def switch_turn(self, turn_team):
rect = pygame.Surface(
(self.current_map.map_width, self.current_map.map_height))
rect.set_alpha(150)
if turn_team == 2:
rect.fill((255, 0, 0))
elif turn_team == 0:
rect.fill((255, 100, 0))
elif turn_team == 1:
rect.fill((0, 0, 255))
self.turn_switch_wait += config.clock
if self.turn_switch_wait > 1000:
self.turn_switch_wait = 0
return True
render_queue.append((-2, rect, (0, 0)))
if turn_team == 2:
text = self.switch_turn_font.render(u'我军回合', 1, (250, 250, 250))
elif turn_team == 0:
text = self.switch_turn_font.render(u'友军回合', 1, (250, 250, 250))
elif turn_team == 1:
text = self.switch_turn_font.render(u'敌军回合', 1, (250, 250, 250))
render_queue.append(
(-3, text, (self.current_map.map_width / 2 - text.get_width() / 2,
self.current_map.map_height / 2 - text.get_height())))
return False
def display(self):
rect = pygame.Surface(self.size)
rect.set_alpha(255)
rect.fill(Menu.MENU_BACKGROUND_COLOC)
render_queue.append( (-11 , rect , self.position) )
text = self.gui.in_game_menu_font.render(self.text , 1 , (240,240,240))
render_queue.append((-13,text , (self.position[0] + self.size[0]/2 - text.get_width()/2 , self.position[1] +10) ))
def draw_health_bar(self, current_health, max_health):
if current_health * 2 >= max_health:
G = 255
R = (255 * (max_health - current_health) * 2) / max_health
else:
R = 255
G = (255 * (current_health) * 2 / max_health)
R = max(0, R)
G = max(0, G)
B = 0
rect = pygame.Surface((max(1, 100 * current_health / max_health), 20))
rect.fill((R, G, B))
if current_health > 0:
render_queue.append(
(0, rect, (self.side_menu_attribute_health_postion[0] + 40,
self.side_menu_attribute_health_postion[1] + 3)))
text = self.side_menu_font.render(
str(current_health) + '/' + str(max_health), 1, (10, 10, 10))
render_queue.append(
(0, text, (self.side_menu_attribute_health_postion[0] + 45 +
rect.get_width(),
self.side_menu_attribute_health_postion[1] + 5)))
def draw_selection_frame(self):
grid = self.get_grid_on_mouse()
if 0 <= grid[0] < self.main_window_row_number and 0 <= grid[
1] < self.main_window_col_number:
render_queue.append((-1, self.selection_frame,
self.get_grid_render_position(grid)))
text = self.lvl_font.render(str(grid), 1, (0, 0, 0))
render_queue.append((-1, text, self.get_grid_render_position(
(0, 5))))
def display(self, selecting=False):
height = 30 * len(self.menu_items)
rect = pygame.Surface((150, height))
rect.set_alpha(255)
rect.fill((127, 140, 141))
render_queue.append((-10, rect, self.position))
for item in self.menu_items:
item.display()
self.gui.selected_menu_item = self.get_selected_item(selecting)
def selected(self, selecting = False):
rect = pygame.Surface(self.size)
rect.set_alpha(255)
if selecting:
rect.fill((255, 57, 43))
else:
rect.fill((162, 57, 43))
render_queue.append( (-12 , rect , self.position) )
text = self.gui.in_game_menu_font.render(self.text , 1 , (240,240,240))
render_queue.append((-13,text , (self.position[0] + self.size[0]/2 - text.get_width()/2 , self.position[1] +10) ))
def display(self , selecting = False):
height = 30 * len(self.menu_items)
rect = pygame.Surface((150 , height))
rect.set_alpha(255)
rect.fill((127, 140, 141))
render_queue.append( (-10,rect,self.position) )
for item in self.menu_items:
item.display()
self.gui.selected_menu_item = self.get_selected_item(selecting)
def display(self):
rect = pygame.Surface(self.size)
rect.set_alpha(255)
rect.fill(Menu.MENU_BACKGROUND_COLOC)
render_queue.append((-11, rect, self.position))
text = self.gui.in_game_menu_font.render(self.text, 1,
(240, 240, 240))
render_queue.append(
(-13, text,
(self.position[0] + self.size[0] / 2 - text.get_width() / 2,
self.position[1] + 10)))
def highlight_taunting_target(self , grids):
if not grids:
return
taunt_image = skill_image[skill.SKILL_IMAGE_TAUNT]
self.cycletime += config.clock
if self.cycletime < 350:
for grid in grids:
render_queue.append((-1, taunt_image , self.get_grid_render_position(grid)))
elif self.cycletime > 700:
self.cycletime = 0
def highlight_taunting_target(self, grids):
if not grids:
return
taunt_image = skill_image[skill.SKILL_IMAGE_TAUNT]
self.cycletime += config.clock
if self.cycletime < 350:
for grid in grids:
render_queue.append(
(-1, taunt_image, self.get_grid_render_position(grid)))
elif self.cycletime > 700:
self.cycletime = 0
def draw_attribute_bar(self, type, value , buff_value):
text = self.side_menu_font.render( str(value) , 1 , (10,10,10) )
pos = self.attributes_icon_pos[type]
buff_text = None
if buff_value > 0:
buff_text = self.side_menu_font.render( '(+' + str(buff_value) + ')' , 1 , (1,100,1))
elif buff_value < 0:
buff_text = self.side_menu_font.render( ' ( - ' + str(buff_value) + ')', 1 , (255,10,10))
render_queue.append((0, text, (pos[0] + 14, pos[1] + 10)))
if buff_text:
render_queue.append((0, buff_text, (pos[0] + 14 , pos[1] + 10 + text.get_height() + 3)))
def selected(self, selecting=False):
rect = pygame.Surface(self.size)
rect.set_alpha(255)
if selecting:
rect.fill((255, 57, 43))
else:
rect.fill((162, 57, 43))
render_queue.append((-12, rect, self.position))
text = self.gui.in_game_menu_font.render(self.text, 1,
(240, 240, 240))
render_queue.append(
(-13, text,
(self.position[0] + self.size[0] / 2 - text.get_width() / 2,
self.position[1] + 10)))
def draw_attribute_bar(self, type, value, buff_value):
text = self.side_menu_font.render(str(value), 1, (10, 10, 10))
pos = self.attributes_icon_pos[type]
buff_text = None
if buff_value > 0:
buff_text = self.side_menu_font.render(
'(+' + str(buff_value) + ')', 1, (1, 100, 1))
elif buff_value < 0:
buff_text = self.side_menu_font.render(
' ( - ' + str(buff_value) + ')', 1, (255, 10, 10))
render_queue.append((0, text, (pos[0] + 14, pos[1] + 10)))
if buff_text:
render_queue.append(
(0, buff_text, (pos[0] + 14,
pos[1] + 10 + text.get_height() + 3)))
def draw_health_bar(self, current_health, max_health):
if current_health * 2 >= max_health:
G = 255
R = (255 * (max_health - current_health) * 2) / max_health
else:
R = 255
G = (255 * (current_health) * 2 / max_health)
R = max(0 , R)
G = max(0 , G)
B = 0
rect = pygame.Surface((max(1,100 * current_health / max_health), 20))
rect.fill((R, G, B))
if current_health > 0:
render_queue.append((
0, rect, (self.side_menu_attribute_health_postion[0] + 40, self.side_menu_attribute_health_postion[1] + 3)))
text = self.side_menu_font.render(str(current_health) + '/' + str(max_health), 1, (10, 10, 10))
render_queue.append((0, text, (self.side_menu_attribute_health_postion[0] + 45 + rect.get_width(),
self.side_menu_attribute_health_postion[1] + 5)))
def switch_turn(self, turn_team):
rect = pygame.Surface((self.current_map.map_width, self.current_map.map_height))
rect.set_alpha(150)
if turn_team == 2:
rect.fill((255,0,0))
elif turn_team == 0:
rect.fill((255,100,0))
elif turn_team == 1:
rect.fill((0,0,255))
self.turn_switch_wait += config.clock
if self.turn_switch_wait > 1000:
self.turn_switch_wait = 0
return True
render_queue.append((-2 , rect , (0,0)))
if turn_team == 2:
text = self.switch_turn_font.render(u'我军回合', 1, (250, 250, 250))
elif turn_team == 0:
text = self.switch_turn_font.render(u'友军回合', 1, (250, 250, 250))
elif turn_team == 1:
text = self.switch_turn_font.render(u'敌军回合', 1, (250, 250, 250))
render_queue.append((-3 , text , (self.current_map.map_width/2 - text.get_width()/2 , self.current_map.map_height/2 - text.get_height())))
return False
def side_menu(self, pawn_info):
render_queue.append(
(3, self.side_menu_background, (self.face_border_position[0], self.face_border_position[1])))
if pawn_info:
if pawn_info.hero.health_decrease and pawn_info.hero.current_health > 0:
pawn_info.hero.current_health -= 1
pawn_info.hero.health_decrease -= 1
render_queue.append((2, face_image_cache[pawn_info.face_resource_id], self.face_position))
render_queue.append((1, self.face_frame, self.face_border_position))
self.draw_level(pawn_info.hero.level)
self.side_menu_attributes(pawn_info)
self.draw_quote(pawn_info.hero.quote)
def side_menu(self, pawn_info):
render_queue.append(
(3, self.side_menu_background, (self.face_border_position[0],
self.face_border_position[1])))
if pawn_info:
if pawn_info.hero.health_decrease and pawn_info.hero.current_health > 0:
pawn_info.hero.current_health -= 1
pawn_info.hero.health_decrease -= 1
render_queue.append(
(2, face_image_cache[pawn_info.face_resource_id],
self.face_position))
render_queue.append(
(1, self.face_frame, self.face_border_position))
self.draw_level(pawn_info.hero.level)
self.side_menu_attributes(pawn_info)
self.draw_quote(pawn_info.hero.quote)
def highlight_grid(self, grid, color, alpha):
rect = pygame.Surface((48, 48))
rect.set_alpha(alpha)
rect.fill(color)
render_queue.append((1, rect, self.get_grid_render_position(grid)))
def side_menu_attributes(self, pawn_info):
hero = pawn_info.hero
render_queue.append((0, self.attribute_health_icon, (
self.attributes_icon_pos[ATTRIBUTE_HEALTH][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_HEALTH][1])))
self.draw_health_bar(hero.current_health, hero.max_health)
render_queue.append((0, self.attribute_attack_icon, (
self.attributes_icon_pos[ATTRIBUTE_ATTACK][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_ATTACK][1])))
self.draw_attribute_bar(ATTRIBUTE_ATTACK, hero.attack , hero.attack_buff)
render_queue.append((0, self.attribute_defence_icon, (
self.attributes_icon_pos[ATTRIBUTE_DEFENCE][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_DEFENCE][1])))
self.draw_attribute_bar(ATTRIBUTE_DEFENCE, hero.defence , hero.defence_buff)
render_queue.append((0, self.attribute_speed_icon, (
self.attributes_icon_pos[ATTRIBUTE_SPEED][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_SPEED][1])))
self.draw_attribute_bar(ATTRIBUTE_SPEED, hero.speed , hero.speed_buff)
render_queue.append((0, self.attribute_strategy_icon, (
self.attributes_icon_pos[ATTRIBUTE_STRATEGY][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_STRATEGY][1])))
self.draw_attribute_bar(ATTRIBUTE_STRATEGY, hero.strategy , hero.strategy_buff)
render_queue.append((0, self.attribute_skill_icon, (
self.attributes_icon_pos[ATTRIBUTE_SKILL][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_SKILL][1])))
margin = 0
for skill in pawn_info.hero.skills:
text = self.side_menu_font.render(skill.name , 1 , (10,10,10))
render_queue.append((0 , text , (
self.attributes_icon_pos[ATTRIBUTE_SKILL][0] ,
self.attributes_icon_pos[ATTRIBUTE_SKILL][1] + margin)))
margin = self.side_menu_font.get_height()
def highlight_grid(self, grid, color, alpha):
rect = pygame.Surface((48, 48))
rect.set_alpha(alpha)
rect.fill(color)
render_queue.append((1, rect, self.get_grid_render_position(grid)))
def side_menu_attributes(self, pawn_info):
hero = pawn_info.hero
render_queue.append(
(0, self.attribute_health_icon,
(self.attributes_icon_pos[ATTRIBUTE_HEALTH][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_HEALTH][1])))
self.draw_health_bar(hero.current_health, hero.max_health)
render_queue.append(
(0, self.attribute_attack_icon,
(self.attributes_icon_pos[ATTRIBUTE_ATTACK][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_ATTACK][1])))
self.draw_attribute_bar(ATTRIBUTE_ATTACK, hero.attack,
hero.attack_buff)
render_queue.append(
(0, self.attribute_defence_icon,
(self.attributes_icon_pos[ATTRIBUTE_DEFENCE][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_DEFENCE][1])))
self.draw_attribute_bar(ATTRIBUTE_DEFENCE, hero.defence,
hero.defence_buff)
render_queue.append(
(0, self.attribute_speed_icon,
(self.attributes_icon_pos[ATTRIBUTE_SPEED][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_SPEED][1])))
self.draw_attribute_bar(ATTRIBUTE_SPEED, hero.speed, hero.speed_buff)
render_queue.append(
(0, self.attribute_strategy_icon,
(self.attributes_icon_pos[ATTRIBUTE_STRATEGY][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_STRATEGY][1])))
self.draw_attribute_bar(ATTRIBUTE_STRATEGY, hero.strategy,
hero.strategy_buff)
render_queue.append(
(0, self.attribute_skill_icon,
(self.attributes_icon_pos[ATTRIBUTE_SKILL][0] - 40,
self.attributes_icon_pos[ATTRIBUTE_SKILL][1])))
margin = 0
for skill in pawn_info.hero.skills:
text = self.side_menu_font.render(skill.name, 1, (10, 10, 10))
render_queue.append(
(0, text,
(self.attributes_icon_pos[ATTRIBUTE_SKILL][0],
self.attributes_icon_pos[ATTRIBUTE_SKILL][1] + margin)))
margin = self.side_menu_font.get_height()
def draw_attack_frame_on_target(self, grids):
if not grids:
return
for grid in grids:
render_queue.append((0, self.attack_frame, self.get_grid_render_position(grid)))
def draw_selection_frame(self):
grid = self.get_grid_on_mouse()
if 0 <= grid[0] < self.main_window_row_number and 0 <= grid[1] < self.main_window_col_number:
render_queue.append((-1, self.selection_frame, self.get_grid_render_position(grid)))
text = self.lvl_font.render( str(grid) , 1 , (0,0,0) )
render_queue.append((-1, text, self.get_grid_render_position( (0,5) )))
def draw_level(self, lvl):
text = self.lvl_font.render(str(lvl), 1, (200, 230, 190))
render_queue.append((0, text, self.lvl_icon_position))
def draw_quote(self, quote):
text = self.quote_font.render(quote, 1, (10, 10, 10))
render_queue.append((0, text, self.quote_position))
def draw_level(self, lvl):
text = self.lvl_font.render(str(lvl), 1, (200, 230, 190))
render_queue.append((0, text, self.lvl_icon_position))
def draw_quote(self, quote):
text = self.quote_font.render(quote, 1, (10, 10, 10))
render_queue.append((0, text, self.quote_position))
def draw_attack_frame_on_target(self, grids):
if not grids:
return
for grid in grids:
render_queue.append(
(0, self.attack_frame, self.get_grid_render_position(grid)))
def animate(self,
direction,
position,
repeat,
special_render_item,
render_single_frame=None,
finished=False):
if not self.finished and not finished:
if special_render_item and 'sound' in special_render_item:
if self.sound_playing != sound_cache[
special_render_item['sound']]:
self.sound_play_start = 9999999999
self.sound_playing = sound_cache[special_render_item['sound']]
self.play_animation_sound(
sound_cache[special_render_item['sound']])
else:
if self.sound_playing != self.sound:
self.sound_play_start = 9999999999
self.sound_playing = self.sound
self.play_animation_sound(self.sound)
self.cycletime += config.clock
animation_size = len(self.image_list[direction])
if animation_size > 0:
if self.cycletime > self.interval[self.render_idx]:
self.cycletime = 0
if self.render_idx + 1 == animation_size:
if repeat == -1:
self.render_idx = (self.render_idx +
1) % animation_size
elif self.repeat + 1 < repeat:
self.render_idx = (self.render_idx +
1) % animation_size
self.repeat += 1
elif self.repeat + 1 == repeat:
self.repeat = 0
self.finish()
else:
self.render_idx = (self.render_idx + 1) % animation_size
render_image = None
if render_single_frame is not None:
self.render_idx = render_single_frame
if self.image_list[direction][self.render_idx] is not None:
render_image = self.image_list[direction][
self.render_idx].copy()
if finished:
tmp = image.load("image/mask/finished.bmp").convert()
render_image.blit(tmp, (0, 0), None, BLEND_RGBA_MULT)
if special_render_item and 'mask' in special_render_item:
pixel_array = PixelArray(
map_image_cache[special_render_item['mask']])
render_image_pixel_array = PixelArray(render_image)
for i in range(len(render_image_pixel_array)):
for j in range(len(render_image_pixel_array[0])):
if pixel_array[i][j] != map_image_cache[
special_render_item['mask']].map_rgb(
247, 0, 255):
render_image_pixel_array[i][j] = Color(
247, 0, 255, 0)
render_image = render_image.convert_alpha()
render_image.set_colorkey(self.color_key)
render_queue.append((0, render_image, position))
def render(self):
render_queue.append((2, self.map_image_file, (0,0)))
