/** @noRefGuide */
public int initialize() {
super.initialize();
// this may be different depending on the image
m_channelsCount = 3;
String vhash = getParamString(imageParams);
Object co = ParamCache.getInstance().get(vhash);
if (co == null) {
long t0 = time();
int res = prepareImage();
printf("sizeX: %f\n", m_sizeX);
printf("sizeY: %f\n", m_sizeY);
printf("sizeZ: %f\n", m_sizeZ);
printf("originX: %f\n", m_originX);
printf("originY: %f\n", m_originY);
printf("originZ: %f\n", m_originZ);
printf("imageSizeX: %d\n", m_imageSizeX);
printf("imageSizeY: %d\n", m_imageSizeY);
printf("ImageColorMap.prepareImage() time: %d ms\n", (time() - t0));
if (res != ResultCodes.RESULT_OK) {
// something wrong with the image
throw new IllegalArgumentException("undefined image");
}
ParamCache.getInstance().put(vhash, m_imageData);
} else {
m_imageData = (ImageColor) co;
}
Vector3d center = (Vector3d) mp_center.getValue();
Vector3d size = (Vector3d) mp_size.getValue();
m_originX = center.x - size.x / 2;
m_originY = center.y - size.y / 2;
m_originZ = center.z - size.z / 2;
m_sizeX = size.x;
m_sizeY = size.y;
m_sizeZ = size.z;
m_imageSizeX = m_imageData.getWidth();
m_imageSizeY = m_imageData.getHeight();
m_repeatX = mp_repeatX.getValue();
m_repeatY = mp_repeatY.getValue();
return ResultCodes.RESULT_OK;
}
/** Is repeatY set */
public boolean getRepeatY() {
return mp_repeatY.getValue();
}
/**
* Set whether the image repeats in the Y direction
*
* @param val The value
*/
public void setRepeatY(boolean val) {
mp_repeatY.setValue(val);
}