def main():
if args.dephase:
file_name = evaluate(args.solution_name)
file_name2 = evaluate(args.solution_name, no_initial_training=True)
compare_evals(file_name, file_name2)
else:
num_iters = 1 if not args.multi else args.multi
show = False if args.multi else True
evals = []
for iteration_number in range(num_iters):
if args.outfile and os.path.exists(
args.outfile): # what if args.multi?
raise OSError(
'The destination file already exists, move it or pick another name.'
)
if args.count_epochs:
file_name = count_epochs(args.solution_name)
else:
file_name = evaluate(args.solution_name)
if args.outfile or args.multi:
outname = file_name if not args.outfile else args.outfile
if args.multi:
outname += str(iteration_number)
os.rename(file_name, outname)
file_name = outname
evals.append(file_name)
if args.count_epochs:
counter_plot(file_name, display=show)
else:
evaluation_plot(file_name, display=show)
if args.multi:
summarizer.sum_sum(evals)
def main():
if args.dephase:
file_name = evaluate(args.solution_name)
file_name2 = evaluate(args.solution_name, no_initial_training=True)
compare_evals(file_name, file_name2)
else:
num_iters = 1 if not args.multi else args.multi
show = False if args.multi else True
evals = []
for iteration_number in range(num_iters):
if args.outfile and os.path.exists(args.outfile): # what if args.multi?
raise OSError('The destination file already exists, move it or pick another name.')
if args.count_epochs:
file_name = count_epochs(args.solution_name)
else:
file_name = evaluate(args.solution_name)
if args.outfile or args.multi:
outname = file_name if not args.outfile else args.outfile
if args.multi:
outname += str(iteration_number)
os.rename(file_name, outname)
file_name = outname
evals.append(file_name)
if args.count_epochs:
counter_plot(file_name, display=show)
else:
evaluation_plot(file_name, display=show)
if args.multi:
summarizer.sum_sum(evals)
def comparison():
e1 = evaluate(args.solution_name)
e2 = evaluate(args.compare_to)
compare_evals(e1, e2)
def comparison():
e1 = evaluate(args.solution_name)
e2 = evaluate(args.compare_to)
compare_evals(e1, e2)
