Jigsaw-Puzzle-Piece generator

Nikolaus Gradwohl2011-05-11T06:08:36+00:00

I made a processing sketch that generates a jigsaw-puzzle-piece using curveVertices

click here to run it or download the source

jigsaw piece

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See also:

sketch experiment 7 - osc events
nested cubes in processing
processing phaseflower
Time Perception
de jong attractor

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  1. Jonas 2014-07-01T11:23:39+00:00

    thanks!

    I needed a bigger piece, so i modified your script a little:

    / a jigsaw puzzle piece by guru
    click on the piece to generate a new one     / int baseSize = 600; void setup() { size( floor(baseSize    1.5), floor(baseSize1.5), P2D ); smooth(); } int halfBase = floor(baseSize/2); int threeQuartersBase = floor(baseSize0.75);

    float f = ceil(baseSize/28);

    float a = 1; float b = 1; float c = -1; float d = -1;

    void draw() { background(255); strokeWeight(2); noFill();

    beginShape(); vertex( baseSize, halfBase ); //right curveVertex( baseSize, halfBase ); curveVertex( baseSize,threeQuartersBase - 2 * f ); curveVertex( baseSize + f * a , threeQuartersBase - f ); curveVertex( baseSize + 2 * f * a, threeQuartersBase - f ); curveVertex( baseSize + 3 * f * a, threeQuartersBase - 2 * f ); curveVertex( baseSize + 4 * f * a, threeQuartersBase - 2 * f ); curveVertex( baseSize + 5 * f * a, threeQuartersBase - f ); curveVertex( baseSize + 5 * f * a, threeQuartersBase + f ); curveVertex( baseSize + 4 * f * a, threeQuartersBase + 2 * f ); curveVertex( baseSize + 3 * f * a, threeQuartersBase + 2 * f );
    curveVertex( baseSize + 2 * f * a, threeQuartersBase + f ); curveVertex( baseSize + f * a, threeQuartersBase + f );
    curveVertex( baseSize, threeQuartersBase + 2 * f );
    curveVertex( baseSize, baseSize );

    vertex( baseSize, baseSize );

    //bottom curveVertex( baseSize, baseSize ); curveVertex( threeQuartersBase + 2 * f, baseSize ); curveVertex( threeQuartersBase + f, baseSize + f * b ); curveVertex( threeQuartersBase + f, baseSize + 2 * f * b ); curveVertex( threeQuartersBase + 2 * f, baseSize + 3 * f * b ); curveVertex( threeQuartersBase + 2 * f, baseSize + 4 * f * b ); curveVertex( threeQuartersBase + f, baseSize + 5 * f * b ); curveVertex( threeQuartersBase - f, baseSize + 5 * f * b ); curveVertex( threeQuartersBase - 2 * f, baseSize + 4 * f * b ); curveVertex( threeQuartersBase - 2 * f, baseSize + 3 * f * b );
    curveVertex( threeQuartersBase - f, baseSize + 2 * f * b ); curveVertex( threeQuartersBase - f, baseSize + f * b );
    curveVertex( threeQuartersBase - 2 * f, baseSize );
    curveVertex( halfBase, baseSize );

    vertex( halfBase, baseSize ); //left curveVertex( halfBase, baseSize ); curveVertex( halfBase, threeQuartersBase + 2 * f ); curveVertex( halfBase - f * c , threeQuartersBase + f ); curveVertex( halfBase - 2 * f * c, threeQuartersBase + f ); curveVertex( halfBase - 3 * f * c, threeQuartersBase + 2 * f ); curveVertex( halfBase - 4 * f * c, threeQuartersBase + 2 * f ); curveVertex( halfBase - 5 * f * c, threeQuartersBase + f ); curveVertex( halfBase - 5 * f * c, threeQuartersBase - f ); curveVertex( halfBase - 4 * f * c, threeQuartersBase - 2 * f ); curveVertex( halfBase - 3 * f * c, threeQuartersBase - 2 * f );
    curveVertex( halfBase - 2 * f * c, threeQuartersBase - f ); curveVertex( halfBase - f * c, threeQuartersBase - f );
    curveVertex( halfBase, threeQuartersBase - 2 * f );
    curveVertex( halfBase, halfBase );
    vertex( halfBase, halfBase );

    vertex( halfBase, halfBase );

    //top curveVertex( halfBase, halfBase ); curveVertex( threeQuartersBase - 2 * f, halfBase ); curveVertex( threeQuartersBase - f, halfBase - f * d ); curveVertex( threeQuartersBase - f, halfBase - 2 * f * d ); curveVertex( threeQuartersBase - 2 * f, halfBase - 3 * f * d ); curveVertex( threeQuartersBase - 2 * f, halfBase - 4 * f * d ); curveVertex( threeQuartersBase - f, halfBase - 5 * f * d ); curveVertex( threeQuartersBase + f, halfBase - 5 * f * d ); curveVertex( threeQuartersBase + 2 * f, halfBase - 4 * f * d ); curveVertex( threeQuartersBase + 2 * f, halfBase - 3 * f * d );
    curveVertex( threeQuartersBase + f, halfBase - 2 * f * d ); curveVertex( threeQuartersBase + f, halfBase - f * d );
    curveVertex( threeQuartersBase + 2 * f, halfBase );
    curveVertex( baseSize, halfBase ); vertex( baseSize, halfBase ); endShape(CLOSE); }

    void mousePressed() { a = random( -1, 1 ); b = random( -1, 1 ); c = random( -1, 1 );
    d = random( -1, 1 );

    a = a/abs(a); b = b/abs(b); c = c/abs(c); d = d/abs(d); }

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