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  Contents
- $AWK
- 7.
| 7.3
| 7.9
| 7.11
| 7.11
| 7.11
| 7.11
| 7.18
- .gmt_io
- 4.17
- -Jp -JP (Polar () projections)
- to 5.2
- -Jb -JB (Albers)
- 6.1.1
- -Jb -JB (Albers)
- to 6.1.1
- -Jl -JL (Lambert conic)
- 6.1.2
- -Jl -JL (Lambert conic)
- to 6.1.2
- -Jd -JD (Equidistant conic)
- 6.1.3
- -Jd -JD (Equidistant conic)
- to 6.1.3
- -Ja -JA (Lambert azimuthal)
- 6.2.1
- -Ja -JA (Lambert azimuthal)
- to 6.2.1.2
- -Js -JS (Stereographic)
- 6.2.2
- -Js -JS (Stereographic)
- to 6.2.2.3
- -Jg -JG (Orthographic)
- 6.2.3
- -Jg -JG (Orthographic)
- to 6.2.3
- -Je -JE (Azimuthal equidistant)
- 6.2.4
- -Je -JE (Azimuthal equidistant)
- to 6.2.4
- -Jf -JF (Gnomonic)
- 6.2.5
- -Jf -JF (Gnomonic)
- to 6.2.5
- -Jm -JM (Mercator)
- 6.3.1
- -Jm -JM (Mercator)
- to 6.3.1
- -Jt -JT (Transverse Mercator)
- 6.3.2
- -Jt -JT (Transverse Mercator)
- to 6.3.2
- -Ju -JU (UTM)
- 6.3.3
- -Ju -JU (UTM)
- to 6.3.3
- -Jo -JO (Oblique Mercator)
- 6.3.4
- -Jo -JO (Oblique Mercator)
- to 6.3.4
- -Jc -JC (Cassini)
- 6.3.5
- -Jc -JC (Cassini)
- to 6.3.5
- -Jq -JQ (Cylindrical equidistant)
- 6.3.6
- -Jq -JQ (Cylindrical equidistant)
- to 6.3.6
- -Jy -JY (General cylindrical)
- 6.3.7
- -Jy -JY (General cylindrical)
- to 6.3.7
- -Jj -JJ (Miller)
- 6.3.8
- -Jj -JJ (Miller)
- to 6.3.8
- -Jh -JH (Hammer)
- 6.4.1
- -Jh -JH (Hammer)
- to 6.4.1
- -Jw -JW (Mollweide)
- 6.4.2
- -Jw -JW (Mollweide)
- to 6.4.2
- -Jr -JR (Winkel Tripel)
- 6.4.3
- -Jr -JR (Winkel Tripel)
- to 6.4.3
- -Jn -JN (Robinson)
- 6.4.4
- -Jn -JN (Robinson)
- to 6.4.4
- -Jk -JK (Eckert IV and VI)
- 6.4.5
- -Jk -JK (Eckert IV and VI)
- to 6.4.5
- -Ji -JI (Sinusoidal)
- 6.4.6
- -Ji -JI (Sinusoidal)
- to 6.4.6
- -Jv -JV (Van der Grinten)
- 6.4.7
- -Jv -JV (Van der Grinten)
- to 6.4.7
- -B (set annotations and ticks)
- 3.2
- -H (header records)
- 3.2
- -J (set map projection)
- 3.2
- -Ja -JA (Lambert azimuthal)
- 3.2
- -Jb -JB (Albers)
- 3.2
- -Jc -JC (Cassini)
- 3.2
- -Je -JE (Azimuthal equidistant)
- 3.2
- -Jf -JF (Gnomonic)
- 3.2
- -Jg -JG (Orthographic)
- 3.2
- -Jh -JH (Hammer)
- 3.2
- -Ji -JI (Sinusoidal)
- 3.2
- -Jj -JJ (Miller)
- 3.2
- -Jk -JK (Eckert IV and VI)
- 3.2
- -Jl -JL (Lambert conic)
- 3.2
- -Jm -JM (Mercator)
- 3.2
- -Jn -JN (Robinson)
- 3.2
- -Jo -JO (Oblique Mercator)
- 3.2
- -Jp -JP (Polar () projections)
- 3.2
- -Jq -JQ (Cylindrical equidistant)
- 3.2
- -Jr -JR (Winkel Tripel)
- 3.2
- -Js -JS (Stereographic)
- 3.2
- -Jt -JT (Transverse Mercator)
- 3.2
- -Ju -JU (UTM)
- 3.2
- -Jv -JV (Van der Grinten)
- 3.2
- -Jw -JW (Mollweide)
- 3.2
- -Jx -JX (Non-map projections)
- 3.2
- -Jy -JY (General cylindrical)
- 3.2
- -K (continue plot)
- 3.2
- -O (overlay plot)
- 3.2
- -P (portrait orientation)
- 3.2
- -R (set region)
- 3.2
- -U (plot timestamp)
- 3.2
- -V (verbose mode)
- 3.2
- -X (shift plot in )
- 3.2
- -Y (shift plot in )
- 3.2
- -b (binary i/o)
- 3.2
- -c (set # of copies)
- 3.2
- -f (formatting of i/o)
- 3.2
- -: (input and/or output is , not )
- 3.2
- -B (set annotations and ticks)
- to 3.2
- -H (header records)
- to 3.2
- -J (set map projection)
- to 3.2
- -Ja -JA (Lambert azimuthal)
- to 3.2
- -Jb -JB (Albers)
- to 3.2
- -Jc -JC (Cassini)
- to 3.2
- -Je -JE (Azimuthal equidistant)
- to 3.2
- -Jf -JF (Gnomonic)
- to 3.2
- -Jg -JG (Orthographic)
- to 3.2
- -Jh -JH (Hammer)
- to 3.2
- -Ji -JI (Sinusoidal)
- to 3.2
- -Jj -JJ (Miller)
- to 3.2
- -Jk -JK (Eckert IV and VI)
- to 3.2
- -Jl -JL (Lambert conic)
- to 3.2
- -Jm -JM (Mercator)
- to 3.2
- -Jn -JN (Robinson)
- to 3.2
- -Jo -JO (Oblique Mercator)
- to 3.2
- -Jp -JP (Polar () projections)
- to 3.2
- -Jq -JQ (Cylindrical equidistant)
- to 3.2
- -Jr -JR (Winkel Tripel)
- to 3.2
- -Js -JS (Stereographic)
- to 3.2
- -Jt -JT (Transverse Mercator)
- to 3.2
- -Ju -JU (UTM)
- to 3.2
- -Jv -JV (Van der Grinten)
- to 3.2
- -Jw -JW (Mollweide)
- to 3.2
- -Jx -JX (Non-map projections)
- to 3.2
- -Jy -JY (General cylindrical)
- to 3.2
- -K (continue plot)
- to 3.2
- -O (overlay plot)
- to 3.2
- -P (portrait orientation)
- to 3.2
- -R (set region)
- to 3.2
- -U (plot timestamp)
- to 3.2
- -V (verbose mode)
- to 3.2
- -X (shift plot in )
- to 3.2
- -Y (shift plot in )
- to 3.2
- -b (binary i/o)
- to 3.2
- -c (set # of copies)
- to 3.2
- -f (formatting of i/o)
- to 3.2
- -: (input and/or output is , not )
- to 3.2
- -B (set annotations and ticks)
- 4.4
- -H (header records)
- 4.4
- -J (set map projection)
- 4.4
- -K (continue plot)
- 4.4
- -O (overlay plot)
- 4.4
- -P (portrait orientation)
- 4.4
- -R (set region)
- 4.4
- -U (plot timestamp)
- 4.4
- -V (verbose mode)
- 4.4
- -X (shift plot in )
- 4.4
- -Y (shift plot in )
- 4.4
- -b (binary i/o)
- 4.4
- -c (set # of copies)
- 4.4
- -f (formatting of i/o)
- 4.4
- -: (input and/or output is , not )
- 4.4
- -R (set region)
- 4.4.1
- -J (set map projection)
- 4.4.2
- -B (set annotations and ticks)
- 4.4.3
- GMT_DATADIR
- 4.7
- GMT_GRIDDIR
- 4.7
- GMT_IMGDIR
- 4.7
- -H (header records)
- 4.4.4
- -P (portrait orientation)
- 4.4.5
- -K (continue plot)
- 4.4.6
- -O (overlay plot)
- 4.4.6
- -U (plot timestamp)
- 4.4.7
- -V (verbose mode)
- 4.4.8
- -X (shift plot in )
- 4.4.9
- -Y (shift plot in )
- 4.4.9
- -bi (select binary input)
- 4.4.10
- -bo (select binary output)
- 4.4.10
- -fi (set input format)
- 4.4.11
- -fo (set output format)
- 4.4.11
- -c (set # of copies)
- 4.4.12
- -: (input and/or output is , not )
- 4.4.13
- -H (header records)
- 4.7
- -V (verbose mode)
- 4.8
- -GP -Gp
- 4.14
- -Jx -JX (Non-map projections)
- 5.1.1
- -Jx -JX (Non-map projections)
- to 5.1.3
- -Jp -JP (Polar () projections)
- 5.2
- GMT, using 3 and 4
- P.
- @, printing
- 4.16
- Acknowledgments
- Acknowledgments
- Albers conic projection -Jb -JB
- 6.1.1
- Albers conic projection -Jb -JB
- to 6.1.1
- Albers conic projection -Jb -JB
- 3.2
- Albers conic projection -Jb -JB
- to 3.2
- Annotations
- 4.4.3
- ANSI C
- 2.
- ANSI C compliant
- 2.
- Arguments, command line
- 4.3
- Article
- in EOS
- A
- in Geophysics
- A
- Artificial illumination
- 4.15
| I. to I.
- Attributes
- fill
- color
- 4.14
- pattern
- 4.14
| E.
- pen
- 4.13
- color
- 4.13
- texture
- 4.13
- width
- 4.13
- awk
- 1.1
| 2.
| 4.15
| 7.
| I.
| L.2
| O.4.3
- Axes
- direction
- 5.1.1.1
- exponential
- 4.4.3.3
- linear
- 4.4.3.2
- log
- 4.4.3.3
- Logarithmic
- 4.4.3.3
- power
- 4.4.3.3
- reverse
- 5.1.1.1
- time
- 4.4.3.4
- Azimuthal equidistant projection -Je -JE
- 6.2.4
- Azimuthal equidistant projection -Je -JE
- to 6.2.4
- Azimuthal equidistant projection -Je -JE
- 3.2
- Azimuthal equidistant projection -Je -JE
- to 3.2
- Azimuthal projections
- 6.2 to 6.2.5
- backtracker
- A.10
- Basemap
- 4.4.3
- bash
- L.2
| L.4
- Behrman projection
- 6.3.7
- Binary tables
- 4.4.10
- binlegs
- A.7
- blockmean
- 1.1
| 3.1
| 3.2
| 7.14
| 7.14
| 7.14
- blockmedian
- 3.1
| 3.2
| 7.14
- blockmode
- 3.1
| 3.2
| 7.14
- bzip2
- D.
| D.
| D.
- Calendar Linear projection
- 5.1.1.3 to 5.1.1.3
- Cartesian
- linear projection
- 5.1.1 to 5.1.1.3
- Cartesian linear projection
- 3.2 to 3.2
- Cassini projection -Jc -JC
- 6.3.5
- Cassini projection -Jc -JC
- to 6.3.5
- Cassini projection -Jc -JC
- 3.2
- Cassini projection -Jc -JC
- to 3.2
- Characters
- composite
- 4.16
- escape sequences
- 4.16
- composite character
- 4.16
- European
- 4.16
- octal character
- 4.16
- small caps
- 4.16
- subscript
- 4.16
- superscript
- 4.16
- switch fonts
- 4.16
- European
- 4.16
| H.3
- octal
- 4.16
| F.
- CIA Data Bank
- K.1
- Coastlines
- preprocessing
- K. to K.3
- resolution
- crude
- K.4.1 to K.4.1
- full
- K.4.5 to K.4.5
- high
- K.4.4 to K.4.4
- intermediate
- K.4.3 to K.4.3
- low
- K.4.2 to K.4.2
- Color
- I. to I.
- CMYK system
- 4.13
- fill
- 4.14
- HSV system
- 4.13
| I. to I.
- palette tables
- 4.15 to 4.15
- pen
- 4.13
- RGB system
- 4.13
| I. to I.
- Command line
- arguments
- 4.3
- history
- 4.5
- standardized options
- 4.4 to 4.4.13
- Compliance
- ANSI C
- 2.
- POSIX
- 2.
- Y2K
- 2.
- Composite characters
- 4.16
- configure
- L.5
- Conic projections
- 6.1 to 6.1.3
- convert
- 4.14
| B.3
- Copyright
- Copyright
- CorelDraw
- 4.12
- cpt
- built-in set
- M.
- file
- 4.15 to 4.15
- csh
- 7.
| 7.
| L.3
| P.
- curl
- 7.22
- cut
- 1.1
| 2.
- Cygwin
- L.2 to L.2
- Cylindrical projections
- 6.3 to 6.3.8
- dat2gmt
- A.7
- Default settings
- 4.2.1 to 4.2.2
- Dimensions
- 4.1 to 4.1
- DJGPP
- L.4 to L.4
- do_examples
- 7.
- Draw
- C.
- Eckert IV and VI projection -Jk -JK
- 6.4.5
- Eckert IV and VI projection -Jk -JK
- to 6.4.5
- Eckert IV and VI projection -Jk -JK
- 3.2
- Eckert IV and VI projection -Jk -JK
- to 3.2
- Embedded grdfile format
- 4.17
- EOS article
- A
- EPS file
- C.
- epstool
- C.
| C.
- Equidistant conic projection -Jd -JD
- 6.1.3
- Equidistant conic projection -Jd -JD
- to 6.1.3
- Equidistant conic projection -Jd -JD
- 3.2
- Equidistant conic projection -Jd -JD
- to 3.2
- Equidistant cylindrical projection -Jq -JQ
- 6.3.6
- Equidistant cylindrical projection -Jq -JQ
- to 6.3.6
- Equidistant cylindrical projection -Jq -JQ
- 3.2
- Equidistant cylindrical projection -Jq -JQ
- to 3.2
- Error messages
- 4.6
- Escape sequences
- characters
- 4.16
- European characters
- 4.16
| 4.16
- Example
- 3-D histogram
- 7.8 to 7.8
- 3-D illuminated surface
- 7.5 to 7.5
- 3-D mesh plot
- 7.4 to 7.4
- 3-D RGB color cube
- 7.11 to 7.11
- bar graph
- 7.10 to 7.10
- color patterns
- 7.19 to 7.19
- contour maps
- 7.1 to 7.1
- custom map symbols
- to 7.20
- custom plot symbols
- 7.20
- distribution of antipodes
- 7.25 to 7.25
- geospatial criteria
- 7.24 to 7.24
- gridding
- 7.16 to 7.16
- gridding and trend surfaces
- 7.14 to 7.14
- gridding, contouring, and masking
- 7.15 to 7.15
- histograms
- 7.6 to 7.6
- image clipping
- 7.17 to 7.17
- image presentations
- 7.2 to 7.2
- location map
- 7.7 to 7.7
- paths to Rome
- 7.23 to 7.23
- RedHat stock price
- 7.21 to 7.21
- spatial selections
- 7.18 to 7.18
- spectral estimation
- 7.3 to 7.3
- triangulation
- 7.12 to 7.12
- vector fields
- 7.13 to 7.13
- wiggles
- 7.9 to 7.9
- world-wide seismicity
- 7.22 to 7.22
- xy plots
- 7.3 to 7.3
- Exponential axis
- 4.4.3.3
- Fill
- attributes
- color
- 4.14
- pattern
- 4.14
| E.
- filter1d
- 1.1
| 3.1
| 3.2
| B.1
| J.
| J.
- fitcircle
- 3.1
| 3.2
| 7.3
| 7.3
- Font
- standard
- G.
- switching to a
- 4.16
- symbol
- 4.16
| F.
- Frame
- 4.4.3
- FreedomOfPress
- H.1
| H.1
- Freehand
- 4.12
| C.
- Gall projection
- 6.3.7
- gcc
- L.2
- General cylindrical projection -Jy -JY
- 6.3.7
- General cylindrical projection -Jy -JY
- to 6.3.7
- General cylindrical projection -Jy -JY
- 3.2
- General cylindrical projection -Jy -JY
- to 3.2
- Geographic Linear projection
- 3.2 to 3.2
| 5.1.1.2 to 5.1.1.2
- Geophysics article
- A
- getbox
- K.4
- getrect
- K.4
- ghostscript
- 2.
| B.3
| C.
| C.
- ghostview
- C.
| H.1
- GMT
- binaries for Win32
- D.
- coastlines
- K. to K.3
- compile with Microsoft C/C++
- L.1
- defaults
- 4.2.1 to 4.2.2
- home page
- 2.
- Macs running MachTen
- L.1
- Macs running MkLinux
- L.1
- Mailinglists
- 2.
- obtaining
- 2.
| D.
- on CD-ROM
- 2.
- on non-UNIX platforms
- L.1
- overview
- 3. to 3.1
- PCs running Interix
- L.1
- PCs running Linux
- L.1
- quick reference
- to 3.2
| 3.2
- supplemental packages
- A.
- under Cygwin
- L.2 to L.2
- under DJGPP
- L.4 to L.4
- under Mac OS
- L.7
- under O/S2
- L.6
- under SFU
- L.3 to L.3
- under Win32
- L.5 to L.5
- units
- 4.1 to 4.1
- gmt2dat
- A.7
- gmt2rgb
- 1.1
| 3.1
| 3.2
- gmtconvert
- 1.1
| 3.1
| 3.2
| 7.15
- gmtdefaults
- 1.1
| 3.1
| 3.2
| 4.2.1
| 4.2.1
| 4.2.2
| 4.4.5
| 4.10
| 4.12
| 4.16
| 5.
| C.
| G.
- gmtdigitize
- A.8
- gmtinfo
- A.7
- gmtlegs
- A.7
- gmtlist
- A.7
- gmtmath
- 1.1
| 3.1
| 3.2
| 4.18
| 5.1
- gmtpath
- A.7
- gmtselect
- 1.1
| 3.1
| 3.2
| 7.18
| 7.18
| 7.24
| K.3
- gmtset
- 3.1
| 3.2
| 4.2.2
| H.2
| H.4
- gmtswitch
- 1.1
| P.
| P.
| P.
| P.
| P.
| P.
| P.
| P.
| P.
| P.
- gmttrack
- A.7
- Gnomonic projection -Jf -JF
- 6.2.5
- Gnomonic projection -Jf -JF
- to 6.2.5
- Gnomonic projection -Jf -JF
- 3.2
- Gnomonic projection -Jf -JF
- to 3.2
- grd2cpt
- 1.1
| 3.1
| 3.2
| 4.15
| 7.2
| H.4
| M.
- grd2xyz
- 1.1
| 3.1
| 3.2
- grdblend
- 1.1
| 3.1
| 3.2
- grdclip
- 3.1
| 3.2
- grdcontour
- 1.1
| 3.1
| 3.2
| 5.2
| 7.1
| 7.16
| 7.23
| O.
| O.1
| O.2
- grdcut
- 3.1
| 3.2
| 7.16
- grdedit
- 1.1
| 3.1
| 3.2
| B.2.1
- grdfft
- 3.1
| 3.2
| 7.16
| J.
- grdfile
- boundary conditions
- B.2.3 to B.2.3
- default
- B.2.3
- geographical
- B.2.3
- periodic
- B.2.3
- contents
- B.2.1 to B.2.1
- embedded format
- 4.17 to 4.17
- formats
- 4.17
- bits
- 4.17
- custom format
- 4.17
- floats
- 4.17
- netCDF
- 4.17
- rasterfile
- 4.17
- shorts
- 4.17
- unsigned char
- 4.17
- registration
- B.2.2 to B.2.2.2
- grid line
- B.2.2.1 to B.2.2.1
- pixel
- B.2.2.2 to B.2.2.2
- suffix
- 4.17
- grdfilter
- 1.1
| 3.1
| 3.2
| 7.16
| 7.16
| J.
| J.
- grdgradient
- 3.1
| 3.2
| 4.15
| 7.2
| 7.4
| 7.5
| 7.5
| B.2.3
| H.4
- grdhisteq
- 3.1
| 3.2
| 4.15
| 7.5
- grdimage
- 1.1
| 1.1
| 3.1
| 3.2
| 4.15
| 7.2
| 7.2
| 7.2
| 7.16
| 7.17
| 7.17
| 7.19
| B.2.2
| H.
| I.
- grdinfo
- 1.1
| 3.1
| 3.2
| 7.15
| A.5
- grdlandmask
- 3.1
| 3.2
| 7.25
| K.3
- grdmask
- 3.1
| 3.2
- grdmath
- 1.1
| 3.1
| 3.2
| 4.18
| 5.2
| 7.5
| 7.5
| 7.13
| 7.19
| 7.23
| 7.25
| 7.25
- grdpaste
- 3.1
| 3.2
- grdproject
- 1.1
| 3.1
| 3.2
| B.2.2
- grdraster
- 4.7
| 7.2
| 7.2
| 7.2
| 7.2
| 7.4
| A.1
- grdread
- A.5
- grdreformat
- 1.1
| 3.1
| 3.2
- grdsample
- 1.1
| 3.1
| 3.2
| B.2.2
| B.2.3
| H.4
- grdtrack
- 1.1
| 3.1
| 3.2
| 7.14
| B.2.3
- grdtrend
- 3.1
| 3.2
| 7.14
- grdvector
- 3.1
| 3.2
| 7.13
- grdview
- 1.1
| 1.1
| 3.1
| 3.2
| 4.15
| 4.15
| 7.4
| 7.5
| 7.5
| 7.16
| B.2.3
- grdvolume
- 3.1
| 3.2
| 7.18
| 7.18
- grdwrite
- A.5
- Great circle
- 6.3.1
- grep
- 2.
| L.2
- Gridlines
- 4.4.3
- gshhs
- A.2
| K.3
- gshhs_dp
- A.2
- gshhstograss
- A.2
- gzip
- D.
| D.
| D.
- Hammer projection -Jh -JH
- 6.4.1
- Hammer projection -Jh -JH
- to 6.4.1
- Hammer projection -Jh -JH
- 3.2
- Hammer projection -Jh -JH
- to 3.2
- Header records -H
- 4.4.4
- Header records -H
- 4.7
- Hemisphere map
- 6.2.1.2
- History, command line
- 4.5
- hotspotter
- A.10
- Illumination, artificial
- 4.15
| I. to I.
- Illustrator
- 4.12
| C.
| C.
| C.
| C.
- img2grd
- 4.7
- img2mercgrd
- A.3
- Input
- binary -bi
- 4.4.10
- format
- 4.10
- format -fi
- 4.4.11
- standard
- 4.7
- install_gmt
- L.2
- IslandDraw
- 4.12
- L-DEO
- 2.
- Lambert azimuthal projection -Ja -JA
- 6.2.1
- Lambert azimuthal projection -Ja -JA
- to 6.2.1.2
- Lambert azimuthal projection -Ja -JA
- 3.2
- Lambert azimuthal projection -Ja -JA
- to 3.2
- Lambert conic projection -Jl -JL
- 6.1.2
- Lambert conic projection -Jl -JL
- to 6.1.2
- Lambert conic projection -Jl -JL
- 3.2
- Lambert conic projection -Jl -JL
- to 3.2
- Lambert cylindrical projection
- 6.3.7
- Lamont-Doherty Earth Observatory
- 2.
- Landscape orientation
- 4.4.5
- lat/lon input
- 4.4.13
- linear axes
- 4.4.3.2
- Linear projection
- 3.2 to 3.2
| 5.1.1 to 5.1.1.3
- log axes
- 4.4.3.3
- Logarithmic axes
- 4.4.3.3
- Logarithmic projection
- 3.2 to 3.2
| 5.1.2 to 5.1.2
- Loxodrome
- 6.3.1
- Mac OS and GMT
- L.7
- Mailinglists
- 2.
- makecpt
- 1.1
| 1.1
| 1.1
| 3.1
| 3.2
| 4.15
| 7.2
| 7.19
| H.4
| M.
- makepattern
- A.8
- man
- 2.
- Map projections
- 4.4.2
- mapproject
- 1.1
| 3.1
| 3.2
- Mercator projection -Jm -JM
- 6.3.1
- Mercator projection -Jm -JM
- to 6.3.1
- Mercator projection -Jm -JM
- 3.2
- Mercator projection -Jm -JM
- to 3.2
- Messages
- error
- 4.6
- syntax
- 4.6
- usage
- 4.6
- mgd77info
- A.6
- mgd77list
- A.6
- mgd77path
- A.6
- mgd77togmt
- A.7
- mgd77track
- A.6
- Miller cylindrical projection -Jj -JJ
- 6.3.8
- Miller cylindrical projection -Jj -JJ
- to 6.3.8
- Miller cylindrical projection -Jj -JJ
- 3.2
- Miller cylindrical projection -Jj -JJ
- to 3.2
- minmax
- 1.1
| 3.1
| 3.2
| 7.3
- Miscellaneous projections
- 6.4 to 6.4.7
- Mollweide projection -Jw -JW
- 6.4.2
- Mollweide projection -Jw -JW
- to 6.4.2
- Mollweide projection -Jw -JW
- 3.2
- Mollweide projection -Jw -JW
- to 3.2
- NaN
- 4.18
- nawk
- 7.
- nearneighbor
- 3.1
| 3.2
| 7.15
| B.2.3
- netCDF
- 2.
- netCDF, obtaining
- D.
- Not-a-Number
- 4.18
- Number of copies
- 4.4.12
- O/S2 and GMT
- L.6
- Oblique Mercator projection -Jo -JO
- 6.3.4
- Oblique Mercator projection -Jo -JO
- to 6.3.4
- Oblique Mercator projection -Jo -JO
- 3.2
- Oblique Mercator projection -Jo -JO
- to 3.2
- Octal characters
- 4.16
| F.
- Offset, plot
- 4.4.9
- openwin
- H.1
- Orientation
- landscape
- 4.4.5
- of plot
- 4.4.5
- portrait -P
- 4.4.5
- originator
- A.10
- Orthographic projection -Jg -JG
- 6.2.3
- Orthographic projection -Jg -JG
- to 6.2.3
- Orthographic projection -Jg -JG
- 3.2
- Orthographic projection -Jg -JG
- to 3.2
- Output
- binary -bo
- 4.4.10
- error
- 4.9
- format
- 4.11
- format -fo
- 4.4.11
- standard
- 4.9
- Overlay plot -O -K
- 4.4.6
- pageview
- C.
| H.1
| H.1
| H.1
| H.1
| H.3
| H.3
| H.3
| H.3
| H.3
| H.3
| H.3
| H.3
- paste
- 1.1
| 2.
- Pattern
- E.
- color
- 4.14
- fill
- 4.14
- Pen
- color
- 4.13
- setting attributes
- 4.13
- texture
- 4.13
- width
- 4.13
- perl
- 1.1
| 4.15
- Peters projection
- 6.3.7
- Plot
- continue -O -K
- 4.4.6
- offset
- 4.4.9
- orientation
- 4.4.5
- overlay -O -K
- 4.4.6
- Polar () projection
- to 5.2
- Polar () projection
- 3.2
- Polar () projection
- to 3.2
- Polar () projection
- 5.2
- Portrait orientation -P
- 4.4.5
- POSIX
- 2.
- POSIX compliant
- 2.
- PostScript
- 2.
- GMT hints
- H.4
- CMYK and RGB
- H.1 to H.1
- driver bugs
- H.1
- encapsulated (EPS)
- C.
- features
- 4.12
- HP Laserjet 4M bug
- H.1
- limitations
- H.1 to H.1
- resolution and dpi
- H.2
- Sun pageview
- H.1
- Sun SPARCprinter bug
- H.1
- Power (exponential) projection
- 3.2 to 3.2
| 5.1.3 to 5.1.3
- project
- 3.1
| 3.2
| 7.3
| 7.3
- Projection
- azimuthal
- 6.2 to 6.2.5
- equidistant
- 3.2 to 3.2
| 6.2.4 to 6.2.4
- gnomonic
- 3.2 to 3.2
| 6.2.5 to 6.2.5
- Lambert
- 3.2 to 3.2
| 6.2.1 to 6.2.1.2
- orthographic
- 3.2 to 3.2
| 6.2.3 to 6.2.3
- polar
- 6.2.2.1
- stereographic
- 3.2 to 3.2
| 6.2.2 to 6.2.2.3
- cartesian
- 5.1
- linear
- 5.1.1 to 5.1.1.3
- logarithmic
- 5.1.2 to 5.1.2
- power (exponential)
- 5.1.3 to 5.1.3
- conic
- 6.1 to 6.1.3
- Albers -Jb -JB
- 6.1.1
- Albers -Jb -JB
- to 6.1.1
- Albers -Jb -JB
- 3.2
- Albers -Jb -JB
- to 3.2
- Equidistant -Jd -JD
- 6.1.3
- Equidistant -Jd -JD
- to 6.1.3
- Equidistant -Jd -JD
- 3.2
- Equidistant -Jd -JD
- to 3.2
- Lambert -Jl -JL
- 6.1.2
- Lambert -Jl -JL
- to 6.1.2
- Lambert -Jl -JL
- 3.2
- Lambert -Jl -JL
- to 3.2
- cylindrical
- 6.3 to 6.3.8
- Cassini -Jc -JC
- 6.3.5
- Cassini -Jc -JC
- to 6.3.5
- Cassini -Jc -JC
- 3.2
- Cassini -Jc -JC
- to 3.2
- equidistant -Jq -JQ
- 6.3.6
- equidistant -Jq -JQ
- to 6.3.6
- equidistant -Jq -JQ
- 3.2
- equidistant -Jq -JQ
- to 3.2
- general -Jy -JY
- 6.3.7
- general -Jy -JY
- to 6.3.7
- general -Jy -JY
- 3.2
- general -Jy -JY
- to 3.2
- Mercator -Jm -JM
- 6.3.1
- Mercator -Jm -JM
- to 6.3.1
- Mercator -Jm -JM
- 3.2
- Mercator -Jm -JM
- to 3.2
- Miller -Jj -JJ
- 6.3.8
- Miller -Jj -JJ
- to 6.3.8
- Miller -Jj -JJ
- 3.2
- Miller -Jj -JJ
- to 3.2
- oblique Mercator -Jo -JO
- 6.3.4
- oblique Mercator -Jo -JO
- to 6.3.4
- oblique Mercator -Jo -JO
- 3.2
- oblique Mercator -Jo -JO
- to 3.2
- transverse Mercator -Jt -JT
- 6.3.2
- transverse Mercator -Jt -JT
- to 6.3.2
- transverse Mercator -Jt -JT
- 3.2
- transverse Mercator -Jt -JT
- to 3.2
- UTM -Ju -JU
- 6.3.3
- UTM -Ju -JU
- to 6.3.3
- UTM -Ju -JU
- 3.2
- UTM -Ju -JU
- to 3.2
- linear
- 3.2 to 3.2
| 5.1.1 to 5.1.1.3
- calendar
- 5.1.1.3 to 5.1.1.3
- Cartesian
- 3.2 to 3.2
- geographic
- 3.2 to 3.2
| 5.1.1.2 to 5.1.1.2
- logarithmic
- 3.2 to 3.2
- miscellaneous
- 6.4 to 6.4.7
- Eckert IV and VI (-Jk -JK)
- 6.4.5
- Eckert IV and VI (-Jk -JK)
- to 6.4.5
- Eckert IV and VI (-Jk -JK)
- 3.2
- Eckert IV and VI (-Jk -JK)
- to 3.2
- Hammer (-Jh -JH)
- 6.4.1
- Hammer (-Jh -JH)
- to 6.4.1
- Hammer (-Jh -JH)
- 3.2
- Hammer (-Jh -JH)
- to 3.2
- Mollweide (-Jw -JW)
- 6.4.2
- Mollweide (-Jw -JW)
- to 6.4.2
- Mollweide (-Jw -JW)
- 3.2
- Mollweide (-Jw -JW)
- to 3.2
- Robinson (-Jn -JN)
- 6.4.4
- Robinson (-Jn -JN)
- to 6.4.4
- Robinson (-Jn -JN)
- 3.2
- Robinson (-Jn -JN)
- to 3.2
- Sinusoidal (-Ji -JI)
- 6.4.6
- Sinusoidal (-Ji -JI)
- to 6.4.6
- Sinusoidal (-Ji -JI)
- 3.2
- Sinusoidal (-Ji -JI)
- to 3.2
- Van der Grinten (-Jv -JV)
- 6.4.7
- Van der Grinten (-Jv -JV)
- to 6.4.7
- Van der Grinten (-Jv -JV)
- 3.2
- Van der Grinten (-Jv -JV)
- to 3.2
- Winkel Tripel (-Jr -JR)
- 6.4.3
- Winkel Tripel (-Jr -JR)
- to 6.4.3
- Winkel Tripel (-Jr -JR)
- 3.2
- Winkel Tripel (-Jr -JR)
- to 3.2
- polar ()
- to 5.2
- polar ()
- 3.2
- polar ()
- to 3.2
- polar ()
- 5.2
- power (exponential)
- 3.2 to 3.2
- stereographic
- general
- 6.2.2.3
- rectangular
- 6.2.2.2
- ps2epsi
- C.
| C.
- psbasemap
- 1.1
| 3.1
| 3.2
| 4.4.2
| 5.
| 7.20
| H.4
| H.4
- psclip
- 3.1
| 3.2
- pscoast
- 1.1
| 3.1
| 3.2
| 6.
| 6.2.3
| 6.2.4
| 6.2.5
| 6.4.6
| 7.1
| 7.15
| 7.17
| 7.17
| 7.17
| 7.19
| 7.19
| 7.24
| H.1
| H.1
| H.4
| K.
| K.2
| K.2
| K.3
- pscontour
- 1.1
| 3.1
| 3.2
| 7.12
| 7.16
| O.
- pscoupe
- A.4
- pshistogram
- 3.1
| 3.2
| 7.6
- psimage
- 1.1
| 3.1
| 3.2
| 4.14
- pslegend
- 1.1
| 3.1
| 3.2
| 7.22
- psmask
- 3.1
| 3.2
| 7.15
| 7.15
- psmeca
- A.4
- psmegaplot
- A.8
- pspolar
- A.4
- psrose
- 3.1
| 3.2
| 7.6
- psscale
- 1.1
| 3.1
| 3.2
| 4.15
| 4.15
| 4.15
| 7.2
| 7.2
- pssegy
- A.9
- pssegyz
- A.9
- pstext
- 1.1
| 3.1
| 3.2
| 4.7
| 4.16
| 4.16
| 7.3
| 7.3
| 7.9
| 7.9
| 7.13
| G.
| O.1
| O.2
| O.2
- psvelo
- A.4
- pswiggle
- 3.1
| 3.2
| 7.9
- psxy
- 1.1
| 3.1
| 3.2
| 4.5
| 4.7
| 4.13
| 4.15
| 4.15
| 5.
| 7.3
| 7.3
| 7.14
| 7.15
| 7.20
| 7.20
| 7.20
| 7.20
| 7.20
| 7.24
| H.1
| H.1
| N.
| O.
| O.1
| O.4
- psxyz
- 1.1
| 3.1
| 3.2
| 4.15
| 7.8
| 7.20
| 7.20
| N.
| O.
| O.1
- Rasterfile
- definitions
- B.3
- format
- B.3
- Record, header -H
- 4.7
- Region
- geographical
- 6.2.1.1
- rectangular
- 6.2.1.1
- Region, specifying
- 4.4.1
- Relief, shaded
- 4.15
- Reverse Polish Notation (RPN)
- 5.1
- Robinson projection -Jn -JN
- 6.4.4
- Robinson projection -Jn -JN
- to 6.4.4
- Robinson projection -Jn -JN
- 3.2
- Robinson projection -Jn -JN
- to 3.2
- rotconverter
- A.10
- RPN (Reverse Polish Notation)
- 5.1
- sample1d
- 3.1
| 3.2
| 7.3
| B.1
- sed
- 2.
| L.2
- SFU (Windows Services for UNIX)
- L.3 to L.3
- sh
- 7.
- Shaded relief
- 4.15
- showrgb
- 4.13
- Sinusoidal projection -Ji -JI
- 6.4.6
- Sinusoidal projection -Ji -JI
- to 6.4.6
- Sinusoidal projection -Ji -JI
- 3.2
- Sinusoidal projection -Ji -JI
- to 3.2
- Sinusoidal projection, interrupted
- 6.4.6
- Small caps
- 4.16
- spectrum1d
- 3.1
| 3.2
| 7.3
- splitxyz
- 3.1
| 3.2
- Standard input
- 4.7
- Standardized command line options
- 3.2 to 3.2
| 4.4
| 4.4
- Stereographic projection -Js -JS
- 6.2.2
- Stereographic projection -Js -JS
- to 6.2.2.3
- Stereographic projection -Js -JS
- 3.2
- Stereographic projection -Js -JS
- to 3.2
- Stereonet
- Schmidt equal-area
- 6.2.1.2
- Wulff equal-angle
- 6.2.1.2
- Subscripts
- 4.16
- Superscripts
- 4.16
- surface
- A
| 2.
| 3.1
| 3.2
| 4.9
| 7.14
| 7.14
| 7.15
| 7.16
| 7.16
| 7.16
| 7.16
| 7.16
- Symbol font
- 4.16
| F.
- symbols
- custom
- N.
- Syntax messages
- 4.6
- Table
- binary
- 4.4.10
- format
- 4.4.11
| B.1
- ASCII
- B.1.1
- binary
- B.1.2
- multisegment
- B.1.1
- tac
- 1.1
- tail
- 1.1
- tcsh
- L.2
| P.
- Text
- escape sequences
- 4.16
- European
- 4.16
| H.3
- subscript
- 4.16
- superscript
- 4.16
- Texture, pen
- 4.13
- Tickmarks
- 4.4.3
- Time axis
- 4.4.3.4
- Timestamp
- 4.4.7
- Transformation
- cartesian
- 5.1
- linear
- 5.1.1 to 5.1.1.3
- logarithmic
- 5.1.2 to 5.1.2
- power (exponential)
- 5.1.3 to 5.1.3
- linear
- calendar
- 5.1.1.3 to 5.1.1.3
- geographic
- 5.1.1.2 to 5.1.1.2
- Transverse Mercator projection -Jt -JT
- 6.3.2
- Transverse Mercator projection -Jt -JT
- to 6.3.2
- Transverse Mercator projection -Jt -JT
- 3.2
- Transverse Mercator projection -Jt -JT
- to 3.2
- trend1d
- 3.1
| 3.2
- trend2d
- 3.1
| 3.2
- triangulate
- 3.1
| 3.2
| 3.2
| 7.12
| 7.16
| 7.16
- Trystan-Edwards projection
- 6.3.7
- ttt
- O.5
- Typographic conventions
- Typographic
- Units
- 4.1 to 4.1
- UNIX
- timestamp
- 4.4.7
- Usage messages
- 4.6
- UTM projection -Ju -JU
- 6.3.3
- UTM projection -Ju -JU
- to 6.3.3
- UTM projection -Ju -JU
- 3.2
- UTM projection -Ju -JU
- to 3.2
- Van der Grinten projection -Jv -JV
- 6.4.7
- Van der Grinten projection -Jv -JV
- to 6.4.7
- Van der Grinten projection -Jv -JV
- 3.2
- Van der Grinten projection -Jv -JV
- to 3.2
- Verbose (-V)
- 4.4.8
- Verbose (-V)
- 4.8
- WDB
- K.1
- wget
- 7.22
| 7.22
| 7.22
- Width, pen
- 4.13
- Win32 and GMT
- L.5
- Win32 and GMT
- to L.5
- Winkel Tripel projection -Jr -JR
- 6.4.3
- Winkel Tripel projection -Jr -JR
- to 6.4.3
- Winkel Tripel projection -Jr -JR
- 3.2
- Winkel Tripel projection -Jr -JR
- to 3.2
- Word
- The
| C.
- WordPerfect
- C.
- World Data Bank II
- K.1
- World Vector Shoreline
- K.1
- WVS
- K.1
- x2sys
- A.12
- x2sys_binlist
- A.11
- x2sys_cross
- A.11
- x2sys_datalist
- A.11
- x2sys_get
- A.11
- x2sys_put
- A.11
- x_edit
- A.12
- x_init
- A.12
- x_list
- A.12
- x_over
- A.12
- x_remove
- A.12
- x_report
- A.12
- x_setup
- A.12
- x_solve_dc_drift
- A.12
- x_update
- A.12
- XDR
- 2.
- xgridedit
- A.13
- xv
- B.3
- xyz2grd
- 1.1
| 3.1
| 3.2
| 4.18
- Y2K compliant
- 2.
- Year 2000 compliant
- 2.
Next: About this document ...
Up: The Generic Mapping Tools
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  Contents
Paul Wessel
2004-10-01