#===============================================================================
# Mouse System
# By Jet10985(Jet)
# Some code by Daniel Martin
#===============================================================================
# This script will allow full use of the mouse inside of Ace for various
# purposes.
# This script has: 13 customization options.
#===============================================================================
# Overwritten Methods:
# Game_Player: move_by_input
# Window_NameInput: item_max
#-------------------------------------------------------------------------------
# Aliased methods:
# Scene_Title: start
# Scene_Map: update, terminate, update_transfer_player
# Input: update, trigger?, press?, repeat?, dir8/dir4
# Window_Selectable: update
# Scene_File: update, top_index=
# Game_Event: update, setup_page
# Game_Player: check_action_event, get_on_off_vehicle
# Game_System: initialize, on_after_load
#===============================================================================
=begin
Showing text above event when mouse hovers:
If you want a message to appear over an event's head if the mouse is hovering
over the event, put this comment in the event:
MOUSE TEXT MESSAGE HERE
everything after TEXT will be the hovering display.
--------------------------------------------------------------------------------
Change mouse picture above event when mouse hovers:
If you want the mouse's picture to temporarily change whne over an event, put
this comment in the event
MOUSE PIC NAME/NUMBER
if you put a name, the mouse will become that picture, but if you put a number
then the mouse will become the icon that is the id number
--------------------------------------------------------------------------------
Specific mouse click movement routes:
If you want the player to land specifically in a square around an event when
they click to move on the event, put one of these comments in the event:
MOUSE MOVE UP/LEFT/RIGHT/DOWN
only put the direction that you want the player to land on.
--------------------------------------------------------------------------------
Click to activate:
If you want an event to automatically start when it is clicked on, place
this in an event comment:
MOUSE CLICK
--------------------------------------------------------------------------------
Ignore Events:
To have an event be ignored when the mouse makes it's movement path(as if the
event isn't there), put this comment in the event:
MOUSE THROUGH
--------------------------------------------------------------------------------
You can do some extra things with the mouse using event "Script..." commands:
Mouse.set_pos(x, y) will set the mouse's position to the x and y specified.
Mouse.area?(x, y, width, height) will check if the mouse is inside the given
rectangle, on-screen. This does not account for a scrolled map.
Mouse.grid will return where on the screen the mouse is, not accounting for
a scrolled map. Returns an array: [x, y]
Mouse.true_grid will return where on the map the mouse is, accounting for a
scrolled map. Returns an array: [x, y]
Mouse.click?(1 or 2) will return true/false depending on if a mouse button was
clicked, in only the current frame. Use 1 for left-click, 2 for right-click.
Mouse.press?(1 or 2) will return true/false depending on if a mouse button is
currently being pressed. Use 1 for left-click, 2 for right-click.
swap_mouse_cursor(data) will change the idle look of the mouse icon, and it will
persist on the savefile. data is either the name of a picture eg "cursor-icon2"
or the number of an icon eg 12. Images should be in quotes, whereas icons should
just be the number.
--------------------------------------------------------------------------------
Extra Notes:
You can activate action button events by standing next to the event and clicking
on it with the mouse.
=end
module Jet
module MouseSystem
# This is the image used to display the cursor in-game.
CURSOR_IMAGE = "cursor-picture"
# If the above image does not exist, the icon at this index will be used.
CURSOR_ICON = 147
# turning ths switch on will completely disable the mouse.
TURN_MOUSE_OFF_SWITCH = 99
# Do you want the player to be able to move using the mouse?
# This can be changed in-game using toggle_mouse_movement(true/false)
ALLOW_MOUSE_MOVEMENT = true
# Do you want to check for diagonal movement as well? Please note this
# enables regular diagonal movement with the keyboard as well.
DO_DIAGONAL_MOVEMENT = false
# If the tile they click on for movement is not passable, do you want
# to check the surround tiles for a movable area?
CHECK_FOR_MOVES = true
# Would you like a black box to outline the exact tile the mouse is over?
DEV_OUTLINE = true
# Do you want the mouse to be confined to the game window?
CLIP_CURSOR = true
# Allow the use of the mouse wheel to scroll selectable windows?
USE_WHEEL_DETECTION = true
end
module HoverText
# This is the font for the hovering mouse text.
FONT = "Verdana"
# This is the font color for hovering mouse text.
COLOR = Color.new(255, 255, 255, 255)
# This is the font size for hovering mouse text.
SIZE = 20
end
module Pathfinder
# While mainly for coders, you may change this value to allow the
# pathfinder more time to find a path. 1000 is default, as it is enough for
# a 100x100 maze.
MAXIMUM_ITERATIONS = 1000
# This is a hash of directional values, please don't modify this.
DIRECTIONAL_VALUES = {[1, 0] => 6, [-1, 0] => 4, [0, 1] => 2, [0, -1] => 8,
[-1, 1] => 1, [-1, -1] => 7, [1, 1] => 3, [1, -1] => 9}
# This is a hash of diagonal keys, please don't modify this.
DIAGONAL_VALUES = {[-1, 1] => [4, 2], [-1, -1] => [4, 8],
[1, 1] => [6, 2], [1, -1] => [6, 8], [1, 0] => [6, 6], [-1, 0] => [4, 4],
[0, 1] => [2, 2], [0, -1] => [8, 8]}
end
end
#===============================================================================
# DON'T EDIT FURTHER UNLESS YOU KNOW WHAT TO DO.
#===============================================================================
module Mouse
ClipCursor = Win32API.new('user32', 'ClipCursor', 'p', 'l')
Get_Message = Win32API.new('user32', 'GetMessage', 'plll', 'l')
GetAsyncKeyState = Win32API.new("user32", "GetAsyncKeyState", 'i', 'i')
GetKeyState = Win32API.new("user32", "GetKeyState", 'i', 'i')
GetCursorPo = Win32API.new('user32', 'GetCursorPos', 'p', 'i')
SetCursorPos = Win32API.new('user32', 'SetCursorPos', 'nn', 'n')
ScreenToClient = Win32API.new('user32', 'ScreenToClient', 'lp', 'i')
GetClientRect = Win32API.new('user32', 'GetClientRect', 'lp', 'i')
GetWindowRect = Win32API.new('user32', 'GetWindowRect', 'lp', 'i')
a = Win32API.new('kernel32', 'GetPrivateProfileString', 'pppplp', 'l')
b = Win32API.new('user32', 'FindWindow', 'pp', 'i')
a.call("Game", "Title", "", title = "\0" * 256, 256, ".//Game.ini")
@handle = b.call("RGSS Player", title.unpack("C*").collect {|a| a.chr }.join.delete!("\0"))
Win32API.new('user32', 'ShowCursor', 'i', 'i').call(0)
Point = Struct.new(:x, :y)
Message = Struct.new(:message, :wparam, :lparam, :pt)
Param = Struct.new(:x, :y, :scroll)
Scroll = 0x0000020A
module_function
def hiword(dword)
return((dword & 0xffff0000) >> 16) & 0x0000ffff
end
def loword(dword)
return dword & 0x0000ffff
end
def word2signed_short(value)
return value if (value & 0x8000) == 0
return -1 *((~value & 0x7fff) + 1)
end
def unpack_dword(buffer, offset = 0)
bitso = buffer.bytes.to_a
ret = bitso[offset + 0] & 0x000000ff
ret |=(bitso[offset + 1] << (8 * 1)) & 0x0000ff00
ret |=(bitso[offset + 2] << (8 * 2)) & 0x00ff0000
ret |=(bitso[offset + 3] << (8 * 3)) & 0xff000000
return ret
end
def unpack_msg(buffer)
msg = Message.new
msg.pt = Point.new
msg.message = unpack_dword(buffer,4 * 1)
msg.wparam = unpack_dword(buffer, 4 * 2)
msg.lparam = unpack_dword(buffer,4 * 3)
msg.pt.x = unpack_dword(buffer, 4 * 5)
msg.pt.y = unpack_dword(buffer, 4 * 6)
return msg
end
def wmcallback(msg)
return unless msg.message == Scroll
param = Param.new
param.x = word2signed_short(loword(msg.lparam))
param.y = word2signed_short(hiword(msg.lparam))
param.scroll = word2signed_short(hiword(msg.wparam))
return [param.x, param.y, param.scroll]
end
def scroll
msg = "\0" * 32
Get_Message.call(msg, @handle, 0, 0)
r = wmcallback(unpack_msg(msg))
return r if !r.nil?
end
def click?(button)
return true if @keys.include?(button)
return false
end
def press?(button)
return true if @press.include?(button)
return false
end
def set_pos(x_pos = 0, y_pos = 0)
rect = client_rect
width = rect[2] - rect[0]
height = rect[3] - rect[1]
if (x_pos.between?(0, width) && y_pos.between?(0, height))
SetCursorPos.call(rect[0] + x_pos, rect[1] + y_pos)
end
end
def moved?
@pos != @old_pos
end
def cursor
@cursor
end
def set_cursor(image)
(@cursor ||= Sprite_Cursor.new).set_cursor(image)
end
def revert_cursor
(@cursor ||= Sprite_Cursor.new).revert
end
def update
ClipCursor.call(client_rect.pack('l4')) if Jet::MouseSystem::CLIP_CURSOR
if !$game_switches.nil?
if $game_switches[Jet::MouseSystem::TURN_MOUSE_OFF_SWITCH]
@keys, @press = [], []
@pos = [-1, -1]
@cursor.update
return
end
end
@old_pos = @pos.dup
@pos = Mouse.pos
@keys.clear
@press.clear
@keys.push(1) if GetAsyncKeyState.call(1) & 0x01 == 1
@keys.push(2) if GetAsyncKeyState.call(2) & 0x01 == 1
@keys.push(3) if GetAsyncKeyState.call(4) & 0x01 == 1
@press.push(1) if pressed?(1)
@press.push(2) if pressed?(2)
@press.push(3) if pressed?(4)
@cursor.update rescue @cursor = Sprite_Cursor.new
end
def init
@keys = []
@press = []
@pos = Mouse.pos
@cursor = Sprite_Cursor.new
end
def pressed?(key)
return true unless GetKeyState.call(key).between?(0, 1)
return false
end
def global_pos
pos = [0, 0].pack('ll')
GetCursorPo.call(pos) != 0 ? (return pos.unpack('ll')) : (return [0, 0])
end
def pos
x, y = screen_to_client(*global_pos)
width, height = client_size
begin
x = 0 if x <= 0; y = 0 if y <= 0
x = width if x >= width; y = height if y >= height
return x, y
end
end
def screen_to_client(x, y)
return nil unless x && y
pos = [x, y].pack('ll')
if ScreenToClient.call(@handle, pos) != 0
return pos.unpack('ll')
else
return [0, 0]
end
end
def client_size
rect = [0, 0, 0, 0].pack('l4')
GetClientRect.call(@handle, rect)
right,bottom = rect.unpack('l4')[2..3]
return right, bottom
end
def client_rect
rect = [0, 0, 0, 0].pack('l4')
GetWindowRect.call(@handle || @hwnd, rect)
posi = rect.unpack('l4')[0..1]
GetClientRect.call(@handle || @hwnd, rect)
size = rect.unpack('l4')[2..3]
scr = screen_to_client(*posi)
x1 = posi[0] + scr[0].abs
y1 = posi[1] + scr[1].abs
x2 = size[0] + posi[0]
y2 = size[1] + posi[1] + scr[1].abs
rect = [x1, y1, x2, y2]
rect
end
def grid
[(@pos[0]/32),(@pos[1]/32)]
end
def true_grid
xy = @pos
x = ((xy[0] + ($game_map.display_x * 32)) / 32).floor
y = ((xy[1] + ($game_map.display_y * 32)) / 32).floor
[x, y]
end
def grid_by_pos
[pos[0] / 32, pos[1] / 32]
end
def true_grid_by_pos
xy = pos
x = ((xy[0] + ($game_map.display_x * 32)) / 32).floor
y = ((xy[1] + ($game_map.display_y * 32)) / 32).floor
[x, y]
end
def area?(x, y, width, height)
@pos[0].between?(x, width + x) && @pos[1].between?(y, height + y)
end
class Sprite_Cursor < Sprite
attr_reader :cursor_bitmap
def initialize
super(nil)
self.z = 50000
@bitmap_cache = initial_bitmap
if Jet::MouseSystem::DEV_OUTLINE
@outline = Sprite.new(nil)
@outline.bitmap = Bitmap.new(32, 32)
@outline.bitmap.fill_rect(0, 0, 32, 32, Color.new(0, 0, 0, 190))
@outline.bitmap.fill_rect(1, 1, 30, 30, Color.new(0, 0, 0, 0))
end
end
def swap_bitmap(data)
begin
self.bitmap = Cache.picture(data)
rescue
self.bitmap = Bitmap.new(24, 24)
icon_index = data
rect = Rect.new(icon_index % 16 * 24, icon_index / 16 * 24, 24, 24)
self.bitmap.blt(0, 0, Cache.system("Iconset"), rect, 255)
end
@bitmap_cache = self.bitmap.dup
@cursor_bitmap = data
end
def initial_bitmap
begin
self.bitmap = Cache.picture(Jet::MouseSystem::CURSOR_IMAGE)
@cursor_bitmap = Jet::MouseSystem::CURSOR_IMAGE
rescue
self.bitmap = Bitmap.new(24, 24)
icon_index = Jet::MouseSystem::CURSOR_ICON
rect = Rect.new(icon_index % 16 * 24, icon_index / 16 * 24, 24, 24)
self.bitmap.blt(0, 0, Cache.system("Iconset"), rect, 255)
@cursor_bitmap = Jet::MouseSystem::CURSOR_ICON
end
self.bitmap.dup
end
def set_cursor(image)
if image.is_a?(Integer)
self.bitmap = Bitmap.new(24, 24)
icon_index = image
rect = Rect.new(icon_index % 16 * 24, icon_index / 16 * 24, 24, 24)
self.bitmap.blt(0, 0, Cache.system("Iconset"), rect, 255)
else
self.bitmap = Cache.picture(image)
end
end
def revert
self.bitmap = @bitmap_cache.dup
end
def update
super
self.x, self.y = *Mouse.pos
self.visible = !$game_switches[Jet::MouseSystem::TURN_MOUSE_OFF_SWITCH]
if !@outline.nil?
@outline.visible = SceneManager.scene_is?(Scene_Map)
x = Mouse.true_grid_by_pos[0] * 32
x -= $game_map.display_x.floor * 32
x -= ($game_map.display_x % 1) * 32
y = Mouse.true_grid_by_pos[1] * 32
y -= $game_map.display_y.floor * 32
y -= ($game_map.display_y % 1) * 32
@outline.x = x
@outline.y = [y, 1].max
end
end
end
end
Mouse.init
class << Input
alias jet5888_press? press?
def press?(arg)
if arg == Input::C
return true if Mouse.press?(1)
elsif arg == Input::B
return true if Mouse.press?(2)
end
jet5888_press?(arg)
end
alias jet5888_repeat? repeat?
def repeat?(arg)
if arg == Input::C
return true if Mouse.click?(1)
elsif arg == Input::B
return true if Mouse.click?(2)
end
jet5888_repeat?(arg)
end
alias jet5888_trigger? trigger?
def trigger?(arg)
if arg == Input::C
return true if Mouse.click?(1)
elsif arg == Input::B
return true if Mouse.click?(2)
end
jet5888_trigger?(arg)
end
if Jet::MouseSystem::DO_DIAGONAL_MOVEMENT
alias jet3845_dir8 dir8
def dir8(*args, &block)
if (orig = jet3845_dir8(*args, &block)) == 0
if !$game_temp.nil? && SceneManager.scene_is?(Scene_Map)
if !(a = $game_temp.mouse_character).nil? && a.movable?
if !$game_temp.mouse_path.nil? && !$game_temp.mouse_path.empty?
return $game_temp.mouse_path.shift
end
end
end
end
$game_temp.mouse_path = nil if !$game_temp.nil?
return orig
end
else
alias jet3845_dir4 dir4
def dir4(*args, &block)
if (orig = jet3845_dir4(*args, &block)) == 0
if !$game_temp.nil? && SceneManager.scene_is?(Scene_Map)
if !(a = $game_temp.mouse_character).nil? && a.movable?
if !$game_temp.mouse_path.nil? && !$game_temp.mouse_path.empty?
return $game_temp.mouse_path.shift
end
end
end
end
$game_temp.mouse_path = nil if !$game_temp.nil?
return orig
end
end
alias jet8432_update update
def update(*args, &block)
jet8432_update(*args, &block)
Mouse.update
end
end
class Window_Selectable
alias jet1084_update update
def update(*args, &block)
jet1084_update(*args, &block)
@scrolled ||= false
return if $game_switches[Jet::MouseSystem::TURN_MOUSE_OFF_SWITCH]
update_scroll if self.active && self.visible && Jet::MouseSystem::USE_WHEEL_DETECTION
update_mouse if self.active && self.visible && (Mouse.moved? or @scrolled)
end
def update_scroll
f = Mouse.scroll
if !f.nil?
if f[2] < 0
if contents.height > self.height && self.oy - contents.height < -self.height + 32
self.top_row = self.top_row + 1
end
else
self.top_row = self.top_row - 1 if contents.height > self.height
end
@scrolled = true
end
end
def update_mouse
@scrolled = false
orig_index = @index
rects = []
add_x = self.x + 16 - self.ox
add_y = self.y + 16 - self.oy
if !self.viewport.nil?
add_x += self.viewport.rect.x - self.viewport.ox
add_y += self.viewport.rect.y - self.viewport.oy
end
self.item_max.times {|i|
@index = i
mouse_update_cursor
rects << cursor_rect.dup
}
@index = orig_index
rects.each_with_index {|rect, i|
if Mouse.area?(rect.x + add_x, rect.y + add_y, rect.width, rect.height)
@index = i
end
}
update_cursor
call_update_help
end
def mouse_update_cursor
if @cursor_all
cursor_rect.set(0, 0, contents.width, row_max * item_height)
elsif @index < 0
cursor_rect.empty
else
cursor_rect.set(item_rect(@index))
end
end
end
class Window_NameInput
def item_max
90
end
end
class Scene_File
alias jet3467_update update
def update(*args, &block)
update_mouse if Mouse.moved?
jet3467_update(*args, &block)
end
alias jet7222_top_index top_index=
def top_index=(*args, &block)
@last_cursor_move = 0 if @last_cursor_move.nil?
@last_cursor_move -= 1
return if @last_cursor_move > 0 && Mouse.moved?
jet7222_top_index(*args, &block)
@last_cursor_move = 10
end
def update_mouse
self.item_max.times {|i|
ix = @savefile_windows[i].x
iy = @savefile_windows[i].y + 48 - @savefile_viewport.oy
iw = @savefile_windows[i].width
ih = @savefile_windows[i].height
if Mouse.area?(ix, iy, iw, ih)
@savefile_windows[@index].selected = false
@savefile_windows[i].selected = true
@index = i
end
}
ensure_cursor_visible
end
end
class Game_Temp
attr_accessor :mouse_character, :mouse_movement, :mouse_path
end
class Game_Player
def move_by_input
return if !movable? || $game_map.interpreter.running?
dir = (Jet::MouseSystem::DO_DIAGONAL_MOVEMENT ? Input.dir8 : Input.dir4)
if dir % 2 == 0 || !Jet::MouseSystem::DO_DIAGONAL_MOVEMENT
move_straight(dir) if dir > 0 && dir % 2 == 0
else
horz = case dir; when 1,7; 4; when 3,9; 6; end
vert = case dir; when 7,9; 8; when 1,3; 2; end
move_diagonal(horz, vert)
end
end
alias jet3745_check_action_event check_action_event
def check_action_event(*args, &block)
return false unless Input.jet5888_trigger?(:C)
jet3745_check_action_event(*args, &block)
end
alias jet3745_get_on_off_vehicle get_on_off_vehicle
def get_on_off_vehicle(*args, &block)
if !Input.jet5888_trigger?(:C)
[:boat, :ship, :airship].each {|a|
if $game_map.send(a).pos?(*Mouse.true_grid)
jet3745_get_on_off_vehicle(*args, &block)
return
end
}
elsif Input.jet5888_trigger?(:C)
jet3745_get_on_off_vehicle(*args, &block)
end
end
def get_on_vehicle_mouse(veh)
return if vehicle
@vehicle_type = veh.type
if vehicle
turn_toward_character(veh)
@vehicle_getting_on = true
force_move_forward unless in_airship?
@followers.gather
end
@vehicle_getting_on
end
end
class Window_MousePopUp < Window_Base
def initialize(event, text)
rect = Bitmap.new(1, 1).text_size(text)
width = rect.width
height = rect.height
super(event.screen_x - width / 2, event.screen_y - 48, width + 32, height + 32)
self.opacity = 0
self.contents.font.name = Jet::HoverText::FONT
self.contents.font.color = Jet::HoverText::COLOR
self.contents.font.size = Jet::HoverText::SIZE
@text = text
@event = event
refresh
end
def refresh
contents.clear
draw_text(0, 0, contents.width, contents.height, @text)
end
def update
super
self.visible = !@event.erased? && Mouse.true_grid_by_pos == [@event.x, @event.y]
self.x = @event.screen_x - contents.width / 2 - 8
self.y = @event.screen_y - 64
end
end
class Game_Event
attr_accessor :text_box
def check_for_comment(regexp)
return false if empty?
for item in @list
if item.code == 108 or item.code == 408
if !item.parameters[0][regexp].nil?
return $1.nil? ? true : $1
end
end
end
return false
end
def mouse_empty?
return true if empty?
return @list.reject {|a| [108, 408].include?(a.code) }.size <= 1
end
alias jet3745_setup_page setup_page
def setup_page(*args, &block)
jet3745_setup_page(*args, &block)
@text_box = nil
@mouse_activated = nil
@mouse_cursor = nil
end
def mouse_activated?
@mouse_activated ||= check_for_comment(/MOUSE[ ]*CLICK/i)
end
def text_box
@text_box ||= (
if (a = check_for_comment(/MOUSE[ ]*TEXT[ ]*(.+)/i))
Window_MousePopUp.new(self, a)
else
false
end
)
end
def through
if $game_temp.mouse_movement && check_for_comment(/MOUSE[ ]*THROUGH/i)
true
else
super
end
end
def mouse_cursor
@mouse_cursor ||= (
if (a = check_for_comment(/MOUSE[ ]*PIC[ ]*(\d+)/i))
a.to_i
elsif (a = check_for_comment(/MOUSE[ ]*PIC[ ]*(.+)/i))
a
else
false
end
)
end
def erased?
@erased
end
def movable?
return false if moving?
return false if $game_message.busy? || $game_message.visible
return true
end
def check_mouse_change
if mouse_cursor
Mouse.set_cursor(@mouse_cursor)
return true
end
return false
end
alias jet3845_update update
def update(*args, &block)
jet3845_update(*args, &block)
@text_box.update if text_box
end
end
class Game_Vehicle
attr_reader :type
end
class Game_System
attr_accessor :mouse_movement, :cursor_bitmap
alias jet2735_initialize initialize
def initialize(*args, &block)
jet2735_initialize(*args, &block)
@mouse_movement = Jet::MouseSystem::ALLOW_MOUSE_MOVEMENT
@cursor_bitmap = Mouse.cursor.cursor_bitmap
end
def change_cursor_bitmap(data)
Mouse.cursor.swap_bitmap(data)
@cursor_bitmap = data
end
alias jet3457_on_after_load on_after_load
def on_after_load(*args, &block)
jet3457_on_after_load(*args, &block)
Mouse.cursor.swap_bitmap(@cursor_bitmap)
end
end
class Game_Interpreter
def toggle_mouse_movement(bool)
$game_system.mouse_movement = bool
end
def swap_mouse_cursor(data)
$game_system.change_cursor_bitmap(data)
end
end
class Scene_Title
alias jet0019_start start
def start(*args, &block)
Mouse.cursor.initial_bitmap
jet0019_start(*args, &block)
end
end
class Scene_Map
alias jet3745_update update
def update(*args, &block)
jet3745_update
check_mouse_movement
check_mouse_icon_change
end
alias jet5687_terminate terminate
def terminate(*args, &block)
$game_map.events.values.each {|a|
a.text_box.dispose if a.text_box
a.text_box = nil
}
Mouse.update
jet5687_terminate(*args, &block)
end
def mouse_char
$game_temp.mouse_character
end
def check_mouse_icon_change
changed_mouse = false
$game_map.events_xy(*Mouse.true_grid_by_pos).each {|event|
changed_mouse = changed_mouse || event.check_mouse_change
}
Mouse.revert_cursor unless changed_mouse
end
def check_mouse_movement
$game_temp.mouse_character ||= $game_player
did_dir = false
if Mouse.click?(1)
dont_move = false
x, y = *Mouse.true_grid_by_pos
evs = $game_map.events_xy(x, y)
(evs + $game_map.vehicles).each {|event|
if event.is_a?(Game_Vehicle)
if (event.x - mouse_char.x).abs + (event.y - mouse_char.y).abs == 1
mouse_char.get_on_vehicle_mouse(event)
dont_move = true
end
elsif !!!mouse_char.vehicle
if event.mouse_activated?
event.start
dont_move = true
elsif (event.x - mouse_char.x).abs + (event.y - mouse_char.y).abs == 1
if !event.mouse_empty? && [0, 1, 2].include?(event.trigger)
mouse_char.turn_toward_character(event)
event.start
dont_move = true
end
else
{UP: [0, -1], DOWN: [0, 1], LEFT: [-1, 0], RIGHT: [1, 0]}.each {|d, a|
if event.check_for_comment(/MOUSE[ ]*MOVE[ ]*#{d.to_s}/i)
x += a[0]; y += a[1]
did_dir = true
end
}
end
end
} if $game_system.mouse_movement
if $game_system.mouse_movement
mouse_char.mouse_path(x, y, did_dir) unless dont_move
else
evs.each {|event|
if event.mouse_activated?
event.start
end
}
end
end
end
end
class Game_CharacterBase
def mouse_path(target_x, target_y, did_dir = false)
return if target_x == self.x && target_y == self.y
f = $game_map.find_path(target_x.to_i, target_y.to_i, @x.to_i, @y.to_i, 0, self)
if f.empty? && !did_dir && Jet::MouseSystem::CHECK_FOR_MOVES
f = $game_map.find_path(target_x.to_i, target_y.to_i, @x.to_i, @y.to_i, 1, self)
end
$game_temp.mouse_path = f
end
end
class Node
@@nodes = {}
attr_reader :x, :y
def self.new(*args, &block)
return @@nodes[args] if @@nodes.include?(args)
f = allocate
f.send(:initialize, *args, &block)
f
end
def initialize(x, y)
@x, @y = x, y
@@nodes[[x, y]] = self
end
def ==(other)
return false unless self.class === other
@x == other.x && @y == other.y
end
def distance(other)
(@x - other.x).abs + (@y - other.y).abs
end
end
500.times do |x|
500.times do |y|
Node.new(x, y)
end
end
class Game_Map
def get_node(x, y)
Node.new(x, y)
end
def each_neighbor(node, char = $game_player)
x = node.x
y = node.y
nodes = []
Jet::Pathfinder::DIRECTIONAL_VALUES.each do |value, dir|
next if [1, 3, 7, 9].include?(dir) && !Jet::MouseSystem::DO_DIAGONAL_MOVEMENT
dia = Jet::Pathfinder::DIAGONAL_VALUES[value]
new_x = round_x_with_direction(x, dia[0])
new_y = round_y_with_direction(y, dia[1])
if dir % 2 != 0
next unless char.diagonal_passable?(x, y, dia[0], dia[1])
else
next unless char.passable?(x, y, dia[0])
end
nodes << get_node(new_x, new_y)
end
nodes
end
def find_path(tx, ty, sx, sy, dist, char = $game_player)
start = get_node(sx, sy)
goal = get_node(tx, ty)
return [] if start == goal or (dist > 0 and start.distance(goal) <= dist)
return [] if ![2, 4, 6, 8].any? {|i| char.passable?(tx, ty, i) }
open_set = [start]
closed_set = []
path = []
costs = {}
costs.default = 0
costs_estimated = {}
costs_estimated.default = 0
parents = {}
iterations = 0
loop do
return [] if iterations == Jet::Pathfinder::MAXIMUM_ITERATIONS
iterations += 1
current = open_set.min {|n1, n2| (costs[n1] + costs_estimated[n1]) <=> (costs[n2] + costs_estimated[n2]) }
return [] unless current
each_neighbor(current, char).each {|node|
if node == goal or (dist > 0 and node.distance(goal) <= dist)
parents[node] = current
return recreate_path(node, parents)
end
next if closed_set.include?(node)
cost = costs[current] + 1
if open_set.include?(node)
if cost < costs[node]
parents[node] = current
costs[node] = cost
end
else
open_set << node
parents[node] = current
costs[node] = cost
costs_estimated[node] = node.distance(goal)
end
}
closed_set << open_set.delete(current)
end
end
def recreate_path(node, parents)
path = []
until node.nil?
pos = node
node = parents[node]
next if node.nil?
ar = [pos.x <=> node.x, pos.y <=> node.y]
path << Jet::Pathfinder::DIRECTIONAL_VALUES[ar]
end
return path.reverse
end
end
