def readCorrectives(drivers, human, part):
shapeList = []
warpmodifier.resetWarpTargets(human)
for (pose, lr, expr, vars) in drivers:
print "Corrective", part, pose
if warp.numpy:
shape = warpmodifier.compileWarpTarget(
"shared/mhx/targets/correctives/%s/${ethnic}/${gender}-${age}/%s.target" % (part, pose),
"GenderAgeEthnicModifier",
human,
part,
)
else:
shape = loopGendersAges((part, pose), human, "Corrective")
shapeList.append((shape, pose, lr))
return shapeList
def readExpressionUnits(human, t0, t1):
shapeList = []
warpmodifier.resetWarpTargets(human)
dt = t1 - t0
n = len(Expressions)
if n > 0:
dt /= n
t = t0
for name in ExpressionUnits:
gui3d.app.progress(t, text="Reading expression %s" % name)
if warp.numpy:
shape = warpmodifier.compileWarpTarget(
"data/targets/expression/units/${ethnic}/${gender}_${age}/%s.target" % name,
"GenderAgeEthnicModifier2",
human,
"face",
)
else:
shape = loopGendersAges(name, human, "ExpressionUnits")
shapeList.append((name, shape))
t += dt
return shapeList
def readFaceShapes(human, drivers, t0, t1):
shapeList = []
shapes = {}
warpmodifier.resetWarpTargets(human)
dt = t1 - t0
n = len(drivers.keys())
if n > 0:
dt /= n
t = t0
for name, value in drivers.items():
(fname, bone, channel, sign, min, max) = value
if name[-2:] in ["_L", "_R"]:
lr = "LR"
sname = name[:-2]
else:
lr = "Sym"
sname = name
try:
shape = shapes[fname]
doLoad = False
except:
doLoad = True
if doLoad:
gui3d.app.progress(t, text="Reading face shape %s" % fname)
if warp.numpy:
shape = warpmodifier.compileWarpTarget(
"shared/mhx/targets/body_language/${gender}-${age}/%s.target" % fname,
"GenderAgeEthnicModifier",
human,
"face",
)
else:
shape = readShape("shared/mhx/targets/body_language/female-young/%s.target" % fname)
shapes[fname] = shape
shapeList.append((sname, shape, lr, min, max))
t += dt
shapeList.sort()
return shapeList
