Got some sleep and BACK AT IT!
- We have scores now!
- And proper scaling (which also fixes the performance issue, at least on my machine, turns out 1⁄16 as many updates helps)
- Proper resetting
# Main.gd func _on_Scores_timeout(): var count = 0 var highest = engine.HEIGHT for x in range(engine.WIDTH): for y in range(engine.HEIGHT): if engine.data[x][y] == engine.CELL.plant: count += 1 highest = min(highest, y) score_count.text = "Plants: " + str(count) score_height.text = "Tallest: " + str(engine.HEIGHT - highest)
I’m going to use this such that if plants reaches 0, you lose and if the tallest gets tall enough, you win. I was going to make it so that filling the Tetris pieces also cost you the game, but I don’t think I will any more.
Scaling was actually not that much harder, although I hit a gotcha. I just added a new parameter to
SCALE. The image and texure are the same size, but I had to tweak a few other things:
# PixelEngine.gd func _ready(): ... # Create a texture that the image will render to and that we can use on this sprite my_texture = ImageTexture.new() my_texture.create_from_image(my_image) my_texture.flags &= ~ImageTexture.FLAG_FILTER my_texture.flags &= ~ImageTexture.FLAG_MIPMAPS ... sprite.set_texture(my_texture) sprite.region_rect = Rect2(0, 0, WIDTH, HEIGHT) sprite.set_scale(SCALE * sprite.get_scale())
MIPMAPS means that I get pixellated scaling (which I was having issues with previously) and setting scale (but not the
region_rect) properly scales. Then I changed everything to 4x scale, which effectively gives me 16x as much capacity. And it looks nice and block still!
# Tetromino.gd ... var target = body.global_position - Vector2(8, 8) + Vector2(x, y).rotated(engine.rotation) var tx = int(target.x) / parent.SCALE var ty = int(target.y) / parent.SCALE if parent.in_range(tx, ty) and parent.data[tx][ty] == parent.CELL.empty: parent.data[tx][ty] = engine.data[x][y] parent.force_update = true ...
I also had to modify the ‘copy to the main
PixelEngine’ code to adjust for scale. While I did, I made it so that it only drops the contents if there’s nothing there, since otherwise you keep overwriting things.
This is more a design change than anything, but now if you fill the screen with Tetris blocks, you don’t lose, instead the game will clear the blocks (but keep the particles). That way, the main goal is the plants, not the Tetris game. To do this, I added a new signal:
# Tetromino.gd signal on_reset const RESET_THRESHOLD = 50 func _physics_process(delta): ... # If we hit something, start a counter, if that goes long enough, lock the block if settled: stuck_time += delta var highest_body = INF if stuck_time > LOCK_TIME: ... # If we're too high up, send a reset signal # Otherwise, lock this block and spawn a new one if highest_body < RESET_THRESHOLD: emit_signal("on_reset") else: set_physics_process(false) emit_signal("on_lock")
Then connect it:
# Main.gd func spawn(): var child = Tetromino.instance() child.init_random() child.name = "Tetromino" + str(tetrominos.get_child_count() + 1) child.position = Vector2(80, 20) child.connect("on_lock", self, "spawn") child.connect("on_reset", self, "reset_blocks") tetrominos.add_child(child) func reset_blocks(): for tetromino in tetrominos.get_children(): tetromino.queue_free() tetrominos.remove_child(tetromino) spawn() func _ready(): OS.window_size = Vector2(320, 640) reset_sand() reset_blocks()
And there we go.
One tweak from my 2009 version of Sandbox was color variation. That’s easy enough to implement, so I went for it:
# PixelEngine.gd # Types that have slight color variations const COLOR_VARIATION = 0.1 const VARIABLE_COLORS = [ CELL.wall, CELL.sand, CELL.plant ] func _process(_delta): # Render my data my_image.lock() for x in range(WIDTH): for y in range(HEIGHT): if updated[x][y] or force_update: var color = COLORS[data[x][y]] if data[x][y] in VARIABLE_COLORS: my_image.set_pixel(x, y, Color( color.r + COLOR_VARIATION * (randf() - 0.5), color.g + COLOR_VARIATION * (randf() - 0.5), color.b + COLOR_VARIATION * (randf() - 0.5) )) else: my_image.set_pixel(x, y, color) my_image.unlock()
Check out the video, you can see it most obviously on the walls.
I don’t include a demo with every post, since the compiled version is a bit large to host that many of them (in release mode still 13MB). But I’ve made enough changes that I think it’s worth it this time.
- Play with a keyboard
- Left and right move the block side to side
- Down and up speed up/slow down the block
- You can rotate with Z (left) and X (right)
- debug You can press ENTER to lock the current block
- debug You can press ESC to reset the blocks as if you’ve filled the screen
In rough order of priority:
- Main menu
- Game over menu
- Difficulty / options
- Turn on/off spawn types
- Make plants grow easier (allow 1-4 neighbors) or harder (exactly 1)
- Two block mode (I accidently did this in testing, it was neat)
- Wall spawners
- New block types
- Agent X
- Submit high scores