def validateMidPoints_p1p2(self):
pa = []
for p in [self.lines[1][0], self.lines[1][1]]:
if nSect(p, self.centroids):
for c in self.centroids:
c.verts.append(p)
n = list(self.centroids - {c})[0]
c.addNeighbor(n, p)
def validateMidPoints_p1p2(self):
pa=[]
for p in [self.lines[1][0],self.lines[1][1]]:
if nSect(p,self.centroids):
for c in self.centroids:
c.verts.append(p)
n= list(self.centroids-{c})[0]
c.addNeighbor(n,p)
def validateBoundaryIntersects_p0p3(self):
self.nIntersects = 0
for p in [self.lines[0][0], self.lines[2][1]]:
if nSect(p, self.centroids):
self.nIntersects += 1
for c in self.centroids:
c.verts.append(p)
n = list(self.centroids - {c})[0]
c.addNeighbor(n, p)
c.isClosed = False
def validateBoundaryIntersects_p0p3(self):
self.nIntersects= 0
for p in [self.lines[0][0],self.lines[2][1]]:
if nSect(p,self.centroids):
self.nIntersects+=1
for c in self.centroids:
c.verts.append(p)
n= list(self.centroids-{c})[0]
c.addNeighbor(n,p)
c.isClosed= False
def validate_BorderBorderIntersectPoint(self, other):
if self.centroids & other.centroids: # do they have a centroid in common
C= self.centroids | other.centroids # both's centroids. len(C)==3
if not C in Border.IntersectsTested: # 3 centroids, 3 borders
Border.IntersectsTested.append(C) # 3 intersect tests, 2nd and 3rd ~= 1st
v= self.getBorderBorderIntersectPoint(other)
if v and nSect(v,C):
C3= self.centroids ^ other.centroids
assert len(C3)==2,str(C3)
third= Border.of(C3)
self.nIntersects+=1
other.nIntersects+=1
third.nIntersects+=1
for c in C:
c.verts.append(v)
for n in C-{c}:
c.addNeighbor(n,v)
return v
def validate_BorderBorderIntersectPoint(self, other):
if self.centroids & other.centroids: # do they have a centroid in common
C = self.centroids | other.centroids # both's centroids. len(C)==3
if not C in Border.IntersectsTested: # 3 centroids, 3 borders
Border.IntersectsTested.append(
C) # 3 intersect tests, 2nd and 3rd ~= 1st
v = self.getBorderBorderIntersectPoint(other)
if v and nSect(v, C):
C3 = self.centroids ^ other.centroids
assert len(C3) == 2, str(C3)
third = Border.of(C3)
self.nIntersects += 1
other.nIntersects += 1
third.nIntersects += 1
for c in C:
c.verts.append(v)
for n in C - {c}:
c.addNeighbor(n, v)
return v