Passos por Pixel

por **Sonart** Qui Ago 31, 2017 12:42 pm

Com este script, seu personagem dará passos de 6 pixels sendo que o normal é de 32 pixel e também poderá usar o botão "C" para alternar os comandos de andar e correr. Seu personagem andará também na diagonal, por tanto terá oito direções.

Para isso, crie um nova classe acima do main, com o nome Pixel Moviment e cole este script abaixo.

Código:: class Game_Player < Game_Character UP = 0 SIDE = 0 SLANT = true attr_reader :walk attr_reader :event attr_accessor :move_speed def initialize super @walk = 3 #Velocidade do char andando. @dash = 4 #Velocidade do char correndo. @event = 3 #Velocidade do char evento. @dot_m = true #Ativar passos por pixels @revise_x = 0 #Posição do Char X(não modifique) @revise_y = 0 #Posição do Char Y(não modifique) @move == true #Posicionamento automático. end alias :update_original :update def update unless moving? or $game_system.map_interpreter.running? or @move_route_forcing or $game_temp.message_window_showing if @walk != @dash if Input.press?(Input::C) if @move_speed != @dash @move_speed = @dash end else if @move_speed != @walk @move_speed = @walk end end end end if @revise_x == nil and @revise_y == nil @revise_x = 0 @revise_y = 0 end unless @dot_m update_original return end if @move_route_forcing last_moving = moving? last_real_x = @real_x last_real_y = @real_y if (@revise_x != 0 or @revise_y != 0) and not jumping? and @move == true if @revise_x != @real_x - @x * 128 or @revise_y != @real_y - @y * 128 @revise_x = @real_x - @x * 128 @revise_y = @real_y - @y * 128 end distance1 = 2 ** @move_speed distance2 = Math.sqrt(@revise_x ** 2 + @revise_y ** 2) if distance1 > distance2 @real_x = @real_x - @revise_x @real_y = @real_y - @revise_y @revise_x = 0 @revise_y = 0 anime_update else @real_x -= (distance1 * @revise_x / distance2).round @real_y -= (distance1 * @revise_y / distance2).round @revise_x = @real_x - @x * 128 @revise_y = @real_y - @y * 128 anime_update end else super end else @move = false unless moving? or $game_system.map_interpreter.running? or @move_route_forcing or $game_temp.message_window_showing @event_run = false case Input.dir8 when 1 move_lower_left_p when 2 move_down_p when 3 move_lower_right_p when 4 move_left_p when 6 move_right_p when 7 move_upper_left_p when 8 move_up_p when 9 move_upper_right_p end end last_real_x = @real_x last_real_y = @real_y @real_x = @x * 128 + @revise_x @real_y = @y * 128 + @revise_y last_moving = moving? move_on if (last_real_x != @real_x or last_real_y != @real_y) @move_distance = 0 if @move_distance == nil @move_distance += Math.sqrt((last_real_x - @real_x) ** 2 + (last_real_y - @real_y) ** 2) if @move_distance >= 128 @move_distance %= 128 increase_steps end anime_update elsif @walk_anime @pattern = @original_pattern end end if @real_y > last_real_y and @real_y - $game_map.display_y > CENTER_Y $game_map.scroll_down(@real_y - last_real_y) end if @real_x < last_real_x and @real_x - $game_map.display_x < CENTER_X $game_map.scroll_left(last_real_x - @real_x) end if @real_x > last_real_x and @real_x - $game_map.display_x > CENTER_X $game_map.scroll_right(@real_x - last_real_x) end if @real_y < last_real_y and @real_y - $game_map.display_y < CENTER_Y $game_map.scroll_up(last_real_y - @real_y) end if last_moving result = check_event_trigger_here([1,2]) if result == true if (last_real_x / 128.0).round != @x and (last_real_y / 128.0).round != @y if @direction == 2 or @direction == 8 if (last_real_x / 128.0).round > @x turn_left else turn_right end else if (last_real_y / 128.0).round > @y turn_up else turn_down end end elsif (last_real_x / 128.0).round > @x turn_left elsif (last_real_x / 128.0).round < @x turn_right elsif (last_real_y / 128.0).round > @y turn_up elsif (last_real_y / 128.0).round < @y turn_down end end if result == false unless $DEBUG and Input.press?(Input::CTRL) if @encounter_count > 0 @encounter_count -= 1 end end end end if Input.trigger?(Input::C) check_event_trigger_here([0]) check_event_trigger_there([0,1,2]) end end def moving? unless @dot_m result = super return result end if @move_route_forcing if @move == false return false end super else return (@x != (@real_x / 128.0).round or @y != (@real_y / 128.0).round) end end def moving_a? if @move == false if (@move_route.list[@move_route_index].code <= 14 or @move_route.list[@move_route_index].code == 25) @move = true end return false end moving? end def update_jump @jump_count -= 1 @real_x = (@real_x * @jump_count + @x * 128) / (@jump_count + 1) @real_y = (@real_y * @jump_count + @y * 128) / (@jump_count + 1) if @jump_count == 0 @revise_x = 0 @revise_y = 0 end end def move_type_custom unless @dot_m super return end if jumping? or moving_a? return end while @move_route_index < @move_route.list.size command = @move_route.list[@move_route_index] if command.code == 0 if @move_route.repeat @move_route_index = 0 end unless @move_route.repeat if @move_route_forcing and not @move_route.repeat @move_route_forcing = false @move_route = @original_move_route @move_route_index = @original_move_route_index @original_move_route = nil end @stop_count = 0 end return end if command.code <= 14 case command.code when 1 move_down when 2 move_left when 3 move_right when 4 move_up when 5 move_lower_left when 6 move_lower_right when 7 move_upper_left when 8 move_upper_right when 9 move_random when 10 move_toward_player when 11 move_away_from_player when 12 move_forward when 13 move_backward when 14 jump(command.parameters[0], command.parameters[1]) end if not @move_route.skippable and not moving? and not jumping? return end @move_route_index += 1 return end if command.code == 15 @wait_count = command.parameters[0] * 2 - 1 @move_route_index += 1 return end if command.code >= 16 and command.code <= 26 case command.code when 16 turn_down when 17 turn_left when 18 turn_right when 19 turn_up when 20 turn_right_90 when 21 turn_left_90 when 22 turn_180 when 23 turn_right_or_left_90 when 24 turn_random when 25 turn_toward_player when 26 turn_away_from_player end @move_route_index += 1 return end if command.code >= 27 case command.code when 27 $game_switches[command.parameters[0]] = true $game_map.need_refresh = true when 28 $game_switches[command.parameters[0]] = false $game_map.need_refresh = true when 29 @move_speed = command.parameters[0] when 30 @move_frequency = command.parameters[0] when 31 @walk_anime = true when 32 @walk_anime = false when 33 @step_anime = true when 34 @step_anime = false when 35 @direction_fix = true when 36 @direction_fix = false when 37 @through = true when 38 @through = false when 39 @always_on_top = true when 40 @always_on_top = false when 41 @tile_id = 0 @character_name = command.parameters[0] @character_hue = command.parameters[1] if @original_direction != command.parameters[2] @direction = command.parameters[2] @original_direction = @direction @prelock_direction = 0 end if @original_pattern != command.parameters[3] @pattern = command.parameters[3] @original_pattern = @pattern end when 42 @opacity = command.parameters[0] when 43 @blend_type = command.parameters[0] when 44 $game_system.se_play(command.parameters[0]) when 45 result = eval(command.parameters[0]) end @move_route_index += 1 return end end end def move_down_p turn_down distance = 2 ** @move_speed down1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance, true) end def down1(x, y, distance, down = false) result = down2(x, y, distance) if result == false @event_run = check_event_trigger_touch(x, y+1) return result end if @revise_x < -SIDE result = down2(x, y + 1, distance, 4) result &= down2(x - 1, y, distance) if result == false if down move_lower_right_p if @revise_x > SIDE @revise_x = SIDE end end return result end elsif @revise_x > SIDE result = down2(x, y + 1, distance, result &= down2(x + 1, y, distance) if result == false if down move_lower_left_p if @revise_x < -SIDE @revise_x = -SIDE end end return result end end @revise_y += distance return result end def down2(x, y, distance, d = 2) if @revise_y + distance > 0 unless passable?(x, y, d) if @revise_y < 0 @revise_y = 0 end return false end end return true end def move_left_p turn_left distance = 2 ** @move_speed left1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance, true) end def left1(x, y, distance, left = false) result = left2(x, y, distance) if result == false @event_run = check_event_trigger_touch(x-1, y) return result end if @revise_y < -UP result = left2(x - 1, y, distance, 8) result &= left2(x, y - 1, distance) if result == false if left move_lower_left_p if @revise_y > 0 @revise_y = 0 end end return result end elsif @revise_y > 0 result = left2(x - 1, y, distance, 2) result &= left2(x, y + 1, distance) if result == false if left move_upper_left_p if @revise_y < -UP @revise_y = -UP end end return result end end @revise_x -= distance return result end def left2(x, y, distance, d = 4) if @revise_x - distance < -SIDE unless passable?(x, y, d) if @revise_x > -SIDE @revise_x = -SIDE end return false end end return true end def move_right_p # ‰E‚ðŒü‚ turn_right distance = 2 ** @move_speed right1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance, true) end def right1(x, y, distance, right = false) result = right2(x, y, distance) if result == false @event_run = check_event_trigger_touch(x+1, y) return result end if @revise_y < -UP result = right2(x + 1, y, distance, 8) result &= right2(x, y - 1, distance) if result == false if right move_lower_right_p if @revise_y > 0 @revise_y = 0 end end return result end elsif @revise_y > 0 result = right2(x + 1, y, distance, 2) result &= right2(x, y + 1, distance) if result == false if right move_upper_right_p if @revise_y < -UP @revise_y = -UP end end return result end end @revise_x += distance return result end def right2(x, y, distance, d = if @revise_x + distance > SIDE unless passable?(x, y, d) if @revise_x < SIDE @revise_x = SIDE end return false end end return true end def move_up_p turn_up distance = 2 ** @move_speed up1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance, true) end def up1(x, y, distance, up = false) result = up2(x, y, distance) if result == false @event_run = check_event_trigger_touch(x, y-1) return result end if @revise_x < -SIDE result = up2(x, y - 1, distance, 4) result &= up2(x - 1, y, distance) if result == false if up move_upper_right_p if @revise_x > SIDE @revise_x = SIDE end end return result end elsif @revise_x > SIDE result = up2(x, y - 1, distance, result &= up2(x + 1, y, distance) if result == false if up move_upper_left_p if @revise_x < -SIDE @revise_x = -SIDE end end return result end end @revise_y -= distance return result end def up2(x, y, distance, d = 8) if @revise_y - distance < -UP unless passable?(x, y, d) if @revise_y > -UP @revise_y = -UP end return false end end return true end def move_lower_left_p unless @direction_fix @direction = (@direction == 6 ? 4 : @direction == 8 ? 2 : @direction) end distance = (2 ** @move_speed) / Math.sqrt(2) if @direction == 2 turn_left unless down1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_down if @event_run unless @event_run if last_move?(@real_x, @real_y, 2, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_y > 0 and -UP > @revise_y - distance @revise_y = 0 end turn_down unless left1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_left if @event_run end else turn_down unless left1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_left if @event_run unless @event_run if last_move?(@real_x, @real_y, 4, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_x + distance> SIDE and -SIDE > @revise_x @revise_x = -SIDE end turn_left unless down1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_down if @event_run end end end def move_lower_right_p unless @direction_fix @direction = (@direction == 4 ? 6 : @direction == 8 ? 2 : @direction) end distance = (2 ** @move_speed) / Math.sqrt(2) if @direction == 2 turn_right unless down1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_down if @event_run unless @event_run if last_move?(@real_x, @real_y, 2, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_y > 0 and -UP > @revise_y - distance @revise_y = 0 end turn_down unless right1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_right if @event_run end else turn_down unless right1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_right if @event_run unless @event_run if last_move?(@real_x, @real_y, 6, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_x > SIDE and -SIDE > @revise_x - distance @revise_x = SIDE end turn_right unless down1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_down if @event_run end end end def move_upper_left_p unless @direction_fix @direction = (@direction == 6 ? 4 : @direction == 2 ? 8 : @direction) end distance = (2 ** @move_speed) / Math.sqrt(2) if @direction == 8 turn_left unless up1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_up if @event_run unless @event_run if last_move?(@real_x, @real_y, 8, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_y + distance > 0 and -UP > @revise_y @revise_y = -UP end turn_up unless left1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_left if @event_run end else turn_up unless left1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_left if @event_run unless @event_run if last_move?(@real_x, @real_y, 4, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_x > SIDE and -SIDE > @revise_x - distance @revise_x = SIDE end turn_left unless up1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_up if @event_run end end end def move_upper_right_p unless @direction_fix @direction = (@direction == 4 ? 6 : @direction == 2 ? 8 : @direction) end distance = (2 ** @move_speed) / Math.sqrt(2) if @direction == 8 turn_right unless up1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_up if @event_run unless @event_run if last_move?(@real_x, @real_y, 8, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_y + distance > 0 and -UP > @revise_y @revise_y = -UP end turn_up unless right1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_right if @event_run end else turn_up unless right1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_right if @event_run unless @event_run if last_move?(@real_x, @real_y, 6, distance) result = check_event_trigger_here([1,2], false) if result == true return end end move_on if @revise_x > SIDE and -SIDE > @revise_x - distance @revise_x = SIDE end turn_right unless up1(((@x * 128 + @revise_x) / 128.0).round, ((@y * 128 + @revise_y) / 128.0).round, distance) turn_up if @event_run end end end def check_event_trigger_here(triggers, run = true) result = false if $game_system.map_interpreter.running? return result end for event in $game_map.events.values if event.x == ((@x * 128 + @revise_x) / 128.0).round and event.y == ((@y * 128 + @revise_y) / 128.0).round and triggers.include?(event.trigger) if not event.jumping? and event.over_trigger? if event.list.size > 1 if run == true event.start end result = true end end end end return result end def move_on if @y < (@y + @revise_y / 128.0).round @y += 1 @revise_y -= 128 end if @x > (@x + @revise_x / 128.0).round @x -= 1 @revise_x += 128 end if @x < (@x + @revise_x / 128.0).round @x += 1 @revise_x -= 128 end if @y > (@y + @revise_y / 128.0).round @y -= 1 @revise_y += 128 end end def anime_update if @walk_anime @anime_count += 1.5 elsif @step_anime @anime_count += 1 end if @anime_count > 18 - @move_speed * 2 if not @step_anime and @stop_count > 0 @pattern = @original_pattern else @pattern = (@pattern + 1) % 4 end @anime_count = 0 end end alias :moveto_original :moveto def moveto(x, y) @revise_x = 0 @revise_y = 0 moveto_original(x, y) end def last_move?(x, y, direction, distance) if direction == 2 or direction == 6 distance *= -1 end if (direction == 2 or direction == 8) and (y / 128.0).round != ((y - distance) / 128.0).round return true end if (direction == 4 or direction == and (x / 128.0).round != ((x - distance) / 128.0).round return true end return false end end class Game_Character def screen_x return ((@real_x - $game_map.display_x) / 4).ceil + 16 end def screen_y y = ((@real_y - $game_map.display_y) / 4).ceil + 32 if @jump_count >= @jump_peak n = @jump_count - @jump_peak else n = @jump_peak - @jump_count end return y - (@jump_peak * @jump_peak - n * n) / 2 end def update_move distance = 2 ** @move_speed if @x * 128 != @real_x and @y * 128 != @real_y and Game_Player::SLANT distance /= Math.sqrt(2) end if @y * 128 > @real_y @real_y = [@real_y + distance, @y * 128].min end if @x * 128 < @real_x @real_x = [@real_x - distance, @x * 128].max end if @x * 128 > @real_x @real_x = [@real_x + distance, @x * 128].min end if @y * 128 < @real_y @real_y = [@real_y - distance, @y * 128].max end if @walk_anime @anime_count += 1.5 elsif @step_anime @anime_count += 1 end end end class Game_Event < Game_Character def start if @list.size > 1 if $game_player.event != 0 $game_player.move_speed = $game_player.event elsif self.trigger == 0 $game_player.move_speed = $game_player.walk end @starting = true end end end

Gif: https://imgur.com/NL1BWcD

por doutorgori Dom maio 06, 2018 4:14 am

Muito bom, irmão! É um script que realmente deixa o jogo muito melhor. Obrigado por compartilhar com a gente Very Happy

Hitskin.com

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