falorealtime.blogg.se - Python simple function that creats minesweeper

# Reveal all positions around this, if they are not mines either. X, y = random.randint(0, self.b_size - 1), random.randint(0, self.b_size - 1) Python def _reset_add_starting_marker(self): Try and solve this yourself by postponing the calculation!

But it means we can't allow the user to choose their initial move - we can explain this away as the "initial exploration around the rocket" and make it sound completely sensible.

Pre-calculating the adjacent counts here helps simplify the reveal logic later. We count the number of these that is a mine is_mine = True and store. The custom function get_surrounding simply returns those positions around a given x and y location. With mines in position, we can now calculate the 'adjacency' numberįor each position - simply the number of mines in the immediate vicinity, using a 3x3 grid around the given point. Self.end_game_n = (self.b_size * self.b_size) - (self.n_mines + 1) X, y = random.randint(0, self.b_size-1), random.randint(0, self.b_size-1)

Add a starting marker (the rocket) and trigger initial exploration.

Calculate the number of mines adjacent to each position.

Remove all mines (and reset data) from the field.

The main function reset_map calls these functions We name them _reset (the leading underscore is a convention to indicate a private function, not intended for external use). Now we have our grid of positional tile objects in place, we canīegin creating the initial conditions of the playing board.

The singleShot timer is required to ensure the resize runs after we've returned to the event loop and Qt is aware of the new contents.

QTimer.singleShot(0, lambda: self.resize(1,1)) # # Place resize on the event queue, giving control back to Qt before.