def generate_sample_solutions():
solvers = ((solver_random, 'random'), (solver_greedy, 'greedy'))
for challenge_number in range(CHALLENGES):
cities = read_input('input_{}.csv'.format(challenge_number))
for solver, solver_name in solvers:
solution = solver.solve(cities)
with open(
'solution_{}_{}.csv'.format(solver_name, challenge_number),
'w') as f:
f.write(format_solution(solution) + '\n')
def generate_sample_solutions():
solvers = ((solver_random, 'random'),
(solver_greedy, 'greedy'),
(solver_yours,'yours'))
for challenge_number in range(CHALLENGES):
cities = read_input('input_{}.csv'.format(challenge_number))
for solver, solver_name in solvers:
solution = solver.solve(cities)
with open('solution_{}_{}.csv'.format(solver_name, challenge_number), 'w') as f:
f.write(format_solution(solution) + '\n')
def generate_sample_solutions():
# solvers = ((solver_random, 'random'),
# (solver_greedy, 'greedy'))
solvers = ((solver_divide_and_conquer, 'yours'), )
for challenge_number in range(CHALLENGES):
cities = read_input('input/{}.csv'.format(challenge_number))
# other_solution = read_solution('solution_yours/divide_greedy2/{}.csv'.format(challenge_number))
for solver, solver_name in solvers:
solution = solver.solve(cities)
# solution = solver.solve(cities, other_solution)
with open(
'solution_{}/{}.csv'.format(solver_name, challenge_number),
'w') as f:
f.write(format_solution(solution) + '\n')