def createCurveaBasedOnLocator( prevLoc, loc, baseName, hrsSys ): leastSquaresMod = mn.createNode( 'leastSquaresModifier' ) origCurv = crv.Curve( mc.curve( d = 1, ep = [prevLoc.worldPosition, loc.worldPosition] ) ) index = mm.eval( 'getNextFreeMultiIndex( "'+ hrsSys.name +'.inputHair", 0 )' ) origCurv.name = 'spiderWeb_base_'+ baseName + '_' + str( index ) + '_CRV' mc.rebuildCurve( origCurv.name, rpo = 1, rt = 0, end = 1, kr = 0, kcp = 1, kep = 1, kt =0, s= 4, d = 1, tol = 0.01 ) origCurv.a.intermediateObject.v = 1 controledCurv = origCurv.duplicate() origCurv.shape.attr( 'worldSpace[0]' ) >> leastSquaresMod.a.inputNurbsObject prevLoc.attr( 'worldPosition[0]') >> leastSquaresMod.attr( 'pointConstraint[0].pointPositionXYZ' ) leastSquaresMod.attr( 'pointConstraint[0].pointConstraintU' ).v = 0 loc.attr( 'worldPosition[0]') >> leastSquaresMod.attr( 'pointConstraint[1].pointPositionXYZ' ) leastSquaresMod.attr( 'pointConstraint[1].pointConstraintU' ).v = 1 leastSquaresMod.a.outputNurbsObject >> controledCurv.shape.a.create controledCurv.shape.attr( 'worldMatrix[0]' ) >> leastSquaresMod.a.worldSpaceToObjectSpace fol = mn.createNode( 'follicle' ) fol.a.restPose.v = 1 fol.a.startDirection.v = 1 fol.a.pointLock.v = 3 fol.a.degree.v = 3 fol.a.sampleDensity.v = 3 fol.a.outHair >> hrsSys.attr( 'inputHair[' + str( index ) + ']' ) hrsSys.attr( 'outputHair[' + str( index ) + ']' ) >> fol.a.currentPosition controledCurv.shape.attr( 'worldSpace[0]' ) >> fol.a.startPosition curv = crv.Curve( mc.curve( d = 3, ep = [prevLoc.worldPosition, loc.worldPosition] ) ) curv.name = 'spiderWeb_' + baseName + '_' + str( index ) + '_CRV' fol.a.outCurve >> curv.a.create folPar = fol.parent folPar.name = 'spiderWeb_' + baseName + '_' + str( index ) + '_FOL' return curv, folPar
def _createPerEye(self, side, geos ): mc.select( geos ) clu = mn.Node( mc.cluster( n = side + '_Eye_CLU' )[1] ) print clu.name mc.select( geos ) lat = mn.Nodes( mc.lattice( n = side + '_Eye_LAT', objectCentered = True ) ) ctl = crv.Curve( side + '_Eye_ctl' ) ctl.create( 'circleZ' ) print ctl.name par = mn.Node( mc.parentConstraint( clu, ctl, mo = False )[0]) par.delete() ctl.a.tz.v = self.distance_control_sb.value() + ctl.a.tz.v mc.makeIdentity( ctl, a = True, t = 1, r = 1, s = 1 ) loc = mn.createNode( 'locator' ).parent loc.name = side + '_Eye_Top_Loc' par = mn.Node( mc.aimConstraint( ctl, clu, mo = True, aimVector=[1,0,0], upVector=[0,1,0], worldUpType='object', worldUpObject=loc )[0]) trf = mn.createNode( 'transform' ) trf.name = side + '_Eye_Def_grp' lat[1].parent = trf lat[2].parent = trf clu.parent = trf loc.parent = trf return trf, ctl
def create(self): """create Control system 1- Create Joint on position 2- Create Muscle Constraint 3- Create Curve Control 4- Make Connections """ self.rivet = self._createConstraint() self._createJoint() control = self._createControl() trf.snap( self.rivet.name , control.name ) nullTrf = mn.createNode( 'transform' ) nullTrf.name = self.name + '_baseControl' trf.snap( self.rivet.name , nullTrf.name ) nullTrf.parent = self.rivet control.parent = nullTrf #make connections multi = mn.createNode( 'multiplyDivide' ) multi.name = self.name + '_multi' multi.a.input2.v = [-1,-1,-1] multi.a.output >> nullTrf.a.translate control.a.t >> multi.a.input1 control.a.t >> self.skinJoint.a.t control.a.r >> self.skinJoint.a.r control.a.s >> self.skinJoint.a.s
def __init__(self, objs = [], vertices = []): self.objs = objs self.vertices = vertices #lattice -divisions 2 3 2 -objectCentered true -ol 1; #mc.select( self.objs, self.vertices ) #CREATION grp = mn.Node( mc.group( n = "head_toon_GRP", em = True ) ) deGrp = mn.Node( mc.group( n = "head_toon_deformer_GRP", em = True ) ) deGrp.parent = grp deGrp.a.v.v = False deGrp.a.v.locked = True latNods = mc.lattice( self.objs, self.vertices, divisions = [ 2,3,2], objectCentered = True, ol = 1, n = 'head_toon_LAT' ) latBase = mn.Node( latNods[2] ) latBase.parent = deGrp lat = mn.Node( latNods[1] ) lat.parent = deGrp #mc.select( lat + ".pt[0:1][2][0]", lat + ".pt[0:1][2][1]" ) topClus = mn.Node( mc.cluster( lat.shape.name + ".pt[0:1][2][0]", lat.shape.name + ".pt[0:1][2][1]", n = 'top_face_toon_CLU' )[1] ) topClus.a.v.v = False topClus.a.v.locked = True #mc.select( lat + ".pt[0:1][1][0]", lat + ".pt[0:1][1][1]" ) midClus = mn.Node( mc.cluster( lat.shape.name + ".pt[0:1][1][0]", lat.shape.name + ".pt[0:1][1][1]", n = 'mid_face_toon_CLU' )[1] ) #mc.select( lat + ".pt[0:1][0][0]", lat + ".pt[0:1][0][1]" ) lowClus = mn.Node( mc.cluster( lat.shape.name + ".pt[0:1][0][0]", lat.shape.name + ".pt[0:1][0][1]", n = 'low_face_toon_CLU' )[1] ) ctl = crv.Curve( "head_toon_CTL" ) ctl = ctl.create( "sphere" ) ctl.a.t.v = topClus.worldPosition mc.makeIdentity( ctl.name, apply = True, t = 1, r = 1, s = 1, n = 2 ) topClus.parent = ctl midClus.parent = deGrp lowClus.parent = deGrp ctl.parent = grp #CONSTRAINS midClus.a.r >> topClus.a.r mc.pointConstraint( topClus.name, lowClus.name, midClus.name, mo = True ) #SCALE FOR MID CLUSTER dist = mn.createNode( 'distanceBetween', n = 'head_toon_DIS' ) ctl.a.worldMatrix >> dist.a.inMatrix1 ctl.a.rp >> dist.a.point1 lowClus.a.worldMatrix >> dist.a.inMatrix2 lowClus.a.rp >> dist.a.point2 mul = mn.createNode( 'multiplyDivide', n = 'head_toon_scale_MUL' ) mul.a.input1.v = [dist.a.distance.v]*3 mul.a.operation.v = 2 dist.a.distance >> mul.a.input2X dist.a.distance >> mul.a.input2Y dist.a.distance >> mul.a.input2Z mul.a.output >> midClus.a.s #AIM CONSTRAINT upLocGrp = mn.Node( mc.group( n = "head_upVector_GRP", em = True ) ) upLocGrp.a.t.v = midClus.worldPosition mc.makeIdentity( upLocGrp.name, apply = True, t = 1, r = 1, s = 1, n = 2 ) upLocGrp.parent = deGrp mc.orientConstraint( ctl.name, lowClus.name, upLocGrp.name, mo = True ) upLoc = mn.Node( mc.spaceLocator( n = 'head_upVector_LOC' )[0] ) upLoc.a.t.v = midClus.worldPosition upLoc.a.tz.v = upLoc.a.tz.v + 5 mc.aimConstraint( topClus.name, midClus.name, mo = True, weight = 1, aimVector = [1, 0, 0], upVector = [0, 1, 0], worldUpType = "object", worldUpObject = upLoc.name ) upLoc.parent = upLocGrp mc.pointConstraint( topClus.name, lowClus.name, upLoc.name, mo = True )
def create(self):
"""create hairsystem for lock"""
numFace = mc.polyEvaluate(self.mesh.shape.name, f=True)
numVert = mc.polyEvaluate(self.mesh.shape.name, v=True)
if not self.hairSystem:
print 'There is no hairSystem assigned to this HairLock --> init with one or assign one.... '
if not numFace % 2 or not numVert == (numFace + 3):
print 'This mesh dosen\'t have odd number of faces', self.mesh.name, 'SKYPING'
return
self._curveMesh = mn.createNode('curvesFromMesh')
self._curveMesh.name = self.mesh.name + '_curveMesh'
self.mesh.shape.a.outMesh >> self._curveMesh.a.inMesh
self.mesh.shape.a.worldMatrix >> self._curveMesh.a.inWorldMatrix
for i in range(5):
hairCurve = mn.createNode('nurbsCurve')
hairCurveParent = hairCurve.parent
hairCurveParent.name = self.mesh.name + '_%i' % i + '_crv'
hairCurve = hairCurveParent.shape
self._curveMesh.attr('outCurve[%i' % i + ']') >> hairCurve.a.create
follicle = mn.createNode('follicle')
folliclePar = follicle.parent
folliclePar.name = self.mesh.name + '_%i' % i + '_foll'
follicle = folliclePar.shape
hairSustemOutHairSize = self.hairSystem.a.outputHair.size
follicle.a.outHair >> self.hairSystem.attr(
'inputHair[%i' % hairSustemOutHairSize + ']')
#follicle.a.outHair >> self.hairSystem.attr( 'inputHair[%i'%i + ']' )
hairCurve.a.worldSpace >> follicle.a.startPosition
self.hairSystem.attr('outputHair[%i' % hairSustemOutHairSize +
']') >> follicle.a.currentPosition
self._follicles.append(follicle)
self._curves.append(hairCurve)
#if there is a scalp mesh use that for the position of the follicle
if self.scalp:
self.scalp.shape.a.outMesh >> follicle.a.inputMesh
self.scalp.a.worldMatrix >> follicle.a.inputWorldMatrix
u, v = self._getUVCoordFromScalpForFollicle(hairCurve)
follicle.a.parameterV.v = v
follicle.a.parameterU.v = u
#hairCurveParent.parent = folliclePar
else:
self.mesh.shape.a.outMesh >> follicle.a.inputMesh
self.mesh.a.worldMatrix >> follicle.a.inputWorldMatrix
follicle.a.parameterV.v = 0.5
follicle.a.parameterU.v = 0.5
follicle.a.overrideDynamics.v = 0
follicle.a.startDirection.v = 1
follicle.a.clumpWidthMult.v = 1.5
follicle.a.densityMult.v = 0.5
follicle.a.sampleDensity.v = 1.5
follicle.a.outTranslate >> follicle.parent.a.translate
follicle.a.outRotate >> follicle.parent.a.rotate
def create(self):
"""create hairsystem for lock"""
numFace = mc.polyEvaluate( self.mesh.shape.name, f = True )
numVert = mc.polyEvaluate( self.mesh.shape.name, v = True )
if not self.hairSystem:
print 'There is no hairSystem assigned to this HairLock --> init with one or assign one.... '
if not numFace % 2 or not numVert == ( numFace + 3 ):
print 'This mesh dosen\'t have odd number of faces', self.mesh.name, 'SKYPING'
return
self._curveMesh = mn.createNode('curvesFromMesh' )
self._curveMesh.name = self.mesh.name + '_curveMesh'
self.mesh.shape.a.outMesh >> self._curveMesh.a.inMesh
self.mesh.shape.a.worldMatrix >> self._curveMesh.a.inWorldMatrix
for i in range(5):
hairCurve = mn.createNode('nurbsCurve' )
hairCurveParent = hairCurve.parent
hairCurveParent.name = self.mesh.name + '_%i'%i + '_crv'
hairCurve = hairCurveParent.shape
self._curveMesh.attr( 'outCurve[%i'%i + ']' ) >> hairCurve.a.create
follicle = mn.createNode('follicle')
folliclePar = follicle.parent
folliclePar.name = self.mesh.name + '_%i'%i + '_foll'
follicle = folliclePar.shape
hairSustemOutHairSize = self.hairSystem.a.outputHair.size
follicle.a.outHair >> self.hairSystem.attr( 'inputHair[%i'%hairSustemOutHairSize + ']' )
#follicle.a.outHair >> self.hairSystem.attr( 'inputHair[%i'%i + ']' )
hairCurve.a.worldSpace >> follicle.a.startPosition
self.hairSystem.attr( 'outputHair[%i'%hairSustemOutHairSize + ']' ) >> follicle.a.currentPosition
self._follicles.append(follicle)
self._curves.append(hairCurve)
#if there is a scalp mesh use that for the position of the follicle
if self.scalp:
self.scalp.shape.a.outMesh >> follicle.a.inputMesh
self.scalp.a.worldMatrix >> follicle.a.inputWorldMatrix
u,v = self._getUVCoordFromScalpForFollicle( hairCurve )
follicle.a.parameterV.v = v
follicle.a.parameterU.v = u
#hairCurveParent.parent = folliclePar
else:
self.mesh.shape.a.outMesh >> follicle.a.inputMesh
self.mesh.a.worldMatrix >> follicle.a.inputWorldMatrix
follicle.a.parameterV.v = 0.5
follicle.a.parameterU.v = 0.5
follicle.a.overrideDynamics.v = 0
follicle.a.startDirection.v = 1
follicle.a.clumpWidthMult.v = 1.5
follicle.a.densityMult.v = 0.5
follicle.a.sampleDensity.v = 1.5
follicle.a.outTranslate >> follicle.parent.a.translate
follicle.a.outRotate >> follicle.parent.a.rotate
def __init__(self, project, pose = None, parent = uiH.getMayaWindow() ): if uiH.USEPYQT: super(base, self).__init__(parent) else: super(PoseThumbnailCreatorUi, self).__init__(parent) self.setupUi(self) self.project = project self.pose = pose layout = mui.MQtUtil.fullName(long(shiboken.getCppPointer(self.viewport_lay)[0])) self.cam = mn.Node( 'Capture_Pose' ) if not self.cam.exists: self.camShape = mn.createNode( 'camera', ss = True ) self.camShape.parent.name = 'Capture_Pose' mc.viewSet( self.cam.name, p = True ) self.cam.shape.a.focalLength.v = 100 self.cam.a.v.v = 0 self.executer = mc.modelPanel( mbv = False, camera = self.cam.name, p = layout ) mc.modelEditor(self.executer, e = True, grid = 0, da = "smoothShaded", allObjects = 0, nurbsSurfaces = 1, polymeshes = 1, subdivSurfaces = 1 ) #self.viewport_lay.addWidget( uiH.toQtObject( self.executer ) ) self.setObjectName( 'PoseThumbnailCreatorUi' ) self._makeConnections() self.saveCameraPreset = 0 #READ, 1.. WRITE self.settings = sti.Settings() gen = self.settings.General skin = gen[ "skin" ] if skin: uiH.loadSkin( self, skin ) if pose: self.poseName_le.setText( pose.name ) self.fillSections()
def makeCorrectiveBlend(self, mesh1, mesh2 ): """create a corrective blendshape""" self.attr( mesh1 ).v = 1 self.attr( mesh2 ).v = 1 corrective = self.baseMesh.duplicate( mesh1 + mesh2 + '_corrective' ) corrective.a.corrective.add( at = 'bool' ) self.a.envelope.v = 0 dummy = self.baseMesh.duplicate( mesh1 + mesh2 + '_dummy' ) dummy.a.dummy.add( at = 'bool' ) self.a.envelope.v = 1 blend = BlendShapeNode( mesh1 + mesh2 + '_blend' ) blend.create( [mesh1, mesh2, corrective], dummy ) blend.attr( mesh1 ).v = -1 blend.attr( mesh2 ).v = -1 blend.attr( corrective.name ).v = 1 self.addMesh( dummy.name ) #connect mesh1 and mesh 2 to controls dummy weight mul = mn.createNode( 'multiplyDivide' ) mul.name = mesh1 + mesh2 + '_MUL' self.attr( mesh1 ) >> mul.a.input1X self.attr( mesh2 ) >> mul.a.input2X mul.a.outputX >> self.attr( dummy.name ) self.attr( mesh1 ).v = 0 self.attr( mesh2 ).v = 0 return dummy, corrective
def createMotionVectorAov( name = 'mBlur' ): """create motion vector aov""" #mblur = create( 'aiAOV_' + name, name, 5, False ) mblur = mn.Node( 'aiAOV_motionvector' ) mBlurShader = mn.createNode( 'aiMotionVector' ) mBlurShader.a.raw.v = 1 mBlurShader.a.outColor >> mblur.a.defaultValue
def _createConstraint(self): """create constraint to mesh for the control""" edge1, edge2 = self._getClosestEdgesFromMesh() rebuild,loft = self._loftFromEdges( edge1, edge2 ) u,v = self._uvParamFromPositionOnLoft( rebuild ) rivet = mn.createNode( 'cMuscleSurfAttach' ) rivet.a.v.v = 0 rivet.a.uLoc.v = u rivet.a.vLoc.v = v rivet.a.edgeIdx1.v = edge1 rivet.a.edgeIdx2.v = edge2 rivet.a.fixPolyFlip.v = 1 rivetPar = rivet.parent self.mesh.a.worldMesh >> rivet.a.surfIn #check if flip is better than not tmpTrans1 = rivet.a.outTranslate.v[0] rivet.a.fixPolyFlip.v = 0 tmpTrans2 = rivet.a.outTranslate.v[0] vec1 = api.MVector( self.initPosition[0] - tmpTrans1[0], self.initPosition[0] - tmpTrans1[0], self.initPosition[0] - tmpTrans1[0]) vec2 = api.MVector( self.initPosition[0] - tmpTrans2[0], self.initPosition[0] - tmpTrans2[0], self.initPosition[0] - tmpTrans2[0]) if vec2.length() > vec1.length(): rivet.a.fixPolyFlip.v = 1 rivet.a.outRotate >> rivetPar.a.rotate rivet.a.outTranslate >> rivetPar.a.translate #need to check if the uv are ok or we have to flip them rivetPar.name = self.name + '_rivet' return rivetPar
def createControl( si, shape = 'circleX', childsAlso = True, par = None, lastAlso = False, constraint = True, connect = False, offsetGroup = True ): if not lastAlso and not si.children: return if shape == 'joint': mc.select( cl = True ) curv = mn.Node( mc.joint( n = si.name + "_jnt" ) ) elif shape == 'locator': curv = mn.Node( mc.spaceLocator( n = si.name + '_loc' )[0] ) else: curv = crv.Curve( si.name + "_ctl" ) curv = curv.create( shape ) if offsetGroup: grp = mn.createNode( "transform", ss = True ) grp.name = si.name + "_grp" trf.snap( si, grp ) curv.parent = grp curv.a.t.v = [0]*3 curv.a.r.v = [0]*3 if par: grp.parent = par else: trf.snap( si, curv ) curv.freeze() if constraint: mc.parentConstraint( curv, si, mo = True ) mc.scaleConstraint( curv, si, mo = True ) if connect: curv.a.t >> si.a.t curv.a.r >> si.a.r curv.a.s >> si.a.s if childsAlso and si.children: for c in si.children: c = mn.Node( c.name.split( '|' )[-1] ) createControl( c, shape, True, curv, lastAlso, constraint, connect, offsetGroup )
def _uvParamFromPositionOnLoft(self, loft): """return the uvs values to set up on constrain""" clos = mn.createNode( 'closestPointOnSurface' ) loft.a.outputSurface >> clos.a.inputSurface clos.a.inPosition.v = self.initPosition u = clos.a.parameterU.v v = clos.a.parameterV.v clos.delete() return u,v
def _getClosestEdgesFromMesh(self): """return the closets edges from the mesh to use""" clos = mn.createNode( 'closestPointOnMesh' ) self.mesh.a.worldMesh >> clos.a.inMesh clos.a.inPosition.v = self.initPosition closeFace = clos.a.closestFaceIndex.v edges = mc.polyInfo( self.mesh.name + '.f[%i'%closeFace + ']', faceToEdge = True ) edges = edges[0].split() edge1 = int( edges[2] ) edge2 = int( edges[4] ) clos.delete() return edge1, edge2
def createTransformsForSelection( cur ): curv = crv.Curve( cur ) #create transforms constrained to a curve based on selected objcets trfs = [] for r in mn.ls( sl = True ): pnt = PointOnCurve( curv ) nd = nodeAt( curv.uParam( r.worldPosition ) ) grp = mn.createNode( "transform" ) grp.name = r.name + '_curve_cons_grp' nd.a.position >> grp.a.t trfs.append( grp ) return trfs
def _getUVCoordFromScalpForFollicle(self, curve): """return the closest uv coord for the follicle based on first cv of the curve""" if not self.scalp: print 'There is no scalp mesh for this process' return clos = mn.createNode( 'closestPointOnMesh' ) self.scalp.shape.a.worldMesh >> clos.a.inMesh pos = mc.xform( curve.name + '.cv[0]', q = True, ws = True, t = True ) clos.a.inPosition.v = pos u = clos.a.parameterU.v v = clos.a.parameterV.v clos.delete() return u,v
def _getUVCoordFromScalpForFollicle(self, curve):
"""return the closest uv coord for the follicle based on first cv of the curve"""
if not self.scalp:
print 'There is no scalp mesh for this process'
return
clos = mn.createNode('closestPointOnMesh')
self.scalp.shape.a.worldMesh >> clos.a.inMesh
pos = mc.xform(curve.name + '.cv[0]', q=True, ws=True, t=True)
clos.a.inPosition.v = pos
u = clos.a.parameterU.v
v = clos.a.parameterV.v
clos.delete()
return u, v
def hairSystemAutomator( sysName = '', scalp = None ):
"""creates a hair system based on selected lock meshes,
if you specify a scalp it will use that to place follicles"""
hair_polygons = mn.ls(sl=1)
all_grp = mn.Node( mc.group( n = sysName + '_hair_grp', em = True ) )
hairSystem = mn.createNode('hairSystem')
hairSystemPar = hairSystem.parent
hairSystemPar.name = sysName + '_hairSystem'
hairSystem = hairSystemPar.shape
hairSystemPar.parent = all_grp
pfxHair = mn.createNode( 'pfxHair' )
pfxHairPar = pfxHair.parent
pfxHairPar.name = sysName + '_pfxHair'
pfxHairPar.parent = all_grp
pfxHair = pfxHairPar.shape
foll_grp = mn.Node( mc.group( n = sysName + '_foll_grp', em = True ) )
foll_grp.parent = all_grp
curve_grp = mn.Node( mc.group( n = sysName + '_crv_grp', em = True ) )
curve_grp.parent = all_grp
allFollicles = []
allHairCurves = []
allFtbHairCurves = []
hairCount = 0
plugCount = 0
badMesh = []
for hair_poly in hair_polygons:
hairLock = HairLock( hair_poly, hairSystem, scalp )
hairLock.create()
for i in range( 5 ):
hairLock.follicles[i].parent = foll_grp
#if not scalp:
hairLock.curves[i].parent = curve_grp
#hairSystem.attr( "clumpFlatness[0].clumpFlatness_Position" ).v = 0
#hairSystem.attr( "clumpFlatness[0].clumpFlatness_FloatValue" ).v = 0.5
hairSystem.a.simulationMethod.v = 1
hairSystem.a.outputRenderHairs >> pfxHair.a.renderHairs
ti = mn.Node( 'time1' )
ti.a.outTime >> hairSystem.a.currentTime
def hairSystemAutomator(sysName='', scalp=None):
"""creates a hair system based on selected lock meshes,
if you specify a scalp it will use that to place follicles"""
hair_polygons = mn.ls(sl=1)
all_grp = mn.Node(mc.group(n=sysName + '_hair_grp', em=True))
hairSystem = mn.createNode('hairSystem')
hairSystemPar = hairSystem.parent
hairSystemPar.name = sysName + '_hairSystem'
hairSystemPar.parent = all_grp
hairSystem = hairSystemPar.shape
pfxHair = mn.createNode('pfxHair')
pfxHairPar = pfxHair.parent
pfxHairPar.name = sysName + '_pfxHair'
pfxHairPar.parent = all_grp
pfxHair = pfxHairPar.shape
foll_grp = mn.Node(mc.group(n=sysName + '_foll_grp', em=True))
foll_grp.parent = all_grp
curve_grp = mn.Node(mc.group(n=sysName + '_crv_grp', em=True))
curve_grp.parent = all_grp
allFollicles = []
allHairCurves = []
allFtbHairCurves = []
hairCount = 0
plugCount = 0
badMesh = []
for hair_poly in hair_polygons:
hairLock = HairLock(hair_poly, hairSystem, scalp)
hairLock.create()
for i in range(5):
hairLock.follicles[i].parent = foll_grp
#if not scalp:
hairLock.curves[i].parent = curve_grp
#hairSystem.attr( "clumpFlatness[0].clumpFlatness_Position" ).v = 0
#hairSystem.attr( "clumpFlatness[0].clumpFlatness_FloatValue" ).v = 0.5
hairSystem.a.simulationMethod.v = 1
hairSystem.a.outputRenderHairs >> pfxHair.a.renderHairs
ti = mn.Node('time1')
ti.a.outTime >> hairSystem.a.currentTime
def _loftFromEdges( self, edge1, edge2 ):
"""Create a loft nurbs from edges"""
#EDGE 1
edge1_cme = mn.createNode('curveFromMeshEdge',n='edfe1')
self.mesh.a.worldMesh >> edge1_cme.a.inputMesh
edge1_cme.attr( 'edgeIndex[0]' ).v = edge1
#EDGE 2
edge2_cme = mn.createNode('curveFromMeshEdge',n='edfe2')
self.mesh.a.worldMesh >> edge2_cme.a.inputMesh
edge2_cme.attr( 'edgeIndex[0]' ).v = edge2
mesh_lft = mn.createNode('loft',n='loft')
edge1_cme.a.outputCurve >> mesh_lft.attr( 'inputCurve[0]' )
edge2_cme.a.outputCurve >> mesh_lft.attr( 'inputCurve[1]' )
mesh_lft.a.degree.v = 1
rebuild = mn.createNode( 'rebuildSurface', n = 'rebuild' )
mesh_lft.a.outputSurface >> rebuild.a.inputSurface
rebuild.a.spansU.v = 0
rebuild.a.spansV.v = 0
rebuild.a.degreeU.v = 1
rebuild.a.degreeV.v = 1
rebuild.a.keepRange.v = 0
return rebuild, mesh_lft
def create(self): """docstring for create""" leftEyes = self._textToNodes( self.leftEyesGeo_le ) leftTrf, leftCtl = self._createPerEye( 'l', leftEyes ) rightEyes = self._textToNodes( self.rightEyesGeo_le ) rightTrf, rightCtl = self._createPerEye( 'r', rightEyes ) trf = mn.createNode( 'transform' ) trf.name = 'Eyes_Def_grp' leftTrf.parent = trf rightTrf.parent = trf ctl = crv.Curve( 'eyes_ctl' ) ctl.create( 'square' ) par = mn.Node( mc.parentConstraint( leftCtl, rightCtl,ctl, mo = False )[0]) par.delete() ctl.a.rx.v = 90 mc.makeIdentity( ctl, a = True, t = 1, r = 1, s = 1 ) leftCtl.parent = ctl rightCtl.parent = ctl
def createFollow( obj, constraintObjects ): """create a constraint, and add attribute to object to control""" obj = mn.Node( obj ) objectToConstraint = mn.Node( mc.group( obj.name, n = obj.name + '_grp' ) ) cons = mn.Node( mc.parentConstraint( constraintObjects, objectToConstraint, mo = True )[0] ) enum = '' attrName = 'follow' for a in constraintObjects: enum += a + ':' if not obj.attr( attrName ).exists: obj.a.follow.add( at = "enum", en = enum, k = True ) else: attrName += '2' obj.attr( attrName ).add( at = "enum", en = enum, k = True ) for i,a in enumerate( constraintObjects ): cond = mn.createNode( 'condition', n = obj.name + a + '_COND' ) cond.a.colorIfTrueR.v = 1 cond.a.colorIfFalseR.v = 0 cond.a.secondTerm.v = i obj.attr( attrName ) >> cond.a.firstTerm cond.a.outColorR >> cons.attr( a + 'W' + str( i ) )
def __init__(self, project, pose=None, parent=uiH.getMayaWindow()):
if uiH.USEPYQT:
super(base, self).__init__(parent)
else:
super(PoseThumbnailCreatorUi, self).__init__(parent)
self.setupUi(self)
self.project = project
self.pose = pose
layout = mui.MQtUtil.fullName(
long(shiboken.getCppPointer(self.viewport_lay)[0]))
self.cam = mn.Node('Capture_Pose')
if not self.cam.exists:
self.camShape = mn.createNode('camera', ss=True)
self.camShape.parent.name = 'Capture_Pose'
mc.viewSet(self.cam.name, p=True)
self.cam.shape.a.focalLength.v = 100
self.cam.a.v.v = 0
self.executer = mc.modelPanel(mbv=False,
camera=self.cam.name,
p=layout)
mc.modelEditor(self.executer,
e=True,
grid=0,
da="smoothShaded",
allObjects=0,
nurbsSurfaces=1,
polymeshes=1,
subdivSurfaces=1)
#self.viewport_lay.addWidget( uiH.toQtObject( self.executer ) )
self.setObjectName('PoseThumbnailCreatorUi')
self._makeConnections()
self.saveCameraPreset = 0 #READ, 1.. WRITE
self.settings = sti.Settings()
gen = self.settings.General
skin = gen["skin"]
if skin:
uiH.loadSkin(self, skin)
if pose:
self.poseName_le.setText(pose.name)
self.fillSections()
def createGammaForNode( node, useExistingGama = True, gammaValue = 0.454 ): outputs = node.a.outColor.output if outputs: newGam = None if useExistingGama: newGam = [ o.node for o in outputs if o.node.type == 'gammaCorrect' ] if newGam: newGam = newGam[0] if not newGam: newGam = mn.createNode( 'gammaCorrect' ) newGam.name = node.name + '_GAM' newGam.a.gammaX.v = gammaValue newGam.a.gammaY.v = gammaValue newGam.a.gammaZ.v = gammaValue try: node.a.outColor >> newGam.a.value except: pass for o in outputs: if o.node.type == 'gammaCorrect': continue newGam.a.outValue >> o
def createReflectionTable(self, axis = 'x', vertexList = []):
"""create the table that relates vertex from one side to the other"""
#createVertexList from one side
xVerts = []
tolerance = 0.0001
self._reflectionTable = {}
if not vertexList:
vertexList = mn.ls( self.baseMesh.name + '.vtx[*]', fl = True )
else:
vertexList = mn.Nodes( [ self.baseMesh.name + '.' + a.split( '.' )[-1] for a in vertexList ] )
for a in vertexList:
vPos = mc.xform( a, q = True, os = True, t = True )
if vPos[self.AXIS[axis]] + tolerance >= 0 or vPos[self.AXIS[axis]] - tolerance >= 0:
xVerts.append( int( a.name[a.name.index('[')+1: a.name.index( ']' )]) )
clos = mn.createNode( 'closestPointOnMesh' )
self.baseMesh.a.worldMesh >> clos.a.inMesh
for v in xVerts:
vPos = mc.xform( self.baseMesh.name + '.vtx[' + str( v ) + ']', q = True, os = True, t = True )
vPos[self.AXIS[axis]] *= -1
clos.a.inPosition.v = [vPos[0],vPos[1],vPos[2] ]
self._reflectionTable[v] = clos.a.closestVertexIndex.v
clos.delete()
def createCurves(self, verteces, locs, baseName ): """create the curves to controls the locators""" grp = mn.Node( mc.group( n = baseName + '_CRV_GRP', em = True ) ) tmp = mn.Node( mc.curve( n = baseName + "High" + '_CRV', d = 1, p = verteces, k = [ i for i in range( len( verteces ) ) ] ) ) tmp.name = baseName + "High" + '_CRV' highCurve = crv.Curve( tmp.shape.name.split( '|' )[-1] ) highCurve.parent = grp #attach locs to curve for l in locs: pos = mc.xform( l.name, q = True, ws = 1, t = 1 ) u = highCurve.uParam( pos ) pci = mn.createNode( "pointOnCurveInfo" ) pci.name = l.name.replace( '_LOC', '_PCI' ) highCurve.a.worldSpace >> pci.a.inputCurve pci.a.parameter.v = u pci.a.position >> l.a.t lowCurve = highCurve.rebuild( keep = True ) lowCurve.name = tmp.name.replace( 'High', 'Low' ) lowCurve.parent = grp wir = mn.Node( mc.wire( tmp.name, gw = False, en = 1.000000, ce = 0.000000, li = 0.000000, w = lowCurve.name )[0] ) wir.name = tmp.name.replace( '_CRV', '_WR' ) return crv.Curve( lowCurve.name ), grp
def importForAsset2(self, asset, customNamespace = None ): """import cache and assign to asset""" #reference render asset #connect cache to objects nodes = asset.shadingPath.reference( customNamespace ) #filter meshes mshs = mn.ls( nodes, typ = 'mesh', ni = True, l = True ) mshs.select() abcNode = self.imp( mode = 'import', connect = "/", createIfNotFound = True ) #reconnect via polyTransfer so we can use the original uvs from shape attrs = abcNode.listAttr( c = True, m = True, ro = True, hd = True ) for a in attrs: out = a.output if not out: continue for o in out: midMesh = mn.createNode( 'mesh' ) o.disconnect() a >> midMesh.a.inMesh polyTrans = mc.transferAttributes( midMesh.name, o.node.name, transferPositions = 1, transferNormals = 1, transferUVs = 0, transferColors = 0, sampleSpace = 5, searchMethod = 3 ) midMesh.a.intermediateObject.v = 1 midMesh.parent.delete() nodes[0]() rf.reloadSelected()
def nodeAt(self, parameter): """return a node connected to the curve at the parameter""" node = mn.createNode( 'pointOnCurveInfo' ) self.curve.a.worldSpace >> node.a.inputCurve node.a.parameter.v = parameter return node
import general.mayaNode.mayaNode as mn
import random as rd
import maya.cmds as mc
rbfNode = mn.createNode('rbfSolver')
baseSphere = mn.Node('pSphere1')
sha = baseSphere.shader.a.surfaceShader.input.node
distance = 30
samples = mn.createNode('transform')
samples.name = 'samples'
samplesCount = 30
centersCount = 5
for n in range(samplesCount):
newSphere = baseSphere.duplicate()
newSha = sha.duplicate()
newSphere.a.t.v = [
rd.uniform(-(distance), distance),
rd.uniform(-(distance), distance),
rd.uniform(-(distance), distance)
]
newSha.a.outColor.v = [
rd.uniform(0, 1), rd.uniform(0, 1),
rd.uniform(0, 1)
]
mc.select(newSphere)
mc.hyperShade(a=newSha)
newSphere.a.t >> rbfNode.attr("inPos[" + str(n) + "]")
newSha.a.outColorR >> rbfNode.attr("inValues[" + str(n) + "].inValue[0]")
newSha.a.outColorG >> rbfNode.attr("inValues[" + str(n) + "].inValue[1]")
newSha.a.outColorB >> rbfNode.attr("inValues[" + str(n) + "].inValue[2]")
newSphere.parent = samples
def create( loops = 10 ):
"""create a spider web based on a polygon mesh, select a vertex for the center of the web and a edge loop for the border"""
sel = mc.ls( sl = True, fl = True )
if not sel:
mc.warning( 'Select a vertex for the center of the web and a loop of edges for the border' )
return
vert = sel[0]
vertPos = mc.xform( vert, q = True, ws = True, t = True )
edges = sel[1:]
exists = True
finalNameSpace = ''
num = 0
while exists:
if not mc.namespace( ex = 'spiderWeb' + str( num ) ):
exists = False
finalNameSpace = 'spiderWeb' + str( num )
num += 1
space = mn.Namespace( finalNameSpace )
space.create()
softs = []
with space.set():
baseGrp = mn.Node( mc.createNode('transform') )
baseGrp.name = 'spiderWeb_grp'
crvsGrp = mn.Node( mc.createNode('transform') )
crvsGrp.name = 'spiderWeb_CRV_grp'
trfLocs = mn.createNode( 'transform' )
trfLocs.name = 'spiderWeb_LOC_grp'
trfLocs.a.v.v = 0
trfFols = mn.createNode( 'transform' )
trfFols.name = 'spiderWeb_FOL_grp'
trfFols.a.v.v = 0
hrsSys = mn.createNode( 'hairSystem' )
mn.Node( 'time1' ).a.outTime >> hrsSys.a.currentTime
crvsGrp.parent = baseGrp
trfLocs.parent = baseGrp
trfFols.parent = baseGrp
hrsSys.parent.parent = baseGrp
crvs = []
vertecesOnEdges = mc.ls( mc.polyListComponentConversion( edges, fromEdge = True, toVertex = True ), fl = True )
tmpVertEdges = vertecesOnEdges
orderedVertices = []
nextVert = tmpVertEdges[0]
counter = 0
while not len(tmpVertEdges) == 0:
edgeOnVertex = mc.polyListComponentConversion( nextVert, fromVertex = True, toEdge = True )
orderedVertices.append( nextVert )
tmpVertEdges.remove( nextVert )
for e in edgeOnVertex:
vertsOnEdg = mc.ls( mc.polyListComponentConversion( e, fromEdge = True, toVertex = True ), fl = True )
for v in vertsOnEdg:
if v in tmpVertEdges:
nextVert = v
break
for i,v in enumerate( orderedVertices ):
vPos = mc.xform( v, q = True, ws = True, t = True )
curv = crv.Curve( mc.curve( d = 3, ep = [vertPos, vPos] ) )
mc.rebuildCurve( curv.name, rpo = 1, rt = 0, end = 1, kr = 0, kcp = 1, kep = 1, kt =0, s= 4, d = 3, tol = 0.01 )
curv.name = 'spiderWeb_guide_' + str( i ) + '_CRV'
crvs.append( curv )
curv.parent = crvsGrp
i = 0
minVal = mc.arclen( crvs[0] )
maxVal = mc.arclen( crvs[0] )
for c in crvs:
if mc.arclen( c ) < minVal:
minVal = mc.arclen( c )
if mc.arclen( c ) > maxVal:
maxVal = mc.arclen( c )
prevLoc = ''
count = 0
for a in drange( 0.0, 1.0, ( 1.0 / len( crvs ) / loops ) ):
if i == ( len( crvs ) ):
i = 0
c = crvs[i]
i += 1
offset = a * ( maxVal ) / mc.arclen( c )
offset = offset + random.uniform(-0.01,0.01)
if c.shape.a.maxValue.v < offset:
break
pointOnCur = pntcrv.PointOnCurve( c )
nod = pointOnCur.nodeAt( offset )
loc = mn.Node( mc.spaceLocator( )[0] )
nod.a.position >> loc.a.translate
if prevLoc:
#create curve based on locators position
leastSquaresMod = mn.createNode( 'leastSquaresModifier' )
prevLoc.name = 'spiderWeb_' + str( count ) + '_LOC'
origCurv = crv.Curve( mc.curve( d = 1, ep = [prevLoc.worldPosition, loc.worldPosition] ) )
origCurv.name = 'spiderWeb_base_' + str( count ) + '_CRV'
mc.rebuildCurve( origCurv.name, rpo = 1, rt = 0, end = 1, kr = 0, kcp = 1, kep = 1, kt =0, s= 4, d = 1, tol = 0.01 )
origCurv.a.intermediateObject.v = 1
controledCurv = origCurv.duplicate()
origCurv.shape.attr( 'worldSpace[0]' ) >> leastSquaresMod.a.inputNurbsObject
prevLoc.attr( 'worldPosition[0]') >> leastSquaresMod.attr( 'pointConstraint[0].pointPositionXYZ' )
leastSquaresMod.attr( 'pointConstraint[0].pointConstraintU' ).v = 0
loc.attr( 'worldPosition[0]') >> leastSquaresMod.attr( 'pointConstraint[1].pointPositionXYZ' )
leastSquaresMod.attr( 'pointConstraint[1].pointConstraintU' ).v = 1
leastSquaresMod.a.outputNurbsObject >> controledCurv.shape.a.create
controledCurv.shape.attr( 'worldMatrix[0]' ) >> leastSquaresMod.a.worldSpaceToObjectSpace
fol = mn.createNode( 'follicle' )
fol.a.restPose.v = 1
fol.a.startDirection.v = 1
fol.a.pointLock.v = 3
fol.a.degree.v = 3
fol.a.sampleDensity.v = 3
fol.a.outHair >> hrsSys.attr( 'inputHair[' + str( count ) + ']' )
fol.parent.parent = trfFols
hrsSys.attr( 'outputHair[' + str( count ) + ']' ) >> fol.a.currentPosition
controledCurv.shape.attr( 'worldSpace[0]' ) >> fol.a.startPosition
curv = crv.Curve( mc.curve( d = 3, ep = [prevLoc.worldPosition, loc.worldPosition] ) )
curv.name = 'spiderWeb_spiral_' + str( count ) + '_CRV'
fol.a.outCurve >> curv.a.create
fol.parent.name = 'spiderWeb_' + str( count ) + '_FOL'
curv.parent = crvsGrp
count += 1
loc.parent = trfLocs
prevLoc = loc
hrsSys.parent.name = 'spiderWeb_HRS'
def create( loops = 10, dynamicGuides = False ):
"""create a spider web based on a polygon mesh, select a vertex for the center of the web and a edge loop for the border"""
sel = mc.ls( sl = True, fl = True )
if not sel:
mc.warning( 'Select a vertex for the center of the web and a loop of edges for the border' )
return
vert = sel[0]
vertPos = mc.xform( vert, q = True, ws = True, t = True )
edges = sel[1:]
exists = True
finalNameSpace = ''
num = 0
while exists:
if not mc.namespace( ex = 'spiderWeb' + str( num ) ):
exists = False
finalNameSpace = 'spiderWeb' + str( num )
num += 1
space = mn.Namespace( finalNameSpace )
space.create()
with space.set():
#create Base Groups
baseGrp = mn.Node( mc.createNode('transform') )
baseGrp.name = 'spiderWeb_grp'
baseGrp.a.CurveWidth.add( dv = 0.010 )
baseGrp.a.CurveShader.add( uac = True, attributeType='float3' )
baseGrp.a.red.add( attributeType='float', parent='CurveShader' )
baseGrp.a.green.add( attributeType='float', parent='CurveShader' )
baseGrp.a.blue.add( attributeType='float', parent='CurveShader' )
shader = mn.createNode( 'aiHair' )
baseGrp.a.CurveShader.v = [1,1,1]
crvsGrp = mn.Node( mc.createNode('transform') )
crvsGrp.name = 'spiderWeb_CRV_grp'
trfLocs = mn.createNode( 'transform' )
trfLocs.name = 'spiderWeb_LOC_grp'
trfLocs.a.v.v = 0
trfFols = mn.createNode( 'transform' )
trfFols.name = 'spiderWeb_FOL_grp'
trfFols.a.v.v = 0
crvsGrp.parent = baseGrp
trfLocs.parent = baseGrp
trfFols.parent = baseGrp
hrsSys = mn.createNode( 'hairSystem' )
mn.Node( 'time1' ).a.outTime >> hrsSys.a.currentTime
hrsSys.parent.parent = baseGrp
####
vertecesOnEdges = mc.ls( mc.polyListComponentConversion( edges, fromEdge = True, toVertex = True ), fl = True )
orderedVertices = getOrderedVerteces( vertecesOnEdges )
crvs, fols, locs = createGuideCurves( orderedVertices, vertPos, hrsSys, dynamicGuides )
for c in crvs:
baseGrp.a.CurveWidth >> c.shape.a.aiCurveWidth
shader.a.outColor >> c.shape.a.aiCurveShader
mn.Nodes( crvs ).parent( crvsGrp )
if fols:
mn.Nodes( fols ).parent( trfFols )
if locs:
mn.Nodes( locs ).parent( trfLocs )
crvs,fols,locs = createSpiralCurves( crvs, loops, hrsSys )
for c in crvs:
baseGrp.a.CurveWidth >> c.shape.a.aiCurveWidth
shader.a.outColor >> c.shape.a.aiCurveShader
mn.Nodes( crvs ).parent( crvsGrp )
mn.Nodes( fols ).parent( trfFols )
mn.Nodes( locs ).parent( trfLocs )
hrsSys.parent.name = 'spiderWeb_HRS'
def createShader(aovNode):
"""docstring for createShader"""
#Create Utility base Shader
utilMat = mn.Node( 'OccUtil_MAT')
if not utilMat.exists:
utilMat = mn.createNode( 'aiUtility' )
utilMat.a.shadeMode.v = 2
utilMat.name = 'OccUtil_MAT'
#Create TripleSwitch
tripleSwitch = mn.Node( 'OccTripleSwith_TS')
if not tripleSwitch.exists:
tripleSwitch = mn.createNode( 'tripleShadingSwitch' )
tripleSwitch.name = 'OccTripleSwith_TS'
if not tripleSwitch.a.output.isConnected( utilMat.a.color ):
tripleSwitch.a.output >> utilMat.a.color
#Create OCC Shader
occMat = mn.Node( 'Occ_MAT' )
if not occMat.exists:
occMat = mn.createNode( 'aiAmbientOcclusion' )
occMat.name = 'Occ_MAT'
if not occMat.a.outColor.isConnected( tripleSwitch.a.default ):
occMat.a.outColor >> tripleSwitch.a.default
count = 0
#get shapes with customs attributes
for sha in mn.ls( typ = 'mesh', ni = True ):
if sha.a.iris_Occ.exists:
#create Iris for this shape
irisMat = mn.Node( 'irisOcc_MAT' )
if not irisMat.exists:
irisMat = mn.createNode( 'surfaceShader' )
irisMat.name = 'irisOcc_MAT'
#connect shape with tripleswitch and irisMat
if not sha.attr('instObjGroups[0]').isConnected( tripleSwitch.attr( 'input[' + str(count) +'].inShape')):
sha.attr('instObjGroups[0]') >> tripleSwitch.attr( 'input[' + str(count) +'].inShape')
if not irisMat.a.outColor.isConnected( tripleSwitch.attr( 'input[' + str(count) +'].inTriple') ):
irisMat.a.outColor >> tripleSwitch.attr( 'input[' + str(count) +'].inTriple')
count += 1
continue
if sha.a.texture_Occ.exists:
#create Occ with texture for this shape
occMat = mn.Node( sha.name + 'Occ_MAT' )
if not occMat.exists:
occMat = mn.createNode( 'aiAmbientOcclusion' )
occMat.name = sha.name + 'Occ_MAT'
fileMat = mn.Node( sha.name + 'file_Occ_MAT' )
if not fileMat.exists:
fileMat = mn.createNode( 'file' )
fileMat.name = sha.name + 'file_Occ_MAT'
fileMat.a.ftn.v = sha.a.texture_Occ.v
if not fileMat.a.outColor.isConnected( occMat.a.white ):
fileMat.a.outColor >> occMat.a.white
if not sha.attr('instObjGroups[0]').isConnected( tripleSwitch.attr( 'input[' + str(count) +'].inShape') ):
sha.attr('instObjGroups[0]') >> tripleSwitch.attr( 'input[' + str(count) +'].inShape')
if not occMat.a.outColor.isConnected( tripleSwitch.attr( 'input[' + str(count) +'].inTriple') ):
occMat.a.outColor >> tripleSwitch.attr( 'input[' + str(count) +'].inTriple')
count += 1
if sha.a.hideForOcc.exists:
sha.a.castsShadows.v = False
sha.a.primaryVisibility.v = False
#Connect Shader to AOV
if not utilMat.a.outColor.isConnected( aovNode.a.defaultValue ):
utilMat.a.outColor >> aovNode.a.defaultValue
import general.mayaNode.mayaNode as mn
import random as rd
import maya.cmds as mc
rbfNode = mn.createNode( 'rbfSolver' )
baseSphere = mn.Node( 'pSphere1' )
sha = baseSphere.shader.a.surfaceShader.input.node
distance = 30
samples = mn.createNode( 'transform' )
samples.name = 'samples'
samplesCount = 30
centersCount = 5
for n in range(samplesCount):
newSphere = baseSphere.duplicate()
newSha = sha.duplicate()
newSphere.a.t.v = [rd.uniform( -(distance),distance ),
rd.uniform( -(distance),distance ),
rd.uniform( -(distance),distance )]
newSha.a.outColor.v = [rd.uniform(0,1),
rd.uniform(0,1),
rd.uniform(0,1)]
mc.select( newSphere )
mc.hyperShade( a = newSha )
newSphere.a.t >> rbfNode.attr( "inPos[" + str( n ) + "]" )
newSha.a.outColorR >> rbfNode.attr( "inValues[" + str( n ) + "].inValue[0]" )
newSha.a.outColorG >> rbfNode.attr( "inValues[" + str( n ) + "].inValue[1]" )
newSha.a.outColorB >> rbfNode.attr( "inValues[" + str( n ) + "].inValue[2]" )
newSphere.parent = samples
centers = mn.createNode( 'transform' )
centers.name = 'centers_grp'
for n in range(centersCount):