def __init__(self,
position,
image,
padding=(0,0,0,0),
action='No action',
camera_target=None,
physical=False,
physical_padding=(0,0)):
#self.padding = padding
self.position = position
self.padding = padding
self.action = action
self.physical = physical
image = pyglet.resource.image(image)
normal_image = image.get_region(0, image.height*2//3, image.width, image.height*1//3)
hover_image = image.get_region(0, image.height*1//3, image.width, image.height*1//3)
press_image = image.get_region(0, 0, image.width, image.height*1//3)
self.box_size = normal_image.width+physical_padding[0], normal_image.height+physical_padding[1]
self.sprite = loaders.image_sprite_loader(normal_image,
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.hover_sprite = loaders.image_sprite_loader(hover_image,
placeholder = 'empty.png',
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.hover_sprite.visible = False
self.press_sprite = loaders.image_sprite_loader(press_image,
placeholder = 'empty.png',
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.press_sprite.visible = False
alpha = 255
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
self.clicked = False
if camera_target != None:
self.camera_target_x = camera_target[0]
self.camera_target_y = camera_target[1]
else:
self.camera_target_x = None
self.camera_target_y = None
self.camera_move = False
self.do_action = False
self.pressed = False
def __init__(self,age,img,batch=None,group=None,*strategies,age_offset=(0,100)):
self.x,self.y = 0,0
self.vel = Vec2d(0,0)
self.sprite = loaders.image_sprite_loader(img,
pos = (self.x,self.y),
anchor = ('center', 'center'),
batch = batch,
group = group,
linear_interpolation = True)
self.age = age + randint(age_offset[0],age_offset[1])
self.alive = age
self.strategies = strategies
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,
position,
image,
padding=(0,0,0,0),
action='No action',
camera_target=None,
physical=False):
#self.padding = padding
self.position = position
self.action = action
self.physical = physical
image = pyglet.resource.image(image)
normal_image = image.get_region(0, image.height*2//3, image.width, image.height*1//3)
hover_image = image.get_region(0, image.height*1//3, image.width, image.height*1//3)
press_image = image.get_region(0, 0, image.width, image.height*1//3)
self.box_size = normal_image.width,normal_image.height
'''
normal_image = image.get_region(0,74,103,37)
hover_image = image.get_region(0,37,103,37)
press_image = image.get_region(0,0,103,37)
'''
self.sprite = loaders.image_sprite_loader(normal_image,
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.hover_sprite = loaders.image_sprite_loader(hover_image,
placeholder = 'empty.png',
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.hover_sprite.visible = False
self.press_sprite = loaders.image_sprite_loader(press_image,
placeholder = 'empty.png',
anchor = ('center','center'),
pos = position,
linear_interpolation = True)
self.press_sprite.visible = False
padding_left = self.sprite.image.width//2 + padding[0]
padding_bottom = self.sprite.image.height//2 + padding[1]
padding_right = self.sprite.image.width//2 + padding[2]
padding_top = self.sprite.image.height//2 + padding[3]
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 = 255
self.color = (200,0,0,alpha)
self.color2 = (0,200,0,alpha)
self.color3 = (200,200,0,alpha)
self.clicked = False
if camera_target != None:
self.camera_target_x = camera_target[0]
self.camera_target_y = camera_target[1]
else:
self.camera_target_x = None
self.camera_target_y = None
self.camera_move = False
self.do_action = False
self.pressed = False
self.n_scroll = 0