thanks, i will try it in a little while and let u know. if i understand
the principal, then it assumes the point is just further in distance for
the interpolation but keeps the value at its original coordinate.
to give more weight to a horizontal direction, the z scale needs to be
increased
On 16/03/2019 21:24, Francois Chartier wrote:
> I thought Zscale was used to convert units ft to m, i didnt know it was
> for giving more weight to one direction.
That's only one application case. The manual page
goes on:
'Rescaling of z-coordinates (zscale) is also needed when the distances
in
I thought Zscale was used to convert units ft to m, i didnt know it was for
giving more weight to one direction.
Le sam. 16 mars 2019 à 15:20, Benjamin Ducke a
écrit :
> On 16/03/2019 19:51, Francois Chartier wrote:
> > Hi,
> >
> > Is it possible to add anisotropy when conducting interpolation
On 16/03/2019 19:51, Francois Chartier wrote:
> Hi,
>
> Is it possible to add anisotropy when conducting interpolation for 3D
> raster. I would like to give more weight horizontally than vertically
> in the 3D interpolation process.
'v.vol.rst' has an option 'zscale'.
Is that not what you
Hi,
Is it possible to add anisotropy when conducting interpolation for 3D
raster. I would like to give more weight horizontally than vertically in
the 3D interpolation process.
thanks,
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Dear all...
I have this kind of data:
two parallel lines of tomographic seismic profiles, that means (for who
is not a geologist), that I have, along these lines, regularly spaced 3d
points (like a vertical grid of points under the earth surface) each one
having as an attribute a value of the P
