package gdal

You can search for identifiers within the package.

in-package search v0.2.0

gdal
- Gdal
  - Alg
    
    Grid
  - Band
    
    Block
    
    Data
  - Data_set
  - Data_source
  - Driver
  - Feature
    
    Defn
  - Field
    
    Defn
  - Geo_transform
  - Geometry
  - Layer
  - Lib
  - Spatial_reference
  - T
    
    Defn
  - Transform
  - Vsi
  - Warp
    
    Operation
    
    Options

Legend:
Library
Module
Module type
Parameter
Class
Class type

type interpolate_t

val inverse_distance_to_a_power : 
  power:float ->
  smoothing:float ->
  anisotropy_ratio:float ->
  anisotropy_angle:float ->
  radius:(float * float) ->
  angle:float ->
  points:(int * int) ->
  no_data_value:float ->
  interpolate_t

val moving_average : 
  radius:(float * float) ->
  angle:float ->
  min_points:int ->
  no_data_value:float ->
  interpolate_t

val nearest_neighbor : 
  radius:(float * float) ->
  angle:float ->
  no_data_value:float ->
  interpolate_t

type metric_t =
  radius:(float * float) ->
  angle:float ->
  min_points:int ->
  no_data_value:float ->
  interpolate_t

val metric_minimum : metric_t

val metric_maximum : metric_t

val metric_range : metric_t

val metric_count : metric_t

val metric_average_distance : metric_t

val metric_average_distance_points : metric_t

val make : 
  interpolate_t ->
  (float * float * float) list ->
  xrange:(int * float * float) ->
  yrange:(int * float * float) ->
  ('v, 'e) Band.Data.t ->
  ('v, 'e, Stdlib.Bigarray.c_layout) Stdlib.Bigarray.Array2.t

make interp points ~xrange ~yrange kind interpolates the data in points onto a regular grid specified by xrange and yrange.

parameter interp
specifies the interpolation method to use.

parameter points
is a list of (x, y, z) triples.

parameter xrange
is a (steps, min, max) triple.

parameter yrange
is a (steps, min, max) triple.

parameter kind
specifies the data type to use for the resulting values.