def __init__(self, graphic, pos, name, details=None):
GraphicPositioned.__init__(self, graphic, (0, 0))
self.pos = pos
self.graphic = graphic
self.name = name
self.details = details
self.moving = False
self.dest = None
self.increments = 10
self.increments_moved = 1
self.pixel_increment = self.TILE_OFFSET[0] / self.increments, self.TILE_OFFSET[1] / self.increments
self.path = None
self.visible = True
self.begin_turn_function = None
self.end_turn_function = None
def __init__(self, graphic, pos, name, details=None):
GraphicPositioned.__init__(self, graphic, (0,0))
self.pos = pos
self.graphic = graphic
self.name = name
self.details = details
self.moving = False
self.dest = None
self.increments = 10
self.increments_moved = 1
self.pixel_increment = self.TILE_OFFSET[0]/self.increments, self.TILE_OFFSET[1]/self.increments
self.path = None
self.visible = True
self.begin_turn_function = None
self.end_turn_function = None
def setup_ground(self):
self.ground = Repeated((self.w, self.h), self.TILE_OFFSET,
self.ground_tile)
self.ground = GraphicPositioned(self.ground, (0, 0))
self.ground.make_visible()
class TouhouMap:
TILE_OFFSET = (45.0, 30.0)
TILE_DIMENSIONS = (90.0, 60.0)
TILE_DATA = (TILE_OFFSET, TILE_DIMENSIONS)
def __init__(self, size):
self.obj_list = {}
self.grid = []
self.setup_map(size)
self.ground = None
self.load_graphics()
self.generate_constants()
# Must be called in-game to load data into gpu.
def load_graphics(self):
self.ground_tile = Graphic(texture="./content/gfx/sprites/grass.png")
self.setup_ground()
for obj in self.obj_list:
pos = self.obj_list[obj]
animation = Animated("./content/gfx/sprites/" + obj + ".png",
"./content/metadata/" + obj + ".spr")
self.place_object(animation, pos, obj)
def set_ground_tile(self, tile):
self.ground_tile = tile
self.setup_ground()
def setup_ground(self):
self.ground = Repeated((self.w, self.h), self.TILE_OFFSET,
self.ground_tile)
self.ground = GraphicPositioned(self.ground, (0, 0))
self.ground.make_visible()
def setup_map(self, size):
self.w, self.h = size
for y in xrange(self.h):
temp = []
for x in xrange(self.w):
temp += [None]
self.grid += [temp]
def update_objects(self, e):
for obj in self.obj_list:
x, y = self.obj_list[obj]
self.grid[x][y].update(e)
def frame_update(self, e):
for obj in self.obj_list:
x, y = self.obj_list[obj]
self.grid[x][y].frame_update(e)
def draw_ground(self):
temp = GraphicList()
temp.add(self.ground)
return temp
def draw_sprites(self):
temp = GraphicList()
for x in xrange(self.w):
for y in xrange(self.h):
if self.grid[self.w - x - 1][self.h - y - 1]:
temp.add(self.grid[self.w - x - 1][self.h - y - 1])
return temp
def place_object(self, obj, pos, name, details=None):
temp = MapGraphic(obj, pos, name, details)
self.grid[pos[0]][pos[1]] = temp
self.obj_list[name] = pos
def remove_object(self, target):
x, y = self.obj_list[target]
self.grid[x][y] = None
del self.obj_list[target]
def update_obj_pos(self, obj):
x, y = obj.pos
old_x, old_y = self.obj_list[obj.name]
self.grid[x][y] = self.grid[old_x][old_y]
self.grid[old_x][old_y] = None
self.obj_list[obj.name] = (x, y)
# Constants we need to calculate mouse position and hovering highlight
def generate_constants(self):
off_x, off_y = self.TILE_OFFSET[0], self.TILE_OFFSET[1]
off_x = float(off_x)
off_y = float(off_y)
self.theta_x = atan(off_x / off_y)
self.theta_y = atan(off_y / off_x)
#dirty adjustment for highlight precision
self.hyp = hypot(off_x - 3, off_y - 3)
self.max_x, self.max_y = self.w * self.hyp, self.h * self.hyp
def get_square(self, mouse_coords, map_offset):
x = mouse_coords[0] - map_offset[0] - self.TILE_OFFSET[0]
y = mouse_coords[1] - map_offset[1]
new_x = x * cos(self.theta_x) + y * sin(self.theta_x)
new_y = -x * sin(self.theta_y) + y * cos(self.theta_y)
if 0 < new_x < self.max_x and 0 < new_y < self.max_y:
hov_x = int(new_x / self.hyp)
hov_y = int(new_y / self.hyp)
return hov_x, hov_y
def setup_ground(self):
self.ground = Repeated((self.w, self.h),self.TILE_OFFSET, self.ground_tile)
self.ground = GraphicPositioned(self.ground, (0,0))
self.ground.make_visible()
class TouhouMap:
TILE_OFFSET = (45.0,30.0)
TILE_DIMENSIONS = (90.0,60.0)
TILE_DATA = (TILE_OFFSET, TILE_DIMENSIONS)
def __init__(self, size):
self.obj_list = {}
self.grid = []
self.setup_map(size)
self.ground = None
self.load_graphics()
self.generate_constants()
# Must be called in-game to load data into gpu.
def load_graphics(self):
self.ground_tile = Graphic(texture="./content/gfx/sprites/grass.png")
self.setup_ground()
for obj in self.obj_list:
pos = self.obj_list[obj]
animation = Animated("./content/gfx/sprites/" + obj + ".png", "./content/metadata/" + obj + ".spr")
self.place_object(animation, pos, obj)
def set_ground_tile(self, tile):
self.ground_tile = tile
self.setup_ground()
def setup_ground(self):
self.ground = Repeated((self.w, self.h),self.TILE_OFFSET, self.ground_tile)
self.ground = GraphicPositioned(self.ground, (0,0))
self.ground.make_visible()
def setup_map(self, size):
self.w, self.h = size
for y in xrange(self.h):
temp = []
for x in xrange(self.w):
temp += [None]
self.grid += [temp]
def update_objects(self,e):
for obj in self.obj_list:
x,y = self.obj_list[obj]
self.grid[x][y].update(e)
def frame_update(self, e):
for obj in self.obj_list:
x,y = self.obj_list[obj]
self.grid[x][y].frame_update(e)
def draw_ground(self):
temp = GraphicList()
temp.add(self.ground)
return temp
def draw_sprites(self):
temp = GraphicList()
for x in xrange(self.w):
for y in xrange(self.h):
if self.grid[self.w-x-1][self.h-y-1]:
temp.add(self.grid[self.w-x-1][self.h-y-1])
return temp
def place_object(self, obj, pos, name, details=None):
temp = MapGraphic(obj,pos,name,details)
self.grid[pos[0]][pos[1]] = temp
self.obj_list[name] = pos
def remove_object(self, target):
x, y = self.obj_list[target]
self.grid[x][y] = None
del self.obj_list[target]
def update_obj_pos(self, obj):
x,y = obj.pos
old_x,old_y=self.obj_list[obj.name]
self.grid[x][y] = self.grid[old_x][old_y]
self.grid[old_x][old_y] = None
self.obj_list[obj.name] = (x,y)
# Constants we need to calculate mouse position and hovering highlight
def generate_constants(self):
off_x, off_y = self.TILE_OFFSET[0], self.TILE_OFFSET[1]
off_x = float(off_x)
off_y = float(off_y)
self.theta_x = atan(off_x/off_y)
self.theta_y = atan(off_y/off_x)
#dirty adjustment for highlight precision
self.hyp = hypot(off_x-3, off_y-3)
self.max_x, self.max_y = self.w*self.hyp, self.h*self.hyp
def get_square(self, mouse_coords, map_offset):
x = mouse_coords[0]-map_offset[0] - self.TILE_OFFSET[0]
y = mouse_coords[1]-map_offset[1]
new_x = x*cos(self.theta_x) + y*sin(self.theta_x)
new_y = -x*sin(self.theta_y) + y*cos(self.theta_y)
if 0 < new_x < self.max_x and 0 < new_y < self.max_y:
hov_x = int(new_x/self.hyp)
hov_y = int(new_y/self.hyp)
return hov_x, hov_y