File list
Jump to navigation
Jump to search
This special page shows all uploaded files.
Date | Name | Thumbnail | Size | User | Description | Versions |
---|---|---|---|---|---|---|
01:30, 26 December 2017 | Osgeo logo.png (file) | 12 KB | Veroandreo | New osgeo logo | 1 | |
12:54, 7 December 2017 | GRASS GIS Code Sprint 2018.png (file) | 61 KB | ⚠️Vincent | 1 | ||
10:55, 13 November 2017 | Sprint NL autumn 2017 2.jpg (file) | 379 KB | Veroandreo | 1 | ||
10:53, 13 November 2017 | Sprint NL autumn 2017 1.jpg (file) | 470 KB | Veroandreo | 1 | ||
19:49, 3 October 2017 | Osgeo-logo.png (file) | 30 KB | Veroandreo | 1 | ||
19:48, 3 October 2017 | GCI-logo.jpg (file) | 12 KB | Veroandreo | 1 | ||
09:32, 20 September 2017 | 600px-FOSS4G OSGeo Code Sprint group photo.jpg (file) | 147 KB | Neteler | FOSS4G 2016 Code Sprint, Bonn. Source: https://wiki.osgeo.org/images/thumb/a/a2/FOSS4G_OSGeo_Code_Sprint_group_photo.jpg/ | 1 | |
20:14, 20 August 2017 | OSGeo booth Boston 2017.jpg (file) | 311 KB | Annakrat | OSGeo booth at FOSS4G 2017 in Boston. Tangible Landscape demo, stickers, flyers. | 1 | |
19:46, 19 August 2017 | GRASS GIS sprint FOSS4G 2017.jpg (file) | 202 KB | Annakrat | Photo of participants of code sprint during FOSS4G 2017 | 1 | |
02:23, 15 August 2017 | R geomorphon lidar dsm trees.png (file) | 297 KB | ⚠️Wenzeslaus | Threes from DSM using r.geomorphon | 1 | |
02:20, 15 August 2017 | R geomorphon lidar dsm vegetation details.png (file) | 174 KB | ⚠️Wenzeslaus | r.geomorphon showing details of vegetation structure | 1 | |
02:17, 15 August 2017 | R geomorphon lidar dsm vegetation.png (file) | 103 KB | ⚠️Wenzeslaus | r.geomorphon setting showing vegetation | 1 | |
02:17, 15 August 2017 | R geomorphon lidar dsm roofs.png (file) | 160 KB | ⚠️Wenzeslaus | r.geomorphon settings showing building roof shapes | 1 | |
02:30, 8 August 2017 | G search modules with c flag.png (file) | 50 KB | ⚠️Wenzeslaus | {{cmd|g.search.modules}} keyword=lidar -c Searches through descriptions and keywords. Displays using color. | 1 | |
21:54, 6 August 2017 | Map Display with DSM and legend with histogram.png (file) | 380 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 wxGUI Map Display with DSM, legend with histogram, scale bar and north arrow | 1 | |
04:09, 6 August 2017 | Selection 409.png (file) | 115 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 3D view in wxGUI, 3D view tab, View tab, group point cloud (orange), non-ground point cloud (green), detail (trees) | 1 | |
04:09, 6 August 2017 | WxGUI nviz with point cloud ground and non-ground data tab.png (file) | 162 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 3D view in wxGUI, 3D view tab, Data tab, group point cloud (orange), non-ground point cloud (green), all points | 1 | |
03:03, 6 August 2017 | Nviz cutting plane dem dsm.png (file) | 553 KB | ⚠️Wenzeslaus | GRASS GIS 7.2, 3D view in wxGUI, Map Display, cutting plane for DEM (terrain, orange color) and DSM (trees, buildings, green color) surfaces. | 1 | |
02:47, 6 August 2017 | Nviz data tab dsm set relative positon.png (file) | 82 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 3D view in wxGUI, 3D view tab, Data tab, Surface | 1 | |
02:47, 6 August 2017 | Nviz cutting plane analysis tab.png (file) | 361 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 3D view in wxGUI, 3D view tab, Analysis tab, Controlling cutting plane | 1 | |
22:48, 1 August 2017 | Wxgui module parameters v generalize.png (file) | 171 KB | Annakrat | wxGUI dialog/form for v.generalize with descriptions and highlights | 1 | |
19:16, 1 August 2017 | Counting ground points per cell with r.in.lidar.png (file) | 231 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 wxGUI Map Display, legend with d.legend, r.in.lidar dialog, ground point density pattern in the background | 1 | |
13:37, 1 August 2017 | Lidar point density with fine resolution showing swath overlap.png (file) | 246 KB | ⚠️Wenzeslaus | r.in.lidar with method=n using fine resolution GRASS GIS 7.2 Map Display | 1 | |
02:46, 1 August 2017 | Change color table interactively with menu and labels.png (file) | 231 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 wxGUI dialog ''Create new color table for raster map'' started from layer context menu using ''Set color table interactively'' | 1 | |
02:20, 1 August 2017 | Geomorphons in 3D view Appearance tab.png (file) | 535 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 wxGUI NVIZ Appearance tab to change the light source position | 1 | |
02:05, 1 August 2017 | Different terrain analyses and visualizations in multiple Map Displays.png (file) | 1,014 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 with various addons r.skyview + d.shade (top left) r.terrain.texture (pit density, top middle) r.local.relief (LRM, top right) Layer Manager, Layers tab (bottom left) r.in.lidar (dialog, bottom middle) r.geomorphon (landforms, bottom right) | 1 | |
01:58, 1 August 2017 | Show computational extent in Map Display.png (file) | 239 KB | ⚠️Wenzeslaus | GRASS GIS 7.2 wxGUI Map Display | 1 | |
01:48, 1 August 2017 | Lidar point density with coarse resolution and ortho in the background.png (file) | 143 KB | ⚠️Wenzeslaus | r.in.lidar res=10 -e | 1 | |
01:41, 1 August 2017 | GRASS GIS Histogramming Tool d.histogram - count of point.png (file) | 24 KB | ⚠️Wenzeslaus | d.histogram powered histogram in GRASS GIS 7.2 Count of points per cell | 1 | |
01:41, 1 August 2017 | GRASS GIS Histogramming Tool wxPython - count of point.png (file) | 33 KB | ⚠️Wenzeslaus | wxPython powered histogram in GRASS GIS 7.2 | 1 | |
20:55, 31 July 2017 | V.in.lidar dialog do not add into layer tree.png (file) | 59 KB | ⚠️Wenzeslaus | Unchecked ''Add created map(s) into layer tree'' in v.in.lidar | 1 | |
15:11, 22 July 2017 | Paris2017sprint.jpg.jpg (file) | 1.55 MB | ⚠️MilenaN | 1 | ||
15:28, 21 July 2017 | Location wizard epsg datum transformation.png (file) | 116 KB | ⚠️Wenzeslaus | Choose EPSG page of the Location Wizard after pressing Next with a dialog for selecting datum transformation with the default selection. EPSG is 3358. Screenshot from GRASS GIS 7.2.1. | 1 | |
15:25, 21 July 2017 | Location wizard define.png (file) | 83 KB | ⚠️Wenzeslaus | Initial (define path and names) page of the Location Wizard. The user name is john. The location name workshop. Database is in /home/john/grassdata. Screenshot from GRASS GIS 7.2.1. | 1 | |
15:22, 21 July 2017 | Location wizard summary 7.2.1.png (file) | 88 KB | ⚠️Wenzeslaus | Summary page of the Location Wizard. The user name is john. The location name workshop. Database is in /home/john/grassdata. EPSG is 3358. | 1 | |
15:19, 21 July 2017 | Manual pages online keywords 7.2.png (file) | 51 KB | ⚠️Wenzeslaus | https://grass.osgeo.org/grass72/manuals/keywords.html for 7.2.2svn showing web browser tab and part of the page | 1 | |
04:38, 21 July 2017 | Animation tool inundation.png (file) | 468 KB | Annakrat | Inundation computed with {{addonCmd|r.stream.distance}} and {{addonCmd|r.lake.series}} and visualized in Animation Tool. | 1 | |
20:28, 19 July 2017 | Cumulative viewshed elevation.png (file) | 1.08 MB | Annakrat | Cumulative viewshed draped over elevation raster (Boston 2017 workshop) | 1 | |
19:33, 19 July 2017 | Vector network GUI GRASS 72.png (file) | 727 KB | Annakrat | Example of using Vector Network Analysis Tool for Traveling Salesman problem | 1 | |
18:12, 19 July 2017 | Grass gis cli ubuntu purple r.in.lidar.png (file) | 52 KB | ⚠️Wenzeslaus | GRASS GIS command line interface (CLI) in Ubuntu terminal (purple/violet) Commands: g.region vector=points g.region res=5 r.in.lidar input=/gisdata/lidar/points.las output=mean | 1 | |
17:44, 19 July 2017 | Example r.in.lidar command in Python.png (file) | 47 KB | ⚠️Wenzeslaus | Example r.in.lidar command in Python with highlighted module name (blue), options and flags (red) and option values (green) and import (grey) | 1 | |
17:42, 19 July 2017 | Example r.in.lidar command in Bash.png (file) | 23 KB | ⚠️Wenzeslaus | Example r.in.lidar command in Bash with highlighted module name (blue), options and flags (red) and option values (green) | 1 | |
17:38, 19 July 2017 | R in lidar dialog.png (file) | 58 KB | ⚠️Wenzeslaus | r.in.lidar dialog with Output tab active and highlighted module name (blue), options and flags (red) and option values (green) | 1 | |
17:35, 19 July 2017 | Graphical Modeler with r.in.lidar and terrain analysis.png (file) | 457 KB | ⚠️Wenzeslaus | r.in.lidar followed by r.slope.aspect, r.param.scale, r.relief with r.shade in GRASS GIS Graphical Modeler with the main GUI in the background | 1 | |
15:52, 19 July 2017 | R in lidar explanation of zrange option.png (file) | 14 KB | ⚠️Wenzeslaus | Explanation of zrange option applicable to v.in.lidar or r.in.lidar | 1 | |
15:20, 19 July 2017 | Binning mean explanation.png (file) | 61 KB | ⚠️Wenzeslaus | Explanation of binning of points into a 2D raster map where resulting cell value is mean of point values. | 1 | |
15:19, 19 July 2017 | Binning count explanation.png (file) | 54 KB | ⚠️Wenzeslaus | Explanation of binning of points into a 2D raster map. | 1 | |
15:17, 19 July 2017 | Binning and decimation workflow schema for point clouds.png (file) | 127 KB | ⚠️Wenzeslaus | Point cloud is either binned into a raster map (e.g. r.in.lidar) and then analyzed (as raster) or (optionally) decimated (e.g. v.in.lidar), converted to vector map and then interpolated (e.g. v.surf.rst) into raster or analyzed as vector map (e.g. v.ve... | 1 | |
01:36, 19 July 2017 | GRASS GIS 7.3 data catalog.png (file) | 241 KB | Annakrat | Data catalog in GRASS GIS 7.3 with nc_spm_08_grass7 location | 1 | |
01:40, 18 July 2017 | ICC STC illustration.png (file) | 468 KB | Annakrat | Presentation on Using space-time cube for visualization and analysis of active transportation patterns derived from public webcams by Anna Petrasova, Aaron Hipp, and Helena Mitasova from North Carolina State University | 1 |