def check_events(screen, view_manager, x, y, press, p1):
''' 响应按键和鼠标事件 '''
for event in pygame.event.get():
# 处理游戏退出
if event.type == pygame.QUIT:
sys.exit()
if event.type == pygame.MOUSEMOTION:
if press[0]:
print('hit')
if 120 <= x < 120 + view_manager.cards.get_rect(
).width and 15 <= y <= 15 + view_manager.cards.get_rect(
).height:
p = plant.plant()
p1.append(p)
columns_move = 1
if 0 <= j < games.map_columns and 0 <= i < games.map_rows:
obj.grid(row=i, column=j)
games.after(
obj.bullet_speed,
lambda: moving(games, obj, target, columns_move, rows_move))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
香蒲 = plant(name='香蒲',
img='香蒲.png',
price=225,
hp=5,
cooling_time=30,
attack_interval=1.4,
bullet_img='thron.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', ),
func=cat_check,
bullet_func=moving,
plant_range=[pool_check],
plant_func=cat_plant,
other_img=[[f'thron{k}.png', 3, True]
for k in [4, 2, 6, 1, 3, 7, 5]])
each.button.grid_forget()
each.rows = trans[0]
each.columns = trans[1]
each.button.grid(row=each.rows, column=each.columns)
each.stop = False
def transport_bullet(self, obj):
if len(self.places) == 2:
trans = self.places[1]
obj.rows = trans[0]
obj.columns = trans[1]
def portal_away(self, games):
if len(self.places) == 2:
trans = self.places[1]
games.blocks[trans[0]][trans[1]].configure(image=games.lawn_photo)
传送门 = plant(name='传送门',
img='传送门.png',
price=200,
hp=5,
cooling_time=7.5,
func=transport_set,
away_func=portal_away,
information=info,
other_img=[['Portal2.jpg', 1]],
effects={'bullet': transport_bullet})
random.choice(self.bullet_sound).play()
goto_another_row(self, obj, games)
def goto_another_row(self, obj, games):
if obj.hp <= 0:
return
if games.current_time - self.start_time >= 1.5:
available_rows = [obj.rows - 1, obj.rows + 1]
available_rows = [x for x in available_rows if 0 <= x < games.map_rows]
obj.stop = False
obj.rows = random.choice(available_rows)
obj.button.grid(row=obj.rows, column=obj.columns)
obj.start_func(obj, games)
return
else:
games.after(10, lambda: goto_another_row(self, obj, games))
return
大蒜 = plant(name='大蒜',
img='大蒜.png',
price=50,
hp=21,
cooling_time=7.5,
attack_interval=1.5,
bullet_attack=0,
bullet_sound=('sounds/yuck.ogg', 'sounds/yuck2.ogg'),
sound_volume=(0.5, 0.5),
effects={'zombies': garlic_check})
大蒜.used = 0
if 0 <= j < games.map_columns and 0 <= i < games.map_rows:
obj.grid(row=i, column=j)
games.after(obj.bullet_speed, lambda: moving_cat(games, obj, target, columns_move, rows_move))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
豌豆射手_枪林弹雨 = plant(name='豌豆射手',
img='豌豆射手.png',
price=100,
hp=5,
cooling_time=7.5,
attack_interval=1.4,
bullet_img='pea.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', ),
func=cat_check,
bullet_func=moving,
other_img=[['thron.png', 3, True]] + [[f'thron{k}.png', 3, True] for k in [4, 2, 6, 1, 3, 7, 5]])
mean_traj_line.set_data(mean_trajectory[0, :], mean_trajectory[1, :])
mean_velocity = np.diff(mean_trajectory)/dt
mean_velocity = np.hstack([mean_velocity, np.array([[0], [0]])])
if i < n_t_steps:
# Determine current goal and plot it
current_goal = np.array([mean_trajectory[0, i], mean_trajectory[1, i], mean_velocity[0, i], mean_velocity[1, i]])
if i == 0:
current_goal_line, = plt.plot(current_goal[0], current_goal[1], 'k*', markersize=18, mew=2)
else:
current_goal_line.set_data(current_goal[0], current_goal[1])
# Move the point particle and plot it
acceleration = pd.PD_controller(point, current_goal)
point = plant.plant(acceleration, point, dt)
if i == 0:
point_line, = plt.plot(point[0], point[1], 'mo', markersize=18, mew=2)
else:
point_line.set_data(point[0], point[1])
if i == 199:
plt.title('Frame {}'.format(i), fontsize=18)
plt.tight_layout()
plt.savefig("Images/frame_{}.pdf".format(i))
plt.show()
# plt.ion()
# plt.show()
def run_game():
# 初始化游戏
pygame.init()
# 创建ViewManager对象
screen = pygame.display.set_mode((1024, 768))
view_manager = ViewManager()
block = pygame.time.Clock()
# 设置显示屏幕，返回Surface对象
p1 = []
# 设置标题
pygame.display.set_caption('pvz')
p2 = []
#是否进入点击状态
is_pick = False
while 1:
block.tick(30)
screen.blit(view_manager.background, (0, 0))
screen.blit(view_manager.cards, (120, 15))
press = pygame.mouse.get_pressed()
x, y = pygame.mouse.get_pos()
# 处理游戏事件
for event in pygame.event.get():
# 处理游戏退出
if event.type == pygame.QUIT:
sys.exit()
if event.type == pygame.MOUSEMOTION:
if not is_pick:
if press[0]:
if 120 <= x < 120 + view_manager.cards.get_rect(
).width and 15 <= y <= 15 + view_manager.cards.get_rect(
).height:
p = plant(view_manager)
p1.append(p)
is_pick = True
if is_pick:
if not (120 <= x <
120 + view_manager.cards.get_rect().width and 15 <=
y <= 15 + view_manager.cards.get_rect().height):
if press[2]:
p1.clear()
is_pick = False
if press[0]:
p.x = x - 50
p.y = y - 80
p.motivated = True
p2.append(p)
p1.clear()
is_pick = False
for i in p1:
screen.blit(i.images, (x - 50, y - 80))
for i in p2:
if i.motivated and i.shoot_time <= 0:
i.add_bullet(view_manager)
i.draw_bullet(screen)
screen.blit(i.images, (i.x, i.y))
# print((str(len(i.bullet_list))), str(i.shoot_time))
if press[1]:
print(len(p2))
del_monster = []
for i in mm.monster_list:
for j in p2:
for k in j.bullet_list:
if(i.is_hurt(k.x+50,k.y+26)):
j.bullet_list.remove(k)
i.life -= 1
if i.life <= 0:
del_monster.append(i)
mm.monster_list.remove(del_monster)
del_monster.clear()
update_screen(screen, view_manager, mm)
fire_ls_row[each.columns - 1 - each.adjust_col].destroy()
games.after(3000, lambda t=each: t.button.destroy())
for each in attack_zombies_col:
each.hp -= self.bullet_attack
if each.hp <= 0:
each.status = 0
games.killed_zombies += 1
games.current_killed_zombies += 1
games.killed_zombies_text.set(f'杀死僵尸数: {games.killed_zombies}')
each.button.configure(image=games.zombie_explode_img)
fire_ls_col[each.rows].destroy()
games.after(3000, lambda t=each: t.button.destroy())
jalapeno_blocks = games.blocks[i][j]
jalapeno_blocks.configure(
image=games.map_img_dict[jalapeno_blocks.types])
jalapeno_blocks.plants = None
十字火爆辣椒 = plant(name='十字火爆辣椒',
img='十字火爆辣椒.png',
price=150,
hp=5,
cooling_time=50,
attack_interval=2,
bullet_img='Fire1_1.png',
bullet_attack=90,
bullet_sound=('sounds/jalapeno.ogg', ),
is_bullet=False,
func=jalapeno_check,
information=text)
from plant import plant
坚果墙 = plant(name='坚果墙',
img='坚果墙.png',
price=50,
hp=72,
cooling_time=30,
hp_img=((2 / 3, 'Wallnut_cracked1.png'), (1 / 3,
'Wallnut_cracked2.png')))
each.button.destroy()
else:
hit_zombies_left = [
x for x in hit_zombies if x.columns - j == -1
]
if len(hit_zombies_left) != 0:
for each in hit_zombies_left:
each.hp -= self.bullet_attack
if each.hp <= 0:
each.status = 0
games.killed_zombies += 1
games.current_killed_zombies += 1
games.killed_zombies_text.set(
f'杀死僵尸数: {games.killed_zombies}')
each.button.destroy()
squash_block = games.blocks[i][j]
squash_block.configure(image=games.map_img_dict[squash_block.types])
squash_block.plants = None
窝瓜 = plant(name='窝瓜',
img='窝瓜.png',
price=50,
hp=5,
cooling_time=30,
attack_interval=1.5,
bullet_attack=90,
bullet_sound=(['sounds/squash_hmm.ogg', 'sounds/squash_hmm2.ogg'],
'sounds/gargantuar_thump.ogg'),
func=squash_check)
from plant import plant
def sunflower_check(self, games):
i, j = self.rows, self.columns
if games.current_time - self.time >= self.attack_interval:
self.time = games.current_time
flower_sunshine = games.make_button(games.maps,
image=games.flower_sunshine_img)
flower_sunshine.configure(
command=lambda: games.flower_get_sunshine(flower_sunshine, self))
flower_sunshine.image = games.fall_sunshine_img
flower_sunshine.grid(row=i, column=j)
向日葵 = plant(name='向日葵',
img='向日葵.png',
price=50,
hp=5,
cooling_time=7.5,
attack_interval=10,
bullet_img='sun.png',
bullet_attack=25,
no_cooling_start=True,
func=sunflower_check,
is_bullet=False)
obj.destroy()
return
else:
games.after(obj.bullet_speed, lambda: moving(games, obj, 1))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
text = '''
特性：当随机豌豆射手的右边任意一行出现僵尸的时候，从随机的一行发射一个攻击力随机的豌豆，
攻击力从1, 2, 5, 10, 50里面按照出现概率0.6, 0.25, 0.1, 0.04, 0.01里面随机选择。
'''
随机豌豆射手 = plant(name='随机豌豆射手',
img='随机豌豆射手.png',
price=200,
hp=5,
cooling_time=7.5,
attack_interval=1.4,
bullet_img='pea.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', ),
func=peashooter_check,
bullet_func=moving,
information=text)
moving(games, obj)
else:
return
else:
return
else:
games.after(obj.bullet_speed,
lambda: moving(games, obj, 1))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
寒冰射手 = plant(name='寒冰射手',
img='寒冰射手.png',
price=175,
hp=5,
cooling_time=7.5,
attack_interval=1.4,
bullet_img='snow pea.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', 'sounds/frozen.ogg'),
func=snow_pea_check,
bullet_func=moving,
other_img=[['pea.png', 3]])
each.stop = False
each.time = games.current_time
each.runs(games)
if each.button.winfo_exists():
each.button.grid(row=i, column=each.columns)
def attract(self, games):
i, j = self.rows, self.columns
adjacent_rows = [i - 1, i + 1]
adjacent_rows = [k for k in adjacent_rows if 0 <= k < games.map_rows]
adjacent_zombies = [
x for x in games.whole_zombies if x.status == 1 and x.columns - 1 -
x.adjust_col == j + 1 and x.rows in adjacent_rows
]
for each in adjacent_zombies:
if not (hasattr(each, 'stick_butter') and each.stick_butter > 0):
each.stop = True
each.rows = i
games.after(2000, lambda each=each: move_here(each, i, games))
番薯 = plant(name='番薯',
img='番薯.png',
price=150,
hp=40,
cooling_time=20,
img_transparent=True,
func=attract,
information=text)
if self.contain_plants.away_func:
self.contain_plants.away_func(self.contain_plants, games)
if self.contain_plants.away_self_func:
self.contain_plants.away_self_func(self.contain_plants, games,
block)
else:
block.configure(image=self.img)
games.unset_plants_sound.play()
games.action_text.set(
f'你铲除了第{j+1}行，第{k+1}列的植物{self.contain_plants.name}')
self.contain_plants.status = 0
self.contain_plants = None
else:
block.configure(image=games.map_img_dict['pool'])
games.unset_plants_sound.play()
games.action_text.set(f'你铲除了第{j+1}行，第{k+1}列的植物{self.name}')
block.plants.status = 0
block.plants = None
荷叶 = plant(name='荷叶',
img='荷叶.png',
price=25,
hp=5,
cooling_time=7.5,
plant_range=[lily_check],
func=lily_func,
plant_func=None,
away_self_func=lily_away)
荷叶.contain_plants = None
from plant import plant
火炬树桩 = plant(name='火炬树桩',
img='火炬树桩.png',
price=175,
hp=5,
cooling_time=7.5,
bullet_img='FirePea.png')
def fire_update(self, obj):
if obj.attributes == 0:
obj.attack *= 2
obj.configure(image=self.bullet_img)
obj.attributes = 1
def normal_fire_update(self, obj):
if hasattr(obj, 'name') and obj.name == 'snow pea':
obj.configure(image=obj.change_img)
obj.melt = 1
else:
if obj.attributes == 0:
obj.attack *= 2
obj.configure(image=self.bullet_img)
obj.attributes = 1
火炬树桩.effects = {'bullet': fire_update}
diff = self.pre_hp - self.hp
self.share_hp[0] -= diff
self.pre_hp = deepcopy(self.hp)
for each in self.whole_wallnuts:
if each != self:
each.hp -= diff
each.pre_hp -= diff
def away(self, games):
i, j = self.rows, self.columns
other_rows = list(range(games.map_rows))
other_rows.remove(i)
for each in other_rows:
current = games.blocks[each][j]
current.plants = None
current.configure(image=games.lawn_photo)
坚果小队 = plant(name='坚果小队',
img='坚果小队.png',
price=250,
hp=400,
cooling_time=30,
func=start_plant_wallnut,
away_func=away,
dead_normal=False,
information=info,
hp_img=((2 / 3, 'long_wallnut_crack1.png'),
(1 / 3, 'long_wallnut_crack2.png')))
if len(attack_zombies) != 0:
self.bullet_sound[1].play()
for each in attack_zombies:
each.hp -= self.bullet_attack
if each.hp <= 0:
each.status = 0
games.killed_zombies += 1
games.current_killed_zombies += 1
games.killed_zombies_text.set(f'杀死僵尸数: {games.killed_zombies}')
each.button.configure(image=games.zombie_explode_img)
games.after(3000, lambda t=each: t.button.destroy())
potato_block = games.blocks[i][j]
potato_block.configure(image=games.lawn_photo)
potato_block.plants = None
return
games.after(50, lambda: potato_detect(self, games))
土豆雷 = plant(name='土豆雷',
img='土豆雷.png',
price=25,
hp=5,
cooling_time=30,
attack_interval=3,
bullet_img='UnarmedPotatoMine.png',
bullet_attack=90,
bullet_sound=('sounds/dirt_rise.ogg', 'sounds/potato_mine.ogg'),
func=potato_checking,
is_bullet=False,
use_bullet_img_first=True)
if 0 <= k[0] < games.map_rows and 0 <= k[1] < games.map_columns
]
around_zombies = [
q for q in games.whole_zombies
if q.status == 1 and [q.rows, q.columns] in around
]
for each in around_zombies:
each.hp -= self.bullet_attack
if each.hp <= 0:
each.status = 0
games.killed_zombies += 1
games.current_killed_zombies += 1
games.killed_zombies_text.set(f'杀死僵尸数: {games.killed_zombies}')
each.button.configure(image=games.zombie_explode_img)
games.after(3000, lambda t=each: t.button.destroy())
cherry_block = games.blocks[i][j]
cherry_block.configure(image=games.lawn_photo)
cherry_block.plants = None
樱桃炸弹 = plant(name='樱桃炸弹',
img='樱桃炸弹.png',
price=150,
hp=5,
cooling_time=30,
attack_interval=2,
bullet_attack=90,
bullet_sound=('sounds/cherrybomb.ogg', ),
sound_volume=(0.5, ),
func=cherry_check)
around_zombies = [
q for q in games.whole_zombies
if q.status == 1 and [q.rows, q.columns] in around
]
for each in around_zombies:
each.hp -= self.bullet_attack
if each.hp <= 0:
each.status = 0
games.killed_zombies += 1
games.current_killed_zombies += 1
games.killed_zombies_text.set(f'杀死僵尸数: {games.killed_zombies}')
each.button.configure(image=games.zombie_explode_img)
games.after(3000, lambda t=each: t.button.destroy())
wallnut_block = games.blocks[i][j]
wallnut_block.configure(image=games.lawn_photo)
wallnut_block.plants = None
爆炸坚果 = plant(name='爆炸坚果',
img='爆炸坚果.png',
price=100,
hp=72,
bullet_attack=90,
cooling_time=30,
bullet_sound=('sounds/cherrybomb.ogg', ),
func=wallnut_explode,
dead_normal=False,
information=text,
hp_img=((2 / 3, 'Explode-o-nut2.png'), (1 / 3,
'Explode-o-nut3.png')))
hitted_zombies.remain_time = games.current_time - hitted_zombies.time
hitted_zombies.stick_butter += 1
hitted_zombies.butter_obj.append(obj)
obj.hit_zombies = hitted_zombies
obj.time = games.current_time
games.after(10, lambda: moving(games, obj))
else:
games.after(obj.bullet_speed,
lambda: moving(games, obj, 1))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
玉米投手 = plant(name='玉米投手',
img='玉米投手.png',
price=100,
hp=5,
cooling_time=7.5,
attack_interval=3,
bullet_img='Cornpult_kernal.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', ),
func=corn_check,
other_img=[['Cornpult_butter.png', 3, True]],
bullet_func=moving)
hitted_zombies.hit_sound.play()
if obj.attributes == 1:
sputter = obj.attack / len(affect_zombies)
for sputter_zombies in affect_zombies[1:]:
sputter_zombies.hp -= sputter
obj.destroy()
return
else:
games.after(obj.bullet_speed, lambda: moving(games, obj, 1))
else:
obj.destroy()
return
else:
games.moving_bullets.append(obj)
return
豌豆射手 = plant(name='豌豆射手',
img='豌豆射手.png',
price=100,
hp=5,
cooling_time=7.5,
attack_interval=1.4,
bullet_img='pea.png',
bullet_speed=200,
bullet_attack=1,
bullet_sound=('sounds/throw.ogg', ),
func=peashooter_check,
bullet_func=moving,
img_transparent=True)
def run_game():
worldtime = t.timing(ticks=0, days=0, eons=0)
population = 10
vegetation = 10
xlist = np.random.uniform(0, 1920, population)
ylist = np.random.uniform(0, 1080, population)
xplist = np.random.uniform(0, 1920, vegetation)
yplist = np.random.uniform(0, 1080, vegetation)
animals = []
plants = []
for i in range(population):
animals.append(a.animal(int(xlist[i]), int(ylist[i]), worldtime))
for i in range(vegetation):
plants.append(p.plant(int(xplist[i]), int(yplist[i]), 0.01))
clock = pg.time.Clock()
pg.init()
screen = pg.display.set_mode((1920, 1080)) #comment out for fast sim
pg.display.set_caption("first screen") #comment out for fast sim
while True:
for event in pg.event.get():
if event.type == pg.QUIT:
sys.exit()
screen.fill((0, 0, 0)) #comment out for fast sim
color = (255, 100, 0)
for i in range(vegetation):
plants[i].grow()
for j in range(population):
dist = np.sqrt((plants[i].x - animals[j].px)**2 +
(plants[i].y - animals[j].py)**2)
if dist <= (plants[i].size + animals[j].size):
plants[i].eaten(animals[j].erate)
animals[j].grow()
pg.draw.circle(screen, (100, 255, 0),
[int(round(plants[i].x)),
int(round(plants[i].y))], int(plants[i].size),
0) #comment out for fast sim
kill_plant_list = []
kill_animal_list = []
for i in range(vegetation):
if (plants[i].size < 1):
kill_plant_list.append(i)
for plnt in kill_plant_list:
plants.pop(plnt)
newanimlist = []
for i in range(population):
x = (animals[i].px)
y = (animals[i].py)
if (x > 1920 - animals[i].size or x < animals[i].size):
animals[i].velx = -int(0.5 * animals[i].velx)
if (x > 1920 - animals[i].size):
animals[i].px = 1920 - animals[i].size
else:
animals[i].px = animals[i].size
if (y > 1080 - animals[i].size or y < animals[i].size):
animals[i].vely = -int(0.5 * animals[i].vely)
if (y > 1080 - animals[i].size):
animals[i].py = 1080 - animals[i].size
else:
animals[i].py = animals[i].size
#animals do something here for now random motion
newanim = animals[i].animal_action(worldtime)
if newanim is not None:
newanimlist.append(newanim)
animals[i].impulse(np.random.normal(0.0, 0.1),
np.random.normal(0.0, 0.1))
if (worldtime > animals[i].dtime):
kill_animal_list.append(i)
pg.draw.circle(
screen, color,
[int(round(animals[i].px)),
int(round(animals[i].py))], int(animals[i].size),
0) #comment out for fast sim
animals = animals + newanimlist
for anml in kill_animal_list:
animals.pop(anml)
vegetation = len(plants)
population = len(animals)
pg.display.flip() #comment out for fast sim
worldtime.next()
clock.tick(30)
