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Sane · Sep 27th, 2005, 6:52 PM

For Comp Science class, we had to draw a picture using drawfillbox, drawstar, drawfilloval, etc... in Turing (Pic.FileNew is banned).

Well that's just complete n00b right?

So I made this program in Python:

(Toggle Plain Text)

a = raw_input("Enter Image Name: ")
b = raw_input("Enter Output Name: ")
c = input("Reduce Size By What Degree: ")
d = raw_input("Transparency? ")

import pygame
pygame.init()
print "Initialized Program"

palette = [(255, 255, 255), (0, 0, 128), (0, 128, 0), (0, 128, 128), (128, 0, 0),
           (128, 0, 128), (128, 128, 0), (0, 0, 0), (192, 192, 192), (0, 0, 255),
           (0, 255, 0), (0, 255, 255), (255, 0, 0), (255, 0, 255), (255, 255, 0),
           (128, 128, 128), (0, 0, 0), (20, 20, 20), (32, 32, 32), (44, 44, 44),
           (56, 56, 56), (69, 69, 69), (81, 81, 81), (97, 97, 97), (113, 113, 113),
           (130, 130, 130), (146, 146, 146), (162, 162, 162), (182, 182, 182), (203, 203, 203),
           (227, 227, 227), (255, 255, 255), (0, 0, 255), (65, 0, 255), (125, 0, 255),
           (190, 0, 255), (255, 0, 255), (255, 0, 190), (255, 0, 125), (255, 0, 65),
           (255, 0, 0), (255, 65, 0), (255, 125, 0), (255, 190, 0), (255, 255, 0),
           (190, 255, 0), (125, 255, 0), (65, 255, 0), (0, 255, 0), (0, 255, 65),
           (0, 255, 125), (0, 255, 190), (0, 255, 255), (0, 190, 255), (0, 125, 255),
           (0, 65, 255), (125, 125, 255), (158, 125, 255), (190, 125, 255), (223, 125, 255),
           (255, 125, 255), (255, 125, 223), (255, 125, 190), (255, 125, 158), (255, 125, 125),
           (255, 158, 125), (255, 190, 125), (255, 223, 125), (255, 255, 125), (223, 255, 125),
           (190, 255, 125), (158, 255, 125), (125, 255, 125), (125, 255, 158), (125, 255, 190),
           (125, 255, 223), (125, 255, 255), (125, 223, 255), (125, 190, 255), (125, 158, 255),
           (182, 182, 255), (199, 182, 255), (219, 182, 255), (235, 182, 255), (255, 182, 255),
           (255, 182, 235), (255, 182, 219), (255, 182, 199), (255, 182, 182), (255, 199, 182),
           (255, 219, 182), (255, 235, 182), (255, 255, 182), (235, 255, 182), (219, 255, 182),
           (199, 255, 182), (182, 255, 182), (182, 255, 199), (182, 255, 219), (182, 255, 235),
           (182, 255, 255), (182, 235, 255), (182, 219, 255), (182, 199, 255), (0, 0, 113),
           (28, 0, 113), (56, 0, 113), (85, 0, 113), (113, 0, 113), (113, 0, 85),
           (113, 0, 56), (113, 0, 28), (113, 0, 0), (113, 28, 0), (113, 56, 0),
           (113, 85, 0), (113, 113, 0), (85, 113, 0), (56, 113, 0), (28, 113, 0),
           (0, 113, 0), (0, 113, 28), (0, 113, 56), (0, 113, 85), (0, 113, 113),
           (0, 85, 113), (0, 56, 113), (0, 28, 113), (56, 56, 113), (69, 56, 113),
           (85, 56, 113), (97, 56, 113), (113, 56, 113), (113, 56, 97), (113, 56, 85),
           (113, 56, 69), (113, 56, 56), (113, 69, 56), (113, 85, 56), (113, 97, 56),
           (113, 113, 56), (97, 113, 56), (85, 113, 56), (69, 113, 56), (56, 113, 56),
           (56, 113, 69), (56, 113, 85), (56, 113, 97), (56, 113, 113), (56, 97, 113),
           (56, 85, 113), (56, 69, 113), (81, 81, 113), (89, 81, 113), (97, 81, 113),
           (105, 81, 113), (113, 81, 113), (113, 81, 105), (113, 81, 97), (113, 81, 89),
           (113, 81, 81), (113, 89, 81), (113, 97, 81), (113, 105, 81), (113, 113, 81),
           (105, 113, 81), (97, 113, 81), (89, 113, 81), (81, 113, 81), (81, 113, 89),
           (81, 113, 97), (81, 113, 105), (81, 113, 113), (81, 105, 113), (81, 97, 113),
           (81, 89, 113), (0, 0, 65), (16, 0, 65), (32, 0, 65), (48, 0, 65),
           (65, 0, 65), (65, 0, 48), (65, 0, 32), (65, 0, 16), (65, 0, 0),
           (65, 16, 0), (65, 32, 0), (65, 48, 0), (65, 65, 0), (48, 65, 0),
           (32, 65, 0), (16, 65, 0), (0, 65, 0), (0, 65, 16), (0, 65, 32),
           (0, 65, 48), (0, 65, 65), (0, 48, 65), (0, 32, 65), (0, 16, 65),
           (32, 32, 65), (40, 32, 65), (48, 32, 65), (56, 32, 65), (65, 32, 65),
           (65, 32, 56), (65, 32, 48), (65, 32, 40), (65, 32, 32), (65, 40, 32),
           (65, 48, 32), (65, 56, 32), (65, 65, 32), (56, 65, 32), (48, 65, 32),
           (40, 65, 32), (32, 65, 32), (32, 65, 40), (32, 65, 48), (32, 65, 56),
           (32, 65, 65), (32, 56, 65), (32, 48, 65), (32, 40, 65), (44, 44, 65),
           (48, 44, 65), (52, 44, 65), (60, 44, 65), (65, 44, 65), (65, 44, 60),
           (65, 44, 52), (65, 44, 48), (65, 44, 44), (65, 48, 44), (65, 52, 44),
           (65, 60, 44), (65, 65, 44), (60, 65, 44), (52, 65, 44), (48, 65, 44),
           (44, 65, 44), (44, 65, 48), (44, 65, 52), (44, 65, 60), (44, 65, 65),
           (44, 60, 65), (44, 52, 65), (44, 48, 65), (0, 0, 0), (0, 0, 0),
           (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0)]
print "Got Palette"

image = pygame.image.load(a)
image = pygame.transform.scale(image, ((image.get_width()/c,image.get_height()/c)))
print "Prepared Image"

def get_8bit(rgb):

    R = []
    for x in range(255):
        n = palette[x]

        Ra = abs(n[0]-rgb[0])
        Rb = abs(n[1]-rgb[1])
        Rc = abs(n[2]-rgb[2])
        R.append( [Ra+Rb+Rc, x, max([Ra,Rb,Rc]), n] )

    R = min(R)
    return R[1], str(R[2]), R[3]     

m = ['setscreen("graphics:800;600")',
     'var x, y : int',
     'x := 100',
     'y := 100',
     'procedure draw_%s (x, y : int)'%(a[:-4]),
     '    %s ... old color(RGB) | new color(RGB) | difference(RGB)'%('%')]
exec "d = %s"%(d)
print "Prepared Code and Cases"

total = 0
trans = 0
i = 0
ii = image.get_width()*image.get_height()

for x in range(image.get_width()):
    for y in range(image.get_height()):
        
        i += 1
        if not y%100:
            print "%",int(round(100.0/float(ii)*float(i)))
        
        n = image.get_at((x,y))[:3]
        if n != d:
            
            eBit = get_8bit(n)
            m.append("    drawdot (%s + x, %s + y, %s) %s %s | %s | %s"%(x, image.get_height()-y, eBit[0], "%", n, eBit[2], eBit[1]))
            total += int(eBit[1])

        else:trans += 1

m = m[:4] + ["",
             "/*",
             "Created from:       %s"%(a),
             "Reduced by:         x%s"%(c),
             "Transparancy (RGB): %s"%(str(d)),
             "Transparent Dots:   %s"%(trans),
             "Drawn Dots:         %s"%(ii-trans),
             "Total Color Loss:   %s"%(total),
             "Average Color Loss: %s"%(float(total)/float(ii-trans)),
             "",
             "Generated by Aaron Voelker's Python Program (Sept 27, 2005)",
             "*/",
             ""] + m[4:] + [
                 'end draw_%s'%(a[:-4]),
                 '',
                 'draw_%s (x, y)'%(a[:-4])]
print "% 100\nFinished Code"

try:
    file = open(b,'w')
    file.write('\n'.join(m))
    file.close()
    print "Save Complete"
except:
    print "Save Failed"

a = raw_input("Enter Image Name: ")
b = raw_input("Enter Output Name: ")
c = input("Reduce Size By What Degree: ")
d = raw_input("Transparency? ")

import pygame
pygame.init()
print "Initialized Program"

palette = [(255, 255, 255), (0, 0, 128), (0, 128, 0), (0, 128, 128), (128, 0, 0),
           (128, 0, 128), (128, 128, 0), (0, 0, 0), (192, 192, 192), (0, 0, 255),
           (0, 255, 0), (0, 255, 255), (255, 0, 0), (255, 0, 255), (255, 255, 0),
           (128, 128, 128), (0, 0, 0), (20, 20, 20), (32, 32, 32), (44, 44, 44),
           (56, 56, 56), (69, 69, 69), (81, 81, 81), (97, 97, 97), (113, 113, 113),
           (130, 130, 130), (146, 146, 146), (162, 162, 162), (182, 182, 182), (203, 203, 203),
           (227, 227, 227), (255, 255, 255), (0, 0, 255), (65, 0, 255), (125, 0, 255),
           (190, 0, 255), (255, 0, 255), (255, 0, 190), (255, 0, 125), (255, 0, 65),
           (255, 0, 0), (255, 65, 0), (255, 125, 0), (255, 190, 0), (255, 255, 0),
           (190, 255, 0), (125, 255, 0), (65, 255, 0), (0, 255, 0), (0, 255, 65),
           (0, 255, 125), (0, 255, 190), (0, 255, 255), (0, 190, 255), (0, 125, 255),
           (0, 65, 255), (125, 125, 255), (158, 125, 255), (190, 125, 255), (223, 125, 255),
           (255, 125, 255), (255, 125, 223), (255, 125, 190), (255, 125, 158), (255, 125, 125),
           (255, 158, 125), (255, 190, 125), (255, 223, 125), (255, 255, 125), (223, 255, 125),
           (190, 255, 125), (158, 255, 125), (125, 255, 125), (125, 255, 158), (125, 255, 190),
           (125, 255, 223), (125, 255, 255), (125, 223, 255), (125, 190, 255), (125, 158, 255),
           (182, 182, 255), (199, 182, 255), (219, 182, 255), (235, 182, 255), (255, 182, 255),
           (255, 182, 235), (255, 182, 219), (255, 182, 199), (255, 182, 182), (255, 199, 182),
           (255, 219, 182), (255, 235, 182), (255, 255, 182), (235, 255, 182), (219, 255, 182),
           (199, 255, 182), (182, 255, 182), (182, 255, 199), (182, 255, 219), (182, 255, 235),
           (182, 255, 255), (182, 235, 255), (182, 219, 255), (182, 199, 255), (0, 0, 113),
           (28, 0, 113), (56, 0, 113), (85, 0, 113), (113, 0, 113), (113, 0, 85),
           (113, 0, 56), (113, 0, 28), (113, 0, 0), (113, 28, 0), (113, 56, 0),
           (113, 85, 0), (113, 113, 0), (85, 113, 0), (56, 113, 0), (28, 113, 0),
           (0, 113, 0), (0, 113, 28), (0, 113, 56), (0, 113, 85), (0, 113, 113),
           (0, 85, 113), (0, 56, 113), (0, 28, 113), (56, 56, 113), (69, 56, 113),
           (85, 56, 113), (97, 56, 113), (113, 56, 113), (113, 56, 97), (113, 56, 85),
           (113, 56, 69), (113, 56, 56), (113, 69, 56), (113, 85, 56), (113, 97, 56),
           (113, 113, 56), (97, 113, 56), (85, 113, 56), (69, 113, 56), (56, 113, 56),
           (56, 113, 69), (56, 113, 85), (56, 113, 97), (56, 113, 113), (56, 97, 113),
           (56, 85, 113), (56, 69, 113), (81, 81, 113), (89, 81, 113), (97, 81, 113),
           (105, 81, 113), (113, 81, 113), (113, 81, 105), (113, 81, 97), (113, 81, 89),
           (113, 81, 81), (113, 89, 81), (113, 97, 81), (113, 105, 81), (113, 113, 81),
           (105, 113, 81), (97, 113, 81), (89, 113, 81), (81, 113, 81), (81, 113, 89),
           (81, 113, 97), (81, 113, 105), (81, 113, 113), (81, 105, 113), (81, 97, 113),
           (81, 89, 113), (0, 0, 65), (16, 0, 65), (32, 0, 65), (48, 0, 65),
           (65, 0, 65), (65, 0, 48), (65, 0, 32), (65, 0, 16), (65, 0, 0),
           (65, 16, 0), (65, 32, 0), (65, 48, 0), (65, 65, 0), (48, 65, 0),
           (32, 65, 0), (16, 65, 0), (0, 65, 0), (0, 65, 16), (0, 65, 32),
           (0, 65, 48), (0, 65, 65), (0, 48, 65), (0, 32, 65), (0, 16, 65),
           (32, 32, 65), (40, 32, 65), (48, 32, 65), (56, 32, 65), (65, 32, 65),
           (65, 32, 56), (65, 32, 48), (65, 32, 40), (65, 32, 32), (65, 40, 32),
           (65, 48, 32), (65, 56, 32), (65, 65, 32), (56, 65, 32), (48, 65, 32),
           (40, 65, 32), (32, 65, 32), (32, 65, 40), (32, 65, 48), (32, 65, 56),
           (32, 65, 65), (32, 56, 65), (32, 48, 65), (32, 40, 65), (44, 44, 65),
           (48, 44, 65), (52, 44, 65), (60, 44, 65), (65, 44, 65), (65, 44, 60),
           (65, 44, 52), (65, 44, 48), (65, 44, 44), (65, 48, 44), (65, 52, 44),
           (65, 60, 44), (65, 65, 44), (60, 65, 44), (52, 65, 44), (48, 65, 44),
           (44, 65, 44), (44, 65, 48), (44, 65, 52), (44, 65, 60), (44, 65, 65),
           (44, 60, 65), (44, 52, 65), (44, 48, 65), (0, 0, 0), (0, 0, 0),
           (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0)]
print "Got Palette"

image = pygame.image.load(a)
image = pygame.transform.scale(image, ((image.get_width()/c,image.get_height()/c)))
print "Prepared Image"

def get_8bit(rgb):

    R = []
    for x in range(255):
        n = palette[x]

        Ra = abs(n[0]-rgb[0])
        Rb = abs(n[1]-rgb[1])
        Rc = abs(n[2]-rgb[2])
        R.append( [Ra+Rb+Rc, x, max([Ra,Rb,Rc]), n] )

    R = min(R)
    return R[1], str(R[2]), R[3]     

m = ['setscreen("graphics:800;600")',
     'var x, y : int',
     'x := 100',
     'y := 100',
     'procedure draw_%s (x, y : int)'%(a[:-4]),
     '    %s ... old color(RGB) | new color(RGB) | difference(RGB)'%('%')]
exec "d = %s"%(d)
print "Prepared Code and Cases"

total = 0
trans = 0
i = 0
ii = image.get_width()*image.get_height()

for x in range(image.get_width()):
    for y in range(image.get_height()):
        
        i += 1
        if not y%100:
            print "%",int(round(100.0/float(ii)*float(i)))
        
        n = image.get_at((x,y))[:3]
        if n != d:
            
            eBit = get_8bit(n)
            m.append("    drawdot (%s + x, %s + y, %s) %s %s | %s | %s"%(x, image.get_height()-y, eBit[0], "%", n, eBit[2], eBit[1]))
            total += int(eBit[1])

        else:trans += 1

m = m[:4] + ["",
             "/*",
             "Created from:       %s"%(a),
             "Reduced by:         x%s"%(c),
             "Transparancy (RGB): %s"%(str(d)),
             "Transparent Dots:   %s"%(trans),
             "Drawn Dots:         %s"%(ii-trans),
             "Total Color Loss:   %s"%(total),
             "Average Color Loss: %s"%(float(total)/float(ii-trans)),
             "",
             "Generated by Aaron Voelker's Python Program (Sept 27, 2005)",
             "*/",
             ""] + m[4:] + [
                 'end draw_%s'%(a[:-4]),
                 '',
                 'draw_%s (x, y)'%(a[:-4])]
print "% 100\nFinished Code"

try:
    file = open(b,'w')
    file.write('\n'.join(m))
    file.close()
    print "Save Complete"
except:
    print "Save Failed"

Which creates a program in Turing that will draw whatever picture you ran through that program.

http://1v7.com/drsane/gingerale.txt << me with a gingerale-box over my head

But if you're going to use my program to do manual graphics in Turing, please give credit to my program (as if anyone uses Turing).

Haha.

tempest · Sep 27th, 2005, 7:38 PM

Wow, that's awesome..

Sane · Sep 27th, 2005, 7:58 PM

Here's my friend doing a cartwheel to FS Handspring (as an animation).

http://1v7.com/drsane/chris_trick.zip <<< Source
http://1v7.com/drsane/chris_exe.zip <<< Stand-Alone Executable

I love it!

OpenLoop · Sep 27th, 2005, 9:22 PM

wow, this is l33t man, nice work.

Jessehk · Sep 27th, 2005, 9:25 PM

I bow to you

(except for the fact that I had to boot into windows in order to run the turing program...)

Infinite Recursion · Sep 27th, 2005, 9:44 PM

cool stuff

Sane · Sep 27th, 2005, 9:55 PM

Okay, I took a high quality photo from last year's summer camping trip. One of the following is that photo compressed in 256 colors using Paint. The other is compressed in 256 colors using my program and was print screened out of the Turing display window.

Try to guess which is which:

It's really actually quite funny though. Everyone's graphic project is like a box for grass and a circle for a sun, but mine is like realistic moving graphics. o_o

Tomorrow I'm going to rip screen shots from a movie preview and compile them into an animation for what I'll hand in.

DaWei · Sep 27th, 2005, 10:06 PM

Nice work, Sane, very nice. There are a number of different methods for reducing a large number of colors to a smaller number (like 256). Have you gotten into that to any extent? I'm going to vote for #1 as being the most successful, all around, although it was poorer on the sky. I think it has a greater range near the extremes, also, more detail in the darks and lights. That's a photographer's perspective, no sound technical basis for the comment.

Sane · Sep 27th, 2005, 10:15 PM

No, I've only done the method that has been most obvious to me. Just selecting the closest match based on the pre-determined 256 color palette.

But the goal of this wasn't even really to make it look semi-good, that's just a bonus. It was to be able to draw pictures without importing them from a seperate file in a very old-school programming language.

Infinite Recursion · Sep 27th, 2005, 10:21 PM

How long have you been doing Python Sane?

Sep 27th, 2005, 7:38 PM	#2
tempest Programming Guru Join Date: Oct 2004 Posts: 1,041 Rep Power: 5	Wow, that's awesome.. __________________

Sep 27th, 2005, 9:25 PM	#5
Jessehk The Oblivious One Join Date: May 2005 Location: Ontario, Canada Posts: 630 Rep Power: 4	I bow to you (except for the fact that I had to boot into windows in order to run the turing program...) __________________ Dr. Zoidberg: [ecstatic] I'm going to a movie... with FRIENDS!

Sep 27th, 2005, 9:44 PM	#6
Infinite Recursion Programming Guru Join Date: Jul 2004 Location: United States Posts: 3,467 Rep Power: 8	cool stuff __________________ http://jasonpowers.net "There are a thousand hacking at the branches of evil to one who is striking at the root."

Sep 27th, 2005, 10:06 PM	#8
DaWei Resident Grouch Join Date: Jun 2005 Posts: 6,453 Rep Power: 10	Nice work, Sane, very nice. There are a number of different methods for reducing a large number of colors to a smaller number (like 256). Have you gotten into that to any extent? I'm going to vote for #1 as being the most successful, all around, although it was poorer on the sky. I think it has a greater range near the extremes, also, more detail in the darks and lights. That's a photographer's perspective, no sound technical basis for the comment. __________________ Abstraction doesn't make it impossible to write bad code; it makes it possible to write superior code. Contributor's Corner: Grumpy on C++ Exceptions DaWei on Pointers

Sep 27th, 2005, 10:21 PM	#10
Infinite Recursion Programming Guru Join Date: Jul 2004 Location: United States Posts: 3,467 Rep Power: 8	How long have you been doing Python Sane? __________________ http://jasonpowers.net "There are a thousand hacking at the branches of evil to one who is striking at the root."

Sep 27th, 2005, 6:52 PM	#1
Sane Programming Guru Join Date: Apr 2005 Posts: 1,799 Rep Power: 5	I'm ignorant! For Comp Science class, we had to draw a picture using drawfillbox, drawstar, drawfilloval, etc... in Turing (Pic.FileNew is banned). Well that's just complete n00b right? So I made this program in Python: (Toggle Plain Text) a = raw_input("Enter Image Name: ") b = raw_input("Enter Output Name: ") c = input("Reduce Size By What Degree: ") d = raw_input("Transparency? ") import pygame pygame.init() print "Initialized Program" palette = [(255, 255, 255), (0, 0, 128), (0, 128, 0), (0, 128, 128), (128, 0, 0), (128, 0, 128), (128, 128, 0), (0, 0, 0), (192, 192, 192), (0, 0, 255), (0, 255, 0), (0, 255, 255), (255, 0, 0), (255, 0, 255), (255, 255, 0), (128, 128, 128), (0, 0, 0), (20, 20, 20), (32, 32, 32), (44, 44, 44), (56, 56, 56), (69, 69, 69), (81, 81, 81), (97, 97, 97), (113, 113, 113), (130, 130, 130), (146, 146, 146), (162, 162, 162), (182, 182, 182), (203, 203, 203), (227, 227, 227), (255, 255, 255), (0, 0, 255), (65, 0, 255), (125, 0, 255), (190, 0, 255), (255, 0, 255), (255, 0, 190), (255, 0, 125), (255, 0, 65), (255, 0, 0), (255, 65, 0), (255, 125, 0), (255, 190, 0), (255, 255, 0), (190, 255, 0), (125, 255, 0), (65, 255, 0), (0, 255, 0), (0, 255, 65), (0, 255, 125), (0, 255, 190), (0, 255, 255), (0, 190, 255), (0, 125, 255), (0, 65, 255), (125, 125, 255), (158, 125, 255), (190, 125, 255), (223, 125, 255), (255, 125, 255), (255, 125, 223), (255, 125, 190), (255, 125, 158), (255, 125, 125), (255, 158, 125), (255, 190, 125), (255, 223, 125), (255, 255, 125), (223, 255, 125), (190, 255, 125), (158, 255, 125), (125, 255, 125), (125, 255, 158), (125, 255, 190), (125, 255, 223), (125, 255, 255), (125, 223, 255), (125, 190, 255), (125, 158, 255), (182, 182, 255), (199, 182, 255), (219, 182, 255), (235, 182, 255), (255, 182, 255), (255, 182, 235), (255, 182, 219), (255, 182, 199), (255, 182, 182), (255, 199, 182), (255, 219, 182), (255, 235, 182), (255, 255, 182), (235, 255, 182), (219, 255, 182), (199, 255, 182), (182, 255, 182), (182, 255, 199), (182, 255, 219), (182, 255, 235), (182, 255, 255), (182, 235, 255), (182, 219, 255), (182, 199, 255), (0, 0, 113), (28, 0, 113), (56, 0, 113), (85, 0, 113), (113, 0, 113), (113, 0, 85), (113, 0, 56), (113, 0, 28), (113, 0, 0), (113, 28, 0), (113, 56, 0), (113, 85, 0), (113, 113, 0), (85, 113, 0), (56, 113, 0), (28, 113, 0), (0, 113, 0), (0, 113, 28), (0, 113, 56), (0, 113, 85), (0, 113, 113), (0, 85, 113), (0, 56, 113), (0, 28, 113), (56, 56, 113), (69, 56, 113), (85, 56, 113), (97, 56, 113), (113, 56, 113), (113, 56, 97), (113, 56, 85), (113, 56, 69), (113, 56, 56), (113, 69, 56), (113, 85, 56), (113, 97, 56), (113, 113, 56), (97, 113, 56), (85, 113, 56), (69, 113, 56), (56, 113, 56), (56, 113, 69), (56, 113, 85), (56, 113, 97), (56, 113, 113), (56, 97, 113), (56, 85, 113), (56, 69, 113), (81, 81, 113), (89, 81, 113), (97, 81, 113), (105, 81, 113), (113, 81, 113), (113, 81, 105), (113, 81, 97), (113, 81, 89), (113, 81, 81), (113, 89, 81), (113, 97, 81), (113, 105, 81), (113, 113, 81), (105, 113, 81), (97, 113, 81), (89, 113, 81), (81, 113, 81), (81, 113, 89), (81, 113, 97), (81, 113, 105), (81, 113, 113), (81, 105, 113), (81, 97, 113), (81, 89, 113), (0, 0, 65), (16, 0, 65), (32, 0, 65), (48, 0, 65), (65, 0, 65), (65, 0, 48), (65, 0, 32), (65, 0, 16), (65, 0, 0), (65, 16, 0), (65, 32, 0), (65, 48, 0), (65, 65, 0), (48, 65, 0), (32, 65, 0), (16, 65, 0), (0, 65, 0), (0, 65, 16), (0, 65, 32), (0, 65, 48), (0, 65, 65), (0, 48, 65), (0, 32, 65), (0, 16, 65), (32, 32, 65), (40, 32, 65), (48, 32, 65), (56, 32, 65), (65, 32, 65), (65, 32, 56), (65, 32, 48), (65, 32, 40), (65, 32, 32), (65, 40, 32), (65, 48, 32), (65, 56, 32), (65, 65, 32), (56, 65, 32), (48, 65, 32), (40, 65, 32), (32, 65, 32), (32, 65, 40), (32, 65, 48), (32, 65, 56), (32, 65, 65), (32, 56, 65), (32, 48, 65), (32, 40, 65), (44, 44, 65), (48, 44, 65), (52, 44, 65), (60, 44, 65), (65, 44, 65), (65, 44, 60), (65, 44, 52), (65, 44, 48), (65, 44, 44), (65, 48, 44), (65, 52, 44), (65, 60, 44), (65, 65, 44), (60, 65, 44), (52, 65, 44), (48, 65, 44), (44, 65, 44), (44, 65, 48), (44, 65, 52), (44, 65, 60), (44, 65, 65), (44, 60, 65), (44, 52, 65), (44, 48, 65), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0)] print "Got Palette" image = pygame.image.load(a) image = pygame.transform.scale(image, ((image.get_width()/c,image.get_height()/c))) print "Prepared Image" def get_8bit(rgb): R = [] for x in range(255): n = palette[x] Ra = abs(n[0]-rgb[0]) Rb = abs(n[1]-rgb[1]) Rc = abs(n[2]-rgb[2]) R.append( [Ra+Rb+Rc, x, max([Ra,Rb,Rc]), n] ) R = min(R) return R[1], str(R[2]), R[3] m = ['setscreen("graphics:800;600")', 'var x, y : int', 'x := 100', 'y := 100', 'procedure draw_%s (x, y : int)'%(a[:-4]), ' %s ... old color(RGB) \| new color(RGB) \| difference(RGB)'%('%')] exec "d = %s"%(d) print "Prepared Code and Cases" total = 0 trans = 0 i = 0 ii = image.get_width()image.get_height() for x in range(image.get_width()): for y in range(image.get_height()): i += 1 if not y%100: print "%",int(round(100.0/float(ii)float(i))) n = image.get_at((x,y))[:3] if n != d: eBit = get_8bit(n) m.append(" drawdot (%s + x, %s + y, %s) %s %s \| %s \| %s"%(x, image.get_height()-y, eBit[0], "%", n, eBit[2], eBit[1])) total += int(eBit[1]) else:trans += 1 m = m[:4] + ["", "/", "Created from: %s"%(a), "Reduced by: x%s"%(c), "Transparancy (RGB): %s"%(str(d)), "Transparent Dots: %s"%(trans), "Drawn Dots: %s"%(ii-trans), "Total Color Loss: %s"%(total), "Average Color Loss: %s"%(float(total)/float(ii-trans)), "", "Generated by Aaron Voelker's Python Program (Sept 27, 2005)", "/", ""] + m[4:] + [ 'end draw_%s'%(a[:-4]), '', 'draw_%s (x, y)'%(a[:-4])] print "% 100\nFinished Code" try: file = open(b,'w') file.write('\n'.join(m)) file.close() print "Save Complete" except: print "Save Failed" a = raw_input("Enter Image Name: ") b = raw_input("Enter Output Name: ") c = input("Reduce Size By What Degree: ") d = raw_input("Transparency? ") import pygame pygame.init() print "Initialized Program" palette = [(255, 255, 255), (0, 0, 128), (0, 128, 0), (0, 128, 128), (128, 0, 0), (128, 0, 128), (128, 128, 0), (0, 0, 0), (192, 192, 192), (0, 0, 255), (0, 255, 0), (0, 255, 255), (255, 0, 0), (255, 0, 255), (255, 255, 0), (128, 128, 128), (0, 0, 0), (20, 20, 20), (32, 32, 32), (44, 44, 44), (56, 56, 56), (69, 69, 69), (81, 81, 81), (97, 97, 97), (113, 113, 113), (130, 130, 130), (146, 146, 146), (162, 162, 162), (182, 182, 182), (203, 203, 203), (227, 227, 227), (255, 255, 255), (0, 0, 255), (65, 0, 255), (125, 0, 255), (190, 0, 255), (255, 0, 255), (255, 0, 190), (255, 0, 125), (255, 0, 65), (255, 0, 0), (255, 65, 0), (255, 125, 0), (255, 190, 0), (255, 255, 0), (190, 255, 0), (125, 255, 0), (65, 255, 0), (0, 255, 0), (0, 255, 65), (0, 255, 125), (0, 255, 190), (0, 255, 255), (0, 190, 255), (0, 125, 255), (0, 65, 255), (125, 125, 255), (158, 125, 255), (190, 125, 255), (223, 125, 255), (255, 125, 255), (255, 125, 223), (255, 125, 190), (255, 125, 158), (255, 125, 125), (255, 158, 125), (255, 190, 125), (255, 223, 125), (255, 255, 125), (223, 255, 125), (190, 255, 125), (158, 255, 125), (125, 255, 125), (125, 255, 158), (125, 255, 190), (125, 255, 223), (125, 255, 255), (125, 223, 255), (125, 190, 255), (125, 158, 255), (182, 182, 255), (199, 182, 255), (219, 182, 255), (235, 182, 255), (255, 182, 255), (255, 182, 235), (255, 182, 219), (255, 182, 199), (255, 182, 182), (255, 199, 182), (255, 219, 182), (255, 235, 182), (255, 255, 182), (235, 255, 182), (219, 255, 182), (199, 255, 182), (182, 255, 182), (182, 255, 199), (182, 255, 219), (182, 255, 235), (182, 255, 255), (182, 235, 255), (182, 219, 255), (182, 199, 255), (0, 0, 113), (28, 0, 113), (56, 0, 113), (85, 0, 113), (113, 0, 113), (113, 0, 85), (113, 0, 56), (113, 0, 28), (113, 0, 0), (113, 28, 0), (113, 56, 0), (113, 85, 0), (113, 113, 0), (85, 113, 0), (56, 113, 0), (28, 113, 0), (0, 113, 0), (0, 113, 28), (0, 113, 56), (0, 113, 85), (0, 113, 113), (0, 85, 113), (0, 56, 113), (0, 28, 113), (56, 56, 113), (69, 56, 113), (85, 56, 113), (97, 56, 113), (113, 56, 113), (113, 56, 97), (113, 56, 85), (113, 56, 69), (113, 56, 56), (113, 69, 56), (113, 85, 56), (113, 97, 56), (113, 113, 56), (97, 113, 56), (85, 113, 56), (69, 113, 56), (56, 113, 56), (56, 113, 69), (56, 113, 85), (56, 113, 97), (56, 113, 113), (56, 97, 113), (56, 85, 113), (56, 69, 113), (81, 81, 113), (89, 81, 113), (97, 81, 113), (105, 81, 113), (113, 81, 113), (113, 81, 105), (113, 81, 97), (113, 81, 89), (113, 81, 81), (113, 89, 81), (113, 97, 81), (113, 105, 81), (113, 113, 81), (105, 113, 81), (97, 113, 81), (89, 113, 81), (81, 113, 81), (81, 113, 89), (81, 113, 97), (81, 113, 105), (81, 113, 113), (81, 105, 113), (81, 97, 113), (81, 89, 113), (0, 0, 65), (16, 0, 65), (32, 0, 65), (48, 0, 65), (65, 0, 65), (65, 0, 48), (65, 0, 32), (65, 0, 16), (65, 0, 0), (65, 16, 0), (65, 32, 0), (65, 48, 0), (65, 65, 0), (48, 65, 0), (32, 65, 0), (16, 65, 0), (0, 65, 0), (0, 65, 16), (0, 65, 32), (0, 65, 48), (0, 65, 65), (0, 48, 65), (0, 32, 65), (0, 16, 65), (32, 32, 65), (40, 32, 65), (48, 32, 65), (56, 32, 65), (65, 32, 65), (65, 32, 56), (65, 32, 48), (65, 32, 40), (65, 32, 32), (65, 40, 32), (65, 48, 32), (65, 56, 32), (65, 65, 32), (56, 65, 32), (48, 65, 32), (40, 65, 32), (32, 65, 32), (32, 65, 40), (32, 65, 48), (32, 65, 56), (32, 65, 65), (32, 56, 65), (32, 48, 65), (32, 40, 65), (44, 44, 65), (48, 44, 65), (52, 44, 65), (60, 44, 65), (65, 44, 65), (65, 44, 60), (65, 44, 52), (65, 44, 48), (65, 44, 44), (65, 48, 44), (65, 52, 44), (65, 60, 44), (65, 65, 44), (60, 65, 44), (52, 65, 44), (48, 65, 44), (44, 65, 44), (44, 65, 48), (44, 65, 52), (44, 65, 60), (44, 65, 65), (44, 60, 65), (44, 52, 65), (44, 48, 65), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0), (0, 0, 0)] print "Got Palette" image = pygame.image.load(a) image = pygame.transform.scale(image, ((image.get_width()/c,image.get_height()/c))) print "Prepared Image" def get_8bit(rgb): R = [] for x in range(255): n = palette[x] Ra = abs(n[0]-rgb[0]) Rb = abs(n[1]-rgb[1]) Rc = abs(n[2]-rgb[2]) R.append( [Ra+Rb+Rc, x, max([Ra,Rb,Rc]), n] ) R = min(R) return R[1], str(R[2]), R[3] m = ['setscreen("graphics:800;600")', 'var x, y : int', 'x := 100', 'y := 100', 'procedure draw_%s (x, y : int)'%(a[:-4]), ' %s ... old color(RGB) \| new color(RGB) \| difference(RGB)'%('%')] exec "d = %s"%(d) print "Prepared Code and Cases" total = 0 trans = 0 i = 0 ii = image.get_width()image.get_height() for x in range(image.get_width()): for y in range(image.get_height()): i += 1 if not y%100: print "%",int(round(100.0/float(ii)float(i))) n = image.get_at((x,y))[:3] if n != d: eBit = get_8bit(n) m.append(" drawdot (%s + x, %s + y, %s) %s %s \| %s \| %s"%(x, image.get_height()-y, eBit[0], "%", n, eBit[2], eBit[1])) total += int(eBit[1]) else:trans += 1 m = m[:4] + ["", "/", "Created from: %s"%(a), "Reduced by: x%s"%(c), "Transparancy (RGB): %s"%(str(d)), "Transparent Dots: %s"%(trans), "Drawn Dots: %s"%(ii-trans), "Total Color Loss: %s"%(total), "Average Color Loss: %s"%(float(total)/float(ii-trans)), "", "Generated by Aaron Voelker's Python Program (Sept 27, 2005)", "/", ""] + m[4:] + [ 'end draw_%s'%(a[:-4]), '', 'draw_%s (x, y)'%(a[:-4])] print "% 100\nFinished Code" try: file = open(b,'w') file.write('\n'.join(m)) file.close() print "Save Complete" except: print "Save Failed" Which creates a program in Turing that will draw whatever picture you ran through that program. http://1v7.com/drsane/gingerale.txt << me with a gingerale-box over my head But if you're going to use my program to do manual graphics in Turing, please give credit to my program (as if anyone uses Turing). Haha. Last edited by Sane; Sep 27th, 2005 at 7:20 PM.

Sep 27th, 2005, 7:58 PM	#3
Sane Programming Guru Join Date: Apr 2005 Posts: 1,799 Rep Power: 5	Here's my friend doing a cartwheel to FS Handspring (as an animation). http://1v7.com/drsane/chris_trick.zip <<< Source http://1v7.com/drsane/chris_exe.zip <<< Stand-Alone Executable I love it!

Sep 27th, 2005, 9:22 PM	#4
OpenLoop Expert Programmer Join Date: May 2005 Location: East Lansing, MI Posts: 663 Rep Power: 4	wow, this is l33t man, nice work.

Sep 27th, 2005, 9:55 PM	#7
Sane Programming Guru Join Date: Apr 2005 Posts: 1,799 Rep Power: 5	Okay, I took a high quality photo from last year's summer camping trip. One of the following is that photo compressed in 256 colors using Paint. The other is compressed in 256 colors using my program and was print screened out of the Turing display window. Try to guess which is which: It's really actually quite funny though. Everyone's graphic project is like a box for grass and a circle for a sun, but mine is like realistic moving graphics. o_o Tomorrow I'm going to rip screen shots from a movie preview and compile them into an animation for what I'll hand in.

Sep 27th, 2005, 10:15 PM	#9
Sane Programming Guru Join Date: Apr 2005 Posts: 1,799 Rep Power: 5	No, I've only done the method that has been most obvious to me. Just selecting the closest match based on the pre-determined 256 color palette. But the goal of this wasn't even really to make it look semi-good, that's just a bonus. It was to be able to draw pictures without importing them from a seperate file in a very old-school programming language.

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Programming Forums > Script Programming > Other Scripting Languages

I'm ignorant!