class Rings extends SCPattern {
float dx, dy, dz;
- float angleParam, hue, satParam, spacingParam;
+ float angleParam, spacingParam;
float dzParam, centerParam;
- BasicParameter pSpeed1 = new BasicParameter("SPD1", 0.15);
- BasicParameter pSpeed2 = new BasicParameter("SPD2", 0.46);
- BasicParameter pRGB = new BasicParameter("RGB", 0.73);
- BasicParameter pScale = new BasicParameter("SCALE", 0.09);
- BasicParameter pDepth = new BasicParameter("DEPTH", 0.40);
- BasicParameter pBright = new BasicParameter("BRT", 0.66);
- BasicParameter pGamma = new BasicParameter("GAMMA", 0.12);
+ BasicParameter pDepth = new BasicParameter("DEPTH", 0.6);
+ BasicParameter pBright = new BasicParameter("BRT", 0.75);
+ BasicParameter pHue = new BasicParameter("HUE", 0.39);
+ BasicParameter pSaturation = new BasicParameter("SAT", 0.5);
+
+ BasicParameter pSpeed1 = new BasicParameter("SPD1", 0.2);
+ BasicParameter pSpeed2 = new BasicParameter("SPD2", 0.4);
+ BasicParameter pScale = new BasicParameter("SCALE", 0.15);
+
+ public Rings(LX lx) {
+ super(lx);
+ addParameter(pDepth);
+ addParameter(pBright);
+ addParameter(pHue);
+ addParameter(pSaturation);
- public Rings(GLucose glucose) {
- super(glucose);
addParameter(pSpeed1);
addParameter(pSpeed2);
addParameter(pScale);
- addParameter(pDepth);
- addParameter(pRGB);
- addParameter(pBright);
- addParameter(pGamma);
}
public void run(double deltaMs) {
- float xyspeed = pSpeed1.getValuef() * 0.004;
+ float xyspeed = pSpeed1.getValuef() * 0.01;
float zspeed = pSpeed1.getValuef() * 0.08;
float scale = pScale.getValuef() * 20.0;
+ float br = pBright.getValuef() * 3.0;
+ float gamma = 3.0;
+ float depth = 1.0 - pDepth.getValuef();
+ float hue = pHue.getValuef() * 360.0;
+ float saturation = pSaturation.getValuef() * 100;
float angleSpeed = pSpeed1.getValuef() * 0.002;
angleParam = (float)((angleParam + angleSpeed * deltaMs) % (2*PI));
float angle = sin(angleParam);
- hue += (deltaMs * pRGB.getValuef() * 0.3) % 360;
- satParam += deltaMs * pRGB.getValuef() * 0.002;
- spacingParam += deltaMs * pSpeed2.getValuef() * 0.0005;
+ spacingParam += deltaMs * pSpeed2.getValuef() * 0.001;
dzParam += deltaMs * 0.000014;
- centerParam += deltaMs * pSpeed2.getValuef() * 0.0005;
+ centerParam += deltaMs * pSpeed2.getValuef() * 0.001;
- float saturation = 100 * constrain(pow(1.9 * noise(satParam), 2.5), 0, 1);
float spacing = noise(spacingParam) * 50;
dx += cos(angle) * xyspeed;
float coordMin = min(model.xMin, min(model.yMin, model.zMin));
float coordMax = max(model.xMax, max(model.yMax, model.zMax));
- float br = pBright.getValuef() * 3.0;
- float gamma = pGamma.getValuef() * 20.0;
-
for (LXPoint p : model.points) {
// Scale while preserving aspect ratio
float pulse = (sin(dz + dist * spacing) - 0.3) * 0.6;
noiseDetail(4);
- float n = map(noise(dx + x*scale + pulse, dy + y*scale, dz + z*scale) - pDepth.getValuef(), 0, 1,
- 0, 2.0);
- float m = map(noise(dx + x*scale, dy + y*scale, dz + z*scale), 0, 1, 0, 300);
+ float n = map(noise(dx + (x - centerx) * scale + centerx + pulse,
+ dy + (y - centery) * scale + centery,
+ dz + (z - centerz) * scale + centerz)
+ - depth, 0, 1, 0, 2.0);
+ float m = map(noise(dx + (x - centerx) * scale + centerx,
+ dy + (y - centery) * scale + centery,
+ dz + (z - centerz) * scale + centerz),
+ 0, 1, 0, 300);
noiseDetail(1);
colors[p.index] = lx.hsb(