def send_wave():
amount_of_enemies = 0
path = short_path(_map)
enemy_sprites = pygame.sprite.Group()
bullets = pygame.sprite.Group()
start_time = time.time()
speed = 2
# wave loop
running = True
current_towers = towers.placed_towers
while running:
for event in pygame.event.get():
# check for closing window
if event.type == pygame.QUIT:
quitgame()
elapsed_time = time.time() - start_time
if elapsed_time > 1:
start_time = time.time()
if amount_of_enemies < 10:
m = enemies.Enemy(path, speed)
amount_of_enemies += 1
enemy_sprites.add(m)
else:
pass
if len(enemy_sprites) == 0 and amount_of_enemies > 9:
running = False
# run @ 60 FPS
clock.tick(FPS)
# bring enemies on forever
for sprite in enemy_sprites:
for pos, tower in current_towers.items():
bullets.add(tower.check_radius(sprite, path, time.time()))
enemy_sprites.update()
bullets.update()
# print(Globals.user_health)
# Draw / render
gameDisplay.fill(WHITE)
re_draw_maze()
health_bar()
enemy_sprites.draw(gameDisplay)
bullets.draw(gameDisplay)
# main.gameDisplay.fill(WHITE)
draw_background()
# *after* drawing everything, flip the display
pygame.display.flip()
def update(self, screen):
Level.update(self, screen)
if enemies.newSlime:
# Spawn slime
block = enemies.Enemy("pBlob", 200, 0, 50)
block.rect.x = enemies.pinchyX
block.rect.y = 450
self.enemyList.add(block)
enemies.newSlime = False
if enemies.isDefeated:
# Create portal
block = platforms.Portal("Town")
block.rect.x = 650
block.rect.y = 400
self.portalList.add(block)
enemies.isDefeated = False
'''
A program to simulate the damage done by weapons in the videogame
warframe.
'''
# Imports
from mods import mod, loadout
import enemies
import simulate
import plotter
# Main Function
if __name__ == "__main__":
# Play around
loadout1 = loadout('Viral', 'Soma')
loadout1.add_mod(mod('Serration', 10), mod('Infected Clip', 2),
mod('Cryo Rounds', 2))
grineer = enemies.Enemy('Elite Crewman', 25)
simulation = simulate.Simulation(loadout1, grineer)
simulation.Simulate()
plotter.Plotter([simulation])
def __init__(self):
super().__init__()
self.background = pygame.image.load("colored_land.png")
pygame.mixer.music.load("Flowerville.ogg")
pygame.mixer.music.play(-1)
level = [
"////////////////////////////////////////////////////////////////////////////////////",
"/ / ",
"/ / ",
"/ / ",
"/ / ",
"/ e 0 / ",
"/ pmPL / ",
"/ e e l SbbBBBR/ ",
"/ e SbbbR SbbbbBR e Ssdddddrbbbbbbbbbb/",
"/ LpmmmP SsdddrR Sbbbsdddddrbbbsddddddddddddddddd/",
"/ a SbbbbbbbbR l SsdddddrR Ssddddddddddddddddddddddddddddddd/",
"SbbbbbbbBbbsddddddddrbbbbBbbbbbbbbbbsdddddddrbbbbbsdddddddddddddddddddddddddddddddd/"
]
for y, row in enumerate(level):
for x, item in enumerate(row):
# ------------------------------------- Regular blocks
if item == 'b':
block = platforms.Platform("dirt", 1, 50) # Cube dirt
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
if random.randint(1, 4) == 1:
block = platforms.NoCollide("grass", 50)
block.rect.x = 50 * x
block.rect.y = 50 * (y - 1)
self.noCollideList.add(block)
if item == 'B':
block = platforms.Platform(
"dirt", 1, 50) # Cube dirt with 100% no grass
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'd':
block = platforms.Platform("dirt", 16,
50) # Dirt with no grass
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == '/':
block = platforms.Platform("misc", 190,
50) # Invisible block
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# ------------------------------------- Angled blocks
elif item == 'S':
block = platforms.Platform("dirt", 3, 50) # Incline
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 's':
block = platforms.Platform(
"dirt", 9,
50) # Grass on top-right corner dirt (for inclines)
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'R':
block = platforms.Platform("dirt", 4, 50) # Decline
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'r':
block = platforms.Platform(
"dirt", 10,
50) # Grass on top-left corner dirt (for declines)
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# -------------------------------------- No-collide blocks
elif item == 'l':
block = platforms.Platform("misc", 40,
50) # Continuing ladder
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
elif item == 'L':
block = platforms.Platform("misc", 39, 50) # Ending ladder
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
elif item == 'a':
block = platforms.Platform("misc", 21, 50) # Arrow sign
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
elif item == '0':
block = platforms.Portal("Town")
block.rect.x = 50 * x
block.rect.y = 50 * y
self.portalList.add(block)
self.portalY.append(block.rect.y)
# ------------------------------------- Platforms
elif item == 'p':
block = platforms.Platform("dirt", 7, 50) # Left platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'm':
block = platforms.Platform("dirt", 6,
50) # Middle platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'P':
block = platforms.Platform("dirt", 5, 50) # Right plaform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'M':
block = platforms.Platform("dirt", 8,
50) # Single platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# -------------------------------------- Enemies
elif item == 'e':
block = enemies.Enemy("worm", 100, 1, 50) # Worm
block.rect.x = 50 * x
block.rect.y = 50 * y
self.enemyList.add(block)
def __init__(self):
super().__init__()
self.background = pygame.image.load("colored_desert.png")
level = [
"////////////////////////////////////////////////////////////////////////////////////////////////////",
"/ /",
"/ /",
"/ /",
"/ /",
"/ /",
"/ /",
"/ /",
"/ e e /",
"/ SbbbbbbbR e eee e e /",
"/SbbbbbbR e e SbbsdddddddrbbbbbbbbbR SbbbbbbbbR e e SbbbbbbbbR /",
"SsddddddrbbbbbbsddddddddddddddddddddrbbbbbbbbbbsddddddddrbbbbbbbbbbbsddddddddrBBBBBBBBBBBBBBBBBBBBBR"
]
for y, row in enumerate(level):
for x, item in enumerate(row):
# ------------------------------------- Regular blocks
if item == 'b':
block = platforms.Platform(
"sand", 1, 50) # Cube sand with fluffy sand
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
if random.randint(1, 10) == 1:
block = platforms.NoCollide("cactus", 50)
if random.randint(0, 1) == 0:
block.image = pygame.transform.flip(
block.image, True, False)
block.rect.x = 50 * x
block.rect.y = 50 * (y - 1)
self.noCollideList.add(block)
if item == 'B':
block = platforms.Platform(
"sand", 1, 50) # 100% no cactus spawn fluffy sand
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'd':
block = platforms.Platform("sand", 16,
50) # Sand with fluffy sand
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == '/':
block = platforms.Platform("misc", 190,
50) # Invisible block
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# ------------------------------------- Angled blocks
elif item == 'S':
block = platforms.Platform("sand", 3, 50) # Incline
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 's':
block = platforms.Platform(
"sand", 9, 50
) # Fluffy sand on top-right corner sand (for inclines)
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'R':
block = platforms.Platform("sand", 4, 50) # Decline
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'r':
block = platforms.Platform(
"sand", 10, 50
) # Fluffy sand on top-left corner sand (for declines)
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# -------------------------------------- No-collide blocks
elif item == 'l':
block = platforms.Platform("misc", 40,
50) # Continuing ladder
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
elif item == 'L':
block = platforms.Platform("misc", 39, 50) # Ending ladder
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
elif item == 'a':
block = platforms.Platform("misc", 21, 50) # Arrow sign
block.rect.x = 50 * x
block.rect.y = 50 * y
self.noCollideList.add(block)
# ------------------------------------- Platforms
elif item == 'p':
block = platforms.Platform("sand", 7, 50) # Left platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'm':
block = platforms.Platform("sand", 6,
50) # Middle platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'P':
block = platforms.Platform("sand", 5, 50) # Right plaform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
elif item == 'M':
block = platforms.Platform("sand", 8,
50) # Single platform
block.rect.x = 50 * x
block.rect.y = 50 * y
self.platformList.add(block)
# -------------------------------------- Enemies
elif item == 'e':
block = enemies.Enemy("mouse", 150, 3, 50) # Mouse
block.rect.x = 50 * x
block.rect.y = 50 * y
self.enemyList.add(block)
import map_data
import enemies
import data_location
#I don't think I need to import enemy_info
import pytmx
import pygame
#will eventually add selection so it will either be XMAS or TG map
map_ = map_data.map_reader(data_location.christmas_map)
#will eventually add enemies based on wave, probably a loop or something
enemy = enemies.Enemy('snowman')
#begins by displaying map
#map_.display_map()
def game_loop():
crashed = False
while not crashed:
map_.display_map()
enemy.draw()
pygame.time.delay(100)
for event in pygame.event.get():
if event.type == pygame.QUIT:
crashed = True
pygame.map_.display.flip()
map_.clock.tick(30)
def __init__(self, x, y, enemy, intro_text):
self.enemy = enemy
self._intro_text = intro_text
super().__init__(x, y, enemies.Enemy(enemy.name, enemy.hp,
enemy.damage))