def handle_update(self, entity, dt):
hit = engine.get().entity_manager.get_in_area('player',
from_entity(entity))
for h in hit:
h.handle('damage', 1)
if hit:
engine.get().entity_manager.remove(entity)
def handle_update(self, entity, dt):
if entity.shoot_counter > 0:
entity.shoot_counter -= dt
if entity.shoot_counter <= 0:
entity.shoot_counter = entity.shoot_rate
p = Entity('bad_guy_projectile')
target = engine.get().entity_manager.get_by_name('player')
x = target.x - entity.x
y = target.y - entity.y
v = entity.launch_speed
g = p.gravity
test = v * v * v * v - g * (g * x * x + 2 * y * v * v)
if x < 0:
add = pi
else:
add = 0
if test >= 0:
angle = atan((v * v + sqrt(test)) / (g * x)) + add
p.x = entity.x
p.y = entity.y
p.vel_x = cos(angle) * entity.launch_speed
p.vel_y = sin(angle) * entity.launch_speed
engine.get().entity_manager.add(p)
entity.handle("play_sound", "enemy-shoot")
def handle_input(self, entity, action, value):
if action == 'fire' and value == 1 and entity.animation_name != 'character-shoot':
entity.shoot_counter = entity.shoot_time
#m = engine.get().entity_manager.get_by_name('mouse')
#angle = radians((Vec2d(m.x, m.y) - Vec2d(entity.x, entity.y)).angle)
if entity.facing == 'right':
angle = radians(45)
else:
angle = radians(135)
for i in range(entity.num_projectiles):
p = Entity('projectile')
p.x = entity.x + i * cos(angle) * 10
p.y = entity.y + i * sin(angle) * 10
p.vel_x = cos(angle) * entity.launch_speed # + entity.vel_x
p.vel_y = sin(angle) * entity.launch_speed # + entity.vel_y
if p.vel_x > 0:
p.flip = False
else:
p.flip = True
engine.get().entity_manager.add(p)
entity.handle('play_animation', 'character-shoot')
def handle_update(self, entity, dt):
hit = engine.get().entity_manager.get_in_area('bad_guy',
from_entity(entity))
for h in hit:
h.health -= 2
h.image = h.images[h.health - 1]
if hit:
engine.get().entity_manager.remove(entity)
entity.handle('play_sound', 'enemy-hit')
def handle_update(self, entity, dt):
to_sleep = engine.get().entity_manager.get_in_area('car', rectangle.from_entity(entity))
to_wake = engine.get().entity_manager.get_in_area('car', rectangle.Rect(entity.x, entity.y, entity.awake_width, entity.awake_height))
for e in to_sleep - to_wake:
e.box2d_car.set_awake(False)
for e in to_wake:
e.box2d_car.set_awake(True)
def handle_update(self, entity, dt):
entity.vel_y -= entity.gravity * dt
entity.x += entity.vel_x * dt
entity.y += entity.vel_y * dt
r = from_entity(entity)
if engine.get().entity_manager.get_in_area('platform', r):
engine.get().entity_manager.remove(entity)
entity.handle('play_sound', 'hit')
def handle_update(self, entity, dt):
if entity.ai_mode == 'roam' and entity.next_corner is not None:
e = engine.get()
corners = e.entity_manager.get_in_area('corner', rectangle.from_entity(entity))
if entity.next_corner in corners:
# print entity.next_corner.next_corners
if entity.last_corner in entity.next_corner.next_corners and len(entity.next_corner.next_corners) > 1:
choices = entity.next_corner.next_corners[:]
choices.remove(entity.last_corner)
# print 'a'
else:
choices = entity.next_corner.next_corners
# print 'b'
# print choices, entity.last_corner, entity.next_corner, entity.next_corner.next_corners
c = random.choice(choices)
if c == entity.last_corner:
print 'u-turn at', entity.next_corner.x, entity.next_corner.y, 'to', c.x, c.y
entity.last_corner = entity.next_corner
entity.next_corner = random.choice(choices)
entity.target = (entity.next_corner.x, entity.next_corner.y)
else:
entity.target = None
def handle_update(self, entity, dt):
entity.x += entity.vel_x * dt
entity.y += entity.vel_y * dt
hit = engine.get().entity_manager.get_in_area('player',
from_entity(entity))
if hit:
hit.pop().supre_dead = True
def handle_clicked(self, entity):
e = engine.get()
try:
selector = e.entity_manager.get_by_name('selector')
e.entity_manager.remove(selector.follow)
e.entity_manager.remove(selector)
except:
pass
def handle_update(self, entity, dt):
e = engine.get()
if entity.grounded:
if entity.dir == 'right':
entity.vel_x = entity.ground_speed
elif entity.dir == 'left':
entity.vel_x = -entity.ground_speed
# will we run into something
r = from_entity(entity)
r.x += entity.vel_x * dt
blocking = e.entity_manager.get_in_area('platform', r)
if blocking:
# we hit something
# lets move into it
o = blocking.pop()
if entity.vel_x > 0:
side = from_entity(o).left
entity.x = side - entity.width / 2 - 0.1
entity.dir = 'left'
else:
side = from_entity(o).right
entity.x = side + entity.width / 2 + 0.1
entity.dir = 'right'
entity.vel_x = 0
else:
#check if we will run off the edge
if entity.dir == 'left':
px, py = r.bottom_left
else:
px, py = r.bottom_right
py -= 0.1
if not e.entity_manager.get_in_area('platform',
Rect(px, py, 0, 0)):
if entity.dir == 'left':
entity.dir = 'right'
else:
entity.dir = 'left'
entity.x += entity.vel_x * dt
else:
entity.vel_y -= entity.gravity * dt
if entity.vel_y < 0:
test = Rect(entity.x, entity.y - entity.height / 2 - 0.1,
entity.width, 0)
ground = e.entity_manager.get_in_area('platform', test)
if ground:
entity.grounded = True
entity.vel_y = 0
floor = ground.pop()
r = from_entity(floor)
entity.y = r.top + entity.height / 2 + 0.01
entity.y += entity.vel_y * dt
def handle_update(self, entity, dt):
if entity.follow_enabled:
p = engine.get().entity_manager.get_by_name('player')
if p.x > entity.x + entity.dead_zone_width / 2:
entity.x = p.x - entity.dead_zone_width / 2
elif p.x < entity.x - entity.dead_zone_width / 2:
entity.x = p.x + entity.dead_zone_width / 2
if p.y > entity.y + entity.dead_zone_height / 2:
entity.y = p.y - entity.dead_zone_height / 2
elif p.y < entity.y - entity.dead_zone_height / 2:
entity.y = p.y + entity.dead_zone_height / 2
def handle_draw(self, entity, cam):
e = engine.get()
p = e.entity_manager.get_by_name('player')
for i in range(p.max_health):
if i < p.health:
img = e.resource_manager.get('image', entity.full_img)
else:
img = e.resource_manager.get('image', entity.empty_img)
r = Rect(entity.top_left[0] + (0.5 + i) * entity.heart_width / 2,
entity.top_left[1] - entity.heart_height / 2,
entity.heart_width, entity.heart_height)
cam.draw_image(r, img)
def handle_update(self, entity, dt):
entity.rate_count += dt
if entity.rate_count > entity.rate:
entity.rate_count = 0
e = engine.get()
target = e.entity_manager.get_by_name('player')
angle = radians(
(Vec2d(target.x, target.y) - Vec2d(entity.x, entity.y)).angle)
p = Entity('fireball')
p.x = entity.x
p.y = entity.y
p.vel_x = cos(angle) * entity.speed
p.vel_y = sin(angle) * entity.speed
e.entity_manager.add(p)
def handle_input(self, entity, action, value):
e = engine.get()
try:
selector = e.entity_manager.get_by_name('selector')
p = selector.follow
if value == 1:
if action == 'right':
p.x += 10
elif action == 'left':
p.x -= 10
elif action == 'up':
p.y += 10
elif action == 'down':
p.y -= 10
elif action == 'grow_x':
p.width += 10
elif action == 'shrink_x':
p.width = max(p.width - 10, 0)
elif action == 'grow_y':
p.height += 10
elif action == 'shrink_y':
p.height = max(p.height - 10, 0)
except:
pass
def handle_input(self, entity, action, value):
if action == 'button' and value == 1:
e = engine.get()
place_button = e.entity_manager.get_by_name('place_button')
if place_button.selected:
chooser = e.entity_manager.get_by_name('entity_chooser')
name = chooser.entity_list[chooser.entity_list_selected_index]
new_entity = Entity(name, x=entity.world_x, y=entity.world_y)
if not e.entity_manager.has_by_name(new_entity.name):
e.entity_manager.add(new_entity)
select_button = e.entity_manager.get_by_name('select_button')
if select_button.selected:
try:
selector = e.entity_manager.get_by_name('selector')
e.entity_manager.remove(selector)
except:
pass
to_select = e.entity_manager.get_in_area(
"editable", Rect(entity.world_x, entity.world_y, 0, 0))
if to_select:
f = to_select.pop()
selector = Entity('editor_selector',
follow=f,
x=f.x,
y=f.y)
e.entity_manager.add(selector)
move_button = e.entity_manager.get_by_name('move_button')
if move_button.selected:
try:
selector = e.entity_manager.get_by_name('selector')
selector.follow.x = entity.world_x
selector.follow.y = entity.world_y
selector.x = entity.world_x
selector.y = entity.world_y
except:
pass
def handle_update(self, entity, dt):
if entity.health == 0:
engine.get().entity_manager.remove(entity)
entity.handle('play_sound', 'enemy-death')
def handle_update(self, entity, dt):
if engine.get().entity_manager.get_in_area('death_zone',
from_entity(entity)):
print 'ow'
def handle_update(self, entity, dt):
e = engine.get()
if entity.grounded:
if entity.dir == 'none':
entity.vel_x = toward_zero(entity.vel_x,
entity.ground_acceleration, dt)
elif entity.dir == 'right':
entity.vel_x = min(
entity.max_ground_speed,
entity.vel_x + entity.ground_acceleration * dt)
elif entity.dir == 'left':
entity.vel_x = max(
-entity.max_ground_speed,
entity.vel_x - entity.ground_acceleration * dt)
entity.vel_y = 0
#will we run into something
r = from_entity(entity)
r.x += entity.vel_x * dt
blocking = e.entity_manager.get_in_area('platform', r)
if blocking:
# we hit something
# lets move into it
o = blocking.pop()
if entity.vel_x > 0:
side = from_entity(o).left
entity.x = side - entity.width / 2 - 0.1
else:
side = from_entity(o).right
entity.x = side + entity.width / 2 + 0.1
entity.vel_x = 0
else:
entity.x += entity.vel_x * dt
if entity.jump:
entity.grounded = False
entity.vel_y = entity.jump_vel
entity.y += entity.vel_y * dt
#are we still grounded
test = Rect(entity.x, entity.y - entity.height / 2 - 0.1,
entity.width, 0)
ground = e.entity_manager.get_in_area('platform', test)
if not ground:
#we are floating
entity.grounded = False
else:
entity.vel_y -= entity.gravity * dt
if entity.air_jump:
entity.vel_y = entity.jump_vel
entity.air_jump = False
if entity.jump:
entity.vel_y += entity.jump_force * dt * entity.jump_count
entity.jump_count -= dt
if entity.jump_count <= 0:
entity.jump = False
#if falling test for ground
if entity.vel_y < 0:
test = Rect(entity.x, entity.y - entity.height / 2 - 0.1,
entity.width, 0)
ground = e.entity_manager.get_in_area('platform', test)
if ground:
entity.grounded = True
entity.air_jumps_remaining = entity.air_jumps
entity.vel_y = 0
floor = ground.pop()
r = from_entity(floor)
entity.y = r.top + entity.height / 2 + 0.01
else:
#test for ceiling
test = Rect(entity.x, entity.y + entity.height / 2 + 0.1,
entity.width, 0)
ceiling = e.entity_manager.get_in_area('platform', test)
if ceiling:
entity.vel_y = 0
c = ceiling.pop()
r = from_entity(c)
entity.y = r.bottom - entity.height / 2 - 0.01
if entity.dir == 'none':
entity.vel_x = toward_zero(entity.vel_x,
entity.air_acceleration, dt)
elif entity.dir == 'right':
entity.vel_x = min(entity.max_air_speed,
entity.vel_x + entity.air_acceleration * dt)
elif entity.dir == 'left':
entity.vel_x = max(-entity.max_air_speed,
entity.vel_x - entity.air_acceleration * dt)
# will we run into something
r = from_entity(entity)
r.x += entity.vel_x * dt
blocking = e.entity_manager.get_in_area('platform', r)
if blocking:
# we hit something
# lets move into it
o = blocking.pop()
if entity.vel_x > 0:
side = from_entity(o).left
entity.x = side - entity.width / 2 - 0.1
else:
side = from_entity(o).right
entity.x = side + entity.width / 2 + 0.1
entity.vel_x = 0
entity.x += entity.vel_x * dt
entity.y += entity.vel_y * dt
def handle_update(self, entity, dt):
e = engine.get()
if entity.pickup_target is not None:
targets = engine.get().entity_manager.get_in_area('pickup_zone', rectangle.from_entity(entity))
for t in targets:
if t == entity.pickup_target:
fare = e.entity_manager.get_by_name('fare')
fare.active = True
start = Vec2d(entity.pickup_target.x, entity.pickup_target.y)
e.remove_entity(entity.pickup_target)
entity.pickup_target = None
road = list(e.entity_manager.get_by_tag('road'))
random.shuffle(road)
r = road[0]
new_target = engine.get().add_entity('dropoff-zone', x=r.x, y=r.y)
entity.dropoff_target = new_target
end = Vec2d(new_target.x, new_target.y)
d = start.get_distance(end)
timer = e.entity_manager.get_by_name('timer')
timer.time = timer.time_per_distatnce * d
return
elif entity.dropoff_target is not None:
targets = engine.get().entity_manager.get_in_area('dropoff_zone', rectangle.from_entity(entity))
for t in targets:
if t == entity.dropoff_target:
fare = e.entity_manager.get_by_name('fare')
fare.active = False
timer = e.entity_manager.get_by_name('timer')
cash = e.entity_manager.get_by_name('cash')
time_left = timer.time
earned = fare.fare + time_left * fare.bonus_rate
cash.amount += earned
timer.time = 0
fare.fare =0
e.remove_entity(entity.dropoff_target)
entity.dropoff_target = None
road = list(e.entity_manager.get_by_tag('road'))
random.shuffle(road)
r = road[0]
new_target = engine.get().add_entity('pickup-zone', x=r.x, y=r.y)
entity.pickup_target = new_target
e.entity_manager.get_by_name('score').score += 1
return
timer = e.entity_manager.get_by_name('timer')
if timer.time == 0:
fare = e.entity_manager.get_by_name('fare')
fare.fare = 0
fare.active = False
timer.time = 0
e.remove_entity(entity.dropoff_target)
entity.dropoff_target = None
road = list(e.entity_manager.get_by_tag('road'))
random.shuffle(road)
r = road[0]
new_target = engine.get().add_entity('pickup-zone', x=r.x, y=r.y)
entity.pickup_target = new_target
e.entity_manager.get_by_name('dropped').dropped += 1
return
def handle_update(self, entity, dt):
if entity.i_count > 0:
entity.i_count -= dt
if engine.get().entity_manager.get_in_area('death_zone',
from_entity(entity)):
entity.handle('damage', 1)
def handle_update(self, entity, dt):
entity.x = entity.target.x
entity.y = entity.target.y
# entity.angle = entity.target.angle - 90
engine.get().entity_manager.update_position(entity)
