def green_mnm(sprite, obstacles, moveables, character):
if sprite.state == "hit":
if sprite.hitcount < 15:
sprite.hitcount += 1
else:
sprite.hitcount = 0
sprite.pushcount = 0
sprite.waitcount = 0
sprite.movecount = 0
sprite.state = "wait2"
for current_collisions in pygame.sprite.spritecollide(
sprite, moveables, 0):
sprite.cannot_collide.add(current_collisions)
return
if sprite.state == "pushback":
if sprite.pushcount < 2:
sprite.pushcount += 1
else:
sprite.pushcount = 0
sprite.movepos = [0, 0]
sprite.state = "wait2"
if sprite.state == "wait2":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
random.seed()
sprite.waitcount = 0
sprite.movepos[0] = random.randint(-1, 1) * 3
sprite.movepos[1] = random.randint(-1, 1) * 3
sprite.state = "move"
if sprite.state == "move":
if sprite.movecount < 60:
sprite.movecount += 1
else:
sprite.movecount = 0
sprite.movepos = [0, 0]
sprite.state = "wait1"
if sprite.state == "wait1":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
myProjectile = model.Projectile('slimeball.png', 2)
character.currentroom.projectiles.add(myProjectile)
myProjectile.rect.center = sprite.rect.center
vec = utils.convert_to_unit_vector(sprite.rect.x, character.rect.x,
sprite.rect.y, character.rect.y)
myProjectile.movepos = [int(vec[0] * 12), int(vec[1] * 12)]
sprite.state = 'wait2'
sprite.waitcount = 0
def green_mnm(sprite, obstacles, moveables, character):
if sprite.state == "hit":
if sprite.hitcount < 15:
sprite.hitcount += 1
else:
sprite.hitcount = 0
sprite.pushcount = 0
sprite.waitcount = 0
sprite.movecount = 0
sprite.state = "wait2"
for current_collisions in pygame.sprite.spritecollide(sprite, moveables,0):
sprite.cannot_collide.add(current_collisions)
return
if sprite.state == "pushback":
if sprite.pushcount < 2:
sprite.pushcount += 1
else:
sprite.pushcount = 0
sprite.movepos = [0,0]
sprite.state = "wait2"
if sprite.state == "wait2":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
random.seed()
sprite.waitcount = 0
sprite.movepos[0] = random.randint(-1,1)*3
sprite.movepos[1] = random.randint(-1,1)*3
sprite.state = "move"
if sprite.state == "move":
if sprite.movecount < 60:
sprite.movecount += 1
else:
sprite.movecount = 0
sprite.movepos = [0,0]
sprite.state = "wait1"
if sprite.state == "wait1":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
myProjectile = model.Projectile('slimeball.png', 2)
character.currentroom.projectiles.add(myProjectile)
myProjectile.rect.center = sprite.rect.center
vec = utils.convert_to_unit_vector(sprite.rect.x, character.rect.x, sprite.rect.y, character.rect.y)
myProjectile.movepos = [int(vec[0] * 12), int(vec[1] * 12)]
sprite.state = 'wait2'
sprite.waitcount = 0
def compute_obstacle_dodge(myAgent):
compute_vel = (0, 0)
neighbors_cnt = 0
for obs in shared.obstacle_array:
if obs.distance_from(myAgent) < OBSTACLE_DOGDGE_RADIUS:
temp_vel = v_sub(myAgent.pos, obs.pos)
temp_vel = convert_to_unit_vector(temp_vel)
compute_vel = v_add(compute_vel,
v_div(temp_vel, myAgent.distance_from(obs)))
neighbors_cnt += 1
if neighbors_cnt == 0:
return compute_vel
return v_div(compute_vel, neighbors_cnt)
def compute_seperation(myAgent, t):
compute_vel = (0, 0)
neighbors_cnt = 0
for i in range(len(shared.agent_array)):
agent = shared.agent_array[i]
if agent != myAgent and myAgent.distance_from(
agent) < SEPERATION_RADIUS and t == i % 2:
temp_vel = v_sub(myAgent.pos, agent.pos)
temp_vel = convert_to_unit_vector(temp_vel)
compute_vel = v_add(compute_vel,
v_div(temp_vel, myAgent.distance_from(agent)))
neighbors_cnt += 1
if neighbors_cnt == 0:
return compute_vel
return v_div(compute_vel, neighbors_cnt)
def blue_mnm(sprite, obstacles, moveables, character):
if sprite.state == "hit":
if sprite.hitcount < 15:
sprite.hitcount += 1
else:
sprite.hitcount = 0
sprite.pushcount = 0
sprite.waitcount = 0
sprite.movecount = 0
sprite.state = "wait"
for current_collisions in pygame.sprite.spritecollide(
sprite, moveables, 0):
sprite.cannot_collide.add(current_collisions)
return
if sprite.state != "hit" and sprite.state != "pushback" and sprite.state != "windup" and sprite.state != "jump":
if utils.distance(sprite.rect.center, character.rect.center) <= 100:
sprite.target = character.rect.center
sprite.waitcount = 0
sprite.movecount = 0
sprite.movepos = [0, 0]
sprite.state = "windup"
if sprite.state == "windup":
if sprite.waitcount < 20:
sprite.waitcount += 1
else:
sprite.waitcount = 0
vec = utils.convert_to_unit_vector(sprite.rect.x, character.rect.x,
sprite.rect.y, character.rect.y)
sprite.movepos = [vec[0] * 10, vec[1] * 10]
sprite.state = "jump"
if sprite.state == "jump":
if ((sprite.movepos[0] >= 0 and sprite.movepos[1] >= 0
and sprite.rect.x >= sprite.target[0]
and sprite.rect.y >= sprite.target[1])
or (sprite.movepos[0] >= 0 and sprite.movepos[1] <= 0
and sprite.rect.x >= sprite.target[0]
and sprite.rect.y <= sprite.target[1])
or (sprite.movepos[0] <= 0 and sprite.movepos[1] <= 0
and sprite.rect.x <= sprite.target[0]
and sprite.rect.y >= sprite.target[1])
or (sprite.movepos[0] <= 0 and sprite.movepos[1] <= 0
and sprite.rect.x <= sprite.target[0]
and sprite.rect.y <= sprite.target[1])
or pygame.sprite.spritecollide(sprite, obstacles, 0) != []):
sprite.movepos = [0, 0]
sprite.state = "wait"
if sprite.state == "pushback":
if sprite.pushcount < 2:
sprite.pushcount += 1
else:
sprite.pushcount = 0
sprite.movepos = [0, 0]
sprite.state = "wait"
if sprite.state == "wait":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
random.seed()
sprite.waitcount = 0
sprite.movepos[0] = random.randint(-1, 1) * 3
sprite.movepos[1] = random.randint(-1, 1) * 3
sprite.state = "move"
if sprite.state == "move":
if sprite.movecount < 60:
sprite.movecount += 1
else:
sprite.movecount = 0
sprite.movepos = [0, 0]
sprite.state = "wait"
def blue_mnm(sprite, obstacles, moveables, character):
if sprite.state == "hit":
if sprite.hitcount < 15:
sprite.hitcount += 1
else:
sprite.hitcount = 0
sprite.pushcount = 0
sprite.waitcount = 0
sprite.movecount = 0
sprite.state = "wait"
for current_collisions in pygame.sprite.spritecollide(sprite, moveables,0):
sprite.cannot_collide.add(current_collisions)
return
if sprite.state != "hit" and sprite.state != "pushback" and sprite.state != "windup" and sprite.state != "jump":
if utils.distance(sprite.rect.center, character.rect.center) <= 100:
sprite.target = character.rect.center
sprite.waitcount = 0
sprite.movecount = 0
sprite.movepos = [0,0]
sprite.state = "windup"
if sprite.state == "windup":
if sprite.waitcount < 20:
sprite.waitcount += 1
else:
sprite.waitcount = 0
vec = utils.convert_to_unit_vector(sprite.rect.x, character.rect.x, sprite.rect.y, character.rect.y)
sprite.movepos = [vec[0] * 10, vec[1] * 10]
sprite.state = "jump"
if sprite.state == "jump":
if ((sprite.movepos[0] >= 0 and sprite.movepos[1] >= 0 and sprite.rect.x >= sprite.target[0] and sprite.rect.y >= sprite.target[1]) or
(sprite.movepos[0] >= 0 and sprite.movepos[1] <= 0 and sprite.rect.x >= sprite.target[0] and sprite.rect.y <= sprite.target[1]) or
(sprite.movepos[0] <= 0 and sprite.movepos[1] <= 0 and sprite.rect.x <= sprite.target[0] and sprite.rect.y >= sprite.target[1]) or
(sprite.movepos[0] <= 0 and sprite.movepos[1] <= 0 and sprite.rect.x <= sprite.target[0] and sprite.rect.y <= sprite.target[1]) or
pygame.sprite.spritecollide(sprite, obstacles, 0) != []):
sprite.movepos = [0,0]
sprite.state = "wait"
if sprite.state == "pushback":
if sprite.pushcount < 2:
sprite.pushcount += 1
else:
sprite.pushcount = 0
sprite.movepos = [0,0]
sprite.state = "wait"
if sprite.state == "wait":
if sprite.waitcount < 40:
sprite.waitcount += 1
else:
random.seed()
sprite.waitcount = 0
sprite.movepos[0] = random.randint(-1,1)*3
sprite.movepos[1] = random.randint(-1,1)*3
sprite.state = "move"
if sprite.state == "move":
if sprite.movecount < 60:
sprite.movecount += 1
else:
sprite.movecount = 0
sprite.movepos = [0,0]
sprite.state = "wait"
