My last project extended the rain idea. I made an interactive raincloud that rains and creates thunderbolts.
\nThe ‘rain’ positions are stored in an array, and it draws lines from those stored positions to make the rain.
\nI think it’s a cute animation, and I want to put some finishing touches on it later.<\/p>\n
the noise function doesn’t seem to work on the blog for the way I have it set up, so here is the code.<\/p>\n
static int arrMax = 320;
\nint[] positions1 = new int[arrMax];
\nint[] positions2 = new int[arrMax];
\nint index=1;
\nint trueDex=0;<\/p>\n
void setup(){
\n size(500,500);
\n smooth();
\n}<\/p>\n
void draw(){ My last project extended the rain idea. I made an interactive raincloud that rains and creates thunderbolts. The ‘rain’ positions are stored in an array, and it draws lines from those stored positions to make the rain. I think it’s … Continue reading
\n int i=1;
\n int x, y;
\n background(150,180,250);
\n fill(120,120,120);
\n ellipseMode(CENTER);
\n noStroke();
\n triangle(mouseX-25,mouseY+15,mouseX+30,mouseY+15,mouseX,mouseY-10);
\n ellipse(mouseX+21,mouseY-5,40,40);
\n ellipse(mouseX-18,mouseY,30,30);
\n ellipse(mouseX-12,mouseY-23,40,40);
\n ellipse(mouseX+6,mouseY-20,35,35);
\n ellipse(mouseX+10,mouseY+14,30,5);
\n ellipse(mouseX-9,mouseY+14,30,5);
\n if(frameCount%1==0){
\n x = positions1[index-1] = mouseX + 35 – int(noise(index)*70);
\n y = positions1[index] = mouseY + 16;
\n positions2[index-1] = x + 20;
\n positions2[index] = y + 30;
\n index=(index+2)%arrMax;
\n if(trueDex