def selectNextItem(self):
'''
'''
if self.txt_jntCurrent.getLabel() == 'Select mouth lips loop':
self.txt_jntCurrent.setLabel('Select left eyelid loop')
fullRefPath = self.imageRefPath + "LT_eyeLidLoop.jpg"
pm.image(self.img_jntReference, image=fullRefPath, e=True)
# assign selection to placement_grp attr
sel = pm.ls(sl=True, fl=True)
self.placementGrp.addAttr('mouthLipsLoop', dt='stringArray')
self.placementGrp.attr('mouthLipsLoop').set(len(sel),
*sel,
type='stringArray')
pm.select(cl=True)
placementGrp.addMouthLoopPlacements(self.placementGrp)
elif self.txt_jntCurrent.getLabel() == 'Select left eyelid loop':
# READY!
self.txt_jntCurrent.setLabel('Ready to Build!')
fullRefPath = self.imageRefPath + "default.jpg"
pm.image(self.img_jntReference, image=fullRefPath, e=True)
self.btn_jntScrollRt.setEnable(False)
self.btn_updateLocs.setEnable(True)
self.btn_buildRig.setEnable(True)
pm.setToolTo('selectSuperContext')
# assign selection to placement_grp attr
sel = pm.ls(sl=True, fl=True)
self.placementGrp.addAttr('leftEyelidLoop', dt='stringArray')
self.placementGrp.attr('leftEyelidLoop').set(len(sel),
*sel,
type='stringArray')
placementGrp.addEyeLoopPlacements(self.placementGrp)
# override for mathilda
# placementGrp.addEyeLoopPlacements(self.placementGrp, [23,15,9,3])
# mathilda_override
# pm.PyNode('LT_innerUpper_eyelid_pLoc').cv_id.set(18)
placementGrp.addIndependentPlacers(self.placementGrp,
self.indMapping)
# align jaw pLoc
cons = mc.aimConstraint('CT__mouthMover_pLoc',
'CT__jaw_pLoc',
aim=[0, 0, 1],
u=[1, 0, 0],
wu=[1, 0, 0])
mc.delete(cons)
pm.selectMode(object=True)
mel.setObjectPickMask("Surface", False)
placementGrp.snapPlacementsToMesh(self.placementGrp)
placementGrp.mirrorAllPlacements(self.placementGrp)
placementGrp.orientAllPlacements(self.placementGrp)
def selectNextItem(self):
'''
'''
if self.txt_jntCurrent.getLabel() == 'Select mouth lips loop':
self.txt_jntCurrent.setLabel('Select left eyelid loop')
fullRefPath = self.imageRefPath + "LT_eyeLidLoop.jpg"
pm.image(self.img_jntReference, image=fullRefPath, e=True)
# assign selection to placement_grp attr
sel = pm.ls(sl=True, fl=True)
self.placementGrp.addAttr('mouthLipsLoop', dt='stringArray')
self.placementGrp.attr('mouthLipsLoop').set(len(sel), *sel, type='stringArray')
pm.select(cl=True)
placementGrp.addMouthLoopPlacements(self.placementGrp)
elif self.txt_jntCurrent.getLabel() == 'Select left eyelid loop':
# READY!
self.txt_jntCurrent.setLabel('Ready to Build!')
fullRefPath = self.imageRefPath + "default.jpg"
pm.image(self.img_jntReference, image=fullRefPath, e=True)
self.btn_jntScrollRt.setEnable(False)
self.btn_updateLocs.setEnable(True)
self.btn_buildRig.setEnable(True)
pm.setToolTo('selectSuperContext')
# assign selection to placement_grp attr
sel = pm.ls(sl=True, fl=True)
self.placementGrp.addAttr('leftEyelidLoop', dt='stringArray')
self.placementGrp.attr('leftEyelidLoop').set(len(sel), *sel, type='stringArray')
placementGrp.addEyeLoopPlacements(self.placementGrp)
# override for mathilda
# placementGrp.addEyeLoopPlacements(self.placementGrp, [23,15,9,3])
# mathilda_override
# pm.PyNode('LT_innerUpper_eyelid_pLoc').cv_id.set(18)
placementGrp.addIndependentPlacers(self.placementGrp, self.indMapping)
# align jaw pLoc
cons = mc.aimConstraint('CT__mouthMover_pLoc', 'CT__jaw_pLoc',
aim=[0,0,1], u=[1,0,0], wu=[1,0,0])
mc.delete(cons)
pm.selectMode(object=True)
mel.setObjectPickMask("Surface", False)
placementGrp.snapPlacementsToMesh(self.placementGrp)
placementGrp.mirrorAllPlacements(self.placementGrp)
placementGrp.orientAllPlacements(self.placementGrp)
def buildEyeShaper():
createLattice(
[nt.Transform(u"LT_eyeball_geo"), nt.Transform(u"RT_eyeball_geo")],
[nt.Mesh(u"CT_face_geoShape"), nt.Mesh(u"LT_brow_geoShape"), nt.Mesh(u"RT_brow_geoShape")],
)
# add placement locs
pGrp = nt.Transform(u"CT_eyeLattice_placement_grp")
import rigger.modules.placementGrp as placementGrp
reload(placementGrp)
placementGrp.mirrorAllPlacements(pGrp)
# create bnds
import rigger.modules.face as face
bndGrp = face.createBndsFromPlacement(pGrp)
# motion sys
# mesh is passed in for legacy reasons
face.buildSecondaryControlSystem(pGrp, bndGrp, mesh=None)
priCtlMappings = {
"LT_midUp_eyeShaper_pri_ctrl": {
u"LT_inUp_eyeShaper_bnd": 1,
u"LT_midUp_eyeShaper_bnd": 1,
u"LT_outUp_eyeShaper_bnd": 1,
},
"LT_midLow_eyeShaper_pri_ctrl": {
u"LT_inLow_eyeShaper_bnd": 1,
u"LT_midLow_eyeShaper_bnd": 1,
u"LT_outLow_eyeShaper_bnd": 1,
},
"RT_midUp_eyeShaper_pri_ctrl": {
u"RT_inUp_eyeShaper_bnd": 1,
u"RT_midUp_eyeShaper_bnd": 1,
u"RT_outUp_eyeShaper_bnd": 1,
},
"RT_midLow_eyeShaper_pri_ctrl": {
u"RT_inLow_eyeShaper_bnd": 1,
u"RT_midLow_eyeShaper_bnd": 1,
u"RT_outLow_eyeShaper_bnd": 1,
},
}
import rigger.modules.priCtl as priCtl
reload(priCtl)
priCtl.setupPriCtlSecondPass(priCtlMappings)
def buildEyeShaper():
createLattice(
[nt.Transform(u'LT_eyeball_geo'),
nt.Transform(u'RT_eyeball_geo')], [
nt.Mesh(u'CT_face_geoShape'),
nt.Mesh(u'LT_brow_geoShape'),
nt.Mesh(u'RT_brow_geoShape')
])
# add placement locs
pGrp = nt.Transform(u'CT_eyeLattice_placement_grp')
import rigger.modules.placementGrp as placementGrp
reload(placementGrp)
placementGrp.mirrorAllPlacements(pGrp)
# create bnds
import rigger.modules.face as face
bndGrp = face.createBndsFromPlacement(pGrp)
# motion sys
# mesh is passed in for legacy reasons
face.buildSecondaryControlSystem(pGrp, bndGrp, mesh=None)
priCtlMappings = {
'LT_midUp_eyeShaper_pri_ctrl': {
u'LT_inUp_eyeShaper_bnd': 1,
u'LT_midUp_eyeShaper_bnd': 1,
u'LT_outUp_eyeShaper_bnd': 1
},
'LT_midLow_eyeShaper_pri_ctrl': {
u'LT_inLow_eyeShaper_bnd': 1,
u'LT_midLow_eyeShaper_bnd': 1,
u'LT_outLow_eyeShaper_bnd': 1
},
'RT_midUp_eyeShaper_pri_ctrl': {
u'RT_inUp_eyeShaper_bnd': 1,
u'RT_midUp_eyeShaper_bnd': 1,
u'RT_outUp_eyeShaper_bnd': 1
},
'RT_midLow_eyeShaper_pri_ctrl': {
u'RT_inLow_eyeShaper_bnd': 1,
u'RT_midLow_eyeShaper_bnd': 1,
u'RT_outLow_eyeShaper_bnd': 1
}
}
import rigger.modules.priCtl as priCtl
reload(priCtl)
priCtl.setupPriCtlSecondPass(priCtlMappings)
def mirrorLocs(self):
placementGrp.mirrorAllPlacements(self.placementGrp)
# Align for sliding
slidingBnds = data.slidingBnds
for eachBnd in slidingBnds:
rt.alignTransformToMesh(eachBnd, mesh, method='sliding')
# manual orienting and tweaking
# notes:
# cheek locs should have Y-up, so they can translate up and make a bulge, etc
# align jaw locs along jawline
# brow neg-Y should point outwards to maintain brow volume
#------------------------------------------------------------------------------
# Mirror
placementGrp.snapPlacementsToMesh(pGrp)
placementGrp.mirrorAllPlacements(pGrp)
pDict = data.placeLocXforms
placementGrp.setPlacementGrpFromDict(pGrp, pDict)
#===============================================================================
# BUILD BNDS
# start - mathilda_facerigB_v003.ma
# mathilda_facerigB_v005.ma (update geometry with lips closed)
# mathilda_facerigB_v006.ma (update loc orientations)
#===============================================================================
bndGrp = face.createBndsFromPlacement(pGrp)
face.buildSecondaryControlSystem(pGrp, bndGrp, mesh)
priCtls = face.buildPrimaryControlSystem()
perimeterGrp = face.addPerimeterBndSystem(mesh)
mll = face.createSkinLayers(mesh)
#------------------------------------------------------- SET PRIMARY CTL WEIGHTS
# Align for sliding
slidingBnds = data.slidingBnds
for eachBnd in slidingBnds:
rt.alignTransformToMesh(eachBnd, mesh, method='sliding')
# manual orienting and tweaking
# notes:
# cheek locs should have Y-up, so they can translate up and make a bulge, etc
# align jaw locs along jawline
# brow neg-Y should point outwards to maintain brow volume
#------------------------------------------------------------------------------
# Mirror
placementGrp.snapPlacementsToMesh(pGrp)
placementGrp.mirrorAllPlacements(pGrp)
pDict = data.placeLocXforms
placementGrp.setPlacementGrpFromDict(pGrp, pDict)
#===============================================================================
# BUILD BNDS
# start - mathilda_facerigB_v003.ma
# mathilda_facerigB_v005.ma (update geometry with lips closed)
# mathilda_facerigB_v006.ma (update loc orientations)
#===============================================================================
bndGrp = face.createBndsFromPlacement(pGrp)
face.buildSecondaryControlSystem(pGrp, bndGrp, mesh)
priCtls = face.buildPrimaryControlSystem()
perimeterGrp = face.addPerimeterBndSystem(mesh)
mll = face.createSkinLayers(mesh)
#------------------------------------------------------- SET PRIMARY CTL WEIGHTS
def mirrorLocs(self):
placementGrp.mirrorAllPlacements(self.placementGrp)
