import Rhino

"""

has_thoroughfare

billboard_distances

busstop_distances

bikeway_distances

trails_distances

access_distances

access_edges

"""

#points # a list of the hardscape points

test_val = 30

nears, nearPoints = zip(*[(i, points[i]) for i in range(len(points)) if access_distances[i] < access_filter_distance])

gridcloud = Rhino.Geometry.PointCloud(nearPoints)

def compareCloud(i): # point cloudss match input list index!

item = gridcloud[i]

pt = Rhino.Geometry.Point3d(item.X, item.Y, item.Z)

return pt.DistanceTo( nearPoints[i] )

def closestCurve(curves, point, limit=1000):

closest_distance = limit

closest_curve = None

for i, curve in enumerate(curves):

out = curve.ClosestPoint( point, limit )

if len(out) > 1:

if out[0]:

t = out[1]

else:

t = None

if t:

pt = curve.PointAt(t)

dist = pt.DistanceTo(point)

if dist < closest_distance:

closest_distance = dist

closest_curve = i

if closest_curve != None:

return closest_curve

else:

return -1

closests = [closestCurve(access_edges, p, access_filter_distance) for p in nearPoints]

a = closests