def __init__(self):
global destpath
global destname
#XXX - Find a newer version calls for these 4 values...
display = Blender210.getDisplaySettings()
self.startFrame = display.startFrame;
self.endFrame = display.endFrame;
self.x = display.xResolution
self.y = display.yResolution
self.mesh_objs = []
self.lamp_objs = []
self.cam_objs = []
#Pre-cache the meshes in the mesh_objs
#as we'll leak memory otherwise...
#XXX-No worky!
#self.meshes = []
print "---------TMOD Export---------"
for o in Blender.Object.Get():
try:
if (o.data != None):
if (type(o.data) == Blender.Types.NMeshType):
print "Found mesh object '%s'" % o.name
ignore = 0
for ig in no_save_prefix:
if o.name.startswith(ig): ignore = 1
if (ignore):
print ("Ignoring object '%s' matching no_save_prefix list" % o.name)
else:
self.mesh_objs.append(o)
#self.meshes.append(Blender.NMesh.GetRawFromObject(o.name))
elif (type(o.data) == Blender.Types.BlockType):
if o.data.block_type == "Camera":
self.cam_objs.append(o)
print "Found camera object '%s'" % o.name
elif o.data.block_type == "Lamp":
self.lamp_objs.append(o)
print "Found lamp object '%s'" % o.name
else:
print ("Ignoring object '%s' of unknown type '%s'" %
(o.name,o.data.block_type))
else:
print "Ignoring object '%s' with null data" % o.name
except:
print "Ignoring object '%s' lacking data field" % o.name
#if len(self.mesh_objs) == 0:
#print "\nWarning!! No meshes found."
if len(self.cam_objs) == 0:
print "\nWarning!! No camera found."
if len(self.cam_objs) > 1:
print "\nWarning!! More than one camera found. Using first one!!!"
print "-----------------------------"
def LocalPosition(P, Obj): # # Prende un punto nelle coordinate globali # E lo trasporta in coordinate locali a un ggetto (Vertice di Mesh) # if (BL_VERSION<=223): m = Blender210.getObject(Obj.name).inverseMatrix else: m = Obj.getInverseMatrix() PX = P[0]*m[0][0] + P[1]*m[1][0] + P[2]*m[2][0] + m[3][0] PY = P[0]*m[0][1] + P[1]*m[1][1] + P[2]*m[2][1] + m[3][1] PZ = P[0]*m[0][2] + P[1]*m[1][2] + P[2]*m[2][2] + m[3][2] return (PX, PY, PZ)
def LocalPosition(P, Obj): if (BL_VERSION<=223): m = Blender210.getObject(Obj.name).inverseMatrix else: m = Obj.getInverseMatrix() return mulmatvec4x3(P, m)