grdcontour – Make contour map using a grid Synopsisgrdcontour grid [+]cont_int|cpt parameters [ [–|[+]annot_int][labelinfo] ] [ [p|s]parameters ] [ <template> ] [ [l|r] ] [ [d|f|n|l|L|x|X]params ] [ z|Zparameters ] [ ] [ low/high ] [ ] [ ] [ cut ] [ west/east/south/north[/zmin/zmax][r] ] [ smoothfactor ] [ [+|-][+dgap[/length]][+l[labels]] ] [ [just/dx/dy/][c|label] ] […
grdclip – Clip the range of grids Synopsisgrdclip ingrid outgrid [ region ] [ ahigh/above ] [ blow/below ] [ ilow/high/between ] [ rold/new ] [ [level] ] Note: No space is allowed between the option flag and the associated arguments. Descriptiongrdclip will set values < low to below and/or values > high to above….
grdblend – Blend several partially over-lapping grids into one large grid Synopsisgrdblend [ blendfile | grid1 grid2 … ] outgrid [ increment ] [ region ] [ f|l|o|u ] [ nodata ] [ ] [ scale ] [ [level] ] [ [z] ] [ -f<flags> ] [ -r ] Note: No space is allowed between…
grd2xyz – Convert grid file to data table Synopsisgrd2xyz grid [ [f|i] ] [ region ] [ [level] ] [ [weight] ] [ [flags] ] [ -bo<binary> ] [ -d<nodata> ] [ -f<flags> ] [ -ho[n] ] [ -o<flags> ] [ -s<flags> ] Note: No space is allowed between the option flag and the associated…
grd2rgb – Write r/g/b grid files from a grid file, a raw RGB file, or SUN rasterfile Synopsisgrd2rgb infile template [ cpt ] [ xinc[m|s][/yinc[m|s]] ] [ layer ] region [level] [ width/height[/n_bytes] ] [ -r ] Note: No space is allowed between the option flag and the associated arguments. Descriptiongrd2rgb reads one of three…
grd2cpt – Make linear or histogram-equalized color palette table from grid Synopsisgrd2cpt grid [ [+]transparency ] [ cpt ] [ [i|o] ] [ nlevels ] [ [R|r|h|c ] [ zlo/zhi ] [ ] [ minlimit/maxlimit ] [ ] [ ] [ [i|o] ] [ region ] [ zstart/zstop/zinc ] [ –|+|_|= ] [ [level] ]…
grconvert Descriptiongrconvert converts old binary project files from Xmgr 4.0 to an ASCII format understood by late versions of Xmgr and Grace 5.x Synopsisgrconvert <infile> <outfile> OptionsNone. See Alsograce(1), gracebat(1), xmgrace(1) Home Pagehttp://plasma-gate.weizmann.ac.il/Grace/ BugsThe best way to submit a bug report is using the "Help/Comments" menu entry of xmgrace (GUI version of Grace). Alternatively, see…
gravfft – Compute gravitational attraction of 3-D surfaces in the wavenumber (or frequency) domain Synopsisgravfft ingrid [ ingrid2 ] outfile [ n/wavelength/mean_depth/tbw ] [ density|rhogrid ] [ n_terms ] [ [f[+]|g|v|n|e] ] [ w|b|c|t |k ] [ [f|q|s|nx/ny][+a|d|h |l][+e|n|m][+twidth][+w[suffix]][+z[p]] [ ] [ te/rl/rm/rw[+m] ] [ [level] ] [ wd] [ zm[zl] ] [ -fg ]…
grass63 – The GRASS startup program Synopsisgrass63 [–] [-v] [-h | -help | –help] [-text | -gui | -oldgui]] [[[/]/] ] DescriptionThis program is used to start GRASS. It will parse the command line arguments and then initialize GRASS for the user. Since GRASS programs require a specific environment, this program must be called before…
Creating a SQLite databaseGRASS is automatically creating the SQLite database if it is not yet existing. It is sufficient to define the connection (see next step). Connecting GRASS to SQLiteThe database name ‘sqlite.db’ is at user’s choice. Also the file storage location can be freely chosen. If the database does not exist, it will be…
The driver name is ‘pg’. Creating a PostgreSQL databaseA new database is created with ‘createdb’, see the PostgreSQL manual for details. Connecting GRASS to PostgreSQL# example for connecting to a PostgreSQL server: db.connect driver=pg database="host=myserver.itc.it,dbname=mydb" db.login user=myname pass=secret db.connect -p db.tables -p Supported SQL commandsAll SQL commands supported by PostgreSQL. Operators available in conditionsAll SQL…
Communication between GRASS and ODBC database for attribute management: | GRASS module | | ODBC Interface | | RDBMS | GRASS | DBMI driver | unixODBC | ODBC driver | PostgreSQL | Oracle | … Supported SQL commandsAll SQL commands supported by ODBC. Operators available in conditionsAll SQL operators supported by ODBC. ExampleIn this example…
MySQL database driver in GRASS enables GRASS to store vector attributes in MySQL server. Because vector attribute tables are created automaticaly when a new vector is written and the name of the table is the same as the name of the vector it is good practice to create a new database for each GRASS mapset….
MySQL database driver in GRASS enables GRASS to store vector attributes in MySQL embedded database without necessity to run MySQL server. Driver and database nameGRASS modules require 2 parameters to connect to a database. Those parameters are ‘driver’ and ‘database’. For MySQL embedded driver the parameter ‘driver’ should be set to value ‘mesql’. The parameter…
Defining the DBF driverThe DBF driver is the default driver, in theory no user interaction is required. However, if the settings should be set back from a different to the DBF driver, the following step is required: # keep single quotes: db.connect driver=dbf database=’$GISDBASE/$LOCATION_NAME/$MAPSET/dbf/’ db.connect -p The dbf/ subdirectory in the mapset must exist or…
graphml2gv – GRAPHML-DOT converter Synopsisgraphml2gv [ -?v ] [ -ggname ] [ -ooutfile ] [ files ] Descriptiongraphml2gv converts a graph specified in the GRAPHML format to a graph in the GV (formerly DOT) format. OptionsThe following options are supported: -v Turns on verbose mode -? Prints usage information and exits. -ggname The string gname…
graphc – Graphcap preprocessor for NCAR Graphics Synopsisgraphc ascii-graphcap-name binary-graphcap-name Descriptiongraphc converts an ascii-encoded graphcap, ascii-graphcap-name, into a binary-encoded graphcap, binary-graphcap-name. Binary encoded graphcaps are system dependent and should not be assumed to be portable across different system architectures. See AlsoOnline: ctrans(1NCARG), graphcap(5NCARG) CopyrightCopyright (C) 1987-2009 University Corporation for Atmospheric Research The use of this…
grap2graph – convert a GRAP diagram into a cropped image Synopsis[ -unsafe ] [ -format output-format ] [convert-arguments] –help -v –version Descriptiongrap2graph reads a grap(1) program from the standard input and writes an image file, by default in Portable Network Graphics (PNG) format, to the standard output. The input GRAP code should not be wrapped…
gramps – Genealogical Research and Analysis Management Programming System. Synopsisgramps [-?|–help] [–usage] [–version] [-l] [-u|–force-unlock] [-O|–open= DATABASE [-f|–format= FORMAT]] [-i|–import= FILE [-f|–format= FORMAT]] [-i|–import= …] [-e|–export= FILE [-f|–format= FORMAT]] [-a|–action= ACTION] [-p|–options= OPTIONSTRING]] [ FILE ] [–version] DescriptionGramps is a Free/OpenSource genealogy program. It is written in Python, using the GTK+/GNOME interface. Gramps should seem…
gradient-convert – convert gradients between formats Synopsis gradient-convert [-b rgb] [-B] [-c] [-f rgb] [-g geometry] [-h] [-i format] [-n rgb] [-o format] [-p] [-T rgb] [-v] [-V] infile outfileDescriptionThe gradient-convert program converts gradients to other formats. It is a wrapper script which make a number of calls the individual programs from the cptutils package so, for example, to convert an Arcview…