//  This shows how to add tiling support to the output.
// theTile mask here is only for show.   The output file added to the orthoigen 
// is used as the mask for generating named tile files.
//
// Note:  When tiling is enabled any meter pixel overrides are ignored and is 
// computed based on the tiling parameters.
//

igen.slave_tile_buffers: 10

// Thirty km tiles with a pixel size of 15 meters:
igen.tiling.delta: 15 15
igen.tiling.delta_type: per_pixel
igen.tiling.edge_to_edge: true
igen.tiling.padding_size_in_pixels: 0 0
igen.tiling.type: ossimTiling
igen.tiling.tiling_distance: 30000 30000
igen.tiling.tiling_distance_type: meters
igen.tiling.tile_name_mask: tile_%r%_%c%


object1.type:  ossimImageChain
object1.description:
object1.enabled:  1
object1.id:  1
object1.object1.description:  
object1.object1.enabled:  1
object1.object1.id:  2
object1.object1.resampler.magnify_type:  nearest
object1.object1.resampler.minify_type:  nearest
object1.object1.type:  ossimImageRenderer

//---
// Example orthoigen command on Landsat7 scene:
//---

$ pwd
/data1/test/data/public/ls7/p24r31

// Tile data out:
$ ossim-orthoigen -w tiff_tiled_band_separate --writer-prop pixel_type=area --utm --tiling-template t1.kwl l71024031_03119990929_hpn.fst tiles/t1.tif

$ cd tiles

// Move null edge tiles to image.null:
$ for i in `ls *.tif`; do ossim-prune $i; done

// Build overviews, histograms:
$ ossim-preproc -o --ch *.tif