Boa tarde,

Seu objetivo é, na menor quantidade de bytes de código-fonte, recriar qualquer uma das pinturas de 'Composition' de Piet Mondrian (por exemplo, Composition # 10 ).

A recreação pode usar as cores reais ou substituí-las pelas cores apropriadas da Paleta de 16 cores padrão do Windows.

Sua recreação pode ser gerada em PNG, BMP ou NetPBM, em um arquivo ou em STDOUT, ou diretamente na tela.

Sua recreação deve ter uma resolução de 512x512 ou superior.

Sua recreação não deve acessar a internet. Se o seu programa exigir arquivos de dados, o tamanho deles será adicionado ao tamanho da sua fonte.

Sua pontuação será do tamanho do seu arquivo de origem em bytes.

Informe com sua inscrição qual pintura você está recriando e forneça um link para o original e uma imagem de sua recreação.

Boa sorte.

Tikz, 175 bytes

Composição III em preto e branco , 175 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz{\def\b{;\draw[line width=}\def\a{)--(}\clip(1,1\a1,5\a5,5\a5,1)\b2mm](0,4\a6,4\a6,3\a4,3)\b1mm](4,0\a4,5);}\end{document}

Verifique na Blogosfera

Este é talvez um dos trabalhos mais minimalistas de Mondrian e estou surpreso que ninguém o tenha encontrado ainda. No entanto, não é particularmente interessante, por isso incluí várias outras pinturas na minha resposta.

Explicação

Existe um pouco de invólucro associado a todas as respostas do tikz. O wrapper é:

\documentclass[tikz]{standalone}\begin{document}\tikz{
}\end{document}

Depois de passar pelo wrapper, existem algumas \definstruções que salvam bytes, mas infelizmente ofuscam o código:

\def\b{;\draw[line width=}\def\a{)--(}

Se fizermos todas as substituições apropriadas, nosso código será parecido com:

\clip(1,1)--(1,5)--(5,5)--(5,1);
\draw[line width=2mm](0,4)--(6,4)--(6,3)--(4,3);
\draw[line width=1mm](4,0)--(4,5);

O primeiro bit é um \clipe é muito importante, mas vamos ignorá-lo por enquanto.

Agora, desenhamos a primeira linha na tela em branco. Essa linha é bastante grossa, então usamos [line width=2mm]para definir a espessura para 2mm:

\draw[line width=2mm](0,4)--(6,4)--(6,3)--(4,3);

Isso conecta alguns nós e produz esta forma:

Em seguida, temos \drawum segundo traçado, no entanto, como é mais fino, precisamos definir a espessura da linha para 1mm:

\draw[line width=1mm](4,0)--(4,5);

Agora nossa pintura se parece com:

Isso é próximo do original, mas não é bem assim, então é aqui que \clipentra o jogo. Usamos o \clippara remover todas as linhas extras da tela e definir a tela para o tamanho correto. Com a tela redimensionada, obtemos a imagem:

Composição com remendo amarelo , 214 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz[line width=2mm]{\clip(1,1)rectangle(7,7);\draw(0,8)rectangle(4,3.5)rectangle(6.5,1.2)rectangle(4,0);\draw[fill=yellow](6.5,3.5)rectangle(8,2.5);}\end{document}

Avalie no CyberSpace

Explicação por vir

Composição II em azul e amarelo , 225 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz[line width=2mm]{\clip(1,1)rectangle(7,10);\draw(8,9)rectangle(3,6)rectangle(0,0);\draw[fill=yellow](0,0)rectangle(3,2);\draw[fill=blue](0,11)rectangle(3,9);}\end{document}

Avalie-o através do Webbernetz!

Explicação por vir

Composição B (No. 2) em vermelho , 232 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz[line width=2mm]{\clip(1,1)rectangle(10,13);\draw[line width=1mm](1.2,5)--(1.2,9);\draw[fill=red](0,14)rectangle(5,9);\draw(0,9)rectangle(11,5)(7,0)rectangle(5,14);}\end{document}

Tente dentro da Internet!

Explicação

Primeiro, aqui está o código com quebras de linha inseridas para torná-lo mais legível:

\documentclass[tikz]{standalone}
\begin{document}
\tikz[line width=2mm]{
\clip(1,1)rectangle(10,13);
\draw[line width=1mm](1.2,5)--(1.2,9);
\draw[fill=red](0,14)rectangle(5,9);
\draw(0,9)rectangle(11,5)(7,0)rectangle(5,14);
}
\end{document}

O primeiro comando de interesse é

\draw[fill=red](0,14)rectangle(5,9);

Isso desenha um retângulo vermelho com um contorno preto. Para o canto superior esquerdo da pintura.

Em seguida, desenhamos mais dois retângulos com interiores brancos e contornos pretos para criar o padrão de grade na pintura

\draw(0,9)rectangle(11,5)(7,0)rectangle(5,14);

Em seguida, desenhamos uma linha fina

\draw[line width=1mm](1.2,5)--(1.2,9);

E corte a imagem no tamanho adequado

\clip(1,1)rectangle(10,13);

Composição II em vermelho, azul e amarelo , 251 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz[line width=1mm]{\clip(1,1)rectangle(9,9);\draw[fill=yellow](8.5,6)--(0,6)--(8.5,6)--(8.5,2)rectangle(10,0);\draw[fill=red](3,3)rectangle(10,10);\draw[fill=blue](0,0)rectangle(3,3);}\end{document}

Teste-o na Internet!

Explicação

Primeiro, insiro algumas quebras de linha para tornar meu código legível

\documentclass[tikz]{standalone}
\begin{document}
\tikz[line width=1mm]{
\clip(1,1)rectangle(9,9);
\draw[fill=yellow](8.5,6)--(0,6)--(8.5,6)--(8.5,2)rectangle(10,0);
\draw[fill=red](3,3)rectangle(10,10);
\draw[fill=blue](0,0)rectangle(3,3);
}
\end{document}

A primeira linha de importância é:

\draw[fill=yellow](8.5,6)--(0,6)--(8.5,6)--(8.5,2)rectangle(10,0);

Isso desenha a seguinte forma:

Essa forma estranha é o retângulo amarelo no canto inferior direito e as duas linhas que não são a borda de um retângulo colorido. Em seguida, inserimos o quadrado vermelho e encobrimos as linhas extras feitas pela última forma:

\draw[fill=red](3,3)rectangle(10,10);

Isso sai parecido com:

Agora inserimos nosso quadrado azul:

\draw[fill=blue](0,0)rectangle(3,3);

Agora tudo o que resta é cortar todas as partes desnecessárias da imagem usando um \clip

\clip(1,1)rectangle(10,10);

Composição II , 308 bytes

\documentclass[tikz]{standalone}\begin{document}\tikz[line width=2mm]{\clip(1,1)rectangle(12.6,13);\draw(0,0)rectangle(10,4)rectangle(2,12)--(0,12);\draw[fill=red](10,1.6)rectangle(14,0);\draw[fill=yellow](6,12)rectangle(10,14);\draw[fill=blue](0,4)rectangle(2,8);\fill(10,10)rectangle(14,14);}\end{document}

Confira na Superestrada da Informação

Explicação por vir

Mathematica 202 287 bytes.

Apenas por diversão! 330 bytes: Mondrian com "Boogie Woogie" em seu título

Column[{"Boogie Woogie", Grid[{{"",i["",b->Red],\[SpanFromLeft]},{"",\[SpanFromAbove],\[SpanFromBoth]},{i["",b->Blue],"",""},{\[SpanFromAbove],\[SpanFromAbove],i["",b -> Yellow]}},Dividers->{{2->t@5,3->t@6},{2->t@9,3->t@7,4->t@6}},ItemSize->{{1->3,2->9,3->1},{1->6,2->6,3->2,4->2}}]},Alignment->Center]

Envio real [287 bytes]

\[SpanFromLeft]e expressões semelhantes ocupam aproximadamente 85 bytes. Na mathematica, cada expressão tem seu símbolo de um caractere dedicado.

t=Thickness;b=Background;i=Item;
Grid[{{"",i["",b->Red], \[SpanFromLeft]},{"",\[SpanFromAbove],\[SpanFromBoth]},{i["",b->Blue],"",""},{\[SpanFromAbove],\[SpanFromAbove],i[ "",b->Yellow]}},
Dividers->{{2->t@5, 3->t@6},{2->t@9,3->t@7,4->t@6}},ItemSize->{{1->3, 2->9, 3->1},
{1->6, 2->6, 3->2, 4->2}}] 

Saída à esquerda; foto de Piet Mondrian, vermelho azul amarelo composição à direita.

Ruby, 112 (111) caracteres

Piet Mondrian - composição em B (No.II) com Vermelho

b="0 "*9
w="2 "*9
puts"P3 609 771 2",["1 0 0 "*267,w*8+b*2+w*79,w*89].map{|x|(x+b*3+w*42+b*3+w*66)*249}*(b*2436)

minha produção à esquerda, a referência aprimorada à direita.

As cores podem ser levemente ajustadas - até uma precisão de 1/9 - sem perda de pontuação, ajustando o valor máximo no PPM. Eu escolhi a abordagem "cor Win16 adequada". O branco 8/9 provavelmente está mais próximo da cor original da tela, mas 9/9 está mais próximo da intenção do autor.

Um caractere pode ser salvo se substituirmos "1 0 0 "por (w+b+b)(# F00 vermelho). Eu acredito que conta como "perto o suficiente"

versão de saída do arquivo (sem golf)

File.open "tmp.ppm", ?w do |f|
    b="0 "
    w="2 "
    s=b*27+w*378+b*27+w*594
    f.puts"P3 609 771 2",["1 0 0 "*267,w*72+b*18+w*711,w*801].map{|x|(x+s)*249}*(b*21924)
end

SmileBASIC, 2774 1892 bytes

Broadway Boogie Woogie

GCLS-920851D$="w$BȜąr:BȂąr7?Ƣǘy1SƑǘb<?ŵǘw-/ƶvyFMƮeb<<ŶIr:,ėǭy:Sėǘw-LŒƄw7;ėƎrkLćƄrBMĜey26ğ¸bKBē²y,Bć²w<Dđïw+DüïyDÒïw--çvyU8Òpw.1±syBM¨eb;<Iy28¥żrJNůbwN{ůr?@Ǣb3>Sǭw.Fb¤w24D­rMF5¤w,7Nnr[75ny1X=e
FOR I=1TO 36G A(),A(),A(),A(),A()NEXT
D$=" w*+r6,r1+b<*w1+b/+b++r(+w*+w,Br )b+*b()w0,w=+b,,r5+b1+r ,w24-Ȃ  w  w#.r-#-Ǥ  w*+r4,b3+r6*w2+b,-r-,b++r*+b**r(*b(*r*+b<-w@+b -w ,r4+b1+b%-w,5-ǔ  w +r)+w?#-ƹǘ w +r%-b,#-ƭ +w *r +w/,b2,r1-b;-w7+b*.w5+r1+r +-ƒ> w +r'-b*#-ž *r+)w +r?+b:+b1-b2+w:+w*+w3-b4-r4-b6,w2+r--w3+b1+r )w52-ş  w*+r )w ,b>+r7+b :w -b,+r:+w*+w7,r 6w ,r7-r0.w/+bM+b1+b ,w24-ľ *w +r)+r *w5+r9,b7.w++w ,r.+w*+w6*b Dw *r06w -r5+b *w8+w +r1+b ,w *r(7-ü  w*+w )b +w*+r*+bD-rC/r7+b*+r5+bD-r,.b/.w.+b *w8+r +w1+b'+r,4-Ò  w*+b )w+*r+*w +b )w<0wX-w +r*+b /wd-w/.b/*w+-r 7w)+bC+r,3-p *w+)w +b*+w*+b )w@2wU*w+*w++wx-wQ-w.,bT+b,.-* +w +r++r5,w6+w %|üŭ w3+r1*w(+r0+r7*b (w )r3*w+*w,+r-*w +b5+r )w6+w.,r1+w *b*-w +b *w(,r()w ,r+*r :| ȋ+w7*b 1w4)w +r %|şǷ+r,*w)+w.*w*)w ?r -w+'|pǷ)w,)w +b*#| Ƿ+r/+b()w ?r -w+*w),r(*w *b +w *r +| Ǣ w+(w +b1*w(+r0+b7)b *w *r2)w +b *w,+r7+b5+r )w6+b/+b )w1,r7+b.*b9*w +b*8| Ǎ w3+w )b0*w +r4)w +r/+w**w**b +w6+w )r1*b3+w /|üň+b-*w1+w%*r(-w +r *w.+w')r (w5*| ň w3+w )r0*w +b )r5*b/+w3+w *r +w *r,+w9+r3+w-*b (w +r,+b2,w /r3+b0)r *b+-w+*r :| ij w3+b )w)*r 'w +b (w+)w *r1+b0*w.+r6+b )w0)w,)w +b4+w +b0)w'*r1*b))w+*b.*b1(w+*r ;| 3w +b )w*)b 'w +b.)r 'w )b0+r <b,+b6+b.,b=+r 3w ,b +w *b 6w *r);b)+b7+b 1w=9| Z w3+r (w.-w +b1+w +r0+r )w +r (w,+r6+b *w),r8+b?+bJ*w:)w+)w.*r1)w+*r 7| >+r )w6+r2*b1+r6*b1*w +b*(| ,
FOR Q=1TO 27S=A()T=A()R=A()L=A()FOR I=1TO L
R A(),89R A(),A()NEXT
NEXT
DEF A()RETURN-32+ASC(POP(D$))END
DEF R L,C
IF L THEN IF R-13THEN G C,L,11,T,S:T=T+L ELSE G C,11,L,T,S:S=S+L
END
DEF G C,H,W,Y,X
GFILL X,Y,X+W-1,Y+H-1,-1716698*(C>88)-2302505*(C==87)-6080725*(C==82)-14597488*(C<67)END

Cada uma das "linhas" na imagem é armazenada neste formato:

x,y,direction,numberOfSegments,
yellowLength,nextColor,colorLength,
yellowLength,nextColor,colorLength,...

Todos os números são armazenados como CHR$(number+32), as cores são armazenadas como um caractere; w, y, r, Ou b, e a direcção é armazenado como |ou-

Os retângulos extras são armazenados apenas como:

x,y,width,height,color,
x,y,width,height,color,...

Do mesmo jeito.

SVG - 455 480- Composição Mondrian II em vermelho, azul e amarelo

Se você pode incorporar Javascript no SVG e torná-lo dinâmico, é uma linguagem de programação. Portanto, este é um programa. Acontece que se um xou ycoord estiver ausente no SVG, o padrão redé 0. Também é mais curto que #f00!

<?xml version="1.0" encoding="utf-8"?><svg xmlns="http://www.w3.org/2000/svg"><rect x="145" fill="red" width="455" height="440"/><rect y="432" fill="#00F" width="150" height="168"/><rect x="550" y="517" fill="#FF0" width="50" height="83"/><rect x="140" width="16" height="600"/><rect y="430" width="600" height="16"/><rect y="180" width="140" height="25"/><rect x="550" y="430" width="15" height="170"/><rect x="550" y="515" width="50" height="16"/></svg>

Pretty Printed:

<?xml version="1.0" encoding="utf-8"?>
<svg xmlns="http://www.w3.org/2000/svg">
  <rect x="145" fill="red" width="455" height="440"/>
  <rect y="432" fill="#00F" width="150" height="168"/>
  <rect x="550" y="517" fill="#FF0" width="50" height="83"/>
  <rect x="140" width="16" height="600"/>
  <rect y="430" width="600" height="16"/>
  <rect y="180" width="140" height="25"/>
  <rect x="550" y="430" width="15" height="170"/>
  <rect x="550" y="515" width="50" height="16"/>
</svg>

SmileBASIC, 67 bytes

GCLS-1GFILL 353,0,367,#R,0GFILL.,121,#R,156,0GFILL 367,266,#R,293,0

Escolhi uma fácil: Composição III em preto e branco

Felizmente, a página de gráficos do SB tem exatamente 512x512 pixels, mas nem tudo se encaixa na tela de 400x240, por isso não consigo obter uma captura de tela facilmente.

Explicado:

GCLS -1 'fill screen with &HFFFFFFFF (white)
GFILL 353,0,367,511,0 'draw vertical line in &H00000000 (black)
GFILL 0,121,#R,156,0 'draw horizontal line
GFILL 367,266,#R,293,0 'draw small horizontal line

Processando, 15.447 15.441 15.439 bytes

String 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a43V+zXF2ZdnHJsCa5pixmsIMfzye/X6VpXHw9zAjMhq1tDIzMA2KsaVwioJ9mVk7f6SvPRNZvIEEfP1q5EuDg0rt/ETKOKrlam4jgEVB8ZWCFe4dvzfStWa1HS1NyDqVv2fagB+96OCKsLlzQloO8snPYEUzNfdqAS42O9QseW00ia43Yc4hXZhAeC0Z/a8xJSfDn8aO82mwF5jkceaHj8Tt1JF4xYk3uRa0wXQtgKJc1pIOMfrScnUhHCJStO/BELqBpou8IwTyFdCfeFKL1tWYLo3NBNucb0s4f4vbvUVx9EF1jQ5y9K1gk7A56etaPUb34GQKV1ZGdqHFH3ePFKbVfoQvd8LNrDbyEOKcdTpBcwfMDPzrPE8ynUzEh+B7Zpua2VIw2aacKcSIuVnEgxHmyXFDSpQJ2xRZpz0p/h3Bc85+9LKO9+INqqfEkkcQ8XiI02qPob5JcWNQJTqVnb8cVqQdc+Gte4YyfpVpemal16960rhF3G85v8SydvrQR/wCXrt+CR/H+1Lf6Y379Wfhbi5u4xzHEJxBioSkkuBWrttt6Utd9TEWG0Z1U+9j2wPVmj71xAiLZ50gxlrDUdaygODJwCcdKUTqfxhFvoK6ts+2ds0Iw6BqqtSuM2m+FbfO+z14deWkN84ZTgr9PT6108Da/g9ROjfV70a3i7vrzirDe7yi3xJF5LK3EQ0jLKVbr8WNj0+99KZsc386yatONsH6UvJiMEVzark2YrdyDAQLg0h/SSAUahqwT3PioM0h6XO7Mdeon+G9WUGZQOMVYuWklJ0J26ZSNq2hGo2ApYkgc0utKQJU7KUgBeOnqqsTpmXmmD744/WmZtgMUHaLHHg3q6zUvOuLmHKm140o6+7t61vSyBoguNhSijDVuKhvmx1A5VzE5+deSgjtlEZVvVmn2Lbg8UwYWVXWQkpGkDYnqelbUV2Zbp4CNlpdo9K6h5o/Gew0+WK0CoIxjahZxWgjckJH4gVwH7NdQN3CRFBAG6hvjr1rH63gWuQPIpiAktvSfGFjfqR0ry0X/ALAB9KbPBqzhIG2E4PbFe/CBlGRWb71XbIi8DiO5qnyWHIRz7O0hI1I37+EdvU0OO8t5pDFGuGXmpKOq5J2qx4SNkj4DtRsZwTVc1zjfVp+ldoFSDkc1gGDnp+IqNC5yBXHFaCUjokeuBU6Qd8V25riWnMR4ADJbIFLXUOuBlQb4NWRsMCTUMBA9ibCkjIKsgj1qlhGyQKr8ipkPrOKjkBv7TYODr07bbfe60OQ2y3iA/P49vNSNWgmo7egiVN1DCSvY4/eV0+lBsYHE8pkGxJ/7qXYFQBQLNkuieIEXBV6cVEDPLMMhWCr/AIs5/wAKctoZYk0u2qrtLGYyqrS7h2y3SPcru49eHHm3XQW0EK/ZjW4cdfJQHwpGSRb5jHajtlfmI/a9v+j+dVAKDLb0VZLbcWrxc1yLq48y5s22rV+z3PTejWc5kd7djuo5o07J21wKaN2pxtSVB5PhII8J7UnB0d45RJq4NDa4yuMUqiWecjim5TTeFKZeT4I/i/Ze56+n1rUuRHOO3CQrjnHJ+9BTK7txUd4h3Ju8xHk391lhtKSuPkgOYUc9+42+FZrTXFl6GBcnyM04jwshBUZpoxJVOc5TUgIVjVlK87fCrC5uL38JVaPG+aBpRBnOaEdtM+Nd3LjIubkiGpGhMMpOEqwPF19PKiyq0EH4n4n0ogmjddIXH1qdRylSUx9JIwCPu7UpHPEHA+G/SqMpx81ZY7LdIENTEy9uTHCskOKSQQMDb3j5fWtS+t5biQPC+gYGwoUbKgORmpGUrVIeQhehxoZU4Pv1lI2tyijDJyfLUY7AE+a6U1LuUF4x5y4y1JUhChvpOOtMQGa9xcKxVfaq5WI4Zc0PbY86K01bZNydlSEZ1SVZyrv0z5etTPcvJMbQEg+9XYKfxQNvaq5d+OVwJ8mB7M4pUZ0tl3n41474xRbgyGMRqxBHmm4LAOokJ5pWxxFceIeIbVGiTJMFCnClwJdKgse9uNuwI+NEsGeNGjkOotwT4qLrp/bQyA7Cr5d7bLXbJaGrmtpamVhKxnKDjr1pJra4t17zSkhd8fSlklj1AFahsNums2lhDtzcfWCvLisgq8R9askVxd4mSQge1dNIgcgLWpthnyb/AA7k1dnGmGGwhyOEqws+LfOr94du1PT2YlGQcNjY1WO4VIypXk0Lw5bprF0vKpF0ckocdGhtecNeNw4G/qB8KH0+5MrNC2+nbP22q9yVKrgYq0g71pUliq5wtMuEm7XtufBMZll4COvf9qNbgz8gPnWZZwxRyyFDknmnLlVCJiqpxFxs9DvMyFaCWpDDxS+pxCFJUO2B2qwsZbaVrgsMPRbREuSUYcUsPH/EI/7Uz/5dNEM780//AKfBXoHBk5y5QI8ySrVKfYKnVAYCjqxsO2wFLWr27XT4B1+TWXdxNG2kcUp4xt7Vy4mYZdWtOIOvKAM55hHf8a07nqMnT7TuouSTjekFhWWTSTioOGLWzbOLYyGlrUFxHFHmAZ6gdhUWXU5Oo2rtIuCCK54FhkwrVepagGgSQBqHWrM4Uc0QZPFBhace+PnVO9Gdsj864A00ongVFVS2xrui/XlcmahcVbaxGbHVs52J8P8AiayIJbfvygLuOaemKmFAvNG8Fx7jFsSWrvLTLlB1WXUgDI2wOgp20ltZY9dsulPb60o4cNhjvRmGzdyNR1+X/TQAlv8AGB8/iVbU3bx4qlWRqE/xbxT7c3HWlMlOjnBJ3yrOM/CmYwDI2aeuC4t49J8UVNagtcWcN+xNxkZec18kJBPh2zipOzriqIzmCTV9Kt19ElVmnpglv2ox1hkue7rwcZ9M1aftdpjN8uN/t5pFScjHNVm1PXJuEw3cXkpkgq5gZWQj3jjHwxXkJ50WYrbMQninkXI9Y3qvcBXKXKhylvT3nvGnxKeKu3mTTnUppVK6SeKcuIkUgBatXCDd4TLuq7vyDGWtBicr3inU5ur1wUfWt21t4EhR4wcsATn3xvWM5YsQeKcM3FLi0p5axk96WtOpi4lCBCKs8WlcmkVh4oZmXO7x24DzZiu6FrJGF+NwZH5frRL2SLpoVwNRfnH09/zqIwZQRxj3qvXpxPFdzl2+M37IuC6VqccTq5gO22PnSc/ct0F2TqD+PI807Z3CxsRigP5jyc59vY/8FVKnqi86DitD41farHwZeGrfIXw+uM6qRb2ClcgYCHDqB27/AHvpWk8kVpbreBcs3gc1kzO1xM2Km4stD95kszo8oRwlnlFBByfET1H40/8A6lFDa65I9QO+NqTa3ZpMA+KRcOuOWbjNEaSVyTylIDic43Tq79OlVk6tA1rrjhK/bFMJ0+QDuM4q0cVcTtW63tuKhPu6nMYRgkYBNY0tyOpRmJVK/embe19edQruV/RbYq4EFxLbPP5SR4lAAK0j1oa9EkVg+vjfiqiQu3bou08TtXKAiWmFIYC1KHLcxqGDinrjqi27adBOPaqPalTjIrorUgvvpO8lKkp29wnuaTjUW8hn5EnjyM+9cTqAQ+KhsK5Vnt4iXKQZ8gLKi+2jSCD0GPSjtew2P4KISOdq5wJ21rt96XDiZr+eCoQhv6gD4yRj3M0t3MTfH42/d80c25FuCTVKctyuIeMrvFQ41HIedc1vJJHvAY+tbpty8YnBA1b0SLqCxqIypOKnetiuCbjbLo641O/pBAZipwo+E+dWgtdTatXAqlz1ASRlQh3r0K83wR7VNe9jdWW2lnSk7qx2G1Y03UPiQYDGRnbPj2oEdvllOaGsV5bl2mPIMBxBc1ZSoAkYUR5UJbpLUdntFiPI4P2q00J1Eaqg/nIzG4ii2ZqyuJElIWZCEAIT7+x2/c+orctNF3bmZlxg8HmlZCyvjNc2DiESrleGPYnWRHeCQpZ2X43Bkben1FZPdaykZjlwxOw8U1JbjQpz4qyomxiQkPJ1HptT8d/aSNoRwTSvbkwc0pst5tr1wuLbcttS23MLSAcp8Sx5ehrPtmW3nke4OAeM/wAaYmifQpArLZeLc7d57LcppbjWykjOU71eEGGZp5to2+U+KE3qACcjmnHtcYJ1FxOnz3rRNxbCPu5GKHh+KTwrtbXOIJjCJSC62klaQN0+71rIilRLt5pD6DwfFNPC6xAgbmnPtTBQXA4NGepBxWuLu3aHug+ildDA4xvQU+/2i3JQ5NnMspWcJKwfEcVe2mhucrCc49qhwU+apZV4t0VhT8mU2hpOMqIJG+36UFL+1d9CuM0RYZTgKKyPd7fKjpfYkJW0sEpUAdx3/wAaluoWqPoL71DQOp+XFRW/iK0XJCzCnIdS2QFaQrYkfhRrqaK1K/EYUncfaqKrOPTvSy2S7gb3cfbYbbMIhYjPA5Lu+34bVldqKEtNnOvYe2/tTjhO2uk5I5ptb3m4sctvrCF6icEdq6zmjs4hFdHDf5igyKXbKcUmRKug4wU4WWxZsHD56+5+Ofe26UTFur/GlvT+n5Uc6exoz6vald0gcIO30szFKE2a6VpRzHPEVHqMbU6hhmhadD6BzVFvLiLCDFdsQeFLDd4Ln7RiStf7HK3FAnp+HeutpIJkaSE5VefpXT3U7DQ/mrTc7tBj26W88/oabaKlq0k6QBuaX+Ls7z/bo27bfXegBGT1EcVFZrzb5VsYfjSFOMr1aFaTvhRB7VxmtbD/AG8jbrU6Xk9QHNdHiS1ouke1mSRMkDU23yz4hueuMfdNMQXUMy5jO1cbeTBcigZXEFrsr6zcJKke0qVy/ATnSd+g294UvaCASyFGzvv96J2ppAMCjz9jtvoSt2Mh1WNILoCj+AzV4bOzX8WNRt5oLSvwfNVdybw7YZ0pwspfXLcXrEZwKKSlRJ1DO26z9ata9KN47mUhlHA9qJPdvGihqJ4Scs1zu1xehQFNOKQFuKcPvZVt0JosvTJk2uCGT9ke1LpMpGU5q2CFH08vlDT6k1xtYhH2tPpq/cPJ2NK4tmgtXqXITFbS66kgrGcn3evypCOxJmaOQfh+BR3uXKAZpp7JHKNHKTp8qfFrD2jDj0+1L6mzmhJ1gtNwQ2idBZfSg5SFgnHY0S3gS2z2RjNc7F9zUz9qgPslmRFacaVjKCnbzoK2NujawuKus0g4asYtUCMyGWIrSGk7JSE9vKpazt2YMV3qGlduTXEKyWuAFJhwGGQs5UG0Y1du3pRJ7eO4x3RnHFUUsvy0qh2mW3cLi49dFPx1oX7OwUf6uc7Y88UPtx4yRkL4o7yqyBQuD71LwpbpEezpbu0o3CSHFZfdThRHYVTTDfZkeLFDy0ewanPsrBTjlIx5Yopt4+32yu1V1tzQz1ktbslEt6BHXIa/0bhRlSfwNXWKNIzEo9J5FQSScmtSLPbJDjbr8BhxbJy0pSMlJ9PpUQwxwqUjGAf1rixODWXCDCVb5KXorTjZQQpKk5ChjcGl5IobZDMF+Xf8quGLnSaqrnEtpsqzbkWkhLIGOVpCfENXT403ZWSdShFyVGW96FJKYW0UZY5ttv09mazbktOtL5KVrCdY8JOx/wCo0tcqllcraqnzDP0/zajRyPJEd6ZogW65PvpmQWHuQrCOY2FYyTnGf7I+VCtJYpZJFRMEHf8AOrMXUAhqHl8IWubc41xd5/tEcJCNLmE+EkjbHmTTFvbJDbvAnDZoTMzMGqkTLdbLnc5bXDzZRIjPuCYXioBSisgY6/eSvy7VMPUrbpgxJnfb8qYu4biaNdR2o/8Ak+kot96useRnmNtpQoI33CjReodctzCj770COwljGpuKvwuccoKvHgelJx9QikhMy50jmpMTKdNIbdxPb3uJbjCRz+cyklYUnYbo6b+opMF7f/fOco/FE+caByKfNXFlaCoBeB6U5b38VwhdPFUeJ0ODUa7zGQhSiHcJSVHCfKlV63bM4QA1Jt2AyaX2LjK1Xxhx6D7RobUEnmN6dyM+dPdQu4+nsEl5PtVI0LnArdq4xtt1dkNxUyAWCAvWkAZJI8/Q0C56nDAoZvNMNZSLjNcQOM7XNucqAymRzopPM1NgDZQGxz5mmbm5S2t0ncelqWVO45Uciop16jWRxMmYHNE53kM8sZwpW4z6Vm2lu6O9wD83FNKndGlfG5p9BC0skOEFQUelaNqsyx/jH1Uq2nORROaZqtYTXV1arq6gb6FKsk9KJSIiiwvElZwlrb3j6DrVHQSKVPBq8bBWDHxXmiuHZ8lRfVdYs8q2MlJ2XjbtnpjHXtVI+v2vTB8MyHI9q6e3NxIZE2BqwcKJYsREabKjmU49zG2kuAKWnTjYHBPQ/KgXN/b3o+OWM+gY/wA/OujjaL8PPNMuEVuO3O+KVeY09tTyVNx2dJVFBW54V479Bv3SavbW6ovdVca9/vneiTujgKo3G1bu3G1rs8iFHlNyeZLXpRo0Y6gb5UP+IV1jdLeRySIMBaFIO2QPetcLzrbcbveG4iQXWHf2wLOnfWsde+4NIWEEndd5NwdxTlyjoi1FabvbHeIbtEREWl6OcLcLKdKvF2PU/Gulh+AkM1yQUY4AG+P6UISGb8MeKf8AtkQAjlnfybqR1a0VPlOn7VUQuTmktmudom8WXKHGbSZjKCpwlkDbKO/fqKrZxtJOZOYzuo/tRZYikYbzVk5Tf9Wkee1a6xqowopM5J3NZyGTtym/yio7MY4UVOo1pqJGZBDUdlAJzhLYH8Ks6K5ywzULleKxMWO3nQw0nPXSgDNQyI3IFTqPvWkxmErKkMNJWrqoIGTUlQQAeBUVVLZfIU683mJ7I6TAQ4slxKdJ0nHh3/SkU6ZJE8khcENwM8UdZQ5CimvBl2ZvVjTNjpcShTqk4cIJyMeVWsImihw5yd6tcx9uQrTunqWrK6urK6uoO8x2pdomxpCNbLzC0LQCRqSQQRtvQLmWSGFpI+QM1ZFDMAa8hutwk2K4vWy2SPZojGChnCVFJUkKVuoE7knqaxIkF6vemGWPmt62giEY2p7wK21fZqLjdP6TLiyOWw5nTy08vOAE4H3ldfOr5Mbi0G0b8j3/AMxSl7EinIFW3hmzw7Zcbw7DjKaVJcSpwlSlazrcPc7bqV086b6fdyzO8Tn0psPsNh+lITKFUMBzT4JTgZQnbpkdK01AUenbNBOTzS61IZRMncuM00rWNSkNhJX4ldTjf/5rOs7szyyxlcaaNIpVBk0kDNxavM9cuWHYqlHktaMcvfzxvtWL1i67x7WMYP8AKnI9GgYG9HayWeXgY86WPVHa1+GwMcZqnaXXqzj6UXZwPaCooSCUHxhIBO47/CtvpElx21V1wmNqBPg8Gm3XoK2dsUvWh61ORU132z2rqitEHyNdUVrB8jXDmp4qvWm5xJd5ukaM/reZC9aNJGjxY7isO1ilinllYbeKclQiJSaa2tS3IuVDfUdh8Kb6bcNPBrbnNAlXS+1F4Pka0cihDeswfI12a6tV1dQHEEZUyw3GKl1TKno62w4nqjIxkfOhTTCGMyEZA8e/0qyqScCkdg4WS1aWEvyRIcyrU66zlSvEcZJJOw2rHe2PUf8AcRtoB/ZHA/hTKyvCO3ninDFmSwyttp1KNR1ZQ1p3+BpqLp2mBoy+SfPkVRpmZgTSrhKzqtdzvby5q3/aHQoJUMcvxuHbc+Y+VV6bOpZ4sYxtn3xtmi3b60XAxQ914hgWVDHtciaoPq0pKGwcHA6+L1pPps6MjjUT9T4/WrfDO+4ArfDvD8iPOuMs3qS+iWQtDawcNAqWrA8R7Kx8KeliS6hQQnQRyRy33pYZjY6xmhbFCYe4qu7Dd7dkSGweZFKVYZ8Y6ZOKNedK71siEYI/a8mqxz6WJ5+lNTww+b23cBdngwgEGJp8CvCRvv5nPTtQbbpkUSAMM/wpn4rKFQtLLXEaPG12bZvchbwQSqHpUEMj9n03x3Hzpq7iE8K28Z0afIoCxvH+Kw2NWkW9xKgfa3Djzz+tIw9NkjlDmUke1S0qkY01ioDij/rbifw//avcdPeaTUshX6VCShRuKWjhuQL6m5i8y+WGtBi5OjOMZ6/4UyLZvg/h9XqznV5qmr16sUMeEJPsc6P/ADhn5lPBxLmTqZ3zpT4ulWjgKTpIWyF8e9FnnEi4C4qdvhZ5MqA8q+TSIrQbU3k6XjjGpW/WhvZtIJAHI1H8qmOfRHoK5+tLbZwomJeLrKRdnVKkoc1J0Y0ZVnY53610xjniSJGwU5I8496qkjodR3HtUsHhJauHl29u+zQVOavaQSFjcHHWos4YxcC4jbIH7PiiXU/cOCuKMkcKuP2Vq2/bU1Cm9P8ASUnxqwe+/epNoxuTcazv48CqQTiLxnFcXDhFyZAhxBe57Ps2MutnxOYTjxb1e1tzbSPJq1agdj4z7VSWTunIGKcot5Soq9pcyfjQbaxMMhfWW+lc0m3FB3izKk2uYymW8guNKSFJ6jPcUqelvGTIrlj7H/qix3AUj00LaOHy1Zm4rk+QpWHBrV7w1E+vrUx9PZ3WZiVOc48bVM04ZjtW7DwomzwlRhc5cnU5r1vYJGwGPw2+tO9RtBeyiQtpwMYFAik7YxzQlk4aTFuN1e9rkq57urCyMDxrO35vpWcLGWf8OQaQOCPNNy3QKjanijapGgOpiulO4CkA4+daENxaOdEZGfpSpEiDeg7Rd7W5cLg2xOYUppelaEq9zxKGD8sUtEkFlI7yOAG/l/8AaJJHIVHpxWrdcbSbzNQxNjqkAHmISQFDcdfnRkQQMbp5PQ3GTt/ChMSw0gbimC73am5iYa7hGTJUNSWtfiI3OQPgaYF1AU7gYFR5qxglxqC7UuiT7KriKWWJcQzQg81KQNYHh6n5Utojhb4xnwjcZ4rtbOO0BxTlM2KpQSh9B27Zo8d7bStpRwTVCjLyKwToxXoDySry3/SrLdQtIUDZb2qNBxk8UKu/2lFwTAVOaEpSdaWSDqKd9+noasZ4xC02fSDjPjNRpOdPmhXeL+HWn3WXLswHG1FK04VlJHntRC6hVfw24+1ESGST5RnFdw+KbFNkCPGubLrpBVpSFZwOvagyXMUK63bFWa1lUZKmldvn3L7Su5lwEsxdC/Y3QvPPOdtsnHyrNSG2hdpmfAk/nR5gvbXRuRXdm4gbt1iS/wATNi1PqdI5KsuYHbdIPUA07BHb2ZNtG+fNACSznKrTSTxJZ4smPGfmpQ/I2aTy1nUcgdh6jrR4riOZGkU5C8/ShMjKcHzWn+JLOxNahOzQmS8Mtt8pZyPxAx2NVju4niMyn0ipKMDijBcIqklYdykdfCr9KpHfQvGZQ2w5rijA4NCXe8QI1rlPuyQltDRUo6FHA+ApV76G5UxQN624+5q4jKHLDahrbxBbDZUTfa8xwlay5yl9ATk4057VMN0tuBbzt6xUmMyHKDY0RA4itVwjpkRJKnGlKKQrkrTuDg9QKNL1G3hbSzb1xt5FOCKXWXiK3y510bZlFxTDoSscpY0kqWMbjf3TSMN21u7Szt6WPp+1GltnCjApw1FhDSQ0gE7Z3rQgtbeJtUa4pZpHOAaVWi12tq43FbUZtK3HMrIB8R1KP+P1rLtUF3PKkw1BTt9OaYlmfQN6YM2SzsTHZbMJpuQ8P2jqc5UPXetmWCGSIRyDKjgUqHYHOaxyx2lcxE1cJoyUDCXd8pGCNvmfnQxaWwj7YX0nxV/iJAMA0BDtFrb4hmyURGw6tJC175V7vXf0FZsbGW7ezk3jUbDwP4cVdhpUP5pymHEQcpZRq6d60orKCJtaJvQi7MME1sRoqXCsMpCvMZzVltoBIX071GskYzQy7PaDNTOVAYMtKdKX9PiA8vw3PzonaQxGLHpO+PH5VGTnPmqbxxwkuVPju2GDHbK0LVJIUEFayQQT59DVJEJVVXgcVoWNxHEG1cnFD8G8K3G339qRcmGfZw2tKsOBW5G21DFsH2kAIo13do8eF5q5MBlT8tBAKG0q0pI2Tv2rFtz3J5kbcLx9Pt7UmdgpFah2+23S3j7QhsSwHDs+2F7/AB/GnukgSQ9x92zjPnH3qJHaN/ScUW9abS68y89boa3Wf9EtyOlSm/7JxtWmkSIhRRgHn60tqJOSaxy22lyQ3Jct0JchsYQ6qMkrR+BxkdTXLFGsZjVQFPIxsf4VJYk5JqblxACkMsgHqOWMH6VVIIUUqqgA/QVOpvehbpHtq7c+h2JHcQUEKQpoEKHkRil5o4bVDPHGARvwBxV1LOdJNRW+BavstpkQISWCkp5Ps40YJORjGKtCI7lRcSINR88muLPHsp4ohiJaojaWmIUNlodENxwkD4AUV7aCQ5ZAT9hUd2Q8sfzpVaY1tYlXBaIkZHMcBJSyAVeJfXA36n51kWMayyyLKMgE4B3xv49qPNI2kb1//9k=";PImage x=loadImage(i);void draw(){image(x);}

Força bruta, e não consegui encontrar uma maneira de remover a função draw.

Erros no mecanismo de processamento principal, acho que porque é um b64 muito grande. Você pode testá-lo aqui .

No entanto, os violinos de JS cortam isso para 100 * 100px. Minha base64 funciona, mas o ambiente online não. :(

Love2D, 4956 + 395 + 1 = 5351 bytes

f=io.open("d","rb")s=f:read("*a"):gsub("(.)(.)",function(a,b)return a:rep(b:byte())end)o=love.image.newImageData(512,512)c={{244,243,248},{173,24,0},{250,209,5},{30,64,164}}o:mapPixel(function(x,y)i=math.floor((x+math.floor(y/4)*512)/4)O=3-i%4 n=s:sub(math.floor(i/4)+1,math.floor(i/4)+1)if n and#n>0 then b=math.floor(n:byte()/(4^O))%4 else b=0 end return unpack(c[b+1])end)o:encode("png","o") 

O arquivo de dados é armazenado AQUI

Saída:

Original:

Explicação

f = io.open("d","rb")                                                   -- Open the image in raw format.
s = f:read("*a"):gsub("(.)(.)",function(a,b)return a:rep(b:byte())end)  -- And read it's contents. 
o=love.image.newImageData(512,512)                                      -- Make the output image
c = {{244,243,248},{173,24,0},{250,209,5},{30,64,164}}                  -- Build the Pallet
o:mapPixel(function(x,y)                                                -- Fill the image, based on a function
    i = (x+y*512)                                   -- The position this pixel exists on the string, 0 indexed.
    O = 3-i%4                                       -- The offset. The byte stores 4 pixels, so this is the id among a group of 4.
    n = s:sub(math.floor(i/4)+1,math.floor(i/4)+1)  -- And this gets the byte itself.
    if n and #n > 0 then                            -- Sometimes this is null and I don't like it.
        b = math.floor(n:byte()/(4^O))%4            -- /4^offset % 4 gives us the value of the index on the pallet.
    else
        b = 0                                       -- Fallback plan.
    end
    return unpack(c[b+1])                           -- Set the pixel to the colour required.
end)
o:encode("png","o") -- Store it in Appdata as "o", which is a png file.

O codificador.

Este é apenas o script que eu usei para codificar a imagem. Gif funcionou mais compactado, mas não fui desafiado a exibir um gif.

img = love.image.newImageData("mondrian.jpg")
-- white    0
-- blue     3
-- yellow   2
-- red      1

cols = {{244,243,248},{173,24,0},{250,209,5},{30,64,164}}

local s = ""
for y = 0, 511 do
    for x = 0, 511 do
        local r,g,b = img:getPixel(x,y)
        local n = 0
        local D = math.huge
        for k,v in pairs(cols) do
            local d = (v[1]-r)^2 + (v[2]-g)^2 + (v[3]-b)^2
            if d < D then
                n = k-1
                D = d
            end
        end
        s = s .. n
    end
end
-- Convert base 4 to base 256
-- How many digits do we need- Every 4 digits
encd = ""
for str in s:gmatch"...." do
    local n = str:sub(1,1) * 4^3 +
              str:sub(2,2) * 4^2 +
              str:sub(3,3) * 4^1 +
              str:sub(4,4) * 4^0
    encd = encd .. string.char(n)
end

f = io.open("stored.dat","wb")

smlr = ""
lst = ""
c = 0
for s in encd:gmatch"." do
    if s == lst then
        c = c + 1
        while c > 255 do
            smlr = smlr .. lst .. string.char(255)
            c = c - 255
        end
    else
        if c > 0 then
            smlr = smlr .. lst .. string.char(c)
        end
        lst = s
        c = 1
    end
end

f:write(smlr)

Principalmente competindo pela recompensa. Provavelmente, existem maneiras melhores de fazer isso, mas achei interessante tentar usar um palete simples e decodificar o comprimento da execução.

EDIT: A imagem de entrada foi simplificada, um pouco menos precisa, mas uma magnitude menos bytes.