def struct2Marshal(struct):
W,FW,EW = struct2lar(struct)
quadArray = [[W[v] for v in face] for face in FW]
parts = boolean.boxBuckets3d(boolean.containmentBoxes(quadArray))
Z,FZ,EZ = boolean.spacePartition(W,FW,EW, parts)
V,FV,EV = inters.larSimplify((Z,FZ,EZ),radius=0.001)
return V,FV,EV
def struct2Marshal(struct):
W,FW,EW = struct2lar(struct)
quadArray = [[W[v] for v in face] for face in FW]
parts = boolean.boxBuckets3d(boolean.containmentBoxes(quadArray))
Z,FZ,EZ = boolean.spacePartition(W,FW,EW, parts)
V,FV,EV = inters.larSimplify((Z,FZ,EZ),radius=0.001)
return V,FV,EV
def partition(W,FW,EW):
quadArray = [[W[v] for v in face] for face in FW]
parts = boxBuckets3d(containmentBoxes(quadArray))
Z,FZ,EZ = spacePartition(W,FW,EW, parts)
Z,FZ,EZ = inters.larSimplify((Z,FZ,EZ),radius=0.001)
model = Z,FZ,EZ
return model
def thePartition(W,FW,EW):
quadArray = [[W[v] for v in face] for face in FW]
parts = boxBuckets3d(containmentBoxes(quadArray))
Z,FZ,EZ = spacePartition(W,FW,EW, parts)
Z,FZ,EZ = inters.larSimplify((Z,FZ,EZ),radius=0.0001)
model = Z,FZ,EZ
ZZ = AA(LIST)(range(len(Z)))
submodel = STRUCT(MKPOLS((Z,EZ)))
VIEW(larModelNumbering(1,1,1)(Z,[ZZ,EZ,FZ],submodel,0.6))
ZZ = AA(LIST)(range(len(Z)))
FE = crossRelation(FZ,EZ,ZZ) ## to be double checked !!
EF_angle, ET,TV,FT = faceSlopeOrdering(model,FE)
V,CV,FV,EV,CF,CE,COE = facesFromComponents((Z,FZ,EZ),FE,EF_angle)
return V,CV,FV,EV,CF,CE,COE,FE
def thePartition(W,FW,EW):
quadArray = [[W[v] for v in face] for face in FW]
parts = boxBuckets3d(containmentBoxes(quadArray))
Z,FZ,EZ = spacePartition(W,FW,EW, parts)
Z,FZ,EZ = inters.larSimplify((Z,FZ,EZ),radius=0.0001)
model = Z,FZ,EZ
ZZ = AA(LIST)(range(len(Z)))
submodel = STRUCT(MKPOLS((Z,EZ)))
VIEW(larModelNumbering(1,1,1)(Z,[ZZ,EZ,FZ],submodel,0.6))
ZZ = AA(LIST)(range(len(Z)))
FE = crossRelation(FZ,EZ,ZZ) ## to be double checked !!
EF_angle, ET,TV,FT = faceSlopeOrdering(model,FE)
V,CV,FV,EV,CF,CE,COE = cellsFromComponents((Z,FZ,EZ),FE,EF_angle, ET,TV,FT)
V,CV,FV,EV,CF,CE,COE = facesFromComponents((Z,FZ,EZ),FE,EF_angle)
return V,CV,FV,EV,CF,CE,COE,FE