see below *g.region -3p*
projection: 1 (UTM) zone: 17 datum: nad83 ellipsoid: grs80 north: 4870795 south: 4825715 west: 609204 east: 651669 top: 352.00000000 bottom: 45.00000000 nsres: 5 nsres3: 5 ewres: 5 ewres3: 5 tbres: 1 rows: 9016 rows3: 9016 cols: 8493 cols3: 8493 depths: 307 cells: 76572888 cells3: 23507876616 for v.vol.rst command line - i am not sure where you get this so i just restarted the simulation. Wed May 23 07:07:59 2018) v.vol.rst input=BHMat1All_May12@Toronto wcolumn=cat dmin=0.1 25 records selected from table Processing all selected output files will require 0 bytes of disk space for temp files WARNING: Points are more dense than specified 'DMIN'--ignored 65 points (remain 76822) WARNING: Unable to create <(null)> raster map without cross_input raster map being specified *v.info <http://v.info>* *(Wed May 23 07:06:24 2018) v.info <http://v.info> map=BHMat1All_May12@Toronto +----------------------------------------------------------------------------+ | Name: BHMat1All_May12 | | Mapset: Toronto | | Location: Toronto | | Database: C:\Users\Francois Chartier\Documents\grassdata | | Title: | | Map scale: 1:1 | | Name of creator: Francois Chartier | | Organization: | | Source date: Sat May 12 15:45:44 2018 | | Timestamp (first layer): none | |----------------------------------------------------------------------------| | Map format: native | |----------------------------------------------------------------------------| | Type of map: vector (level: 2) | | | | Number of points: 76887 Number of centroids: 0 | | Number of lines: 0 Number of boundaries: 0 | | Number of areas: 0 Number of islands: 0 | | Number of faces: 0 Number of kernels: 0 | | Number of volumes: 0 Number of holes: 0 | | | | Map is 3D: Yes | | Number of dblinks: 1 | | | | Projection: UTM (zone 17) | | | | N: 4870795 S: 4825715 | | E: 651669 W: 609204 | | B: 45 T: 352 | | | | Digitization threshold: 0 | | Comment: | | | +----------------------------------------------------------------------------+(Wed May 23 07:06:24 2018) Command finished (0 sec) * 2018-05-23 6:07 GMT-04:00 Moritz Lennert <[email protected]>: > Hi François, > > Please keep all discussions on the list. > > On 23/05/18 02:26, Francois Chartier wrote: > >> Hi Moritz, >> >> see below. seems like i have 6M cells >> >> projection: 1 (UTM) >> zone: 17 >> datum: nad83 >> ellipsoid: grs80 >> north: 4868980 >> south: 4829680 >> west: 609620 >> east: 651628 >> nsres: 5 >> ewres: 4.99976196 >> rows: 7860 >> cols: 8402 >> cells: 66039720 >> > > > Sorry, my fault: as you are interpolating in 3D we need the 3D region, so > the output of 'g.region -3p'. > > And could you also provide us with: > > - the exact v.vol.rst command line you used > - the output of v.info on your point dataset > > ? > > Moritz > > >> 2018-05-22 7:58 GMT-04:00 Moritz Lennert <[email protected] >> <mailto:[email protected]>>: >> >> >> >> Am 22. Mai 2018 04:35:13 MESZ schrieb Francois Chartier >> <[email protected] <mailto:[email protected]>>: >> >Hi, >> > >> >I am interpolating 2D data using V Vol RST. After 90 min the >> process >> >progressed 15%, and I stopped it. >> >There are approx 370 points, and it should not take this long. I am >> >not >> >sure what I am doing incorrectly. I have set the g.region to >> match the >> >vector, and joined the vector attribute to the database. >> >> What is the resolution of the region ? >> >> Please provide the output of g.region -p. >> >> Moritz >> >> >> > >
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