Shawn Lawson shawnlawson

I hereby claim:

To claim this, I am signing this object:

	//c++ rule30.cpp -o rule30
	#include
	int i,j,l,r,o[80]={},t[80]={};
	char c;
	int main(){
	std::cout<<"enter character, then return >> ";
	std::cin>>c;
	o[39]=1;
	while(1){
	for(j=0;j<80;j++){


	void main() {

	vec2 st = st()+vec2(bands.y-bands.x + sin(time* 5.), bands.y - bands.z- sin(time))*.5, stN = stN(); vec3 c = black;
	st *= noise(st+time);
	float theta = atan(st.x, st.y) / PI2; float phi = log(length(st));
	float k = 2.; float a = mod(theta, PI2/k); a = abs(a - PI2/k/2.) * 2.;

	float f = vrmf(vec2(phi * .5 + time - bands.z * 2., a) * vec2(.25 + bands.x * 1.), int(1. + bands.y * 2.));
	c = f * hsv2rgb(vec3(time * .1 - bands.x, .8, .5)) * 6.;

	void main() {
	//note modification of origin
	vec2 st = st()+vec2(bands.y-bands.x + sin(time), bands.y - bands.z- sin(time))*1.1, stN = stN(); vec3 c = black;
	float theta = atan(st.x, st.y) / PI2; float phi = log(length(st));
	float k = 2.bands.z 1.; float a = mod(theta, PI2/k); a = abs(a - PI2/k/2.) * 2.;

	st = vec2(a, phi .2 - time.9);
	st = rotate(vec2(0), st, time*20.);
	float f = vrmf(st *
	vec2(.9 + bands.y * .1, 1. + 1. * bands.y) +


	void main() {
	vec2 st = st(), stN = stN(); vec3 c = black;
	float theta = atan(st.x, st.y) / PI2; float phi = log(length(st));
	float k = 1. * bands.y + 5.; float a = mod(theta, PI2/k); a = abs(a - PI2/k/2.) * 3.;

	vec2 r = rotate(vec2(0) - vec2(cos(time)), abs(st * 2.)+sin(st+noise(time.2))(3.+ bands.z), time * .33 + bands.w);
	vec2 r2 = rotate(vec2(0) + vec2(sin(time)), vec2(theta * a + time, phi - time) * bands.z, -time * .27 - bands.y);

	float f = noise(r * vec2(10., .05) + time + bands.x);


	void main() {
	vec2 st = st(), stN = stN(); vec3 c = white;
	float theta = atan(st.x, st.y) / PI2; float phi = log(length(st));
	float k = 1. * bands.y + 5.; float a = mod(theta, PI2/k); a = abs(a - PI2/k/2.) * 3.;

	st += floor(st * 50. * length(bands));
	float n = 1. - noise(st * 100. * vec2(bands.x * .002, .1) + vec2(bands.y, time * .2 - bands.z * 20.) );
	// float n2 = 1. - noise(st * 300.* vec2(bands.y * .02, 1) + n + vec2(-bands.y, -time * 400.2 - bands.y * 200.));
	// float n3 = 1. - noise(st * 200.* vec2(bands.z * .01, 1) + n2 + vec2(bands.x, time * 800.5 - bands.x * 200.) );