from maya.cmds import *

def mtMatrixViewer():	
	sel = ls (sl=True)
#	for each in sel:
	worldInverseMatrix	= getAttr (sel[0] 	+ ".worldInverseMatrix" )
	worldMatrix		= getAttr (sel[0] 	+ ".worldMatrix" )
	inverseMatrix		= getAttr (sel[0] 	+ ".inverseMatrix")
	parentMatrix		= getAttr (sel[0] 	+ ".parentMatrix")
	parentInverseMatrix	= getAttr (sel[0]	+ ".parentInverseMatrix")
	mtMatrix		= getAttr (sel[0]	+ ".matrix")
	#if window(newWin, q=True, exists=True):
	#	print newWin
	#	deleteUI(newWin)
	newWin = window(title= (sel[0] + " viewer"))
	columnLayout()
	frameLayout(cll=True, cl=False, label="Matrix")
	matrixLayout	= rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )

	aa1 = floatField()
	aa2 = floatField()
	aa3 = floatField()
	aa4 =floatField()

	ab1 = floatField()
	ab2 = floatField()
	ab3 = floatField()
	ab4 = floatField()

	ac1 =  floatField()
	ac2 =  floatField()
	ac3 =  floatField()
	ac4 =  floatField()

	ad1 =  floatField()
	ad2 =  floatField()
	ad3 =  floatField()
	ad4 =  floatField()
	setParent('..')
	setParent('..')

	frameLayout(cll=True, cl=False, label="Inverse Matrix")
	inverseLayout	= rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )

	ba1 =  floatField()
	ba2 =  floatField()
	ba3 =  floatField()
	ba4 =  floatField()

	bb1 =  floatField()
	bb2 =  floatField()
	bb3 =  floatField()
	bb4 =  floatField()

	bc1 =  floatField()
	bc2 =  floatField()
	bc3 =  floatField()
	bc4 =  floatField()

	bd1 =  floatField()
	bd2 =  floatField()
	bd3 =  floatField()
	bd4 =  floatField()

	setParent('..')
	setParent('..')

	frameLayout(cll=True, cl=False, label="World Matrix")
	worldLayout = rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )
	ca1 =  floatField()
	ca2 =  floatField()
	ca3 =  floatField()
	ca4 =  floatField()

	cb1 =  floatField()
	cb2 =  floatField()
	cb3 =  floatField()
	cb4 =  floatField()

	cc1 =  floatField()
	cc2 =  floatField()
	cc3 =  floatField()
	cc4 =  floatField()

	cd1 =  floatField()
	cd2 =  floatField()
	cd3 =  floatField()
	cd4 =  floatField()

	setParent('..')
	setParent('..')

	frameLayout(cll=True, cl=False, label="World Inverse Matrix")
	worldInverseLayout = rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )
	da1 =  floatField()
	da2 =  floatField()
	da3 =  floatField()
	da4 =  floatField()

	db1 =  floatField()
	db2 =  floatField()
	db3 =  floatField()
	db4 =  floatField()

	dc1 =  floatField()
	dc2 =  floatField()
	dc3 =  floatField()
	dc4 =  floatField()

	dd1 =  floatField()
	dd2 =  floatField()
	dd3 =  floatField()
	dd4 =  floatField()

	setParent('..')
	setParent('..')

	frameLayout(cll=True, cl=False, label="Parent Matrix")
	parentLayout = rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )
	ea1 =  floatField()
	ea2 =  floatField()
	ea3 =  floatField()
	ea4 =  floatField()

	eb1 =  floatField()
	eb2 =  floatField()
	eb3 =  floatField()
	eb4 =  floatField()

	ec1 =  floatField()
	ec2 =  floatField()
	ec3 =  floatField()
	ec4 =  floatField()
	
	ed1 =  floatField()
	ed2 =  floatField()
	ed3 =  floatField()
	ed4 =  floatField()

	setParent('..')
	setParent('..')

	frameLayout(cll=True, cl=False, label="Parent Inverse Matrix")
	parentInverseLayout = rowColumnLayout( numberOfColumns=4, columnWidth=[(1,60), (2,60), (3,60), (4,60)] )

	fa1 =  floatField()
	fa2 =  floatField()
	fa3 =  floatField()
	fa4 =  floatField()

	fb1 =  floatField()
	fb2 =  floatField()
	fb3 =  floatField()
	fb4 =  floatField()

	fc1 =  floatField()
	fc2 =  floatField()
	fc3 =  floatField()
	fc4 =  floatField()

	fd1 =  floatField()
	fd2 =  floatField()
	fd3 =  floatField()
	fd4 =  floatField()

	setParent('..')
	setParent('..')

	showWindow(newWin)
	window(newWin, e=True, wh=(255, 715), title= (sel[0] + " viewer"))

	updateButton = button(l="update", command = "mtMatrixViewer()")

	counter = 0
	matrixChildren = rowColumnLayout (matrixLayout, q=True, ca=True)
	for num in mtMatrix:
		floatField(matrixChildren[counter], e=True, value=num)
		counter = counter + 1

	counter = 0
	inverseChildren = rowColumnLayout(inverseLayout, q=True, ca=True)
	for num in inverseMatrix:
		floatField(inverseChildren[counter], e=True, value = num)
		counter = counter + 1

	counter = 0
	worldChildren = rowColumnLayout(worldLayout, q=True, ca=True)
	for num in worldMatrix:
		floatField(worldChildren[counter], e=True, value = num)
		counter = counter + 1

	counter = 0
	worldInverseChildren = rowColumnLayout(worldInverseLayout, q=True, ca=True)
	for num in worldInverseMatrix:
		floatField(worldInverseChildren[counter], e=True, value = num)
		counter = counter + 1

	counter = 0
	parentChildren = rowColumnLayout(parentLayout, q=True, ca=True)
	for num in parentMatrix:
		floatField(parentChildren[counter], e=True, value = num)
		counter = counter + 1

	counter = 0
	parentInverseChildren = rowColumnLayout(parentInverseLayout, q=True, ca=True)
	for num in parentInverseMatrix:
		floatField(parentInverseChildren[counter], e=True, value = num)
		counter = counter + 1
	print "test"

mtMatrixViewer()