Feeling pretty useless

[Descendant of Orr 1]

So, RMXP Community - I have been a part of the forums for a couple weeks now and, as the title suggests, I feel as if I've done a whole lot of nothing to benefit the anyone here. I love scripting! I really do. So, I would like to extend an invitation to everyone on the forums. If you have ANY scripts you want written/modified/or help with, please let me know. My reaction time seems to be subpar when compared to kellessdee (henceforth known as rival), and I never seem to be able to beat him to a topic. Maybe if someone posts here, I can help them and finally feel as if I have contributed to the community :)

 

No hard feelings towards kellessdee. You're a really awesome scripter (I've browsed the topics where you have helped people and have also looked over your tutorials), I just wish there was more for me (us) to do around here!

 

 

EDIT: Grammar

Edited April 14, 2011 by Descendant of Orr

[LNER fan 1]

You simply haven't had your chance to shine yet. Be patient, watchful, and just keep posting when you've something to say.

[joman195 9]

I have an idea, since kellessdee is only gonna finish 2 games of the mini-game pack why don't you finish the rest and you and him(her?) can work together.

[kellessdee 48]

Sorry dude, I have no life really, so I am literally, every second in the day on this website haha :( I appreciate your words of kindness though :)

And yes, like joman said, you may work on any other titles in the mini-games or if you would like to help that would be cool :)

 

And also, what I do when I am bored, is write scripts that I think would be cool for people. Although, I am sure offering your scripting services (as you are know) will eventually catch someone's eye, and I am sure they will ask for something! In my eyes, using scripts written specifically to one's specs always work nicer than trying to plug and play public scripts lying around (especially due to incompatibility issues that easily arrive)

 

But as a question, I am thinking at some point (not any time soon, as I have enough to finish already) of putting together some starter kits, almost like putting together a set of default scripts except with a specific style gameplay in mind, so people if they don't wish to use the default systems can easily open a project in one of these kits and put together that style game...would you be willing to give me a hand putting it together? they are going to end up being larger projects, and probably require rewriting a lot of the default stuff. when the time comes I probably wouldn't mind a little extra help :)

[Descendant of Orr 1]

Thanks for all of the quick replies, guys. I'm so glad I made this topic now. I will look at the Mini-Games topic as soon as I get home from work! Can't wait to finally put my rusty skills to good use.

 

Also, I would love to work on a new set of defaults for either RMXP or RMVX! Let me know when you decide to start work on this! I'm definitely interested.

[ProjectTrinity 8]

I think it would be universally appreciated if we had more people dedicated to commenting on other people's projects....LIKE THE PERJURERLOL [/done x'D;;]

 

But seriously, stay tuned (a while from now~ XD;; ) for a massive staff and crew recruitment from the PT team. We like appreciate folks like yourself. lol

[joman195 9]

Also let me be your first customer, I used kellssdee's method to add an attribute luck to my game. I was wondering how to constantly set the value of luck to a variable.

[kellessdee 48]

@trinity I feel bad sometimes because I don't check out very much of the projects page...only because I don't usually don't have much time to test demos (although technically I could easily make time and should) but I will check yours out since I know whatchyou are sayin

 

why don't you finish the rest and you and him(her?) can work together.

@joman this finally actually registered in my brain...if you wanted to know for future reference I am a boy, however I can be feminine at times so I won't be upset if you call me a girl

 

@descendant Sweet! that will be very helpful, I want to make a few kits, which I am *hoping* may re-instill some interest in rpg maker xp. I think a lot of the problems with rpgmaker is because people require scripting knowledge to really change around the default systems, and because of the compatibility issues with a lot of different scripts, people get turned off easily. I think if we could release a few complete kits that would give people the option of easily putting together different styled games, it could boost popularity and perhaps we would see more games produced. Thats what I think, but I will definitely let you know when I get started on these. My first idea is going for the good ol final fantasy style. I want to incorporate different aspects from multiple final fantasies probably with ff9 as a basis. I have already started working on writing new window classes (so that I can create windows in the same style they do, with out having to make a separate picture each time. And I have already changed the way it reads windowskins, but it will be a while until I actually continue working on it, galaga is my primary focus atm although I haven't been working on it as much as I should be)

Edited April 14, 2011 by kellessdee

[ProjectTrinity 8]

@Kelle: I think it's pretty the majority of us. I'm completely guilty of not making time for other people's projects. I mean, is there a single project here that I've properly responded to? :'< It'd probably prove impossible to change said tides drastically without some good incentive from the forum itself.

[Leon 55]

I feel your pain, dude. Trust me... Been at this gig since... damn... I think around '05? I feel like I've done all within my power. But, I may release something to see if I can get a troupe together on a project...

[FranklinX 37]

Are you able to make scripts for the VX?

[Descendant of Orr 1]

Are you able to make scripts for the VX?

 

I am - and PM sent to joman195!

[Teddysharons 0]

http://www.youtube.com/watch?v=AS0b7ALXuL0&feature=player_embedded

How do I make it so that the party is updated as soon as a party member comes in or out (add or removed)
if you watch the video you'll see.

[spoiler]#===============================================================================
# ** Pixelmovement Script
#-------------------------------------------------------------------------------
#
# f0tz!baerchen
# v1.3
# 10.12.2006
#
#-------------------------------------------------------------------------------
#
# Credits:
# arevulopapo (turn toward/away player methods,
# stay_in_range method, distance method)
# Caesar (fill_circle method)
# Fanha Giang (Autotile handling)
# Caldaron (move_toward_player method)
#
#-------------------------------------------------------------------------------
#
# Importance:
# This script already uses an own (optimized) Anti-Lag-Script and has many more
# features than only Pixelmovement. Information for the options can be found at
# the end of the script. Sometimes you have to add a comment in an event
# to activate special features for this event. Except for the Anti-Lag the
# comment can be anywhere at the beginning of the first event's page. The Script
# checks every line for such comments until it finds a non comment line.
#
#-------------------------------------------------------------------------------
#
# What do I have to do if I would like to use this script in my game?
# If your game is not commercial its enough to credit me (f0tz!bearchen) in your
# game, if you'd like to sell you game please contact me and we can talk about
# this (but normally I only would like to have some information about your
# project and a free version of the finished game)
#
#
#===============================================================================

#-------------------------------------------------------------------------------
# * SDK Log Script
#-------------------------------------------------------------------------------
SDK.log('Pixelmovement', 'f0tz!baerchen', 1.3, '29.10.06')

#-------------------------------------------------------------------------------
# Begin SDK Enabled Check
#-------------------------------------------------------------------------------
if SDK.state('Pixelmovement') == true

#===============================================================================
# Class which holds all Pixelmovement settings
#===============================================================================
class Pixelmovement_Settings
attr_accessor :pixel_aliasing
attr_accessor :collision_folder
attr_accessor :height_folder
attr_accessor :swamp_folder
attr_accessor :frame_number
attr_accessor :frame_array
attr_accessor :stand_frame
attr_accessor :stand_array
attr_accessor :direction_number
attr_accessor :direction_array
attr_reader :isometric
attr_reader :cater_activate
attr_accessor :cater_distance
attr_reader :cater_overlap
attr_accessor :player_size
attr_accessor :player_frame_number
attr_accessor :player_direction_number
attr_accessor :player_stand_frame
attr_accessor :event_size_add
attr_accessor :sprint_speed
attr_accessor :sprint_key
attr_accessor :sprint_time
attr_accessor :sprint_wait
attr_reader :sprint_fix
attr_reader :minimap
attr_reader :minimap_sprites
attr_accessor :minimap_pos
attr_accessor :minimap_width
attr_accessor :minimap_height
attr_accessor :minimap_scale
attr_accessor :minimap_opacity
attr_reader :minimap_collision
attr_accessor :minimap_c_cursor
attr_accessor :minimap_c_pass
attr_accessor :minimap_c_n_pass
attr_accessor :loop_maps
attr_reader :sliding
attr_accessor :jump_key
attr_accessor :jump_height
attr_accessor :jump_length
attr_accessor :ice_tiles
attr_reader :panorama_scrolling

#-----------------------------------------------------------------------------
# initialising method
#-----------------------------------------------------------------------------
def initialize(aliasing = false)
@pixel_aliasing = aliasing # aliased methods are only aliased once
end

#-----------------------------------------------------------------------------
# methods to prevent errors with boolean settings
#-----------------------------------------------------------------------------
def switch_caterpillar(value = nil)
if value == nil
@cater_activate = !@cater_activate
else
@cater_activate = value
end
return
end

#-----------------------------------------------------------------------------
# switch for isometric function
#-----------------------------------------------------------------------------
def switch_isometric(value = nil)
if value == nil
@isometric = !@isometric
else
@isometric = value
end
if @cater_activate and $game_map != nil
for actor in $game_map.game_party_actors
actor.way = []
actor.path_steps = 0
actor.move_list = []
actor.moveto($game_player.x, $game_player.y)
end
end
return
end

#-----------------------------------------------------------------------------
# switch for caterpillar overlapping
#-----------------------------------------------------------------------------
def switch_cater_overlap(value = nil)
if value == nil
@cater_overlap = !@cater_overlap
else
@cater_overlap = value
end
return
end

#-----------------------------------------------------------------------------
# switch for direction fix while sprinting
#-----------------------------------------------------------------------------
def switch_sprint_fix(value = nil)
if value == nil
@sprint_fix = !@sprint_fix
else
@sprint_fix = value
end
return
end

#-----------------------------------------------------------------------------
# switch for the minimap
#-----------------------------------------------------------------------------
def switch_minimap(value = nil)
if value == nil
@minimap = !@minimap
else
@minimap = value
end
return
end

#-----------------------------------------------------------------------------
# switch for the minimap character sprites
#-----------------------------------------------------------------------------
def switch_minimap_sprites(value = nil)
if value == nil
@minimap_sprites = !@minimap_sprites
else
@minimap_sprites = value
end
return
end

#-----------------------------------------------------------------------------
# switch for the collision minimap
#-----------------------------------------------------------------------------
def switch_minimap_collision(value = nil)
if value == nil
@minimap_collision = !@minimap_collision
else
@minimap_collision = value
end
return
end

#-----------------------------------------------------------------------------
# switch for hero sliding
#-----------------------------------------------------------------------------
def switch_sliding(value = nil)
if value == nil
@sliding = !@sliding
else
@sliding = value
end
return
end

#-----------------------------------------------------------------------------
# switch for special panorama scrolling
#-----------------------------------------------------------------------------
def switch_panorama_scrolling(value = nil)
if value == nil
@panorama_scrolling = !@panorama_scrolling
else
@panorama_scrolling = value
end
return
end

end

#-------------------------------------------------------------------------------
# creates the setting object (depending on if the game has just been
# started or restarted)
#-------------------------------------------------------------------------------
if $pixelmovement == nil
$pixelmovement = Pixelmovement_Settings.new
else
$pixelmovement = Pixelmovement_Settings.new(true)
end

#===============================================================================
# Game_Map Class
#===============================================================================
class Game_Map

# for autotiles
INDEX =
[
26, 27, 32, 33, 4 , 27, 32, 33, 26, 5, 32, 33, 4, 5, 32, 33,
26, 27, 32, 11, 4 , 27, 32, 11, 26, 5, 32, 11, 4, 5, 32, 11,
26, 27, 10, 33, 4 , 27, 10, 33, 26, 5, 10, 33, 4, 5, 10, 33,
26, 27, 10, 11, 4 , 27, 10, 11, 26, 5, 10, 11, 4, 5, 10, 11,
24, 25, 30, 31, 24, 5, 30, 31, 24, 25, 30, 11, 24, 5, 30, 11,
14, 15, 20, 21, 14, 15, 20, 11, 14, 15, 10, 21, 14, 15, 10, 11,
28, 29, 34, 35, 28, 29, 10, 35, 4, 29, 34, 35, 4, 29, 10, 35,
38, 39, 44, 45, 4, 39, 44, 45, 38, 5, 44, 45, 4, 5, 44, 45,
24, 29, 30, 35, 14, 15, 44, 45, 12, 13, 18 ,19, 12, 13, 18, 11,
16, 17, 22, 23, 16, 17, 10, 23, 40, 41, 46, 47, 4, 41, 46, 47,
36, 37, 42, 43, 36, 5, 42, 43, 12, 17, 18, 23, 12, 13, 42, 43,
36, 41, 42, 47, 16, 17, 46, 47, 12, 17, 42, 47, 0, 1, 6, 7
]
X = [0, 1, 0, 1]
Y = [0, 0, 1, 1]

attr_accessor :collision_map # Bitmap which saves the collision map
attr_accessor :char_graphic_changing # saves chars which changed their graphic
attr_accessor :height_map # saves height-map
attr_accessor :swamp_map # saves swamp-map
attr_accessor :tileset_name
attr_accessor :autotile_names
attr_accessor :events
attr_accessor :game_party_actors # Caterpillars
attr_reader :jump_events # for jump events
attr_reader :ice_events # for sliding events

#-----------------------------------------------------------------------------
# initialising method
#-----------------------------------------------------------------------------
alias pixel_initialize initialize if not $pixelmovement.pixel_aliasing
def initialize
pixel_initialize
@char_graphic_changing = [] # contains characters which graphics changed
end

#-----------------------------------------------------------------------------
# map setup
#-----------------------------------------------------------------------------
alias pixel_set setup if not $pixelmovement.pixel_aliasing
def setup(map_id)
pixel_set(map_id)

#---------------------------------------------------------------------------
# Caterpillar System
#---------------------------------------------------------------------------
@game_party_actors = []
if $pixelmovement.cater_activate
for i in 1..$game_party.actors.length
@game_party_actors += [Game_Party_Actor.new(i)]
end
end

#---------------------------------------------------------------------------
# checks if Pixel Setting is activated, adds every event consisting a
# "jump/ice-comment" to an array or for special frame rates, etc..
#---------------------------------------------------------------------------
@jump_events = {}
@ice_events = {}
for event in @events.values
i = 0
list = event.event.pages[0]
while list.list[i].code == 108 or list.list[i].code == 408
if list.list[i].parameters[0].downcase.include?('teleport:')
bla = list.list[i].parameters[0].split(/:/)[1].split(/,/)
event.moveto(bla[0].to_i,bla[1].to_i)
elsif list.list[i].parameters[0].downcase.include?('jump:')
@jump_events[event.id] = event
elsif list.list[i].parameters[0].downcase.include?('ice:')
@ice_events[event.id] = event
elsif list.list[i].parameters[0].downcase.include?('frames:')
event.frame_number = list.list[i].parameters[0].split(/:/)[1].to_i
elsif list.list[i].parameters[0].downcase.include?('stand frame:')
event.stand_frame = list.list[i].parameters[0].split(/:/)[1].to_i
elsif list.list[i].parameters[0].downcase.include?('directions:')
event.direction_number = list.list[i].parameters[0].split(/:/)[1].to_i
end
i += 1
end
end

#---------------------------------------------------------------------------
# frame rate etc. for Player
#---------------------------------------------------------------------------
if $pixelmovement.player_frame_number != nil
$game_player.frame_number = $pixelmovement.player_frame_number
else
$game_player.frame_number = $pixelmovement.frame_number
end
if $pixelmovement.player_direction_number != nil
$game_player.direction_number = $pixelmovement.player_direction_number
else
$game_player.direction_number = $pixelmovement.direction_number
end
if $pixelmovement.player_stand_frame != nil
$game_player.stand_frame = $pixelmovement.player_stand_frame
else
$game_player.stand_frame = $pixelmovement.stand_frame
end

#---------------------------------------------------------------------------
# for Loop Maps
#---------------------------------------------------------------------------
name = (load_data('Data/MapInfos.rxdata'))[@map_id].name
if name.include?('[Loop-Map]') and
not $pixelmovement.loop_maps.include?(@map_id)
$pixelmovement.loop_maps += [@map_id]
end

#---------------------------------------------------------------------------
# see below
#---------------------------------------------------------------------------
self.init_bitmaps
self.event_sizes

end

#-----------------------------------------------------------------------------
# reads passability map (first tries from a map, then from a tileset,
# or nothing)
#-----------------------------------------------------------------------------
def init_bitmaps
@collision_map = nil
@collision_map = RPG::Cache.collision_map(map_id.to_s)
@pass_type = 'Map'
if @collision_map == nil
@collision_map = []
@collision_map[0] = RPG::Cache.collision_map(@tileset_name)
@pass_type = 'Tileset'
if @collision_map[0] == nil
@collision_map == nil
@pass_type = nil
else # Autotiles
@autotile_names.each do |name|
bitmap = RPG::Cache.collision_map(name)
if bitmap != nil and bitmap.width >= 96
gen_autotiles(@collision_map.length, bitmap)
else
@collision_map[@collision_map.length] = Bitmap.new(32*8, 32*6)
end
end
end
end

#loads height-map
@height_map = RPG::Cache.height_map(map_id.to_s)

#loads swamp-map
@swamp_map = RPG::Cache.swamp_map(map_id.to_s)

end

#---------------------------------------------------------------------------
# saves Event-Sizes
#---------------------------------------------------------------------------
def event_sizes
@char_bits = []
@char_names = []

#---------------------------------------------------------------------------
# Hero
#---------------------------------------------------------------------------
if $game_party.actors != [] and $game_party.actors[0].character_name != ''
if $pixelmovement.player_size != [] # if Player-Size is set manually
$game_player.size['x'] = $pixelmovement.player_size[0]
$game_player.size['y'] = $pixelmovement.player_size[1]
else # else: from graphic
name='Graphics/Characters/' + $game_party.actors[0].character_name
@char_bits[0] = Bitmap.new(name)
bla = [@char_bits[0].width/$game_player.frame_number/4,
@char_bits[0].height/$game_player.direction_number/4].max +
$pixelmovement.event_size_add
$game_player.size['x'] = bla
$game_player.size['y'] = bla
end
end
@char_names[0] = $game_party.actors[0].character_name

#---------------------------------------------------------------------------
#Events
#---------------------------------------------------------------------------
if @events.keys.length > 0
@events.keys.each do |id|

# uses graphic
if @events[id].character_name != ''
@char_bits[id] = Bitmap.new(name = 'Graphics/Characters/' +
@events[id].character_name)
bla = [@char_bits[id].width/@events[id].frame_number/4,
@char_bits[id].height/@events[id].direction_number/4].max +
$pixelmovement.event_size_add
@events[id].size['x'] = bla
@events[id].size['y'] = bla
end

# checks if a comment is in the first lines
i = 0
list = @events[id].event.pages[0]
while list.list[i].code == 108 or list.list[i].code == 408
if list.list[i].parameters[0].downcase.include?('event_size:')
bla = list.list[i].parameters[0].split(/:/)[1]
if not bla.include?(',')
@events[id].size['x'] = bla.to_i
@events[id].size['y'] = bla.to_i
else
bla = bla.split(/,/)
@events[id].size['x'] = bla[0].to_i
@events[id].size['y'] = bla[1].to_i
end
break
end
i += 1
end

@char_names[id] = @events[id].character_name

end
end

@char_bits = []
end

#-----------------------------------------------------------------------------
# Autotiles
#-----------------------------------------------------------------------------
def gen_autotiles(id,bitmap)
scroll = []
frame = []
autotile = bitmap
scroll[id] = 0
frame[id] = autotile.width / 96
width = 8 * 32 * frame[id]
height = 6 * 32
@collision_map[id] = Bitmap.new(width, height)
for f in 0...frame[id]
for pos in 0...48
for corner in [0,1,2,3]
h = 4 * pos + corner
yy = INDEX[h] / 6
xx = INDEX[h] % 6 + f * 6
y = pos / 8
x = pos % 8 + f * 8
src_rect = Rect.new(xx * 16 , yy * 16 , 16, 16 )
@collision_map[id].blt(x * 32 + X[corner] * 16,
y * 32 + Y[corner] * 16 , autotile, src_rect)
end
end
end
end

#-----------------------------------------------------------------------------
# Encounter steps has been made for Pixelmovement
#-----------------------------------------------------------------------------
alias pixel_encounter_step encounter_step if not $pixelmovement.pixel_aliasing
def encounter_step
return pixel_encounter_step * 32
end


#-----------------------------------------------------------------------------
# Scroll Down, edited for Looping Maps
#-----------------------------------------------------------------------------
alias pixel_scr_down scroll_down if not $pixelmovement.pixel_aliasing
def scroll_down(distance)
if $pixelmovement.loop_maps.include?(@map_id)
@display_y = @display_y + distance.round
else
pixel_scr_down(distance.round)
end
end


#-----------------------------------------------------------------------------
# Scroll Left, edited for Looping Maps
#-----------------------------------------------------------------------------
alias pixel_scr_left scroll_left if not $pixelmovement.pixel_aliasing
def scroll_left(distance)
if $pixelmovement.loop_maps.include?(@map_id)
@display_x = @display_x - distance.round
else
pixel_scr_left(distance.round)
end
end

#-----------------------------------------------------------------------------
# Scroll Right, edited for Looping Maps
#-----------------------------------------------------------------------------
alias pixel_scr_right scroll_right if not $pixelmovement.pixel_aliasing
def scroll_right(distance)
if $pixelmovement.loop_maps.include?(@map_id)
@display_x = @display_x + distance.round
else
pixel_scr_right(distance.round)
end
end

#-----------------------------------------------------------------------------
# Scroll Up, edited for Looping Maps
#-----------------------------------------------------------------------------
alias pixel_scr_up scroll_up if not $pixelmovement.pixel_aliasing
def scroll_up(distance)
if $pixelmovement.loop_maps.include?(@map_id)
@display_y = @display_y - distance.round
else
pixel_scr_up(distance.round)
end
end

#-----------------------------------------------------------------------------
# valid? method, uses real map-size now (*32)
#-----------------------------------------------------------------------------
alias pixel_valid? valid? if not $pixelmovement.pixel_aliasing
def valid?(x, y)
return (pixel_valid?(x / 32 + 1,(y + 30) / 32) or
$pixelmovement.loop_maps.include?(@map_id))
end

#-----------------------------------------------------------------------------
# Passable? method
# has been rebuilt for both collision maps and databse passability
#-----------------------------------------------------------------------------
def passable?(x, y, d, self_event = nil)

# returns if coords are not on the map
return false if not valid?(x, y)

# return true if self_event is a Caterpillar
return true if self_event.is_a?(Game_Party_Actor)

# changes d if neccessary
if d == 1 or d == 3 or d == 0
d = 2
elsif d == 7 or d == 9
d = 8
end

#---------------------------------------------------------------------------
# collision map exists?
#---------------------------------------------------------------------------
if @pass_type == 'Map' or @pass_type == 'Tileset'
return pixel_passable?(x, y, d, self_event, @pass_type)

#---------------------------------------------------------------------------
# without Collision Map, database passability is used
#---------------------------------------------------------------------------
else

#-------------------------------------------------------------------------
# creates rectangle which has to be checked
#-------------------------------------------------------------------------

if self_event == nil
x_size = y_size = 0
else
x_size = self_event.size['x']
y_size = self_event.size['y']
end
x = x + 16
y = y + 30

case d
when 2
x = (x - x_size / 2)..(x + x_size / 2)
y = [y]
when 4
x = [x - x_size / 2]
y = (y - y_size)..y
when 6
x = [x + x_size / 2]
y = (y - y_size)..y
when 8
x = (x - x_size / 2)..(x + x_size / 2)
y = [y - y_size]
end

#-------------------------------------------------------------------------
# checks this rectangle if it is passable
#-------------------------------------------------------------------------
bit = (1 << (d / 2 - 1)) & 0x0f
bit_i = (1 << ((10 - d) / 2 - 1)) & 0x0f
for x_i in x
for y_i in y
for i in [2, 1, 0]
tile_id = data[x_i / 32, y_i / 32, i]

#-------------------------------------------------------------------
# impassable
#-------------------------------------------------------------------
if tile_id == nil or
# impassable
@passages[tile_id] & 0x0f == 0x0f or
# If you can move on the tile but not over the tile to another one
(@passages[tile_id] & bit != 0 and
# needed for a small border
(((x_i - 8) % 32 == 0 and bit == 2) or # Face Left
((x_i + 8) % 32 == 0 and bit == 4) or # Face Right
((y_i + 8) % 32 == 0 and bit == 1) or # Face Down
((y_i - 8) % 32 == 0 and bit == 8))) # Face Up
return false

#-------------------------------------------------------------------
# only one direction is passable
#-------------------------------------------------------------------
elsif [7, 11, 14, 13].include?(@passages[tile_id])

# Tile next to the obstacle (maybe more Tiles have to be set,
# e.g. if an obstacle is both on the left and on the right side)
x_t = 0
x_t2 = 0
y_t = 0
y_t2 = 0

x_t -= 24 if [7, 13, 14].include?(@passages[tile_id]) # RIGHT

if x_t == 0
x_t += 24 if [7, 11, 14].include?(@passages[tile_id]) #LEFT
else
x_t2 += 24 if [7, 11, 14].include?(@passages[tile_id])
end

y_t -= 24 if [7, 11, 13].include?(@passages[tile_id]) # DOWN

if y_t == 0
y_t += 24 if [11, 13, 14].include?(@passages[tile_id]) # UP
else
y_t2 += 24 if [11, 13, 14].include?(@passages[tile_id])
end

tile_id_1 = data[(x_i + x_t) / 32, y_i / 32, i] if x_t != 0
tile_id_2 = data[x_i / 32, (y_i + y_t) / 32, i] if y_t != 0
tile_id_3 = data[(x_i + x_t2) / 32, y_i / 32, i] if x_t2 != 0
tile_id_4 = data[x_i / 32, (y_i + y_t2) / 32, i] if y_t2 != 0

# If obstacle is set, and you cannot move on the tile
if @passages[tile_id] >= bit_i and
((tile_id_1 != nil and @passages[tile_id_1] != 0) or
(tile_id_2 != nil and @passages[tile_id_2] != 0) or
(tile_id_3 != nil and @passages[tile_id_3] != 0) or
(tile_id_4 != nil and @passages[tile_id_4] != 0))
return false
end

#-------------------------------------------------------------------
# more than one direction is passable
#-------------------------------------------------------------------
else

# Tile next to the obstacle (maybe more Tiles have to be set,
# e.g. if an obstacle is both on the left and on the right side)
x_t = 0
x_t2 = 0
y_t = 0
y_t2 = 0

x_t -= 24 if [4, 5, 6, 12].include?(@passages[tile_id]) # RIGHT

if x_t == 0
x_t += 24 if [2, 3, 6, 10].include?(@passages[tile_id]) #LEFT
else
x_t2 += 24 if [2, 3, 6, 10].include?(@passages[tile_id])
end

y_t -= 24 if [1, 3, 5, 9].include?(@passages[tile_id]) # DOWN

if y_t == 0
y_t += 24 if [8, 9, 10, 12].include?(@passages[tile_id]) # UP
else
y_t2 += 24 if [8, 9, 10, 12].include?(@passages[tile_id])
end

if x_t != 0 or y_t != 0
tile_id_1 = data[(x_i + x_t) / 32, (y_i + y_t) / 32, i]
end
if x_t2 != 0 or y_t2 != 0
tile_id_2 = data[(x_i + x_t2) / 32, (y_i + y_t2) / 32, i]
end

# If obstacle is set, and you cannot move on the tile
if @passages[tile_id] >= bit_i and
((tile_id_1 != nil and @passages[tile_id_1] != 0) or
(tile_id_2 != nil and @passages[tile_id_2] != 0))
return false
end

end

end
end
end

end

return true

end

#-----------------------------------------------------------------------------
# checks if passable, initialises pixel to be checked
#-----------------------------------------------------------------------------
def pixel_passable?(x, y, d, event, type)
if event == nil
x_size = y_size = 2
else
x_size = event.size['x']
y_size = event.size['y']
end
x_size = 2 if x_size < 2
y_size = 2 if y_size < 2
x = x + 16
y = y + 30
counter = 0

#---------------------------------------------------------------------------
# checks pixel on collision map
#---------------------------------------------------------------------------
case d
when 2
for i in (x - x_size / 2)..(x + x_size / 2)
if i % 2 == 0 and ((type == 'Map' and self.pass_map(i, y)) or
( type == 'Tileset' and self.pass_tileset(i, y)))
counter += 1
end
end

return true if counter >= ((x + x_size / 2) - (x - x_size / 2)) / 2

when 4
for i in (y - y_size)..(y)
if i % 2 == 0 and ((type == 'Map' and
self.pass_map(x - x_size / 2, i)) or
(type == 'Tileset' and self.pass_tileset(x - x_size / 2, i)))
counter += 1
end
end

return true if counter >= ((y) - (y - y_size)) / 2

when 6
for i in (y - y_size)..(y)
if i % 2 == 0 and
((type == 'Map' and self.pass_map(x + x_size / 2, i)) or
( type == 'Tileset' and self.pass_tileset(x + x_size / 2, i)))
counter += 1
end
end

return true if counter >= ((y) - (y - y_size)) / 2

when 8
for i in (x - x_size / 2)..(x + x_size / 2)
if i % 2 == 0 and ((type == 'Map' and self.pass_map(i, y - y_size)) or
( type == 'Tileset' and self.pass_tileset(i, y - y_size)))
counter += 1
end
end

return true if counter >= ((x + x_size / 2) - (x - x_size / 2)) / 2
end

return false

end

#-----------------------------------------------------------------------------
# Checks passability if a Tileset Collision-Map is used
#-----------------------------------------------------------------------------
def pass_tileset(x, y)

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------

# on looped maps: coords are changed eventually
if $pixelmovement.loop_maps.include?($game_map.map_id)
if x >= ($game_map.width * 32)
x -= ($game_map.width * 32)
elsif x < 0
x += ($game_map.width * 32)
end
if y >= ($game_map.height * 32)
y -= ($game_map.height * 32)
elsif y < 0
y += ($game_map.height * 32)
end
end
layer = 0 # current layer
passed = [] # saves which layers are passable
empty = 0 # saves which layers do not contain a tile on this position
type = 0 # saves which autotile set has to be saved (or normal tileset)
x_s = x # sabes original x coord
y_s = y # sabes original y coord

#---------------------------------------------------------------------------
# checks every layer
#---------------------------------------------------------------------------
while layer <= 2
pruefe = true
x = x_s
y = y_s
pos = self.data[x / 32, y / 32, layer]
pos = 0 if pos == nil

#-------------------------------------------------------------------------
# calculates position on collision map
#-------------------------------------------------------------------------
if pos >= 384
pos -= 384
sy = (pos / 8) * 32
sx = (pos % 8) * 32
x = sx + x % 32
y = sy + y % 32
type = 0
elsif pos >= 48
type = pos / 48
pos = pos % 48
sy = (pos / 8) * 32
sx = (pos % 8)* 32
x = sx + x % 32
y = sy + y % 32
else
passed[layer] = 1
empty += 1
pruefe = false
end

#-------------------------------------------------------------------------
# checks collision map and saves result into the collision table / checks
# collision table (to check a table is faster!)
#-------------------------------------------------------------------------
if pruefe
table = RPG::Cache.read_table(@collision_map[type], x, y)
if table == 2
passed[layer] = 1
elsif table == 1
passed[layer] = 0
else
if @collision_map[type].get_pixel(x, y) != Color.new(0, 0, 0)
passed[layer] = 1
RPG::Cache.write_table(@collision_map[type], x, y, 2)
else
passed[layer] = 0
RPG::Cache.write_table(@collision_map[type], x, y, 1)
end
end
end

layer += 1
end

#---------------------------------------------------------------------------
# 'Bridges' or free space = true
#---------------------------------------------------------------------------
return ((passed[0] == 1 and passed[1] == 1 and passed[2] == 1) or
(passed[0] == 0 and passed[1] == 1 and passed[2] == 1 and
((data[x_s / 32, y_s / 32, 1] != 0 and
@priorities[data[x_s / 32, y_s / 32, 1]] == 0) or
(data[x_s / 32, y_s / 32, 2] != 0 and
@priorities[data[x_s / 32, y_s / 32, 2]] == 0)) and empty < 2))

end

#-----------------------------------------------------------------------------
# Checks passability if a Map Collision-Map is used
#-----------------------------------------------------------------------------
def pass_map(x, y)

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------

# on looped maps: coords are changed eventually
if $pixelmovement.loop_maps.include?($game_map.map_id)
if x >= ($game_map.width * 32)
x -= ($game_map.width * 32)
elsif x < 0
x += ($game_map.width * 32)
end
if y >= ($game_map.height * 32)
y -= ($game_map.height * 32)
elsif y < 0
y += ($game_map.height * 32)
end
end


#---------------------------------------------------------------------------
# checks collision map and saves result into the collision table / checks
# collision table (to check a table is faster!)
#---------------------------------------------------------------------------
table = RPG::Cache.read_table(@collision_map, x, y)
if table == 2
return true
elsif table == 1
return false
else
if @collision_map.get_pixel(x, y) != Color.new(0, 0, 0)
RPG::Cache.write_table(@collision_map, x, y, 2)
return true
else
RPG::Cache.write_table(@collision_map, x, y, 1)
return false
end
end
end

#-----------------------------------------------------------------------------
# bush? method, converts Px Coords to Tile Coords
#-----------------------------------------------------------------------------
alias pixel_bush? bush? if not $pixelmovement.pixel_aliasing
def bush?(x, y)
x = (x + 16) / 32
y = (y - 8) / 32 + 1
pixel_bush?(x, y)
end

#-----------------------------------------------------------------------------
# counter? method, converts Px Coords to Tile Coords
#-----------------------------------------------------------------------------
alias pixel_counter? counter? if not $pixelmovement.pixel_aliasing
def counter?(x, y)
x = (x + 16) / 32
y = (y - 8) / 32 + 1
pixel_counter?(x, y)
end

#-----------------------------------------------------------------------------
# terrain method, converts Px Coords to Tile Coords
#-----------------------------------------------------------------------------
alias pixel_terrain terrain_tag if not $pixelmovement.pixel_aliasing
def terrain_tag(x, y)
x = (x + 16) / 32
y = (y - 8) / 32 + 1
pixel_terrain(x, y)
end

#-----------------------------------------------------------------------------
# returns the id on the position x,y
#-----------------------------------------------------------------------------
def tile_id(x, y, i = 0)
x = (x + 16) / 32
y = (y - 8) / 32 + 1
return data[x, y, i]
end

#-----------------------------------------------------------------------------
# check_event method, converts Px Coords to Tile Coords
#-----------------------------------------------------------------------------
alias pixel_check_event check_event if not $pixelmovement.pixel_aliasing
def check_event(x, y)

return pixel_check_event(x, y) if pixel_check_event != nil

for event in $game_map.events.values
if event.in_rect?(x, y, 32, 32)
return event.id
end
end
end

#-----------------------------------------------------------------------------
# map update
#-----------------------------------------------------------------------------
alias pixel_map_up update if not $pixelmovement.pixel_aliasing
def update

#---------------------------------------------------------------------------
# if an event changes its graphic the size will be calculated again
#---------------------------------------------------------------------------
if @char_graphic_changing != []
if $scene.is_a?(Scene_Map) and $scene.spriteset != nil and
$scene.spriteset.minimap != nil
$scene.spriteset.minimap.set_chars($scene.spriteset)
end
do_it = 0

@events.keys.each do |id|
if @char_graphic_changing.include?(id) and
not @events[id].in_rect?($game_player.x,
$game_player.y + @events[id].size['y'] / 2 - $game_player.size['y'] / 2,
[$game_player.size['x'], @events[id].size['x']].max * 2,
[$game_player.size['y'], @events[id].size['y']].max * 2)
do_it += 1
end
end

if do_it == @char_graphic_changing.length
self.event_sizes
@char_graphic_changing = []
end

else

@events.keys.each do |id|
if @events[id].character_name != @char_names[id]
@char_graphic_changing += [id]
end
end
if $game_player.character_name != @char_names[0]
@char_graphic_changing += [0]
end

end

#---------------------------------------------------------------------------
# normal update
#---------------------------------------------------------------------------
pixel_map_up

#---------------------------------------------------------------------------
# updates Caterpillars (and (de)activates them, if neccessary)
#---------------------------------------------------------------------------
if @game_party_actors != []
@game_party_actors.each do |actor|
actor.update
end
if not $pixelmovement.cater_activate
for sprite in $scene.spriteset.game_party_actors_sprites
sprite.dispose
end
$scene.spriteset.game_party_actors_sprites = []
@game_party_actors = []
end
elsif $pixelmovement.cater_activate
@game_party_actors = []
for i in 1..$game_party.actors.length
@game_party_actors += [Game_Party_Actor.new(i)]
end
for i in 0..@game_party_actors.length - 1
sprite = Sprite_Character.new($scene.spriteset.viewport1,
@game_party_actors[i])
$scene.spriteset.game_party_actors_sprites.push(sprite)
end
end

end
end

#===============================================================================
# Game_Character Class
#===============================================================================
class Game_Character

attr_accessor :x
attr_accessor :y
attr_accessor :stop_count
attr_accessor :direction
attr_accessor :trigger_on
attr_accessor :event
attr_accessor :move_speed
attr_accessor :opacity
attr_accessor :walk_anime
attr_accessor :size
attr_accessor :step_anime
attr_accessor :z
attr_accessor :last_moving
attr_accessor :way
attr_accessor :path_steps
attr_accessor :speed_factor
attr_accessor :frame_number
attr_accessor :direction_number
attr_accessor :stand_frame

#-----------------------------------------------------------------------------
# initialising method
#-----------------------------------------------------------------------------
alias pixel_cha_init initialize if not $pixelmovement.pixel_aliasing
def initialize
pixel_cha_init

@last_moving = false # saves if Character was moving at the last update
@move_speed = @move_speed * 1.0
@walk = false # used to prevent sliding when the event starts walking
@path_steps = 0 # saves step-size after pathfinding
@trigger_on = 0 # used to prevent multi-event-activation
@way = nil # saved Path found with pathfinding
@speed_factor = 1.0 # for height/swamp maps
@z = 0 # z-coordinate
@size = { # Event-Size
'x' => 32,
'y' => 32
}

@frame_number = $pixelmovement.frame_number
@direction_number = $pixelmovement.direction_number
@stand_frame = $pixelmovement.stand_frame

end

#-----------------------------------------------------------------------------
# moving? method, for Pixel Coordinates
#-----------------------------------------------------------------------------
def moving?
return (@real_x != @x * 4 or @real_y != @y * 4)
end

#-----------------------------------------------------------------------------
# passable? method, for pixel passability and 8 directions
#-----------------------------------------------------------------------------
def passable?(x, y, d, steps = 32)

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------

# for Isometric script
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

new_x = x + (d == 1 ? -steps_x : d == 3 ? steps_x : d == 7 ? -steps_x :
d == 9 ? steps_x : d == 6 ? steps_x : d == 4 ? -steps_x : 0)
new_y = y + (d == 1 ? steps_y : d == 3 ? steps_y : d == 7 ? -steps_y :
d == 9 ? -steps_y : d == 2 ? steps_y : d == 8 ? -steps_y : 0)

return false if not $game_map.valid?(new_x, new_y)

return true if @through

# help variables
help_x = new_x
help_y = new_y
counter = 0

#---------------------------------------------------------------------------
# checks the way to the new position if it is passable
#---------------------------------------------------------------------------
case d
when 1
y+=1
x-=1
while (help_y >= y) and (help_x <= x) and
($game_map.passable?(help_x,help_y, 2, self)) and
($game_map.passable?(help_x,help_y, 4, self))
counter += 2
help_y -= 2
help_x += 2
end

return false if counter < new_y - y + 1 and counter < x - new_x + 1

when 2
y += 1
while (help_y >= y) and ($game_map.passable?(help_x, help_y, d, self))
counter += 2
help_y -= 2
end

return false if counter < new_y - y + 1

when 3
y += 1
x += 1
while (help_y >= y) and (help_x >= x) and
($game_map.passable?(help_x, help_y, 2, self)) and
($game_map.passable?(help_x, help_y, 6, self))
counter += 2
help_y -= 2
help_x -= 2
end

return false if counter < new_y - y + 1 and counter < new_x - x + 1

when 4
x -= 1
while (help_x <= x) and ($game_map.passable?(help_x, help_y, d, self))
counter += 2
help_x += 2
end

return false if counter < x - new_x + 1

when 6
x += 1
while (help_x >= x) and ($game_map.passable?(help_x, help_y, d, self))
counter += 2
help_x -= 2
end

return false if counter < new_x - x + 1

when 7
y -= 1
x -= 1
while (help_y <= y) and (help_x <= x) and
($game_map.passable?(help_x, help_y, 8, self)) and
($game_map.passable?(help_x, help_y, 4, self))
counter += 2
help_y += 2
help_x += 2
end

return false if counter < y - new_y + 1 and counter < x - new_x + 1

when 8
y -= 1
while (help_y <= y) and ($game_map.passable?(help_x, help_y, d, self))
counter += 2
help_y += 2
end

return false if counter < y - new_y + 1

when 9
y -= 1
x += 1
while (help_y <= y) and (help_x >= x) and
($game_map.passable?(help_x, help_y, 8, self)) and
($game_map.passable?(help_x, help_y, 6, self))
counter += 2
help_y += 2
help_x -= 2
end

return false if counter < y - new_y + 1 and counter < new_x - x + 1
end

#---------------------------------------------------------------------------
# checks if an Event is on the same place
#---------------------------------------------------------------------------
for event in $game_map.events.values
if self.in_rect?(event.x, event.y - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'],
event.size['y'] + @size['y'], new_x, new_y) and
event != self and not event.through and (event.character_name != '' or
event.tile_id != 0)
return false
end
end

#---------------------------------------------------------------------------
# checks if the Player is on the same place
#---------------------------------------------------------------------------
if self != $game_player and not $game_player.through and
(@character_name != '' or $game_player.tile_id != 0) and
self.in_rect?($game_player.x,
$game_player.y - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] + @size['x'],
$game_player.size['y'] + @size['y'], new_x, new_y)
return false
end

#---------------------------------------------------------------------------
# passable
#---------------------------------------------------------------------------
return true
end

#-----------------------------------------------------------------------------
# moveto method, for Pixel Coords
#-----------------------------------------------------------------------------
def moveto(x, y)
@x = x % ($game_map.width * 32)
@y = y % ($game_map.height * 32)
@real_x = @x * 4
@real_y = @y * 4
@prelock_direction = 0
end

#-----------------------------------------------------------------------------
# update method, has been splitted to give an easier overview
#-----------------------------------------------------------------------------
def update

#---------------------------------------------------------------------------
# updates
#---------------------------------------------------------------------------

# update special for looped maps
self.update_loop_map

# checks for events
self.check_event_trigger_touch if (self.moving? and not @through)

# walks Pathfinding route
self.go_path

# checks if the move speed changes because of hills, swamps, etc.
if not self.is_a?(Game_Party_Actor)
@move_speed /= @speed_factor
@speed_factor = [[0.1, self.move_speed_change].max, 2.0].min
@move_speed *= @speed_factor
end

@last_moving = false
if jumping?
update_jump
elsif moving?
update_move
@last_moving = true
else
update_stop
end

#---------------------------------------------------------------------------
# updates shown frame
# has been improved, now the event doesnt slide at the beginning anymore
#---------------------------------------------------------------------------
if @anime_count > (18 - @move_speed * 2) * 4 / @direction_number or
(@pattern == 0 and not @walk)
if not @step_anime and @stop_count > 0
@walk = false
@pattern = @original_pattern
else
@walk = true
@pattern = (@pattern + 1) % (@frame_number - @stand_frame)
end
@anime_count = 0
end
if @wait_count > 0
@wait_count -= 1
return
end
if @move_route_forcing
move_type_custom
return
end
return if @starting or lock?

if @stop_count > (40 - @move_frequency * 2) * (6 - @move_frequency)
case @move_type
when 1
move_type_random
when 2
move_type_toward_player
when 3
move_type_custom
end
end

end


#-----------------------------------------------------------------------------
# checks if the speed has to be changed because of the ground
#-----------------------------------------------------------------------------
def move_speed_change

#---------------------------------------------------------------------------
# returns if nothing has to be checked
#---------------------------------------------------------------------------
return 1.0 if ($game_map.swamp_map == nil and $game_map.height_map == nil)

add = 1.0 # changing factor

#---------------------------------------------------------------------------
# checks height-map
#---------------------------------------------------------------------------
if $game_map.height_map != nil
new_x = @x + (@direction == 1 ? -2 : @direction == 3 ? 2 :
@direction == 7 ? -2 : @direction == 9 ? 2 :
@direction == 6 ? 2 : @direction == 4 ? -2 : 0)
new_y = @y + (@direction == 1 ? 2 : @direction == 3 ? 2 :
@direction == 7 ? -2 : @direction == 9 ? -2 :
@direction == 2 ? 2 : @direction == 8 ? -2 : 0)
x_su = @x + 16
y_su = @y + 32
xn_su = new_x + 16
yn_su = new_y + 32

@z = RPG::Cache.read_table($game_map.height_map, x_su - 1, y_su - 1)
if @z == 0
@z = $game_map.height_map.get_pixel(x_su, y_su).red
RPG::Cache.write_table($game_map.height_map, x_su - 1, y_su - 1, @z)
end

p = (@z - $game_map.height_map.get_pixel(xn_su, yn_su).red) * 2
if (xn_su >= $game_map.height_map.width or
yn_su >= $game_map.height_map.height or
x_su >= $game_map.height_map.width or y_su >= $game_map.height_map.height)
p = 0
end

if p > 0
p = p * 3 / 4
end
add /= @move_speed / (@move_speed + p / 2)
end

#---------------------------------------------------------------------------
# checks swamp-map
#---------------------------------------------------------------------------
if $game_map.swamp_map != nil
x_sw = @x + 16
y_sw = @y + 32 - 1
if (x_sw >= $game_map.swamp_map.width or
y_sw >= $game_map.swamp_map.height or x_sw < 0 or y_sw < 0)
add *= 1.0
else
px = RPG::Cache.read_table($game_map.swamp_map, x_sw, y_sw)
if px == 0
px = $game_map.swamp_map.get_pixel(x_sw, y_sw).red
RPG::Cache.write_table($game_map.swamp_map, x_sw, y_sw, px)
end
add *= px / 255.0
end
end

# returns speed
return add

end

#-----------------------------------------------------------------------------
#Loop Map Teleport when Event reached the border, etc.
#-----------------------------------------------------------------------------
def update_loop_map

#---------------------------------------------------------------------------
# returns if map isnt looped (and changes coords of neccessary)
#---------------------------------------------------------------------------
unless $pixelmovement.loop_maps.include?($game_map.map_id)
@x = 0 if @x < 0
@y = 0 if @y < 0
return
end

#---------------------------------------------------------------------------
# returns if self is a caterpillar
#---------------------------------------------------------------------------
return if self.is_a?(Game_Party_Actor)

x_l = 0 # changing horizontal
y_l = 0 # changing vertical

#---------------------------------------------------------------------------
# teleports at the border
#---------------------------------------------------------------------------
if @x > ($game_map.width * 32)
x_l = - ($game_map.width * 32)
@x += x_l
@real_x = (@x) * 4
elsif @x < 0
x_l = ($game_map.width * 32)
@x += x_l
@real_x = (@x) * 4
end
if @y > ($game_map.height * 32)
y_l = - ($game_map.height * 32)
@y += y_l
@real_y = (@y) * 4
elsif @y < 0
y_l = ($game_map.height * 32)
@y += y_l
@real_y = (@y) * 4
end

#---------------------------------------------------------------------------
# If the Player reached the border, the Caterpillars are teleported, too
#---------------------------------------------------------------------------
return if not (self == $game_player and (x_l != 0 or y_l != 0))

$game_map.game_party_actors.each do |actor|
actor.x += x_l
actor.y += y_l
actor.real_x = (actor.x) * 4
actor.real_y = (actor.y) * 4
actor.move_list.each do |ko|
ko[0] += x_l
ko[1] += y_l
end
end

end

#-----------------------------------------------------------------------------
# update_jump, for Pixel coords
#-----------------------------------------------------------------------------
def update_jump
@jump_count -= 1
@real_x = (@real_x * @jump_count + @x * 4) / (@jump_count + 1)
@real_y = (@real_y * @jump_count + @y * 4) / (@jump_count + 1)
end

#-----------------------------------------------------------------------------
# update_move, for Pixel coords + Isometric Script
#-----------------------------------------------------------------------------
def update_move

distance = (2 ** @move_speed).round

if @y * 4 < @real_y
@real_y = [@real_y - distance, @y * 4].max
elsif @y * 4 > @real_y
@real_y = [@real_y + distance, @y * 4].min
end
if @x * 4 < @real_x
if $pixelmovement.isometric
@real_x = [@real_x - distance * 2, @x * 4].max
else
@real_x = [@real_x - distance, @x * 4].max
end
elsif @x * 4 > @real_x
if $pixelmovement.isometric
@real_x = [@real_x + distance * 2, @x * 4].min
else
@real_x = [@real_x + distance, @x * 4].min
end
end


if @walk_anime
@anime_count += 1.5
elsif @step_anime
@anime_count += 1
end
end

#-----------------------------------------------------------------------------
# New Move Random (more pixellike)
#-----------------------------------------------------------------------------
def move_type_random
case rand(12)
when 0..7
(rand(9) + 8).times do
move_random(2)
end
when 8..9
(rand(9) + 8).times do
move_forward(2)
end
end
end

#-----------------------------------------------------------------------------
# New Move Toward Player (more pixellike)
#-----------------------------------------------------------------------------
def move_type_toward_player
sx = @x - $game_player.x
sy = @y - $game_player.y
abs_sx = sx > 0 ? sx : -sx
abs_sy = sy > 0 ? sy : -sy
if sx.abs + sy.abs >= 32 * 20
8.times do
move_random(4)
end
elsif sx.abs > 0 or sy.abs > 0
8.times do
move_toward_player(4)
end
end
end

#-----------------------------------------------------------------------------
# New Move Route (more pixellike)
#-----------------------------------------------------------------------------
def move_type_custom
if jumping? or moving?
return
end

#---------------------------------------------------------------------------
# commands
#---------------------------------------------------------------------------
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
16.times do
move_down(2, true, false)
end
when 2
16.times do
move_left(2, true, false)
end
when 3
16.times do
move_right(2, true, false)
end
when 4
16.times do
move_up(2, true, false)
end
when 5
16.times do
move_lower_left(2,true,false)
end
when 6
16.times do
move_lower_right(2, true, false)
end
when 7
16.times do
move_upper_left(2, true, false)
end
when 8
16.times do
move_upper_right(2, true, false)
end
when 9
16.times do
move_random(2, true, false)
end
when 10
16.times do
move_toward_player(2)
end
when 11
16.times do
move_away_from_player(2)
end
when 12
16.times do
move_forward(2)
end
when 13
16.times do
move_backward(2)
end
when 14
jump(command.parameters[0] * 32, command.parameters[1] * 32)
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
end
end
end

#-----------------------------------------------------------------------------
# move_down, more pixellike
#-----------------------------------------------------------------------------
def move_down(steps = 32, turn_enabled = true, again = true)
if @no_slide != 2
@no_slide = 0
end
if turn_enabled
turn_down
end
if passable?(@x, @y, 2, steps)
@y += steps
increase_steps
else
if again and @no_slide != 2 and $pixelmovement.sliding
if check_slide(2) == 4
move_left(steps, false, false)
elsif check_slide(2) == 6
move_right(steps, false, false)
else
move_lower_left(steps, false, false)
move_lower_right(steps, false, false)
end
end
end
end

#-----------------------------------------------------------------------------
# move_left, more pixellike
#-----------------------------------------------------------------------------
def move_left(steps = 32, turn_enabled = true, again = true)
if @no_slide != 4
@no_slide = 0
end
if turn_enabled
turn_left
end
if passable?(@x, @y, 4, steps)
if $pixelmovement.isometric
@x -= steps * 2
else
@x -= steps
end
increase_steps
else
if again and @no_slide != 4 and $pixelmovement.sliding
if check_slide(4) == 8
move_up(steps, false, false)
elsif check_slide(4) == 2
move_down(steps, false, false)
else
move_upper_left(steps, false, false)
move_lower_left(steps, false, false)
end
end
end
end

#-----------------------------------------------------------------------------
# move_right, more pixellike
#-----------------------------------------------------------------------------
def move_right(steps=32, turn_enabled = true, again = true)
if @no_slide != 6
@no_slide = 0
end
if turn_enabled
turn_right
end
if passable?(@x, @y, 6, steps)
if $pixelmovement.isometric
@x += steps * 2
else
@x += steps
end
increase_steps
else
if again and @no_slide != 6 and $pixelmovement.sliding
if check_slide(6) == 8
move_up(steps, false, false)
elsif check_slide(6) == 2
move_down(steps, false, false)
else
move_upper_right(steps, false, false)
move_lower_right(steps, false, false)
end
end
end
end

#-----------------------------------------------------------------------------
# move_up, more pixellike
#-----------------------------------------------------------------------------
def move_up(steps = 32, turn_enabled = true, again = true)
if @no_slide != 8
@no_slide = 0
end
if turn_enabled
turn_up
end
if passable?(@x, @y, 8, steps)
@y -= steps
increase_steps
else
if again and @no_slide != 8 and $pixelmovement.sliding
if check_slide(8) == 4
move_left(steps, false, false)
elsif check_slide(8) == 6
move_right(steps, false, false)
else
move_upper_left(steps, false, false)
move_upper_right(steps, false, false)
end
end
end
end

#-----------------------------------------------------------------------------
# move_lower_left, more pixellike
#-----------------------------------------------------------------------------
def move_lower_left (steps = 32, turn_enabled = true, again = true)
if again
@no_slide = 0
end
if turn_enabled
turn_lower_left
end
if passable?(@x, @y, 1, steps)
if $pixelmovement.isometric
@x -= steps * 2
else
@x -= steps
end
@y += steps
increase_steps
else
if again and $pixelmovement.sliding
move_down(steps, false, false)
move_left(steps, false, false)
end
end
end

#-----------------------------------------------------------------------------
# move_lower_right, more pixellike
#-----------------------------------------------------------------------------
def move_lower_right(steps = 32, turn_enabled = true, again = true)
if again
@no_slide = 0
end
if turn_enabled
turn_lower_right
end
if passable?(@x, @y, 3, steps)
if $pixelmovement.isometric
@x += steps * 2
else
@x += steps
end
@y += steps
increase_steps
else
if again and $pixelmovement.sliding
move_down(steps, false, false)
move_right(steps, false, false)
end
end
end

#-----------------------------------------------------------------------------
# move_upper_left, more pixellike
#-----------------------------------------------------------------------------
def move_upper_left(steps = 32, turn_enabled = true, again = true)
if again
@no_slide = 0
end
if turn_enabled
turn_upper_left
end
if passable?(@x, @y, 7, steps)
if $pixelmovement.isometric
@x -= steps * 2
else
@x -= steps
end
@y -= steps
increase_steps
else
if again and $pixelmovement.sliding
move_up(steps, false, false)
move_left(steps, false, false)
end
end
end

#-----------------------------------------------------------------------------
# move_upper_right, more pixellike
#-----------------------------------------------------------------------------
def move_upper_right(steps = 32, turn_enabled = true, again = true)
if again
@no_slide = 0
end
if turn_enabled
turn_upper_right
end
if passable?(@x, @y, 9, steps)
if $pixelmovement.isometric
@x += steps * 2
else
@x += steps
end
@y -= steps
increase_steps
else
if again and $pixelmovement.sliding
move_up(steps, false, false)
move_right(steps, false, false)
end
end
end

#-----------------------------------------------------------------------------
# move_random, more pixellike
#-----------------------------------------------------------------------------
def move_random(steps = 32, turn_enabled = true, again = true)
case rand(12)
when 0..1
move_down(steps, turn_enabled, again)
when 2..3
move_left(steps, turn_enabled, again)
when 4..5
move_right(steps, turn_enabled, again)
when 6..7
move_up(steps, turn_enabled, again)
when 8
move_lower_left(steps, turn_enabled, again)
when 9
move_lower_right(steps, turn_enabled, again)
when 10
move_upper_left(steps, turn_enabled, again)
when 11
move_upper_right(steps, turn_enabled, again)
end
end

#-----------------------------------------------------------------------------
# move_toward_player, more pixellike
#-----------------------------------------------------------------------------
def move_toward_player(steps = 32)
case rand(6)
when 0..4
self.turn_toward_player
self.move_forward(steps)
when 5
if steps != 32
self.move_random(steps * 2)
else
self.move_random(steps)
end
end
end

#-----------------------------------------------------------------------------
# move_away_from_player, more pixellike
#-----------------------------------------------------------------------------
def move_away_from_player(steps = 32)
case rand(6)
when 0..4
self.turn_away_from_player
self.move_forward(steps)
when 5
if steps != 32
self.move_random(steps * 2)
else
self.move_random(steps)
end
end
end

#-----------------------------------------------------------------------------
# move_toward_event, more pixellike
#-----------------------------------------------------------------------------
def move_toward_event(id, steps = 32)
case rand(6)
when 0..4
if id == 0
self.turn_toward_player
else
self.turn_toward_event(id)
end
self.move_forward(steps)
when 5
if steps != 32
self.move_random(steps * 2)
else
self.move_random(steps)
end
end
end

#-----------------------------------------------------------------------------
# move_away_from_event, more pixellike
#-----------------------------------------------------------------------------
def move_away_from_event(id, steps = 32)
case rand(6)
when 0..4
if id == 0
self.turn_away_from_player
else
self.turn_away_from_event(id)
end
self.move_forward(steps)
when 5
if steps != 32
self.move_random(steps * 2)
else
self.move_random(steps)
end
end
end

#-----------------------------------------------------------------------------
# move_forward, more pixellike
#-----------------------------------------------------------------------------
def move_forward(steps = 32)
case @direction
when 1
move_lower_left(steps, false, false)
when 2
move_down(steps, false, false)
when 3
move_lower_right(steps, false, false)
when 4
move_left(steps, false, false)
when 6
move_right(steps, false, false)
when 7
move_upper_left(steps, false, false)
when 8
move_up(steps, false, false)
when 9
move_upper_right(steps, false, false)
end
end

#-----------------------------------------------------------------------------
# move_backward, more pixellike
#-----------------------------------------------------------------------------
def move_backward(steps = 32)
last_direction_fix = @direction_fix
@direction_fix = true
case @direction
when 1
move_upper_right(steps, false, false)
when 2
move_up(steps, false, false)
when 3
move_upper_left(steps, false, false)
when 4
move_right(steps, false, false)
when 6
move_left(steps, false, false)
when 7
move_lower_right(steps, false, false)
when 8
move_down(steps, false, false)
when 9
move_lower_left(steps, false, false)
end
@direction_fix = last_direction_fix
end

#-----------------------------------------------------------------------------
# turn_lower_left
#-----------------------------------------------------------------------------
def turn_lower_left
unless @direction_fix
@direction = 1
@stop_count = 0
end
end

#-----------------------------------------------------------------------------
# turn_lower_right
#-----------------------------------------------------------------------------
def turn_lower_right
unless @direction_fix
@direction = 3
@stop_count = 0
end
end

#-----------------------------------------------------------------------------
# turn_upper_left
#-----------------------------------------------------------------------------
def turn_upper_left
unless @direction_fix
@direction = 7
@stop_count = 0
end
end

#-----------------------------------------------------------------------------
# turn_upper_right
#-----------------------------------------------------------------------------
def turn_upper_right
unless @direction_fix
@direction = 9
@stop_count = 0
end
end

#-----------------------------------------------------------------------------
# turn_right_90, for 8 directions
#-----------------------------------------------------------------------------
def turn_right_90
case @direction
when 1
turn_upper_left
when 2
turn_left
when 3
turn_lower_left
when 4
turn_up
when 6
turn_down
when 7
turn_upper_right
when 8
turn_right
when 9
turn_lower_right
end
end

#-----------------------------------------------------------------------------
# turn_left_90, for 8 directions
#-----------------------------------------------------------------------------
def turn_left_90
case @direction
when 1
turn_lower_right
when 2
turn_right
when 3
turn_upper_right
when 4
turn_down
when 6
turn_up
when 7
turn_lower_left
when 8
turn_left
when 9
turn_upper_left
end
end

#-----------------------------------------------------------------------------
# turn_180, for 8 directions
#-----------------------------------------------------------------------------
def turn_180
case @direction
when 1
turn_upper_right
when 2
turn_up
when 3
turn_upper_left
when 4
turn_right
when 6
turn_left
when 7
turn_lower_right
when 8
turn_down
when 9
turn_lower_left
end
end

#-----------------------------------------------------------------------------
# turn_random, for 8 directions
#-----------------------------------------------------------------------------
def turn_random
case rand(12)
when 0..1
turn_up
when 2..3
turn_right
when 4..5
turn_left
when 6..7
turn_down
when 8
turn_upper_right
when 9
turn_upper_left
when 10
turn_lower_right
when 11
turn_lower_left
end
end

#-----------------------------------------------------------------------------
# turn_toward_player, for 8 directions
#-----------------------------------------------------------------------------
def turn_toward_player
vector = Math.atan2(($game_player.y - @y),
($game_player.x - @x)) * 180 / Math::PI
case vector
when -22.49..22.49
@direction = 6
when 22.5..67.49
@direction = 3
when 67.5..112.49
@direction = 2
when 112.5..157.49
@direction = 1
when 157.5..180
@direction = 4
when -180..-157.5
@direction = 4
when -157.49..-112.5
@direction = 7
when -112.49..-67.5
@direction = 8
when -67.49..-22.5
@direction = 9
end
end

#-----------------------------------------------------------------------------
# turn_toward_event, for 8 directions
#-----------------------------------------------------------------------------
def turn_toward_event(id)
vector = Math.atan2(($game_map.events[id].y - @y),
($game_map.events[id].x - @x)) * 180 / Math::PI
case vector
when -22.49..22.49
@direction = 6
when 22.5..67.49
@direction = 3
when 67.5..112.49
@direction = 2
when 112.5..157.49
@direction = 1
when 157.5..180
@direction = 4
when -180..-157.5
@direction = 4
when -157.49..-112.5
@direction = 7
when -112.49..-67.5
@direction = 8
when -67.49..-22.5
@direction = 9
end
end

#-----------------------------------------------------------------------------
# turn_away_from_player, for 8 directions
#-----------------------------------------------------------------------------
def turn_away_from_player
vector = Math.atan2((@y - $game_player.y),
(@x - $game_player.x)) * 180 / Math::PI
case vector
when -22.49..22.49
@direction = 6
when 22.5..67.49
@direction = 3
when 67.5..112.49
@direction = 2
when 112.5..157.49
@direction = 1
when 157.5..180
@direction = 4
when -180..-157.5
@direction = 4
when -157.49..-112.5
@direction = 7
when -112.49..-67.5
@direction = 8
when -67.49..-22.5
@direction = 9
end
end

#-----------------------------------------------------------------------------
# turn_away_from_event, for 8 directions
#-----------------------------------------------------------------------------
def turn_away_from_event(id)
vector = Math.atan2((@y - $game_map.events[id].y),
(@x - $game_map.events[id].x)) * 180 / Math::PI
case vector
when -22.49..22.49
@direction = 4
when 22.5..67.49
@direction = 7
when 67.5..112.49
@direction = 8
when 112.5..157.49
@direction = 9
when 157.5..180
@direction = 6
when -180..-157.5
@direction = 6
when -157.49..-112.5
@direction = 3
when -112.49..-67.5
@direction = 2
when -67.49..-22.5
@direction = 1
end
end

#-----------------------------------------------------------------------------
# returns the face direction of the sprite
#-----------------------------------------------------------------------------
def real_dir
if @direction_number == 8
return @direction
elsif @direction_number == 4
return self.char_sprite.direction if self.char_sprite.direction != nil
end
return 0
end

#-----------------------------------------------------------------------------
# returns if self looks at the event[id]
#-----------------------------------------------------------------------------
def looks_at?(id)
sx = @x - $game_map.events[id].x
sy = @y - $game_map.events[id].y
return true if (sx == 0 and sy == 0)

if sx.abs > sy.abs
if sx > 0 and (@direction == 4 or @direction == 1 or @direction == 7)
return true
elsif sx < 0 and (@direction == 6 or @direction == 3 or @direction == 9)
return true
end
else
if sy > 0 and (@direction == 8 or @direction == 7 or @direction == 9)
return true
elsif sy < 0 and (@direction == 2 or @direction == 1 or @direction == 3)
return true
end
end

return false
end

#-----------------------------------------------------------------------------
# new jump, height added, for Pixel Coords
#-----------------------------------------------------------------------------
def jump(x_plus, y_plus, high=5)
new_x = @x + x_plus
new_y = @y + y_plus

if (x_plus == 0 and y_plus == 0) or
self.passable?(new_x, new_y, @direction, 1)
if x_plus != 0 or y_plus != 0
if x_plus.abs > y_plus.abs
x_plus < 0 ? turn_left : turn_right
else
y_plus < 0 ? turn_up : turn_down
end
end
straighten
@x = new_x
@y = new_y
high_2 = 40 / high
x_plus /= high_2
y_plus /= high_2
distance = [x_plus.abs,y_plus.abs].max
@jump_peak = 10 + distance - @move_speed
@jump_count = @jump_peak * 2
@stop_count = 0
end
end

#-----------------------------------------------------------------------------
# checks if Player shall slide
#-----------------------------------------------------------------------------
def check_slide(dir)

return if not ($pixelmovement.sliding and self.is_a?(Game_Player))

#---------------------------------------------------------------------------
# no slide at events
#---------------------------------------------------------------------------
for event in $game_map.events.values
if self.in_rect?(event.x, event.y - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 4,
event.size['y'] + @size['y'] + 4) and
event.trigger == 0 and self.looks_at?(event.id)
@no_slide = dir
return
end
end

#---------------------------------------------------------------------------
# checks every direction
#---------------------------------------------------------------------------
case dir
when 2
l = 0
r = 0
c = - @size['x']
for i in c..0
l += 1 if $game_map.passable?(@x + i, @y + 2, 2)
end
c = @size['x']
for i in 0..c
if $game_map.passable?(@x + (c - i), @y + 2, 2)
r += 1
break if r > l
end
end
if r > l and $game_map.passable?(@x + @size['x'], @y + 2, 2)
return 6
elsif l > 0 and $game_map.passable?(@x - @size['x'], @y + 2, 2)
return 4
else
@no_slide = dir
end

when 4
u = 0
d = 0
c = - @size['y'] * 2
for i in c..(- @size['y'])
u += 1 if $game_map.passable?(@x - 2 - @size['x'] / 2, @y + i, 4)
end
c = @size['y']
for i in 0..c
if $game_map.passable?(@x - 2 - @size['x'] / 2, @y + (c - i), 4)
d += 1
break if d > u
end
end
if u > d and
$game_map.passable?(@x - 2 - @size['x'] / 2, @y - @size['y'] * 2, 4)
return 8
elsif d > 0 and
$game_map.passable?(@x - 2 - @size['x'] / 2, @y + @size['y'], 4)
return 2
else
@no_slide = dir
end

when 6
u = 0
d = 0
c = - @size['y'] * 2
for i in c..(- @size['y'])
u += 1 if $game_map.passable?(@x + 2 + @size['x'] / 2, @y + i, 6)
end
c = @size['y']
for i in 0..c
if $game_map.passable?(@x + 2 + @size['x'] / 2, @y + (c - i), 6)
d += 1
break if d > u
end
end
if u > d and
$game_map.passable?(@x + 2 + @size['x'] / 2, @y - @size['y'] * 2, 6)
return 8
elsif d > 0 and
$game_map.passable?(@x + 2 + @size['x'] / 2, @y + @size['y'], 6)
return 2
else
@no_slide = dir
end

when 8
l = 0
r = 0
c = - @size['x']
for i in c..0
l += 1 if $game_map.passable?(@x + i, @y - 2 - @size['y'], 8)
end
c = @size['x']
for i in 0..c
if $game_map.passable?(@x + (c - i), @y - 2 - @size['y'], 8)
r += 1
break if r > l
end
end
if r > l and $game_map.passable?(@x + @size['x'], @y - 2, 8)
return 6
elsif l > 0 and $game_map.passable?(@x - @size['x'], @y - 2, 8)
return 4
else
@no_slide = dir
end

end

return
end

#-----------------------------------------------------------------------------
# returns if the event is inside the circle
#-----------------------------------------------------------------------------
def in_circle?(cx, cy, radius, sx = @x, sy = @y)
return Math.sqrt((cx - sx) ** 2 + (cy - sy) ** 2) <= radius
end

#-----------------------------------------------------------------------------
# returns of the event is inside the square
#-----------------------------------------------------------------------------
def in_square?(mx, my, r, sx = @x, sy = @y)
x_s = mx - r
x_e = mx + r
y_s = my - r
y_e = my + r
return (sx >= x_s and sx <= x_e and sy >= y_s and sy <= y_e)
end

#-----------------------------------------------------------------------------
# returns of the event is inside the rectangle
#-----------------------------------------------------------------------------
def in_rect?(mx, my, width, height, sx = @x, sy = @y)
x_s = mx - width / 2
x_e = mx + width / 2
y_s = my - height / 2
y_e = my + height / 2
return (sx >= x_s and sx <= x_e and sy >= y_s and sy <= y_e)
end

#-----------------------------------------------------------------------------
# returns the distance to the event with id as its id, 0 means game_player
#-----------------------------------------------------------------------------
def distance_to_event(id)
if id == 0
return Math.sqrt((@x - $game_player.x) * (@x - $game_player.x) +
(@y - $game_player.y) * (@y - $game_player.y))
else
return Math.sqrt((@x - $game_map.events[id].x) *
(@x - $game_map.events[id].x) +
(@y - $game_map.events[id].y) *
(@y - $game_map.events[id].y))
end
end

#-----------------------------------------------------------------------------
# self stays in the given range of the event with id as its id, 0 means
# game_player
#-----------------------------------------------------------------------------
def stay_in_range(id, d1 = 0, d2 = 640)
if id == 0
if self.dtp < d1
self.move_away_from_player
elsif self.dtp > d2
self.move_toward_player
end
else
if self.dtp < d1
self.move_away_from_event(id)
elsif self.dtp > d2
self.move_toward_event(id)
end
end
end

#-----------------------------------------------------------------------------
# for Anti_Lag, decides, if an object is on the screen or not.
# Special: Events including an ice or jump comment always return false
#-----------------------------------------------------------------------------
def in_range?

return true if not self.is_a?(Game_Event)

if ($game_map.ice_events.keys.include?(@id) or
$game_map.jump_events.keys.include?(@id))
return false
end

if (@trigger == 3 or @trigger == 4 or
(@list!=nil and @list[0].code == 108 and
@list[0].parameters == ['']))
return true
end

screne_x = $game_map.display_x
screne_x -= 256
screne_y = $game_map.display_y
screne_y -= 256
screne_width = $game_map.display_x
screne_width += 2816
screne_height = $game_map.display_y
screne_height += 2176

return true if (@real_x > screne_x and @real_x < screne_width and
@real_y > screne_y and @real_y < screne_height)

if $pixelmovement.loop_maps.include?($game_map.map_id)
o_x = @real_x
o_y = @real_y
if $game_player.x - 16 < 32 * 9 and
@x - 16 > ($game_map.width * 32) - 32 * 11 #Left
o_x -= ($game_map.width * 32) * 4
end
if $game_player.x - 16 > ($game_map.width * 32) - 32 * 11 and
@x - 16 < 32 * 9 #Right
o_x += ($game_map.width * 32) * 4
end
if $game_player.y + 32 < 32 * 8 and
@y + 32 > ($game_map.height * 32) - 32 * 7 #Up
o_y -= ($game_map.height*32)*4
end
if $game_player.y + 32 > ($game_map.height * 32) - 32 * 7 and
@y + 32 < 32 * 8 #Down
o_y += ($game_map.height * 32) * 4
end

if (o_x > screne_x and o_x < screne_width and o_y > screne_y and
o_y < screne_height)
return true
end
end

return false

end

#-----------------------------------------------------------------------------
# returns Sprite (ID) of the event
#-----------------------------------------------------------------------------
def char_sprite(id = false)

return if self == nil

$scene.spriteset.character_sprites.each do |sprite|
if sprite.character == self
if id
return $scene.spriteset.character_sprites.index(sprite)
else
return sprite
end
end
end

return
end

end

#===============================================================================
# Game_Event Class
#===============================================================================
class Game_Event < Game_Character

#-----------------------------------------------------------------------------
# initialsing method, Event is teleported to Pixel Coords
#-----------------------------------------------------------------------------
alias pixel_event_init initialize if not $pixelmovement.pixel_aliasing
def initialize(map_id, event)
pixel_event_init(map_id, event)
moveto(@event.x * 32, @event.y * 32)
refresh
end

#-----------------------------------------------------------------------------
# returns if the Event is passable
#-----------------------------------------------------------------------------
def over_trigger?
return (@through or (@character_name == '' and (@tile_id == nil or
@tile_id == 0)))
end

#-----------------------------------------------------------------------------
# Collision, Not Passable
#-----------------------------------------------------------------------------
def check_event_trigger_touch(x = 0,y = 0)

return if $game_system.map_interpreter.running?

if @trigger == 2 and
(self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] + @size['x'] + 8,
$game_player.size['y'] + @size['y'] + 8) or
self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x']+ @size['x'] + 8,
$game_player.size['y'] + @size['y'] + 8,@real_x / 4,@real_y / 4))

if not jumping? and not over_trigger? and @trigger_on == 0
@trigger_on = 3
start
end

else

@trigger_on = 0 if @trigger_on == 3

end
end

#-----------------------------------------------------------------------------
# Collision/Autostart, Passable
#-----------------------------------------------------------------------------
def check_event_trigger_auto

if @trigger == 2 and
($game_player.character_name != '' and
(self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] + @size['x'], $game_player.size['y'] + @size['y']) or
self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] + @size['x'],
$game_player.size['y'] + @size['y'], @real_x / 4,@real_y / 4))) or
($game_player.character_name == '' and
(self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] / 2, $game_player.size['y'] / 2) or
self.in_rect?($game_player.real_x / 4,
$game_player.real_y / 4 - $game_player.size['y'] / 2 + @size['y'] / 2,
$game_player.size['x'] / 2, $game_player.size['y'] / 2,
@real_x / 4,@real_y / 4)))

if not jumping? and over_trigger? and @trigger_on == 0 and
Graphics.frame_count > 0
@trigger_on = 4
start
end

else

@trigger_on = 0 if @trigger_on == 4

end

start if @trigger == 3

end

#-----------------------------------------------------------------------------
# update method, changed for Anti-Lag-Script
#-----------------------------------------------------------------------------
alias pixel_ev_up update if not $pixelmovement.pixel_aliasing
def update
return if not self.in_range?
pixel_ev_up
end
end

#===============================================================================
# Game_Player Class
#===============================================================================
class Game_Player < Game_Character
attr_accessor :sprint

alias pixel_player_init initialize if not $pixelmovement.pixel_aliasing
def initialize
pixel_player_init

@steps_done = 0 # counts how many steps are done after standing
@schritte_zaehl = 0 # counts real steps, every 10 steps the step variable of
# the game is increased by 1
@no_slide = 0 # saves the not slidable direction
@sprint = false # true if sprinting
@sprint_time = 0 # time of sprinting

end

#-----------------------------------------------------------------------------
# new pasable method, for 8 directions, isometric and pixelmovement
#-----------------------------------------------------------------------------
def passable?(x, y, d, steps = 32)

# for Isometric script
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

new_x = x + (d == 1 ? -steps_x : d == 3 ? steps_x : d == 7 ? -steps_x :
d == 9 ? steps_x : d == 6 ? steps_x : d == 4 ? -steps_x : 0)
new_y = y + (d == 1 ? steps_y : d == 3 ? steps_y : d == 7 ? -steps_y :
d == 9 ? -steps_y : d == 2 ? steps_y : d == 8 ? -steps_y : 0)

return false if not $game_map.valid?(new_x, new_y)
return true if $DEBUG and Input.press?(Input::CTRL)

super
end

#-----------------------------------------------------------------------------
# center, changed for Pixel Coords
#-----------------------------------------------------------------------------
def center(x, y)
max_x = (($game_map.width * 32) - 640) * 4
max_y = (($game_map.height * 32) - 480) * 4
if not $pixelmovement.loop_maps.include?($game_map.map_id)
$game_map.display_x = [0, [x * 4 - CENTER_X, max_x].min].max
$game_map.display_y = [0, [y * 4 - CENTER_Y, max_y].min].max
else
$game_map.display_x = x * 4 - CENTER_X
$game_map.display_y = y * 4 - CENTER_Y
end
end

#-----------------------------------------------------------------------------
# moveto, for Pixel Coords, teleports Caterpillars, too
#-----------------------------------------------------------------------------
def moveto(x, y)
super(x, y)
$game_map.game_party_actors.each do |actor|
actor.moveto(x, y)
actor.move_list = []
actor.way = []
actor.path_steps = 0
end

center(x, y)
make_encounter_count
end

#-----------------------------------------------------------------------------
# increase_steps, improved for Pixelmovement
#-----------------------------------------------------------------------------
alias pixel_inc_s increase_steps if not $pixelmovement.pixel_aliasing
def increase_steps
if @schritte_zaehl >= 10
pixel_inc_s
@schritte_zaehl = 0
else
@schritte_zaehl +=1
end
end

#-----------------------------------------------------------------------------
# Passable
#-----------------------------------------------------------------------------
def check_event_trigger_here(triggers)

result = false
return result if $game_system.map_interpreter.running?

for event in $game_map.events.values

if ((event.character_name != '' and
(self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'], event.size['y'] + @size['y']) or
self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'], event.size['y'] + @size['y'],
@real_x / 4,@real_y / 4))) or (event.character_name == '' and
(self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] - @size['x'] / 2, event.size['y'] - @size['y'] / 2) or
self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] - @size['x'] / 2, event.size['y'] - @size['y'] / 2,
@real_x / 4, @real_y / 4)))) and triggers.include?(event.trigger)

if not event.jumping? and event.over_trigger? and event.trigger_on == 0
event.trigger_on = 1
event.start
result = true
end

else

event.trigger_on = 0 if event.trigger_on == 1

end
end

return result
end

#-----------------------------------------------------------------------------
# Push Key, not Passable
#-----------------------------------------------------------------------------
def check_event_trigger_there(triggers)

#---------------------------------------------------------------------------
# normal
#---------------------------------------------------------------------------
result = false
return result if $game_system.map_interpreter.running?

for event in $game_map.events.values

if event.through or (event.character_name == '' and (event.tile_id == 0 or
event.tile_id == nil))
next
end

if (self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 8, event.size['y'] + @size['y'] + 8) or
self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 8, event.size['y'] + @size['y'] + 8,
@real_x / 4, @real_y / 4)) and
triggers.include?(event.trigger) and self.looks_at?(event.id)

if not event.jumping? and not event.over_trigger?
event.start
result = true
end

end

end

#---------------------------------------------------------------------------
# counter top?
#---------------------------------------------------------------------------

if not result
new_x = @x + (@direction == 1 ? - @size['x'] :
@direction == 3 ? @size['x'] :
@direction == 7 ? - @size['x'] :
@direction == 9 ? @size['x'] :
@direction == 6 ? @size['x'] :
@direction == 4 ? - @size['x'] : 0)
new_y = @y + (@direction == 1 ? @size['y'] :
@direction == 3 ? @size['y'] :
@direction == 7 ? - @size['y'] :
@direction == 9 ? - @size['y'] :
@direction == 2 ? @size['y'] :
@direction == 8 ? - @size['y'] : 0)

# Counter Top?
if $game_map.counter?(new_x,new_y)
new_x += (@direction == 1 ? -@size['x'] : @direction == 3 ? @size['x'] :
@direction == 7 ? -@size['x'] : @direction == 9 ? @size['x'] :
@direction == 6 ? @size['x'] : @direction == 4 ? -@size['x'] :
0)
new_y += (@direction == 1 ? @size['y'] : @direction == 3 ? @size['y'] :
@direction == 7 ? -@size['y'] :
@direction == 9 ? -@size['y'] : @direction == 2 ? @size['y'] :
@direction == 8 ? -@size['y'] : 0)
new_x += (@direction == 1 ? -32 : @direction == 3 ? 32 :
@direction == 7 ? -32 : @direction == 9 ? 32 :
@direction == 6 ? 32 : @direction == 4 ? -32 : 0)
new_y += (@direction == 1 ? 32 : @direction == 3 ? 32 :
@direction == 7 ? -32 : @direction == 9 ? -32 :
@direction == 2 ? 32 : @direction == 8 ? -32 : 0)

for event in $game_map.events.values

if event.through or (event.character_name == '' and
(event.tile_id == 0 or event.tile_id == nil))
next
end

if self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 8, event.size['y'] + @size['y'] + 8,
new_x, new_y) and triggers.include?(event.trigger) and
self.looks_at?(event.id)

if not event.jumping? and not event.over_trigger?
event.start
result = true
end

end

end

end
end

return result
end

#-----------------------------------------------------------------------------
# Touch, not Passable
#-----------------------------------------------------------------------------
def check_event_trigger_touch(x = 0,y = 0)

result = false
return result if $game_system.map_interpreter.running?

for event in $game_map.events.values

if event.through or (event.character_name == '' and (event.tile_id == 0 or
event.tile_id == nil))
next
end

if (self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 8,event.size['y'] + @size['y'] + 8) or
self.in_rect?(event.real_x / 4,
event.real_y / 4 - event.size['y'] / 2 + @size['y'] / 2,
event.size['x'] + @size['x'] + 8, event.size['y'] + @size['y'] + 8,
@real_x / 4,@real_y / 4)) and [1, 2].include?(event.trigger)

if not event.jumping? and not event.over_trigger? and
event.trigger_on == 0
event.trigger_on = 2
event.start
result = true
end

else

event.trigger_on = 0 if event.trigger_on == 2

end

end

return result
end

#-----------------------------------------------------------------------------
# update method, has been splitted
#-----------------------------------------------------------------------------
def update

# updates movement and input
self.update_movement

last_real_x = @real_x
last_real_y = @real_y

# checks if sprint is activated
self.check_sprint_input

# checks if player shall jump
self.check_jump_input

if Input.trigger?(Input::C)
check_event_trigger_here([0])
check_event_trigger_there([0, 1, 2])
end

super

# changes var for steps
if last_real_x != @real_x or last_real_y != @real_y
@steps_done += 1
else
@steps_done = 0
end

# updates encounter
self.update_encounter(last_real_x, last_real_y)

# updates scrolling
self.update_scroll(last_real_x, last_real_y)

# checks if the player stands on a jump tile
self.check_jump

end

#-----------------------------------------------------------------------------
# checks if Character is on a sliding tile
#-----------------------------------------------------------------------------
def check_ice

return if $pixelmovement.ice_tiles == nil or $pixelmovement.ice_tiles == []

@walk_anime = true

#---------------------------------------------------------------------------
# checks if an Event is on the same place
#---------------------------------------------------------------------------

# more steps if player moves fast
if @move_speed > 3
steps=2**(@move_speed.round-2)
else
steps=2
end

for event in $game_map.ice_events.values
if self.in_rect?(event.x, event.y - 11, 23, 23) and event != self
i = 0
list = event.event.pages[0]

#-----------------------------------------------------------------------
# checks comments
#-----------------------------------------------------------------------
while list.list[i].code == 108 or list.list[i].code == 408
if not (list.list[i].parameters[0].downcase.include?('ice:'))
i += 1
next
end

ice = list.list[i].parameters[0].split(/: /)[1].downcase
i += 1

#---------------------------------------------------------------------
# if ice type is face direction is changed
#---------------------------------------------------------------------
if ice == 'face'
case @direction
when 1
ice = 'lower left'
when 2
ice = 'down'
when 3
ice = 'lower right'
when 4
ice = 'left'
when 6
ice = 'right'
when 7
ice = 'upper left'
when 8
ice = 'up'
when 9
ice = 'upper right'
end
end

#---------------------------------------------------------------------
# slides
#---------------------------------------------------------------------
case ice
when 'lower left'
self.move_lower_left(steps)
when 'down'
self.move_down(steps)
when 'lower right'
self.move_lower_right(steps)
when 'left'
self.move_left(steps)
when 'right'
self.move_right(steps)
when 'upper left'
self.move_upper_left(steps)
when 'up'
self.move_up(steps)
when 'upper right'
self.move_upper_right(steps)
end
@walk_anime = false

#---------------------------------------------------------------------
# caterpillars slide
#---------------------------------------------------------------------
$game_map.game_party_actors.each do |actor|
actor.move_list += [[@x, @y,'sl']] if actor.id != 1
end

return true

end
end
end

#---------------------------------------------------------------------------
# checks for tile ids
#---------------------------------------------------------------------------

# more steps if player moves fast
if @move_speed > 3
steps=2**(@move_speed.round-2)
else
steps=2
end

if $pixelmovement.ice_tiles.include?($game_map.terrain_tag(@x, @y)) and
self.passable?(@x, @y, @direction, 4)
self.move_forward(steps)
@walk_anime = false

#---------------------------------------------------------------------
# caterpillars slide
#---------------------------------------------------------------------
$game_map.game_party_actors.each do |actor|
actor.move_list += [[@x, @y,'sl']] if actor.id != 1
end

return true
end

return false

end

#-----------------------------------------------------------------------------
# checks if Character is on a jumping tile
#-----------------------------------------------------------------------------
def check_jump

#---------------------------------------------------------------------------
# checks if an Event is on the same place
#---------------------------------------------------------------------------
for event in $game_map.jump_events.values
if self.in_rect?(event.x, event.y - 16, 32, 32) and event != self
i = 0
list = event.event.pages[0]

#-----------------------------------------------------------------------
# checks comments
#-----------------------------------------------------------------------
while list.list[i].code == 108 or list.list[i].code == 408
if not (list.list[i].parameters[0].downcase.include?('jump:'))
i += 1
next
end

jump = list.list[i].parameters[0].split(/: /)[1].downcase
i += 1

#---------------------------------------------------------------------
# if jump type is face direction is changed
#---------------------------------------------------------------------
if jump == 'face'
case @direction
when 1
jump = 'lower left'
when 2
jump = 'down'
when 3
jump = 'lower right'
when 4
jump = 'left'
when 6
jump = 'right'
when 7
jump = 'upper left'
when 8
jump = 'up'
when 9
jump = 'upper right'
end
end

#---------------------------------------------------------------------
# jumps
#---------------------------------------------------------------------
case jump
when 'lower left'
x = -$pixelmovement.jump_length
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 'down'
x = 0
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 'lower right'
x = $pixelmovement.jump_length
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 'left'
x = -$pixelmovement.jump_length
y = 0
h = $pixelmovement.jump_height
when 'right'
x = $pixelmovement.jump_length
y = 0
h = $pixelmovement.jump_height
when 'upper left'
x = -$pixelmovement.jump_length
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
when 'up'
x = 0
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
when 'upper right'
x = $pixelmovement.jump_length
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
end

self.jump(x,y,h)

#---------------------------------------------------------------------
# caterpillars jump
#---------------------------------------------------------------------
if self.jumping?
$game_map.game_party_actors.each do |actor|
if actor.id != 1
actor.move_list += [[@x, @y, h]]
end
end
end
return

end
end
end

end

#-----------------------------------------------------------------------------
# updates movement and input
#-----------------------------------------------------------------------------
def update_movement

#---------------------------------------------------------------------------
# checks input + moves
#---------------------------------------------------------------------------

# return if no update
return if (moving? or $game_system.map_interpreter.running? or
@move_route_forcing or $game_temp.message_window_showing or
@path_steps != 0)

return if self.check_ice

# more steps if player moves fast
if @steps_done >= 2 and @move_speed > 3
steps=2 ** (@move_speed.round - 2)
else
steps = 2
end
x = @x
y = @y

# Sprint fix?
if @sprint and $pixelmovement.sprint_fix
(steps / 2).times do
move_forward(2)
end
else

#input
case Input.dir8
when 1
(steps / 2).times do
move_lower_left(2)
end
when 2
(steps / 2).times do
move_down(2)
end
when 3
(steps / 2).times do
move_lower_right(2)
end
when 4
(steps / 2).times do
move_left(2)
end
when 6
(steps / 2).times do
move_right(2)
end
when 7
(steps / 2).times do
move_upper_left(2)
end
when 8
(steps / 2).times do
move_up(2)
end
when 9
(steps / 2).times do
move_upper_right(2)
end
end

end

#---------------------------------------------------------------------------
# other things
#---------------------------------------------------------------------------

# saves Caterpillar Route
$game_map.game_party_actors.each do |actor|
actor.move_list += [[@x, @y]] if actor.id != 1
end

#Sprint Script off
return if not @sprint
@move_speed -= $pixelmovement.sprint_speed
@sprint = false

# Sprint of for Caterpillar?
$game_map.game_party_actors.each do |actor|
if actor.id != 1
actor.move_speed -= $pixelmovement.sprint_speed
end
end

end

#-----------------------------------------------------------------------------
# checks input for sprinting
#-----------------------------------------------------------------------------
def check_sprint_input

@sprint_time += 1 if @sprint_time < 0

return if not self.moving?

result = check_event_trigger_here([1, 2])

#---------------------------------------------------------------------------
#Sprint Script On
#---------------------------------------------------------------------------
if (Graphics.frame_count <= @sprint_time) or @sprint_time == 0

if ($pixelmovement.sprint_key == nil or
not Input.press?($pixelmovement.sprint_key) or @sprint)
return
end
if @sprint_time == 0
@sprint_time = Graphics.frame_count+$pixelmovement.sprint_time
end
@move_speed += $pixelmovement.sprint_speed
@sprint = true

# Sprint for Caterpillar
$game_map.game_party_actors.each do |actor|
if actor.id != 1
actor.move_speed += $pixelmovement.sprint_speed
end
end

elsif Graphics.frame_count == @sprint_time + 1
@sprint_time = -$pixelmovement.sprint_wait * 2
end

end

#-----------------------------------------------------------------------------
# checks input for jumps
#-----------------------------------------------------------------------------
def check_jump_input

#---------------------------------------------------------------------------
# returns if nothing has to be done
#---------------------------------------------------------------------------
if ($pixelmovement.jump_key == nil or
not Input.press?($pixelmovement.jump_key) or
self.jumping? or $pixelmovement.jump_length <= 0)
return
end

#---------------------------------------------------------------------------
# jumps in the faced direction
#---------------------------------------------------------------------------
case @direction
when 1
x = -$pixelmovement.jump_length
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 2
x = 0
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 3
x = $pixelmovement.jump_length
y = $pixelmovement.jump_length
h = $pixelmovement.jump_height
when 4
x = -$pixelmovement.jump_length
y = 0
h = $pixelmovement.jump_height
when 6
x = $pixelmovement.jump_length
y = 0
h = $pixelmovement.jump_height
when 7
x = -$pixelmovement.jump_length
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
when 8
x = 0
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
when 9
x = $pixelmovement.jump_length
y = -$pixelmovement.jump_length
h = $pixelmovement.jump_height
end
self.jump(x,y,h)

# jump for caterpillar
return if not self.jumping?

$game_map.game_party_actors.each do |actor|
actor.move_list += [[@x, @y, h]] if actor.id != 1
end

end

#-----------------------------------------------------------------------------
# updates encounter count
#-----------------------------------------------------------------------------
def update_encounter(last_real_x, last_real_y)

# returns if no steps were made
return if @steps_done == 0
if not (@encounter_count > 0 and not ($DEBUG and Input.press?(Input::CTRL)))
return
end

# changes encounter count according to move_speed
if @steps_done >= 2 and @move_speed >= 4
@encounter_count -= (2 ** (@move_speed - 2)) / 2
else
@encounter_count -= 1
end

end

#-----------------------------------------------------------------------------
# updates scrolling
#-----------------------------------------------------------------------------
def update_scroll(last_real_x, last_real_y)
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
end

end

#===============================================================================
# Scene_Save Class, deletes bitmaps in $game_map
#===============================================================================
class Scene_Save < Scene_File
alias pixel_write_s write_save_data if not $pixelmovement.pixel_aliasing
def write_save_data(file)
$game_map.collision_map = nil
$game_map.height_map = nil
$game_map.swamp_map = nil
pixel_write_s(file)
Marshal.dump($events, file)
$game_map.init_bitmaps
end
end

#===============================================================================
# Scene_Load Class, loads deleted bitmaps again
#===============================================================================
class Scene_Load < Scene_File
alias pixel_read_s read_save_data if not $pixelmovement.pixel_aliasing
def read_save_data(file)
pixel_read_s(file)
$game_map.init_bitmaps
$events = Marshal.load(file)
end
end

#===============================================================================
# Scene_Title Class
#===============================================================================
class Scene_Title
alias pixel_command_n command_new_game if not $pixelmovement.pixel_aliasing
def command_new_game
$events = {} # used later to save Events
pixel_command_n
# Pixel Coords
$game_player.moveto($data_system.start_x * 32, $data_system.start_y * 32)
end
end

#===============================================================================
# Sprite_Character Class
#===============================================================================
class Sprite_Character < RPG::Sprite
attr_accessor :direction
attr_accessor :_loop_animation
attr_accessor :_animation
attr_accessor :_animation_hit

#-----------------------------------------------------------------------------
# initialise method
#-----------------------------------------------------------------------------
alias pixel_sp_cha_init initialize if not $pixelmovement.pixel_aliasing
def initialize (viewport, character = nil)
pixel_sp_cha_init (viewport, character)

# saves the real face direction later (for 4dirs)
@direction = @character.direction
end

#-----------------------------------------------------------------------------
# update method, parameters added for Loop_Map, rebuild for 8dirs
#-----------------------------------------------------------------------------
def update(x_add = 0, y_add = 0,ani_add = nil, loop_ani_add = nil)

# Anti-Lag-Script
return if not @character.in_range? and self.src_rect != Rect.new(0, 0, 0, 0)

super()

#---------------------------------------------------------------------------
# tile graphic
#---------------------------------------------------------------------------
if @tile_id != @character.tile_id or
@character_name != @character.character_name or
@character_hue != @character.character_hue
@tile_id = @character.tile_id
@character_name = @character.character_name
@character_hue = @character.character_hue
if @tile_id >= 384
self.bitmap = RPG::Cache.tile($game_map.tileset_name,
@tile_id, @character.character_hue)
self.src_rect.set(0, 0, 32, 32)
self.ox = 16
self.oy = 32
else
if @character.character_name == ''
self.bitmap = Bitmap.new(128,128)
else
self.bitmap = RPG::Cache.character(@character.character_name,
@character.character_hue)
end
@cw = bitmap.width / @character.frame_number
@ch = bitmap.height / @character.direction_number
self.ox = @cw / 2
self.oy = @ch
end
end

self.visible = (not @character.transparent)

#---------------------------------------------------------------------------
# Frames
#---------------------------------------------------------------------------
if @tile_id == 0

# Standing Animation?
if @character.stand_frame == 0 or @character.stop_count == 0 or
@character.step_anime
if $pixelmovement.stand_array == []
if $pixelmovement.frame_array == []
sx = (@character.pattern + @character.stand_frame) * @cw
else
sx = ($pixelmovement.frame_array[@character.pattern] +
@character.stand_frame) * @cw
end
else
if $pixelmovement.frame_array == []
c = @character.pattern
while $pixelmovement.stand_array.include?(c)
c += 1
end
sx = c * @cw
else
sx = (($pixelmovement.frame_array -
$pixelmovement.stand_array)[@character.pattern]) * @cw
end
end
elsif $pixelmovement.stand_array == []
sx = ((@character.stop_count/4) % @character.stand_frame)* @cw
else
sx = $pixelmovement.stand_array[((@character.stop_count / 4) %
@character.stand_frame)] * @cw
end

#-------------------------------------------------------------------------
# 8 Dirs
#-------------------------------------------------------------------------
if @character.direction_number == 8
if $pixelmovement.direction_array == []
if @character.direction < 5
sy = (@character.direction - 1) * @ch
else
sy = (@character.direction - 2) * @ch
end
else
if @character.direction < 5
sy = ($pixelmovement.direction_array[@character.direction - 1]) *@ch
else
sy = ($pixelmovement.direction_array[@character.direction - 2]) *@ch
end
end

#-------------------------------------------------------------------------
# 4 Dirs
#-------------------------------------------------------------------------
elsif @direction != nil
if not [1, 3, 7, 9].include?(@character.direction)
@direction = @character.direction
elsif @character.direction == 1 and not [2, 4].include?(@direction)
@direction = 2
elsif @character.direction == 3 and not [2, 6].include?(@direction)
@direction = 2
elsif @character.direction == 7 and not [4, 8].include?(@direction)
@direction = 8
elsif @character.direction == 9 and not [6, 8].include?(@direction)
@direction = 8
end
if $pixelmovement.direction_array == []
sy = (@direction - 2) / 2 * @ch
else
sy = ($pixelmovement.direction_array[@direction/2 - 1]) * @ch
end
else
sy = 0
end

self.src_rect.set(sx, sy, @cw, @ch)

end

#---------------------------------------------------------------------------
# updates position, etc
#---------------------------------------------------------------------------

self.x = @character.screen_x + x_add
self.y = @character.screen_y + y_add
self.z = @character.screen_z(@ch) + y_add

self.opacity = @character.opacity
self.blend_type = @character.blend_type
self.bush_depth = @character.bush_depth

if @character.animation_id != 0
animation = $data_animations[@character.animation_id]
animation(animation, true)
@character.animation_id = 0
end

#---------------------------------------------------------------------------
#Animations for Loop Map Events
#---------------------------------------------------------------------------
if x_add != 0 or y_add != 0
if ani_add != nil and @_animation == nil
animation(ani_add, true)
elsif ani_add == nil and @_animation != nil
animation(nil, true)
end
if loop_ani_add != nil and @_loop_animation == nil
loop_animation(loop_ani_add)
elsif loop_ani_add == nil and @_loop_animation != nil
loop_animation(nil)
end
end

end
end

#===============================================================================
# Scene_Map Class
#===============================================================================
class Scene_Map
attr_accessor :spriteset

#-----------------------------------------------------------------------------
# update method
#-----------------------------------------------------------------------------
alias pixel_sc_map_up update if not $pixelmovement.pixel_aliasing
def update
pixel_sc_map_up

#---------------------------------------------------------------------------
# Encounter Count (had to be rebuild for Pixelmovement)
#---------------------------------------------------------------------------
if $game_player.encounter_count < 0 and $game_map.encounter_list != []
unless $game_system.map_interpreter.running? or
$game_system.encounter_disabled
n = rand($game_map.encounter_list.size)
troop_id = $game_map.encounter_list[n]
if $data_troops[troop_id] != nil
$game_temp.battle_calling = true
$game_temp.battle_troop_id = troop_id
$game_temp.battle_can_escape = true
$game_temp.battle_can_lose = false
$game_temp.battle_proc = nil
end
end
end
end

#-----------------------------------------------------------------------------
# transfer_player method,
#-----------------------------------------------------------------------------
def transfer_player
$game_temp.player_transferring = false

#---------------------------------------------------------------------------
# checks if map is changed / changes map
#---------------------------------------------------------------------------
if $game_map.map_id != $game_temp.player_new_map_id
id = true
$game_map.events.values.each {|ev| ev.trigger_on = 0}
$events[$game_map.map_id] = $game_map.events # saves Events of the old Map
$game_map.setup($game_temp.player_new_map_id)

# loads Events of the new Map
if $events[$game_map.map_id] != nil
$game_map.events = $events[$game_map.map_id]
$game_map.events.values.each {|event| event.refresh}
end

end

#---------------------------------------------------------------------------
# moves + turns player
#---------------------------------------------------------------------------
$game_player.moveto($game_temp.player_new_x, $game_temp.player_new_y)

case $game_temp.player_new_direction
when 2
$game_player.turn_down
when 4
$game_player.turn_left
when 6
$game_player.turn_right
when 8
$game_player.turn_up
end

$game_player.straighten
$game_map.update

#---------------------------------------------------------------------------
# draws a new minimap only if the map was changed
#---------------------------------------------------------------------------
if id
@spriteset.dispose
@spriteset = Spriteset_Map.new
else
@spriteset.dispose(false) # false because the minimap mustnt
# be disposed (to prevent lag)
@spriteset = Spriteset_Map.new(@spriteset.minimap)
end

if $game_temp.transition_processing
$game_temp.transition_processing = false
Graphics.transition(20)
end

$game_map.autoplay
Graphics.frame_reset
Input.update

end
end

#===============================================================================
# Spriteset_Map Class
#===============================================================================
class Spriteset_Map
attr_accessor :character_sprites
attr_accessor :game_party_actors_sprites
attr_accessor :viewport1
attr_accessor :viewport2
attr_accessor :viewport3
attr_accessor :minimap

#-----------------------------------------------------------------------------
# initialising method, Caterpillar, Minimap + Looped Maps have been added
#-----------------------------------------------------------------------------
alias pixel_spriteset_init initialize if not $pixelmovement.pixel_aliasing
def initialize(mimap = nil)
@game_party_actors_sprites = []
@minimap_check = false

#---------------------------------------------------------------------------
# Loop_Map
#---------------------------------------------------------------------------
if $pixelmovement.loop_maps.include?($game_map.map_id)
@character_sprites_2 = [[], [], [], [], [], [], [], []]
end

pixel_spriteset_init()

#---------------------------------------------------------------------------
# Minimap
#---------------------------------------------------------------------------
@minimap_check = true
if $pixelmovement.minimap
if mimap == nil
@minimap = Spriteset_Minimap.new(self)
else
@minimap = mimap
end
@minimap_settings = [$pixelmovement.minimap_pos,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height,
$pixelmovement.minimap_scale,
$pixelmovement.minimap_opacity,
$pixelmovement.minimap_collision,
$pixelmovement.minimap_c_cursor,
$pixelmovement.minimap_c_pass,
$pixelmovement.minimap_c_n_pass,
$pixelmovement.minimap_sprites]
end

#---------------------------------------------------------------------------
# Caterpillar
#---------------------------------------------------------------------------
for i in 0..($game_map.game_party_actors.length - 1)
sprite = Sprite_Character.new(@viewport1, $game_map.game_party_actors[i])
sprite.z -= 1
@game_party_actors_sprites.push(sprite)
end

end

#-----------------------------------------------------------------------------
# dispose method, Minimap + Looped Maps have been added
#-----------------------------------------------------------------------------
alias pixel_spriteset_dis dispose if not $pixelmovement.pixel_aliasing
def dispose(mimap = true)

pixel_spriteset_dis()

#---------------------------------------------------------------------------
# Caterpillar
#---------------------------------------------------------------------------
for sprite in @game_party_actors_sprites
sprite.dispose
end

#---------------------------------------------------------------------------
# Loop_Map
#---------------------------------------------------------------------------
if $pixelmovement.loop_maps.include?($game_map.map_id) and
@character_sprites_2 != nil
@character_sprites_2.each do |sprites|
sprites.each do |sprite|
sprite.dispose
end
end
end

#---------------------------------------------------------------------------
# Minimap
#---------------------------------------------------------------------------
if @minimap != nil
if mimap
@minimap.dispose
end
end
end

#-----------------------------------------------------------------------------
# update method, Minimap + Looped Maps have been added
#-----------------------------------------------------------------------------
alias pixel_spriteset_up update if not $pixelmovement.pixel_aliasing
def update

#---------------------------------------------------------------------------
# Caterpillar
#---------------------------------------------------------------------------
for sprite in @game_party_actors_sprites
sprite.update
sprite.z -= 1
end

pixel_spriteset_up

#---------------------------------------------------------------------------
# Loop-Map
#---------------------------------------------------------------------------
if $pixelmovement.loop_maps.include?($game_map.map_id)
if @character_sprites_2 == nil
@character_sprites_2 = [[], [], [], [], [], [], [], []]
end
self.clone_events_left
self.clone_events_right
self.clone_events_up
self.clone_events_down
self.clone_events_upper_left
self.clone_events_lower_left
self.clone_events_upper_right
self.clone_events_lower_right
elsif @character_sprites_2 != nil
@character_sprites_2.each do |sp_s|
sp_s.each do |sp|
sp.dispose
end
end
@character_sprites_2 = nil
end

#---------------------------------------------------------------------------
# updates Minimap
#---------------------------------------------------------------------------
if @minimap != nil
@minimap.update
if @minimap_settings != [$pixelmovement.minimap_pos,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height,
$pixelmovement.minimap_scale,
$pixelmovement.minimap_opacity,
$pixelmovement.minimap_collision,
$pixelmovement.minimap_c_cursor,
$pixelmovement.minimap_c_pass,
$pixelmovement.minimap_c_n_pass,
$pixelmovement.minimap_sprites]
@minimap.dispose
@minimap = nil
@minimap = Spriteset_Minimap.new(self)
@minimap_settings = [$pixelmovement.minimap_pos,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height,
$pixelmovement.minimap_scale,
$pixelmovement.minimap_opacity,
$pixelmovement.minimap_collision,
$pixelmovement.minimap_c_cursor,
$pixelmovement.minimap_c_pass,
$pixelmovement.minimap_c_n_pass,
$pixelmovement.minimap_sprites]
end
if not $pixelmovement.minimap
@minimap.dispose
@minimap = nil
end
elsif $pixelmovement.minimap and @minimap_check
@minimap = Spriteset_Minimap.new(self)
end

if $pixelmovement.panorama_scrolling
@panorama.ox = $game_map.display_x / 4
@panorama.oy = $game_map.display_y / 4
end
end

#-----------------------------------------------------------------------------
# clones events on the left border, for looped maps
#-----------------------------------------------------------------------------
def clone_events_left
if $game_player.x - 16 < 32 * 9
if @character_sprites_2[0] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[0].push(sprite)
end
else
for sprite in @character_sprites_2[0]
sp = @character_sprites[@character_sprites_2[0].index(sprite)]
sprite.update( - ($game_map.width * 32), 0, sp._animation,
sp._loop_animation)
end
end
return true
elsif @character_sprites_2[0] != []
for sprite in @character_sprites_2[0]
sprite.dispose
end
@character_sprites_2[0] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events on the right border, for looped maps
#-----------------------------------------------------------------------------
def clone_events_right
if $game_player.x - 16 > ($game_map.width * 32) - 32 * 11
if @character_sprites_2[1] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[1].push(sprite)
end
else
for sprite in @character_sprites_2[1]
sp = @character_sprites[@character_sprites_2[1].index(sprite)]
sprite.update(($game_map.width * 32), 0, sp._animation,
sp._loop_animation)
end
end
return true
elsif @character_sprites_2[1] != []
for sprite in @character_sprites_2[1]
sprite.dispose
end
@character_sprites_2[1] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events on the upper border, for looped maps
#-----------------------------------------------------------------------------
def clone_events_up
if $game_player.y + 32 < 32 * 8
if @character_sprites_2[2] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[2].push(sprite)
end
else
for sprite in @character_sprites_2[2]
sp = @character_sprites[@character_sprites_2[2].index(sprite)]
sprite.update(0,- ($game_map.height * 32), sp._animation,
sp._loop_animation)
end
end
return true
elsif @character_sprites_2[2] != []
for sprite in @character_sprites_2[2]
sprite.dispose
end
@character_sprites_2[2] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events on the lower border, for looped maps
#-----------------------------------------------------------------------------
def clone_events_down
if $game_player.y + 32 > ($game_map.height * 32) - 32 * 7
if @character_sprites_2[3] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[3].push(sprite)
end
else
for sprite in @character_sprites_2[3]
sp = @character_sprites[@character_sprites_2[3].index(sprite)]
sprite.update(0,($game_map.height * 32), sp._animation,
sp._loop_animation)
end
end
return true
elsif @character_sprites_2[3] != []
for sprite in @character_sprites_2[3]
sprite.dispose
end
@character_sprites_2[3] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events at the upper left corner, for looped maps
#-----------------------------------------------------------------------------
def clone_events_upper_left
if $game_player.x - 16 < 32 * 9 or $game_player.y + 32 < 32 * 8
if @character_sprites_2[4] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[4].push(sprite)
end
else
for sprite in @character_sprites_2[4]
sp = @character_sprites[@character_sprites_2[4].index(sprite)]
sprite.update(- ($game_map.width * 32), - ($game_map.height * 32),
sp._animation, sp._loop_animation)
end
end
return true
elsif @character_sprites_2[4] != []
for sprite in @character_sprites_2[4]
sprite.dispose
end
@character_sprites_2[4] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events at the upper right corner, for looped maps
#-----------------------------------------------------------------------------
def clone_events_upper_right
if $game_player.x - 16 < 32 * 9 or
$game_player.x - 16 > ($game_map.width * 32) - 32 * 11
if @character_sprites_2[5] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[5].push(sprite)
end
else
for sprite in @character_sprites_2[5]
sp = @character_sprites[@character_sprites_2[5].index(sprite)]
sprite.update(($game_map.width * 32),-($game_map.height * 32),
sp._animation, sp._loop_animation)
end
end
return true
elsif @character_sprites_2[5] != []
for sprite in @character_sprites_2[5]
sprite.dispose
end
@character_sprites_2[5] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events at the lower left corner, for looped maps
#-----------------------------------------------------------------------------
def clone_events_lower_left
if $game_player.y + 32 > ($game_map.height * 32) - 32 * 7 or
$game_player.y + 32 < 32 * 8
if @character_sprites_2[6] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[6].push(sprite)
end
else
for sprite in @character_sprites_2[6]
sp = @character_sprites[@character_sprites_2[6].index(sprite)]
sprite.update(-($game_map.width * 32),($game_map.height * 32),
sp._animation, sp._loop_animation)
end
end
return true
elsif @character_sprites_2[6] != []
for sprite in @character_sprites_2[6]
sprite.dispose
end
@character_sprites_2[6] = []
end
return false
end

#-----------------------------------------------------------------------------
# clones events at the lower right corner, for looped maps
#-----------------------------------------------------------------------------
def clone_events_lower_right
if $game_player.y + 32 > ($game_map.height * 32) - 32 * 7 or
$game_player.x - 16 > ($game_map.width * 32) - 32 * 11
if @character_sprites_2[7] == []
for i in $game_map.events.keys.sort
sprite = Sprite_Character.new(@viewport1, $game_map.events[i])
@character_sprites_2[7].push(sprite)
end
else
for sprite in @character_sprites_2[7]
sp = @character_sprites[@character_sprites_2[7].index(sprite)]
sprite.update(($game_map.width * 32),($game_map.height * 32),
sp._animation, sp._loop_animation)
end
end
return true
elsif @character_sprites_2[7] != []
for sprite in @character_sprites_2[7]
sprite.dispose
end
@character_sprites_2[7] = []
end
return false
end

end

#===============================================================================
# Interpreter Class
#===============================================================================

class Interpreter

#-----------------------------------------------------------------------------
# Teleport for Pixelmovement
#-----------------------------------------------------------------------------
def command_201

return true if $game_temp.in_battle

if $game_temp.player_transferring or
$game_temp.message_window_showing or
$game_temp.transition_processing
return false
end
$game_temp.player_transferring = true

if @parameters[0] == 0
$game_temp.player_new_map_id = @parameters[1]
$game_temp.player_new_x = @parameters[2] * 32
$game_temp.player_new_y = @parameters[3] * 32
$game_temp.player_new_direction = @parameters[4]
else
$game_temp.player_new_map_id = $game_variables[@parameters[1]]
$game_temp.player_new_x = $game_variables[@parameters[2]]
$game_temp.player_new_y = $game_variables[@parameters[3]]
$game_temp.player_new_direction = @parameters[4]
end

@index += 1

if @parameters[5] == 0
Graphics.freeze
$game_temp.transition_processing = true
$game_temp.transition_name = ''
end

return false
end

#-----------------------------------------------------------------------------
# Teleport for Pixelmovement
#-----------------------------------------------------------------------------
def command_202

return true if $game_temp.in_battle
character = get_character(@parameters[0])
return true if character == nil

if @parameters[1] == 0
character.moveto(@parameters[2] * 32, @parameters[3] * 32)
elsif @parameters[1] == 1
character.moveto($game_variables[@parameters[2]],
$game_variables[@parameters[3]])
else
old_x = character.x
old_y = character.y
character2 = get_character(@parameters[2])
if character2 != nil
character.moveto(character2.x, character2.y)
character2.moveto(old_x, old_y)
end
end

case @parameters[4]
when 8
character.turn_up
when 6
character.turn_right
when 2
character.turn_down
when 4
character.turn_left
end

return true
end
end

#===============================================================================
# Bitmap Class
#===============================================================================
class Bitmap

#-----------------------------------------------------------------------------
# Draws a filled circle
#-----------------------------------------------------------------------------
def fill_circle(cx, cy, radius, color)
x = 0
y = radius
d = radius-1
while y >= x
fill_rect(cx - x, cy - y, 2 * x, 1, color)
fill_rect(cx - y, cy - x, 2 * y, 1, color)
fill_rect(cx - x, cy + y, 2 * x, 1, color)
fill_rect(cx - y, cy + x, 2 * y, 1, color)
return if y == x
if d < 0
d += 2*x + 3
else
y -= 1
d += 2 * x - 2 * y + 5
end
x += 1
end
end
end

#===============================================================================
# RPG::Cache Module
#===============================================================================
module RPG
module Cache

#---------------------------------------------------------------------------
# self.load_bitmap method, prevents errors when no file is found
#---------------------------------------------------------------------------
def self.load_bitmap(folder_name, filename, hue = 0)
path = folder_name + filename
if not @cache.include?(path) or @cache[path].disposed?
if filename != ''
@cache[path] = Bitmap.new(path)
else
@cache[path] = Bitmap.new(32, 32)
end
end
if hue == 0
@cache[path]
else
key = [path, hue]
if not @cache.include?(key) or @cache[key].disposed?
@cache[key] = @cache[path].clone
@cache[key].hue_change(hue)
end
@cache[key]
end
#####
rescue
#####
end

#---------------------------------------------------------------------------
# loads a collision map
#---------------------------------------------------------------------------
def self.collision_map(filename)
self.load_bitmap($pixelmovement.collision_folder, filename)
self.init_table($pixelmovement.collision_folder, filename)
return @cache[$pixelmovement.collision_folder + filename]
end

#---------------------------------------------------------------------------
# loads a height map
#---------------------------------------------------------------------------
def self.height_map(filename)
self.load_bitmap($pixelmovement.height_folder, filename)
self.init_table($pixelmovement.height_folder, filename)
return @cache[$pixelmovement.height_folder + filename]
end

#---------------------------------------------------------------------------
# loads a swamp map
#---------------------------------------------------------------------------
def self.swamp_map(filename)
self.load_bitmap($pixelmovement.swamp_folder, filename)
self.init_table($pixelmovement.swamp_folder, filename)
return @cache[$pixelmovement.swamp_folder + filename]
end

#---------------------------------------------------------------------------
# new methods for tables, for every bitmap a table can be created which
# can contain information for every pixel
#---------------------------------------------------------------------------
@tables = {}

#---------------------------------------------------------------------------
# creates a table
#---------------------------------------------------------------------------
def self.init_table(folder_name, filename)
path = folder_name + filename
return if (@cache[path] == nil)
@tables[@cache[path]] = Table.new(@cache[path].width, @cache[path].height)
end

#---------------------------------------------------------------------------
# reads a table
#---------------------------------------------------------------------------
def self.read_table(bitmap, x, y)
return 0 if (@tables[bitmap] == nil)
return @tables[bitmap][x, y]
end

#---------------------------------------------------------------------------
# writes into a table
#---------------------------------------------------------------------------
def self.write_table(bitmap, x, y, value)
if (@tables[bitmap] == nil)
@tables[bitmap] = Table.new(bitmap.width, bitmap.height)
end
@tables[bitmap][x, y] = value
return @tables[bitmap][x, y]
end

end
end

#===============================================================================
# Game_Character Class
#===============================================================================
class Game_Character
attr_accessor :through

#-----------------------------------------------------------------------------
# Returns true if self reached the target
#-----------------------------------------------------------------------------
def reached_target?
return (@way != nil and @way.length == 0)
end

#-----------------------------------------------------------------------------
# walks Pathfinding route
#-----------------------------------------------------------------------------
def go_path

# returns if self should not walk
return if not (@path_steps > 0 and not self.moving? and not self.jumping?)

# moves
if @way.length > 0
if @move_speed >= 4
((@path_steps ** (@move_speed.round - 2)) / @path_steps).times do
if @way[0] != nil
@direction = @way[0]
@way.delete_at(0)
self.move_forward(@path_steps)
end
end
else
@direction = @way[0]
@way.delete_at(0)
self.move_forward(@path_steps)
end

# target has been found
else
@way = nil
@path_steps = 0
end
end

#-----------------------------------------------------------------------------
# Path to a Place / Coords
#-----------------------------------------------------------------------------
def find_path (target_x, target_y, walk = true, fast = false)
if $game_map.valid?(target_x, target_y) and
$game_map.passable?(target_x, target_y, 0, self)
return self.go_to_place(target_x, target_y, walk, fast)
end
end

#-----------------------------------------------------------------------------
# Path to an Event
#-----------------------------------------------------------------------------
def find_event (id, walk = true, fast = false)
if id == 0
target = $game_player
elsif id > 0
target = $game_map.events[id]
end
new_through = target.through
target.through = true
ret = self.go_to_place(target.x, target.y, walk, fast)
target.through = new_through
Graphics.update
return ret
end

#-----------------------------------------------------------------------------
# basic pathfinding method
# fast pathfing: simply tries to find a direct way to connect to points
# normal pf: tries to find waypoints between two points and connects these
# waypoints with fast pf
#-----------------------------------------------------------------------------
def go_to_place (target_x, target_y, walk = true, fast = false)

#---------------------------------------------------------------------------
# these variables should not be changed!
#---------------------------------------------------------------------------
steps = 2 # steps for fast pathfinding
raster = 32 # raster for normal pathfinding
dist = 2 # the higher this value the more waypoints are ignored at
# normal pathfinding
time_start = Time.new # start time of pathfnding

#---------------------------------------------------------------------------
# uses normal pathfinding
#---------------------------------------------------------------------------
if not fast

# creates waypoints
way = self.path_a(target_x, target_y, raster)

# deletes every second step, so the movement doesnt look that raster-like
j = 0
for i in 1..(way.length - 2)
if (i) % dist != 0
way.delete_at(i + j)
j -= 1
end
end

# creates connections between the waypoints
@way = []
for i in 0..way.length - 2
@way += self.path_fast(way[i][0], way[i][1], way[i+1][0],
way[i+1][1], steps)
end

#---------------------------------------------------------------------------
# fast pathfinding
#---------------------------------------------------------------------------
else
@way = self.path_fast(@x, @y, target_x, target_y, steps)
end

@path_steps = steps if walk

#---------------------------------------------------------------------------
# saves Caterpillar Route
#---------------------------------------------------------------------------
if self == $game_player
$game_map.game_party_actors.each do |actor|
if actor.id != 1
way = []
for i in 0..(actor.move_list.length - 2)
way += actor.path_fast(actor.move_list[i][0], actor.move_list[i][1],
actor.move_list[i + 1][0],
actor.move_list[i + 1][1], @path_steps)
end
actor.way = way + @way.clone
actor.path_steps = @path_steps
actor.start_time = Graphics.frame_count + (actor.id - 1) *
$pixelmovement.cater_distance /
$game_player.move_speed - way.length / @path_steps
actor.move_list = []
end
end
end

time_end = Time.new # Time when pathfinding has been finished
#p time_end - time_start # prints duration of pathfinding

return @way

end

#-----------------------------------------------------------------------------
# basic A* Pathfinding
# Note: This isnt a simple pathfinding, which finds a way from a to b
# it tries to find a way from a to b AND from b to a, until the ways meet
# each other in the middle of the way itself.
#-----------------------------------------------------------------------------
def path_a(target_x, target_y, raster)

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------
ende = false # path has been completed?
coords_s = [] # used coords for the way from a to b
coords_z = [] # used coords for the way from b to a
target_x_o = target_x # original target x-coord
target_y_o = target_y # original target y-coord
target_x = target_x / raster * raster # target x-coord is rastered
target_y = target_y / raster * raster # target y-coord is rastered
x = @x / raster * raster # rastered start x-coord
y = @y / raster * raster # rastered start y-coord
way_s = [[[x, y]]] # waypoints for the way from a to b
way_z = [[[target_x, target_y]]] # waypoints for the way from b to a

# double x speed for isometric
if $pixelmovement.isometric
steps_x = raster * 2
else
steps_x = raster
end
steps_y = raster

#---------------------------------------------------------------------------
# searches the way, until its found
#---------------------------------------------------------------------------
loop do

# start at the start point

# for every existing way
way_s.each do |way|

# tries every direction and adds the new position if useful
for d in [2, 4, 6, 8] do
new_x = way.last[0] + (d == 1 ? -steps_x : d == 3 ? steps_x :
d == 7 ? -steps_x : d == 9 ? steps_x :
d == 6 ? steps_x : d == 4 ? -steps_x : 0)
new_y = way.last[1] + (d == 1 ? steps_y : d == 3 ? steps_y :
d == 7 ? -steps_y : d == 9 ? -steps_y :
d == 2 ? steps_y : d == 8 ? -steps_y : 0)

next if coords_s.include?([new_x, new_y])
coords_s += [[new_x, new_y]]
next if not self.passable?(way.last[0], way.last[1], d, raster)
way_s += [way + [[new_x, new_y]]]
ende = true if coords_z.include?([new_x, new_y])
end
end

# only the newest ways will be used
l = way_s.last.length
way_s.each do |way|
way_s -= [way] if way.length < l
end

break if ende

# start at the target

# for every existing way
way_z.each do |way|

# tries every direction and adds the new position if useful
for d in [2, 4, 6, 8] do
new_x = way.last[0] + (d == 1 ? -steps_x : d == 3 ? steps_x :
d == 7 ? -steps_x : d == 9 ? steps_x :
d == 6 ? steps_x : d == 4 ? -steps_x : 0)
new_y = way.last[1] + (d == 1 ? steps_y : d == 3 ? steps_y :
d == 7 ? -steps_y : d == 9 ? -steps_y :
d == 2 ? steps_y : d == 8 ? -steps_y : 0)

next if coords_z.include?([new_x, new_y])
coords_z += [[new_x, new_y]]
next if not self.passable?(way.last[0], way.last[1], d, raster)
way_z += [way+[[new_x, new_y]]]
ende = true if coords_s.include?([new_x, new_y])
end
end

# only the newest ways will be used
l = way_z.last.length
way_z.each do |way|
way_z -= [way] if way.length < l
end

break if ende

end

#---------------------------------------------------------------------------
# puts both ways together
#---------------------------------------------------------------------------
way_s.each do |s|
way_z.each do |z|

if s.include?(z.last)
if $pixelmovement.isometric
w_s = [[@x / 2 * 2, @y]] + s
w_z = [[target_x_o / 2 * 2, target_y_o]] + z
else
w_s = [[@x, @y]] + s
w_z = [[target_x_o, target_y_o]] + z
end
return w_s - [w_s.last] + w_z.reverse
end

end
end

end

#-----------------------------------------------------------------------------
# fast Pathfinding (see below to get how it works exactly)
#-----------------------------------------------------------------------------
def path_fast (start_x, start_y, target_x, target_y, steps)

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------
@coords = [] # waypoint
way_old = nil
start_x = start_x / steps * steps
start_y = start_y / steps * steps
target_x = target_x / steps * steps
target_y = target_y / steps * steps

# creates way
if $pixelmovement.isometric
target_x = target_x / 2 * 2
@way = Path.new(start_x / 2 * 2, start_y, [])
@coords += [[start_x / 2 * 2, start_y]]
else
@way = Path.new(start_x, start_y, [])
@coords += [[start_x, start_y]]
end

#---------------------------------------------------------------------------
# Loops until target is found
#---------------------------------------------------------------------------
counter = 0

loop do

# adds a possible way
way_old = @way
self.add_ways(steps, target_x, target_y)
counter += 1

if counter % 128 == 0
Graphics.update
# deletes unusable things
for i in 1..9
self.delete_unusable(i,10 - i, 8)
end
end

# if no direction is possible anymore, one step back
if way_old == @way
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

1.times do
case @way.path.last
when 1
@way.x += steps_x
@way.y -= steps_y
when 2
@way.y -= steps_y
when 3
@way.x -= steps_x
@way.y -= steps_y
when 4
@way.x += steps_x
when 6
@way.x -= steps_x
when 7
@way.x += steps_x
@way.y += steps_y
when 8
@way.y += steps_y
when 9
@way.x -= steps_x
@way.y += steps_y
end
@way.path.pop
end

end

# If target is found
if @coords.include?([target_x, target_y]) or counter == 512
return @way.path
end

end
end

#-----------------------------------------------------------------------------
# deletes unusable things (like 2,8,2,8,2,8)
#-----------------------------------------------------------------------------
def delete_unusable(d1 = 2, d2 = 8, ab = 8, count = 3)

count = ab-2 if count >= ab-1
i = ab

while i <= @way.path.length-1-ab
if (@way.path[(i - ab)..(i - 1)] - [d1]).length <= count and
(@way.path[(i + 1)..(i + ab)] - [d2]).length <= count

j = 0
while @way.path[i + j] != d1
j -= 1
end
j_old = j
while @way.path[i + j] == d1
j -= 1
end
if j_old-j <= count
while @way.path[i + j] != d1
j -= 1
end
while @way.path[i + j] == d1
j -= 1
end
end

k = 0
while @way.path[i + k] != d2
k += 1
end
k_old = k
while @way.path[i + k] == d2
k += 1
end
if k-k_old <= count
while @way.path[i + k] != d2
k += 1
end
k_old = k
while @way.path[i + k] == d2
k += 1
end
end
j += 1
k -= 1

while @way.path[i + j] == d1 and @way.path[i + k] == d2
@way.path.delete_at(i + k)
@way.path.delete_at(i + j)
k -= 2
end

end
i += 1

end
end

#-----------------------------------------------------------------------------
# adds new way (fast Pathfinding)
# tries to find the direct way to the target (e.g. if the target is below the
# start point, it tries to go down
#-----------------------------------------------------------------------------
def add_ways(steps, target_x, target_y)

if @way.y < target_y
if @way.x > target_x # left/down
if self.go_left_down(target_x, target_y, steps)
elsif self.go_right_down(target_x, target_y, steps)
while (not self.go_left_down(target_x, target_y, steps)) and
self.go_right_down(target_x, target_y, steps) do
end
elsif self.go_left_up(target_x, target_y, steps)
while (not self.go_left_down(target_x, target_y, steps)) and
self.go_left_up(target_x, target_y, steps) do
end
else self.go_right_up(target_x, target_y, steps)
while (not self.go_left_down(target_x, target_y, steps)) and
self.go_right_up(target_x, target_y, steps) do
end
end

elsif @way.x < target_x # right/down
if self.go_right_down(target_x, target_y, steps)
elsif self.go_left_down(target_x, target_y, steps)
while (not self.go_right_down(target_x, target_y, steps)) and
self.go_left_down(target_x, target_y, steps) do
end
elsif self.go_right_up(target_x, target_y, steps)
while (not self.go_right_down(target_x, target_y, steps)) and
self.go_right_up(target_x, target_y, steps) do
end
else self.go_left_up(target_x, target_y, steps)
while (not self.go_right_down(target_x, target_y, steps)) and
self.go_left_up(target_x, target_y, steps) do
end
end

else # down
if self.go_down(target_x, target_y, steps)
elsif self.go_left(target_x, target_y, steps)
while (not self.go_down(target_x, target_y, steps)) and
self.go_left(target_x, target_y, steps) do
end
elsif self.go_right(target_x, target_y, steps)
while (not self.go_down(target_x, target_y, steps)) and
self.go_right(target_x, target_y, steps) do
end
else self.go_up(target_x, target_y, steps)
while (not self.go_down(target_x, target_y, steps)) and
self.go_up(target_x, target_y, steps) do
end
end
end

elsif @way.y > target_y
if @way.x > target_x # left/up
if self.go_left_up(target_x, target_y, steps)
elsif self.go_left_down(target_x, target_y, steps)
while (not self.go_left_up(target_x, target_y, steps)) and
self.go_left_down(target_x, target_y, steps) do
end
elsif self.go_right_up(target_x, target_y, steps)
while (not self.go_left_up(target_x, target_y, steps)) and
self.go_right_up(target_x, target_y, steps) do
end
else self.go_right_down(target_x, target_y, steps)
while (not self.go_left_up(target_x, target_y, steps)) and
self.go_right_down(target_x, target_y, steps) do
end
end

elsif @way.x < target_x # right/up
if self.go_right_up(target_x, target_y, steps)
elsif self.go_left_up(target_x, target_y, steps)
while (not self.go_right_up(target_x, target_y, steps)) and
self.go_left_up(target_x, target_y, steps) do
end
elsif self.go_right_down(target_x, target_y, steps)
while (not self.go_right_up(target_x, target_y, steps)) and
self.go_right_down(target_x, target_y, steps) do
end
else self.go_left_down(target_x, target_y, steps)
while (not self.go_right_up(target_x, target_y, steps)) and
self.go_left_down(target_x, target_y, steps) do
end
end

else # up
if self.go_up(target_x, target_y, steps)
elsif self.go_right(target_x, target_y, steps)
while (not self.go_up(target_x, target_y, steps)) and
self.go_right(target_x, target_y, steps) do
end
elsif self.go_left(target_x, target_y, steps)
while (not self.go_up(target_x, target_y, steps)) and
self.go_left(target_x, target_y, steps) do
end
else self.go_down(target_x, target_y, steps)
while (not self.go_up(target_x, target_y, steps)) and
self.go_down(target_x, target_y, steps) do
end
end
end

elsif @way.x > target_x # left
if self.go_left(target_x, target_y, steps)
elsif self.go_up(target_x, target_y, steps)
while (not self.go_left(target_x, target_y,steps)) and
self.go_up(target_x, target_y, steps) do
end
elsif self.go_down(target_x, target_y, steps)
while (not self.go_left(target_x, target_y, steps)) and
self.go_down(target_x, target_y, steps) do
end
else self.go_right(target_x, target_y, steps)
while (not self.go_left(target_x, target_y, steps)) and
self.go_right(target_x, target_y, steps) do
end
end

elsif @way.x < target_x # right
if self.go_right(target_x, target_y, steps)
elsif self.go_up(target_x, target_y, steps)
while (not self.go_right(target_x, target_y, steps)) and
self.go_up(target_x, target_y, steps) do
end
elsif self.go_down(target_x, target_y, steps)
while (not self.go_right(target_x, target_y, steps)) and
self.go_down(target_x, target_y, steps) do
end
else self.go_left(target_x, target_y, steps)
while (not self.go_right(target_x, target_y, steps)) and
self.go_left(target_x, target_y, steps) do
end
end
end

end

#-----------------------------------------------------------------------------
# tries to go left and up
# if not possible: tries to go up or left
#-----------------------------------------------------------------------------
def go_left_up(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x - steps_x, @way.y - steps_y, 7, steps)
if not self.add_way(@way.x - steps_x, @way.y, 4, steps)
if not self.add_way(@way.x, @way.y - steps_y, 8, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go left and down
# if not possible: tries to go down or left
#-----------------------------------------------------------------------------
def go_left_down(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x - steps_x, @way.y + steps_y, 1, steps)
if not self.add_way(@way.x - steps_x, @way.y, 4, steps)
if not self.add_way(@way.x, @way.y + steps_y, 2, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go right and up
# if not possible: tries to go up or right
#-----------------------------------------------------------------------------
def go_right_up(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x + steps_x, @way.y - steps_y, 9, steps)
if not self.add_way(@way.x + steps_x, @way.y, 6, steps)
if not self.add_way(@way.x, @way.y - steps_y, 8, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go right and down
# if not possible: tries to go down or right
#-----------------------------------------------------------------------------
def go_right_down(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x + steps_x, @way.y + steps_y, 3, steps)
if not self.add_way(@way.x + steps_x, @way.y, 6, steps)
if not self.add_way(@way.x, @way.y + steps_y, 2, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go left
# if not possible: tries to go upper left or lower left
#-----------------------------------------------------------------------------
def go_left(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x - steps_x, @way.y, 4, steps)
if not self.add_way(@way.x - steps_x, @way.y + steps_y, 1, steps)
if not self.add_way(@way.x - steps_x, @way.y - steps_y, 7, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go right
# if not possible: tries to go upper right or lower right
#-----------------------------------------------------------------------------
def go_right(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x + steps_x, @way.y, 6, steps)
if not self.add_way(@way.x + steps_x, @way.y + steps_y, 3, steps)
if not self.add_way(@way.x + steps_x, @way.y - steps_y, 9, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go up
# if not possible: tries to upper left or upper right
#-----------------------------------------------------------------------------
def go_up(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x, @way.y - steps_y, 8, steps)
if not self.add_way(@way.x - steps_x, @way.y - steps_y, 7, steps)
if not self.add_way(@way.x + steps_x, @way.y - steps_y, 9, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# tries to go down
# if not possible: tries to lower left or lower right
#-----------------------------------------------------------------------------
def go_down(target_x, target_y, steps)
if $pixelmovement.isometric
steps_x = steps * 2
else
steps_x = steps
end
steps_y = steps

if not self.add_way(@way.x, @way.y + steps_y, 2, steps)
if not self.add_way(@way.x - steps_x, @way.y + steps_y, 1, steps)
if not self.add_way(@way.x + steps_x, @way.y + steps_y, 3, steps)
return false
end
end
end
return true
end

#-----------------------------------------------------------------------------
# adds new way (finally, if passable, and the new position hasnt been used
#-----------------------------------------------------------------------------
def add_way(x, y, d, steps)
if self.passable?(@way.x, @way.y, d, steps) and not @coords.include?([x, y])
@way = Path.new(x, y, @way.path + [d])
@coords += [[x, y]]
return true
else
return false
end
end

end

#===============================================================================
# Class to save a Pathfinding path (including the path itself and the current
# position
#===============================================================================
class Path
attr_accessor :x
attr_accessor :y
attr_accessor :path

def initialize (x, y, path)
@x = x
@y = y
@path = path
end
end

#===============================================================================
# Class for the Caterpillar Characters
#===============================================================================
class Game_Party_Actor < Game_Character
attr_accessor :sprite
attr_accessor :real_x
attr_accessor :real_y
attr_accessor :move_list
attr_accessor :start_time

#-----------------------------------------------------------------------------
# initialising method
#-----------------------------------------------------------------------------
def initialize(id)
super()
self.moveto($game_player.x, $game_player.y)
@through = true
@start_time = 0
@id = id
@move_list = []
@character_name = $game_party.actors[id - 1].character_name if @id > 1

# sets size
if @character_name != ''
char_bit = Bitmap.new(name = 'Graphics/Characters/' + @character_name)
bla = [char_bit.width / $game_player.frame_number / 4, char_bit.height /
$game_player.direction_number / 4].max +
$pixelmovement.event_size_add
@size['x'] = bla
@size['y'] = bla
end

end

#-----------------------------------------------------------------------------
# passable method, caterpillars can always walk if the new position is on
# the map
#-----------------------------------------------------------------------------
def passable?(x, y, d,steps = 32)
return $game_map.valid?(x, y)
end

#-----------------------------------------------------------------------------
# update method
#-----------------------------------------------------------------------------
def update

super

@walk_anime = true

# move speed is equal to players move speed
@move_speed = $game_player.move_speed

# first caterpillar is equal to the hero
if @id > 1

# Moves
if not self.moving? and not self.jumping? and @move_list.length > 0 and
@start_time <= Graphics.frame_count
if @move_list[0][2] != nil
if @move_list[0][2] == 'sl'
self.find_path (@move_list[0][0], @move_list[0][1], true, true)
@walk_anime = false
else
self.jump(@move_list[0][0] - @x, @move_list[0][1] - @y,
@move_list[0][2] / 2)
end
elsif @move_list[0][0] != @x or @move_list[0][1] != @y
self.find_path (@move_list[0][0],@move_list[0][1], true, true)
end
@move_list.delete_at(0)
end

#stops
if (@move_list == [] and $game_player.path_steps == 0)
@start_time = Graphics.frame_count + (@id - 1) *
$pixelmovement.cater_distance / @move_speed
end

else
@x = $game_player.x
@y = $game_player.y

end

end

alias pixel_cater_go_path go_path if not $pixelmovement.pixel_aliasing
def go_path

if @start_time > Graphics.frame_count or
(not $game_player.last_moving and @start_time != 0 and
@start_time != (@id - 1) * $pixelmovement.cater_distance / @move_speed and
not $pixelmovement.cater_overlap)
return
end

pixel_cater_go_path
end

end

#===============================================================================
# Class which holds the Minimap
# the minimap is created through copying the real map and resizing it or
# creating a collision minimap through using the collision map
# the character sprites are simple small duplications of their big cousins on
# the real map
#===============================================================================
class Spriteset_Minimap

# For Autotiles
INDEX =
[
26, 27, 32, 33, 4 , 27, 32, 33, 26, 5, 32, 33, 4, 5, 32, 33,
26, 27, 32, 11, 4 , 27, 32, 11, 26, 5, 32, 11, 4, 5, 32, 11,
26, 27, 10, 33, 4 , 27, 10, 33, 26, 5, 10, 33, 4, 5, 10, 33,
26, 27, 10, 11, 4 , 27, 10, 11, 26, 5, 10, 11, 4, 5, 10, 11,
24, 25, 30, 31, 24, 5, 30, 31, 24, 25, 30, 11, 24, 5, 30, 11,
14, 15, 20, 21, 14, 15, 20, 11, 14, 15, 10, 21, 14, 15, 10, 11,
28, 29, 34, 35, 28, 29, 10, 35, 4, 29, 34, 35, 4, 29, 10, 35,
38, 39, 44, 45, 4, 39, 44, 45, 38, 5, 44, 45, 4, 5, 44, 45,
24, 29, 30, 35, 14, 15, 44, 45, 12, 13, 18 ,19, 12, 13, 18, 11,
16, 17, 22, 23, 16, 17, 10, 23, 40, 41, 46, 47, 4, 41, 46, 47,
36, 37, 42, 43, 36, 5, 42, 43, 12, 17, 18, 23, 12, 13, 42, 43,
36, 41, 42, 47, 16, 17, 46, 47, 12, 17, 42, 47, 0, 1, 6, 7
]
X = [0, 1, 0, 1]
Y = [0, 0, 1, 1]

#-----------------------------------------------------------------------------
# initialising method
#-----------------------------------------------------------------------------
def initialize(set)

#---------------------------------------------------------------------------
# sets Corner + creates viewport
#---------------------------------------------------------------------------
case $pixelmovement.minimap_pos
when 1 #1 = upper left corner
@viewport = Viewport.new(0, 0, $pixelmovement.minimap_width,
$pixelmovement.minimap_height)
when 2 #2 = upper right
@viewport = Viewport.new(640 - $pixelmovement.minimap_width, 0,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height)
when 3 #3 = lower left
@viewport = Viewport.new(0, 480 - $pixelmovement.minimap_height,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height)
when 4 #4 = lower right
@viewport = Viewport.new(640 - $pixelmovement.minimap_width, 480 -
$pixelmovement.minimap_height,
$pixelmovement.minimap_width,
$pixelmovement.minimap_height)
end

#---------------------------------------------------------------------------
# initialising
#---------------------------------------------------------------------------
@minimap_collision = $pixelmovement.minimap_collision
@viewport.z = 500
@map = RPG::Sprite.new(@viewport)
@map.z = 2500
@cursor = RPG::Sprite.new(@viewport)
@cursor.z = 2520
@rahmen = RPG::Sprite.new(@viewport)
@rahmen.z = 2530
tiles = []

width = [$pixelmovement.minimap_width,
($game_map.width * 32) / $pixelmovement.minimap_scale].min
height = [$pixelmovement.minimap_height,
($game_map.height * 32) / $pixelmovement.minimap_scale].min

@rahmen.bitmap = Bitmap.new(width, height)
@rahmen.x = 0
@rahmen.y = 0
@cursor_zoom = ($pixelmovement.minimap_scale + 1) / 2

# draws border
for x in 0..(@rahmen.bitmap.width - 1)
@rahmen.bitmap.set_pixel(x, 0, Color.new(0, 0, 0))
@rahmen.bitmap.set_pixel(x, @rahmen.bitmap.height - 1, Color.new(0, 0, 0))
end
for y in 0..(@rahmen.bitmap.height - 1)
@rahmen.bitmap.set_pixel(0, y, Color.new(0, 0, 0))
@rahmen.bitmap.set_pixel(@rahmen.bitmap.width - 1, y, Color.new(0, 0, 0))
end

if @minimap != nil
@map.bitmap = @minimap

# Collsion Minimap from Map?
elsif @minimap_collision
@map.bitmap = RPG::Cache.collision_map($game_map.map_id.to_s)
end

#---------------------------------------------------------------------------
# creates minimap?
#---------------------------------------------------------------------------

# Collision Minimap from Map!
if @map.bitmap != nil
bit = Bitmap.new(@map.bitmap.width / $pixelmovement.minimap_scale,
@map.bitmap.height / $pixelmovement.minimap_scale)
bit.stretch_blt(bit.rect, @map.bitmap, @map.bitmap.rect)
@map.bitmap = bit

# Else
else

@map.bitmap = Bitmap.new(($game_map.width * 32) /
$pixelmovement.minimap_scale,
($game_map.height * 32) /
$pixelmovement.minimap_scale)

#Collision Minimap from Tileset?
if @minimap_collision
tiles[0] = RPG::Cache.collision_map($game_map.tileset_name)
end

# Else: Normal Minimap
if not @minimap_collision or tiles[0] == nil
@minimap_collision = false
tiles[0] = RPG::Cache.tileset($game_map.tileset_name)
end

#Autotiles
$game_map.autotile_names.each do |name|

if @minimap_collision
bitmap = RPG::Cache.collision_map(name)
else
bitmap = RPG::Cache.autotile(name)
end

if bitmap != nil and bitmap.width >= 96
id = tiles.length
scroll = []
frame = []
autotile = bitmap
scroll[id] = 0
frame[id] = autotile.width / 96
width = 8 * 32 * frame[id]
height = 6 * 32
tiles[id] = Bitmap.new(width, height)

for f in 0...frame[id]
for pos in 0...48
for corner in [0, 1, 2, 3]
h = 4 * pos + corner
yy = INDEX[h] / 6
xx = INDEX[h] % 6 + f * 6
y = pos / 8
x = pos % 8 + f * 8
src_rect = Rect.new(xx * 16 , yy * 16 , 16, 16 )
tiles[id].blt(x * 32 + X[corner] * 16,
y * 32 + Y[corner] * 16 , autotile, src_rect)
end # end for corner
end
end

else
tiles[tiles.length] = Bitmap.new(32 * 8, 32 * 6)
if @minimap_collision
tiles[tiles.length - 1].fill_rect(tiles[tiles.length - 1].rect,
Color.new(255, 255,255))
end
end

end

#-------------------------------------------------------------------------
# draws Map
#-------------------------------------------------------------------------
for x in 0..$game_map.width
for y in 0..$game_map.height
for layer in 0..2
pos = $game_map.data[x, y, layer]
pos = 0 if pos == nil
if pos >= 384
pos -= 384
sy = (pos / 8) * 32
sx = (pos % 8) * 32
src_rect = Rect.new(sx, sy, 32, 32)

dest_rect = Rect.new(x * 32 / $pixelmovement.minimap_scale,
y * 32/ $pixelmovement.minimap_scale,
32 / $pixelmovement.minimap_scale,
32 / $pixelmovement.minimap_scale)

if (not @minimap_collision) or
(@map.bitmap.get_pixel(dest_rect.x, dest_rect.y) !=
Color.new(0, 0, 0) and
$game_map.priorities[$game_map.data[x, y, layer]] == 0) or
(@map.bitmap.get_pixel(dest_rect.x, dest_rect.y) ==
Color.new(0, 0, 0) and layer == 1 and
$game_map.data[x, y, layer] != 0 and
$game_map.priorities[$game_map.data[x, y, layer]] == 0)

@map.bitmap.stretch_blt(dest_rect, tiles[0], src_rect)
end

elsif pos >= 48
nr = pos / 48
pos = pos % 48
sy = (pos / 8) * 32
sx = (pos % 8) * 32
src_rect = Rect.new(sx, sy, 32, 32)

dest_rect = Rect.new(x * 32 / $pixelmovement.minimap_scale,
y * 32/ $pixelmovement.minimap_scale,
32 / $pixelmovement.minimap_scale,
32 / $pixelmovement.minimap_scale)

if (not @minimap_collision) or
(@map.bitmap.get_pixel(dest_rect.x, dest_rect.y) !=
Color.new(0, 0, 0, 255) and
$game_map.priorities[$game_map.data[x, y, layer]] == 0) or
(@map.bitmap.get_pixel(dest_rect.x, dest_rect.y) ==
Color.new(0, 0, 0, 255) and
layer == 1 and $game_map.data[x, y, layer] != 0 and
$game_map.priorities[$game_map.data[x, y, layer]] == 0)

@map.bitmap.stretch_blt(dest_rect, tiles[nr], src_rect)
end
end
end
end
end
end

#---------------------------------------------------------------------------
# colours, etc.
#---------------------------------------------------------------------------

@map.opacity = 0
@rahmen.opacity = 0
@cursor.opacity = 0

#Colours of Collision Minimap
if @minimap_collision and
($pixelmovement.minimap_c_n_pass != Color.new(0, 0, 0) or
$pixelmovement.minimap_c_pass != Color.new(255, 255, 255))
for x in 0..@map.bitmap.width
for y in 0..@map.bitmap.height
if @map.bitmap.get_pixel(x, y) == Color.new(0, 0, 0)
@map.bitmap.set_pixel(x, y, $pixelmovement.minimap_c_n_pass)
else
@map.bitmap.set_pixel(x, y, $pixelmovement.minimap_c_pass)
end

Graphics.update if x % 200 == 0 and y % 200 == 0
end
end
end

self.set_chars(set)

#Loop_Map
if $pixelmovement.loop_maps.include?($game_map.map_id)
map = Bitmap.new(@map.bitmap.width * 3,@map.bitmap.height * 3)
for i in 0..2
for j in 0..2
x = @map.bitmap.width * i
y = @map.bitmap.height * j
map.blt(x, y, @map.bitmap, @map.bitmap.rect)
end
end
@map.bitmap = map
end

# Cursor for Collision Minimap
if @cursor.bitmap == nil
@cursor.bitmap = Bitmap.new(10, 10)
@cursor.bitmap.fill_circle(5, 5, 5, $pixelmovement.minimap_c_cursor)
end

@cursor.x = 0
@cursor.y = 0

end

#-----------------------------------------------------------------------------
# creates characters on minimap
#-----------------------------------------------------------------------------
def set_chars(set)

#disposes chars, if they already exist
@chars.each {|cha| cha.dispose} if @chars != nil
@chars = []

# no chars on collision minimap
return if @minimap_collision

# draw Chars
set.character_sprites.each do |char|

#Cursor
if char == set.character_sprites.last
@cursor.blink_on

@cursor.bitmap = Bitmap.new(char.bitmap.width /
$pixelmovement.minimap_scale * @cursor_zoom,
char.bitmap.height /
$pixelmovement.minimap_scale * @cursor_zoom)

@cursor.bitmap.stretch_blt(@cursor.bitmap.rect, char.bitmap,
char.bitmap.rect)
@cursor.src_rect.set(0,0,char.src_rect.width /
$pixelmovement.minimap_scale * @cursor_zoom,
char.src_rect.height /
$pixelmovement.minimap_scale * @cursor_zoom)

#Chars
else
next if not $pixelmovement.minimap_sprites
@chars.push(RPG::Sprite.new(@viewport))
@chars.last.z = 2510
@chars.last.bitmap = Bitmap.new(char.bitmap.width /
$pixelmovement.minimap_scale,
char.bitmap.height /
$pixelmovement.minimap_scale)

@chars.last.bitmap.stretch_blt(@chars.last.bitmap.rect, char.bitmap,
char.bitmap.rect)
@chars.last.src_rect.set(0, 0, char.src_rect.width /
$pixelmovement.minimap_scale,
char.src_rect.height /
$pixelmovement.minimap_scale)
@chars.last.opacity = 0
end

end
end

#-----------------------------------------------------------------------------
# disposes minimap
#-----------------------------------------------------------------------------
def dispose
@map.dispose
@cursor.dispose
@chars.each do |char|
char.dispose
end
@rahmen.dispose
end

#-----------------------------------------------------------------------------
# updates minimap
#-----------------------------------------------------------------------------
def update

#---------------------------------------------------------------------------
# Looped Maps?
#---------------------------------------------------------------------------

# if the current map is looped, but the minimap hasnt been created for
# looped maps
if $pixelmovement.loop_maps.include?($game_map.map_id)
if @map.bitmap.width == $game_map.width * 32 /
$pixelmovement.minimap_scale
map = Bitmap.new(@map.bitmap.width * 3,@map.bitmap.height * 3)
for i in 0..2
for j in 0..2
x = @map.bitmap.width * i
y = @map.bitmap.height * j
map.blt(x, y, @map.bitmap, @map.bitmap.rect)
end
end
@map.bitmap = map
end
# if minimap has been created for a looped map, but the map isnt looped
elsif @map.bitmap.width > $game_map.width * 32 /
$pixelmovement.minimap_scale
map = Bitmap.new(@map.bitmap.width / 3,@map.bitmap.height / 3)
map.blt(0, 0, @map.bitmap, @map.bitmap.rect)
@map.bitmap = map
end

# return if the minimap should not be updated anymore
if not ($scene.is_a?(Scene_Map) and $pixelmovement.minimap and
$scene.spriteset != nil)
return
end

#---------------------------------------------------------------------------
# Map update
#---------------------------------------------------------------------------

# horizontal movement of the minimap

# Map is smaller than Minimap
if @map.bitmap.width <= $pixelmovement.minimap_width
@map.x = 0

else
@map.x = - $game_map.display_x / 4 / $pixelmovement.minimap_scale # Normal
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 640 / $pixelmovement.minimap_width
@map.x -= (304 - 640 * ($pixelmovement.minimap_scale / (640.0 /
$pixelmovement.minimap_width) / 2)) /
$pixelmovement.minimap_scale
if $game_player.x <= 640 * ($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2)
@map.x = 0
elsif $game_player.x >= $game_map.width * 32 - 640 *
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2)
@map.x = - @map.bitmap.width + $pixelmovement.minimap_width
end
end
end

#vertical movement of the minimap

# Map is smaller than Minimap
if @map.bitmap.height <= $pixelmovement.minimap_height
@map.y = 0

else
@map.y = - $game_map.display_y / 4 / $pixelmovement.minimap_scale # Normal
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 480 / $pixelmovement.minimap_height
@map.y -= (224 - 480 * ($pixelmovement.minimap_scale / (480.0 /
$pixelmovement.minimap_height) / 2))/
$pixelmovement.minimap_scale
if $game_player.y <= 480 * ($pixelmovement.minimap_scale/
(480.0 / $pixelmovement.minimap_height) / 2)
@map.y = 0
elsif $game_player.y >= $game_map.height * 32 - 480 *
($pixelmovement.minimap_scale / (480.0 /
$pixelmovement.minimap_height) / 2)
@map.y = - @map.bitmap.height + $pixelmovement.minimap_height
end
end
end

# looped map
if $pixelmovement.loop_maps.include?($game_map.map_id)
@map.x -= @map.bitmap.width / 3
@map.y -= @map.bitmap.height / 3
end

#---------------------------------------------------------------------------
# Cursor Update
#---------------------------------------------------------------------------

# returns if no chararacter sprites are drawn on the map
return if $scene.spriteset.character_sprites.last.disposed?

# updates cursor sprite, if minimap isnt a collision map
if not @minimap_collision
@cursor.src_rect.set($scene.spriteset.character_sprites.last.src_rect.x /
$pixelmovement.minimap_scale * @cursor_zoom,
$scene.spriteset.character_sprites.last.src_rect.y /
$pixelmovement.minimap_scale * @cursor_zoom,
$scene.spriteset.character_sprites.last.src_rect.width /
$pixelmovement.minimap_scale * @cursor_zoom,
$scene.spriteset.character_sprites.last.src_rect.height /
$pixelmovement.minimap_scale * @cursor_zoom)
end

# horizontal

# Map is smaller than Minimap
if @map.bitmap.width <= $pixelmovement.minimap_width
@cursor.x = ($game_player.x + 16) / $pixelmovement.minimap_scale

else
@cursor.x = $game_player.screen_x/ (640 / $pixelmovement.minimap_width)
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 640 / $pixelmovement.minimap_width
if $game_player.x <= 640 * ($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2)
@cursor.x = $game_player.x / (640 / $pixelmovement.minimap_width) /
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width))
elsif $game_player.x >= $game_map.width * 32 - 640 *
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2)
@cursor.x = $pixelmovement.minimap_width -
(@map.bitmap.width - $game_player.x / (640 /
$pixelmovement.minimap_width) /
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width)))
end
end
end

#vertical

# Map is smaller than minimap
if @map.bitmap.height <= $pixelmovement.minimap_height
@cursor.y = ($game_player.y + 32) / $pixelmovement.minimap_scale

else
@cursor.y = $game_player.screen_y / (480 / $pixelmovement.minimap_height)
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 480 / $pixelmovement.minimap_height
if $game_player.y <= 480 * ($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height) / 2)
@cursor.y = $game_player.y / (480 / $pixelmovement.minimap_height) /
($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height))
+ @cursor.src_rect.height / 2 + 4
elsif $game_player.y >= $game_map.height * 32 - 480 *
($pixelmovement.minimap_scale/
(480.0 / $pixelmovement.minimap_height) / 2)
@cursor.y = $pixelmovement.minimap_height -
(@map.bitmap.height - $game_player.y/(480 /
$pixelmovement.minimap_height) /
($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height))) + 6
end
end
end

# optimizes cursor position
if @minimap_collision
@cursor.x -= 5
@cursor.y -= 5
else
@cursor.x -= @cursor.src_rect.width / 2
@cursor.y -= @cursor.src_rect.height
end

#---------------------------------------------------------------------------
# Chars are Updated
#---------------------------------------------------------------------------
for i in 0..(@chars.length - 1)

# sprite isnt update if character isnt on the screen
next if not $scene.spriteset.character_sprites[i].character.in_range?

# updates sprite
@chars[i].src_rect.set($scene.spriteset.character_sprites[i].src_rect.x /
$pixelmovement.minimap_scale,
$scene.spriteset.character_sprites[i].src_rect.y /
$pixelmovement.minimap_scale,
$scene.spriteset.character_sprites[i].src_rect.width /
$pixelmovement.minimap_scale,
$scene.spriteset.character_sprites[i].src_rect.height /
$pixelmovement.minimap_scale)

char = $scene.spriteset.character_sprites[i]
if char == nil
next
else
char = char.character
end

# horizontal

# Map is smaller than Minimap
if @map.bitmap.width <= $pixelmovement.minimap_width
@chars[i].x = (char.x + 16) / $pixelmovement.minimap_scale

else
@chars[i].x = char.screen_x / $pixelmovement.minimap_scale
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 640 / $pixelmovement.minimap_width
@chars[i].x -= (304 - 640 * ($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2))/
$pixelmovement.minimap_scale
if $game_player.x <= 640 * ($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width) / 2)
@chars[i].x = char.x / (640 / $pixelmovement.minimap_width) /
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width)) +
@chars[i].src_rect.width / 2
elsif $game_player.x >= $game_map.width * 32 - 640 *
($pixelmovement.minimap_scale/
(640.0 / $pixelmovement.minimap_width) / 2)
@chars[i].x = $pixelmovement.minimap_width -
(@map.bitmap.width - char.x /
(640 / $pixelmovement.minimap_width) /
($pixelmovement.minimap_scale /
(640.0 / $pixelmovement.minimap_width))) +
@chars[i].src_rect.width / 2
end
end
end

# vertical

# Map is smaller than minimap
if @map.bitmap.height <= $pixelmovement.minimap_height
@chars[i].y = (char.y + 32) / $pixelmovement.minimap_scale
else
@chars[i].y = char.screen_y / $pixelmovement.minimap_scale # Normal
unless $pixelmovement.loop_maps.include?($game_map.map_id) or
$pixelmovement.minimap_scale == 480 / $pixelmovement.minimap_height
@chars[i].y -= (224 - 480 * ($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height) / 2)) /
$pixelmovement.minimap_scale
if $game_player.y <= 480 * ($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height) / 2)
@chars[i].y = char.y/(480 / $pixelmovement.minimap_height) /
($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height))
+ @chars[i].src_rect.height - 4
elsif $game_player.y >= $game_map.height * 32 - 480 *
($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height) / 2)
@chars[i].y = $pixelmovement.minimap_height -
(@map.bitmap.height - char.y/
(480 / $pixelmovement.minimap_height) /
($pixelmovement.minimap_scale /
(480.0 / $pixelmovement.minimap_height))) +
@chars[i].src_rect.height - 4
end
end
end

# optimizes position
@chars[i].x -= @chars[i].src_rect.width / 2
@chars[i].y -= @chars[i].src_rect.height

# on looped maps (when character is next to the border)
if $pixelmovement.loop_maps.include?($game_map.map_id)
if @chars[i].x < 0 and @map.bitmap.width >= $pixelmovement.minimap_width
@chars[i].x += @map.bitmap.width / 3
elsif @chars[i].x > $pixelmovement.minimap_width and
@map.bitmap.width >= $pixelmovement.minimap_width
@chars[i].x -= @map.bitmap.width / 3
end
if @chars[i].y < 0 and
@map.bitmap.height >= $pixelmovement.minimap_height
@chars[i].y += @map.bitmap.height / 3
elsif @chars[i].y > $pixelmovement.minimap_height and
@map.bitmap.height >= $pixelmovement.minimap_height
@chars[i].y -= @map.bitmap.height / 3
end
end

@chars[i].opacity = $pixelmovement.minimap_opacity

end

@map.opacity = $pixelmovement.minimap_opacity
@rahmen.opacity = $pixelmovement.minimap_opacity
@cursor.opacity = $pixelmovement.minimap_opacity

end
end

#===============================================================================
# Settings:
#-------------------------------------------------------------------------------
# the values after the '=' are the standard settings, you can use any other
# similar value. These commands can be used any time during the game.
#-------------------------------------------------------------------------------
# for methods: value can be either true or false, if value is not set the
# switch changes (e.g. from true to false)
#===============================================================================

# Collsion-Map Folder:
$pixelmovement.collision_folder = 'Graphics/ZPassability/'

# Height-Map Folder:
$pixelmovement.height_folder = 'Graphics/ZSurface/'

# Swamp-Map Folder:
$pixelmovement.swamp_folder = 'Graphics/ZSwamps/'

#-------------------------------------------------------------------------------

# Number of frames:
$pixelmovement.frame_number = 4

# Order + Numbers of the frames:
$pixelmovement.frame_array = []

# Special frame(s) only for standing animation?:
$pixelmovement.stand_frame = 0

# Order+Number(s) of the frame(s) for the standing animation:
$pixelmovement.stand_array = []

# Number of the directions (4/8):
$pixelmovement.direction_number = 4

# Order+ Numbers of the directions:
$pixelmovement.direction_array = []

# Number of Frames for the Player Sprite:
$pixelmovement.player_frame_number = nil

# Number of Directions for the Player Sprite:
$pixelmovement.player_direction_number = nil

# Number of Stand Frames for the Player Sprite only used, if its != nil, Also
# used for Caterpillars!
$pixelmovement.player_stand_frame = nil

#-------------------------------------------------------------------------------

# Distance in Px:
$pixelmovement.cater_distance = 32

# Switch for the Caterpillar Script:
$pixelmovement.switch_caterpillar(true)

# Switch for Caterpillar Overlapping:
$pixelmovement.switch_cater_overlap(false)

#-------------------------------------------------------------------------------

# Size of Player Event:
$pixelmovement.player_size = [12, 8]

# Correction of the Event Sizes:
$pixelmovement.event_size_add = 0

#-------------------------------------------------------------------------------

# Sprint Speed:
$pixelmovement.sprint_speed = 1

# Sprint Key, set to nil to disable script:
$pixelmovement.sprint_key = Input::A

# Sprint Time:
$pixelmovement.sprint_time = 50

# Rest Time:
$pixelmovement.sprint_wait = 20

# Switch for direction fix while sprinting:
$pixelmovement.switch_sprint_fix(false)

#-------------------------------------------------------------------------------

# Minimap position:
# 1 = upper left corner, 2 = upper right, 3 = lower left, 4 = lower right
$pixelmovement.minimap_pos = 1

# Minimap Width:
$pixelmovement.minimap_width = 160.0

# Minimap Height:
$pixelmovement.minimap_height = 120.0

# Scale:
$pixelmovement.minimap_scale = 4.0

# Minimap Opacity:
$pixelmovement.minimap_opacity = 0

# Color of the cursor on the collision minimap:
$pixelmovement.minimap_c_cursor = Color.new(255, 0, 0)

# Color of passable things on the collision minimap:
$pixelmovement.minimap_c_pass = Color.new (255, 255, 255)

# Color of non-passable things on the collision minimap:
$pixelmovement.minimap_c_n_pass = Color.new(0, 0, 0)

# Switch for the Minimap Script:
$pixelmovement.switch_minimap(true)

# Switch for the Minimap Character Sprites:
$pixelmovement.switch_minimap_sprites(true)

# Switch for the Collision Minimaps:
$pixelmovement.switch_minimap_collision(false)

#-------------------------------------------------------------------------------

# Looped Maps:
$pixelmovement.loop_maps = [6]

#-------------------------------------------------------------------------------

# Key to jump, set to nil for no jumping:
$pixelmovement.jump_key = Input::X

# the height of the jump:
$pixelmovement.jump_height = 2

# the distance of the jump (in Pixel):
$pixelmovement.jump_length = 64

#-------------------------------------------------------------------------------

# slippery tiles' Terrain IDs, must be a range or an array,
# set to nil to disable:
$pixelmovement.ice_tiles = [6]

#-------------------------------------------------------------------------------

# Switch for the Isometric Script:
$pixelmovement.switch_isometric(false)

#-------------------------------------------------------------------------------

# Switch for sliding:
$pixelmovement.switch_sliding(true)

#-------------------------------------------------------------------------------

# Switch for special Panorama scrolling:
$pixelmovement.switch_panorama_scrolling(false)

#-------------------------------------------------------------------------------

# dont change this, its used to prevent that methods are aliased more than once
$pixelmovement.pixel_aliasing = true

end
#-------------------------------------------------------------------------------
# End SDK Enabled Test
#-------------------------------------------------------------------------------[/spoiler]