Java 类android.renderscript.Matrix3f 实例源码

private void doDesaturate(float normalizedAmount, Allocation input, Allocation output) {
    Matrix3f m = new Matrix3f(new float[]{
            MathUtil.interpolate(1, 0.299f, normalizedAmount),
            MathUtil.interpolate(0, 0.299f, normalizedAmount),
            MathUtil.interpolate(0, 0.299f, normalizedAmount),

            MathUtil.interpolate(0, 0.587f, normalizedAmount),
            MathUtil.interpolate(1, 0.587f, normalizedAmount),
            MathUtil.interpolate(0, 0.587f, normalizedAmount),

            MathUtil.interpolate(0, 0.114f, normalizedAmount),
            MathUtil.interpolate(0, 0.114f, normalizedAmount),
            MathUtil.interpolate(1, 0.114f, normalizedAmount),
    });
    mSIGrey.setColorMatrix(m);
    mSIGrey.forEach(input, output);
}

/**
 * Load a color matrix with a hue offset. Can be used with {@link ScriptIntrinsicColorMatrix}.
 * from https://github.com/googlesamples/android-RenderScriptIntrinsic
 *
 * @param mat       3x3 color matrix
 * @param hueOffset offset for hue, any value
 */
private static void setColorMatrix3f(Matrix3f mat, float hueOffset) {
    float cos = (float) Math.cos(hueOffset);
    float sin = (float) Math.sin(hueOffset);
    mat.set(0, 0, .299f + .701f * cos + .168f * sin);
    mat.set(1, 0, .587f - .587f * cos + .330f * sin);
    mat.set(2, 0, .114f - .114f * cos - .497f * sin);
    mat.set(0, 1, .299f - .299f * cos - .328f * sin);
    mat.set(1, 1, .587f + .413f * cos + .035f * sin);
    mat.set(2, 1, .114f - .114f * cos + .292f * sin);
    mat.set(0, 2, .299f - .300f * cos + 1.25f * sin);
    mat.set(1, 2, .587f - .588f * cos - 1.05f * sin);
    mat.set(2, 2, .114f + .886f * cos - .203f * sin);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}

public void setUniformMatrix (int location, Matrix3f matrix) {
    setUniformMatrix(location, matrix, false);
}

public void setUniformMatrix (int location, Matrix3f matrix, boolean transpose) {
    if(location == -1) return;
    GLES20.glUniformMatrix3fv(location, 1, transpose, matrix.getArray(), 0);
}