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:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

When the 2D Mesh module is active, the ''Mesh'' menu becomes available. The ''Mesh'' menu has two s ...sh_->_2D_Scatter_Points|Mesh → 2D Scatter Points]] : A new 2D scatter point set is created from the 2D mesh nodes.

:[[Single Point Conversion|Single Point Conversion]] :[[GMS:3D Interpolation Options|3D Interpolation Options]]

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...ed to values at scatter points. However, the resulting arrays are floating point scalar datasets, rather than the integer arrays produced by T-PROGS and ind ...an expected field value and a field standard deviation pertaining to that point are first determined. These are calculated through kriging from points to w

When the TIN module is active, the following commands can be found in the ''TIN'' menu: ...en two TINs. A 2D mesh must exist and is used as a projection mesh for the 3D elements. Two TINs must be selected.

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...'']] dialog. There are several differences between 2D and [[GMS:3D Kriging|3D Kriging]]. The supported techniques include: ...he experimental variogram is found by calculating the variance (g) of each point in the set with respect to each of the other points and plotting the varian

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...now all of the data in GMS is always displayed independent of the active module. The new Project Explorer can also be resized by clicking on the window bor ...item may be right-clicked on to accomplish certain actions. Data for each module is grouped into folders. The modules and items can also be expanded and co

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...typically generated with the 2D Scatter Point module. The 2D Scatter Point module can be used to interpolate from a scattered set of rainfall measurements to

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...h intermediate point, two values, PXDP and PETM, are entered to define the point. PXDP is a proportion (between zero and one) of the extinction depth, and P ...typically generated with the 2D Scatter Point module. The 2D Scatter Point module can be used to interpolate from a scattered set of rainfall measurements to

:[[GMS:3D Interpolation Options|3D Interpolation Options]] :[[GMS:3D Kriging|3D Kriging]]

...lways available. Other menus change based on the [[GMS:What_Is_GMS#Modules|module]] or [[GMS:What_Is_GMS#Numerical Models|numerical model]] in use. ===Module toolbar===