1g.gui.photo2image(1)          Grass User's Manual         g.gui.photo2image(1)
2
3
4

NAME

6       g.gui.photo2image  - Corrects scanning distortions of a paper photo.
7

KEYWORDS

9       imagery, aerial, photo, GUI
10

SYNOPSIS

12       g.gui.photo2image
13       g.gui.photo2image --help
14       g.gui.photo2image  group=name  raster=name  camera=string  order=string
15       extension=string  [--help]  [--verbose]  [--quiet]  [--ui]
16
17   Flags:
18       --help
19           Print usage summary
20
21       --verbose
22           Verbose module output
23
24       --quiet
25           Quiet module output
26
27       --ui
28           Force launching GUI dialog
29
30   Parameters:
31       group=name [required]
32           Name of input imagery group
33
34       raster=name [required]
35           Name of input raster map
36
37       camera=string [required]
38           The name of the camera (generated in i.ortho.camera)
39           The name of the camera (generated in i.ortho.camera)
40
41       order=string [required]
42           The rectification order (no of Fiducial=4 -> order=1, no  of  Fidu‐
43           cial=8 -> order=2)
44           The  rectification  order (no of Fiducial=4 -> order=1, no of Fidu‐
45           cial=8 -> order=2)
46           Default: 1
47
48       extension=string [required]
49           The name of the output files extension (used in i.rectify)
50           The name of the output files extension (used in i.rectify)
51           Default: _ip2i_out
52

DESCRIPTION

54       This module is based on g.gui.gcp, the GCP manager of GRASS GIS.  It is
55       part of i.ortho.photo suite.
56
57       The aim of this module is to give absolute location values to the fidu‐
58       cial points present (in number of 4 or 8) in a scanned aerial photo.
59
60       This is necessary as (manual) scanning  introduces  distortions,  rota‐
61       tions  and  also  may  not be limited to scan the boundary of the photo
62       itself. It is thus necessary to give to each fiducial the exact coordi‐
63       nates  in  mm  as  given  by the aerial photographic instrument design,
64       which is unique per camera.
65
66       This module requires you to have made a group with  your  aerial  photo
67       (i.group),  a  camera description file (i.ortho.target) and use them to
68       launch the module. Additional requirements are the order of  rectifica‐
69       tion  (1  if  no  of  Fiducials is 4, 2 if no of Fiducials is 8) and an
70       extension file (if not given, defaults to \$filename_ip2i_out)
71
72       An example for Location imagery60:
73       g.gui.photo2image group=aerial@PERMANENT raster=gs13.1@PERMANENT camera=gscamera order=2 extension=try --o
74
75   Screenshot of g.gui.photo2image
76       Figure: Screenshot of g.gui.photo2image
77

For a detailed operation manual please read

79        wxGUI
80       wxGUI components
81
82       See also video tutorials on GRASS Wiki.
83

SEE ALSO

85        i.ortho.photo,  i.group,  i.ortho.camera,  i.ortho.target,  i.rectify,
86       m.transform, v.rectify
87

AUTHORS

89       Markus Metz
90       Based on the Georectifier (GRASS 6.4.0) by Michael Barton
91       Martin Landa, Czech Technical University in Prague, Czech Republic
92
93       $Date: 2018-01-16 21:57:43 +0100 (Tue, 16 Jan 2018) $
94

SOURCE CODE

96       Available  at: wxGUI GCP Manager for photo to image registration source
97       code (history)
98
99       Main index | GUI index | Topics index  |  Keywords  index  |  Graphical
100       index | Full index
101
102       © 2003-2019 GRASS Development Team, GRASS GIS 7.4.4 Reference Manual
103
104
105
106GRASS 7.4.4                                               g.gui.photo2image(1)