/**
* Fills the given buffer with vertex data from the given object.
*
* @param the id of the given object.
* @param the buffer to fill.
* @param the number of coordinates taken by one element in the buffer.
* @param the bit mask specifying which coordinates are filled (1 for X, 2 for Y, 4 for Z).
* @param the conversion scale factor to apply to data.
* @param the conversion translation value to apply to data.
* @param the bit mask specifying whether logarithmic coordinates are used.
*/
public static void fillVertices(
Integer id,
FloatBuffer buffer,
int elementsSize,
int coordinateMask,
double[] scale,
double[] translation,
int logMask) {
int type =
(Integer)
GraphicController.getController().getProperty(id, GraphicObjectProperties.__GO_TYPE__);
switch (type) {
case GraphicObjectProperties.__GO_ARC__:
ArcDecomposer.fillVertices(
buffer, id, elementsSize, coordinateMask, scale, translation, logMask);
break;
case GraphicObjectProperties.__GO_CHAMP__:
ChampDecomposer.fillVertices(
buffer, id, elementsSize, coordinateMask, scale, translation, logMask);
break;
case GraphicObjectProperties.__GO_RECTANGLE__:
RectangleDecomposer.fillVertices(
buffer, id, elementsSize, coordinateMask, scale, translation, logMask);
break;
case GraphicObjectProperties.__GO_SEGS__:
SegsDecomposer.fillVertices(
buffer, id, elementsSize, coordinateMask, scale, translation, logMask);
break;
}
}
/**
* Fills the given buffer with color data from the given object. Does nothing at the moment (no
* color-outputting Java objects implemented so far).
*
* @param the id of the given object.
* @param the buffer to fill.
* @param the number of components taken by one element in the buffer (3 or 4).
*/
public static void fillColors(Integer id, FloatBuffer buffer, int elementsSize) {
int type =
(Integer)
GraphicController.getController().getProperty(id, GraphicObjectProperties.__GO_TYPE__);
if (type == GraphicObjectProperties.__GO_CHAMP__) {
ChampDecomposer.fillColors(buffer, id, elementsSize);
} else if (type == GraphicObjectProperties.__GO_SEGS__) {
SegsDecomposer.fillColors(buffer, id, elementsSize);
}
}
/**
* Returns the number of data elements for the given object.
*
* @param the id of the given object.
* @return the number of data elements.
*/
public static int getDataSize(Integer id) {
int type =
(Integer)
GraphicController.getController().getProperty(id, GraphicObjectProperties.__GO_TYPE__);
switch (type) {
case GraphicObjectProperties.__GO_ARC__:
return ArcDecomposer.getDataSize();
case GraphicObjectProperties.__GO_CHAMP__:
return ChampDecomposer.getDataSize(id);
case GraphicObjectProperties.__GO_RECTANGLE__:
return RectangleDecomposer.getDataSize();
case GraphicObjectProperties.__GO_SEGS__:
return SegsDecomposer.getDataSize(id);
default:
return 0;
}
}
/**
* Fills the given buffer with wireframe index data of the given object.
*
* @param the id of the given object.
* @param the buffer to fill.
* @param the bit mask specifying whether logarithmic coordinates are used.
* @return the number of indices actually written.
*/
public static int fillWireIndices(Integer id, IntBuffer buffer, int logMask) {
int type =
(Integer)
GraphicController.getController().getProperty(id, GraphicObjectProperties.__GO_TYPE__);
switch (type) {
case GraphicObjectProperties.__GO_ARC__:
return ArcDecomposer.fillWireIndices(buffer, id, logMask);
case GraphicObjectProperties.__GO_CHAMP__:
return ChampDecomposer.fillWireIndices(buffer, id, logMask);
case GraphicObjectProperties.__GO_RECTANGLE__:
return RectangleDecomposer.fillWireIndices(buffer, id, logMask);
case GraphicObjectProperties.__GO_SEGS__:
return SegsDecomposer.fillWireIndices(buffer, id, logMask);
default:
return 0;
}
}