Package se.llbit.math

Examples of se.llbit.math.Quad

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  };

  public static boolean intersect(Ray ray) {
    Quad quad = quads[ray.getBlockData() % 4];
    ray.t = Double.POSITIVE_INFINITY;
    if (quad.intersect(ray)) {
      float[] color = Texture.ladder.getColor(ray.u, ray.v);
      if (color[3] > Ray.EPSILON) {
        ray.color.set(color);
        ray.n.set(quad.n);
        ray.distance += ray.tNear;
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  public static boolean intersect(Ray ray) {
    ray.t = Double.POSITIVE_INFINITY;
    boolean hit = false;
    for (int i = 0; i < quads.length; ++i) {
      Quad quad = quads[i];
      if (quad.intersect(ray)) {
        float[] color = tex[i].getColor(ray.u, ray.v);
        if (color[3] > Ray.EPSILON) {
          ray.color.set(color);
          ray.t = ray.tNear;
          ray.n.set(quad.n);
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    Quad[] rot = isExtended == 1 ?
        extended[(ray.getBlockData() & 7) % 6] :
        retracted[(ray.getBlockData() & 7) % 6];
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < rot.length; ++i) {
      Quad side = rot[i];
      if (side.intersect(ray)) {
        texture[isExtended][isSticky][i].getColor(ray);
        ray.n.set(side.n);
        ray.t = ray.tNear;
        hit = true;
      }
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    boolean hit = false;
    int isSticky = ray.getBlockData() >> 3;
    Quad[] rot = extension[(ray.getBlockData() & 7) % 6];
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < rot.length; ++i) {
      Quad side = rot[i];
      if (side.intersect(ray)) {
        texture[isSticky][i].getColor(ray);
        ray.n.set(side.n);
        ray.t = ray.tNear;
        hit = true;
      }
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    int data = ray.getBlockData();
    boolean hit = false;
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < quads.length; ++i) {
      if ((data & (1<<i)) != 0) {
        Quad quad = quads[i];
        if (quad.intersect(ray)) {
          float[] color = Texture.vines.getColor(ray.u, ray.v);
          if (color[3] > Ray.EPSILON) {
            ray.color.set(color);
            float[] biomeColor = ray.getBiomeFoliageColor(scene);
            ray.color.x *= biomeColor[0];
            ray.color.y *= biomeColor[1];
            ray.color.z *= biomeColor[2];
            ray.t = ray.tNear;
            ray.n.set(quad.n);
            ray.n.scale(QuickMath.signum(-ray.d.dot(quad.n)));
            hit = true;
          }
        }
      }
    }
    if (data == 0 || (ray.currentMaterial & (1 << BlockData.VINE_TOP)) != 0) {
      Quad quad = quads[4];
      if (quad.intersect(ray)) {
        float[] color = Texture.vines.getColor(ray.u, ray.v);
        if (color[3] > Ray.EPSILON) {
          ray.color.set(color);
          float[] biomeColor = ray.getBiomeFoliageColor(scene);
          ray.color.x *= biomeColor[0];
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    boolean hit = false;
    int data = ray.getBlockData();
    int direction = data >> 2;
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < sides.length; ++i) {
      Quad side = sides[i];

      if (side.intersect(ray)) {

        double u = ray.u;
        int uv_x = uv[direction][i];
        ray.u = (1-uv_x) * ray.u + uv_x * ray.v;
        ray.v = uv_x * u  + (1-uv_x) * ray.v;
 
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    boolean hit = false;
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < 4; ++i) {
      if (metadata == 0 || ((metadata & (1 << i)) != 0)) {
        for (int j = 0; j < panes[i].length; ++j) {
          Quad quad = panes[i][j];
          if (quad.intersect(ray)) {
            float[] color;
            if (j < 2)
              color = texture.getColor(ray.u, ray.v);
            else
              color = sideTexture.getColor(ray.u, ray.v);
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            ray.n.scale(-QuickMath.signum(ray.d.dot(quad.n)));
            hit = true;
          }
        }
      }
      Quad quad = ripe[connected-1];
      if (quad.intersect(ray)) {
        float[] color = Texture.stemBent.getColor(ray.u, ray.v);
        if (color[3] > Ray.EPSILON) {
          ray.color.set(color);
          ray.color.x *= stemColor[7][0];
          ray.color.y *= stemColor[7][1];
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    boolean hit = false;
    Quad[] rot = variants[(ray.currentMaterial >> 16) % 3]
        [ray.getBlockData() % 6];
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < rot.length; ++i) {
      Quad side = rot[i];
      if (side.intersect(ray)) {
        texture[i].getColor(ray);
        ray.n.set(side.n);
        ray.t = ray.tNear;
        hit = true;
      }
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  public static boolean intersect(Ray ray) {
    boolean hit = false;
    int angle = ray.getBlockData() & 0xF;
    ray.t = Double.POSITIVE_INFINITY;
    for (int i = 0; i < sides.length; ++i) {
      Quad side = rot[angle][i];
      if (side.intersect(ray)) {
        Texture.signPost.getColor(ray);
        ray.n.set(side.n);
        ray.t = ray.tNear;
        hit = true;
      }
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Related Classes of se.llbit.math.Quad

  • se.llbit.chunky.model.BrewingStandModel
  • se.llbit.chunky.model.CactusModel
  • se.llbit.chunky.model.CauldronModel
  • se.llbit.chunky.model.ChestModel
  • se.llbit.chunky.model.GlassPaneModel
  • se.llbit.chunky.model.LadderModel
  • se.llbit.chunky.model.LargeFlowerModel
  • se.llbit.chunky.model.MelonStemModel
  • se.llbit.chunky.model.Model
  • se.llbit.chunky.model.PistonExtensionModel
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