afukuda-Project04

afukuda-project-04

/* 
 * Name | Ai Fukuda 
 * Course Section | C 
 * Email | afukuda@andrew.cmu.edu
 * Assignment | 04-b
 */ 

function setup() {
    createCanvas(400, 300);
}

function draw() {
    background(206, 236, 236);

    var x1;                     // x-coordinate of vertices 
    var y1 = 160;               // initial y-coordinate of vertices 

// PURPLE LINES (THICK)
    strokeWeight(1.5);                           
    stroke(204, 178, 213);

    for (var x1 = 130; x1 < 201; x1+=10) {      // top-left lines    
        line(100, 50, x1, 120+(y1-x1));
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // top-right lines 
        line(300, 50, x1, x1-120); 
    }

    for (var x1 = 130; x1 < 201; x1+=10) {      // bottom-left lines     
        line(100, 250, x1, x1+20);
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // bottom-right lines 
        line(300, 250, x1, 420-x1);          
    }

// PURPLE LINES (THIN)
    strokeWeight(1);
     for (var x1 = 130; x1 < 201; x1+=10) {     // top-left lines     
        line(200, 150, x1, 120+(y1-x1));
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // top-right lines 
        line(200, 150, x1, x1-120); 
    }

    for (var x1 = 130; x1 < 201; x1+=10) {      // bottom-left lines     
        line(200, 150, x1, x1+20);
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // bottom-right lines 
        line(200, 150, x1, y1+260-x1);          
    }


// ORANGE LINES 
    strokeWeight(1);           
    stroke(253, 205, 167);     

    // top set of lines 
    for (var x1 = 130; x1 < 201; x1+=10) {       // top-left lines     
        line(200, 20, x1, 120+(y1-x1));
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // top-right lines 
        line(200, 20, x1, x1-120); 
    }

    // left set of lines 
    for (var x1 = 130; x1 < 201; x1+=10) {       // left-top lines     
        line(70, 150, x1, 120+(y1-x1));
    }

    for (var x1 = 130; x1 < 201; x1+=10) {       // left-bottom lines   
        line(70, 150, x1, x1+20);
    }

    // bottom set of lines 
    for (var x1 = 130; x1 < 201; x1+=10) {       // bottom-left lines     
        line(200, 280, x1, x1+20);
    }

     for (var x1 = 200; x1 < 271; x1+=10) {      // bottom-right lines 
        line(200, 280, x1, y1+260-x1);         
    }

    // right set of lines 
     for (var x1 = 200; x1 < 271; x1+=10) {     // top-right lines 
        line(330, 150, x1, x1-120); 
    }

    for (var x1 = 200; x1 < 271; x1+=10) {      // bottom-right lines 
        line(330, 150, x1, y1+260-x1);         
    }

// BLUE LINES 
    strokeWeight(1);           
    stroke(140, 164, 212); 

    line(130, 150, 200, 80);
    line(200, 80, 270, 150);
    line(130, 150, 200, 220);
    line(200, 220, 270, 150);

// BLUE VERTICES 
/*
    strokeWeight(3);                            
    fill(140, 164, 212);

    point(100, 50);                     // primary geometry vertices (purple)
    point(300, 50);
    point(100, 250); 
    point(300, 250);

    point(200, 20);                    // secondary geometry vertices (orange)
    point(70, 150);
    point(200, 280);
    point(330, 150);

    point(200, 150);                   // center of geometry 
*/
    
}

I was able to generate this string art by simply declaring two variables: one for the initial x-coordinate and another for the y-coordinate. I began with the top-left set of purple curves, and translated those appropriately to create the geometry. Things that I could improve are: using rotation to make the code much simpler, and to use variables so the geometry becomes dynamic.

Process work: