RPG_Maker_XP脚本显示小地图.doc

#=# 本脚本来自www.66RPG.com，使用和转载请保留此信息#= #=# 縮小地图的表示(ver 0.999)# by clum-sea#=#=# 前期定义#=module PLAN_Map_Window WIN_X = 0 # 地图的 X 座標 WIN_Y =0 # 地图的 Y 座標 WIN_WIDTH = 8*32 # 地图的宽度 WIN_HEIGHT = 6*32 # 地图的高度 ZOOM = 4 # 地图的放缩比例 WINDOWSKIN = # 自定义地图窗口素材，如果留空则是默认的 ON_OFF_KEY = Input:A # 打开地图的按钮，A就是键盘的Z键 SWITCH = 99 # 禁用地图功能的开关，默认这个就是打开100号开关则禁止 # 使用地图功能，关闭则可以使用地图功能 WINDOW_MOVE = false # 窗口中的地图跟随移动，(true:跟随, false:固定) OVER_X = 632 - WIN_WIDTH # 移動后的 X 座標(初期位置往復) OVER_Y = 8 # 移動后的 Y 座標(初期位置往復) OPACITY = 50 # 窗口的透明度 C_OPACITY = 200 # 地图的透明度 VISIBLE = true # 最初是否可见end #=# Game_Temp#=class Game_Temp attr_accessor :map_visible # 地图的表示状態 alias plan_map_window_initialize initialize def initialize plan_map_window_initialize map_visible = true endend#=# Scene_Map#=class Scene_Map #- # 主处理 #- alias plan_map_window_main main def main map_window = Window_Map.new map_window.visible = $game_temp.map_visible plan_map_window_main map_window.dispose end #- # 更新 #- alias plan_map_window_update update def update $game_temp.map_visible = map_window.visible plan_map_window_update unless $game_switchesPLAN_Map_Window:SWITCH if Input.trigger?(PLAN_Map_Window:ON_OFF_KEY) if map_window.visible map_window.visible = false else map_window.visible = true end end else if map_window.visible map_window.visible = false end end if map_window.visible map_window.update end end #- # 场所移动的变化 #- alias plan_map_window_transfer_player transfer_player def transfer_player visible = map_window.visible map_window.visible = false plan_map_window_transfer_player map_window.dispose map_window = Window_Map.new map_window.visible = visible endend#=# Window_Map#=class Window_Map Window_Base #- # 初始化 #- def initialize x = PLAN_Map_Window:WIN_X y = PLAN_Map_Window:WIN_Y w = PLAN_Map_Window:WIN_WIDTH h = PLAN_Map_Window:WIN_HEIGHT super(x, y, w, h) unless PLAN_Map_Window:WINDOWSKIN.empty? self.windowskin = RPG:Cache.windowskin(PLAN_Map_Window:WINDOWSKIN) end self.contents = Bitmap.new(width - 32, height - 32) self.opacity = PLAN_Map_Window:OPACITY self.contents_opacity = PLAN_Map_Window:C_OPACITY map_data = $game_map.data tileset = RPG:Cache.tileset($game_map.tileset_name) autotiles = for i in 0.6 autotile_name = $game_map.autotile_namesi autotilesi = RPG:Cache.autotile(autotile_name) end old_real_x = $game_player.real_x old_real_y = $game_player.real_y all_map = make_all_map self.visible = PLAN_Map_Window:VISIBLE refresh end #- # 缩小图做成 #- def make_all_map all_map = Bitmap.new($game_map.width * 32, $game_map.height * 32) for y in 0.$game_map.height for x in 0.$game_map.width for z in 0.3 tile_num = map_datax, y, z next if tile_num = nil if tile_num = 48 tile_num -= 48 src_rect = Rect.new(32, 2 * 32, 32, 32) all_map.blt(x * 32, y * 32, autotilestile_num / 48, src_rect) end else tile_num -= 384 src_rect = Rect.new(tile_num % 8 * 32, tile_num / 8 * 32, 32, 32) all_map.blt(x * 32, y * 32, tileset, src_rect) end end end end w = ($game_map.width / PLAN_Map_Window:ZOOM) * 32 h = ($game_map.height / PLAN_Map_Window:ZOOM) * 32 ret_bitmap = Bitmap.new(w, h) src_rect = Rect.new(0, 0, all_map.width, all_map.height) dest_rect = Rect.new(0, 0, ret_bitmap.width, ret_bitmap.height) ret_bitmap.stretch_blt(dest_rect, all_map, src_rect) all_map.dispose return ret_bitmap end #- # 刷新 #- def refresh self.contents.clear one_tile_size = 32 / PLAN_Map_Window:ZOOM x = $game_player.real_x - 128 * (self.contents.width / one_tile_size) / 2 y = $game_player.real_y - 128 * (self.contents.height / one_tile_size) / 2 x = x * one_tile_size / 128 y = y * one_tile_size / 128 half_width = self.contents.width * 128 / 2 rest_width = ($game_map.width * 128 - $game_player.real_x) * one_tile_size rev_x = 0 if all_map.width $game_player.real_x * one_tile_size rev_x = (half_width - $game_player.real_x * one_tile_size) / 128 x += rev_x elsif half_width rest_width rev_x = -(half_width - rest_width) / 128) x += rev_x end half_height = self.contents.height * 128 / 2 rest_height = ($game_map.height * 128 - $game_player.real_y) * one_tile_size rev_y = 0 if all_map.height $game_player.real_y * one_tile_size rev_y = (half_height - $game_player.real_y * one_tile_size) / 128 y += rev_y elsif half_height rest_height rev_y = -(half_height - rest_height) / 128) y += rev_y end src_rect = Rect.new(x, y, self.contents.width, self.contents.height) self.contents.blt(0, 0, all_map, src_rect) if PLAN_Map_Window:WINDOW_MOVE = true w = self.x.self.x + self.width h = self.y.self.y + self.height if w = $game_player.screen_x and h = $game_player.screen_y if self.x = PLAN_Map_Window:WIN_X and self.y = PLAN_Map_Window:WIN_Y self.x = PLAN_Map_Window:OVER_X self.y = PLAN_Map_Window:OVER_Y else self.x = PLAN_Map_Window:WIN_X self.y = PLAN_Map_Window:WIN_Y end end end if $game_party.actors.size 0 for i in 2, 1, 0 tile = map_data$game_player.x, $game_player.y, i next if tile = 0 return if $game_map.prioritiestile 0 end actor = $game_party.actors0 bitmap = RPG:Cache.character(actor.character_name, actor.character_hue) width = bitmap.width / 4 height = bitmap.height / 4 src_rect = Rect.new(0, 0, width, height) w = width / PLAN_Map_Window:ZOOM h = height / PLAN_Map_Window:ZOOM x = self.contents.width / 2 - w / 2 + one_tile_size / 2 - rev_x y = self.contents.height / 2 - h / 2 - rev_y dest_rect = Rect.new(x, y, w, h) self.contents.stretch_blt(dest_rect, bitmap, src_rect)