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level.py
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level.py
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import os
from math import floor, ceil
from random import randint, seed, choice
from copy import deepcopy
from pygame import surface
import convert
# index 0: canClip
# 1 = player can stand here
# 0 = player cannot stand here
# index 1: canMove
# 1 = player can push this
# 0 = player cannot push this
atrTable = ["00", "00", "10", "10",
"00", "01", "10", "01",
"10", "00", "00", "00",
"00", "00", "00", "00", ]
def get_levelpacks(directory="./levels"):
levelpack_list = {}
for filename in os.listdir(directory):
if filename == "tutorial.lvl":
continue
f = os.path.join(directory, filename)
if os.path.isdir(f):
levelpack_list[filename] = {
"title": filename, "desc": "FOLDER",
"contents": get_levelpacks(directory=os.path.join(directory, filename))}
elif os.path.isfile(f):
if levelpack := convert.LevelSet(f, "file"):
levelpack_list[filename] = {"title": levelpack.meta['title'], "desc": levelpack.meta['description'], "len": len(levelpack)}
return dict(sorted(levelpack_list.items()))
def get_random_levelpack(lvlpack_list):
possible = choice(list(lvlpack_list.keys()))
if lvlpack_list[possible]['desc'] == "FOLDER":
return possible + "/" + get_random_levelpack(lvlpack_list[possible]["contents"])
return possible
def recursive_folder_check(lvlpack_dict, compact_key):
"""Bad coding practices made this function necessary."""
if "/" in compact_key:
return recursive_folder_check(lvlpack_dict[compact_key[:compact_key.index("/")]]["contents"], compact_key[compact_key.index("/")+1:])
else:
return lvlpack_dict[compact_key]['desc'] == "FOLDER"
def recursive_level_collector(lvlpack_dict, compact_key):
if "/" in compact_key:
return recursive_level_collector(lvlpack_dict[compact_key[:compact_key.index("/")]]["contents"], compact_key[compact_key.index("/")+1:])
else:
return lvlpack_dict[compact_key]
def menu_packs(lvlpack_list):
titles = {}
for i in lvlpack_list:
titles[i] = lvlpack_list[i]["title"]
titles = {k: v for k, v in sorted(titles.items(), key=lambda item: item[1])}
return titles
def pre_calc_connections(level: list[list]):
pre_calced = []
for x, row in enumerate(level):
pre_calced += [[]]
for y, col in enumerate(row):
if col == 4:
neighbors = 0
if x > 0 and y < len(level[x - 1]):
neighbors += int(level[x - 1][y] == 4)
if y > 0:
neighbors += int(level[x][y - 1] == 4) * 2
if y < len(level[x]) - 1:
neighbors += int(level[x][y + 1] == 4) * 4
if x < len(level) and y < len(level[x + 1]):
neighbors += int(level[x + 1][y] == 4) * 8
pre_calced[x] += [((64 * (neighbors % 4), 64 * floor(neighbors / 4)), (64, 64))]
else:
pre_calced[x] += [None]
return pre_calced
def calc_place(modifier, large, modpos, resolution):
if large:
return ((resolution/2)-32) + ((modifier - modpos) * 64)
else:
return modpos + (modifier * 64)
class Level:
def __init__(self, level, screen_dimensions: list[int], bg_color=(31, 31, 31)):
self.background_color = bg_color
self.data = level
self.precalculated_connections = pre_calc_connections(self.data)
self.dimensions = {
"height": len(self.data) - 1,
"width": max([len(i) for i in self.data])
}
self.widest = [len(i[:i.index(1) if 1 in i else -1])+1 for i in self.data].index(self.dimensions["width"])
self.large = {
"tall": self.dimensions["height"] > (screen_dimensions[1]/64),
"wide": self.dimensions["width"] > (screen_dimensions[0]/64)
}
self.edge = {
"horizontal": round((screen_dimensions[1]/64)/2)-2,
"vertical": round((screen_dimensions[0]/64)/2)-2
}
self.notEdge = [self.large["tall"], self.large["wide"]]
self.corner = {
"top": (screen_dimensions[1]/2) - ((self.dimensions["height"]/2)*64),
"left": (screen_dimensions[0]/2) - ((self.dimensions["width"]/2)*64)
}
self.distances = {
"height": int(screen_dimensions[1]/128) + 1,
"width": int(screen_dimensions[0]/128) + 1,
}
self.stats = {
"crate moves": 0,
"player moves": 0,
"crate lines": 0,
"player lines": 0
}
self.statsMeta = {
"crate line": False,
"player last direction": None
}
self.shakeDelay = 2
self.player = [0, 0]
for x, row in enumerate(self.data):
for y, col in enumerate(row):
if col == 3:
self.player = [x, y]
self.data[x][y] = 2
break
elif col == 8:
self.player = [x, y]
self.data[x][y] = 6
break
self.player += [2]
self.last_crate_moved = [-1, -1]
self.history = []
self.animation = {
"ticks": 0,
"frame": 0
}
self.background = None
self.inside = None
self.isWon = False
def update_res(self, screen_dimensions) -> None:
self.large = {
"tall": self.dimensions["height"] > (screen_dimensions[1] / 64),
"wide": self.dimensions["width"] > (screen_dimensions[0] / 64)
}
self.corner = {
"top": (screen_dimensions[1] / 2) - ((self.dimensions["height"] / 2) * 64),
"left": (screen_dimensions[0] / 2) - ((self.dimensions["width"] / 2) * 64)
}
self.distances = {
"height": int(screen_dimensions[1]/128) + 1,
"width": int(screen_dimensions[0]/128) + 1,
}
self.edge = {
"horizontal": round((screen_dimensions[1]/64)/2)-2,
"vertical": round((screen_dimensions[0]/64)/2)-2
}
self.notEdge = [self.large["tall"], self.large["wide"]]
def capture(self) -> None:
if len(self.history) > 100:
self.history.pop(0)
self.history += [{
"data": deepcopy(self.data),
"player": deepcopy(self.player),
"stats": [deepcopy(self.stats), deepcopy(self.statsMeta)],
}]
def rewind(self) -> None:
self.data = self.history[-1]["data"]
self.player = self.history[-1]["player"]
self.stats = self.history[-1]["stats"][0]
self.statsMeta = self.history[-1]["stats"][1]
self.history.pop(-1)
def check_win(self) -> int:
targets = 0
for x in self.data:
for y in x:
if y == 5:
targets += 1
if targets == 0:
self.isWon = True
return self.isWon
def move_player(self, direction: list[int], slides):
self.player[2] = (0 if direction[0] == -1 else 2) if direction[0] else (3 if direction[1] == -1 else 1)
if atrTable[self.data[self.player[0] + direction[0]][self.player[1] + direction[1]]][0] == "1":
self.shakeDelay = 2
self.capture()
self.player[0] += direction[0]
self.player[1] += direction[1]
if self.notEdge[0]:
slides["display"][0] -= 64*direction[0]
else:
slides["character"][0] += 64*direction[0]
if self.notEdge[1]:
slides["display"][1] -= 64*direction[1]
else:
slides["character"][1] += 64*direction[1]
if not self.isWon:
if self.statsMeta["player last direction"] != direction:
self.stats["player lines"] += 1
self.stats["player moves"] += 1
self.statsMeta["player last direction"] = direction
self.statsMeta["crate line"] = False
return
elif atrTable[self.data[self.player[0] + direction[0]][self.player[1] + direction[1]]][1] == "1":
if atrTable[self.data[self.player[0] + (direction[0]*2)][self.player[1] + (direction[1]*2)]][0] == "1":
self.shakeDelay = 2
self.capture()
if self.data[self.player[0] + direction[0]][self.player[1] + direction[1]] == 5:
self.data[self.player[0] + (direction[0]*2)][self.player[1] + (direction[1]*2)] = 5 if \
self.data[self.player[0] + (direction[0]*2)][self.player[1] + (direction[1]*2)] == 2 else 7
self.data[self.player[0] + direction[0]][self.player[1] + direction[1]] = 2
if self.data[self.player[0] + direction[0]][self.player[1] + direction[1]] == 7:
self.data[self.player[0] + (direction[0]*2)][self.player[1] + (direction[1]*2)] = 5 if \
self.data[self.player[0] + (direction[0]*2)][self.player[1] + (direction[1]*2)] == 2 else 7
self.data[self.player[0] + direction[0]][self.player[1] + direction[1]] = 6
self.last_crate_moved = [self.player[0] + (direction[0]*2), self.player[1] + (direction[1]*2)]
slides["crate"][0] += 64*direction[0]
slides["crate"][1] += 64*direction[1]
self.player[0] += direction[0]
self.player[1] += direction[1]
if self.notEdge[0]:
slides["display"][0] -= 64*direction[0]
else:
slides["character"][0] += 64*direction[0]
if self.notEdge[1]:
slides["display"][1] -= 64*direction[1]
else:
slides["character"][1] += 64*direction[1]
if not self.isWon:
if self.statsMeta["player last direction"] != direction:
self.stats["player lines"] += 1
self.stats["player moves"] += 1
if not self.statsMeta["crate line"] or self.statsMeta["player last direction"] != direction:
self.stats["crate lines"] += 1
self.statsMeta["crate line"] = True
self.stats["crate moves"] += 1
self.statsMeta["player last direction"] = direction
return
else:
if self.shakeDelay == 0:
slides["shake"] = 3
else:
self.shakeDelay -= 1
else:
if self.shakeDelay == 0:
slides["shake"] = 3
else:
self.shakeDelay -= 1
return
def render(self, screen_dimensions: list[int], slides: dict, screen, resources, tiles,
dt, mod=0, modw=0, parallax=1, player=True, modsize=0, after_shade=False): # TODO: Too many goddamn variables
if not self.background:
if not self.inside:
self.inside = []
for x in range(-12, self.dimensions["height"] + 12):
self.inside += [[0 for _ in range(-12, self.dimensions["width"] + 12)]]
self.inside[self.player[0]][self.player[1]] = 1
processing = True
while processing:
processing = False
for x, row in enumerate(self.inside):
for y, col in enumerate(row):
if col == 1:
if x > 0:
if self.data[x - 1][y] != 4:
if self.inside[x - 1][y] != -1:
self.inside[x - 1][y] = 1
processing = True
else:
self.inside[x - 1][y] = -2
if y > 0 and self.data[x][y - 1] != 4:
if self.inside[x][y - 1] != -1:
self.inside[x][y - 1] = 1
processing = True
else:
self.inside[x][y - 1] = -2
if self.data[x][y] != 4:
if self.inside[x][y] != -1:
self.inside[x][y] = 1
processing = True
else:
self.inside[x][y] = -2
if y < len(self.data[x]) - 1 and self.data[x][y + 1] != 4:
if self.inside[x][y + 1] != -1:
self.inside[x][y + 1] = 1
processing = True
else:
self.inside[x][y + 1] = -2
if x < len(self.data):
if self.data[x + 1][y] != 4:
if self.inside[x + 1][y] != -1:
self.inside[x + 1][y] = 1
processing = True
else:
self.inside[x + 1][y] = -2
self.inside[x][y] = -1
self.background = surface.Surface(((self.dimensions["width"]*64)+1536, (self.dimensions["height"]*64)+1536))
self.background.fill(self.background_color)
shade_size = resources["sprite"]["shade"].get_size()
back_size = self.background.get_size()
if not after_shade:
for x in range(0, ceil(back_size[0]/shade_size[0])):
for y in range(0, ceil(back_size[1]/shade_size[1])):
self.background.blit(resources["sprite"]["shade"], (x*shade_size[0], y*shade_size[1]))
for x in range(-12, self.dimensions["height"]+12):
for y in range(-12, self.dimensions["width"]+12):
seed(sum(self.data[0]) + sum(self.data[-1]) + x + y)
draw_floor = False
if -1 <= x <= self.dimensions["height"]:
if -1 <= y <= self.dimensions["width"]:
if x < len(self.data):
if y < len(self.data[x])-1:
if self.data[x][y+1] == 4:
draw_floor = True
if 0 < y < len(self.data[x])+1:
if self.data[x][y-1] == 4:
draw_floor = True
if -1 <= x < len(self.data)-1:
if y < len(self.data[x + 1]) - 1:
if self.data[x + 1][y + 1] == 4:
draw_floor = True
if 0 < y < len(self.data[x + 1]) + 1:
if self.data[x + 1][y - 1] == 4:
draw_floor = True
if 1 <= x < len(self.data):
if y < len(self.data[x - 1]) - 1:
if self.data[x - 1][y + 1] == 4:
draw_floor = True
if 0 < y < len(self.data[x - 1]) + 1:
if self.data[x - 1][y - 1] == 4:
draw_floor = True
if 0 <= x <= self.dimensions["height"]:
if 0 <= y < len(self.data[x]):
if self.data[x][y] == 4:
continue
elif self.inside[x][y]:
self.background.blit(resources["sprite"]["gbrick"],
((y + 11) * 64, (x + 11) * 64))
continue
else:
if y < 0:
draw_floor = randint(0, abs(y)) < 1
elif y > len(self.data[x]):
draw_floor = randint(0, abs(y - len(self.data[x]))) < 1
else:
if 0 <= y <= self.dimensions["width"] + 1:
if x < 0:
draw_floor = randint(0, abs(x)) < 1
elif x > self.dimensions["height"] + 1:
draw_floor = randint(0, abs(x - self.dimensions["height"])) < 1
if draw_floor:
self.background.blit(resources["sprite"]["ggrass"], ((y+11)*64, (x+11)*64))
for x, row in enumerate(self.data):
for y, col in enumerate(row):
if 4 <= col <= 7:
if col == 4:
self.background.blit(resources["sprite"]["rbricksheet"],
((y + 12) * 64, (x + 12) * 64),
area=self.precalculated_connections[x][y])
elif col == 7:
self.background.blit(resources["sprite"]["target"],
((y + 12) * 64, (x + 12) * 64))
elif col != 5:
self.background.blit(resources["sprite"][tiles[col - 4]],
((y + 12) * 64, (x + 12) * 64))
modpos = [0, 0]
observpos = [0, 0]
if self.large["wide"]:
modpos[1] = min(max(self.edge["vertical"], self.player[1]), self.dimensions["width"]-self.edge["vertical"])
observpos[1] = self.player[1]-modpos[1]
if self.notEdge[1]:
self.notEdge[1] = self.edge["vertical"] < self.player[1] < self.dimensions["width"] - self.edge["vertical"]
else:
self.notEdge[1] = self.edge["vertical"] < self.player[1] < self.dimensions["width"] - self.edge["vertical"]
if self.notEdge[1]:
slides["display"][1] += 64*(self.player[2]-2)
slides["character"][1] += 64*(self.player[2]-2)
else:
modpos[1] = self.corner["left"]
if self.large["tall"]:
modpos[0] = min(max(self.edge["horizontal"], self.player[0]), self.dimensions["height"]-self.edge["horizontal"])
observpos[0] = self.player[0]-modpos[0]
if self.notEdge[0]:
self.notEdge[0] = self.edge["horizontal"] < self.player[0] < self.dimensions["height"] - self.edge["horizontal"]
else:
self.notEdge[0] = self.edge["horizontal"] < self.player[0] < self.dimensions["height"] - self.edge["horizontal"]
if self.notEdge[0]:
slides["display"][0] -= 64*(self.player[2]-1)
slides["character"][0] -= 64*(self.player[2]-1)
else:
modpos[0] = self.corner["top"]
screen.blit(self.background,
((((screen_dimensions[0]/2)-32)-((modpos[1]*64)+768))
- ((slides["display"][1]) / parallax) - ((modsize / parallax) * modw)
if self.large["wide"] else
(modpos[1]-768) - (slides["display"][1] / parallax) - ((modsize / parallax) * modw),
(((screen_dimensions[1]/2)-32)-((modpos[0]*64)+768))
- (slides["display"][0] / parallax) - ((modsize / parallax) * mod)
if self.large["tall"] else
(modpos[0]-768) - (slides["display"][0] / parallax) - ((modsize / parallax) * mod)))
for x, row in enumerate(self.data):
for y, col in enumerate(row):
if col in [5, 7]:
crateslide = slides["crate"] if self.last_crate_moved == [x, y] else [0, 0]
screen.blit(resources["sprite"][tiles[col - 4]],
(calc_place(y, self.large["wide"], modpos[1], screen_dimensions[0]) - crateslide[1]
- (slides["display"][1] / parallax) - ((modsize / parallax) * modw),
calc_place(x, self.large["tall"], modpos[0], screen_dimensions[1]) - crateslide[0]
- (slides["display"][0] / parallax) - ((modsize / parallax) * mod)))
if self.animation["ticks"] > 100:
self.animation["ticks"] = 0
self.animation["frame"] = 0 if self.animation["frame"] == 2 else self.animation["frame"]+1
else:
self.animation["ticks"] += dt
if player:
walkingframe = 4 * self.animation["frame"]\
if int((sum(slides["display"]) + sum(slides["character"])) / 10)\
else 0
screen.blit(resources["sprite"]["player"][self.player[2] + walkingframe],
(((screen_dimensions[0]/2)-32 - (slides["display"][1] / 100) + (observpos[1] * 64) - (slides["character"][1]))
if self.large["wide"] else
(self.corner["left"] - slides["character"][1] - slides["display"][1] + self.player[1] * 64),
((screen_dimensions[1]/2)-32 - (slides["display"][0] / 100) + (observpos[0] * 64) - (slides["character"][0]))
if self.large["tall"] else
(self.corner["top"] - slides["display"][0] - slides["character"][0] + self.player[0] * 64)))
return