def type_vect_5D(self, node):
out = vect_5D()
# This is weird, but it works.
temp = [self.Get(node, 'x'), self.Get(node, 'y'), self.Get(node, 'z'), self.Get(node, 'rate'), self.Get(node, 'course')]
for i in range(len(temp)):
if temp[i] == '':
temp[i] = 0.0
out.x = temp[0]
out.y = temp[1]
out.z = temp[2]
out.course = temp[3]
out.rate = temp[4]
return out
def RandomPointInside(self, N = 1):
'''
Return a/a list of random points that are inside the polygon.
'''
mybox = self.BoundingBox()
dx = mybox[2]-mybox[0]
dy = mybox[3]-mybox[1]
out = []
while len(out) < N:
temp = vect_5D(mybox[0]+random()*dx,mybox[1]+random()*dy)
if self.PointInside(temp):
out.append(temp)
if N == 1:
return out[0]
return out
def RandomPointInside(self, N=1):
'''
Return a/a list of random points that are inside the polygon.
'''
mybox = self.BoundingBox()
dx = mybox[2] - mybox[0]
dy = mybox[3] - mybox[1]
out = []
while len(out) < N:
temp = vect_5D(mybox[0] + random() * dx, mybox[1] + random() * dy)
if self.PointInside(temp):
out.append(temp)
if N == 1:
return out[0]
return out
def type_vect_5D(self, node):
out = vect_5D()
# This is weird, but it works.
temp = [
self.Get(node, 'x'),
self.Get(node, 'y'),
self.Get(node, 'z'),
self.Get(node, 'rate'),
self.Get(node, 'course')
]
for i in range(len(temp)):
if temp[i] == '':
temp[i] = 0.0
out.x = temp[0]
out.y = temp[1]
out.z = temp[2]
out.course = temp[3]
out.rate = temp[4]
return out
