Montserrat Salvadó Tarea 11
| Título | Montserrat Salvadó tarea 11 |
|---|---|
| Tipo de Proyecto | Proyecto de Curso |
| Palabras Clave | tarea 11 |
| Período | 2012-2012 |
| Asignatura | Imagen Escrita 2012, |
| Del Curso | Imagen Escrita 2012, |
| Carreras | Arquitectura |
| Alumno(s) | Montserrat Salvadó |
| Profesor | Herbert Spencer |
void setup() { size(675, 610); smooth(); frameRate(50); } int[] s = new int[3]; int tmp, phase; float speed; void draw() {
background(790, 222, 414);
s[0] = 0; s[1] = 0; // first number of the fibonacci sequence s[2] = 1; // second number of the fibonacci sequence phase = 0; // simple counter; use this to apply fx to the boxes linearly speed = 0.01; // speed of the effects
// set the origin at the end of the spiral translate(565, 270); // flip vertically to match my logo scale(1.0, -1.0); rotate(PI); // this loop constructs the spiral // basically, draw a square of side s, // rotate 90deg, calculate the new s0 and s, // move up s0 + s, and repeat... while (s[2] < 611) { // use a sin function to give us some nice undulating effects float wave = sin((frameCount + phase*20) * speed) + 1.0; // styles for the arcs fill(0, 0, wave * 64, 10); // undulating transparent black fill stroke(277, wave * 255); // undulating white stroke
// draw the quarter-circles inside the squares // set the stroke weight to 2 for the arc that makes the spiral if (phase % 4 == 0) strokeWeight(2); else strokeWeight(1); arc(s[2], s[2], 2*s[2], 2*s[2], PI, 3*PI/2.0); if (phase % 4 == 1) strokeWeight(2); else strokeWeight(1); arc(0, s[2], 2*s[2], 2*s[2], -PI/2.0, 0); if (phase % 4 == 2) strokeWeight(2); else strokeWeight(1); arc(0, 0, 2*s[2], 2*s[2], 0, PI/2.0); if (phase % 4 == 3) strokeWeight(2); else strokeWeight(1); arc(s[2], 0, 2*s[2], 2*s[2], PI/2.0, PI); // styles for the squares noFill(); stroke(255, 255, 255, 255); strokeWeight(1); // draw the square rect(0, 0, s[2], s[2]); // calculate the next number in the fibonacci sequence tmp = s[2]; s[2] += s[1]; s[0] = s[1]; s[1] = tmp; // translate to get in position for the next square switch(phase % 4) { case 0: translate(s[1], 0); break; case 1: translate(-s[0], s[1]); break; case 2: translate(-s[2], -s[0]); break; case 3: translate(0, -s[2]); break; } phase++; } }
