Warping Shapes
- Author: O.Conrad (c) 2006
 
- Menu: Projection | Georeferencing
 
Description
Georeferencing of shapes layers. Either choose the attribute fields (x/y) with the projected coordinates for the reference points (origin) or supply a additional points layer with correspondent points in the target projection. 
Parameters
|   | Name | Type | Identifier | Description | Constraints | 
| Input | Reference Points (Origin) | shapes, input | REF_SOURCE | - | - | 
| Reference Points (Projection) | shapes, input, optional | REF_TARGET | - | - | 
| Input | shapes, input | INPUT | - | - | 
| Output | Output | shapes, output | OUTPUT | - | - | 
| Options | x Position | table field | XFIELD | - | - | 
| y Position | table field | YFIELD | - | - | 
| Method | choice | METHOD | - | Available Choices:
[0] Automatic
[1] Triangulation
[2] Spline
[3] Affine
[4] 1st Order Polynomial
[5] 2nd Order Polynomial
[6] 3rd Order Polynomial
[7] Polynomial, Order
Default: 0 | 
| Polynomial Order | integer number | ORDER | - | Minimum: 1
Default: 3 | 
Command Line
Usage: saga_cmd pj_georeference 2 [-REF_SOURCE ] [-REF_TARGET ] [-XFIELD ] [-YFIELD ] [-METHOD ] [-ORDER ] [-INPUT ] [-OUTPUT ]
  -REF_SOURCE:   Reference Points (Origin)
	shapes, input
  -REF_TARGET:   Reference Points (Projection)
	shapes, input, optional
  -XFIELD:       x Position
	table field
  -YFIELD:       y Position
	table field
  -METHOD:
                      Method
                      	choice
                      	Available Choices:
                      	[0] Automatic
                      	[1] Triangulation
                      	[2] Spline
                      	[3] Affine
                      	[4] 1st Order Polynomial
                      	[5] 2nd Order Polynomial
                      	[6] 3rd Order Polynomial
                      	[7] Polynomial, Order
                      	Default: 0
  -ORDER:        Polynomial Order
	integer number
	Minimum: 1
	Default: 3
  -INPUT:        Input
	shapes, input
  -OUTPUT:       Output
	shapes, output