GMS:Bounding Grid: Difference between revisions

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{{3D Scatter Point links}}
{{3D Scatter Point links}}
In many cases, it is useful to interpolate to a 3D grid which just contains the 3D scatter point set where the data are defined. The '''''Bounding Grid''''' command was designed in order to simplify the creation of such a grid. If the '''''Bounding Grid''''' command in the ''Scatter Points'' menu is selected, the ''Create Grid'' dialog comes up with the grid dimensions automatically initialized so that the grid extends beyond the bounds of the active scatter point set by 10%.
In many cases, it is useful to interpolate to a 3D grid which just contains the points from a 3D scatter set. The '''''Bounding Grid''''' command was designed in order to simplify the creation of such a grid. Selecting the '''''Bounding Grid''''' command from the ''Scatter Points'' menu, brings up the ''Create Grid'' dialog pre-filled with grid dimensions set to 10% beyond the bounds of the active scatter point set.


{{Navbox GMS}}
{{Navbox GMS}}
[[Category:3D Scatter Point]]
[[Category:3D Scatter Point]]

Revision as of 20:37, 18 December 2012

3D Scatter Point Module
Sample Interp.png
3D Scatter Point
Interpolating with 3D Scatter Points
Converting 3D Scatter Points to Other Data Types
Bounding Grid
More
3D Scatter Point Display Options
3D Scatter Point Tool Palette
Active/Inactive Points
Inverse Distance Weighted
3D Scatter Point Commands

In many cases, it is useful to interpolate to a 3D grid which just contains the points from a 3D scatter set. The Bounding Grid command was designed in order to simplify the creation of such a grid. Selecting the Bounding Grid command from the Scatter Points menu, brings up the Create Grid dialog pre-filled with grid dimensions set to 10% beyond the bounds of the active scatter point set.