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B.2. SUNAME
119
HOLBERG1D - Compute coefficients of Holberg’s 1st derivative filter
IBMFLT_ - Convert IBM tape format to floats and back
INTCUB - evaluate y(x), y’(x), y’’(x), ... via piecewise cubic interpolation
INTL2B - bilinear interpolation of a 2-D array of bytes
INTLIN - evaluate y(x) via linear interpolation of y(x[0]), y(x[1]), ...
INTSINC8 - Functions to interpolate uniformly-sampled data via 8-coeff. sinc
INTTABLE8 - Interpolation of a uniformly-sampled complex function y(x)
MKDIFF - Make an n-th order DIFFerentiator via Taylor’s series method.
MKHDIFF - Compute filter approximating the bandlimited HalF-DIFFerentiator.
MKSINC - Compute least-squares optimal sinc interpolation coefficients.
MNEWT - Solve non-linear system of equations f(x) = 0 via Newton’s method
PFAFFT - Functions to perform Prime Factor (PFA) FFT’s, in place
POLAR - Functions to map data in rectangular coordinates to polar and vise versa
PRINTERPLOT - Functions to make a printer plot of a 1-dimensional array
QUEST - Functions to ESTimate Quantiles:
RESSINC8 - Functions to resample uniformly-sampled data via 8-coefficient sinc
RFWTVA - Rasterize a Float array as Wiggle-Trace-Variable-Area.
RFWTVAINT - Rasterize a Float array as Wiggle-Trace-Variable-Area, with
SBLAS - Single precision Basic Linear Algebra Subroutines
SCAXIS - compute a readable scale for use in plotting axes
SGA - Single precision general matrix functions adapted from LINPACK FORTRAN:
SHFS8R - Shift a uniformly-sampled real-valued function y(x) via
SINC - Return SINC(x) for as floats or as doubles
SORT - Functions to sort arrays of data or arrays of indices
SQR - Single precision QR decomposition functions adapted from LINPACK FORTRAN:
STOEP - Functions to solve a symmetric Toeplitz linear system of equations
STRSTUFF -- STRing manuplation subs
SWAPBYTE - Functions to SWAP the BYTE order of binary data
TEMPORARY_FILENAME - Creates a file name in a user-specified directory.
TRIDIAGONAL - Functions to solve tridiagonal systems of equations Tu=r for u.
VANDERMONDE - Functions to solve Vandermonde system of equations Vx=b
WAVEFORMS Subroutines to define some wavelets for modeling of seimic
XCOR - Compute z = x cross-correlated with y
XINDEX - determine index of x with respect to an array of x values
YCLIP - Clip a function y(x) defined by linear interpolation of the
YXTOXY - Compute a regularly-sampled, monotonically increasing function x(y)
ZASC - routine to translate ncharacters from ebcdic to ascii
ZEBC - routine to translate ncharacters from ascii to ebcdic
In CWPROOT/src/par/lib:
VND *VNDop(int mode, long lwmax, int ndim, long *N, long npanels,
ATOPKGE - convert ascii to arithmetic and with error checking
DOCPKGE - Function to implement the CWP self-documentation facility
EALLOC - Allocate and free multi-dimensional arrays with error reports.
ERRPKGE - routines for reporting errors
FILESTAT - Functions to determine and output the type of a file from file
GETPARS - Functions to GET PARameterS from the command line. Numeric
MODELING - Seismic Modeling Subroutines for SUSYNLV and clones
SMOOTH - Functions to compute smoothing of 1-D or 2-D input data
SUBCALLS - routines for system functions with error checking
SYSCALLS - routines for SYSTEM CALLs with error checking
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120
APPENDIX B. HELP FACILILTIES
In CWPROOT/src/su/lib:
FGETTR - Routines to get an SU trace from a file
FPUTTR - Routines to put an SU trace to a file
HDRPKGE - routines to access the SEGY header via the hdr structure.
TABPLOT - TABPLOT selected sample points on selected trace
VALPKGE - routines to handle variables of type Value
In CWPROOT/src/psplot/lib:
BASIC - Basic C function interface to PostScript
PSAXESBOX - Functions to draw PostScript axes and estimate bounding box
PSAXESBOX3 - Functions draw an axes box via PostScript, estimate bounding box
PSCAXESBOX - Draw an axes box for cube via PostScript
PSCONTOUR - draw contour of a two-dimensional array via PostScript
PSDRAWCURVE - Functions to draw a curve from a set of points
PSLEGENDBOX - Functions to draw PostScript axes and estimate bounding box
PSWIGGLE - draw wiggle-trace with (optional) area-fill via PostScript
In CWPROOT/src/xplot/lib:
AXESBOX - Functions to draw axes in X-windows graphics
COLORMAP - Functions to manipulate X colormaps:
DRAWCURVE - Functions to draw a curve from a set of points
IMAGE - Function for making the image in an X-windows image plot
LEGENDBOX - draw a labeled axes box for a legend (i.e. colorscale)
RUBBERBOX - Function to draw a rubberband box in X-windows plots
WINDOW - Function to create a window in X-windows graphics
XCONTOUR - draw contour of a two-dimensional array via X vectorplot calls
In CWPROOT/src/Xtcwp/lib:
AXES - the Axes Widget
COLORMAP - Functions to manipulate X colormaps:
FX - Functions to support floating point coordinates in X
MISC - Miscellaneous X-Toolkit functions
RESCONV - general purpose resource type converters
RUBBERBOX - Function to draw a rubberband box in X-windows plots
In CWPROOT/src/Xmcwp/lib:
RADIOBUTTONS - convenience functions creating and using radio buttons
SAMPLES - Motif-based Graphics Functions
In CWPROOT/src/tri/lib:
CHECK - CHECK triangulated models
CIRCUM - define CIRCUMcircles for Delaunay triangulation
COLINEAR - determine if edges or vertecies are COLINEAR in triangulated
CREATE - create model, boundary edge triangles, edge face, edge vertex, add
DELETE - DELETE vertex, model, edge, or boundary edge from triangulated model
DTE - Distance to Edge
FIXEDGES - FIX or unFIX EDGES between verticies
INSIDE - Is a vertex or point inside a circum circle, etc. of a triangulated
NEAREST - NEAREST edge or vertex in triangulated model
PROJECT - project to edge in triangulated model
READWRITE - READ or WRITE a triangulated model
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B.2. SUNAME
121
In CWPROOT/src/cwputils:
CPUSEC - return cpu time (UNIX user time) in seconds
CPUTIME - return cpu time (UNIX user time) in seconds using ANSI C built-ins
WALLSEC - Functions to time processes
WALLTIME - Function to show time a process takes to run
In CWPROOT/src/comp/dct/lib:
DCT1 - 1D Discreet Cosine Transform Routines
DCT2 - 2D Discrete Cosine Transform Routines
DCTALLOC - ALLOCate space for transform tables for 1D DCT
GETFILTER - GET wavelet FILTER type
LCT1 - functions used to perform the 1D Local Cosine Transform (LCT)
LPRED - Lateral Prediction of Several Plane Waves
WAVEPACK1 - 1D wavelet packet transform
WAVEPACK2 - 2D Wavelet PACKet transform
WAVEPACK1 - 1D wavelet packet transform
WAVETRANS2 - 2D wavelet transform by tensor-product of two 1D transforms
In CWPROOT/src/comp/dct/libutil:
BUFFALLOC - routines to ALLOCate/initialize and free BUFFers
HUFFMAN - Routines for in memory Huffman coding/decoding
PENCODING - Routines to en/decode the quantized integers for lossless
QUANT - QUANTization routines
RLE - routines for in memory silence en/decoding
In CWPROOT/src/comp/dwpt/1d/lib:
WBUFFALLOC - routines to allocate/initialize and free buffers in wavelet
WPC1 - routines for compress a single seismic trace using wavelet packets
WPC1CODING - routines for encoding the integer symbols in 1D WPC
wpc1Quant - quantize
WPC1TRANS - routines to perform a 1D wavelet packet transform
In CWPROOT/src/comp/dwpt/2d/lib:
WPC - routines for compress a 2D seismic section using wavelet packets
WPCBUFFAL - routines to allocate/initialize and free buffers
WPCCODING - Routines for in memory coding of the quantized coeffiecients
WPCENDEC - Wavelet Packet Coding, Encoding and Decoding routines
WPCHUFF -Routines for in memory Huffman coding/decoding
WPCPACK2 - routine to perform a 2D wavelet packet transform
WPCQUANT - quantization routines for WPC
WPCSILENCE - routines for in memory silence en/decoding
Shells:
Libs:
Shells:
Libs:
Shells:
Libs:
To search on a program name fragment, type:
"suname name_fragment <CR>"
For more information type: "program_name <CR>"
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122
APPENDIX B. HELP FACILILTIES
Items labeled with an asterisk (*) are C programs that may
or may not have a self documentation feature.
Items labeled with a pound sign (#) are shell scripts that may,
or may not have a self documentation feature.
To find information about these codes type:
sudoc program_name
B.3 Suhelp.html
This is the text listing of Chris Liner’s SU Help page.
SeismicUn*x
Version 33 (5 April 1999)
An HTML Help Browser
* This is a help browser for the SeismicUn*x free software package
developed and maintained by the Center for Wave Phenomena at the
Colorado School of Mines. The SU project is directed at CWP by John
Stockwell.
* The author of this help facility is Dr. Christopher Liner (an alumnus
of CWP) who is a faculty member in the Department of Geosciences at The
University of Tulsa.
* Last updated January 16, 1998
o The arrangement below is by funtionality
o Clicking on a program name pulls up the selfdoc for that item
o Your web browser’s Find capability is useful if you have a
fragment in mind (e.g. sort or nmo)
o While programs may logically apply to more than one catagory
below, each program appears only once
-----------------------------------------------------------------------
1. Functional Listing
1. Data Compression
2. Editing, Sorting and Manipulation
3. Filtering, Transforms and Attributes
4. Gain, NMO, Stack and Standard Processes
5. Graphics
6. Import/Export
7. Migration and Dip Moveout
8. Simulation and Model Building
9. Utilities
* Alphabetical name list
* 280 items
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B.3. SUHELP.HTML
123
* List is for scanning only, it
* For further info on an
does not pull up the selfdoc of
interesting item use your
a selected item.
browser’s find command, then
follow the link
------------------------------------------------------------------------
Data Compression
Discrete Cosine Transform
* dctcomp
* dctuncomp
Packing
* supack1
* suunpack1
* supack2
* suunpack2
* wpc1comp2
* wpc1uncomp2
Wavelet Transform
* wpccompress
* wpcuncompress
* wptcomp
* wptuncomp
* wtcomp
* wtuncomp
Go to top
Editing, Sorting and Manipulation
* suabshw
* suazimuth
* suquantile
* surange
Edit + tools
* subset
* sushw
* suchw
* suedit
* sutab
* sugethw
* suwind
* sukill
* suxedit
Sort
* susort
* fcat
* suramp
* maxdiff
* surecip, recip
* suaddnoise
* suresamp, resamp
Manipulate
* sudiff
* suswapbytes
* suflip
* sutaper
* suinterp
* suvcat
* sunull
* suzero
* suop
* swapbytes
* suop2
* transp
Go to top
Filtering, Transforms and Attributes
* suband
* supef
One-Dimensional filtering
* subfilt
* sushape
* suconv
* sufilter
* sutvband
* sufrac
* suxcor
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124
APPENDIX B. HELP FACILILTIES
* sudipfilt
* sumedian
Two-Dimensional filtering
* sufxdecon
* sukfilter
* suk1k2filter
* sukfrac
* entropy
* suamp
* sulog, suilog
* suattributes
* suradon
* sureduce
Transforms and Attributes
* suenv
* suspecfk
* suhilb
* sufft, suifft
* suspecfx
* sugabor
* suspeck1k2
* suharlan
* sutaup
* sulog, suilog
* sutsq
Go to top
Gain, NMO, Stack and Standard Processes
* suagc
* sunmo
* supgc
Standard Procs
* sudivcor
* suresstat
* sugain
* sumix
* sustack
* sumute
* sustatic
* unglitch
* suacor
Miscellaneous
* suttoz
* suvibro
* suvlength
* dzdv
Velocity Analysis
* sudivstack
* suvelan
* surelan
* velpert
Go to top
Graphics
X-window ... for SU format
input data
* suxcontour
* suxgraph
* suxmovie
(see binary form for full
* suximage
* suxpicker
options)
* suxmax
* suxwigb
X-window ... for binary
* sxplot
* xmovie
input data
* xcontour
* xpicker
* xgraph
* ximage
* xwigb
Postscript ... for SU
format input data
* supscontour
* supsmovie (NeXT
* supscube
only)
B.3. SUHELP.HTML
125
(see binary form for full
* supsgraph
* supswigb
options)
* supsimage
* supswigp
* psbbox
Postscript ... for binary
* pscontour
* psmovie (NeXT only)
input data
* pscube
* pswigb
* psgraph
* pswigp
* psimage
* spsplot
* fftlab
* h2b
* scmap
* lcmap, lprop
* su3dchart
* merge2, merge4
* suchart
Utilities + misc
* prplot
* supsmax
* psepsi
* xrects
* psmanager
* xepsb (NeXT only)
* psmerge
* xepsp (NeXT only)
* pslabel
* xepsp (NeXT only)
Go to top
Import/Export
* a2b
* b2a
* segywrite
* bhedtopar
* setbhed
* dt1tosu
* suaddhead
* suascii
Import/Export
* ftnstrip
* suget
* ftnunstrip
* recast
* suoldtonew
* segdread
* supaste
* segyclean
* suput
* segyhdrs
* sustrip
* segyread
* z2xyz
Go to top
Migration and Dip Moveout
* sugazmig
* sumigps
Poststack migration
* sumigfd
* sumigpspi
* sumigffd
* sumigsplit
* sumiggbzo
* sumigtk
Prestack/Poststack migration
* sukdmig2d
* sumigtopo2d
* sustolt
Prestack migration
* sumigprefd
* sumigprepspi
* sumigpreffd
* sumigpresp
Dip Moveout
* sudmofk
* sudmotx
* sudmofkcw
* sudmovz
126
APPENDIX B. HELP FACILILTIES
Datuming
* sudatumk2dr
* sudatumk2ds
Inversion (True amp migration)
* suinvvzco
* suinvzco3d
Go to top
Simulation and Model Building
* gbbeam
* susyncz
* normray
* susynlv
* rayt2d
* susynlvcw
Simulation (aka modeling)
* sufdmod2
* susynvxz
* suimp2d
* susynvxzcs
* suimp3d
* triray
* sukdsyn2d
* triseis
* sureflpsvsh
* wkbj
* makevel
* trimodel
* regrid3
* uni2tri
Model Building
* suintvel
* unif2
* sustkvel
* unisam
* tetramod
* unisam2
* tri2uni
* velconv
* kaperture
* suspike
Utilities
* smooth2
* trip (Mesa 3D item)
* smooth3d
* viewer3 (Mesa 3D item)
* smoothint2
* vtlvz
* suplane
* xy2z
Go to top
Utilities
* copyright
* overwrite
* cpall
* pause
* time_now
* cpusec
* precedence
* todays_date
* cputime
* replace
* updatedoc
* ctrlstrip
* rmaxdiff
* updatedocall
* dirtree
* sumax
* updatehead
Utilities
* downfort
* sumean
* upfort
* farith
* sumedian
* usernames
* filetype
* sunormalize
* varlist
* isatty
* supickamp
* wallsec
* lookpar
* sushift
* walltime
* maxints
* suweight
* weekday
* mkparfile
* t
* zap
* newcase
* this_year
* cwpfind
* sugendocs
Help utilities
* gendocs
* suhelp
* sudoc
* suname
* sufind
* sukeyword
B.4. SUKEYWORD - LIST THE SU DATATYPE (SEGY) KEYWORDS
127
Go to top
B.4 SUKEYWORD - list the SU datatype (SEGY) Keywords
The following is the listing put out by
typedef struct { /* segy - trace identification header */
int tracl; /* trace sequence number within line */
int tracr; /* trace sequence number within reel */
int fldr; /* field record number */
int tracf; /* trace number within field record */
int ep; /* energy source point number */
int cdp; /* CDP ensemble number */
int cdpt; /* trace number within CDP ensemble */
short trid; /* trace identification code:
1 = seismic data
2 = dead
3 = dummy
4 = time break
5 = uphole
6 = sweep
7 = timing
8 = water break
9---, N = optional use (N = 32,767)
Following are CWP id flags:
9 = autocorrelation
10 = Fourier transformed - no packing
xr[0],xi[0], ..., xr[N-1],xi[N-1]
11 = Fourier transformed - unpacked Nyquist
xr[0],xi[0],...,xr[N/2],xi[N/2]
12 = Fourier transformed - packed Nyquist
even N:
xr[0],xr[N/2],xr[1],xi[1], ...,
xr[N/2 -1],xi[N/2 -1]
128
APPENDIX B. HELP FACILILTIES
(note the exceptional second entry)
odd N:
xr[0],xr[(N-1)/2],xr[1],xi[1], ...,
xr[(N-1)/2 -1],xi[(N-1)/2 -1],xi[(N-1)/2]
(note the exceptional second & last entries)
13 = Complex signal in the time domain
xr[0],xi[0], ..., xr[N-1],xi[N-1]
14 = Fourier transformed - amplitude/phase
a[0],p[0], ..., a[N-1],p[N-1]
15 = Complex time signal - amplitude/phase
a[0],p[0], ..., a[N-1],p[N-1]
16 = Real part of complex trace from 0 to Nyquist
17 = Imag part of complex trace from 0 to Nyquist
18 = Amplitude of complex trace from 0 to Nyquist
19 = Phase of complex trace from 0 to Nyquist
21 = Wavenumber time domain (k-t)
22 = Wavenumber frequency (k-omega)
23 = Envelope of the complex time trace
24 = Phase of the complex time trace
25 = Frequency of the complex time trace
30 = Depth-Range (z-x) traces
43 = Seismic Data, Vertical Component
44 = Seismic Data, Horizontal Component 1
45 = Seismic Data, Horizontal Component 2
46 = Seismic Data, Radial Component
47 = Seismic Data, Transverse Component
101 = Seismic data packed to bytes (by supack1)
102 = Seismic data packed to 2 bytes (by supack2)
*/
short nvs; /* number of vertically summed traces (see vscode
in bhed structure) */
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