void render(int offset, int total, int threshHold, int blockSpacing) {
float theta = parent.theta * offset; // parent.map(offset, 0, total, 0,
// 180);
// System.out.println(blockSpacing);
float delta = (float) (parent.thetaDelta * 0.01); // parent.map(1, 0, 360, 0,
// extrude.width);
for (int x = forDelta; x < extrude.width; x += forDelta) {
for (int y = forDelta; y < extrude.height; y += forDelta) {
int r = parent.buildingRadius;
if (values[(x * extrude.width) + y] < threshHold) {
int inverted =
(int) (NoKinect.map((int) values[(x * extrude.width) + y], 0, 255, 255, 0));
r += values[(x * extrude.width) + y] * forDelta;
int ymult = (int) NoKinect.map(parent.buildingRadius, 400, 3000, 4, 18);
position[0] = (int) (r * NoKinect.cos(theta));
position[1] = y * ymult - parent.buildingRadius - extrude.height;
position[2] = (int) (r * NoKinect.sin(theta));
// parent.strokeWeight(NoKinect.map(blockSpacing, 0, 40, 0,6));
// NoKinect.println(blockSpacing);
parent.fill(inverted);
parent.noStroke();
// parent.stroke(inverted);
Cube.drawCube(
position[0], position[1], position[2], parent.blocksize, inverted, parent, 0);
} else {
parent.noStroke();
}
}
theta += delta;
}
}
EImage(NoKinect sce, String file) {
parent = sce;
position = new int[3];
extrude = parent.loadImage(file);
extrude.loadPixels();
forDelta = 10;
values = new int[extrude.width * extrude.height];
for (int x = forDelta; x < extrude.width; x += forDelta) {
for (int y = forDelta; y < extrude.height; y += forDelta) {
values[(x * extrude.width) + y] = (int) (parent.brightness((int) extrude.get(x, y)));
for (int d = 0; d < forDelta; d++) {
values[(x * extrude.width) + y] +=
(int) (parent.brightness((int) extrude.get(x - d, y - d)));
}
values[(x * extrude.width) + y] /= forDelta;
}
}
}
static void drawCube(
float x, float y, float z, float r, int color, NoKinect parent, int blockSpacing) {
// parent.fill(color);
parent.noStroke();
parent.beginShape(NoKinect.QUADS);
// face 1
parent.vertex(x, y, z);
parent.vertex(x, y - r, z);
parent.vertex(x - r, y - r, z);
parent.vertex(x - r, y, z);
// face 2
// parent.fill(color);
parent.vertex(x - r, y + blockSpacing, z);
parent.vertex(x - r, y + blockSpacing, z - r);
parent.vertex(x, y + blockSpacing, z - r);
parent.vertex(x, y + blockSpacing, z);
// face 3
// parent.fill(color);
parent.vertex(x - r, y, z - r - blockSpacing);
parent.vertex(x - r, y - r, z - r - blockSpacing);
parent.vertex(x, y - r, z - r - blockSpacing);
parent.vertex(x, y, z - r - blockSpacing);
// face 4
// parent.fill(color);
parent.vertex(x - r, y - r - blockSpacing, z);
parent.vertex(x - r, y - r - blockSpacing, z - r);
parent.vertex(x, y - r - blockSpacing, z - r);
parent.vertex(x, y - r - blockSpacing, z);
// face 5
// parent.fill(color);
parent.vertex(x - r - blockSpacing, y, z);
parent.vertex(x - r - blockSpacing, y, z - r);
parent.vertex(x - r - blockSpacing, y - r, z - r);
parent.vertex(x - r - blockSpacing, y - r, z);
// face 6
// parent.fill(color);
parent.vertex(x + blockSpacing, y, z);
parent.vertex(x + blockSpacing, y, z - r);
parent.vertex(x + blockSpacing, y - r, z - r);
parent.vertex(x + blockSpacing, y - r, z);
parent.endShape();
}