def main():
gencount = 100
#dimensions
d = 1053.7
ff = 0.5904
tline = 589.0957
tslab = 296.6
tstep = 10.5036
g0 = NIRZCG((d, ff, tline, tslab, tstep),(1750, 2250, 1001), target = 2000)
g0.evaluate()
oldbest = g0
genbest = list(zip(*g0.trans))
print(str(dt.time(dt.now())).split('.')[0],colored("seed:", 'cyan'),g0)
gen = Generation(25, g0)
for i in range(gencount):
#str(dt.time(dt.now())).split('.')[0],colored("gen "+str(i), 'cyan')
gen._evaluate(progress_txt = (str(dt.time(dt.now())).split('.')[0]+colored(" gen "+str(i), 'cyan')))
gen = gen.progeny()
genbest.append([t for wl,t in gen.best.trans])
if gen.best.fom > oldbest.fom:
print(colored("new best grating\n", 'green')+str(gen.best))
oldbest = gen.best
writecsv("iter_best.csv",list(zip(*genbest)),tuple(["wl",0]+list(range(1,gencount+1))))
