def writeShape(fp, pose, lr, shape, min, max, proxy):
fp.write("ShapeKey %s %s True\n" % (pose, lr) +
" slider_min %.3g ;\n" % min + " slider_max %.3g ;\n" % max)
if proxy:
pshape = mh2proxy.getProxyShapes([("shape", shape)], proxy)
for (pv, dr) in pshape[0].items():
(dx, dy, dz) = dr
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (pv, dx, -dz, dy))
else:
for (vn, dr) in shape.items():
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (vn, dr[0], -dr[2], dr[1]))
fp.write("end ShapeKey\n")
def writeShape(fp, pose, lr, shape, min, max, proxy):
fp.write(
"ShapeKey %s %s True\n" % (pose, lr) +
" slider_min %.3g ;\n" % min +
" slider_max %.3g ;\n" % max)
if proxy:
pshape = mh2proxy.getProxyShapes([("shape",shape)], proxy)
for (pv, dr) in pshape[0].items():
(dx, dy, dz) = dr
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (pv, dx, -dz, dy))
else:
for (vn, dr) in shape.items():
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (vn, dr[0], -dr[2], dr[1]))
fp.write("end ShapeKey\n")
def writeShape(fp, pose, lr, shape, min, max, proxy, scale):
if proxy:
pshapes = mh2proxy.getProxyShapes([("shape",shape)], proxy, scale)
if len(pshapes) > 0:
name,pshape = pshapes[0]
if len(pshape.keys()) > 0:
writeShapeHeader(fp, pose, lr, min, max)
for (pv, dr) in pshape.items():
(dx, dy, dz) = dr
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (pv, dx, -dz, dy))
fp.write("end ShapeKey\n")
return False
else:
writeShapeHeader(fp, pose, lr, min, max)
for (vn, dr) in shape.items():
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (vn, scale*dr[0], -scale*dr[2], scale*dr[1]))
fp.write("end ShapeKey\n")
return False
return True
def writeShape(fp, pose, lr, shape, min, max, proxy, scale):
if proxy:
pshapes = mh2proxy.getProxyShapes([("shape", shape)], proxy, scale)
if len(pshapes) > 0:
name, pshape = pshapes[0]
if len(pshape.keys()) > 0:
writeShapeHeader(fp, pose, lr, min, max)
for (pv, dr) in pshape.items():
(dx, dy, dz) = dr
fp.write(" sv %d %.4f %.4f %.4f ;\n" % (pv, dx, -dz, dy))
fp.write("end ShapeKey\n")
return False
else:
writeShapeHeader(fp, pose, lr, min, max)
for (vn, dr) in shape.items():
fp.write(" sv %d %.4f %.4f %.4f ;\n" %
(vn, scale * dr[0], -scale * dr[2], scale * dr[1]))
fp.write("end ShapeKey\n")
return False
return True
