def step_ga(self):
for m in self.pop:
m.fitness = self.world.evaluate(m)
pop = sorted(self.pop, key=lambda x: x.fitness, reverse=True)
p = self.pop[0]
if p.fitness > self.best or (self.count % 10) == 0:
text = " evaluations:" + str(
self.count * self.pop_size) + " fitness:" + str(p.fitness)
self.iter.append(self.count * self.pop_size + 1)
self.cost.append(-p.fitness)
self.best = p.fitness
self.world.evaluate(p, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas, text)
self.plot()
# give the GUI a chance to do stuff
self.master.update()
elite_percent = self.elite_percent.get()
select_percent = self.select_percent.get()
breed_prob_percent = self.breed_prob_percent.get()
mutate_percent = self.mutate_percent.get()
mutate_tokens = self.mutate_tokens.get()
mutate_amount_percent = self.mutate_amount_percent.get()
self.pop = ga.breedPopulation(pop, world.World.maxTok, elite_percent,
select_percent, breed_prob_percent,
mutate_percent, mutate_tokens,
mutate_amount_percent)
self.count += 1
def step_random(self):
g=random_gene(self.world.gene_length,self.world.maxTok)
fit=self.world.evaluate(g)
if fit > self.best:
text=" evaluations:"+str(self.count)+ " fitness:"+str(fit)
self.iter.append(self.count)
self.cost.append(fit)
self.best = fit
self.world.evaluate(g, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas,text)
# give the GUI a chance to do stuff
if (self.count % POPSIZE) == 0:
self.frame.update()
self.count += 1
def step_random(self):
g = random_gene(self.world.gene_length, self.world.maxTok)
fit = self.world.evaluate(g)
if fit > self.best:
text = " evaluations:" + str(self.count) + " fitness:" + str(fit)
self.iter.append(self.count)
self.cost.append(fit)
self.best = fit
self.world.evaluate(g, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas, text)
# give the GUI a chance to do stuff
if (self.count % POPSIZE) == 0:
self.frame.update()
self.count += 1
def step_random(self):
g=ga.random_gene(self.world.gene_length,self.world.maxTok)
fit=self.world.evaluate(g)
if fit > self.best or (self.count % 1000) == 0 :
text=" evaluations:"+str(self.count)+ " fitness:"+str(fit)
self.iter.append(self.count+1)
self.cost.append(-fit)
self.best = fit
self.world.evaluate(g, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas,text)
self.plot()
# give the GUI a chance to do stuff
if (self.count % self.pop_size) == 0:
self.master.update()
self.count += 1
def step_random(self):
g = ga.random_gene(self.world.gene_length, self.world.maxTok)
fit = self.world.evaluate(g)
if fit > self.best or (self.count % 1000) == 0:
text = " evaluations:" + str(self.count) + " fitness:" + str(fit)
self.iter.append(self.count + 1)
self.cost.append(-fit)
self.best = fit
self.world.evaluate(g, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas, text)
self.plot()
# give the GUI a chance to do stuff
if (self.count % self.pop_size) == 0:
self.master.update()
self.count += 1
def step_ga(self):
for m in self.pop:
m.fitness=self.world.evaluate(m)
pop = sorted(self.pop, key = lambda x:x.fitness,reverse=True)
p = self.pop[0]
if p.fitness > self.best or (self.count % 10) == 0 :
text=" evaluations:"+str(self.count*self.pop_size)+ " fitness:"+str(p.fitness)
self.iter.append(self.count*self.pop_size+1)
self.cost.append(-p.fitness)
self.best = p.fitness
self.world.evaluate(p, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas,text)
self.plot()
# give the GUI a chance to do stuff
self.master.update()
elite_percent=self.elite_percent.get()
select_percent=self.select_percent.get()
breed_prob_percent=self.breed_prob_percent.get()
mutate_percent=self.mutate_percent.get()
mutate_tokens=self.mutate_tokens.get()
mutate_amount_percent=self.mutate_amount_percent.get()
self.pop = ga.breedPopulation(pop,world.World.maxTok,
elite_percent,
select_percent,
breed_prob_percent,
mutate_percent,
mutate_tokens,
mutate_amount_percent)
self.count += 1
def step(self):
for m in self.pop:
m.fitness=self.world.evaluate(m)
pop = sorted(self.pop, key = lambda x:x.fitness,reverse=True)
p = self.pop[0]
if p.fitness > self.best:
text=" evaluations:"+str(self.count*POPSIZE)+ " fitness:"+str(p.fitness)
self.iter.append(self.count*POPSIZE)
self.cost.append(p.fitness)
self.best = p.fitness
self.world.evaluate(p, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas,text)
# give the GUI a chance to do stuff
self.frame.update()
self.pop = breedPopulation(pop);
self.count += 1
def step(self):
for m in self.pop:
m.fitness = self.world.evaluate(m)
pop = sorted(self.pop, key=lambda x: x.fitness, reverse=True)
p = self.pop[0]
if p.fitness > self.best:
text = " evaluations:" + str(
self.count * POPSIZE) + " fitness:" + str(p.fitness)
self.iter.append(self.count * POPSIZE)
self.cost.append(p.fitness)
self.best = p.fitness
self.world.evaluate(p, True)
self.canvas.delete(Tkinter.ALL)
gui.draw_world(self.world, self.canvas, text)
# give the GUI a chance to do stuff
self.frame.update()
self.pop = breedPopulation(pop)
self.count += 1
def draw(self,screen):
gui.draw_world(self,screen)
"""