def __init__(self, pos, age, img_path, batch, group, start_impulse=(0, 0), *args, **kwargs):
self.age = age
self.batch = batch
self.start_impulse = Vec2d(start_impulse)
self.sprite = loaders.spriteloader(
img_path, pos=pos, anchor=("center", "center"), batch=batch, group=group, linear_interpolation=True
)
self.sprite.visible = False
self.mass = 0.00001
self.radius = self.sprite.image.width / 2
inertia = pymunk.moment_for_circle(self.mass, 0, self.radius)
self.body = pymunk.Body(self.mass, pymunk.inf)
self.body.position = Vec2d(pos)
self.shape = pymunk.Circle(self.body, self.radius)
self.shape.elasticity = 0.5
self.shape.friction = 0.1
self.shape.group = 1
self.body.apply_impulse(self.start_impulse)
self.tweener = PiTweener.Tweener()
self.tweener.add_tween(self, age=0, tween_time=age, tween_type=self.tweener.LINEAR)
self.tween = False
self.removed = False
def __init__(self, space, position, size, target, padding, speed, image):
self.speed = abs(speed)
self.padding = padding
padding_left = self.padding[0]
padding_bottom = self.padding[1]
padding_right = self.padding[2]
padding_top = self.padding[3]
self.target = target
self.space = space
self.position = position
mass = 1
self.body = pymunk.Body(mass, pymunk.inf)
self.body.position = position
self.shape = pymunk.Poly.create_box(self.body, size)
self.shape.friction = 1
self.shape.group = 2
self.space.add(self.body, self.shape)
self.top_body = pymunk.Body()
self.top_body.position = self.body.position[0], self.body.position[1]
joint = pymunk.constraint.PivotJoint(self.body, self.top_body, (0,0), (0,0))
self.space.add(joint)
if self.target > 0:
self.left = (self.top_body.position[0] - size[0]//2 - padding_left, self.top_body.position[1] + padding_top + target)
self.bottom = (self.top_body.position[0] - size[0]//2 - padding_left, self.top_body.position[1] - padding_bottom)
self.right = (self.top_body.position[0] + size[0]//2 + padding_right, self.top_body.position[1] - padding_bottom)
self.top = (self.top_body.position[0] + size[0]//2 + padding_right, self.top_body.position[1] + padding_top + target)
self.bb = pymunk.BB(self.top_body.position[0] - size[0]//2 - padding_left,
self.top_body.position[1] - padding_bottom,
self.top_body.position[0] + size[0]//2 + padding_right,
self.top_body.position[1] + padding_top + target)
if self.target < 0:
self.left = (self.top_body.position[0] - size[0]//2 - padding_left, self.top_body.position[1] + padding_top)
self.bottom = (self.top_body.position[0] - size[0]//2 - padding_left, self.top_body.position[1] - padding_bottom + target)
self.right = (self.top_body.position[0] + size[0]//2 + padding_right, self.top_body.position[1] - padding_bottom + target)
self.top = (self.top_body.position[0] + size[0]//2 + padding_right, self.top_body.position[1] + padding_top)
self.bb = pymunk.BB(self.top_body.position[0] - size[0]//2 - padding_left,
self.top_body.position[1] - padding_bottom + target,
self.top_body.position[0] + size[0]//2 + padding_right,
self.top_body.position[1] + padding_top)
self.speed *= -1
alpha = 100
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
self.sprite = loaders.spriteloader(image,
size = size,
anchor = ('center','center'),
linear_interpolation = True
)
def __init__(self, space, position, size, hinge_pos,
padding,
ang_vel, start, end,
image):
self.padding = padding
padding_left = self.padding[0]
padding_bottom = self.padding[1]
padding_right = self.padding[2]
padding_top = self.padding[3]
self.ang_vel = abs(ang_vel) # Refrain from using negative angular velocities, as it may give unexpected results.
self.start = start + 57
self.end = end + 57
self.size = size
#self.force = force
self.space = space
mass = 3
self.inertia = pymunk.moment_for_box(mass, size[0], size[1])
self.body = pymunk.Body(mass, self.inertia)
self.body.angle = math.radians(start)
self.body.position = (position[0]-hinge_pos[0], position[1]-hinge_pos[1])
self.shape = pymunk.Poly.create_box(self.body, size)
self.shape.friction = 1
self.shape.group = 2
self.space.add(self.body, self.shape)
self.hinge_body = pymunk.Body()
self.hinge_body.angle = math.radians(start) + math.radians(57)
self.hinge_body.position = self.body.position[0] + hinge_pos[0], self.body.position[1] + hinge_pos[1]
pivot = pymunk.constraint.PivotJoint(self.body, self.hinge_body, (hinge_pos), (0,0))
self.space.add(pivot)
gear = pymunk.constraint.GearJoint(self.body, self.hinge_body, 1.0, 1.0)
self.space.add(gear)
self.left = (position[0] - padding_left, position[1] + padding_top)
self.bottom = (position[0] - padding_left, position[1]- padding_bottom)
self.right = (position[0] + padding_right, position[1]- padding_bottom)
self.top = (position[0] + padding_right, position[1] + padding_top)
self.bb = pymunk.BB(position[0] - padding_left, #- hinge_pos[0], # left
position[1] - padding_bottom, # - hinge_pos[1], # bottom
position[0] + padding_right, # - hinge_pos[0], # right
position[1] + padding_top, ) # - hinge_pos[1]) # top
alpha = 100
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
self.sprite = loaders.spriteloader(image,
size = size,
anchor = ('center','center'),
linear_interpolation = True)
def __init__(self, position, padding, image):
self.position = position
self.padding = padding
padding_left = self.padding[0]
padding_bottom = self.padding[1]
padding_right = self.padding[2]
padding_top = self.padding[3]
#self.text = text
self.bb = pymunk.BB(position[0] - padding_left,
position[1] - padding_bottom,
position[0] + padding_right,
position[1] + padding_top)
self.left = (position[0] - padding_left, position[1] + padding_top)
self.bottom = (position[0] - padding_left, position[1] - padding_bottom)
self.right = (position[0] + padding_right, position[1] - padding_bottom)
self.top = (position[0] + padding_right, position[1] + padding_top)
alpha = 200
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
'''
image = levelassembler.imageloader(image, 'placeholder.png', (10,10))
tex = image.get_texture()
glTexParameteri(tex.target, GL_TEXTURE_MAG_FILTER, GL_NEAREST)
glTexParameteri(tex.target, GL_TEXTURE_MIN_FILTER, GL_NEAREST)
self.sprite = pyglet.sprite.Sprite(image) # batch = level_batch, group = ordered_group)
#self.sprite.image.width = size[0]
#self.sprite.image.height = size[1]
self.sprite.image.anchor_x = 4
self.sprite.image.anchor_y = 0
self.sprite.scale = .75
'''
self.sprite = loaders.spriteloader(image,
anchor= (4,0),
scale = .75,
linear_interpolation = True)
self.sprite.opacity = 0
self.stage1 = True
self.stage2 = False
self.stage3 = False
self.stage4 = False
self.stage5 = False
self.stage6 = False
self.fangle = 0
self.weighted_angle = 0
def __init__(self, space, position, size, mass, friction,
amount, add, image,
menu_box = False,
placeholder = 'placeholder.png',
scale = .5,
point_query = False,
name = 'None'):
add_new_x = 0
add_new_y = 0
self.space = space
inertia = pymunk.moment_for_box(mass, size[0],size[1])
self.shape_list = []
self.body_list = []
for i in range(amount):
self.body = pymunk.Body(mass, inertia)
self.body.position = (position[0]+add_new_x, position[1]+add_new_y)
shape = pymunk.Poly.create_box(self.body, size)
shape.friction = friction
space.add(self.body, shape)
self.shape_list.append(shape)
self.body_list.append(self.body)
add_new_x += add[0]
add_new_y += add[1]
self.sprites = []
for i in range(amount):
sprite = loaders.spriteloader(image,
placeholder = placeholder,
#size = size,
scale = scale,
anchor = ('center','center'),
linear_interpolation = True)
self.sprites.append(sprite)
self.point_query = point_query
self.mouse_pos = [0,0]
self.mouse_buttons = 0
self.name = name
self.map_file = name
self.contains = False
self.clicked = False
self.menu_box = menu_box
self.grabFirstClick = True
self.mouseGrabbed = False
def setup_batch(self, debug_batch, surface_batch):
for button in self.buttons:
button.setup_pyglet_batch(debug_batch, surface_batch, self.mask, None, self.group_4)
self.bb_outline = debug_batch.add_indexed(
4,
pyglet.gl.GL_LINES,
self.group_4,
[0, 1, 1, 2, 2, 3, 3, 0],
(
"v2f",
(
self.top_left[0],
self.top_left[1],
self.bottom_left[0],
self.bottom_left[1],
self.bottom_right[0],
self.bottom_right[1],
self.top_right[0],
self.top_right[1],
),
),
("c4B", (255, 0, 0, 255) * 4),
)
img_pos = self.pos[0], self.pos[1] + 9
self.bg = loaders.spriteloader(
"menu/images/level_select_menu.png",
placeholder="placeholder.png",
pos=img_pos,
anchor=("center", "center"),
linear_interpolation=True,
)
self.bg.batch = surface_batch
self.bg.group = self.group_1
self.fade_in = ListFadeIn(self.buttons, 1, bg_sprite=self.bg)
self.close_button.setup_pyglet_batch(debug_batch, surface_batch, self.group_2, None, self.group_4)
def __init__(self, position, padding, image):
self.position = position
self.padding = padding
padding_left = self.padding[0]
padding_bottom = self.padding[1]
padding_right = self.padding[2]
padding_top = self.padding[3]
#self.text = text
self.bb = pymunk.BB(position[0] - padding_left,
position[1] - padding_bottom,
position[0] + padding_right,
position[1] + padding_top)
self.left = (position[0] - padding_left, position[1] + padding_top)
self.bottom = (position[0] - padding_left, position[1] - padding_bottom)
self.right = (position[0] + padding_right, position[1] - padding_bottom)
self.top = (position[0] + padding_right, position[1] + padding_top)
alpha = 200
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
self.sprite = loaders.spriteloader(image,
anchor = ('center', 'center'),
#anchor_offset = (0,-50)
#scale = 2,
#linear_interpolation = True,
)
self.sprite.opacity = 0
self.particle_emit = False
self.fangle = 0
self.weighted_angle = 0
self.tweener = PiTweener.Tweener()
self.finish_sound = loaders.Audio()
self.finish_sound.load('resources/sounds/yay.ogg')
def __init__(self,
space,
starting_pos,
level_batch,
debug_batch,
ui_batch,
lfg,
lfg2,
lfg3,):
self.space = space
self.starting_pos = starting_pos
## Chassis
chassis_inertia = pymunk.moment_for_box(.9, 104, 18)
self.chassis_body = pymunk.Body(.9,chassis_inertia)
self.chassis_body.position = starting_pos
self.chassis_body.group = 1
space.add(self.chassis_body)
origin = (0,0)
self.parts = [
((origin),(-8,13),(10,14),(21,4)),
((origin),(21,4),(47,2),(50,-14)),
((origin),(50,-14),(-56,-13),(-14,-3)),
((-56,-13),(-57,2),(-52,2),(-52,-3)),
((-56,-13),(-52,-3),(-14,-3)),
((origin),(-14,-3),(-8,13))
]
self.shape_list = []
for part in self.parts:
self.part = pymunk.Poly(self.chassis_body, part)
self.part.friction = 0.3 #0.5
self.part.group = 1 # so that the wheels and the body do not collide with eachother
self.space.add(self.part)
self.shape_list.append(self.part)
self.outlines = []
for shape in self.shape_list:
s_points = shape.get_vertices()
if len(s_points) < 4:
self.tri_outline = debug_batch.add_indexed(3, pyglet.gl.GL_LINES, None, [0,1,1,2,2,0], ('v2f'), ('c4B', (0,120,0,220)*3))
self.outlines.append(self.tri_outline)
elif len(s_points) == 4:
self.quad_outline = debug_batch.add_indexed(4, pyglet.gl.GL_LINES, None, [0,1,1,2,2,3,3,0], ('v2f'), ('c4B', (0,120,0,220)*4))
self.outlines.append(self.quad_outline)
## End Chassis
## Wheels
wheel_mass = .3
wheel_radius = 13
wheel_inertia = pymunk.moment_for_circle(wheel_mass, 0, wheel_radius)
wheel_friction = 1.8
# L
l_wheel_base = 35
l_wheel_pos = (starting_pos[0]-l_wheel_base+wheel_radius,starting_pos[1]-18-wheel_radius)
self.l_wheel_body = pymunk.Body(wheel_mass, wheel_inertia)
self.l_wheel_body.position = l_wheel_pos
self.l_wheel_shape = pymunk.Circle(self.l_wheel_body, wheel_radius)
self.l_wheel_shape.friction = wheel_friction
self.l_wheel_shape.group = 1
space.add(self.l_wheel_body,self.l_wheel_shape)
# R
r_wheel_base = 33
r_wheel_pos = (starting_pos[0]+r_wheel_base-wheel_radius,starting_pos[1]-18-wheel_radius)
self.r_wheel_body = pymunk.Body(wheel_mass, wheel_inertia)
self.r_wheel_body.position = r_wheel_pos
self.r_wheel_shape = pymunk.Circle(self.r_wheel_body, wheel_radius)
self.r_wheel_shape.friction = wheel_friction
self.r_wheel_shape.group = 1
space.add(self.r_wheel_body,self.r_wheel_shape)
## End Wheels
## Constraints
rest_ln = 25 # 25
lift = 25 # 25
stiff = 110 # 100
damp = .4 # .4
left_spring = pymunk.constraint.DampedSpring(self.chassis_body, self.l_wheel_body, (-l_wheel_base, 0), (0,0), rest_ln, stiff, damp)
right_spring = pymunk.constraint.DampedSpring(self.chassis_body, self.r_wheel_body, (r_wheel_base, 0), (0,0), rest_ln, stiff, damp)
left_groove = pymunk.constraint.GrooveJoint(self.chassis_body, self.l_wheel_body, (-l_wheel_base, -12), (-l_wheel_base, -lift), (0,0))
right_groove = pymunk.constraint.GrooveJoint(self.chassis_body, self.r_wheel_body, (r_wheel_base, -12), (r_wheel_base, -lift), (0,0))
space.add(left_spring,left_groove,right_spring,right_groove)
##
## Sprites
plxelated = True
self.truck_sprite = loaders.spriteloader('truck.png',
anchor=('center','center'),
anchor_offset=(7,0),
scale = .5,
batch=level_batch,
group=lfg2,
linear_interpolation=plxelated)
self.l_wheel_sprite = loaders.spriteloader('wheel.png',
anchor=('center','center'),
scale = .5,
batch=level_batch,
group=lfg3,
linear_interpolation=plxelated)
self.r_wheel_sprite = loaders.spriteloader('wheel.png',
anchor=('center','center'),
scale = .5,
batch=level_batch,
group=lfg3,
linear_interpolation=plxelated)
self.l_sus_sprite = loaders.spriteloader('suspension.png',
anchor=('center',9),
scale = .5,
batch=level_batch,
group=lfg,
linear_interpolation=plxelated)
self.r_sus_sprite = loaders.spriteloader('suspension.png',
anchor=('center',9),
scale = .5,
batch=level_batch,
group=lfg,
linear_interpolation=plxelated)
##
self.accel_amount = 4
self.player_max_ang_vel = 100
self.mouseGrabbed = False
self.grabFirstClick = True
def __init__(self, space, starting_position, segment_size, amount, slack, image):
self.starting_position = starting_position
self.segment_size = segment_size
self.space = space
self.segment_mass = .5
self.segment_list = []
self.body_list = []
self.add = 0
for i in range(amount):
self.segment_inertia = pymunk.moment_for_box(self.segment_mass, self.segment_size[0], self.segment_size[1])
self.segment_body = pymunk.Body(self.segment_mass, self.segment_inertia)
self.segment_body.position = self.starting_position[0]+self.add,self.starting_position[1]
self.segment_shape = pymunk.Poly.create_box(self.segment_body, self.segment_size)
self.segment_shape.friction = .8
self.segment_shape.group = 2
self.space.add(self.segment_body, self.segment_shape)
self.body_list.append(self.segment_body)
self.segment_list.append(self.segment_shape)
self.add += self.segment_size[0]
# Here I create two bodies that attach to each end of the bridge
self.start_constraint = pymunk.Body()
self.start_constraint.position = self.starting_position[0]-self.segment_size[0]//2,self.starting_position[1]
self.end_constraint = pymunk.Body()
self.end_constraint.position = self.starting_position[0]+self.add-self.segment_size[0]//2 - slack,self.starting_position[1]
self.rest_ln = 0
self.stiffness = 100
self.damp = 8
self.startPivot = pymunk.constraint.PivotJoint(self.start_constraint, self.body_list[0], (0,0), (self.segment_size[0]//-2,0))
self.endPivot = pymunk.constraint.PivotJoint(self.end_constraint, self.body_list[-1], (0,0), (self.segment_size[0]//2,0))
self.space.add(self.startPivot,self.endPivot)
self.target_connect = 0
# Pin Joint
for seg in self.body_list[1:]:
self.bridgeJoint = pymunk.constraint.PivotJoint(self.body_list[self.target_connect], seg,
(self.segment_size[0]//2,0), (self.segment_size[0]//-2,0))
self.space.add(self.bridgeJoint)
self.target_connect += 1
'''
## Primitives
self.bridgeOutlineList = []
for thing in self.body_list:
self.bridgeOutlineDraw = debug_batch.add_indexed(4, pyglet.gl.GL_LINES, ordered_group, [0,1,1,2,2,3,3,0], ('v2f'), ('c3B', (0,0,0)*4))
self.bridgeOutlineList.append(self.bridgeOutlineDraw)
self.bridgeFillList = []
for thing in self.body_list:
self.bridgeFillDraw = debug_batch.add_indexed(4, pyglet.gl.GL_TRIANGLES, ordered_group, [0,1,2,2,3,0], ('v2f'), ('c4B', (0,0,0,50)*4))
self.bridgeFillList.append(self.bridgeFillDraw)
self.bridgeAnchors = debug_batch.add(2, pyglet.gl.GL_POINTS, ordered_group, ('v2f', (self.start_constraint.position[0],self.start_constraint.position[1],
self.end_constraint.position[0],self.end_constraint.position[1])),
('c3B', (0,255,0)*2))
'''
glPointSize(4)
self.sprites = []
'''
image = levelassembler.imageloader(image, 'placeholder.png', (self.segment_size))
image.anchor_x = image.width/2
image.anchor_y = image.height/2
'''
for i in range(amount):
sprite = loaders.spriteloader(image,
size = segment_size,
anchor = ('center','center'),
linear_interpolation = True
)
#sprite.scale = .5
self.sprites.append(sprite)
def __init__(self,
position,
image_file,
rot_pwr_img=False,
blend_img=(255,255,255),
blend_bar=(255,255,255),
pwr_type='None',
grav_mod_dir=(0,-800), grav_fin_dir=(0,-800),
accel_mod_amount=4, accel_fin_amount=4,
space_step_mod=.015, space_step_fin=.015,
dur=0,
activ_dist=75,
*args,**kwargs):
self.rot_pwr_img = rot_pwr_img
self.bar_blend = blend_bar
self.position = position
self.pwr_type = pwr_type
self.grav_mod_dir = grav_mod_dir
self.grav_finish_dir = grav_fin_dir
self.accel_mod_amount = accel_mod_amount
self.accel_finish_amount = accel_fin_amount
self.space_step_mod = space_step_mod
self.space_step_fin = space_step_fin
self.activation_dist = activ_dist
self.duration = dur
self.orig_dur = self.duration
self.space_step_rate = self.space_step_mod
self.sprite = loaders.spriteloader(image_file,
pos = position,
anchor = ('center','center'),
scale = .5,
linear_interpolation = False
)
tex = self.sprite.image.get_texture()
glTexParameteri(tex.target, GL_TEXTURE_MIN_FILTER, GL_NEAREST)
glTexParameteri(tex.target, GL_TEXTURE_MAG_FILTER, GL_NEAREST)
self.sprite.color = blend_img
self.blend_img = blend_img
if rot_pwr_img:
self.sprite.rotation = -Vec2d(grav_mod_dir).get_angle_degrees()+90
self.sprite_grav_rotation = -Vec2d(grav_mod_dir).get_angle_degrees()+90
self.collected = False
self.do_action = False
self.action_done = True
self.bar_pos = -30
self.sprite_opacity = 255
self.sprite_scale = .5
self.sprite_rotation = self.sprite_grav_rotation
self.placed_in_queue = False
self.modded = False
self.sprite_color_r,self.sprite_color_g,self.sprite_color_b = 255,255,255
self.scale_tweener = PiTweener.Tweener()
self.tween_added = False
self.duration_tween = PiTweener.Tweener()
self.duration_tween_added = False
self.collect_sound = loaders.Audio()
self.collect_sound.load('resources/sounds/powerup_collected.wav')
def setup_pyglet_batch(self, level_batch, ui_batch, ordered_group, ordered_group2, ordered_group3, screen_res, ordered_group_bg=None):
self.ui_batch = ui_batch
self.sprite.batch = level_batch
self.sprite.group = ordered_group3
self.screen_res = screen_res
self.mask_width = 200
self.orig_mask_width = self.mask_width
self.mask_height = 10
self.mask_x = (screen_res[0]//2)-(self.mask_width//2)
self.mask_y = self.bar_pos
###
img = pyglet.resource.image('p_b.png')
bar_height = img.height//2
bar_width = (img.width//2)
self.mask_group = GroupWithMask(self.mask_x,self.mask_y,
self.mask_width,bar_height,
parent=ordered_group2)
l_cap_b_img = img.get_region(0,0,img.width//2,bar_height)
self.l_cap_b = loaders.image_sprite_loader(l_cap_b_img,
pos = (self.mask_x,self.mask_y),
batch = ui_batch,
group = ordered_group,
anchor = (bar_width,0),
linear_interpolation = True)
r_cap_b_img = img.get_region(bar_width+1,0,bar_width,bar_height)
self.r_cap_b = loaders.image_sprite_loader(r_cap_b_img,
pos = (self.mask_x+self.mask_group.width,self.mask_y),
batch = ui_batch,
group = ordered_group,
anchor = (0,0),
linear_interpolation = True)
b_meter = pyglet.image.Texture.create(self.mask_group.width,bar_height)
b_meter_img = img.get_region(bar_width,0,1,bar_height).get_image_data()
offset = 0
while offset <= self.mask_group.width:
b_meter.blit_into(b_meter_img,offset,0,0)
offset += 1
self.b_meter = loaders.image_sprite_loader(b_meter,
pos = (self.mask_x,self.mask_y),
batch = ui_batch,
group = ordered_group,
anchor = (0,0),
linear_interpolation = True)
##
l_cap_f_img = img.get_region(0,bar_height,bar_width,bar_height)
self.l_cap_f = loaders.image_sprite_loader(l_cap_f_img,
pos = (self.mask_x,self.mask_y),
batch = ui_batch,
group = ordered_group2,
anchor = (bar_width,0),
linear_interpolation = True)
r_cap_f_img = img.get_region(bar_width+1,bar_height,bar_width,bar_height)
self.r_cap_f = loaders.image_sprite_loader(r_cap_f_img,
pos = (self.mask_x+self.mask_group.width,self.mask_y),
batch = ui_batch,
group = ordered_group2,
anchor = (0,0),
linear_interpolation = True)
f_meter = pyglet.image.Texture.create(self.mask_group.width,bar_height)
f_meter_img = img.get_region(bar_width,bar_height,1,bar_height).get_image_data()
offset = 0
while offset <= self.mask_group.width:
f_meter.blit_into(f_meter_img,offset,0,0)
offset += 1
self.f_meter = loaders.image_sprite_loader(f_meter,
pos = (self.mask_x,self.mask_y),
batch = ui_batch,
group = self.mask_group,
anchor = (0,0),
linear_interpolation = True)
if self.bar_blend != (255,255,255):
self.l_cap_f.color,self.r_cap_f.color,self.f_meter.color = self.bar_blend,self.bar_blend,self.bar_blend
self.sprite_list = [self.l_cap_b,self.r_cap_b,self.b_meter,
self.l_cap_f,self.r_cap_f,self.f_meter]
self.power_label = pyglet.text.Label(text = self.pwr_type,
font_name = 'Calibri', font_size = 8, bold = True,
x = screen_res[0]//2, y = self.mask_y+16,
anchor_x = 'center', anchor_y = 'center',
color = (255,255,255,255),
batch = ui_batch,
group=ordered_group2)
self.power_label_shadow = pyglet.text.Label(text = self.pwr_type,
font_name = 'Calibri', font_size = 8, bold = True,
x = screen_res[0]//2, y = self.mask_y+16,
anchor_x = 'center', anchor_y = 'center',
color = (0,0,0,240),
batch = ui_batch,
group=ordered_group)
self.background_sprite = loaders.spriteloader('progress_bar_container.png',
pos = (screen_res[0]//2,-20),
anchor = ('center','center'),
batch = ui_batch,
group = ordered_group_bg,
linear_interpolation = True)
self.flash = False
self.smooth = self.bar_pos
self.a = 1
self.emitter = particles2D.Emitter(pos = self.position)
particle_img = pyglet.resource.image('spark.png')
self.factory = particles2D.powerup(.5,
((-1,1),(.1,2.5)),
particle_img,
color_overlay=self.blend_img,
batch=level_batch,
group=ordered_group3)
self.emitter_spurt = particles2D.Spurt(self.emitter)
def __init__(self, space, position, hinge_pos,
padding,
ang_vel, start, end,
image):
self.padding = padding
padding_left = self.padding[0]
padding_bottom = self.padding[1]
padding_right = self.padding[2]
padding_top = self.padding[3]
self.ang_vel = abs(ang_vel) # Refrain from using negative angular velocities, as it may give unexpected results.
self.start = start + 57
self.end = end + 57
#size = 20,20
#self.force = force
self.space = space
mass = 3
#self.inertia = pymunk.moment_for_box(mass, size[0], size[1])
'''
self.shape = pymunk.Poly.create_box(self.body, size)
self.shape.friction = 1
self.shape.group = 2
self.space.add(self.body, self.shape)
'''
self.body = pymunk.Body(pymunk.inf, pymunk.inf)
self.body.angle = math.radians(start)
self.shapelist = [
pymunk.Segment(self.body, (333.9878888620935, 201.3931176121986), (324.543444417649, 201.3931176121986), 4),
pymunk.Segment(self.body, (324.60529688755037, 201.4223178430688), (305.1608524431059, 204.14454006529104), 4),
pymunk.Segment(self.body, (305.1608524431059, 204.14454006529104), (282.6052968875503, 215.8112067319577), 4),
pymunk.Segment(self.body, (282.6052968875503, 215.8112067319577), (265.8830746653281, 235.25565117640218), 4),
pymunk.Segment(self.body, (265.8830746653281, 235.25565117640218), (257.32751910977254, 264.42231784306887), 4),
pymunk.Segment(self.body, (257.32751910977254, 264.42231784306887), (258.8830746653281, 289.7000956208467), 4),
pymunk.Segment(self.body, (258.8830746653281, 289.7000956208467), (268.60529688755025, 311.0889845097356), 4),
pymunk.Segment(self.body, (268.60529688755025, 311.0889845097356), (285.71640799866145, 327.4223178430689), 4),
pymunk.Segment(self.body, (285.71640799866145, 327.4223178430689), (312.9386302208837, 338.70009562084675), 4),
pymunk.Segment(self.body, (312.9386302208837, 338.70009562084675), (347.1608524431059, 339.0889845097356), 4),
pymunk.Segment(self.body, (347.1608524431059, 339.0889845097356), (381.3830746653282, 331.31120673195784), 4),
pymunk.Segment(self.body, (381.3830746653282, 331.31120673195784), (412.8830746653282, 312.64454006529115), 4),
pymunk.Segment(self.body, (412.8830746653282, 312.64454006529115), (440.8830746653283, 284.64454006529115), 4),
pymunk.Segment(self.body, (440.8830746653283, 284.64454006529115), (459.93863022088385, 251.58898450973552), 4),
pymunk.Segment(self.body, (459.93863022088385, 251.58898450973552), (468.8830746653283, 219.31120673195772), 4),
pymunk.Segment(self.body, (468.8830746653283, 219.31120673195772), (467.7164079986617, 180.42231784306878), 4),
pymunk.Segment(self.body, (467.7164079986617, 180.42231784306878), (457.6052968875505, 146.9778733986243), 4),
pymunk.Segment(self.body, (457.6052968875505, 146.9778733986243), (442.43863022088385, 119.75565117640204), 4),
pymunk.Segment(self.body, (442.43863022088385, 119.75565117640204), (410.54974133199494, 89.03342895417978), 4),
pymunk.Segment(self.body, (410.54974133199494, 89.03342895417978), (378.660852443106, 72.31120673195754), 4),
pymunk.Segment(self.body, (378.660852443106, 72.31120673195754), (332.38307466532814, 64.14454006529087), 4)
]
self.body.position = (self.shapelist[0].a)#(position[0]-hinge_pos[0], position[1]-hinge_pos[1])
self.seg_list = []
for shape in self.shapelist:
s = shape
s.a[0] -= self.body.position[0]
s.a[1] -= self.body.position[1]
s.b[0] -= self.body.position[0]
s.b[1] -= self.body.position[1]
s.friction = 1
s.group = 2
self.seg_list.append(s)
self.space.add(self.body, self.shapelist)
self.hinge_body = pymunk.Body()
self.hinge_body.angle = math.radians(start) + math.radians(57)
self.hinge_body.position = self.body.position[0] + hinge_pos[0], self.body.position[1] + hinge_pos[1]
pivot = pymunk.constraint.PivotJoint(self.body, self.hinge_body, (hinge_pos), (0,0))
self.space.add(pivot)
gear = pymunk.constraint.GearJoint(self.body, self.hinge_body, 1.0, 1.0)
self.space.add(gear)
self.left = (position[0] - padding_left, position[1] + padding_top)
self.bottom = (position[0] - padding_left, position[1]- padding_bottom)
self.right = (position[0] + padding_right, position[1]- padding_bottom)
self.top = (position[0] + padding_right, position[1] + padding_top)
self.bb = pymunk.BB(position[0] - padding_left, #- hinge_pos[0], # left
position[1] - padding_bottom, # - hinge_pos[1], # bottom
position[0] + padding_right, # - hinge_pos[0], # right
position[1] + padding_top, ) # - hinge_pos[1]) # top
self.color = (200,0,0)
self.color2 = (0,200,0)
self.color3 = (200,200,0)
'''
image = levelassembler.imageloader(image, 'placeholder.png', (10,10))
tex = image.get_texture()
glTexParameteri(tex.target, GL_TEXTURE_MAG_FILTER, GL_NEAREST)
glTexParameteri(tex.target, GL_TEXTURE_MIN_FILTER, GL_NEAREST)
self.sprite = pyglet.sprite.Sprite(image) # batch = level_batch, group = ordered_group)
#self.sprite.image.width = size[0]
#self.sprite.image.height = size[1]
self.sprite.image.anchor_x = 82
self.sprite.image.anchor_y = 140
#self.sprite.scale = .5
'''
self.sprite = loaders.spriteloader(image,
#size = size,
anchor = (82,140),
linear_interpolation = True
)
def __init__(self,
map_zip,
space,
screen_res,
debug_batch,
background_batch,
level_batch,
ui_batch,
lfg3,
lfg2,
lfg,
lbg,
pbg4,
pbg3,
pbg2,
pbg,
bg,
editor_mode = False):
self.debug_batch = debug_batch
self.background_batch = background_batch
self.level_batch = level_batch
self.ui_batch = ui_batch
self.lfg3 = lfg3
self.lfg2 = lfg2
self.lfg = lfg
self.lbg = lbg
self.pbg4 = pbg4
self.pbg3 = pbg3
self.pbg2 = pbg2
self.pbg = pbg
self.bg = bg
self.editor_mode = editor_mode
self.space = space
self.screen_res = screen_res
self.map_zip = zipfile.ZipFile(map_zip)
self.map_zip.extract('map_config.cfg', path = 'temp')
self.map_zip.extract('map_layout.map', path = 'temp')
self.map_zip.close()
self.mapConfig = configparser.ConfigParser()
self.mapConfig.read('temp/map_config.cfg')
self.mapName = self.mapConfig.get("MapConfig", "Name")
self.mapAuthor = self.mapConfig.get("MapConfig", "Author")
self.mapWidth = self.mapConfig.getint("MapConfig","Width")
self.mapHeight = self.mapConfig.getint("MapConfig","Height")
self.playerType = str(self.mapConfig.get("MapConfig", "Player_Type"))
self.start_Position_X = self.mapConfig.getint("MapConfig", "Player_Start_Position_X")
self.start_Position_Y = self.mapConfig.getint("MapConfig", "Player_Start_Position_Y")
self.start_Position = self.start_Position_X,self.start_Position_Y
self.tile_size = int(self.mapConfig.get("MapConfig", "Tile_Size"))
print("Name: "+self.mapName+"by "+self.mapAuthor)
print("Map size: "+str(self.mapWidth)+", "+str(self.mapHeight))
print("Player Type: "+self.playerType)
print("Starting Position: "+str(self.start_Position_X),str(self.start_Position_Y))
print("Tile size: "+str(self.tile_size))
################################ End Map Config
self.map_file = open('temp/map_layout.map')
self.screen_res = screen_res
self.aspect = screen_res[0]/screen_res[1]
static_body = pymunk.Body()
dirt_body = pymunk.Body()
self.map_segments = [] # creates a list to hold segments contained in map file
self.elevators = []
self.bridges = []
self.jellies = []
self.mobis = []
self.boxes = []
self.collectables = []
self.detectors = []
self.triggers = []
self.powerups = []
for line in self.map_file:
line = line.strip() # refer to http://programarcadegames.com/index.php?chapter=searching
#print(line)
if line == "": continue # skip blank lines
if line.startswith("#"): continue # skip comments
#====================================#
if line.startswith("pymunk.Segment"): # Add static segments and objects first
line = eval(line) # converts string to an object ('segment' -> <segment>)
#print(line)
line.friction = .5
line.group = 2
if line.body == dirt_body:
line.collision_type = 2
else: line.collision_type = 3
self.map_segments.append(line)
continue
if line.startswith("elevator"):
#print(line)
line = eval(line)
self.elevators.append(line)
continue
if line.startswith("bridge"):
#print(line)
line = eval(line)
self.bridges.append(line)
continue
if line.startswith("jelly"):
#print(line)
line = eval(line)
self.jellies.append(line)
continue
if line.startswith("mobi"):
#print(line)
line = eval(line)
self.mobis.append(line)
continue
if line.startswith("box.Boxes"):
#print(line)
line = eval(line)
self.boxes.append(line)
continue
if line.startswith("collectable.Collectable"):
line = eval(line)
self.collectables.append(line)
continue
if line.startswith("trigger"):
line = eval(line)
self.triggers.append(line)
continue
if line.startswith("playerdetector"):
#print(line)
line = eval(line)
self.detectors.append(line)
continue
if line.startswith("powerup"):
#print(line)
line = eval(line)
self.powerups.append(line)
continue
self.map_file.close()
self.space.add(self.map_segments)
for line in self.map_segments:
p1 = line.a
p2 = line.b
self.stuff = self.debug_batch.add(2, pyglet.gl.GL_LINES, self.lfg,
('v2f/static', (p1[0],p1[1],p2[0],p2[1])),
('c3B/static', (125,10,160,200,20,60)))
for line in self.collectables:
line.setup_pyglet_batch(self.level_batch, self.ui_batch, self.lfg3)
for line in self.boxes:
line.setup_pyglet_batch(self.debug_batch, self.level_batch, self.lfg)
for line in self.bridges:
line.setup_pyglet_batch(self.debug_batch, self.level_batch, self.lfg)
for line in self.mobis:
line.setup_pyglet_batch(self.debug_batch, self.level_batch, self.lfg2)
for line in self.triggers:
line.setup_pyglet_batch(self.debug_batch, self.level_batch, self.ui_batch, self.lfg3, screen_res)
'''
Alright, in case if I forget. What I'm about to do is temporarly add
the map's zip file to the resource path and directly load the zip's
contained images. That way I do not have to extract everything from
within the zip every time I want to load the map's images. This should
not only help with speed, but make everything relatively cleaner. But
since each image is within a subdirectory within the zip file, I have
to navigate to that directory directly by putting 'images/' before
the image. Once I'm done loading all of that, I pop the zip from the
resource module's searchable path.
'''
pyglet.resource.path.append(map_zip)
pyglet.resource.reindex()
self.bg_tiled = BackgroundTiler('images/bg.png', scale=.5, tile_size = self.tile_size)
self.bg_tiled.setup(self.level_batch, self.bg, (self.mapWidth,self.mapHeight))
self.bottom_tiled = BackgroundTiler('images/bottom.png', scale=.5, tile_size = self.tile_size)
self.bottom_tiled.setup(self.level_batch, self.pbg, (self.mapWidth,self.mapHeight))
self.middle_tiled = BackgroundTiler('images/middle.png', scale=.5, tile_size = self.tile_size)
self.middle_tiled.setup(self.level_batch, self.pbg2, (self.mapWidth,self.mapHeight))
#self.top_tiled = BackgroundTiler('images/top.png', scale=.5, tile_size = self.tile_size)
#self.top_tiled.setup(self.level_batch, self.pbg4, (self.mapWidth,self.mapHeight))
self.level_tiled = BackgroundTiler('images/level.png', scale=.5, tile_size = self.tile_size)
self.level_tiled.setup(self.level_batch, self.lbg, (self.mapWidth,self.mapHeight))
pyglet.resource.path.pop(-1)
pyglet.resource.reindex()
self.level_name = pyglet.text.Label(text = self.mapName,
font_name = 'Calibri', font_size = 8, bold = True,
x = 1, y = screen_res[1]+2,
anchor_x = 'left', anchor_y = 'top',
color = (0,0,0,200),
batch = self.ui_batch)
self.level_author_name = pyglet.text.Label(text = ' by '+self.mapAuthor,
font_name = 'Calibri', font_size = 8, bold = True,
x = self.level_name.content_width+1, y = screen_res[1]+2,
anchor_x = 'left', anchor_y = 'top',
color = (0,0,0,120),
batch = self.ui_batch)
self.level_name.set_style('background_color', (255,255,255,80))
self.level_author_name.set_style('background_color', (255,255,255,80))
if self.playerType == 'Truck':
self.player = playernew.Truck(self.space,
(self.start_Position),
self.level_batch,
self.debug_batch,
self.ui_batch,
self.lfg,
self.lfg2,
self.lfg3)
if self.playerType == 'None' or editor_mode == True:
self.player = None
for line in self.powerups:
line.setup_modifiers(self.player, self.space)
line.setup_pyglet_batch(self.level_batch, self.ui_batch,
self.lfg, self.lfg2, lfg3,
self.screen_res,
ordered_group_bg=self.lbg)
if not editor_mode:
self.gt = gametime.GameTime()
self.time_ui = loaders.spriteloader('time_ui.png',
anchor=(0,0),
pos = (5,5),
batch=self.ui_batch,
group=self.lfg,
linear_interpolation=True)
self.time_label = pyglet.text.Label(text = '00:00:00',
font_name = 'Calibri', font_size = 11, bold = True, italic = True,
x = 50, y = 5,
anchor_x = 'left', anchor_y = 'bottom',
color = (255,255,255,255),
batch = self.ui_batch,
group = self.lfg3)
self.powerup_queue = powerup.PowerUpQueue()
self.active_powerups = []
self.space_step_rate = 0.015
def __init__(self, space, body_position, level_batch, debug_batch, ordered_group_lfg, ordered_group_lfg2, ordered_group_lfg3):
self.space = space
#self.map_size = map_size
self.lcircle = Circle()
self.rcircle = Circle()
# body
self.body_position = body_position
self.body_mass = .9
self.body_size = (104,18) #(70,15)
self.body_inertia = pymunk.moment_for_box(self.body_mass, self.body_size[0], self.body_size[1])
self.car_body = pymunk.Body(self.body_mass, self.body_inertia)
self.car_body.position = self.body_position
#self.body_poly = pymunk.Poly.create_box(self.car_body, self.body_size)
self.space.add(self.car_body)
self.origin = (-9,2)
self.parts = [((self.origin),(50,-8),(49,7),(24,8)),
((self.origin),(24,8),(10,20),(-7,20)),
((self.origin),(-51,2),(-55,-8),(50,-8)),
((-55,-8),(-55,6),(-51,10),(-51,2)),
]
self.shape_list = []
for part in self.parts:
self.part = pymunk.Poly(self.car_body, part)
self.part.friction = 0.3 #0.5
self.part.group = 1 # so that the wheels and the body do not collide with eachother
self.space.add(self.part)
self.shape_list.append(self.part)
# left wheel
self.left_wheel_mass = .3
self.left_wheel_radius = 13
self.left_wheel_position_x = self.body_position[0]-(self.body_size[0]//2) + self.left_wheel_radius
self.left_wheel_position_y = self.body_position[1] - self.body_size[1]
self.left_wheel_position = self.left_wheel_position_x, self.left_wheel_position_y
self.inertiaL = pymunk.moment_for_circle(self.left_wheel_mass, 0, self.left_wheel_radius)
self.left_wheel_b = pymunk.Body(self.left_wheel_mass, self.inertiaL)
self.left_wheel_b.position = self.left_wheel_position
self.left_wheel_shape = pymunk.Circle(self.left_wheel_b, self.left_wheel_radius)
self.left_wheel_shape.friction = 1.8
self.left_wheel_shape.group = 1 # so that the wheels and the body do not collide with eachother
self.left_wheel_shape.collision_type = 1
self.space.add(self.left_wheel_b, self.left_wheel_shape)
# right wheel
self.right_wheel_mass = .3
self.right_wheel_radius = 13
self.right_wheel_position_x = self.body_position[0]+(self.body_size[0]//2) - self.right_wheel_radius
self.right_wheel_position_y = self.body_position[1] - self.body_size[1]
self.right_wheel_position = self.right_wheel_position_x, self.right_wheel_position_y
self.inertiaR = pymunk.moment_for_circle(self.right_wheel_mass, 0, self.right_wheel_radius)
self.right_wheel_b = pymunk.Body(self.right_wheel_mass, self.inertiaR)
self.right_wheel_b.position = self.right_wheel_position
self.right_wheel_shape = pymunk.Circle(self.right_wheel_b, self.right_wheel_radius)
self.right_wheel_shape.friction = 1.8
self.right_wheel_shape.group = 1 # so that the wheels and the body do not collide with eachother
self.space.add(self.right_wheel_b, self.right_wheel_shape)
# Springs and Other Constraints
self.rest_ln = 25 # 20
self.lift = 25
self.stiff = 100 # 90
self.damp = .4 # .8
self.wheel_base = 34
self.left_spring = pymunk.constraint.DampedSpring(self.car_body, self.left_wheel_b, (-self.wheel_base, 0), (0,0), self.rest_ln, self.stiff, self.damp)
self.right_spring = pymunk.constraint.DampedSpring(self.car_body, self.right_wheel_b, (self.wheel_base, 0), (0,0), self.rest_ln, self.stiff, self.damp)
self.left_groove = pymunk.constraint.GrooveJoint(self.car_body, self.left_wheel_b, (-self.wheel_base, -5), (-self.wheel_base, -self.lift), (0,0))
self.right_groove = pymunk.constraint.GrooveJoint(self.car_body, self.right_wheel_b, (self.wheel_base, -5), (self.wheel_base, -self.lift), (0,0))
self.space.add(self.left_spring, self.right_spring, self.left_groove, self.right_groove)
self.player_sprite = loaders.spriteloader('truck.png',
anchor=('center','center'),
anchor_offset=(7,-1),
scale = .5,
batch=level_batch,
group=ordered_group_lfg2,
linear_interpolation=True)
self.wheel_sprite_l = loaders.spriteloader('wheel.png',
anchor=('center','center'),
#anchor_offset=(7,-1),
scale = .5,
batch=level_batch,
group=ordered_group_lfg3,
linear_interpolation=True)
self.wheel_sprite_r = loaders.spriteloader('wheel.png',
anchor=('center','center'),
#anchor_offset=(7,-1),
scale = .5,
batch=level_batch,
group=ordered_group_lfg3,
linear_interpolation=True)
self.suspension_sprite_l = loaders.spriteloader('suspension.png',
anchor=('center',9),
#anchor_offset=(7,-1),
scale = .5,
batch=level_batch,
group=ordered_group_lfg,
linear_interpolation=True)
self.suspension_sprite_r = loaders.spriteloader('suspension.png',
anchor=('center',9),
#anchor_offset=(7,-1),
scale = .5,
batch=level_batch,
group=ordered_group_lfg,
linear_interpolation=True)
self.band_debug = debug_batch.add(2, pyglet.gl.GL_LINES, ordered_group_lfg3,
('v2f'),
('c3B', (255,125,255)*2))
self.mouseGrabbed = False
self.grabFirstClick = True
self.player_max_ang_vel = 100
