def initDecode(self, ind):
"""
"""
# decode tree chromosome
room_list = parseTree.parseTree(ind.genome["tree"], self.params["plotSizeX"], self.params["plotSizeY"])
tree, shape_list = self.getQuadTree(room_list["sizes"], room_list["desc"])
ind.genome["tree"] = tree
ind.shape_list = shape_list
plan = self.newDecode(tree)
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
# 2nd chromosome
# decode color chromosome
chrom = ind.genome["color"]
temp = 0
len_chrom = len(chrom)
for i in xrange(len_chrom):
if chrom[i]:
temp += 2 ** (len_chrom - i - 1)
ind.color = self.colors[temp]
def initDecode(self, ind):
'''
'''
# decode tree chromosome
room_list = parseTree.parseTree(ind.genome['tree'], self.params['plotSizeX'], self.params['plotSizeY'])
tree, shape_list = self.getQuadTree(room_list['sizes'], room_list['desc'])
ind.genome['tree'] = tree
ind.shape_list = shape_list
plan = self.newDecode(tree)
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
# 2nd chromosome
# decode color chromosome
chrom = ind.genome['color']
temp = 0
len_chrom = len(chrom)
for i in xrange(len_chrom):
if chrom[i]:
temp += 2**(len_chrom-i-1)
ind.color = temp
def decodePlan(self, ind):
room_list = parseTree.parseTree(ind, self.width, self.height)
plan = decodePlan.decodePlan(room_list)
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
def decodePlan(self):
room_list = parseTree.parseTree(self, self.params["plotSizeX"], self.params["plotSizeY"])
plan = decodePlan.decodePlan(room_list)
self.decoded_plan = plan
self.numRoom = plan[0]
self.roomarea = plan[1]
self.roomlist = plan[2]
self.roomDesc = plan[3]
self.roomSizes = plan[4]
def decodePlan(self, ind):
room_list = parseTree.parseTree(ind, self.params["plotSizeX"], self.params["plotSizeY"])
plan = decodePlan.decodePlan(room_list)
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
def decodePlan(self, ind):
room_list = parseTree.parseTree(ind, self.params['plotSizeX'],self.params['plotSizeY'])
plan = decodePlan.decodePlan(room_list['desc'], room_list['sizes'])
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
ind.transf = room_list['transf']
def decodePlan(self, ind):
'''
'''
# decode tree chromosome
room_list = parseTree.parseTree(ind.genome['tree'], self.params['plotSizeX'], self.params['plotSizeY'])
plan = decodePlan.decodePlan(room_list['desc'], room_list['sizes'])
ind.decoded_plan = plan
ind.numRoom = plan[0]
ind.roomarea = plan[1]
ind.roomlist = plan[2]
ind.roomDesc = plan[3]
ind.roomSizes = plan[4]
# decode transformation chromosomes
transf = room_list['transf']
for i in xrange(len(transf)):
xscale_chrom = transf[i][0]
yscale_chrom = transf[i][1]
len_scale = len(xscale_chrom)
temp_x, temp_y = 0., 0.
for j in xrange(len_scale):
if xscale_chrom[j]:
temp_x += 2**(len_scale-j-1)
if yscale_chrom[j]:
temp_y += 2**(len_scale-j-1)
transf[i][0] = temp_x/(2**len_scale)
transf[i][1] = temp_y/(2**len_scale)
ind.transf = transf
# 2nd chromosome
# decode color chromosome
chrom = ind.genome['color']
temp = 0
len_chrom = len(chrom)
for i in xrange(len_chrom):
if chrom[i]:
temp += 2**(len_chrom-i-1)
ind.color = temp
import parseTree import settings s = settings.runSettings() x = parseTree.parseTree(s) x.createER() print x.toDict() print x.evaluate() #print x.eval2() x.makeProg() x.report() x.makeGraph()
