Escala massiva

int i = 0;

int j = 0;

int k = 0;

int l = 0;

float x;

float z;

float t;

float y;

float u;

boolean wake = false;

boolean sleep = true;

int value1 = 0;

int value2 = 0;

int value3 = 0;

int value4 = 0;

int value5 = 0;

int value6 = 0;

int value7 = 0;

int value8 = 0;

​

​

void setup(){

     size (750, 500);     

     frameRate(4);

}

​

void draw(){

  //cel

     fill(value1, value2, value3);

     stroke(0);

     rect(0, 0, 750, 500);

  //terra

    fill(value4, value5, value6);

    noStroke();

    ellipse(248, 464, 700, 300);

    ellipse(567, 427, 700, 300);

  //botó sol

    fill(246, 216, 75);

    ellipse(728, 478, 30, 30);

  //botó lluna

     fill(188, 187, 184);

     arc(18, 478, 30, 30, 0, PI+QUARTER_PI);

  //pota esquerra

     stroke(0);

     strokeWeight(1);

     fill(50);

     beginShape();

     vertex(357, 395);

     vertex(358, 412);

     vertex(351, 422);

     vertex(349, 433);

     vertex(363, 438);

     vertex(377, 432);

     vertex(376, 422);

     vertex(372, 417);

     vertex(372, 395);

     endShape();

  //pota dreta

     beginShape();

     vertex(386, 393);

     vertex(388, 415);

     vertex(383, 423);

     vertex(383, 432);

     vertex(391, 436);

     vertex(402, 435);

     vertex(408, 426);

     vertex(402, 415);

     vertex(400, 393);

     endShape();

  //cos

     noStroke();

     fill(0);

     ellipse(315, 317, 52, 52);

     ellipse(311, 360, 52, 52);

     ellipse(337, 376, 52, 52);

     ellipse(343, 294, 42, 42);

     ellipse(378, 290, 57, 57);

     ellipse(412, 300, 52, 52);

     ellipse(430, 335, 57, 57);

     ellipse(433, 370, 52, 52);

     ellipse(397, 380, 42, 42);

     ellipse(359, 384, 42, 42);

     ellipse(343, 327, 52, 52);

     fill(255);

     ellipse(315, 317, 50, 50);

     ellipse(311, 360, 50, 50);

     ellipse(337, 376, 50, 50);

     ellipse(343, 294, 40, 40);

     ellipse(378, 290, 55, 55);

     ellipse(412, 300, 50, 50);

     ellipse(430, 335, 55, 55);

     ellipse(433, 370, 50, 50);

     ellipse(397, 380, 40, 40);

     ellipse(359, 384, 40, 40);

     ellipse(343, 327, 50, 50);

  //cabell

     fill(0);

     ellipse(364, 290, 23, 23);

     ellipse(381, 280, 28, 28);

     ellipse(397, 290, 23, 23);

     fill(255);

     ellipse(364, 290, 20, 20);

     ellipse(381, 280, 25, 25);

     ellipse(397, 290, 20, 20);

  //orella esquerra

     stroke(0);

     strokeWeight(1);

     fill(50);

     beginShape();

     vertex(358, 301);

     vertex(346, 303);

     vertex(331, 307);

     vertex(317, 317);

     vertex(309, 328);

     vertex(308, 336);

     vertex(312, 342);

     vertex(326, 340);

     vertex(339, 331);

     vertex(357, 312);

     endShape();

     strokeWeight(0.5);

     line(351, 311, 339, 312);

     line(339, 312, 327, 320);

     line(327, 320, 316, 327);

     line(316, 327, 310, 336);

  //orella dreta

     strokeWeight(1);

     beginShape();

     vertex(394, 301);

     vertex(416, 303);

     vertex(430, 307);

     vertex(445, 317);

     vertex(451, 328);

     vertex(452, 334);

     vertex(448, 338);

     vertex(435, 337);

     vertex(420, 330);

     vertex(399, 313);

     endShape();

     strokeWeight(0.5);

     line(400, 307, 412, 308);

     line(412, 308, 429, 313);

     line(429, 313, 443, 324);

     line(443, 324, 448, 329);

  //cara

     strokeWeight(1);

     stroke (0);

     fill(50);

     beginShape();

     curveVertex(381, 290);

     curveVertex(382, 291);

     curveVertex(388, 292);

     curveVertex(401, 302);

     curveVertex(407, 319);

     curveVertex(411, 358);

     curveVertex(399, 380);

     curveVertex(377, 386);

     curveVertex(358, 381);

     curveVertex(344, 358);

     curveVertex(352, 319);

     curveVertex(358, 302);

     curveVertex(373, 292);

     curveVertex(379, 291);

     curveVertex(381, 290);

     endShape();

  //nas

     noFill();

     ellipse(364, 373, 5, 5);

     ellipse(392, 373, 5, 5);

  //mur

     fill(159, 124, 69);

     rect(0, 373, 750, 20);

     rect(0, 414, 750, 20);

     rect(152, 353, 20, 100);

     rect(585, 353, 20, 100);

     fill(0);

     strokeWeight(0.3);

     line(178, 386, 206, 383);

     line(206, 383, 268, 378);

     line(268, 378, 550, 380); 

     line(190, 426, 297, 419);

     line(297, 419, 346, 419);

     line(424, 428, 472, 421);

     line(472, 421, 507, 419);

     line(507, 419, 537, 419);

     line(166, 361, 167, 441);

     line(0, 429, 145, 429);

     line(601, 361, 599, 445);

  //ulls tancats

     fill(50, 50, 50, value8);

     strokeWeight(1);

     arc(364, 335, 12, 8, 0, PI, OPEN);

     arc(391, 335, 12, 8, 0, PI, OPEN);

  //ulls oberts

     fill(255, 255, 255, value7);

     stroke(0, 0, 0, value7);

     strokeWeight(1);

     ellipse(364, 335, 20, 20);

     ellipse(391, 335, 20, 20);

     fill(0, 0, 0, value7);

     ellipse(364, 335, 5, 5);

     ellipse(391, 335, 5, 5);

     noFill();

     stroke(0, 0, 0, value7);

     arc(364, 345, 20, 8, 0, PI, OPEN);

     arc(391, 345, 20, 8, 0, PI, OPEN);

  //sol

     fill(253, 242, 189, value7);

     noStroke();

     ellipse(55, 55, 80, 80);

    //nit

    fill(255);

    if (mouseX<35 && mouseY>465) {

      sleep = true;

      wake = false;

    }

    if (sleep == true) {

      j = 0;

      while(j < height ){

         i = 0;

         while(i < width ){

           fill (255, 255, 255, t);

           t = random(255);

           x = random(-560, 250);

           z = random(-70, 180);

           beginShape();

           vertex(566+x, 74+z);

           vertex(568+x, 68+z);

           vertex(570+x, 74+z);

           vertex(576+x, 76+z);

           vertex(570+x, 78+z);

           vertex(568+x, 84+z);

           vertex(566+x, 78+z);

           vertex(560+x, 76+z);

           vertex(566+x, 74+z);

           endShape();

           value1 = 10;

           value2 = 15;

           value3 = 33;

           value4 = 46;

           value5 = 54;

           value6 = 20;

           value7 = 0;

           value8 = 255;

           i = i + 40;

         }

        j = j + 100;

      }     

     //zzz

       l = 0;

       while(l < height && wake == false) {

         k = 0;

         while(k < width && wake == false) {

           stroke (20);

           y = random (0, 74);

           u = random(-30, 0);

           strokeWeight(2);

           line(423+y, 352+u, 433+y, 352+u);

           line(433+y, 352+u, 423+y, 363+u);

           line(423+y, 363+u, 433+y, 363+u);

           line(424+y, 358+u, 432+y, 358+u);

           k = k + 300;

         }

            l = l + 300;

       } 

    }

     //dia

     if (mouseX >711 && mouseY >465) {

       wake = true; 

       sleep = false;

     }

     if (wake = true && mouseX >711 && mouseY >465){

       value1 = 134;

       value2 = 194;

       value3 = 255;

       value4 = 87;

       value5 = 114;

       value6 = 0;

       value7 = 255;

       value8 = 0;

     }

}

​

​