def drawSequences(self, sequences):
fitness = hm.completeFitness(sequences)
#finding out the ids of the triangles
_raw = [s for seq in sequences for s in seq]
tris = list(self.triangles)
ids = [self.triangles.index(r) + 1 for r in _raw]
self.ids = ids
peak = hm.sequenceToEdges(sequences)
edges = []
#moved together
_edges = hm.moveTogether(peak[0])
if _edges[1] < 0:
fitness += _edges[1]
edges = _edges[0]
else:
edges = []
for a in peak[0]:
for b in a:
edges.append(b)
tris = [edges[i * 3:i * 3 + 3] for i in range(int(len(edges) / 3))]
self.coordinates = [
set([tuple(point) for edge in t for point in edge]) for t in tris
]
self.distance = fitness
hm.save(edges, fitness, "peak.txt")
hm.draw(edges, 0.9, self.filename.replace("txt", "svg"))
def run(self, triangles, pop_size, sec, head, tail):
add = hm.completeFitness(
[head, tail]) #hm.sequenceToEdges([self.head, self.tail])[1]
print(add, "here")
sequences = ga.optimization(triangles, pop_size, 700.0, sec, add)
for s in sequences:
s = self.sortSequence(s)
sequences.insert(0, head)
sequences.append(tail)
return sequences
