def createLatticeControls():
"""
assume lattice is already created and xformed
"""
lat = nt.Transform(u"CT_eyeLattice_dfmLattice")
# defining lattice points
lf_in_col = 5
lf_mid_col = 6
lf_out_col = 7
rt_out_col = 1
rt_mid_col = 2
rt_in_col = 3
up_row = 3
dn_row = 2
deformPoints = {
"LT_eyeUpIn": [lat.pt[lf_in_col][up_row][0], lat.pt[lf_in_col][up_row][1]],
"LT_eyeUpMid": [lat.pt[lf_mid_col][up_row][0], lat.pt[lf_mid_col][up_row][1]],
"LT_eyeUpOut": [lat.pt[lf_out_col][up_row][0], lat.pt[lf_out_col][up_row][1]],
"LT_eyeDnIn": [lat.pt[lf_in_col][dn_row][0], lat.pt[lf_in_col][dn_row][1]],
"LT_eyeDnMid": [lat.pt[lf_mid_col][dn_row][0], lat.pt[lf_mid_col][dn_row][1]],
"LT_eyeDnOut": [lat.pt[lf_out_col][dn_row][0], lat.pt[lf_out_col][dn_row][1]],
"RT_eyeUpIn": [lat.pt[rt_in_col][up_row][0], lat.pt[rt_in_col][up_row][1]],
"RT_eyeUpMid": [lat.pt[rt_mid_col][up_row][0], lat.pt[rt_mid_col][up_row][1]],
"RT_eyeUpOut": [lat.pt[rt_out_col][up_row][0], lat.pt[rt_out_col][up_row][1]],
"RT_eyeDnIn": [lat.pt[rt_in_col][dn_row][0], lat.pt[rt_in_col][dn_row][1]],
"RT_eyeDnMid": [lat.pt[rt_mid_col][dn_row][0], lat.pt[rt_mid_col][dn_row][1]],
"RT_eyeDnOut": [lat.pt[rt_out_col][dn_row][0], lat.pt[rt_out_col][dn_row][1]],
}
# create clusters
clusters = {}
dfg = pm.group(em=True, n="CT_eyeLatticeClusters_dfg")
for name, components in deformPoints.items():
dfm, hdl = pm.cluster(components[1], n=name + "_cluster_dfm", relative=True)
# above: use relative - the cluster handles will be parented with the face/head control
# so parentConstraint will only drive offset values to the handles
# so we'll make sure to only use the local offset values
dfm.setGeometry(components[0])
dfg | hdl
clusters[name] = dfm, hdl
# create controls
controlZOffset = 0
childEyeShapers = []
localReadersGrp = pm.group(em=True, n="CT_eyeLatticeClusters_localReadersGrp")
for name, (dfm, hdl) in clusters.items():
pt = hdl.getRotatePivot(space="world")
pt = dt.Point(pt + (0, 0, controlZOffset))
ctl = pm.circle(n=name + "_eyeShaper_ctl")
ctg = pm.group(ctl, n=name + "_eyeShaper_ctg")
cth = pm.group(ctg, n=name + "_eyeShaper_cth")
cth.setTranslation(pt)
# shape ctl
ctl[1].radius.set(0.5)
ctl[1].sweep.set(359)
ctl[1].centerZ.set(0)
pm.delete(ctl, ch=True)
# scale transform
ctl[0].sy.set(0.333)
pm.makeIdentity(ctl[0], s=True, a=True)
# color shape
if "LT_" in name:
controls.setColor(ctl[0], 18)
elif "RT_" in name:
controls.setColor(ctl[0], 20)
else:
pm.warning("unknown side %s" % name)
# parent constraint cluster (using matrices)
reader = localReader.create(hdl, localReadersGrp)
pm.parentConstraint(ctl[0], reader, mo=True)
childEyeShapers.append(cth)
# control parents
parentEyeShapers = []
for parentCtlName in ("RT_eyeUp", "RT_eyeDn", "LT_eyeUp", "LT_eyeDn"):
# create parent control at cluster location
clusHdl = clusters[parentCtlName + "Mid"][1]
pt = clusHdl.getRotatePivot(space="world")
pt = pt + (0, 0, controlZOffset)
ctl = pm.circle(n=parentCtlName + "_eyeShaper_ctl")
ctg = pm.group(ctl, n=parentCtlName + "_eyeShaper_ctg")
cth = pm.group(ctg, n=parentCtlName + "_eyeShaper_cth")
cth.setTranslation(pt)
# shape ctl
ctl[1].radius.set(2.5)
ctl[1].sweep.set(359)
ctl[1].centerZ.set(0)
pm.delete(ctl, ch=True)
# scale transform
ctl[0].sy.set(0.1)
pm.makeIdentity(ctl[0], s=True, a=True)
# color shape
if "LT_" in parentCtlName:
controls.setColor(ctl[0], 18)
elif "RT_" in parentCtlName:
controls.setColor(ctl[0], 20)
else:
pm.warning("unknown side %s" % name)
# parent other controls
children = [n for n in childEyeShapers if parentCtlName in n.name()]
pm.parent(children, ctl[0])
parentEyeShapers.append(cth)
# group both controls and clusters under the CTG,
# so cluster will only use local offsets
eyeShaperCtg = pm.group(parentEyeShapers, localReadersGrp, n="CT_eyeLatticeControls_ctg")
return eyeShaperCtg
def createLatticeControls():
'''
assume lattice is already created and xformed
xform for mathilda:
dt.Matrix([[1.08819833575, 0.0, 0.0, 0.0],
[0.0, 0.800333468787, 0.0, 0.0],
[0.0, 0.0, 1.08819833575, 0.0],
[0.0, 23.1879695956, -0.00324741491951, 1.0]])
'''
lat = nt.Transform(u'CT_headLattice_dfmLattice')
# defining lattice points
deformPoints = {'CT_headUpperA': [lat.pt[0:1][8][0:1], lat.pt[0:1][9:10][0:1]],
'CT_headUpperB': [lat.pt[0:1][11][0:1], lat.pt[0:1][12:15][0:1]],
'CT_headLowerA': [lat.pt[0:1][7][0:1], lat.pt[0:1][6][0:1]],
'CT_headLowerB': [lat.pt[0:1][5][0:1], lat.pt[0:1][0:4][0:1]]}
# create clusters
clusters = {}
dfg = pm.group(em=True, n='CT_headLatticeClusters_dfg')
for name, components in deformPoints.items():
dfm, hdl = pm.cluster(components[0], n=name+'_cluster_dfm', relative=True)
# above: use relative - the cluster handles will be parented with the face/head control
# so parentConstraint will only drive offset values to the handles
# so we'll make sure to only use the local offset values
for component in components[1]:
dfm.setGeometry(component)
dfg | hdl
clusters[name] = dfm, hdl
# create controls
controlZOffset = 0
childEyeShapers = []
localReadersGrp = pm.group(em=True, n='CT_headLatticeClusters_localReadersGrp')
for name, (dfm, hdl) in clusters.items():
pt = hdl.getRotatePivot(space='world')
pt = dt.Point(pt + (0, 0, controlZOffset))
ctl = pm.circle(n=name+'_headShaper_ctl')
ctg = pm.group(ctl, n=name+'_headShaper_ctg')
cth = pm.group(ctg, n=name+'_headShaper_cth')
cth.setTranslation(pt)
# shape ctl
ctl[1].radius.set(0.5)
ctl[1].sweep.set(359)
ctl[1].centerZ.set(0)
ctl[1].normal.set((0,1,0))
pm.delete(ctl, ch=True)
# scale transform
pm.makeIdentity(ctl[0], s=True, a=True)
# color shape
'''
if 'LT_' in name:
controls.setColor(ctl[0], 18)
elif 'RT_' in name:
controls.setColor(ctl[0], 20)
else:
pm.warning('unknown side %s' % name)'''
# parent constraint cluster (using matrices)
reader = localReader.create(hdl, localReadersGrp)
pm.parentConstraint(ctl[0], reader, mo=True)
childEyeShapers.append(cth)
# group both controls and clusters under the CTG,
# so cluster will only use local offsets
headShaperCtg = pm.group(childEyeShapers, localReadersGrp, n='CT_headLatticeControls_ctg')
# headShaperCtg can then be parented under face_ctrl
return headShaperCtg
def createLatticeControls():
'''
assume lattice is already created and xformed
'''
lat = nt.Transform(u'CT_eyeLattice_dfmLattice')
# defining lattice points
lf_in_col = 5
lf_mid_col = 6
lf_out_col = 7
rt_out_col = 1
rt_mid_col = 2
rt_in_col = 3
up_row = 3
dn_row = 2
deformPoints = {
'LT_eyeUpIn':
[lat.pt[lf_in_col][up_row][0], lat.pt[lf_in_col][up_row][1]],
'LT_eyeUpMid':
[lat.pt[lf_mid_col][up_row][0], lat.pt[lf_mid_col][up_row][1]],
'LT_eyeUpOut':
[lat.pt[lf_out_col][up_row][0], lat.pt[lf_out_col][up_row][1]],
'LT_eyeDnIn':
[lat.pt[lf_in_col][dn_row][0], lat.pt[lf_in_col][dn_row][1]],
'LT_eyeDnMid':
[lat.pt[lf_mid_col][dn_row][0], lat.pt[lf_mid_col][dn_row][1]],
'LT_eyeDnOut':
[lat.pt[lf_out_col][dn_row][0], lat.pt[lf_out_col][dn_row][1]],
'RT_eyeUpIn':
[lat.pt[rt_in_col][up_row][0], lat.pt[rt_in_col][up_row][1]],
'RT_eyeUpMid':
[lat.pt[rt_mid_col][up_row][0], lat.pt[rt_mid_col][up_row][1]],
'RT_eyeUpOut':
[lat.pt[rt_out_col][up_row][0], lat.pt[rt_out_col][up_row][1]],
'RT_eyeDnIn':
[lat.pt[rt_in_col][dn_row][0], lat.pt[rt_in_col][dn_row][1]],
'RT_eyeDnMid':
[lat.pt[rt_mid_col][dn_row][0], lat.pt[rt_mid_col][dn_row][1]],
'RT_eyeDnOut':
[lat.pt[rt_out_col][dn_row][0], lat.pt[rt_out_col][dn_row][1]]
}
# create clusters
clusters = {}
dfg = pm.group(em=True, n='CT_eyeLatticeClusters_dfg')
for name, components in deformPoints.items():
dfm, hdl = pm.cluster(components[1],
n=name + '_cluster_dfm',
relative=True)
# above: use relative - the cluster handles will be parented with the face/head control
# so parentConstraint will only drive offset values to the handles
# so we'll make sure to only use the local offset values
dfm.setGeometry(components[0])
dfg | hdl
clusters[name] = dfm, hdl
# create controls
controlZOffset = 0
childEyeShapers = []
localReadersGrp = pm.group(em=True,
n='CT_eyeLatticeClusters_localReadersGrp')
for name, (dfm, hdl) in clusters.items():
pt = hdl.getRotatePivot(space='world')
pt = dt.Point(pt + (0, 0, controlZOffset))
ctl = pm.circle(n=name + '_eyeShaper_ctl')
ctg = pm.group(ctl, n=name + '_eyeShaper_ctg')
cth = pm.group(ctg, n=name + '_eyeShaper_cth')
cth.setTranslation(pt)
# shape ctl
ctl[1].radius.set(0.5)
ctl[1].sweep.set(359)
ctl[1].centerZ.set(0)
pm.delete(ctl, ch=True)
# scale transform
ctl[0].sy.set(0.333)
pm.makeIdentity(ctl[0], s=True, a=True)
# color shape
if 'LT_' in name:
controls.setColor(ctl[0], 18)
elif 'RT_' in name:
controls.setColor(ctl[0], 20)
else:
pm.warning('unknown side %s' % name)
# parent constraint cluster (using matrices)
reader = localReader.create(hdl, localReadersGrp)
pm.parentConstraint(ctl[0], reader, mo=True)
childEyeShapers.append(cth)
# control parents
parentEyeShapers = []
for parentCtlName in ('RT_eyeUp', 'RT_eyeDn', 'LT_eyeUp', 'LT_eyeDn'):
# create parent control at cluster location
clusHdl = clusters[parentCtlName + 'Mid'][1]
pt = clusHdl.getRotatePivot(space='world')
pt = pt + (0, 0, controlZOffset)
ctl = pm.circle(n=parentCtlName + '_eyeShaper_ctl')
ctg = pm.group(ctl, n=parentCtlName + '_eyeShaper_ctg')
cth = pm.group(ctg, n=parentCtlName + '_eyeShaper_cth')
cth.setTranslation(pt)
# shape ctl
ctl[1].radius.set(2.5)
ctl[1].sweep.set(359)
ctl[1].centerZ.set(0)
pm.delete(ctl, ch=True)
# scale transform
ctl[0].sy.set(0.1)
pm.makeIdentity(ctl[0], s=True, a=True)
# color shape
if 'LT_' in parentCtlName:
controls.setColor(ctl[0], 18)
elif 'RT_' in parentCtlName:
controls.setColor(ctl[0], 20)
else:
pm.warning('unknown side %s' % name)
# parent other controls
children = [n for n in childEyeShapers if parentCtlName in n.name()]
pm.parent(children, ctl[0])
parentEyeShapers.append(cth)
# group both controls and clusters under the CTG,
# so cluster will only use local offsets
eyeShaperCtg = pm.group(parentEyeShapers,
localReadersGrp,
n='CT_eyeLatticeControls_ctg')
return eyeShaperCtg
