def accumulate(self,variable,segment_size=None):
"""combining adjective values into one set"""
self.activated_sets = {}
temp = None
for name,adjective in variable.adjectives.items():
# get precomputed adjective set
temp2 = norm((self.INF or self._INF),adjective.set,adjective.getMembership(),segment_size)
self.activated_sets[name] = temp2
# accumulate all adjectives
if temp is None:
temp = temp2
else:
temp = merge((self.ACC or self._ACC),temp,temp2,segment_size)
self.accumulated_set = temp
return temp
def accumulate(self, variable, segment_size=None):
"""combining adjective values into one set"""
self.activated_sets = {}
temp = None
for name, adjective in variable.adjectives.items():
# get precomputed adjective set
temp2 = norm((self.INF or self._INF), adjective.set, adjective.getMembership(), segment_size)
self.activated_sets[name] = temp2
# accumulate all adjectives
if temp is None:
temp = temp2
else:
temp = merge((self.ACC or self._ACC), temp, temp2, segment_size)
self.accumulated_set = temp
return temp
def getPoints(sets):
"""Collect all important points of all adjectives in this dict of sets."""
from fuzzy.set.Set import merge
# merge them all
temp = None
for s in sets.values():
if temp is None:
temp = s
else:
temp = merge(max,temp,s)
# collect points
# >>> result of merge is always a Polygon object
points = [p[0] for p in temp.points]
# avoid to have same value twice (filter points out where successor is equal)
return points[:1] + [p0 for p0,p1 in zip(points[1:],points) if p0!=p1]
def getPoints(sets):
"""Collect all important points of all adjectives in this dict of sets."""
from fuzzy.set.Set import merge
# merge them all
temp = None
for s in sets.values():
if temp is None:
temp = s
else:
temp = merge(max,temp,s)
# collect points
# >>> result of merge is always a Polygon object
points = [p[0] for p in temp.points]
# avoid to have same value twice (filter points out where successor is equal)
return points[:1] + [p0 for p0,p1 in zip(points[1:],points) if p0!=p1]
