val warp : ?offset:(int * int) ‑> ?size:(int * int) ‑> _ Options.t ‑> unitval warp_multi : ?offset:(int * int) ‑> ?size:(int * int) ‑> _ Options.t ‑> unitConvenience functions for carrying out a warping operation. They use the
chunk_and_warp_* functions internally.
val chunk_and_warp_image : _ t ‑> offset:(int * int) ‑> size:(int * int) ‑> unitval chunk_and_warp_multi : _ t ‑> offset:(int * int) ‑> size:(int * int) ‑> unitchunk_and_warp_* t ~offset ~size carry out the warp operation t by
chopping up the processing into chunks which are small enough to fit in
the memory limits specified in the Options.t value used to create
t.
(x, y) pixel offset to target in the
destination data source.(x, y) size in pixels of the region to warp
to in the destination data source.val warp_region : _ t ‑> dst_offset:(int * int) ‑> dst_size:(int * int) ‑> src_offset:(int * int) ‑> src_size:(int * int) ‑> unitwarp_region op ~dst_offset ~dst_size ~src_offset ~src_size warps the
defined region according to op.
val warp_region_to_buffer : ?buffer:('e, 'v, Bigarray.c_layout) Bigarray.Array2.t ‑> _ t ‑> ('e, 'v) Band.Data.t ‑> dst_offset:(int * int) ‑> dst_size:(int * int) ‑> src_offset:(int * int) ‑> src_size:(int * int) ‑> ('e, 'v, Bigarray.c_layout) Bigarray.Array2.twarp_region_to_buffer is like warp_region except that it writes
the result to buffer.