protected override void sendNoiseToViewer()
{
NoiseStore ns = new NoiseStore(new int[] { noise_con_set.x_res, noise_con_set.y_res });
float x_scale = noise_con_set.getXScale() / noise_con_set.x_res;
float y_scale = noise_con_set.getYScale() / noise_con_set.y_res;
Perlin3DGenerator g = (Perlin3DGenerator)generator;
for (int i = 0; i < noise_con_set.x_res; i++)
{
float y_0 = generator.sample(new float[] { i *x_scale, 0, z_slice });
ns.set(new int[] { i, 0 }, y_0);
for (int j = 0; j < noise_con_set.y_res; j++)
{
//ns.set(new int[] { i,j}, generator.sample(new float[] { i * x_scale, j * y_scale, z_slice}));
//
float v = g.sample(new Vector3(i * x_scale, j * y_scale, z_slice)) * (1 - j / (noise_con_set.y_res - 1f)) + (j / (noise_con_set.y_res - 1f)) * y_0;
ns.set(new int[] { i, j }, v);
}
}
viewer.setNoiseStore(ns);
}
protected override void sendNoiseToViewer()
{
///Debug.Log("send to viewer");
if (noise_con_set == null)
{
//Debug.Log("no settings not sending");
return;
}
NoiseStore ns = new NoiseStore(new int[] { noise_con_set.x_res, noise_con_set.y_res });
float x_scale = noise_con_set.getXScale() / noise_con_set.x_res;
float y_scale = noise_con_set.getYScale() / noise_con_set.y_res;
//value of the noise at 0,0
float origin = generator.sample(new float[] { 0, 0 });
for (int i = 0; i < noise_con_set.x_res; i++)
{
//gets the value of the noise at (i * x_scale, 0) on the x axis
float y_0 = lerp(generator.sample(new float[] { i *x_scale, 0 }), origin, i / (noise_con_set.x_res - 1f));
//float y_0 = generator.sample(new float[] { i * x_scale, 0});
//sets the noise at (i,0) to be equal to y_0 to make it match
ns.set(new int[] { i, 0 }, y_0);
for (int j = 0; j < noise_con_set.y_res; j++)
{
/*
* float v = lerp(
* generator.sample(new float[] { i * x_scale, j * y_scale}),
* y_0,
* j / (noise_con_set.y_res - 1f)
* );
*
*
* //v = lerp(v, ns.get(new int[] { 0, j}), i / (noise_con_set.x_res - 1f));
*/
ns.set(new int[] { i, j },
(1 - weight(new Vector2(i / (noise_con_set.x_res - 1f), j / (noise_con_set.y_res - 1f))))
* generator.sample(new float[] { i *x_scale, j *y_scale })
);
//ns.set(new int[] {i,j}, weight(0f, 0f, new Vector2(i / (noise_con_set.x_res- 1f), j / (noise_con_set.y_res- 1f))));
}
viewer.setNoiseStore(ns);
}
}
protected override void sendNoiseToViewer()
{
NoiseStore ns = new NoiseStore(new int[] { noise_con_set.x_res, noise_con_set.y_res });
float x_scale = noise_con_set.getXScale() / noise_con_set.x_res;
float y_scale = noise_con_set.getYScale() / noise_con_set.y_res;
for (int i = 0; i < noise_con_set.x_res; i++)
{
float y_0 = generator.sample(new float[] { i *x_scale, 0 });
//ns.set(new int[] {i, 0}, y_0);
for (int j = 0; j < noise_con_set.y_res; j++)
{
//float v = generator.sample(new float[] { i * x_scale, j * y_scale}) * (1 - j / (noise_con_set.y_res - 1f)) + (j / (noise_con_set.y_res - 1f)) * y_0;
float v = lerp(
generator.sample(new float[] { i *x_scale, j *y_scale }),
y_0,
j / (noise_con_set.y_res - 1f)
);
ns.set(new int[] { i, j }, v);
}
}
viewer.setNoiseStore(ns);
}
protected override void sendNoiseToViewer()
{
NoiseStore ns = new NoiseStore(new int[] { noise_con_set.x_res, noise_con_set.y_res });
float x_scale = noise_con_set.getXScale() / noise_con_set.x_res;
float y_scale = noise_con_set.getYScale() / noise_con_set.y_res;
for (int i = 0; i < noise_con_set.x_res; i++)
{
for (int j = 0; j < noise_con_set.y_res; j++)
{
ns.set(new int[] { i, j }, generator.sample(new float[] { i *x_scale, j *y_scale }));
}
}
viewer.setNoiseStore(ns);
}