def gridify(self,*args):
#take the selected object and create a new object that are the point inside
#use a default stepsize for the grid
#use some usefull tools from histovol.grid ?
#probably need the normal for that
mode = self.getVal(self.mode)
step = self.getVal(self.grid_step)
if self.object_target is None :
self.object_target = self.helper.getCurrentSelection()[0]
mesh = self.object_target
#canwe usethe ogranelle mesh system from autopack
from autopack.Organelle import Organelle
faces,vertices,vnormals,fn = self.helper.DecomposeMesh(mesh,
edit=False,copy=False,tri=True,transform=True,fn=True)
o1 = Organelle(self.helper.getName(mesh),vertices, faces, vnormals,fnormals=fn)
o1.ref_obj = mesh
o1.number = 1
b=self.helper.getObject("BBOX")
if b is None :
b = self.helper.Box("BBOX", cornerPoints=o1.bb)
bb=o1.bb
else :
bb=self.helper.getCornerPointCube(b)
display = self.getVal(self.rt_display)
useFix= self.getVal(self.useFix)
if mode =="bhtree_dot":
inner, surface = o1.getSurfaceInnerPoints(bb,step,display=display,useFix=useFix)
elif mode == "sdf_fixdimension":
inner, surface = o1.getSurfaceInnerPoints_sdf(bb,step,display=display,useFix=useFix)
elif mode == "sdf_interpolate":
inner, surface = o1.getSurfaceInnerPoints_sdf_interpolate(bb,step,display=display,useFix=useFix)
elif mode == "jordan_raycast":
inner, surface = o1.getSurfaceInnerPoints_jordan(bb,step,display=display,useFix=useFix)
elif mode == "jordan_3raycast":
inner, surface = o1.getSurfaceInnerPoints_jordan(bb,step,display=display,useFix=useFix,ray=3)
# inner, surface = o1.getSurfaceInnerPoints(bb,step,display=display,useFix=useFix)
n1=n=o1.name+"_innerPts"
n2=o1.name+"_surfacePts"
if self.helper.host == "maya" :
n=o1.name+"_innerPtsds"
s = self.helper.getObject(n)
if s is None :
s = self.helper.PointCloudObject(n1, vertices=inner )
s2 = self.helper.PointCloudObject(n2, vertices=surface )
else :
if self.helper.host == "c4d" :
self.helper.updateMesh(s,vertices=inner)
else :
self.helper.updateParticle(s,inner,None)
# -*- coding: utf-8 -*-
"""
Created on Wed Aug 29 15:05:07 2012
@author: -
"""
import sys
sys.path.append("/Users/ludo/DEV/Autofill_svn_test/autofill/trunk")
sys.path.append("/Users/ludo/DEV/MGLTOOLS/mgl32/MGLToolsPckgs/")
sys.path.append("/Users/ludo/DEV/MGLTOOLS/mgl32/MGLToolsPckgs/PIL")
import numpy
from autopack.Organelle import Organelle
o1 = Organelle("vesicle_Mesh",None, None, None,
filename="/Users/ludo/DEV/Autofill_svn_test/autofill/trunk/autopack/cache_organelles/vesicle")
print "ok o1"
inner, surface = o1.getSurfaceInnerPointsSDF(o1.bb,20.0)
#print inner
#
#from UTpackages.UTsdf import utsdf
#dim = 64
#dim1=dim+1
#size = dim1*dim1*dim1
# #can be 16,32,64,128,256,512,1024
#verts = numpy.array(o1.vertices)
#tris = numpy.array(o1.faces,"int")
#utsdf.setParameters(dim,0,1,[0,0,0,0,0,0])#size, bool isNormalFlip, bool insideZero,bufferArr
#datap = utsdf.computeSDF(verts,tris)
#try :
# datap = utsdf.computeSDF(verts,tris)
#except :
def gridify(self, *args):
#take the selected object and create a new object that are the point inside
#use a default stepsize for the grid
#use some usefull tools from histovol.grid ?
#probably need the normal for that
mode = self.getVal(self.mode)
step = self.getVal(self.grid_step)
if self.object_target is None:
self.object_target = self.helper.getCurrentSelection()[0]
mesh = self.object_target
#canwe usethe ogranelle mesh system from autopack
from autopack.Organelle import Organelle
faces, vertices, vnormals, fn = self.helper.DecomposeMesh(
mesh, edit=False, copy=False, tri=True, transform=True, fn=True)
o1 = Organelle(self.helper.getName(mesh),
vertices,
faces,
vnormals,
fnormals=fn)
o1.ref_obj = mesh
o1.number = 1
b = self.helper.getObject("BBOX")
if b is None:
b = self.helper.Box("BBOX", cornerPoints=o1.bb)
bb = o1.bb
else:
bb = self.helper.getCornerPointCube(b)
display = self.getVal(self.rt_display)
useFix = self.getVal(self.useFix)
if mode == "bhtree_dot":
inner, surface = o1.getSurfaceInnerPoints(bb,
step,
display=display,
useFix=useFix)
elif mode == "sdf_fixdimension":
inner, surface = o1.getSurfaceInnerPoints_sdf(bb,
step,
display=display,
useFix=useFix)
elif mode == "sdf_interpolate":
inner, surface = o1.getSurfaceInnerPoints_sdf_interpolate(
bb, step, display=display, useFix=useFix)
elif mode == "jordan_raycast":
inner, surface = o1.getSurfaceInnerPoints_jordan(bb,
step,
display=display,
useFix=useFix)
elif mode == "jordan_3raycast":
inner, surface = o1.getSurfaceInnerPoints_jordan(bb,
step,
display=display,
useFix=useFix,
ray=3)
# inner, surface = o1.getSurfaceInnerPoints(bb,step,display=display,useFix=useFix)
n1 = n = o1.name + "_innerPts"
n2 = o1.name + "_surfacePts"
if self.helper.host == "maya":
n = o1.name + "_innerPtsds"
s = self.helper.getObject(n)
if s is None:
s = self.helper.PointCloudObject(n1, vertices=inner)
s2 = self.helper.PointCloudObject(n2, vertices=surface)
else:
if self.helper.host == "c4d":
self.helper.updateMesh(s, vertices=inner)
else:
self.helper.updateParticle(s, inner, None)
# -*- coding: utf-8 -*-
"""
Created on Wed Aug 29 15:05:07 2012
@author: -
"""
import sys
sys.path.append("/Users/ludo/DEV/Autofill_svn_test/autofill/trunk")
sys.path.append("/Users/ludo/DEV/MGLTOOLS/mgl32/MGLToolsPckgs/")
sys.path.append("/Users/ludo/DEV/MGLTOOLS/mgl32/MGLToolsPckgs/PIL")
import numpy
from autopack.Organelle import Organelle
o1 = Organelle(
"vesicle_Mesh",
None,
None,
None,
filename=
"/Users/ludo/DEV/Autofill_svn_test/autofill/trunk/autopack/cache_organelles/vesicle"
)
print "ok o1"
inner, surface = o1.getSurfaceInnerPointsSDF(o1.bb, 20.0)
#print inner
#
#from UTpackages.UTsdf import utsdf
#dim = 64
#dim1=dim+1
#size = dim1*dim1*dim1
# #can be 16,32,64,128,256,512,1024
#verts = numpy.array(o1.vertices)
#tris = numpy.array(o1.faces,"int")
#utsdf.setParameters(dim,0,1,[0,0,0,0,0,0])#size, bool isNormalFlip, bool insideZero,bufferArr
