def sfx_hit(self):
"""Play sound for when ball hits paddle."""
pyxel.play(ch=0, snd=2)
def death_event(self):
"""Kill the game (bring up end screen)."""
self.death = True # Check having run into self
pyxel.stop()
pyxel.play(0, 1)
def doom(self):
for i in range(self.amount_of_blocks):
if self.block_array[i] != None and self.block_array[i].doomed:
self.score += 1
self.block_array[i] = None
pyxel.play(1, 1)
def death():
pyxel.stop()
pyxel.play(2, 3)
def collision_detect(self, obj, index, x, y):
if abs(self.dinasour_pos[0] - obj[index]) < x and abs(
self.dinasour_pos[1] - obj[index + 1]) < y:
self.game_state = 'game over'
pyxel.play(ch=0, snd=1)
def start_shoot():
pyxel.play(0, 0, loop=True)
def spawn():
pyxel.play(2, 1)
def update_lemmings_movement_and_tools(self):
"""THIS IS ALL THE CODE TO LEMMING MOVEMENT AND INTERACTION BETWEEN OBJECTS.
THIS IS BASICALLY THE CORE CODE OF THE GAME."""
for i in self.list_of_appeared_lemmings:
# First we have to define some variables called cellclass checkers. They allow
# the lemmings to "watch" some positions around them.
# CELCLASS CHECKERS OF THE INTRINSIC POSITION OF THE LEMMING
self.cellclass_of_cell = self.boardmatrix[int(i.lemx // 16)][int(
i.lemy // 16)].cellclass
##CELLCLASS CHECKERS: RIGHT, LEFT AND BELOW THE LEMMINGS
self.cellclass_of_cell_right = self.boardmatrix[int(i.lemx // 16) +
1][int(
i.lemy //
16)].cellclass
self.cellclass_of_cell_below_right = self.boardmatrix[int(
i.lemx // 16)][int((i.lemy // 16) + 1)].cellclass
self.cellclass_of_cell_left = self.boardmatrix[int(
i.lemx // 16)][int(i.lemy // 16)].cellclass
self.cellclass_of_cell_below_left = self.boardmatrix[int(
i.lemx // 16)][int(i.lemy // 16) + 1].cellclass
## SPECIAL CELLCLASS CHECKERS FOR DETECTING THE BLOCKERS
self.cellclass_of_cell_right_blocker = self.boardmatrix[
int(i.lemx // 16) + 1][int(i.lemy // 16)].cellclass
self.cellclass_of_cell_left_blocker = self.boardmatrix[
int(i.lemx // 16) - 1][int(i.lemy // 16)].cellclass
##### MOVEMENT AND INTERACTION WITH ALL OBJECTS #####
if self.zawarudo == False: ## we check that time is not stopped
if i.appeared == True: ## check if lemmings have appeared
if i.checker_appeared == True:
if i.sprite != str("walking_L") and i.sprite != str(
"Blocker"
): ## just to establish the initial sprite
i.change_sprite("walking_R") ## of the lemmings
i.checker_appeared = False
if i.died == False or i.saved == False: ## check that they aren't saved, neither died
## COLLISION WITH SIDE PLATFORMS AND BLOCKER LEMMINGS
if ((isinstance(self.cellclass_of_cell_right, Platform)
== True or isinstance(self.cellclass_of_cell_left,
Platform) == True) or
(isinstance(self.cellclass_of_cell_right_blocker,
Blocker_lemming) == True
or isinstance(self.cellclass_of_cell_left_blocker,
Blocker_lemming) == True)):
if i.direction == "R":
i.change_sprite("walking_L")
i.changeDirection(
) ### changing directions of lemming
else:
i.change_sprite("walking_R")
i.changeDirection()
#COLLISION WITH SHOVEL AND DESTROYING THE PLATFORM BELOW:
elif isinstance(self.cellclass_of_cell_right,
Shovel) == True:
self.cellclass_of_cell_below_right = Destroyed_platform(
int(i.lemx // 16),
int(i.lemx // 16) + 1)
self.cellclass_of_cell_right.used = True
elif isinstance(self.cellclass_of_cell_left,
Shovel) == True:
self.cellclass_of_cell_below_right = Destroyed_platform(
int(i.lemx // 16),
int(i.lemx // 16) + 1)
self.cellclass_of_cell_left.used = True
# IF NOTHING OF ABOVE HAPPENS, LET THE LEMMING MOVE:
else:
if i.being_blocker == False: ### checking that they don't move if they are a blocker
i.move()
## COLLISION WITH BLOCKER OBJECT TO TRANSFORM THE LEMMING
if isinstance(self.cellclass_of_cell_right,
Blocker) == True:
if i.falling == False and i.falling_with_umbrella == False:
if i.checker_blocker == False: ### just a checker to play the sound effect correctly
pyxel.play(2, 13)
i.converting_to_blocker(
) ### transforming the lemming
self.cellclass_of_cell_right.used = True ### making the blocker tool used
### creating a Lemming blocker on the stablished position
self.boardmatrix[int(i.lemx / 16)][int(
i.lemy / 16)].cellclass = Blocker_lemming(
i.lemx, i.lemy)
if isinstance(self.cellclass_of_cell_left,
Blocker) == True:
if i.falling == False and i.falling_with_umbrella == False:
if i.checker_blocker == False:
pyxel.play(2, 13)
i.converting_to_blocker()
self.cellclass_of_cell_left.used = True
self.boardmatrix[int(
i.lemx / 16
)][int(i.lemy / 16)].cellclass = Blocker_lemming(
i.lemx, i.lemy
) ### creating a Lemming blocker on the stablished position
## COLLISION WITH EXIT GATE: SAVING THE LEMMINGS AND ENDING THE GAME
if (isinstance(self.cellclass_of_cell_right, Exitgate)
== True or isinstance(self.cellclass_of_cell_left,
Exitgate) == True):
i.save() ###saving lemming
i.dissapear() ###making it dissapear
if i.deactivate == False: ###checker for sound effect
i.deactivate = True
pyxel.play(3, 11)
self.myscore.dellemming_saved() ###adding to score
## FALLING LEMMING
if i.died == False or i.saved == False:
if (isinstance(self.cellclass_of_cell_below_right,
Platform) == False or
(isinstance(self.cellclass_of_cell_below_left,
Platform) == False
and i.direction == "L")):
i.falling = True
i.fall()
i.change_sprite("falling")
if i.falling_with_umbrella == True:
i.change_sprite("Umbrella falling")
## COLLISION WITH UMBRELLA OBJECT
if isinstance(self.cellclass_of_cell_below_right,
Umbrella) == True:
pyxel.play(2, 8) ### sound effect
i.umbrella_collision()
self.cellclass_of_cell_below_right.used = True ### making umbrella an used tool
## REACHING FLOOR WITH AN UMBRELLA
if (i.falling == True
and isinstance(self.cellclass_of_cell_below_right,
Platform) == True):
if i.falling_with_umbrella == True:
#disabling falling attributes
i.falling = False
i.falling_with_umbrella = False
### making the lemming move again
i.move()
if i.direction == "R":
i.change_sprite("walking_R")
else:
i.change_sprite("walking_L")
else:
## THIS WILL HAPPEN IF LEMMING FALL WITHOUT UMBRELLA. IT WILL DIE
## AND DISSAPEAR
i.die()
if i.deactivate == False: ##checker for sound effect
i.deactivate = True
pyxel.play(3, 14)
self.myscore.dellemming_died()
#### LADDER COLLISIONS ####
# This part of the program is not fully implemented. Lemmings are allow to climb down
# ladders correctly and reach lower floors, but not to climb up them to reach upper floors.
# See bug report for further information.
##ENCOUNTER WITH RIGHT LADDER ##
### all comments below can be applicable to the left ladder also
if (isinstance(self.cellclass_of_cell, Right_Ladder)):
if i.direction == "R":
i.collision_right_ladder_UP(
) ## climbing lemming method
i.falling = False ## not letting the lemming fall while climbing
self.cellclass_of_cell.used = True ## make the ladder an used tool
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
elif i.direction == "L":
i.collision_left_ladder_UP()
i.falling = False
self.cellclass_of_cell.used = True
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
# MAKE THE LEMMING CLIMB DOWN THE LADDERS
# (self.cellclass_of_cell_below_left is used to check the cell below)
if (isinstance(self.cellclass_of_cell_below_left,
Right_Ladder)):
if i.direction == "R":
i.collision_right_ladder_DOWN()
i.falling = False
self.cellclass_of_cell_below_left.used = True
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
elif i.direction == "L":
i.collision_left_ladder_DOWN()
i.falling = False
self.cellclass_of_cell_below_left.used = True
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
##ENCOUNTER WITH LEFT LADDER
if (isinstance(self.cellclass_of_cell, Left_Ladder)):
i.direction = "L"
i.collision_left_ladder_UP()
self.cellclass_of_cell.used = True
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
if (isinstance(self.cellclass_of_cell_below_left,
Left_Ladder)):
if i.direction == "R":
i.collision_right_ladder_DOWN()
self.cellclass_of_cell_below_left.used = True
i.falling = False
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
elif i.direction == "L":
i.collision_left_ladder_DOWN()
i.falling = False
if (isinstance(self.cellclass_of_cell, Platform)):
i.direction == "R"
# LEMMINGS DYING WHEN REACHING LAVA (code not implemented, read info in lava module)
"""
if (i.falling == True and isinstance(self.cellclass_of_cell_below_right, Lava) == True):
i.lava = True
i.die()
if i.deactivate == False: ##checker for sound effect
i.deactivate = True
pyxel.play(3,14)
self.myscore.dellemming_died()
"""
# COLLISION OF LEMMINGS WITH EDGES OF THE GAME
if i.lemx >= WIDTH - 16 or i.lemx <= 0:
i.changeDirection()
if i.direction == "R":
i.change_sprite("walking_R")
else:
i.change_sprite("walking_L")
def __init__(self):
pyxel.init(width=WIDTH, height=HEIGHT, caption="Guildna")
pyxel.load("assets/guildna.pyxres")
self.text_h = HEIGHT // 16
self.text_w = WIDTH // 8
self.player_h = HEIGHT // 2 + 6
self.player_w = WIDTH // 32
self.enemy_height = HEIGHT * 3 // 8 - 12
self.enemy_width = WIDTH // 2 - 16
self.player_list = [
Player(name="Aldo",
hp=160,
mp=80,
at=120,
df=100,
sp=300,
place=self.player_w),
Player(name="Cyrus",
hp=130,
mp=100,
at=150,
df=90,
sp=330,
place=self.player_w + WIDTH // 4),
Player(name="Riica",
hp=150,
mp=150,
at=100,
df=100,
sp=320,
place=self.player_w + WIDTH // 2),
Player(name="Anabel",
hp=200,
mp=120,
at=100,
df=110,
sp=290,
place=self.player_w + (WIDTH * 3) // 4),
]
self.enemy = Enemy(name="Guildna",
hp=2000,
mp="????",
at=100,
df=10,
sp=310)
self.player_list[0].set_skill(skill_name="X BLADE",
skill_type="attack",
rate=5,
skill_mp=40)
self.player_list[1].set_skill(skill_name="NIRVANA SLASH",
skill_type="attack",
rate=1.7,
skill_mp=20)
self.player_list[2].set_skill(skill_name="POWER HEAL",
skill_type="heal",
rate=0.7,
skill_mp=15)
self.player_list[3].set_skill(skill_name="HOLY SWORD OF PRAYER",
skill_type="attack",
rate=2,
skill_mp=30)
self.select_list = [
True,
True,
True,
True,
]
self.action_turn_list = []
for player in self.player_list:
self.action_turn_list.append(player)
self.action_turn_list.append(self.enemy)
self.alive_list = []
self.light_ball_list = []
self.aldo_ball_list = []
self.fire_ball_list = []
for _ in range(20):
self.fire_ball_list.append(FireBall())
self.title_ball_list = []
for _ in range(10):
self.title_ball_list.append(TitleBall())
self.mode = TITLE
self.fc = -1
self.title_fc = -1
self.dead_count = 0
self.win_fc = -1
self.lose_fc = -1
pyxel.play(ch=0, snd=4, loop=True)
pyxel.run(self.update, self.draw)
def update(self):
if pyxel.btnp(pyxel.KEY_R):
logger.info("Exit.")
# pyxel.quit()
self.reset()
if pyxel.btnp(pyxel.KEY_B):
self.boss_dead = True
logger.debug("BOSS_FIGHT!")
if pyxel.btnp(pyxel.KEY_Z):
self.boss_fight = True
self.flushingEnemies = True
enemies = self.new_enemies
self.new_enemies = []
self.flushingEnemies = False
for (sid, newEnemy) in enemies:
self.enemies[sid] = newEnemy
self.space.add(newEnemy.body, newEnemy.poly)
""" update game objects """
objs_to_kill = []
for player in self.players.values():
player.update(boss_dead=self.boss_dead)
if player.dead:
pyxel.play(2, 2)
logger.debug(f"{player.id} is dead!")
objs_to_kill.append(player)
elif player.death_frames > 0:
logger.debug(f"{player.id} is dying! {player.death_frames}")
player.death_frames -= 1
if player.death_frames <= 0:
logger.debug(
f"{player.id} TRUE DEATH! {player.death_frames}")
player.dead = True
elif player.health <= 0:
player.death_frames = settings.death_duration
for enemy in self.enemies.values():
enemy.update()
if enemy.dead and isinstance(enemy, Boss):
pyxel.play(2, 2)
logger.debug(f"{enemy.id} is dead!")
objs_to_kill.append(enemy)
elif enemy.death_frames > 0:
logger.debug(f"{enemy.id} is dying! {enemy.death_frames}")
enemy.death_frames -= 1
if enemy.death_frames <= 0:
logger.debug(
f"{enemy.id} TRUE DEATH! {enemy.death_frames}")
enemy.dead = True
if isinstance(enemy, Boss):
self.boss_dead = True
elif enemy.health <= 0:
enemy.death_frames = settings.death_duration
# if self.boss_added:
# logger.debug(f"boss has {self.boss.health} health!")
# self.boss.update()
# if self.boss.dead:
# logger.debug(f"{self.boss.id} is dead!")
# objs_to_kill.append(self.boss)
# elif self.boss.death_frames > 0:
# logger.debug(f"{self.boss.id} is dying! {self.boss.death_frames}")
# self.boss.death_frames -= 1
# if self.boss.death_frames <= 0:
# logger.debug(f"{self.boss.id} TRUE DEATH! {self.boss.death_frames}")
# self.boss.dead = True
# self.boss_dead = True
# elif self.boss.health <= 0:
# self.boss.death_frames = settings.death_duration
for obj in objs_to_kill:
self.kill(obj)
self.space.step(settings.space_dt)
if (len(self.enemies) <
settings.required_enemies) and not self.running:
pyxel.frame_count = 0
else:
self.running = True
def update_tools_placement(self):
""" THIS WILL DEFINE THE USER ACTIONS WITH THE LETTERS OF THE KEYBOARD:
TOOLS PLACEMENT, TOOLS REMOVAL, AND GOD MODE ACTIONS"""
## IMPORTANT NOTE: FROM NOW ON WE USED ISINSTANCE() FUNCTION
## TO CHECK IF A GIVEN CELL CONTAINS SOME TYPE OF OBJECT (platforms, tools...)
## (we didn't see this on the course but it is a very simple function and very useful
## for the program, and we were allowed to use it)
#### RIGHT LADDER ####
if pyxel.btnp(pyxel.KEY_A):
## ALL THE COMMENTS OF THIS TOOL CAN BE APPLICABLE FOR ALL TOOLS.
##these variables above are checkers for the program to
##analyze the position of the user pointer.
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
##First, we make the code for removing the tool
if (isinstance(cellsee.cellclass, Right_Ladder) == True
and cellsee.cellclass.used == False):
cellsee.cellclass = None
self.myscore.addLadder()
else:
###placements of all tools
if cellsee.cellclass == None: ### no tool in selected cell
if self.myscore.ladders != 0:
cellsee.cellclass = Right_Ladder(
position_in_row, position_in_column)
self.myscore.delLadder()
if isinstance(
cellsee.cellclass,
Umbrella) == True: ### checking if umbrella is on cell
if self.myscore.ladders != 0:
if cellsee.cellclass.used == False: ### checking if it is a placeholder or if it is used tool
self.myscore.addUmbrella()
cellsee.cellclass = Right_Ladder(
position_in_row,
position_in_column) ### changing the tool
self.myscore.delLadder()
if (isinstance(cellsee.cellclass, Left_Ladder) ==
True ### checking if left ladder is on cell
and cellsee.cellclass.used == False):
if self.myscore.ladders != 0: ### we dont make changes to score because right and left ladder are technically the same tool
cellsee.cellclass = Right_Ladder(
position_in_row, position_in_column)
if isinstance(
cellsee.cellclass,
Blocker) == True: ### checking if blocker is on cell
if self.myscore.ladders != 0:
if cellsee.cellclass.used == False: ### checking if it is a placeholder or if it is used tool
self.myscore.addBlocker()
cellsee.cellclass = Right_Ladder(
position_in_row,
position_in_column) ### changing the tool
self.myscore.delLadder()
if isinstance(
cellsee.cellclass,
Shovel) == True: ### checking if shovel is on cell
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False: ### checking if it is a placeholder or if it is used tool
self.myscore.addShovel()
cellsee.cellclass = Right_Ladder(
position_in_row,
position_in_column) ### changing the tool
self.myscore.delLadder()
### sound effect
pyxel.play(3, 9)
#### LEFT LADDER ####
if pyxel.btnp(pyxel.KEY_S):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
if (isinstance(cellsee.cellclass, Left_Ladder) == True
and cellsee.cellclass.used == False):
cellsee.cellclass = None
self.myscore.addLadder()
else:
if cellsee.cellclass == None:
if self.myscore.ladders != 0:
cellsee.cellclass = Left_Ladder(
position_in_row, position_in_column)
self.myscore.delLadder()
if isinstance(cellsee.cellclass, Umbrella) == True:
if self.myscore.ladders != 0:
if cellsee.cellclass.used == False:
self.myscore.addUmbrella()
cellsee.cellclass = Left_Ladder(
position_in_row, position_in_column)
self.myscore.delLadder()
if (isinstance(cellsee.cellclass, Right_Ladder) == True
and cellsee.cellclass.used == False):
if self.myscore.ladders != 0:
cellsee.cellclass = Left_Ladder(
position_in_row, position_in_column)
if isinstance(cellsee.cellclass, Blocker) == True:
if self.myscore.ladders != 0:
if cellsee.cellclass.used == False:
self.myscore.addBlocker()
cellsee.cellclass = Left_Ladder(
position_in_row, position_in_column)
self.myscore.delLadder()
if isinstance(cellsee.cellclass, Shovel) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addShovel()
cellsee.cellclass = Left_Ladder(
position_in_row, position_in_column)
self.myscore.delLadder()
pyxel.play(3, 9)
#### UMBRELLA ####
if pyxel.btnp(pyxel.KEY_D):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
if (isinstance(cellsee.cellclass, Umbrella) == True
and cellsee.cellclass.used == False):
self.myscore.addUmbrella()
cellsee.cellclass = None
else:
if cellsee.cellclass == None:
if self.myscore.umbrellas != 0:
cellsee.cellclass = Umbrella(position_in_row,
position_in_column)
self.myscore.delUmbrella()
if isinstance(cellsee.cellclass, Left_Ladder) == True:
if self.myscore.umbrellas != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Umbrella(
position_in_row, position_in_column)
self.myscore.delUmbrella()
if isinstance(cellsee.cellclass, Right_Ladder) == True:
if self.myscore.umbrellas != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Umbrella(
position_in_row, position_in_column)
self.myscore.delUmbrella()
if isinstance(cellsee.cellclass, Blocker) == True:
if self.myscore.umbrellas != 0:
if cellsee.cellclass.used == False:
self.myscore.addBlocker()
cellsee.cellclass = Umbrella(position_in_row,
position_in_column)
self.myscore.delUmbrella()
if isinstance(cellsee.cellclass, Shovel) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addShovel()
cellsee.cellclass = Umbrella(
position_in_row, position_in_column)
self.myscore.delUmbrella()
pyxel.play(3, 9)
#### BLOCKER ####
if pyxel.btnp(pyxel.KEY_F):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
if (isinstance(cellsee.cellclass, Blocker) == True
and cellsee.cellclass.used == False):
self.myscore.addBlocker()
cellsee.cellclass = None
else:
if cellsee.cellclass == None:
if self.myscore.blockers != 0:
cellsee.cellclass = Blocker(position_in_row,
position_in_column)
self.myscore.delBlocker()
if isinstance(cellsee.cellclass, Left_Ladder) == True:
if self.myscore.blockers != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Blocker(
position_in_row, position_in_column)
self.myscore.delBlocker()
if isinstance(cellsee.cellclass, Right_Ladder) == True:
if self.myscore.blockers != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Blocker(
position_in_row, position_in_column)
self.myscore.delBlocker()
if isinstance(cellsee.cellclass, Umbrella) == True:
if self.myscore.umbrellas != 0:
if cellsee.cellclass.used == False:
self.myscore.addUmbrella()
cellsee.cellclass = Blocker(position_in_row,
position_in_column)
self.myscore.delBlocker()
if isinstance(cellsee.cellclass, Shovel) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addShovel()
cellsee.cellclass = Blocker(
position_in_row, position_in_column)
self.myscore.delBlocker()
pyxel.play(3, 9)
#just for testing(ignore this):
# CREATING USED OBJECTS FOR SCORE TESTING:
# YOU CANNOT REMOVE USED LADDERS, AND IF YOU REMOVE USED TOOLS THEY WONT
# BE ADDED TO TOOLS SCORE
if pyxel.btnp(pyxel.KEY_G):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
cellsee.cellclass = Right_Ladder(position_in_row,
position_in_column)
cellsee.cellclass.used = True
if pyxel.btnp(pyxel.KEY_H):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
cellsee.cellclass = Left_Ladder(position_in_row,
position_in_column)
cellsee.cellclass.used = True
if pyxel.btnp(pyxel.KEY_J):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
cellsee.cellclass = Umbrella(position_in_row, position_in_column)
cellsee.cellclass.used = True
if pyxel.btnp(pyxel.KEY_K):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
cellsee.cellclass = Blocker(position_in_row, position_in_column)
cellsee.cellclass.used = True
#### EXTRA FEATURES ####
# SHOVEL:
# SPRITE OF DESTROYED PLATFORM IS DRAWN ON PYXEL EDITOR
# UT WE DIN'T FIGURE OUT HOW TO DRAW IT ON THE GAME
if pyxel.btnp(pyxel.KEY_E):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
if (isinstance(cellsee.cellclass, Shovel) == True
and cellsee.cellclass.used == False):
self.myscore.addShovel()
cellsee.cellclass = None
else:
if cellsee.cellclass == None:
if self.myscore.shovels != 0:
cellsee.cellclass = Shovel(position_in_row,
position_in_column)
self.myscore.delShovel()
if isinstance(cellsee.cellclass, Left_Ladder) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Shovel(position_in_row,
position_in_column)
self.myscore.delShovel()
if isinstance(cellsee.cellclass, Right_Ladder) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addLadder()
cellsee.cellclass = Shovel(position_in_row,
position_in_column)
self.myscore.delShovel()
if isinstance(cellsee.cellclass, Umbrella) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addUmbrella()
cellsee.cellclass = Shovel(position_in_row,
position_in_column)
self.myscore.delShovel()
if isinstance(cellsee.cellclass, Blocker) == True:
if self.myscore.shovels != 0:
if cellsee.cellclass.used == False:
self.myscore.addBlocker()
cellsee.cellclass = Shovel(position_in_row,
position_in_column)
self.myscore.delShovel()
pyxel.play(3, 9)
##### GOD MODE #####
# WE CAN CREATE AND REMOVE AS MUCH PLATFORMS AS WE WANT WITH THIS CODE BELOW.
# ALSO, THE ZAWARUDO VARIABLE ALLOWS THE PLAYER TO STOP TIME, AND THEREFORE,
# THE LEMMINGS MOVEMENT.
## ACTIVATE GOD MODE
if pyxel.btnp(pyxel.KEY_V):
self.god_mode = True
pyxel.play(3, 15)
## DISABLE GOD MODE
if pyxel.btnp(pyxel.KEY_B):
self.god_mode = False
pyxel.play(3, 15)
if self.god_mode == True:
##CREATING PLATFORMS
if pyxel.btnp(pyxel.KEY_P):
position_in_row = int(self.cursorY / 16)
position_in_column = int(self.cursorX / 16)
cellsee = self.boardmatrix[position_in_column][position_in_row]
if isinstance(cellsee.cellclass, Platform) == True:
cellsee.cellclass = None
else:
cellsee.cellclass = Platform(position_in_row,
position_in_column)
## STOPPING TIME (ZAWARUDO MODE)
if pyxel.btnp(pyxel.KEY_Z):
self.zawarudo = True
pyxel.play(3, 16)
## DISABLING ZAWARUDO MODE
if pyxel.btnp(pyxel.KEY_X):
self.zawarudo = False
pyxel.play(3, 16)
def voice(self, selection):
if (self.played is False):
pyxel.play(2, selection)
self.start = time.time()
self.played = True
def start_music(self):
"""Start all music tracks (channels 1 - 3)."""
pyxel.play(ch=1, snd=10, loop=True)
pyxel.play(ch=2, snd=11, loop=True)
def sfx_pickup(self):
pyxel.play(ch=0, snd=3)
def playSE():
pyxel.play(0, 0)
def attack(self, player):
efc = (pyxel.frame_count - self.fc) % SPEED
self.attacker_status_effect(player)
if player.is_attack or player.skill_type == "attack" and player.mp_after_skill >= 0:
if SPEED // 2 <= efc:
message = f"{player.damage} damage to {self.enemy.name}!"
ans = self.return_message(message, efc - SPEED // 2)
pyxel.text(x=self.text_w, y=self.text_h + 8, s=f"{ans}", col=7)
if player.is_attack:
if efc == SPEED // 2 - 1:
player.damage = int(
player.at * random.uniform(0.9, 1.1)) - int(
self.enemy.df * random.uniform(0.4, 0.6))
self.enemy.hp -= player.damage
message = f"{player.name}'s ATTACK!!"
ans = self.return_message(message, efc)
pyxel.text(x=self.text_w, y=self.text_h, s=f"{ans}", col=7)
self.draw_attacked_enemy_hp()
self.attack_effect(player)
else:
if efc == 0:
player.mp_after_skill = player.mp - player.skill_mp
if player.mp_after_skill < 0:
message = f"{player.name}'s SKILL! {player.skill_name}!!"
ans = self.return_message(message, efc)
pyxel.text(x=self.text_w, y=self.text_h, s=f"{ans}", col=7)
if SPEED // 2 <= efc:
message = f"BUT {player.name} HAS NOT ENOUGH MP..."
ans = self.return_message(message, efc - SPEED // 2)
pyxel.text(x=self.text_w,
y=self.text_h + 8,
s=f"{ans}",
col=8)
else:
if player.skill_type == "heal":
if efc == 0:
player.mp = player.mp_after_skill
player.damage = int(player.at * player.rate *
random.uniform(0.9, 1.1))
elif efc == SPEED // 2 - 1:
player.mp = player.mp_after_skill
player.damage = int(player.at * player.rate *
random.uniform(0.9, 1.1))
if player.skill_type == "attack":
player.damage -= self.enemy.df
self.enemy.hp -= player.damage
message = f"{player.name}'s SKILL! {player.skill_name}!!"
ans = self.return_message(message, efc)
pyxel.text(x=self.text_w, y=self.text_h, s=f"{ans}", col=7)
if player.skill_type == "attack":
self.draw_attacked_enemy_hp()
if SPEED // 2 <= efc < SPEED // 2 + 5:
self.effect_when_enemy_is_attacked()
if player.name == "Aldo":
self.x_blade_effect()
elif player.name == "Cyrus":
self.nirvana_slash_effect()
elif player.name == "Anabel":
self.holy_sword_of_prayer()
else:
self.attack_effect(player)
elif player.skill_type == "heal":
if efc == 0:
self.alive_list = []
for player in self.player_list:
if player.is_alive:
self.alive_list.append(player)
if SPEED // 2 <= efc:
message = f"Everyone gets {player.damage} points of heal!!"
ans = self.return_message(message, efc - SPEED // 2)
pyxel.text(x=self.text_w,
y=self.text_h + 8,
s=f"{ans}",
col=7)
for i in range(len(self.alive_list)):
p = self.alive_list[i]
if SPEED // 4 + i * 9 == efc:
p.hp += player.damage
pyxel.play(1, 11)
if SPEED // 4 + i * 9 <= efc:
pyxel.text(x=p.place,
y=self.player_h + 8,
s=f"HP {p.hp}/{p.max_hp}",
col=3)
self.heal_effect()
def playGameover():
pyxel.play(0, 1)
def playSound(self,sound):
if sound == "coin":
pyxel.play(1,0)
elif sound == "explosion":
pyxel.stop()
pyxel.play(2,1)
def start_accelerate():
pyxel.play(1, 2, loop=True)
def bombSound(self):
px.play(2, 0, loop=False)
def hit():
pyxel.play(2, 4)
def bulletSound(self):
px.play(2, 6, loop=False)
def update(self):
# checking if need to start game over music
if self.start_music_game_over:
pyxel.play(0, 6)
self.start_music_game_over = False
# checking if need to start game won music
if self.start_music_game_won:
pyxel.play(0, 7)
self.start_music_game_won = False
if pyxel.btnp(pyxel.MOUSE_LEFT_BUTTON) or pyxel.btn(pyxel.KEY_N) or pyxel.btn(pyxel.KEY_1) \
or pyxel.btn(pyxel.KEY_2) or pyxel.btn(pyxel.KEY_3):
x = pyxel.mouse_x
y = pyxel.mouse_y
# clicked generate tree button
if x < 64 and y < 15 or pyxel.btn(pyxel.KEY_N):
self.reset()
self.index_to_check = -1
self.mode_pre_order = False
self.mode_post_order = False
self.mode_in_order = False
self.generate_tree()
pyxel.play(0, 1)
# clicked pre-order button
elif 64 <= x < 128 and y < 15 or pyxel.btn(pyxel.KEY_1):
self.reset()
self.mode_pre_order = True
self.mode_post_order = False
self.mode_in_order = False
self.pre_order(self.root)
pyxel.play(0, 3)
# clicked in-order button
elif 128 <= x < 192 and y < 15 or pyxel.btn(pyxel.KEY_2):
self.reset()
self.mode_in_order = True
self.mode_post_order = False
self.mode_pre_order = False
self.in_order(self.root)
pyxel.play(0, 3)
# clicked post-order button
elif 192 <= x and y < 15 or pyxel.btn(pyxel.KEY_3):
self.reset()
self.mode_post_order = True
self.mode_pre_order = False
self.mode_in_order = False
self.post_order(self.root)
pyxel.play(0, 3)
# check if clicked on a node
for node in self.nodes:
if node.inside(x, y) and len(self.list_of_orders) != 0 and self.index_to_check < len(self.list_of_orders):
# check if correct node
if node == self.list_of_orders[self.index_to_check]:
node.set_selected(True)
self.index_to_check += 1
pyxel.play(0, 4)
# check if this was the last node needed
if self.index_to_check >= len(self.list_of_orders):
self.start_music_game_won = True
# else wrong node
else:
pyxel.play(0, 0)
self.num_of_lives -= 1
# check if this was the last live
if self.num_of_lives == 0:
self.start_music_game_over = True
def gameoverSound(self):
px.play(2, 7, loop=False)
def play_music(ch0, ch1, ch2):
if ch0:
pyxel.play(0, 0, loop=True)
else:
pyxel.stop(0)
def update(self):
if pyxel.btn(pyxel.KEY_R):
self.death = False
self.win = False
self.field = TABLE.copy()
self.field = add_random(self.field)
pyxel.stop()
pyxel.playm(MUSIC, loop=True)
# открытие меню настроек
if pyxel.btn(pyxel.KEY_O):
self.options = -1
# обработка выхода из программы
if pyxel.btn(pyxel.KEY_Q):
pyxel.quit()
# смена дизайна на первый или второй
if pyxel.btn(pyxel.KEY_1):
self.design = 1
if pyxel.btn(pyxel.KEY_2):
self.design = -1
if pyxel.btn(pyxel.KEY_ENTER):
pyxel.playm(MUSIC, loop=True)
if pyxel.btn(pyxel.KEY_SPACE):
pyxel.stop()
# выход из меню настроек
if pyxel.btn(pyxel.KEY_G):
self.options = 1
####################
# KEYS & MOVEMENTS #
####################
# при нажатии кнопок движения таблица сдвигается в
# соответствующую сторону
if pyxel.btnp(pyxel.KEY_UP): # IF USER PRESSES "UP"
check = self.field.copy()
move_up(self.field)
# не ставлю новое число, если таблица осталась той же
if not np.equal(self.field, check).all():
self.field = add_random(self.field)
else:
pyxel.play(3, 19)
if 0 not in self.field:
if death_event(self.field) == 0:
pyxel.play(3, 29)
self.death = True
if pyxel.btnp(pyxel.KEY_DOWN): # IF USER PRESSES "DOWN"
check = self.field.copy()
move_down(self.field)
if not np.equal(self.field, check).all():
self.field = add_random(self.field)
else:
pyxel.play(3, 19)
if 0 not in self.field:
if death_event(self.field) == 0:
pyxel.play(3, 29)
self.death = True
if pyxel.btnp(pyxel.KEY_RIGHT): # IF USER PRESSES "RIGHT"
check = self.field.copy()
move_right(self.field)
if not np.equal(self.field, check).all():
self.field = add_random(self.field)
else:
pyxel.play(3, 19)
if 0 not in self.field:
if death_event(self.field) == 0:
pyxel.play(3, 29)
self.death = True
if pyxel.btnp(pyxel.KEY_LEFT): # IF USER PRESSES "LEFT"
check = self.field.copy()
move_left(self.field)
if not np.equal(self.field, check).all():
self.field = add_random(self.field)
else:
pyxel.play(3, 19)
if 0 not in self.field:
if death_event(self.field) == 0:
pyxel.play(3, 29)
self.death = True
def handle_playing_events(self):
if pyxel.btnp(pyxel.MOUSE_RIGHT_BUTTON):
# If user is clicking
if pyxel.mouse_x > self._grid_start_x and pyxel.mouse_y > self._grid_start_y:
row, col = self.get_grid_row_col_from_xy(
pyxel.mouse_x, pyxel.mouse_y)
if row < 0 or row >= self._grid_size or col < 0 or col >= self._grid_size:
return
clicked_tile = self.game_grid[row][col]
if (row, col) not in self.clicked_tiles:
if (row, col) not in self.flagged_tiles:
self.flagged_tiles[(row, col)] = True
else:
self.flagged_tiles[(
row, col)] = not self.flagged_tiles[(row, col)]
if pyxel.btnp(pyxel.MOUSE_LEFT_BUTTON):
mouse_within = partial(is_within, pyxel.mouse_x, pyxel.mouse_y)
if mouse_within(self._playing_real_back_button):
self.game_state = GameState.INTRO
pyxel.stop(self._playing_bg)
pyxel.play(self._main_bg, [0, 1], loop=True)
# If user is clicking
if pyxel.mouse_x > self._grid_start_x and pyxel.mouse_y > self._grid_start_y:
row, col = self.get_grid_row_col_from_xy(
pyxel.mouse_x, pyxel.mouse_y)
if row < 0 or row >= self._grid_size or col < 0 or col >= self._grid_size:
return
clicked_tile = self.game_grid[row][col]
if ((row, col)
not in self.clicked_tiles) and not self.is_flagged(
(row, col)):
self.clicked_tiles[(row, col)] = True
if clicked_tile is ql.TileItems.GOLDEN_CAT:
self.game_state = GameState.WON
pyxel.stop(self._playing_bg)
pyxel.play(self._main_bg, [0, 1], loop=True)
# Call quantum computer to see if we reveal of nah
reveal_state = ql.onclick(clicked_tile)
# Move golden cat away from item
if reveal_state is ql.TileItems.NEG_EVAL:
offset_x = -1 if self.golden_cat_x < col else 1
offset_x = 0 if self.golden_cat_x == col else offset_x
offset_y = -1 if self.golden_cat_y < row else 1
offset_y = 0 if self.golden_cat_y == row else offset_y
# Move cat if the destination position is not clicked
if not self.swap_golden_cat_with(
self.golden_cat_x + offset_x,
self.golden_cat_y):
self.swap_golden_cat_with(
self.golden_cat_x,
self.golden_cat_y + offset_y)
if reveal_state is ql.TileItems.POS_EVAL or \
reveal_state is ql.TileItems.BOMB_DEFUSED \
or reveal_state.value in ql.TileItems.TILE_NUMBERS.value:
# TODO: Move golden cat towards item
offset_x = 1 if self.golden_cat_x < col else -1
offset_x = 0 if self.golden_cat_x == col else offset_x
offset_y = 1 if self.golden_cat_y < row else -1
offset_y = 0 if self.golden_cat_y == row else offset_y
# Move cat if the destination position is not clicked
if not self.swap_golden_cat_with(
self.golden_cat_x + offset_x,
self.golden_cat_y):
self.swap_golden_cat_with(
self.golden_cat_x,
self.golden_cat_y + offset_y)
# When bomb doesn't explode it turns into blank
if reveal_state is ql.TileItems.BOMB_DEFUSED:
self.game_grid[row][col] = ql.TileItems.BOMB_DEFUSED
if reveal_state is ql.TileItems.BOMB_EXPLODED:
self.game_grid[row][col] = ql.TileItems.BOMB_EXPLODED
self.game_state = GameState.LOST
pyxel.stop(self._playing_bg)
pyxel.play(self._losing_bg, 4, loop=True)
def Update(self):
self.controller.Update()
if 9 in self.controller.up_list:
self.Clear()
return
if not self.game:
if pyxel.play_pos(0) != -1:
pyxel.stop(0)
return
if pyxel.play_pos(0) == -1:
pyxel.playm(0, loop=True)
if self.enemy_pre_position == self.enemy_position:
self.game_count += 1
if self.game_count > 30:
self.game = False
print('[###,###]CLEAR THE GAME')
return
else:
self.game_count = 0
self.pre_pos = self.pos[:]
self.pos[0] += self.controller.stick[0] * self.move_scale
self.pos[1] += self.controller.stick[1] * self.move_scale
self.enemy_pre_position = self.enemy_position[:]
self.enemy_position[0] += self.enemy_normal[0]
self.enemy_position[1] += self.enemy_normal[1]
result = self.field.JudgeLine(self.field.border_line,
self.field.border_line_sub,
self.enemy_position)
if len(result) > 0:
self.enemy_position = self.enemy_pre_position[:]
self.enemy_pre_normal = self.enemy_normal[:]
self.enemy_normal = [0, 0]
start_time = time()
while 2 > time() - start_time and (self.enemy_normal == [0, 0]
or self.enemy_normal
== self.enemy_pre_normal):
self.enemy_normal = [[
-1 * self.move_scale, 0, 1 * self.move_scale
][ri(-1, 1)], [-1 * self.move_scale, 0,
1 * self.move_scale][ri(-1, 1)]]
if not 2 > time() - start_time:
self.game = False
self.game_message = 'GAMEOVER'
print('[###,###]GAMEOVER')
return
result = self.field.JudgeLine(self.field.creation_line,
self.field.creation_line_sub,
self.enemy_position)
if len(result) > 0:
self.game = False
self.game_message = 'GAMEOVER'
print('[###,###]GAMEOVER')
return
result = self.field.JudgeLine(self.field.creation_line,
self.field.creation_line_sub, self.pos)
if len(result) > 0:
if self.field.creation[0][0] != self.pos:
self.pos = self.pre_pos[:]
return
self.pre_on_line = self.on_line
result = self.field.JudgeLine(self.field.border_line,
self.field.border_line_sub, self.pos)
if len(result) > 0:
self.on_line = True
else:
self.on_line = False
if not self.on_line and self.pre_on_line:
# 領域外に出たとき
result = self.field.JudgeLine(self.field.border_line,
self.field.border_line_sub,
self.pre_pos)
for num, index in result:
normal = [0, 0]
normal[num] = self.field.border_line_normal[num][index]
if normal == self.controller.stick:
self.field.creation[0][0] = self.pre_pos[:]
self.field.creation[1][0] = self.field.ConvertToNormal(
self.controller.stick)
self.field.creation[2][0] = self.pos[:]
self.field.CreationUpdate(self.controller.stick, self.pos,
self.pre_pos)
return
self.pos = self.pre_pos[:]
self.on_line = True
return
elif self.on_line and not self.pre_on_line:
print(f'[{self.pos[0]:>3},{self.pos[1]:>3}]draw end')
self.field.creation[0][1] = self.pos[:]
self.field.creation[1][1] = self.field.ConvertToNormal(
self.controller.stick)
self.field.creation[2][1] = self.pre_pos[:]
self.field.CreationUpdate(self.controller.stick, self.pos,
self.pre_pos)
if self.field.Search(self.enemy_position) == 'error':
self.game = False
self.game_message = 'GAMEOVER'
print('[###,###]GAMEOVER')
return
self.field.UpdateAllLine()
self.field.UpdateBorderLine()
self.field.CreationClear()
elif not self.on_line and not self.pre_on_line:
self.field.CreationUpdate(self.controller.stick, self.pos,
self.pre_pos)
# 領域の塗りつぶしと割合の計算
if not self.on_line and self.pre_pos != self.pos:
pyxel.play(1, 1)
elif pyxel.play_pos(1) != -1:
pyxel.stop(1)
def play_music(self):
pyxel.play(0, [0, 1], loop=True)
pyxel.play(1, [2, 3], loop=True)
pyxel.play(2, 4, loop=True)
def sfx_finish(self):
"""Play finish sound."""
pyxel.play(ch=0, snd=1)
