simple random
random & x-mirror
random & x/y-mirror
color[] colors = {
#FA0000, // red
#F2CB02, // yellow
#68B4E5, // light blue
#2C5ABC, // dark blue
#FF98FE, // pink
#F0F0F0 // white
};
int gridsize = 8;
int gscl = 20;
PShape round_rect_shape;
PShape round_circ_shape;
void setup(){
gscl = width/gridsize;
size(400,400);
background(0);
frameRate(3);
round_rect_shape = loadShape("round_rect.svg");
round_circ_shape = loadShape("round_quater_circ.svg");
round_circ_shape.disableStyle();
round_rect_shape.disableStyle();
}
void draw(){
drawGrid();
saveFrame("out/###_frame.gif");
}
void drawGrid(){
noStroke();
background(0);
for(int y = 0; y<gridsize;y++){
for(int x = 0; x<gridsize;x++){
float n = noise( x*.4, y*.4, millis()*.001 ); //random(1);
n = random(1.4);
fill(colors[ int(random(colors.length))]);
int rrot = int(random(4))*90;
rrot = int(n*4)*90;
pushMatrix();
translate( x*gscl + gscl/2,y*gscl + gscl/2);
rotate(radians(rrot));
if(n>.56 && n<.8){
shape(round_rect_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else if( n<=.56){
shape(round_circ_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else{
fill(22);
circle(1,1,gscl*.6);
}
popMatrix();
/*
pushMatrix();
translate(width - x*gscl + gscl/2 - gscl,y*gscl + gscl/2);
scale(-1,1);
rotate(radians(rrot));
if(n>.56 && n<.8){
shape(round_rect_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else if( n<=.56){
shape(round_circ_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else{
fill(22);
circle(1,1,gscl*.6);
}
popMatrix();
pushMatrix();
translate( x*gscl + gscl/2, height - y*gscl + gscl/2-gscl);
scale(1,-1);
rotate(radians(rrot));
if(n>.56 && n<.8){
shape(round_rect_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else if( n<=.56){
shape(round_circ_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else{
fill(22);
circle(1,1,gscl*.6);
}
popMatrix();
pushMatrix();
translate( width - x*gscl + gscl/2 -gscl, height - y*gscl + gscl/2-gscl);
scale(-1,-1);
rotate(radians(rrot));
if(n>.56 && n<.8){
shape(round_rect_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else if( n<=.56){
shape(round_circ_shape, -gscl/2+1, -gscl/2+1, gscl-2,gscl-2);
}else{
fill(22);
circle(1,1,gscl*.6);
}
popMatrix();
*/
}
}
}