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# Create a 3D grid (cube) using moving average as the default interpolator. # Update cube towards wells in workspace # Smooth cube with gaussian filter. # Write out inlines and crosslines in a cube to file filename. # Transform a cube or grid or polydata (points) to a new cube. |
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Use a reference_grid in workspace to tell the layout of the result cube.
smo smoothstrength
Will use smoothing of cube at end of gridding.
Update cube towards wells in workspace.
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Smooth cube with gaussian filter.
smo [gau dim 2] [rad radius xradius yradius zradius]
Smooth cube with gaussian filter.
gau dim 2
rad xradius yradius zradius - Apply smmothing in only 2 dimensions
z - Apply z-plane smoothing.Alternative to gaussian
rad radius - Apply a radius value in smoothing.radius factors in smoothing. The factors are given independently to x, y, and z directions. Smoothing is a weighted sum of grid nodes to the side of the centre, where the number of nodes used is 2 times the radius factor.
gau rad 0 0 zradius - Apply smoothing only in the z-direction
Write out the z values of the cube as inlines and crosslines to an external file.
write [lim limit_value] [xytv] [form format format] inlinestart xlinestart inlinestep xlinestep filename.
Write out cube to file filename.
lim limit_value - Apply a limit and a limit_value for the number of nodes written out to test the procedure.
xytv - The output switch switches inline and xline when writing x y time velocity.
formformat - Format specification of the output:
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