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PROGRAM:

NAME

pscoupe - Plot cross-sections of focal mechanisms

SYNOPSIS

pscoupe [ files ] parameters region parameters [ [p|s]parameters ] [ color ] [ mode[args]
] [ color ] [ ] [ [pen] ] [ ] [ ] [ ] [ ] [ <symbol><scale>[/d] ] [ n ] [
[just/dx/dy/][c|label] ] [ [level] ] [ pen ] [ x_offset ] [ y_offset ] [ cpt ] [ -ccopies
] [ -di<nodata> ] [ -h<headers> ] [ -i<flags> ] [ -:[i|o] ]

Note: No space is allowed between the option flag and the associated arguments.

DESCRIPTION

pscoupe reads data values from files [or standard input] and generates PostScript code
that will plot symbols, lines or polygons on a cross-section. Focal mechanisms may be
specified and require additional columns of data. The PostScript code is written to
standard output.

Unless is used, new file is created with the new coordinates (x, y) and the mechanism
(from lower focal half-sphere for horizontal plane, to half-sphere behind a vertical
plane). When the plane is not horizontal, - north direction becomes upwards steepest
descent direction of the plane (u) - east direction becomes strike direction of the plane
(s) - down direction (= north^east) becomes u^s Axis angles are defined in the same way as
in horizontal plane in the new system. Moment tensor (initially in r, t, f system that is
up, south, east) is defined in (-u^s, -u, s) system.

REQUIRED ARGUMENTS

table One or more ASCII (or binary, see -bi[ncols][type]) data table file(s) holding a
number of data columns. If no tables are given then we read from standard input.

-Jparameters (more ...)
Select map projection.

-R[unit]west/east/south/north[/zmin/zmax][r]
west, east, south, and north specify the region of interest, and you may specify
them in decimal degrees or in [+-]dd:mm[:ss.xxx][W|E|S|N] format. Append r if lower
left and upper right map coordinates are given instead of w/e/s/n. The two
shorthands -Rg and -Rd stand for global domain (0/360 and -180/+180 in longitude
respectively, with -90/+90 in latitude). Alternatively for grid creation, give
Rcodelon/lat/nx/ny, where code is a 2-character combination of L, C, R (for left,
center, or right) and T, M, B for top, middle, or bottom. e.g., BL for lower left.
This indicates which point on a rectangular region the lon/lat coordinate refers
to, and the grid dimensions nx and ny with grid spacings via -I is used to create
the corresponding region. Alternatively, specify the name of an existing grid file
and the -R settings (and grid spacing, if applicable) are copied from the grid.
Using -Runit expects projected (Cartesian) coordinates compatible with chosen -J
and we inversely project to determine actual rectangular geographic region. For
perspective view (-p), optionally append /zmin/zmax. In case of perspective view
(-p), a z-range (zmin, zmax) can be appended to indicate the third dimension. This
needs to be done only when using the -Jz option, not when using only the -p option.
In the latter case a perspective view of the plane is plotted, with no third
dimension. If frame is defined from cross-section parameters (see -A this option is
not taken into account, but must be present.

-A selects the cross-section.

-Aalon1/lat1/lon2/lat2/dip/p_width/dmin/dmax[f]
lon and lat are the longitude and latitude of points 1 and 2 limiting the
length of the cross-section. dip is the dip of the plane on which the
cross-section is made. p_width is the width of the cross-section on each
side of a vertical plane or above and under an oblique plane. dmin and dmax
are the distances min and max from horizontal plane, along steepest descent
direction. Add f to get the frame from the cross-section parameters.

-Ablon1/lat1/strike/p_length/dip/p_width/dmin/dmax[f]
lon1 and lat1 are the longitude and latitude of the beginning of the
cross-section. strike is the azimuth of the direction of the cross-section.
p_length is the length along which the cross-section is made. The other
parameters are the same as for -Aa option.

-Acx1/y1/x2/y2/dip/p_width/dmin/dmax[f]
The same as -Aa option with x and y cartesian coordinates.

-Adx1/y1/strike/p_length/dip/p_width/dmin/dmax[f]
The same as -Ab option with x and y cartesian coordinates.

-S selects the meaning of the columns in the data file and the figure to be plotted.

-Sascale[/fontsize[/offset[u]]]
Focal mechanisms in Aki and Richards convention. scale adjusts the scaling
of the radius of the "beach ball", which will be proportional to the
magnitude. The scale is the size for magnitude = 5 in PROJ_LENGTH_UNIT
(unless c, i, or p is appended to indicate that the size information is in
units of cm, inches, meters, or points, respectively). Use the -T option to
render the beach ball transparent by drawing only the nodal planes and the
circumference. The color or shade of the compressive quadrants can be
specified with the -G option. The color or shade of the extensive quadrants
can be specified with the -E option. Parameters are expected to be in the
following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth of event in kilometers

4,5,6: strike, dip and rake

7: magnitude

8,9: not used; can be 0 0; allows use of the psmeca file format

10: text string to appear above the beach ball (default) or under (add
u).

-Scscale
Focal mechanisms in Harvard CMT convention. scale adjusts the scaling of the
radius of the "beach ball", which will be proportional to the magnitude. The
scale is the size for magnitude = 5 (that is M0 = 4E+23 dynes-cm.) in
PROJ_LENGTH_UNIT (unless c, i, or p is appended to indicate that the size
information is in units of cm, inches, meters, or points, respectively). Use
the -T option to render the beach ball transparent by drawing only the nodal
planes and the circumference. The color or shade of the compressive
quadrants can be specified with the -G option. The color or shade of the
extensive quadrants can be specified with the -E option. Parameters are
expected to be in the following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth of event in kilometers

4,5,6: strike, dip, and slip of plane 1

7,8,9: strike, dip, and slip of plane 2

10,11: mantissa and exponent of moment in dyne-cm (if magnitude is uses
instead of scalar moment, magnitude is in column 10 and 0 must be
in column 11)

12,13: not used; can be 0 0; allows use of the psmeca file format

14: text string to appear above the beach ball (default) or under (add
u).

-Spscale[/fontsize[/offset[u]]]
Focal mechanisms given with partial data on both planes. scale adjusts the
scaling of the radius of the "beach ball", which will be proportional to the
magnitude. The scale is the size for magnitude = 5 in PROJ_LENGTH_UNIT
(unless c, i, or p is appended to indicate that the size information is in
units of cm, inches, meters, or points, respectively). The color or shade of
the compressive quadrants can be specified with the -G option. The color or
shade of the extensive quadrants can be specified with the -E option.
Parameters are expected to be in the following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth

4,5: strike, dip of plane 1

6: strike of plane 2

7: must be -1/+1 for a normal/inverse fault

8: magnitude

9,10: not used; can be 0 0; allows use of the psmeca file format

11: text string to appear above the beach ball (default) or under (add
u).

-Sm|d|zscale[/fontsize[/offset[u]]]
Seismic moment tensor (Harvard CMT, with zero trace). scale adjusts the
scaling of the radius of the "beach ball", which will be proportional to the
magnitude. The scale is the size for magnitude = 5 (that is seismic scalar
moment = 4E+23 dynes-cm) in PROJ_LENGTH_UNIT (unless c, i, or p is appended
to indicate that the size information is in units of cm, inches, meters, or
points, respectively). (-T0 option overlays best double couple
transparently.)

-Sdscale[/fontsize[/offset[u]]]
to plot the only double couple part of moment tensor.

-Szscale[/fontsize[/offset[u]]]
to plot anisotropic part of moment tensor (zero trace). The color or shade
of the compressive quadrants can be specified with the -G option. The color
or shade of the extensive quadrants can be specified with the -E option.
Parameters are expected to be in the following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth of event in kilometers

4,5,6,7,8,9:
mrr, mtt, mff, mrt, mrf, mtf in 10*exponent dynes-cm

10: exponent

11,12: Not used; can be 0 0; allows use of the psmeca file format

13: Text string to appear above the beach ball (default) or under (add
u).

-Sxscale[/fontsize[/offset[u]]]
Principal axis. scale adjusts the scaling of the radius of the "beach ball",
which will be proportional to the magnitude. The scale is the size for
magnitude = 5 (that is seismic scalar moment = 4*10e+23 dynes-cm) in
PROJ_LENGTH_UNIT (unless c, i, or p is appended to indicate that the size
information is in units of cm, inches, meters, or points, respectively).
(-T0 option overlays best double couple transparently.)

-Syscale[/fontsize[/offset[u]]]
to plot the only double couple part of moment tensor.

-Stscale[/fontsize[/offset[u]]]
to plot anisotropic part of moment tensor (zero trace). The color or shade
of the compressive quadrants can be specified with the -G option. The color
or shade of the extensive quadrants can be specified with the -E option.
Parameters are expected to be in the following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth of event in kilometers

4,5,6,7,8,9,10,11,12:
value (in 10*exponent dynes-cm), azimuth, plunge of the T, N, and
P axes.

13: exponent

14,15: longitude, latitude at which to place beach ball. Entries in these
columns are necessary with the -C option. Using 0,0 in columns 9
and 10 will plot the beach ball at the longitude, latitude given
in columns 1 and 2. The -: option will interchange the order of
columns (1,2) and (9,10).

16: Text string to appear above the beach ball (optional).

OPTIONAL ARGUMENTS

-B[p|s]parameters (more ...)
Set map boundary intervals.

-Ecolor
Sets color or fill pattern for extensive quadrants [Default is white].

-Fmode[args]
Sets one or more attributes; repeatable. The various combinations are

-Fssymbol[size[/fontsize[/offset[u]]]
selects a symbol instead of mechanism. Choose from the following: (c) circle, (d)
diamond, (i) itriangle, (s) square, (t) triangle, (x) cross. size is the symbol
size in PROJ_LENGTH_UNIT (unless c, i, or p is appended to indicate that the size
information is in units of cm, inches, meters, or points, respectively). If size
must be read, it must be in column 4 and the text string will start in column 5.
Parameters are expected to be in the following columns:

1,2: longitude, latitude of event (-: option interchanges order)

3: depth of event in kilometers

4: Text string to appear above the beach ball (default) or under (add u).

-Fa[size][/P_symbol[/T_symbol]]
Computes and plots P and T axes with symbols. Optionally specify size and
(separate) P and T axis symbols from the following: (c) circle, (d) diamond, (h)
hexagon, (i) inverse triangle, (p) point, (s) square, (t) triangle, (x) cross.
[Default: 6p/cc]

-Fecolor
Sets the color or fill pattern for the T axis symbol. [Default as set by ]

-Fgcolor
Sets the color or fill pattern for the P axis symbol. [Default as set by ]

-Fp[pen]
Draws the P axis outline using current pen (see ), or sets pen attributes.

-Fr[color]
Draw a box behind the label (if any). [Default fill is white]

-Ft[pen]
Draws the T axis outline using current pen (see -W), or sets pen attributes.

-Gcolor
Sets color or fill pattern for compressional quadrants [Default is black].

-K (more ...)
Do not finalize the PostScript plot.

-L[pen]
Draws the "beach ball" outline using current pen (see ) or sets pen attributes.

-M Same size for any magnitude.

-N Does not skip symbols that fall outside map border [Default plots points inside
border only].

-O (more ...)
Append to existing PostScript plot.

-P (more ...)
Select "Portrait" plot orientation.

-Q Suppress the production of files with cross-section and mechanism information.

-T[num_of_planes]
Plots the nodal planes and outlines the bubble which is transparent. If
num_of_planes is 0: both nodal planes are plotted; 1: only the first nodal plane is
plotted; 2: only the second nodal plane is plotted [Default: 0].

-U[just/dx/dy/][c|label] (more ...)
Draw GMT time stamp logo on plot.

-V[level] (more ...)
Select verbosity level [c].

-W[-|+][pen][attr] (more ...)
set pen attributes for text string or default pen attributes for fault plane edges.
[Defaults: width = default, color = black, style = solid].

-X[a|c|f|r][x-shift[u]]

-Y[a|c|f|r][y-shift[u]] (more ...)
Shift plot origin.

-Zcpt Give a CPT file and let compressive part color be determined by the z-value in the
third column.

-ccopies (more ...)
Specify number of plot copies [Default is 1].

-dinodata (more ...)
Replace input columns that equal nodata with NaN.

-h[i|o][n][+c][+d][+rremark][+rtitle] (more ...)
Skip or produce header record(s).

-icols[l][sscale][ooffset][,...] (more ...)
Select input columns (0 is first column).

-:[i|o] (more ...)
Swap 1st and 2nd column on input and/or output.

-^ or just -
Print a short message about the syntax of the command, then exits (NOTE: on Windows
use just -).

-+ or just +
Print an extensive usage (help) message, including the explanation of any
module-specific option (but not the GMT common options), then exits.

-? or no arguments
Print a complete usage (help) message, including the explanation of options, then
exits.

--version
Print GMT version and exit.

--show-datadir
Print full path to GMT share directory and exit.

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