def stepcounter(count, choice):
# validate user choice of type
if choice == 'steps':
num = 1
elif choice == 'children':
num = 2
else:
sys.exit('stepcounter: Provide a valid choice, steps or children')
# validate user choice of runs
if count < 1:
sys.exit('stepcounter: Can\'t run less than 1 run, try again')
steps = []
# run the algorithm as often as asked
for i in range(0,count):
step = algo.algorithm(countries_object, num_colours, colour_list)[num]
steps.append(step)
# construct filename from chosen algorithm and map
filename = my_algo + my_map
# export data to csv
benchmark.exportcsv(steps, filename)
def stepcounter(count, choice):
# validate user choice of type
if choice == 'steps':
num = 1
elif choice == 'children':
num = 2
else:
sys.exit('stepcounter: Provide a valid choice, steps or children')
# validate user choice of runs
if count < 1:
sys.exit('stepcounter: Can\'t run less than 1 run, try again')
steps = []
# run the algorithm as often as asked
for i in range(0, count):
step = algo.algorithm(countries_object, num_colours, colour_list)[num]
steps.append(step)
# construct filename from chosen algorithm and map
filename = my_algo + my_map
# export data to csv
benchmark.exportcsv(steps, filename)
sys.exit('stepcounter: Provide a valid choice, steps or children')
# validate user choice of runs
if count < 1:
sys.exit('stepcounter: Can\'t run less than 1 run, try again')
steps = []
# run the algorithm as often as asked
for i in range(0,count):
step = algo.algorithm(countries_object, num_colours, colour_list)[num]
steps.append(step)
# construct filename from chosen algorithm and map
filename = my_algo + my_map
# export data to csv
benchmark.exportcsv(steps, filename)
# solution = algo.algorithm(countries_object, num_colours, colour_list)[0]
# print solution
# ----------- Select whether you want to test the algorithm by running it multiple times or visualize it --------------------#
# Deselect these to visualize the graph
solution = algo.algorithm(countries_object, num_colours, colour_list)[0]
importvis.Visualize(solution,my_map)
# Deselect this to export stepcounter to csv, either counting 'steps' or 'children'
#stepcounter(50, 'steps')
sys.exit('stepcounter: Provide a valid choice, steps or children')
# validate user choice of runs
if count < 1:
sys.exit('stepcounter: Can\'t run less than 1 run, try again')
steps = []
# run the algorithm as often as asked
for i in range(0, count):
step = algo.algorithm(countries_object, num_colours, colour_list)[num]
steps.append(step)
# construct filename from chosen algorithm and map
filename = my_algo + my_map
# export data to csv
benchmark.exportcsv(steps, filename)
# solution = algo.algorithm(countries_object, num_colours, colour_list)[0]
# print solution
# ----------- Select whether you want to test the algorithm by running it multiple times or visualize it --------------------#
# Deselect these to visualize the graph
solution = algo.algorithm(countries_object, num_colours, colour_list)[0]
importvis.Visualize(solution, my_map)
# Deselect this to export stepcounter to csv, either counting 'steps' or 'children'
#stepcounter(50, 'steps')
