def AsArea(self):
'''! \brief Return the area which is the union of all infrastructure's footprint.
'''
out = []
for i in self.Instrastructures():
out.extend(i.vertices())
if out:
a = base_polygon(geometry_rubberband().Solve(out))
b = a.Centroid()
return position_descriptor(b.x, b.y, a)
else:
return None
def AsArea(self):
'''! \brief Return the area which is the union of all infrastructure's footprint.
'''
out = []
for i in self.Instrastructures():
out.extend(i.vertices())
if out:
a = base_polygon(geometry_rubberband().Solve(out))
b = a.Centroid()
return position_descriptor(b.x, b.y, a)
else:
return None
def __init__(self, X=0.0, Y=0.0, footprint = None):
# the footprint
self.footprint = footprint
if type(self.footprint) == type([]):
self.footprint = sandbox_geometry.base_polygon(self.footprint)
if hasattr(X,'x'):
# case where a vector is provided as first argument
vect_5D.__init__(self, X.x, X.y)
else:
# case where the data is passed as intended
vect_5D.__init__(self,X,Y)
def __init__(self, AoI = None):
# The Area of Interest (Empty AoI)
if not AoI:
self.AoI = sandbox_geometry.base_polygon()
else:
self.AoI = AoI
# Name
self.name = ''
# Range
self.max_range = 0.0
# Signature target
self.signal = ''
# Requirements
self.requires = []
self.degraded_by = []
self.enhanced_by = []
# Classification filters
self.classification_filter = {}
