def plotTemps(c):
integrator.meanTemp(c)
vals = c.temps
xtemps = numpy.linspace(0, integrator.drinkingTime, num=int(integrator.drinkingTime / integrator.dt))
plt.plot(xtemps, vals)
plt.xlabel("time / s")
plt.ylabel("temperature / K")
plt.show()
def plotTemps(c):
integrator.meanTemp(c)
vals = c.temps
xtemps = numpy.linspace(0,
integrator.drinkingTime,
num=int(integrator.drinkingTime / integrator.dt))
plt.plot(xtemps, vals)
plt.xlabel("time / s")
plt.ylabel("temperature / K")
plt.show()
import chromosome import integrator import ga c1 = chromosome.randomChromosome() print integrator.meanTemp(c1)
def fitness(c):
meanTemp = integrator.meanTemp(c)
driftTemp = meanTemp - integrator.startTemp
return driftTemp
def fitness(c):
meanTemp = integrator.meanTemp(c)
driftTemp = meanTemp - integrator.startTemp
return driftTemp
