#============================================================================== # ■リージョン通行設定 for RGSS3 Ver2.00-β5 # □作成者 kure #=============================================================================== module KURE module RegionPass #初期設定 Z_Region = []; TRANSPARENT_Region = [] ;SWITH_PASS = [] #交差点となるリージョンID--------------------------------------------------- CROSS_Region = [63,59] #透明度変化リージョン------------------------------------------------------- #TRANSPARENT_Region[ID] = 不透明度(0〜255) TRANSPARENT_Region[59] = 50 #プライオリティ設定タイプ--------------------------------------------------- #(0 → キャラクターより下=90　キャラクターと同じ = 100　キャラクターより上 = 110) #(1 → キャラクターより下=0　キャラクターと同じ = 100　キャラクターより上 = 200) PRIORITY_TYPE = 1 #Z座標設定------------------------------------------------------------------ #Z_Region[ID] = 設定値 Z_Region[60] = 400 Z_Region[62] = 300 #リージョンを通行可にするスイッチ------------------------------------------- #SWITH_PASS[ID] = [スイッチID] SWITH_PASS[45] = [1] end end #============================================================================== # ■ Game_Map #============================================================================== class Game_Map #-------------------------------------------------------------------------- # ● 指定座標に存在するイベント（すり抜け以外）の配列取得 #-------------------------------------------------------------------------- def events_xy_ex(x, y, obj, z) @events.values.select {|event| event.pos_nt?(x, y) && event.normal_priority? && event.same_height2?(obj,z)} end #-------------------------------------------------------------------------- # ● 指定座標に同じ高さのプレイヤーの存在するか取得 #-------------------------------------------------------------------------- def player_xy_ex(x, y, z) return true if $game_player.x == x && $game_player.y == y && $game_player.screen_z == z return false end #-------------------------------------------------------------------------- # ● 指定座標に同じ高さのフォロワーの存在するか取得 #-------------------------------------------------------------------------- def follower_xy_ex(x, y, z) return $game_player.followers.collide_ex?(x, y, z) end end #============================================================================== # ■ Game_Event #============================================================================== class Game_Event < Game_Character #-------------------------------------------------------------------------- # ● オブジェクト初期化(エイリアス再定義) # event : RPG::Event #-------------------------------------------------------------------------- alias k_before_initialize initialize def initialize(map_id, event) k_before_initialize(map_id, event) real_first_z end #-------------------------------------------------------------------------- # ● リフレッシュ(エイリアス再定義) #-------------------------------------------------------------------------- alias k_before_refresh refresh def refresh k_before_refresh real_first_z end #-------------------------------------------------------------------------- # ● 初期 Z 座標の取得(追加定義) #-------------------------------------------------------------------------- def real_first_z unless @event.name @first_z_pos = 90 + @priority_type * 10 if KURE::RegionPass::PRIORITY_TYPE == 0 @first_z_pos = @priority_type * 100 if KURE::RegionPass::PRIORITY_TYPE == 1 end @event.name.match(//) @first_z_pos = 90 + @priority_type * 10 if KURE::RegionPass::PRIORITY_TYPE == 0 @first_z_pos = @priority_type * 100 if KURE::RegionPass::PRIORITY_TYPE == 1 return unless $1 @first_z_pos = $1.to_i end #-------------------------------------------------------------------------- # ● 接触イベントの起動判定(再定義) #-------------------------------------------------------------------------- def check_event_trigger_touch(x, y) return if $game_map.interpreter.running? if @trigger == 2 && $game_player.pos?(x, y) start if !jumping? && normal_priority? && same_height? end end #-------------------------------------------------------------------------- # ● プレイヤーとの衝突判定（フォロワーを含む）(再定義) #-------------------------------------------------------------------------- def collide_with_player_characters?(x, y) same_height? && normal_priority? && $game_player.collide?(x, y) end #-------------------------------------------------------------------------- # ● 同じ高さかどうか(プレイヤー用) #-------------------------------------------------------------------------- def same_height? return true if self.region_id == 0 return true if $game_player.region_id == 0 #Z座標±10の範囲内は同じ高さと判定する case KURE::RegionPass::PRIORITY_TYPE when 0 return true if self.screen_z - 11 < $game_player.screen_z && self.screen_z + 11 > $game_player.screen_z when 1 return true if self.screen_z - 101 < $game_player.screen_z && self.screen_z + 101 > $game_player.screen_z end return false end #-------------------------------------------------------------------------- # ● 同じ高さかどうか(イベント用) #-------------------------------------------------------------------------- def same_height2?(obj, z) return true if self.region_id == 0 return true if obj.region_id == 0 #Z座標±10の範囲内は同じ高さと判定する return true if self.screen_z - 11 < z && self.screen_z + 11 > z return false end end #============================================================================== # ■ Game_Player #============================================================================== class Game_Player < Game_Character #-------------------------------------------------------------------------- # ● マップイベントの起動(再定義) # triggers : トリガーの配列 # normal : プライオリティ［通常キャラと同じ］かそれ以外か #-------------------------------------------------------------------------- def start_map_event(x, y, triggers, normal) return if $game_map.interpreter.running? $game_map.events_xy(x, y).each do |event| if event.trigger_in?(triggers) && event.normal_priority? == normal && event.same_height? event.start end end end #-------------------------------------------------------------------------- # ● プレイヤー判定（フォロワーを含む）(追加定義) #-------------------------------------------------------------------------- def player? return true end end #============================================================================== # ■ Game_CharacterBase #============================================================================== class Game_CharacterBase attr_accessor :keep_region # リージョンID保存 attr_accessor :region_z_pos # Z座標保存 attr_accessor :first_z_pos # 初期Z座標保存 attr_accessor :keep_trans # 透明化設定保存 #-------------------------------------------------------------------------- # ● プレイヤー判定（フォロワーを含む）(追加定義) #-------------------------------------------------------------------------- def player? return false end #-------------------------------------------------------------------------- # ● 通行可能判定(再定義) # d : 方向（2,4,6,8） #-------------------------------------------------------------------------- def passable?(x, y, d) x2 = $game_map.round_x_with_direction(x, d) y2 = $game_map.round_y_with_direction(y, d) return false unless $game_map.valid?(x2, y2) return true if @through || debug_through? #リージョン追加設定 pass = cross_region_passable?(x, y, x2, y2) return true if pass == 1 return false if pass == 2 #リージョン追加設定2 pass = region_passable?(x, y, x2, y2, d) return true if pass == 1 return false unless map_passable?(x, y, d) return false unless map_passable?(x2, y2, reverse_dir(d)) return false if collide_with_characters?(x2, y2) return true end #-------------------------------------------------------------------------- # ● 画面 Z 座標の取得(再定義) #-------------------------------------------------------------------------- def screen_z return @region_z_pos if @region_z_pos return @first_z_pos if @first_z_pos return @priority_type * 100 end #-------------------------------------------------------------------------- # ● 初期 Z 座標の取得(追加定義) #-------------------------------------------------------------------------- def real_first_z @first_z_pos = nil end #-------------------------------------------------------------------------- # ● Z 座標の更新(追加定義) #-------------------------------------------------------------------------- def refresh_z id = $game_map.region_id(@x, @y) if @keep_trans != id if KURE::RegionPass::TRANSPARENT_Region[id] @opacity = KURE::RegionPass::TRANSPARENT_Region[id] else @opacity = 255 end @keep_trans = id end unless KURE::RegionPass::CROSS_Region.include?(id) @region_z_pos = nil if KURE::RegionPass::Z_Region[id] @region_z_pos = KURE::RegionPass::Z_Region[id] @first_z_pos = nil end end end #-------------------------------------------------------------------------- # ● 歩数増加(エイリアス再定義) #-------------------------------------------------------------------------- alias k_before_increase_steps increase_steps def increase_steps refresh_z k_before_increase_steps end #-------------------------------------------------------------------------- # ● ジャンプ時の更新(エイリアス再定義) #-------------------------------------------------------------------------- alias k_before_update_jump update_jump def update_jump k_before_update_jump refresh_z if @jump_count == 0 end #-------------------------------------------------------------------------- # ● リージョン通行設定(追加定義) #-------------------------------------------------------------------------- def region_passable?(x, y, x2, y2, d) #リージョン設定を取得 region_s = KURE::RegionPass::SWITH_PASS #現在地と移動先のリージョンIDを取得 point1 = $game_map.region_id(x, y) point2 = $game_map.region_id(x2, y2) #プレーヤー以外は関係ない return 0 unless player? #移動先のリージョンの許可スイッチが入っていれば通行できる return 1 if region_s[point2] && $game_switches[region_s[point2][0]] #足元のリージョンの許可スイッチが入っていて、移動先が通れるなら通行できる return 1 if region_s[point1] && $game_switches[region_s[point1][0]] && map_passable?(x2, y2, reverse_dir(d)) return 0 end #-------------------------------------------------------------------------- # ● 交差点リージョン通行設定(追加定義) #-------------------------------------------------------------------------- def cross_region_passable?(x, y, x2, y2) #立体交差リージョンを取得 cross = KURE::RegionPass::CROSS_Region #現在地と移動先のリージョンIDを取得 point1 = $game_map.region_id(x, y) point2 = $game_map.region_id(x2, y2) #立体交差リージョンで無ければリージョンIDを取得 @keep_region = point1 unless cross.include?(point1) #立体交差リージョンと関係移動ないは判定しない return 0 if !cross.include?(point1) && !cross.include?(point2) #移動先に同じ高さのイベントがあれば通行できない return 2 if $game_map.events_xy_ex(x2, y2, self, self.screen_z) != [] #移動先が同じ高さのプレイヤーでも移動できない return 0 if $game_map.player_xy_ex(x2, y2, self.screen_z) #移動先が同じ高さのフォロワーでも移動できない return 0 if $game_map.follower_xy_ex(x2, y2, self.screen_z) #移動先の侵入可能設定 if point2 != 0 return 0 if point1 == 0 return 1 if cross.include?(point2) return 1 if point2 == @keep_region return 2 end return 0 end end #============================================================================== # ■ Game_Follower #============================================================================== class Game_Follower < Game_Character #-------------------------------------------------------------------------- # ● フレーム更新(再定義) #-------------------------------------------------------------------------- def update @move_speed = $game_player.real_move_speed @transparent = $game_player.transparent @walk_anime = $game_player.walk_anime @step_anime = $game_player.step_anime @direction_fix = $game_player.direction_fix #@opacity = $game_player.opacity @blend_type = $game_player.blend_type super end #-------------------------------------------------------------------------- # ● プレイヤー判定（フォロワーを含む）(追加定義) #-------------------------------------------------------------------------- def player? return true end end #============================================================================== # ■ Game_Followers #============================================================================== class Game_Followers #-------------------------------------------------------------------------- # ● 衝突判定 #-------------------------------------------------------------------------- def collide_ex?(x, y, z) visible_folloers.any? {|follower| follower.pos?(x, y) && follower.screen_z == z} end end #============================================================================== # ■ Game_Interpreter #============================================================================== class Game_Interpreter #-------------------------------------------------------------------------- # ● リージョンID取得 #-------------------------------------------------------------------------- def get_region_id x = $game_player.x ; y = $game_player.y return $game_map.region_id(x, y) end end