]
"""
# NOTE: This example is used for the mock solution from 'main.py' only.
# Uncomment the following line to generate a random target shape
target, perfect_solution = utils.generate_target(width=100, height=100, density=0.7, forbidden_pieces=the_forbidden_pieces) # NOTE: it is recommended to keep density below 0.8
solution = Tetris(deepcopy(target))
#solution = perfect_solution
valid, missing, excess, error_pieces = utils.check_solution(target, solution, the_forbidden_pieces) # checks if the solution is valid
if not valid or len(error_pieces)!=0:
if len(error_pieces) != 0:
print('WARNING: {} pieces have a wrong shapeID. They are labelled in image of the solution, and their PieceID are: {}.'
.format(len(error_pieces), error_pieces))
print("Displaying solution...")
utils.visual_perfect(perfect_solution, solution, the_forbidden_pieces)
print("WARNING: The solution is not valid, no score will be given!")
else: # if the solution is valid, test time performance and accuracy
# TIME PERFORMANCE
# There will be three different 'target' with increasing complexity in real test.
time_set = timeit.timeit('Tetris({})'.format(target), 'from main import Tetris', number=1)
if time_set > 600:
print("WARNING: Time is over 10 minutes! The solution is not valid")
else:
target, limit_tetris, perfect_solution = utils.generate_target(
width=20, height=20,
density=0.8) # NOTE: it is recommended to keep density below 0.8
solution = Tetris(deepcopy(target), deepcopy(limit_tetris))
valid, missing, excess, error_pieces, use_diff = utils.check_solution(
target, solution, limit_tetris) # checks if the solution is valid
if not valid or len(error_pieces) != 0:
if len(error_pieces) != 0:
print(
'WARNING: {} pieces have a wrong shapeID. They are labelled in image of the solution, and their PieceID are: {}.'
.format(len(error_pieces), error_pieces))
print("Displaying solution...")
utils.visual_perfect(perfect_solution, solution)
print("WARNING: The solution is not valid, no score will be given!")
else: # if the solution is valid, test time performance and accuracy
# TIME PERFORMANCE
# There will be three different 'target' with increasing complexity in real test.
time_set = timeit.timeit('Tetris({},{})'.format(target, limit_tetris),
'from main import Tetris',
number=1)
if time_set > 600:
print("WARNING: Time is over 10 minutes! The solution is not valid")