W, "Driver" )
drvr2 = TextField( 'drvrAttrFld', tFld2W, "Attribute" )
lBtn1 = Button('drvrBtn', "Load Selected", tFld3W, scriptName + ".loadSel()")
# close the driver rowColumnLayout
cmds.setParent( ".." )
# close the driver frameLayout
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout('drvnFrame', label="Driven:",
borderStyle='etchedIn' )
# create a columnLayout
cmds.columnLayout()
# create variable for the tsl selectCommand
selCmd=scriptName + ".changeAnim('drvnTSL','keyOutline', 'keyOutFrame')"
# create a textScrollList for the driven objects and attrs
dTSL = TSL( 'drvnTSL', 1, 100, selCmd )
#cmds.textScrollList( 'drvnTSL', ams=True, h=100, selectCommand=scriptName + ".changeAnim2('drvnTSL','keyOutline')" )
# create variables for width values
tslBtnW1 = 50
tslBtnW2 = 70
# create a rowLayout to eonclose the TSL buttons
cmds.rowLayout( nc=3, cw3= (tslBtnW1, tslBtnW2, tslBtnW2) )
addBtn1 = Button( 'addBtn', "Add", tslBtnW1, scriptName + ".addObj('drvnTSL')" )
rAllBtn1 = Button( 'remAllBtn', "Remove All", tslBtnW2, scriptName + ".clearAll('drvnTSL')" )
rSelBtn1 = Button( 'remSelBtn', "Remove Sel", tslBtnW2, scriptName + ".clearSel('drvnTSL')" )
# close the button rowLayout
cmds.setParent( ".." )
# close the driven columnLayout
cmds.setParent( ".." )
# close the driven frameLayout
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout('valFrame', label="Values:",
borderStyle='etchedIn' )
# create a columnLayout
cmds.columnLayout()
# create optionMenu to determine # of SDKs to perform
cmds.optionMenu( 'sdkOpt', w=50 )
cmds.menuItem( label='1' )
cmds.menuItem( label='2' )
cmds.menuItem( label='3' )
cmds.menuItem( label='4' )
cmds.menuItem( label='5' )
fldVal1=40
fldVal2=60
'''
flt1 = cmds.floatFieldGrp( 'fld1Grp', nf=5, value1=0.0,
value2=0.0, value3=0.0, value4=0.0, value5=0.0,
pre=2, cw=( [1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]) )
'''
# create a rowColumnLayout for the text and value fields
cmds.rowColumnLayout(nc=5, cw= ([1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]) )
# create text to describe the floatFields using the Text class
valTxt1 = Text( 'valTxt1', "1:", fldVal1 )
valTxt2 = Text( 'valTxt2', "2:", fldVal1 )
valTxt3 = Text( 'valTxt3', "3:", fldVal1 )
valTxt4 = Text( 'valTxt4', "4:", fldVal1 )
valTxt5 = Text( 'valTxt5', "5:", fldVal1 )
# create floatFields for the driver using the FloatField class
drFlt1 = FloatField( 'drFltFld1', fldVal1, 0.0, 2 )
drFlt2 = FloatField( 'drFltFld2', fldVal1, 0.0, 2 )
drFlt3 = FloatField( 'drFltFld3', fldVal1, 0.0, 2 )
drFlt4 = FloatField( 'drFltFld4', fldVal1, 0.0, 2 )
drFlt5 = FloatField( 'drFltFld5', fldVal1, 0.0, 2 )
# create floatFields for the driven using the FloatField class
dnFlt1 = FloatField( 'dnFltFld1', fldVal1, 0.0, 2 )
dnFlt2 = FloatField( 'dnFltFld2', fldVal1, 0.0, 2 )
dnFlt3 = FloatField( 'dnFltFld3', fldVal1, 0.0, 2 )
dnFlt4 = FloatField( 'dnFltFld4', fldVal1, 0.0, 2 )
dnFlt5 = FloatField( 'dnFltFld5', fldVal1, 0.0, 2 )
# close the rowColumnLayout
cmds.setParent( ".." )
# create variable for the sdk command
sdkCmd = scriptName + ".makeSdk( 'drFltFld1', 'drFltFld2', 'drFltFld3', 'drFltFld4', 'drFltFld5', 'dnFltFld1', 'dnFltFld2', 'dnFltFld3', 'dnFltFld4', 'dnFltFld5' )"
sdkCmd = scriptName + ".makeSdk()"
# create button to run sdk function
sdkBtn = Button( 'sdkBtn', "Create SDK", 80, sdkCmd )
# close the columnLayout
cmds.setParent( ".." )
# close the frameLayout
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout('keyOutFrame', l="Driven Key Values:",
borderStyle='etchedIn', collapsable=True, h=150 )
# create a formLayout to contain the keyframeOutliner
cmds.formLayout( 'keyForm' )
# create a keyframeOutliner
keyOut = cmds.keyframeOutliner( 'keyOutline', dsp="narrow",
animCurve='animCurve1' )
# close the formLayout
cmds.setParent( ".." )
# close the frameLayout
cmds.setParent( ".." )
# edit the main formLayout
cmds.formLayout( 'mainForm', e=True,
af=[ ( 'mainFrame', "left", 5),
('mainFrame', "top", 5) ] )
# edit the sub formLayout
cmds.formLayout( 'subForm', e=True,
af=[ (drvrFr, "left", 5),
(drvrFr, "top", 5),
(drvrFr, "right", 5)],
ac=[ (drvnFr, "top", 5, drvrFr),
(valFr, "top", 5, drvnFr),
(keyFr, "top", 5, valFr)],
aoc=[ (drvnFr, "left", 0, drvrFr),
(drvnFr, "right", 0, drvrFr),
(valFr, "left", 0, drvrFr),
(valFr, "right", 0, drvrFr),
(keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, drvnFr)] )
# edit the keyOutline formLayout
cmds.formLayout( 'keyForm', e=True,
af=[ (keyOut, 'top', 0),
(keyOut, 'left', 0),
(keyOut, 'bottom', 0),
(keyOut, 'right', 0) ] )
# show the window
win1.show( winName )
def guiCreate():
# if the window exists, delete it
if (cmds.window(winName, ex=True)):
cmds.deleteUI(winName)
width = 430
# create the window
cmds.window(winName, w=width, h=480)
# create columnLayout as main layout
cmds.formLayout('mainForm')
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout('mainFrame',
label="Quick SDK",
borderStyle='etchedIn',
w=width - 10)
# create columnLayout as main layout
cmds.formLayout('subForm', w=width - 20, h=300)
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout('drvrFrame',
label="Driver:",
borderStyle='etchedIn')
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
tFld3W = 80
cmds.columnLayout()
cmds.rowLayout(nc=3, cw3=(tFld1W, tFld2W, tFld3W))
# create GUI elements for Driver
cmds.text('nameTxt', l="Name:", w=50)
cmds.text('attrTxt', l="Attr:", w=50)
blankTxt1 = cmds.text(l=" ")
cmds.setParent("..")
cmds.rowLayout(nc=3, cw3=(tFld1W, tFld2W, tFld3W))
drvr1 = cmds.textField('drvrNameFld', w=tFld1W)
drvr2 = cmds.textField('drvrAttrFld', w=tFld2W)
cmds.button('drvrBtn',
label="Load Selected",
w=tFld3W,
c=scriptName + ".loadSel()")
cmds.setParent("..")
cmds.setParent("..")
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout('drvnFrame',
label="Driven:",
borderStyle='etchedIn')
cmds.columnLayout()
# create driven textScrollList
cmds.textScrollList('drvnTSL',
ams=True,
h=100,
selectCommand=scriptName +
".changeAnim2('drvnTSL','keyOutline')")
tslBtnW1 = 50
tslBtnW2 = 70
cmds.rowLayout(nc=3, cw3=(tslBtnW1, tslBtnW2, tslBtnW2))
cmds.button('addBtn',
label="Add",
w=tslBtnW1,
c=scriptName + ".addObj('drvnTSL')")
cmds.button('remAllBtn',
label="Remove All",
w=tslBtnW2,
c=scriptName + ".clearAll('drvnTSL')")
cmds.button('remSelBtn',
label="Remove Sel",
w=tslBtnW2,
c=scriptName + ".clearSel('drvnTSL')")
cmds.setParent("..")
cmds.setParent("..")
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout('valFrame',
label="Values:",
borderStyle='etchedIn')
cmds.columnLayout()
fldVal1 = 80
fldVal2 = 40
cmds.rowLayout(nc=3, cw3=(fldVal1, fldVal2, fldVal2))
blankTxt2 = cmds.text(l=" ")
cmds.text('drvrFldTxt', l="Driver:", w=fldVal2)
cmds.text('drvnFldTxt', l="Driven:", w=fldVal2)
cmds.setParent("..")
flt1 = cmds.floatFieldGrp('fld1Grp',
nf=2,
label='1 (Default):',
value1=0.0,
value2=0.0,
pre=2,
cw3=(fldVal1, fldVal2, fldVal2))
flt2 = cmds.floatFieldGrp('fld2Grp',
nf=2,
label='2:',
value1=0.0,
value2=0.0,
pre=2,
cw3=(fldVal1, fldVal2, fldVal2))
flt3 = cmds.floatFieldGrp('fld3Grp',
nf=2,
label='3:',
value1=0.0,
value2=0.0,
pre=2,
cw3=(fldVal1, fldVal2, fldVal2))
flt4 = cmds.floatFieldGrp('fld4Grp',
nf=2,
label='4:',
value1=0.0,
value2=0.0,
pre=2,
cw3=(fldVal1, fldVal2, fldVal2))
flt5 = cmds.floatFieldGrp('fld5Grp',
nf=2,
label='5:',
value1=0.0,
value2=0.0,
pre=2,
cw3=(fldVal1, fldVal2, fldVal2))
val1 = 50
val2 = 80
cmds.rowLayout(nc=2, cw2=(val1, val2))
# create optionMenu to determine # of SDKs to perform
cmds.optionMenu('sdkOpt', w=val1)
cmds.menuItem(label='1')
cmds.menuItem(label='2')
cmds.menuItem(label='3')
cmds.menuItem(label='4')
cmds.menuItem(label='5')
#fill = " , "
#passSdk = ".makeSdk( " + flt1 + fill + flt2 + fill + flt3 + fill + flt4 + fill + flt5 + " )"
# create button to run sdk function
cmds.button(
'sdkBtn',
l="Create SDK",
w=val2,
c=scriptName +
".makeSdk( 'fld1Grp', 'fld2Grp', 'fld3Grp', 'fld4Grp', 'fld5Grp' )")
cmds.setParent("..")
cmds.setParent("..")
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
animCvFr = cmds.frameLayout('animCrvFrame',
label="Animation Curves:",
borderStyle='etchedIn',
h=150)
cmds.columnLayout()
# create driven textScrollList
animTSL = cmds.textScrollList('animTSL',
h=100,
selectCommand=scriptName +
".changeAnim('animTSL','keyOutline')")
cmds.rowLayout(nc=3, cw3=(tslBtnW1, tslBtnW2, tslBtnW2))
cmds.button('addBtn2',
label="Add",
w=tslBtnW1,
c=scriptName + ".addCrv('animTSL')")
cmds.button('remAllBtn2',
label="Remove All",
w=tslBtnW2,
c=scriptName + ".clearAll('animTSL')")
cmds.button('remSelBtn2',
label="Remove Sel",
w=tslBtnW2,
c=scriptName + ".clearSel('animTSL')")
cmds.setParent("..")
cmds.setParent("..")
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout('keyOutFrame',
label="Driven Key Values:",
borderStyle='etchedIn',
collapsable=True,
h=150)
cmds.formLayout('keyForm')
#cmds.columnLayout()
keyOut = cmds.keyframeOutliner('keyOutline',
dsp="narrow",
animCurve='animCurve1')
cmds.setParent("..")
cmds.setParent("..")
offVal = 5
# edit the main formLayout
cmds.formLayout('mainForm',
e=True,
af=[('mainFrame', "left", 5), ('mainFrame', "top", 5)])
# edit the sub formLayout
cmds.formLayout('subForm',
e=True,
af=[(drvrFr, "left", 5), (drvrFr, "top", 5)],
ac=[(drvnFr, "top", 5, drvrFr), (valFr, "left", 5, drvnFr),
(animCvFr, "top", 5, drvnFr),
(keyFr, "top", 5, animCvFr)],
aoc=[(drvnFr, "left", 0, drvrFr),
(valFr, "top", 0, drvnFr), (keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, valFr),
(animCvFr, "left", 0, drvrFr)])
# edit the keyOutline formLayout
cmds.formLayout('keyForm',
e=True,
af=[(keyOut, 'top', 0), (keyOut, 'left', 0),
(keyOut, 'bottom', 0), (keyOut, 'right', 0)])
# show the window
cmds.showWindow(winName)
def guiCreate():
# if the window exists, delete it
if ( cmds.window( winName, ex=True ) ):
cmds.deleteUI( winName )
width = 430
# create the window
cmds.window( winName, w=width, h=480 )
# create columnLayout as main layout
cmds.formLayout( 'mainForm' )
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout('mainFrame', label="Quick SDK", borderStyle='etchedIn',
w=width-10 )
# create columnLayout as main layout
cmds.formLayout( 'subForm', w=width-20, h=300 )
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout('drvrFrame', label="Driver:",
borderStyle='etchedIn')
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
tFld3W = 80
cmds.columnLayout()
cmds.rowLayout( nc=3, cw3= (tFld1W, tFld2W, tFld3W) )
# create GUI elements for Driver
cmds.text( 'nameTxt', l="Name:", w=50 )
cmds.text( 'attrTxt', l="Attr:", w=50 )
blankTxt1 = cmds.text( l=" ")
cmds.setParent( ".." )
cmds.rowLayout( nc=3, cw3= (tFld1W, tFld2W, tFld3W) )
drvr1 = cmds.textField( 'drvrNameFld', w=tFld1W )
drvr2 = cmds.textField( 'drvrAttrFld', w=tFld2W )
cmds.button( 'drvrBtn', label="Load Selected", w=tFld3W,
c=scriptName + ".loadSel()" )
cmds.setParent( ".." )
cmds.setParent( ".." )
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout('drvnFrame', label="Driven:",
borderStyle='etchedIn' )
cmds.columnLayout()
# create driven textScrollList
cmds.textScrollList( 'drvnTSL', ams=True, h=100, selectCommand=scriptName + ".changeAnim2('drvnTSL','keyOutline')" )
tslBtnW1 = 50
tslBtnW2 = 70
cmds.rowLayout( nc=3, cw3= (tslBtnW1, tslBtnW2, tslBtnW2) )
cmds.button( 'addBtn', label="Add", w=tslBtnW1,
c=scriptName + ".addObj('drvnTSL')" )
cmds.button( 'remAllBtn', label="Remove All", w=tslBtnW2,
c=scriptName + ".clearAll('drvnTSL')" )
cmds.button( 'remSelBtn', label="Remove Sel", w=tslBtnW2,
c=scriptName + ".clearSel('drvnTSL')" )
cmds.setParent( ".." )
cmds.setParent( ".." )
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout('valFrame', label="Values:",
borderStyle='etchedIn' )
cmds.columnLayout()
fldVal1=80
fldVal2=40
cmds.rowLayout(nc=3, cw3=( fldVal1, fldVal2, fldVal2 ) )
blankTxt2 = cmds.text( l=" ")
cmds.text( 'drvrFldTxt', l="Driver:", w=fldVal2 )
cmds.text( 'drvnFldTxt', l="Driven:", w=fldVal2 )
cmds.setParent( ".." )
flt1 = cmds.floatFieldGrp( 'fld1Grp', nf=2, label='1 (Default):', value1=0.0,
value2=0.0, pre=2, cw3=( fldVal1, fldVal2, fldVal2 ) )
flt2 = cmds.floatFieldGrp( 'fld2Grp', nf=2, label='2:', value1=0.0,
value2=0.0, pre=2, cw3=( fldVal1, fldVal2, fldVal2 ) )
flt3 = cmds.floatFieldGrp( 'fld3Grp', nf=2, label='3:', value1=0.0,
value2=0.0, pre=2, cw3=( fldVal1, fldVal2, fldVal2 ) )
flt4 = cmds.floatFieldGrp( 'fld4Grp', nf=2, label='4:', value1=0.0,
value2=0.0, pre=2, cw3=( fldVal1, fldVal2, fldVal2 ) )
flt5 = cmds.floatFieldGrp( 'fld5Grp', nf=2, label='5:', value1=0.0,
value2=0.0, pre=2, cw3=( fldVal1, fldVal2, fldVal2 ) )
val1 = 50
val2 = 80
cmds.rowLayout(nc=2, cw2=( val1, val2 ) )
# create optionMenu to determine # of SDKs to perform
cmds.optionMenu( 'sdkOpt', w=val1 )
cmds.menuItem( label='1' )
cmds.menuItem( label='2' )
cmds.menuItem( label='3' )
cmds.menuItem( label='4' )
cmds.menuItem( label='5' )
#fill = " , "
#passSdk = ".makeSdk( " + flt1 + fill + flt2 + fill + flt3 + fill + flt4 + fill + flt5 + " )"
# create button to run sdk function
cmds.button( 'sdkBtn', l="Create SDK", w=val2, c=scriptName + ".makeSdk( 'fld1Grp', 'fld2Grp', 'fld3Grp', 'fld4Grp', 'fld5Grp' )" )
cmds.setParent( ".." )
cmds.setParent( ".." )
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
animCvFr = cmds.frameLayout('animCrvFrame', label="Animation Curves:",
borderStyle='etchedIn', h=150 )
cmds.columnLayout()
# create driven textScrollList
animTSL = cmds.textScrollList( 'animTSL', h=100, selectCommand=scriptName + ".changeAnim('animTSL','keyOutline')" )
cmds.rowLayout( nc=3, cw3= (tslBtnW1, tslBtnW2, tslBtnW2) )
cmds.button( 'addBtn2', label="Add", w=tslBtnW1,
c=scriptName + ".addCrv('animTSL')" )
cmds.button( 'remAllBtn2', label="Remove All", w=tslBtnW2,
c=scriptName + ".clearAll('animTSL')" )
cmds.button( 'remSelBtn2', label="Remove Sel", w=tslBtnW2,
c=scriptName + ".clearSel('animTSL')" )
cmds.setParent( ".." )
cmds.setParent( ".." )
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout('keyOutFrame', label="Driven Key Values:",
borderStyle='etchedIn', collapsable=True, h=150 )
cmds.formLayout( 'keyForm' )
#cmds.columnLayout()
keyOut = cmds.keyframeOutliner( 'keyOutline', dsp="narrow",
animCurve='animCurve1' )
cmds.setParent( ".." )
cmds.setParent( ".." )
offVal = 5
# edit the main formLayout
cmds.formLayout( 'mainForm', e=True,
af=[ ( 'mainFrame', "left", 5),
('mainFrame', "top", 5) ] )
# edit the sub formLayout
cmds.formLayout( 'subForm', e=True,
af=[ (drvrFr, "left", 5),
(drvrFr, "top", 5) ],
ac=[ (drvnFr, "top", 5, drvrFr),
(valFr, "left", 5, drvnFr),
(animCvFr, "top", 5, drvnFr),
(keyFr, "top", 5, animCvFr) ],
aoc=[ (drvnFr, "left", 0, drvrFr),
(valFr, "top", 0, drvnFr),
(keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, valFr),
(animCvFr, "left", 0, drvrFr) ] )
# edit the keyOutline formLayout
cmds.formLayout( 'keyForm', e=True,
af=[ (keyOut, 'top', 0),
(keyOut, 'left', 0),
(keyOut, 'bottom', 0),
(keyOut, 'right', 0) ] )
# show the window
cmds.showWindow(winName)
def macGUI():
'''
create the GUI for Mac format
'''
# check to see if the GUI exists
checkGUI()
# create a variable to set the width of the window
width = 430
# create the window
win1 = Window(winName, 'Quick SDK GUI', width, 480)
# create columnLayout as main layout
cmds.formLayout('mainForm')
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout('mainFrame',
label="Quick SDK",
borderStyle='etchedIn',
w=370)
# create formLayout as a sub layout
cmds.formLayout('subForm', h=300)
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout('drvrFrame',
label="Driver:",
borderStyle='etchedIn')
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
tFld3W = 80
# create a rowColumnLayout for the Driver
cmds.rowColumnLayout(nc=3, cw=([1, tFld1W], [2, tFld2W], [3, tFld3W]))
# create GUI elements for Driver
nTxt = Text('nameTxt', "Name:", 50)
aTxt = Text('attrTxt', "Attr:", 50)
bTxt1 = Text('blankTxt1', " ", 50)
drvr1 = TextField('drvrNameFld', tFld1W, "Driver")
drvr2 = TextField('drvrAttrFld', tFld2W, "Attribute")
lBtn1 = Button('drvrBtn', "Load Selected", tFld3W,
scriptName + ".loadSel()")
# close the driver rowColumnLayout
cmds.setParent("..")
# close the driver frameLayout
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout('drvnFrame',
label="Driven:",
borderStyle='etchedIn')
# create a columnLayout
cmds.columnLayout()
# create variable for the tsl selectCommand
selCmd = scriptName + ".changeAnim('drvnTSL','keyOutline', 'keyOutFrame')"
# create a textScrollList for the driven objects and attrs
dTSL = TSL('drvnTSL', 1, 100, selCmd)
#cmds.textScrollList( 'drvnTSL', ams=True, h=100, selectCommand=scriptName + ".changeAnim2('drvnTSL','keyOutline')" )
# create variables for width values
tslBtnW1 = 50
tslBtnW2 = 70
# create a rowLayout to eonclose the TSL buttons
cmds.rowLayout(nc=3, cw3=(tslBtnW1, tslBtnW2, tslBtnW2))
addBtn1 = Button('addBtn', "Add", tslBtnW1,
scriptName + ".addObj('drvnTSL')")
rAllBtn1 = Button('remAllBtn', "Remove All", tslBtnW2,
scriptName + ".clearAll('drvnTSL')")
rSelBtn1 = Button('remSelBtn', "Remove Sel", tslBtnW2,
scriptName + ".clearSel('drvnTSL')")
# close the button rowLayout
cmds.setParent("..")
# close the driven columnLayout
cmds.setParent("..")
# close the driven frameLayout
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout('valFrame',
label="Values:",
borderStyle='etchedIn')
# create a columnLayout
cmds.columnLayout()
# create optionMenu to determine # of SDKs to perform
cmds.optionMenu('sdkOpt', w=50)
cmds.menuItem(label='1')
cmds.menuItem(label='2')
cmds.menuItem(label='3')
cmds.menuItem(label='4')
cmds.menuItem(label='5')
fldVal1 = 40
fldVal2 = 60
'''
flt1 = cmds.floatFieldGrp( 'fld1Grp', nf=5, value1=0.0,
value2=0.0, value3=0.0, value4=0.0, value5=0.0,
pre=2, cw=( [1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]) )
'''
# create a rowColumnLayout for the text and value fields
cmds.rowColumnLayout(nc=5,
cw=([1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]))
# create text to describe the floatFields using the Text class
valTxt1 = Text('valTxt1', "1:", fldVal1)
valTxt2 = Text('valTxt2', "2:", fldVal1)
valTxt3 = Text('valTxt3', "3:", fldVal1)
valTxt4 = Text('valTxt4', "4:", fldVal1)
valTxt5 = Text('valTxt5', "5:", fldVal1)
# create floatFields for the driver using the FloatField class
drFlt1 = FloatField('drFltFld1', fldVal1, 0.0, 2)
drFlt2 = FloatField('drFltFld2', fldVal1, 0.0, 2)
drFlt3 = FloatField('drFltFld3', fldVal1, 0.0, 2)
drFlt4 = FloatField('drFltFld4', fldVal1, 0.0, 2)
drFlt5 = FloatField('drFltFld5', fldVal1, 0.0, 2)
# create floatFields for the driven using the FloatField class
dnFlt1 = FloatField('dnFltFld1', fldVal1, 0.0, 2)
dnFlt2 = FloatField('dnFltFld2', fldVal1, 0.0, 2)
dnFlt3 = FloatField('dnFltFld3', fldVal1, 0.0, 2)
dnFlt4 = FloatField('dnFltFld4', fldVal1, 0.0, 2)
dnFlt5 = FloatField('dnFltFld5', fldVal1, 0.0, 2)
# close the rowColumnLayout
cmds.setParent("..")
# create variable for the sdk command
sdkCmd = scriptName + ".makeSdk( 'drFltFld1', 'drFltFld2', 'drFltFld3', 'drFltFld4', 'drFltFld5', 'dnFltFld1', 'dnFltFld2', 'dnFltFld3', 'dnFltFld4', 'dnFltFld5' )"
sdkCmd = scriptName + ".makeSdk()"
# create button to run sdk function
sdkBtn = Button('sdkBtn', "Create SDK", 80, sdkCmd)
# close the columnLayout
cmds.setParent("..")
# close the frameLayout
cmds.setParent("..")
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout('keyOutFrame',
l="Driven Key Values:",
borderStyle='etchedIn',
collapsable=True,
h=150)
# create a formLayout to contain the keyframeOutliner
cmds.formLayout('keyForm')
# create a keyframeOutliner
keyOut = cmds.keyframeOutliner('keyOutline',
dsp="narrow",
animCurve='animCurve1')
# close the formLayout
cmds.setParent("..")
# close the frameLayout
cmds.setParent("..")
# edit the main formLayout
cmds.formLayout('mainForm',
e=True,
af=[('mainFrame', "left", 5), ('mainFrame', "top", 5)])
# edit the sub formLayout
cmds.formLayout('subForm',
e=True,
af=[(drvrFr, "left", 5), (drvrFr, "top", 5),
(drvrFr, "right", 5)],
ac=[(drvnFr, "top", 5, drvrFr), (valFr, "top", 5, drvnFr),
(keyFr, "top", 5, valFr)],
aoc=[(drvnFr, "left", 0, drvrFr),
(drvnFr, "right", 0, drvrFr),
(valFr, "left", 0, drvrFr), (valFr, "right", 0,
drvrFr),
(keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, drvnFr)])
# edit the keyOutline formLayout
cmds.formLayout('keyForm',
e=True,
af=[(keyOut, 'top', 0), (keyOut, 'left', 0),
(keyOut, 'bottom', 0), (keyOut, 'right', 0)])
# show the window
win1.show(winName)
def changeAnim(tsl, kOut): selItem = cmds.textScrollList( tsl, q=True, selectItem=True ) cmds.keyframeOutliner( kOut, e=True, animCurve=selItem[0] )
def makeGUI( wWid, wHigh, f1H, f2H, f3H ):
'''
create the GUI for Mac format
'''
# check to see if the GUI exists
checkGUI( winName )
# create a variable to set the width of the window
frWidth = wWid-10
# create the window
win1 = Window( winName, 'Quick SDK GUI', wWid, wHigh )
# create columnLayout as main layout
cmds.formLayout( 'mainForm', w=frWidth)
# create a frameLayout to encapsulate and label the window elements
cmds.frameLayout( 'mainFrame', label="Quick SDK", borderStyle='etchedIn',
w=frWidth )
# create formLayout as a pad layout for the Window
cmds.formLayout( 'padForm', h=300 )
# create a frameLayout to encapsulate and label the window elements
drvrFr = cmds.frameLayout( 'drvrFrame', label="Driver:",
borderStyle='etchedIn', collapsable=True )
# create formLayout as a pad layout for the Driver Section
cmds.formLayout( 'drvrPadForm', height=f1H )
# height is 54 on Mac, 43 on PC
# create variable for the textField widths
tFld1W = 120
tFld2W = 60
#tFld3W = 80
# create a rowColumnLayout for the Driver Section
cmds.rowColumnLayout( 'drvrMainLayout', nc=4,
cw= ( [1, tFld1W], [2, tFld2W], [3, tFld2W], [4, tFld2W] ) )
# create GUI elements for Driver
nTxt = Text( 'nameTxt', "Name:", 50 )
aTxt = Text( 'attrTxt', "Attr:", 50 )
bTxt1 = Text( 'blankTxt1', " ", 50 )
bTxt2 = Text( 'blankTxt2', " ", 50 )
global drvr1
drvr1 = TextField( 'drvrNameFld', tFld1W, "Driver" )
global drvr2
drvr2 = TextField( 'drvrAttrFld', tFld2W, "Attribute" )
lBtn1 = Button( 'drvrBtn', "Load Sel", tFld2W, Callback( loadSel, drvr1.name, drvr2.name ) )
lBtn1.setAnn( "Loads a selected driver object and a selected attribute from the channel box." )
selObjBtn = Button( 'selDrvrBtn', "Sel Obj", tFld2W, Callback( selObj, drvr1.name, 1 ) )
selObjBtn.setAnn( "Selects the driver object specified in the driver field." )
# close the driver rowColumnLayout
cmds.setParent( ".." )
# close the driver formLayout
cmds.setParent( ".." )
# close the driver frameLayout
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
drvnFr = cmds.frameLayout( 'drvnFrame', label="Driven:",
borderStyle='etchedIn', collapsable=True )
# create formLayout as a pad layout for the Driven Section
cmds.formLayout( 'drvnPadForm', height=f2H )
# height is 105 on Mac, 115 on PC
# create a columnLayout
cmds.rowLayout( 'drvnMainLayout', nc=2, cw = ( [1, 175], [2, 70] ) )
# create a textScrollList for the driven objects and attrs
global dTSL
dTSL = TSL( 'drvnTSL', 1, 175, 100, Callback( changeAnim, 'drvnTSL', 'keyOutline', 'keyOutFrame' ) )
# create variables for width values
tslBtnW1 = 50
tslBtnW2 = 70
# create a columnLayout to enclose the TSL buttons
cmds.columnLayout( 'tslBtnCol' )
# consider looping these
# create TSL buttons
addBtn1 = Button( 'addBtn', "Add", tslBtnW2, Callback( addObj, dTSL.name ) )
addBtn1.setAnn( "Adds driven objects an selected attributes to the textScrollList." )
rAllBtn1 = Button( 'remAllBtn', "Remove All", tslBtnW2, Callback( dTSL.clearAll ) )
rAllBtn1.setAnn( "Removes all objects from the textScrollList." )
rSelBtn1 = Button( 'remSelBtn', "Remove Sel", tslBtnW2, Callback( dTSL.clearSel ) )
rSelBtn1.setAnn( "Removes selected objects from the textScrollList." )
delAnimBtn1 = Button( 'delAnimBtn', "Del Keys", tslBtnW2, Callback( delAnim, dTSL.name ) )
delAnimBtn1.setAnn( "Deletes animation curve associated with this attribute, right click for menu." )
revAnimBtn1 = Button( 'revAnimBtn', "Reverse", tslBtnW2, Callback( revAnim, dTSL.name ) )
revAnimBtn1.setAnn( "Reverses the driven values of the animation curve associated with this attribute." )
# create popUpMenu for Del Keys button
global animIndexMenu
animIndexMenu = cmds.popupMenu( 'dr1Pop', parent=delAnimBtn1.name, button=3 )
cmds.menuItem( label="Del Index:" )
cmds.menuItem( divider=True )
cmds.menuItem( label="No animation curves present" )
# close the driven columnLayout
cmds.setParent( ".." )
# close the button rowLayout
cmds.setParent( ".." )
# close the driven formLayout
cmds.setParent( ".." )
# close the driven frameLayout
cmds.setParent( ".." )
# create a frameLayout to encapsulate and label the window elements
valFr = cmds.frameLayout( 'valFrame', label="Values:",
borderStyle='etchedIn', collapsable=True )
# create formLayout as a pad layout for the Value Section
cmds.formLayout( 'valPadForm', height=f3H )
# height is 125 on Mac, 111 on PC
# create a columnLayout
cmds.columnLayout( 'valMainLayout' )
# create a rowLayout
cmds.rowLayout( nc=2, cw2= [50, 50] )
# create text element to identify the value optionMenu
vNumTxt1 = Text( 'valNumTxt1', "Value #: ", 50 )
# create optionMenu to determine # of SDKs to perform
sdkOptName = cmds.optionMenu( 'sdkOpt', w=50 )
sdkOptNum = [ '1', '2', '3', '4', '5' ]
for num in sdkOptNum:
cmds.menuItem( label=num )
# close the rowLayout
cmds.setParent( ".." )
# create a rowColumnLayout
cmds.rowLayout(nc=2 )
# create a columnLayout
cmds.columnLayout(w=100)
# create text elements to identify the value fields
blIdTxt1 = Text( 'blankIdTxt1', " ", 100 )
drIdTxt1 = Text( 'driverIdTxt1', "Driver Values: ", 100 )
dnIdTxt1 = Text( 'drivenIdTxt1', "Driven Values: ", 100 )
# close the columnLayout
cmds.setParent( ".." )
# create variables to control width values
fldVal1=40
fldVal2=60
# create a rowColumnLayout for the text and value fields
cmds.rowColumnLayout(nc=5, w=200, cw= ([1, fldVal1], [2, fldVal1], [3, fldVal1],
[4, fldVal1], [5, fldVal1]) )
'''
loop the creation of these
'''
# create text to describe the floatFields using the Text class
valTxtNums = [ "1", "2", "3", "4", "5" ]
valTxtNames = [ 'valTxt1', 'valTxt2', 'valTxt3', 'valTxt4', 'valTxt5' ]
valTxt = [ ]
# declare counter
i = 0
for num in valTxtNums:
valTxt.append( Text( valTxtNames[i], "%s:" %(num), fldVal1 ) )
# increment counter
i += 1
# create floatFields for the driver using the FloatField class
drValFldNames = [ 'drFltFld1', 'drFltFld2', 'drFltFld3', 'drFltFld4', 'drFltFld5' ]
drValFld = [ ]
for name in drValFldNames:
drValFld.append( FloatField( name, fldVal1, 0.0, 2 ) )
# create floatFields for the driven using the FloatField class
dnValFldNames = [ 'dnFltFld1', 'dnFltFld2', 'dnFltFld3', 'dnFltFld4', 'dnFltFld5' ]
dnValFld = [ ]
for name in dnValFldNames:
drValFld.append( FloatField( name, fldVal1, 0.0, 2 ) )
# create popupMenus for each floatField
# declare counter
i = 0
while ( i < len( valTxtNums ) ):
# create popupMenu to load attribute values and inverse into driver fields
cmds.popupMenu( 'dr%sPop' %( str(i+1) ), parent=drValFldNames[i], button=3 )
cmds.menuItem( label="Load Attr Value", c=Callback( loadAttrVal, 'dr', str(i+1), 1 ) )
cmds.menuItem( label="Load Inverse Value", c=Callback( loadAttrVal, 'dr', str(i+1), -1 ) )
# create popupMenu to load attribute values and inverse into driven fields
cmds.popupMenu( 'dn%sPop' %( str(i+1) ), parent=dnValFldNames[i], button=3 )
cmds.menuItem( label="Load Attr Value", c=Callback( loadAttrVal, 'dn', str(i+1), 1 ) )
cmds.menuItem( label="Load Inverse Value", c=Callback( loadAttrVal, 'dn', str(i+1), -1 ) )
# increment counter
i += 1
# close the rowColumnLayout
cmds.setParent( ".." )
# close the rowColumnLayout
cmds.setParent( ".." )
# create button to run sdk function
sdkBtn = Button( 'sdkBtn', "Create SDK", 80, Callback( makeSdk, sdkOptName ) )
sdkBtn.setAnn( "Sets Driven Keyframes based on information provided above to the UI." )
# close the columnLayout
cmds.setParent( ".." )
# close the formLayout
cmds.setParent( ".." )
# close the frameLayout
cmds.setParent( ".." )
# create a text object to identify the current animation curve
crvTxt = cmds.text( 'curveTxt', l="Current Curve: No Curve Selected" )
# create a frameLayout to encapsulate and label the window elements
keyFr = cmds.frameLayout( 'keyOutFrame', l="Driven Key Values:",
borderStyle='etchedIn', collapsable=True, h=150 )
# create a formLayout to contain the keyframeOutliner
cmds.formLayout( 'keyForm' )
# create a keyframeOutliner
keyOut = cmds.keyframeOutliner( 'keyOutline', dsp="narrow",
animCurve='animCurve1' )
# close the formLayout
cmds.setParent( ".." )
# close the frameLayout
cmds.setParent( ".." )
# edit the main formLayout
cmds.formLayout( 'mainForm', e=True,
af=[ ( 'mainFrame', "left", 5),
('mainFrame', "top", 5),
('mainFrame', "right", 5) ] )
# edit the pad window formLayout
cmds.formLayout( 'padForm', e=True,
af=[ (drvrFr, "left", 5),
(drvrFr, "top", 5),
(drvrFr, "right", 5)],
ac=[ (drvnFr, "top", 5, drvrFr),
(valFr, "top", 5, drvnFr),
(crvTxt,"top", 5, valFr),
(keyFr, "top", 0, crvTxt)],
aoc=[ (drvnFr, "left", 0, drvrFr),
(drvnFr, "right", 0, drvrFr),
(valFr, "left", 0, drvrFr),
(valFr, "right", 0, drvrFr),
(crvTxt,"left", 0, drvrFr),
(crvTxt,"right", 0, drvrFr),
(keyFr, "left", 0, drvnFr),
(keyFr, "right", 0, drvnFr)] )
# edit the pad driver formLayout
cmds.formLayout( 'drvrPadForm', e=True,
af=[ ( 'drvrMainLayout', "left", 5),
('drvrMainLayout', "top", 5),
('drvrMainLayout', "right", 5) ] )
# edit the pad driven formLayout
cmds.formLayout( 'drvnPadForm', e=True,
af=[ ( 'drvnMainLayout', "left", 5),
('drvnMainLayout', "top", 5),
('drvnMainLayout', "right", 5) ] )
# edit the pad value formLayout
cmds.formLayout( 'valPadForm', e=True,
af=[ ( 'valMainLayout', "left", 5),
('valMainLayout', "top", 5),
('valMainLayout', "right", 5) ] )
# edit the keyOutline formLayout
cmds.formLayout( 'keyForm', e=True,
af=[ (keyOut, 'top', 0),
(keyOut, 'left', 0),
(keyOut, 'bottom', 0),
(keyOut, 'right', 0) ] )
# show the window
win1.show()
