package gdal
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Library
Module
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type data_t =
(float, Stdlib.Bigarray.float64_elt, Stdlib.Bigarray.c_layout)
Stdlib.Bigarray.Array1.t
Input coordinates are provided as bigarrays.
type result_t =
(int, Stdlib.Bigarray.int_elt, Stdlib.Bigarray.c_layout)
Stdlib.Bigarray.Array1.t
option
Success/failure of coordinate transformations.
val make_gen_img :
?gcp:(bool * int) ->
[ `data_set of Data_set.t * Data_set.t
| `wkt of (string * Geo_transform.t) * (string * Geo_transform.t)
| `data_set_wkt of Data_set.t * string
| `wkt_data_set of string * Data_set.t ] ->
image t
make_gen_img ?gcp kind
creates a transformation defined by kind
.
Options for kind
:
`data_set (src, dst)
`wkt ((src_wkt, src_geo_transform), (dst_wkt, dst_geo_transform))
usesGDALCreateGenImgTransformer3
internally,gcp
is ignored`data_set_wkt (src, (dst_wkt, dst_geo_transform))
`wkt_data_set (src_wkt, dst)
val set_dst_geo_transform : image t -> Geo_transform.t -> unit
set_dst_geo_transform t gt
sets the destination geo transform matrix in t
.
val make_reprojection : src:string -> dst:string -> reprojection t
make_reprojection ~src ~dst
creates a transformation definition between the WKT definition in src
and the WKT definition in dst
.
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