/*
 * STRUCT: SE_Data_Table_Sub_Extent
 *
 *   Specifies the bounds of the <Data Table> for which the user wants
 *   data returned.  Used in the SE_GetDataTableData() function.
 *
 *   A <Data Table> is an N-dimensional collection of data.  This
 *   extents structure is an N-dimensional "area of interest" definition.
 *   It allows the user to specify starting and stopping indices of
 *   interest for each dimension of the <Data Table>.  These indices
 *   are 0 based (traditional C array access).
 *
 *   For example, consider a three dimensional <Data Table>, with
 *   dimensions of 100 by 100 by 5.
 *
 *   To get all 50,000 values at once:
 *        axes_count = 3, axes_bounds[0].first_index=0,
 *                        axes_bounds[1].first_index=0,
 *                        axes_bounds[2].first_index=0,
 *                        axes_bounds[0].last_index=99,
 *                        axes_bounds[1].last_index=99,
 *                        axes_bounds[2].last_index=4
 *
 *   To treat it as 4 quadrants, 12,500 values each, the user could define:
 *        axes_count = 3, axes_bounds[0].first_index=0,
 *                        axes_bounds[1].first_index=0,
 *                        axes_bounds[2].first_index=0,
 *                        axes_bounds[0].last_index=49,
 *                        axes_bounds[1].last_index=49,
 *                        axes_bounds[2].last_index=4
 *        axes_count = 3, axes_bounds[0].first_index=50,
 *                        axes_bounds[1].first_index=0,
 *                        axes_bounds[2].first_index=0,
 *                        axes_bounds[0].last_index=99,
 *                        axes_bounds[1].last_index=49,
 *                        axes_bounds[2].last_index=4
 *        axes_count = 3, axes_bounds[0].first_index=0,
 *                        axes_bounds[1].first_index=50,
 *                        axes_bounds[2].first_index=0,
 *                        axes_bounds[0].last_index=49,
 *                        axes_bounds[1].last_index=99,
 *                        axes_bounds[2].last_index=4
 *        axes_count = 3, axes_bounds[0].first_index=50,
 *                        axes_bounds[1].first_index=50,
 *                        axes_bounds[2].first_index=0,
 *                        axes_bounds[0].last_index=99,
 *                        axes_bounds[1].last_index=99,
 *                        axes_bounds[2].last_index=4
 */

Field Notes

axes_count

 the number of <Axes> the given <Data Table> has; also the size
 of the following axes_bounds array

axes_bounds

 the array of index pairs representing each dimension
 of the given <Data Table>.