def algorithm(picture, args):
"""
Keep placing the biggest square possible. When only squares of size 1 are
possible, fill with lines.
"""
painter = Painter(picture.empty_copy())
square = Square(-1, -1, 100000)
while True:
square = get_largest_unpainted_square(picture, painter, square.size)
if not square:
break
painter.paint_square(square.row, square.column, square.size)
for row, column in painter.picture.positions_to_paint(picture):
if painter.picture[row][column]:
continue
length = 0
for i in range(row + 1, picture.shape[0]):
if picture[i][column]:
length += 1
else:
break
painter.paint_line(row, column, row + length, column)
return painter
def algorithm(picture, args):
"""
Paint each cell with a single command resulting in a score 0
"""
painter = Painter(picture.empty_copy())
for row, column in painter.picture.positions_to_paint(picture):
painter.paint_square(row, column, 0)
return painter
def algorithm(picture, args):
"""
Keep placing the biggest square possible
"""
painter = Painter(picture.empty_copy())
square = Square(-1, -1, 100000)
while True:
square = get_largest_unpainted_square(picture, painter, square.size)
if not square:
break
painter.paint_square(square.row, square.column, square.size)
return painter
