<TheoAllen's Bitmap Extra Addons>
Version: <2.0>
Author: <TheoAllen>
Translator: <AbsoluteIce>
Date: <July>, <13>, <2013>
Version History
- <Version 1.0b> 04.06.2013 - Public release by TheoAllen in Indonesian.
- <Version 1.0b> 19.07.2013 - English release by AbsoluteIce.
Planned Future Versions
- For now, none, unless TheoAllen updates this script.
Description
This script is used to depict the various shapes in the class bitmap.
Features
- The ability to draw various shapes in the class bitmap.
Screenshots
Instructions
Put this script below materials, and above main in the script section.
Script
# =============================================================================
# TheoAllen - Bitmap Extra Addons
# Version : 2.0
# Contact : www.rpgmakerid.com (or) http://theolized.blogspot.com
# (This script is translated by AbsoluteIce)
# =============================================================================
($imported ||= {})[:Theo_BitmapAddons]=true
# =============================================================================
# CHANGE LOGS:
# -----------------------------------------------------------------------------
# 2013.06.04 - Massive update. Increment to version 2.0
# - added draw gradient_line
# - added draw_polygon
# - added draw_ellipse
# - etc ....
# 2013.05.21 - Started and Finished script
# =============================================================================
=begin
# ===========================================================================
Introduction :
This script is used to depict the various shapes in the class bitmap. The
available methods are ;
Line :
- draw_line
- gradient_line
Circle :
- draw_ellipse
- draw_circle
- fill_ellipse
- fill_circle
Polygon :
- draw_shape
- draw_polygon
- draw_shape_params
- fill_polygon
- fill_shape_params
class Color :
- same?(color1[,color2[,color3,...)
- empty?
===========================================================================
How to use :
===========================================================================
Line :
---------------------------------------------------------------------------
*) bitmap.draw_line(x1,y1,x2,y2[,color])
*) bitmap.draw_line(x1,y1,x2,y2[,color]) {|coordinates| }
to draw the lines from coordinates (x1,y1) to the coordinates (x2,y2). if you use the
argument block, the result is the coordinates of each of the individual center in the
form of an array. by default the coordinates is[0]
and position x and coordinate[1] are position y.
As default, if the color is ignored, then the default will be white.
Color.new(255,255,255)
*) bitmap.gradient_line(x1,y1,x2,y2,color1,color2)
to draw the coordinates from (x1,y1) to the coordinates of (x2,y2) to the gradients from color1 and color 2.
For the moment, this still isn't supported.
---------------------------------------------------------------------------
Circle :
---------------------------------------------------------------------------
*) bitmap.draw_ellipse(x,y,horz,vert[,color[,think[,step]]])
To draw the argument with the picture like so :
x >> coordinates of X
y >> coordinates of Y
horz >> Horizontal Radius
vert >> Vertical Radius
color >> color of the line (default : white)
think >> thickness of line (default : 1)
step >> distance from the dot (default : 0.1)
*) bitmap.draw_circle(x,y,radius[,color[,think[,step]]])
To draw the image circle. The same argument draws the ellipse.
the only difference is in the radius.
*) bitmap.fill_ellipse(x,y,horz,vert,color1[,color2[,step]])
To fill the ellipse. x,y,horz,vert are the same. color1 is to outline.
If the color isn't filled, then the color shall be the same as color 1.
*) bitmap.fill_circle(x,y,radius,color1[,color2[,step]])
Overall, it's the same. :v
---------------------------------------------------------------------------
Polygon :
---------------------------------------------------------------------------
*) bitmap.draw_shape(x,y,params,length[,color1[,bone[,fill[,color2])
Ini adalah method dasar untuk ngedraw poligon. Jadi jangan heran kalo
argumennya kelewat banyak. Untuk keterangan argumennya sebagai berikut
x >> Coordinates of X
y >> Coordinates of Y
params >> parameter of the array. eg : [100,50,100,50,100,50]
length >> length (maksimal)
color1 >> color to draw the line (default : white)
bone >> if true maka kerangka poligon akan didraw (default : true)
fill >> if true the polygon will be filled with color (default : false)
color2 >> color to fill (default : same as color1)
*) bitmap.draw_polygon(x,y,corner,length,color1[,bone[,color2]])
Method to draw the polygon. overall same draw_shape. Corner is the
amount of angle of picture. if you enter 5, it will be by default as
a pentagon. Bone as default true (picture of framework). color2 is the
color to the framework (same as color 1).
*) bitmap.draw_shape_params(x,y,params,length,color1[,bone[,color2]])
Method to draw the parameter (atk,def,int,agi,dll...) in the shape of a pentagon.
Overall, its the same as draw_polygon. The only difference is the argument block. For
example, the usage is like so :
params = [atk,def,matk,mdf,agi,luk]
bitmap.draw_shape(50,50,params,50,Color.new(0,255,0))
*) bitmap.fill_polygon(x,y,corner,length,color1[,color2])
Make the picture of the polygon filled with color. Color1 is the outline,
and color2 is the fill. if color2 is ignored, Then it will be the same as
color1.
*) bitmap.fill_shape_params(x,y,params,length,color1[,color2])
Overall, its the same as fill_polygon. The only difference is the parameters.
---------------------------------------------------------------------------
Other information :
---------------------------------------------------------------------------
I also added something in the class color which is :
*) color.same?(color1[,color2[,color3,dst...]]])
to check what are the components of color if the methods
are the same or not.
*) color.empty?
return true if the alpha is 0.
===========================================================================
Terms of use :
---------------------------------------------------------------------------
Credit TheoAllen, and ModernAlgebra for inspiration. Use this only for non-
commercial projects.
http://creativecommons.org/licenses/by-nc-sa/2.5/ca/
===========================================================================
Special Thanks :
- Modern Algebra for the idea of bitmap addons
=end
# =============================================================================
class Bitmap
attr_accessor :start_degree
alias theo_bitmap_init initialize
def initialize(*args)
theo_bitmap_init(*args)
@start_degree = 270
end
def draw_line(x1,y1,x2,y2,color=Color.new(255,255,255),color_set_skip = false)
if x1 == x2 && y1 == y2
set_pixel(x1,y1,color)
yield [x1,x2] if block_given?
return
end
jarak_x = (x2-x1)
jarak_y = (y2-y1)
if jarak_y == 0 || jarak_x == 0
if jarak_y == 0
draw_horz(x1,y1,jarak_x,color)
for j in 0..jarak_x
yield [x1,y1]
x1 += 1
end if block_given?
elsif jarak_x.abs == 0
draw_vert(x1,y1,jarak_y,color)
for k in 0..jarak_y
yield [x1,y1]
y1 += 1
end if block_given?
end
return
end
maximum = [jarak_x.abs,jarak_y.abs].max
rasio_x = jarak_x / maximum.to_f
rasio_y = jarak_y / maximum.to_f
real_x = x1.to_f
real_y = y1.to_f
for i in 0..maximum
set_pixel(x1,y1,color) unless get_pixel(x1,y1).same?(color) ||
color_set_skip ? !get_pixel(x1,y1).empty? : false
real_x += rasio_x
real_y += rasio_y
yield [x1,y1] if block_given?
x1 = real_x.round
y1 = real_y.round
end
end
def gradient_line(x1,y1,x2,y2,color1 = Color.new(255,255,255),color2 = color1)
jarak_x = (x2-x1)
jarak_y = (y2-y1)
radius = Math.sqrt((jarak_x**2) + (jarak_y**2))
red_diff = (color2.red - color1.red) / radius
green_diff = (color2.green - color1.green) / radius
blue_diff = (color2.blue - color1.blue) / radius
alpha_diff = (color2.alpha - color1.alpha) / radius
red = color1.red
green = color1.green
blue = color1.blue
alpha = color1.alpha
if jarak_y.abs == 0 || jarak_x.abs == 0
gradient_fill_rect(x1,y1,1,jarak_y,color1,color2,true) if jarak_y.abs == 0
gradient_fill_rect(x1,y1,jarak_x,1,color1,color2) if jarak_x.abs == 0
return
end
maximum = [jarak_x.abs,jarak_y.abs].max
rasio_x = jarak_x / maximum.to_f
rasio_y = jarak_y / maximum.to_f
real_x = x1.to_f
real_y = y1.to_f
for i in 0..maximum
new_color = Color.new(red,green,blue,alpha)
set_pixel(x1,y1,new_color) unless get_pixel(x1,y1).same?(new_color)
real_x += rasio_x
real_y += rasio_y
x1 = real_x.round
y1 = real_y.round
red += red_diff
blue += blue_diff
green += green_diff
alpha += alpha_diff
end
end
def draw_horz(x,y,width,color = Color.new(255,255,255))
if width < 0
fill_rect(x+width+1,y,width.abs,1,color)
return
end
fill_rect(x,y,width,1,color)
end
def draw_vert(x,y,height,color = Color.new(255,255,255))
if height < 0
fill_rect(x,y+height+1,1,height.abs,color)
return
end
fill_rect(x,y,1,height,color)
end
def draw_ellipse(x,y=0,horz=1,vert=1,color=Color.new(255,255,255),think=1,
step=0.1)
return if think < 1
ori_x = x
ori_y = y
x += horz
degree = 0.0
while degree <= 360
yield [x,y] if block_given?
set_pixel(x,y,color) unless get_pixel(x,y).same?(color)
x = Math.cos(Math.radian(degree)) * horz + ori_x
y = Math.sin(Math.radian(degree)) * vert + ori_y
degree = [degree+step,361].min
end
if think > 1
draw_ellipse(ori_x+1,ori_y+1,horz,vert,think-1,color,step)
draw_ellipse(ori_x-1,ori_y-1,horz,vert,think-1,color,step)
draw_ellipse(ori_x+1,ori_y-1,horz,vert,think-1,color,step)
draw_ellipse(ori_x-1,ori_y+1,horz,vert,think-1,color,step)
end
end
def draw_circle(x,y,radius,color=Color.new(255,255,255),think=1)
draw_ellipse(x,y,radius,radius,think,color) {|coordinate|
yield coordinate if block_given?
}
end
def fill_circle(x,y,radius,color1,color2=color1,step=0.1)
fill_ellipse(x,y,radius,radius,color1,color2,step)
end
def fill_ellipse(x,y,horz,vert,color1,color2=color1,step=0.1)
draw_ellipse(x,y,horz,vert,1,color1,0.5) {|cor|
draw_line(x,y,cor[0],cor[1],color2,true)
}
for i in 0..1
for baris in 0..horz*2
for kolom in 0..vert*2
pos_x = baris-horz+x
pos_y = kolom-vert+y
syarat = (get_pixel(pos_x+1,pos_y).same?(color1,color2) &&
get_pixel(pos_x-1,pos_y).same?(color1,color2)) ||
(get_pixel(pos_x,pos_y-1).same?(color1,color2) &&
get_pixel(pos_x,pos_y+1).same?(color1,color2)) ||
(get_pixel(pos_x+1,pos_y+1).same?(color1,color2) &&
get_pixel(pos_x-1,pos_y-1).same?(color1,color2)) ||
(get_pixel(pos_x-1,pos_y+1).same?(color1,color2) &&
get_pixel(pos_x+1,pos_y-1).same?(color1,color2))
if syarat && !get_pixel(pos_x,pos_y).same?(color1,color2)
set_pixel(pos_x,pos_y,color2)
end
end
end
end
end
def draw_polygon(x,y,corner,length,color1,bone=true,color2=color1)
return unless corner.is_a?(Numeric)
draw_shape(x,y,Array.new(corner){1},length,color1,bone,false,color2)
end
def fill_polygon(x,y,corner,length,color1,color2=color1)
return unless corner.is_a?(Numeric)
draw_shape(x,y,Array.new(corner),length,color1,false,true,color2)
end
def draw_shape_params(x,y,params,length,color1,bone=true,color2=color1)
draw_shape(x,y,params,length,color1,bone,false,color2)
end
def fill_shape_params(x,y,params,length,color1,color2=color1)
draw_shape(x,y,params,length,color1,false,true,color2)
end
def draw_shape(x,y,params,length,color1 = Color.new(255,255,255),
include_bone = true ,fill=false,color2 = color1)
return unless params.is_a?(Array)
return unless params.size >= 3
degree_plus = 360 / params.size
degree = @start_degree
coordinate = []
edge = []
params.each do |i|
x_des = x + Math.cos(Math.radian(degree)) * (length*(i.to_f/params.max))
y_des = y + Math.sin(Math.radian(degree)) * (length*(i.to_f/params.max))
draw_line(x,y,x_des,y_des,color2) if include_bone
degree += degree_plus
coordinate.push(Coordinate.new(x_des,y_des))
end
for i in -1..coordinate.size-2
c = coordinate
draw_line(c[i].x,c[i].y,c[i+1].x,c[i+1].y,color1) {|cor| edge.push(cor)}
end
return unless fill
edge.each do |line|
draw_line(x,y,line[0],line[1],color2,true)
end
for i in 0..1
for baris in 0..length*2
for kolom in 0..length*2
pos_x = baris-length+x
pos_y = kolom-length+y
syarat = (get_pixel(pos_x+1,pos_y).same?(color1,color2) &&
get_pixel(pos_x-1,pos_y).same?(color1,color2)) ||
(get_pixel(pos_x,pos_y-1).same?(color1,color2) &&
get_pixel(pos_x,pos_y+1).same?(color1,color2)) ||
(get_pixel(pos_x+1,pos_y+1).same?(color1,color2) &&
get_pixel(pos_x-1,pos_y-1).same?(color1,color2)) ||
(get_pixel(pos_x-1,pos_y+1).same?(color1,color2) &&
get_pixel(pos_x+1,pos_y-1).same?(color1,color2))
if syarat && !get_pixel(pos_x,pos_y).same?(color1,color2)
set_pixel(pos_x,pos_y,color2)
end
end
end
end
end
end
class Coordinate
attr_accessor :x,:y
def initialize(x,y)
@x = x
@y = y
end
end
module Math
def self.radian(degree)
return (degree.to_f/180) * Math::PI
end
def self.degree(radian)
return (radian.to_f/Math::PI) * 180
end
end
class Color
def same?(*args)
return false unless args.all? {|c| c.is_a?(Color)}
return args.any?{|color| self.red == color.red &&
self.green == color.green && self.blue == color.blue &&
self.alpha == color.alpha}
end
def empty?
return self.alpha <= 0
end
end
Credits
Thanks
- I'd like to thank TheoAllen for giving me permission to translate this script. I'll be sure to translate more if I have the time.
Support
Either post on this thread, or pm TheoAllen on RMRK.
Known Compatibility Issues
None that I know of as of now.
Demo
Unavaliable yet as of now.
Author's Notes
Please bear in mind that there are alot of translation errors in this script. I'll try to correct them as
fast as I possibly can.
Questions
None at the moment.
Terms of Use
Credit the creator, TheoAllen, and Modern Algebra for giving the idea for this script.
Do not claim as your own. If you want to use for a commercial project, share the profit with him. And don't forget to give him a free copy of the game.[/list]
Discord
Light Style