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#※※※※====== XAS CATERPILLAR script V1.1 by gameface101 2-4-2011 ======※※※※
#based off of Fukuyama's original train_actor *free to use and must give credit
################################################################################

module XAS_CAT
# When true, switch control is used
TRANSPARENT_SWITCH = true
# When TRANSPARENT_SWITCH is true, transparency will be activated when the switch of this number is on
TRANSPARENT_SWITCHES_INDEX = 20
# Maximum actors in your party
XCAT_ACTORS_SIZE_MAX = 4
# Constants
DOWN_LEFT = 1
DOWN_RIGHT = 3
UP_LEFT = 7
UP_RIGHT = 9
JUMP = 10#5
# Put any actor IDs who should have a "stopped animation" if in the caterpillar
# i.e. if a party member "is floating" it will look stupid if he suddenly stops
ACTOR_IDS = [2, 3, 4]
end
#==============================================================================
# ■ Spriteset_Map_Module
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

module Spriteset_Map_Module
def setup_actor_character_sprites?
return @setup_actor_character_sprites_flag != nil
end
def setup_actor_character_sprites(characters)
if !setup_actor_character_sprites?
for character in characters.reverse
@character_sprites.unshift(
Sprite_Character.new(@viewport1, character)
)
end
@setup_actor_character_sprites_flag = true
end
end
end

end

class Spriteset_Map
include XAS_CAT::Spriteset_Map_Module
end

#==============================================================================
# ■ Scene_Map_Module
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

module Scene_Map_Module
def setup_actor_character_sprites(characters)
@spriteset.setup_actor_character_sprites(characters)
end

end

end

class Scene_Map
include XAS_CAT::Scene_Map_Module
end


#==============================================================================
# ■ Game_Party_Module
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

module Game_Party_Module

attr_reader :characters

def update_party_order() return actors end

def setup_actor_character_sprites
if @characters.nil?
@characters = []
for i in 1 ... XCAT_ACTORS_SIZE_MAX
@characters.push(Game_Party_Actor.new)
end
end
setup_actors = update_party_order
for i in 1 ... XCAT_ACTORS_SIZE_MAX
@characters[i - 1].setup(setup_actors)
end
if $scene.class.method_defined?('setup_actor_character_sprites')
$scene.setup_actor_character_sprites(@characters)
end
end

def update_party_actors
update_party_order
setup_actor_character_sprites
transparent = $game_player.transparent
$game_player.refresh#
$game_map.refresh#test
if transparent == false and TRANSPARENT_SWITCH
transparent = $game_switches[TRANSPARENT_SWITCHES_INDEX]
end
for character in @characters
character.transparent = transparent
character.move_speed = $game_player.move_speed
if ACTOR_IDS.include?(character.cp_id) #for stopped animation
character.step_anime = true #for stopped animation
else #stopped animation
character.step_anime = $game_player.step_anime
end #for stopped animation
character.update
end
end

def moveto_party_actors( x, y )
setup_actor_character_sprites
for character in @characters
character.moveto( x, y )
end
@move_list = [] if @move_list == nil
move_list_setup
end

def move_party_actors
if @move_list == nil
@move_list = []
move_list_setup
end
@move_list.each_index do |i|
if @characters != nil
case @move_list.type
when Input::DOWN
@characters.move_down(@move_list.args[0])
when Input::LEFT
@characters.move_left(@move_list.args[0])
when Input::RIGHT
@characters.move_right(@move_list.args[0])
when Input::UP
@characters.move_up(@move_list.args[0])
when DOWN_LEFT
@characters.move_lower_left
when DOWN_RIGHT
@characters.move_lower_right
when UP_LEFT
@characters.move_upper_left
when UP_RIGHT
@characters.move_upper_right
when JUMP
@characters.jump(@move_list.args[0],@move_list.args[1])
end
end
end
end

class Move_List_Element

def initialize(type,args)
@type = type
@args = args
end

def type() return @type end

def args() return @args end

end

def move_list_setup
for i in 0 .. XCAT_ACTORS_SIZE_MAX
@move_list = nil
end
end

def add_move_list(type,*args)
@move_list.unshift(Move_List_Element.new(type,args)).pop
end

def move_down_party_actors(turn_enabled = true)
move_party_actors
add_move_list(Input::DOWN,turn_enabled)
end

def move_left_party_actors(turn_enabled = true)
move_party_actors
add_move_list(Input::LEFT,turn_enabled)
end

def move_right_party_actors(turn_enabled = true)
move_party_actors
add_move_list(Input::RIGHT,turn_enabled)
end

def move_up_party_actors(turn_enabled = true)
move_party_actors
add_move_list(Input::UP,turn_enabled)
end

def move_lower_left_party_actors
move_party_actors
add_move_list(DOWN_LEFT)
end

def move_lower_right_party_actors
move_party_actors
add_move_list(DOWN_RIGHT)
end

def move_upper_left_party_actors
move_party_actors
add_move_list(UP_LEFT)
end

def move_upper_right_party_actors
move_party_actors
add_move_list(UP_RIGHT)
end

def jump_party_actors(x_plus, y_plus)
move_party_actors
add_move_list(JUMP,x_plus, y_plus)
end

end

end

class Game_Party
include XAS_CAT::Game_Party_Module
end

#==============================================================================
# ■ Game_Player_Module
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

module Game_Player_Module

attr_reader :move_speed
attr_reader :step_anime

def update_party_actors
$game_party.update_party_actors
$game_party.actors.each do |actor|
@character_name = actor.character_name
@character_hue = actor.character_hue
break
end
end

def update
update_party_actors
super
end

def moveto( x, y )
$game_party.moveto_party_actors( x, y )
super( x, y )
end

def move_down(turn_enabled = true)
if passable?(@x, @y, Input::DOWN)
$game_party.move_down_party_actors(turn_enabled)
end
super(turn_enabled)
end

def move_left(turn_enabled = true)
if passable?(@x, @y, Input::LEFT)
$game_party.move_left_party_actors(turn_enabled)
end
super(turn_enabled)
end

def move_right(turn_enabled = true)
if passable?(@x, @y, Input::RIGHT)
$game_party.move_right_party_actors(turn_enabled)
end
super(turn_enabled)
end

def move_up(turn_enabled = true)
if passable?(@x, @y, Input::UP)
$game_party.move_up_party_actors(turn_enabled)
end
super(turn_enabled)
end
#======================================================[ move methods for events
def move_lower_left
# When possible to move from down→left or from left→down
if (passable?(@x, @y, Input::DOWN) and passable?(@x, @y + 1, Input::LEFT)) or
(passable?(@x, @y, Input::LEFT) and passable?(@x - 1, @y, Input::DOWN))
$game_party.move_lower_left_party_actors
end
super
end

def move_lower_right
# When possible to move from down→right or from right→down
if (passable?(@x, @y, Input::DOWN) and passable?(@x, @y + 1, Input::RIGHT)) or
(passable?(@x, @y, Input::RIGHT) and passable?(@x + 1, @y, Input::DOWN))
$game_party.move_lower_right_party_actors
end
super
end

def move_upper_left
# When possible to move from up→left or from left→up
if (passable?(@x, @y, Input::UP) and passable?(@x, @y - 1, Input::LEFT)) or
(passable?(@x, @y, Input::LEFT) and passable?(@x - 1, @y, Input::UP))
$game_party.move_upper_left_party_actors
end
super
end

def move_upper_right
# When possible to move from up→right or from right→up
if (passable?(@x, @y, Input::UP) and passable?(@x, @y - 1, Input::RIGHT)) or
(passable?(@x, @y, Input::RIGHT) and passable?(@x + 1, @y, Input::UP))
$game_party.move_upper_right_party_actors
end
super
end

def jump(x_plus, y_plus)
# New coordinates are calculated
new_x = @x + x_plus
new_y = @y + y_plus
# When addition values are (0,0), it is possible to jump to the destination
if (x_plus == 0 and y_plus == 0) or passable?(new_x, new_y, 0)
$game_party.jump_party_actors(x_plus, y_plus)
end
super(x_plus, y_plus)
end

end

end

class Game_Player
include XAS_CAT::Game_Player_Module
end

#==============================================================================
# ■ Game_Event_Module
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

module Game_Event_Module
#

---

# ● Judgement determined
# x : X coordinates
# y : Y coordinates
# d : Direction (0,2,4,6, ※ 0 = Checks if all directions are not able to be passed (for a jump)
# return : Passing is impossible (false), possible (true)
#

---

def passable?(x, y, d)
result = super(x, y, d)
if result
# New coordinates are searched for
new_x = x + (d == 6 ? 1 : d == 4 ? -1 : 0)
new_y = y + (d == 2 ? 1 : d == 8 ? -1 : 0)
# Loops for actor in train
for actor in $game_party.characters
# When displayed
if not actor.character_name.empty?
# When actor's coordinates correspond to the destination
if actor.x == new_x and actor.y == new_y
# When event
return false if self != $game_player
end
end
end
end
return result
end

end

end

class Game_Event
include XAS_CAT::Game_Event_Module
end

#==============================================================================
# ■ Game_Party_Actor
#

---

# Caterpillar movement of actor is carried out on map
#==============================================================================

module XAS_CAT

class Game_Party_Actor < Game_Character

attr_reader :cp_id
attr_writer :move_speed
attr_writer :step_anime

def initialize
super()
@through = true
end

#for XAS
def battler
return $game_party.actors[1]#0
end

def dead?
return self.battler == nil ? false : self.battler.dead?
end
#for XAS

def setup(actor)
# The file name and hue of the character are set
@cp_id = $data_actors[actor.id].id
if actor != nil
@character_name = actor.character_name
@character_hue = actor.character_hue
else
@character_name = ""
@character_hue = 0
end
# Opacity and blending method are initialized
@opacity = 255
@blend_type = 0
end

def screen_z(height = 0)
if $game_player.x == @x and $game_player.y == @y
return $game_player.screen_z(height) - 1
end
super(height)
end
#

---

# ● Move down
# turn_enabled : Flag that permits direction change on the spot
#

---

def move_down(turn_enabled = true)
# Face down
turn_down if turn_enabled
# When possible to pass
if passable?(@x, @y, Input::DOWN)
# Face down
turn_down
# Update coordinates
@y += 1
end
end
#

---

# ● Move left
# turn_enabled : Flag that permits direction change on the spot
#

---

def move_left(turn_enabled = true)
# Face left
turn_left if turn_enabled
# When possible to pass
if passable?(@x, @y, Input::LEFT)
# Face left
turn_left
# Update coordinates
@x -= 1
end
end
#

---

# ● Move right
# turn_enabled : Flag that permits direction change on the spot
#

---

def move_right(turn_enabled = true)
# Face right
turn_right if turn_enabled
# When possible to pass
if passable?(@x, @y, Input::RIGHT)
# Face right
turn_right
# Update coordinates
@x += 1
end
end
#

---

# ● Move up
# turn_enabled : Flag that permits direction change on the spot
#

---

def move_up(turn_enabled = true)
# Face up
turn_up if turn_enabled
# When possible to pass
if passable?(@x, @y, Input::UP)
# Face up
turn_up
# Update coordinates
@y -= 1
end
end
#

---

# ● Move lower left
#

---

def move_lower_left
# When no direction fixation
unless @direction_fix
# Turn left when facing right, turn down when facing up
@direction = (@direction == Input::RIGHT ? Input::LEFT : @direction == Input::UP ? Input::DOWN : @direction)
end
# When possible to move from down→left or from left→down
if (passable?(@x, @y, Input::DOWN) and passable?(@x, @y + 1, Input::LEFT)) or
(passable?(@x, @y, Input::LEFT) and passable?(@x - 1, @y, Input::DOWN))
# Update coordinates
@x -= 1
@y += 1
end
end
#

---

# ● Move lower right
#

---

def move_lower_right
# When no direction fixation
unless @direction_fix
# Turn right when facing left, turn down when facing up
@direction = (@direction == Input::LEFT ? Input::RIGHT : @direction == Input::UP ? Input::DOWN : @direction)
end
# When possible to move from down→right or from right→down
if (passable?(@x, @y, Input::DOWN) and passable?(@x, @y + 1, Input::RIGHT)) or
(passable?(@x, @y, Input::RIGHT) and passable?(@x + 1, @y, Input::DOWN))
# Update coordinates
@x += 1
@y += 1
end
end
#

---

# ● move upper left
#

---

def move_upper_left
# When no direction fixation
unless @direction_fix
# Turn left when facing right, turn up when facing down
@direction = (@direction == Input::RIGHT ? Input::LEFT : @direction == Input::DOWN ? Input::UP : @direction)
end
# When possible to move from up→left or from left→up
if (passable?(@x, @y, Input::UP) and passable?(@x, @y - 1, Input::LEFT)) or
(passable?(@x, @y, Input::LEFT) and passable?(@x - 1, @y, Input::UP))
# Update coordinates
@x -= 1
@y -= 1
end
end
#

---

# ● move upper right
#

---

def move_upper_right
# When no direction fixation
unless @direction_fix
# Turn right when facing left, turn up when facing down
@direction = (@direction == Input::LEFT ? Input::RIGHT : @direction == Input::DOWN ? Input::UP : @direction)
end
# When possible to move from up→right or from right→up
if (passable?(@x, @y, Input::UP) and passable?(@x, @y - 1, Input::RIGHT)) or
(passable?(@x, @y, Input::RIGHT) and passable?(@x + 1, @y, Input::UP))
# Update coordinates
@x += 1
@y -= 1
end
end

end

end