import bge
from mathutils import Vector
def root(gobj):
while (gobj.parent):
gobj=gobj.parent
return gobj
def main():
cont = bge.logic.getCurrentController()
own = cont.owner
if 'BuiltIt' not in own:
own['BuiltIt']=bge.logic.getCurrentScene().objects['BuildIt']
popped =[]
for child in own.childrenRecursive:
if child['Parent']==own:
child['Parent']="Empty"
child.removeParent()
child.applyForce((0,0,.00001),0)
if type(child['Parent']) is not str:
child.setParent(child['Parent'],1,0)
print('2')
popped.append(child)
for child in popped:
print('1')
child['Root']=root(child)
names=str(child['Num'])
print("root of "+names+" is "+str(root(child)))
for child in popped:
num=0
if child['Root']==child:
child['COM']=Vector([0,0,0])
for children in child.childrenRecursive:
child['COM']+=Vector(children.worldPosition)
num+=1
child['COM']*=1/num
for child in popped:
if child['Root']==child:
##Need Libn
own['BuiltIt']['AddedRoots']+=1
print(str(own['BuiltIt']['AddedRoots']))
OldObject=bge.logic.getCurrentScene().addObject('Root',child,0)
print("Old mesh is "+OldObject.meshes[0].name)
NameOfMesh=bge.logic.getCurrentScene().objectsInactive['Root'].meshes[0].name
print('New mesh name should be '+"Rooot"+str(own['BuiltIt']['AddedRoots']))
New_mesh = bge.logic.LibNew("Rooot"+str(own['BuiltIt']['AddedRoots']),'Mesh', [NameOfMesh])
print(str(New_mesh))
OldObject.replaceMesh(New_mesh[0],1,1)
print("New mesh is "+OldObject.meshes[0].name)
OldObject.worldPosition=child['COM']
for child2 in child.childrenRecursive:
child2.setParent(OldObject,1,0)
child.setParent(OldObject,1,0)
print('NewRoot is'+OldObject.name)
main()
trying to generate new meshes named Rooot1 and Rooot2,
instead I am getting Plane.002 and Plane.002??
press P, left click on the cube to build it, press space to snap off any of it’s children with new compound roots,
for some reason the new compound roots libNew mesh, is the same 2 times in a row???
im not sure if is what you try to do .
this replace the mesh of children with a mesh duplicated.
the meshes created should be stored in GD[“meshes_copies”]
import bge
def get_global_meshes_copies():
key = "meshes_copies"
if not key in bge.logic.globalDict:
bge.logic.globalDict[key] = {}
return bge.logic.globalDict[key]
def create_mesh_copy(old_mesh_name):
def get_name_unique(name, n=0):
if name + str(n) in bge.logic.LibList():
return get_name_unique(name, n+1)
new_name = name + str(n)
return new_name
new_mesh_name = get_name_unique(old_mesh_name)
new_mesh_obj = bge.logic.LibNew(new_mesh_name, 'Mesh', [old_mesh_name])[0]
get_global_meshes_copies()[new_mesh_name] = new_mesh_obj
return new_mesh_obj
def main():
def get_owner():
cont = bge.logic.getCurrentController()
own = cont.owner
return own
own = get_owner()
if not "init" in own:
name_old_mesh = bge.logic.getCurrentScene().objectsInactive['Root'].meshes[0].name
for chi in own.children:
new_mesh = create_mesh_copy(name_old_mesh)
chi.replaceMesh(new_mesh)
own["init"] = 1
main()
EDIT: correct some bug (due to the motion modules -> sctipt)
I suggest to post code that is reduced to the point. All this unnecessary things are just confusing and distracting. I mean creating the new object is just one statement. Lets add some configuration operations … it should not be more than 5 lines.
If my bike is broken I do not bring in my whole house.
yeah, the added object that gets the libloaded mesh, still has the same physics mesh, (I talked to panzertank for a while last night)
if you spawn 1 instance of the mesh, and parent a bunch of stuff to it, compound, when you spawn in another copy, and see its physics bounds, it has the compound physics bound of the original. (even if it gets a libNew mesh)
Panzertank says that it’s re-instance physics mesh that needs love , as replacemesh calls it to update the physics mesh,
it just does not do what it’s supposed to,
Here is a demo that shows that it works. You need to care some requirements:
The owner must have collision bounds triangle mesh in the physics tab. Otherwise the physics shape will remain as set in the tab regardless of the meshes shape.
Replace mesh must have set usePhysicsMesh=True. Otherwise only the visible shape will change.
reinstancePhysicsMesh is only needed on skin mesh objects (deformed on armatures) - which should match your situation.
(removed a bit of trash code but added some other for test if robust ;))
