Archeology: Difference between revisions

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* Georeferencing of point clouds: get your data from an arbitrary coordinates system into real world projections: {{cmd|v.rectify|version=70}}. It also perform 3D transformation (affine and polynomial). Working even with very large point clouds (several million points in a few minutes).
* Georeferencing of point clouds: get your data from an arbitrary coordinates system into real world projections: {{cmd|v.rectify|version=70}}. It also perform 3D transformation (affine and polynomial). Working even with very large point clouds (several million points in a few minutes).
== Image processing ==
* see [[Image processing]]
* [[LIDAR]]


== Visualization ==
== Visualization ==

Revision as of 15:36, 11 January 2012

GRASS GIS is used in many archaeological projects.

Mailing list threads

Data exchange

  • v.in.ply: import of PLY format (3D)
  • v.in.dxf: import of DXF format (2D and 3D)
  • v.out.dxf: export of DXF format (2D and 3D)
  • many other formats..

Georeferencing

  • Georeferencing of point clouds: get your data from an arbitrary coordinates system into real world projections: v.rectify. It also perform 3D transformation (affine and polynomial). Working even with very large point clouds (several million points in a few minutes).

Image processing

Visualization

Sample archeological data sets

See also

Some archaeological links related to GRASS