From Newsgroup: rec.sport.rowing

<div>I quit this and bumped into another problem. I found there are some "configuration arguments" described in the doc, and add an ASYMPTOTE_CONFIG, which looks like this:</div><div></div><div>------------------------------------------</div><div></div><div>psviewer="D:\CTeX\Ghostgum\gsview\gsview32.exe";</div><div></div><div>pdfviewer="C:\Program Files\Adobe\Acrobat 7.0\Reader\AcroRd32.exe";</div><div></div><div>gs="D:\CTeX\gs\gs8.51\bin\gswin32.exe";</div><div></div><div>python="D:\Common Tools\Python\python.exe";</div><div></div><div>------------------------------------------</div><div></div><div>When I typed "asy Bode.asy" from the installation path the following message appeared:</div><div></div><div>------------------------------------------</div><div></div><div>Cannot execute c:\Program Files\Ghostgum\gsview\gsview32.exe</div><div></div><div>Please put in 'D:/Common Tools/Asymptote/config.asy':</div><div></div><div>------------------------------------------</div><div></div><div>Asymptote didn't find my gsview32 too! If I put each of them into an ASYMPTOTE_ variable they are all found, but I don't like this idea. Is there a complete list of "configuration variables", and could somebody give me a hint about what goes wrong with my configuration? Thanks a lot!</div><div></div><div></div><div></div><div></div><div></div><div>gsview32 download</div><div></div><div>DOWNLOAD: https://t.co/vcUKYYXt6y </div><div></div><div></div><div>By default, GSview is installed in the directory c:\Ghostgum, which creates the sub-directories c:\Ghostgum\gsview, c:\Ghostgum\pstotext and c:\Ghostgum\pstoedit. The GSview executable is c:\Ghostgum\gsview\gsview32.exe.</div><div></div><div></div><div>By default, GSview is installed in the directory c:\Program Files\Ghostgum, which creates the sub-directories c:\Program Files\Ghostgum\gsview and c:\Program Files\Ghostgum\pstotext. The GSview executable is c:\Program Files\Ghostgum\gsview\gsview32.exe.</div><div></div><div></div><div>Written byProfessors:Dr. Gordon A. FentonDr. D.V. GriffithsEMAIL:Gordon.Fenton dal.cad.v.griffiths mines.eduPhone: 902-494-6002303-273-3669Location:Dalhousie UniversityColorado School of MinesHalifax, CanadaGolden, ColoradoSee also the complete list of RFEM Publications.</div><div></div><div>In 1992, Drs. G.A. Fenton and D.V. Griffiths combined random field simulationwith the finite element method to produce the Random FiniteElement Method, or RFEM. The method has been used to investigate therandom behaviour of soils in the context of a variety of classicalgeotechnical problems, ranging from settlement of shallow foundations to thecollapse of rock pillars. All but the most recent publications arising out ofthis research can be found here. (For the mostrecent publications, you will have to obtain the journal versions.)The authors are making all of their RFEM software freely available, along withthe finite element libraries written by I.M. Smith and D.V. Griffiths (whichhave been publicfor many years) and the simulation and numerical librarywritten by G.A. Fenton.When results derived from the RFEM software available at this site are used inany publication, the authors must cite at least one of the journal papers aswell as the textbook written by the developers. The appropriate references canbe found in RFEM Publications.The RFEM front end executables (under Windows) include the following; mrbear2d: 2-D shallow foundation stochasticbearing capacity analysis, mrdam2d: 2-D stochastic earth dam analysis, mrearth2d: 2-D stochastic earth pressureanalysis, mrflow2d: 2-D stochastic seepage analysis, mrflow3d: 3-D stochastic seepage analysis, mrpill2d: 2-D stochastic pillar analysis, mrpill3d: 3-D stochastic pillar analysis, mrsetl2d: 2-D shallow foundation stochasticsettlement analysis, mrsetl3d: 3-D shallow foundation stochasticsettlement analysis, mrslope2d: 2-D stochastic slope stabilityanalysis,In order to look at some of the output of these programs, you will need toinstall a Postscript viewer. Seehere for the requiredsoftware (or search for ghostscript and ghostview for the most recentversions). You will need to install ghostscript first and then ghostview. The32bit executables should work on any computer, the 64bit versions are tailoredfor 64bit CPUs. Install only one set or the other. Remember what folder youinstall the Postscript viewing program into -- you will need to know thefolder and the executable name in order to get the RFEM programs to viewgraphical results -- this information must be provided in the "rfem.inf" filediscussed shortly. Use Windows Explorer to find the executable, which is(probably) called gsview32.exe (or gsview64.exe).The complete current version of the RFEM distribution for the Windowsenvironment is RFEM_Windows_1.1.2.exe,which is a self-extracting executable. The easiest way to install the RFEMdistribution is to extract it into the "c:" drive -- do this just byrunning the downloaded executable and accepting the default options. This willcreate a subdirectory called "c:\rfem" within which all of the executables,libraries, and source codes are placed. If you wish to install rfem on adifferent drive, just change "c:" to whatever drive you wish. In the following,the c: drive is assumed.REVISION HISTORY:</div><div></div><div>Version 1.1.2 (Aug 29, 2012):mrslope2d.exe was broken (opened off the edge of the screen) -- fixed in thisrevision.</div><div></div><div>Version 1.1.1 (Jan 8, 2012):Added the ability for rslope2d to consider any positive gradient(rather than just integer gradients).</div><div></div><div>Version 1.1.0 (Oct 13, 2011):I discovered an element numbering error in oneof the LAS3G subroutines (plan3d.f) which led to an incorrectly generated 3-DLAS random field in the event that k1 = 1. This would have occurred , forexample, when trying to generate a field of size 4 x 64 x 64, i.e. a verynarrow field in the x-direction. Similarly, in the 2-D LAS generator, whentrying to generate a field of size 2 x 512, the final set of 4 cells were notbeing averaged to the correct final parent cell. Both problems have beencorrected in this version.After extracting the distribution, you will need to perform thefollowing steps;edit c:\rfem\rfem.inf using an ordinary editor (e.g. Notepad,not MS Word).set BINDIR to the path to the rfem\bin folder (c:\rfem\bin bydefault),set HELPDIR to the path to the rfem\lib\help folder (c:\rfem\lib\helpby default),set GHOSTVIEW to the path and executable name of a Postscriptviewing program (see discussion about GSView above), the default isc:\ghostscript\gsview\gsview32.exe.move or copy the rfem.inf file into the directory c:\windows\inf.To uninstall the RFEM distribution simply remove the rfem directory and thec:\windows\inf\rfem.inf file (if you copied the latter over).Now, if you look in the rfem\bin directory, you should be able to run anyof the programs listed above, e.g. mrsetl2d.exe. Some hints at runningthese programs;to get the output to appear in a specific folder, simply set thebasename to include the folder path, e.g. d:\gordon\temp\rsetl2dvirtually all of the entries have a little button beside it labeled"Help". If in doubt, click on it.the non-linear programs (mrbear2d, mrslope2d, mrpill?d, mrearth2d)may take a LONG time to run. You may want to test it using justa few realizations to get a sense for timing prior to crankingthe final run(s).the leading "m" in these programs stands for "graphical frontend" (in whatever language "graphical front end" starts withthe letter "m"! Actually, it was sort of a mistake -- I usuallyname just the main routine of a program with a leading "m", andmy early attempts at Borland C++ Builder named the executable thesame name as the main...). Anyhow, what this means is that whenyou "run" mrbear2d, for example, by clicking on the little blacktriangle, it actually executes another program named "rbear2d"which reads the data file you have just created and runs theRFEM simulations. "rbear2d.exe" is in the rfem\bin directory. Thesource code for rbear2d.exe is in rfem\sim\rbear2d. The sourcecode for mrbear2d.exe is in rfem\sim\rbear2d\gui.Also included in this distribution are the following;DVGlib: double precision finite elementlibrary, written by I.M. Smith and D.V. Griffiths.VGlib: single precision finite elementlibrary, written by I.M. Smith and D.V. Griffiths. Thecompiled version of this library is in rfem\lib\vfem.lib. Thislibrary is needed to recompile any of the r-progs, e.g. rbear2d.doc: documentation for; the r-progs, aseries of r-prog utilities (e.g. hist_* are programs designed tocreate histograms of the output samples from the r-progs), plotps,display, and a bunch of other things which you should be able to findsomewhere in this distribution.gaf77: simulation routines (e.g. LAS) writtenby Gordon A. Fenton. This library includes LOTS of other things --a complete list of the routines can be found in rfem\gaf77\Summary.txt,which is an ordinary text file. Each routinehas a lengthy commentary at its start explaining the routine indetail. The compiled library is in rfem\lib\gaf77.lib. It is neededif you want to recompile virtually all of the programs in thisdistribution (NOTE: to recompile a particular program, you may needto edit its "Makefile" to tell it where the library is prior torunning "make" -- however, all of the Makefiles are now "driveindependent" so as long as \rfem\lib is on the same drive as theprogram being compiled there should be no problem).graphics: this folder actually includes threesubfolders, all written by Gordon A. Fenton:pslib: a postscript plotting library.See the files PSLIB.3f (text), PSLIB.ps (postscript), orSummary.txt (text) in rfem\graphics\pslib for more details.plotps: a program which produces x-ytype plots in postscript. See rfem\doc\plotps.txt for moredetails.display: a program which produces plotsof 3-D data in postscript.See rfem\doc\display.txt for more details.lib: where the compiled libraries and helpfiles are stored.sim: includes a series of sub-folders whichcontain the source code for various programs. The following are ther-progs written by Gordon A. Fenton and D.V. Griffiths; rbear2d: 2-D shallow foundation stochasticbearing capacity analysis, rdam2d: 2-D stochastic earth dam analysis, rearth2d: 2-D stochastic earth pressureanalysis, rflow2d: 2-D stochastic seepage analysis, rflow3d: 3-D stochastic seepage analysis, rpill2d: 2-D stochastic pillar analysis, rpill3d: 3-D stochastic pillar analysis, rsetl2d: 2-D shallow foundation stochasticsettlement analysis, rsetl3d: 3-D shallow foundation stochasticsettlement analysis, rslope2d: 2-D stochastic slope stabilityanalysis, rpile1d: 1-D deep foundation stochasticanalysis. This is a recent addition, with no corresponding graphicalfront-end at this time.In addition, the following codes are provided; rfest1d: a suite of programs developedby Gordon A. Fenton while at the Norwegian Geotechnical Institute tostatistically analyze CPT soundings. simqke2: a program developed by GordonA. Fenton, Erik H. Vanmarcke, and Ernesto Heredia to simulatespatially correlated and optionally conditioned earthquake groundmotions test routines: a set of folders (test* andtst*) containing programs designed to run the various random fieldgenerators. They are primarily included here for those of youinterested in writing your own simulation programs -- these can beused as templates. utils: a series of programs to computethings such as local average variances, generate random variables,and compute normal distribution probabilities. See the Makefile forbrief descriptions of each program.utils: this folder includes severalsubfolders:cor2d: a program which estimates a2-D correlation structure, written by Gordon A. Fenton. Seecor2d.1 (text) for details.krige: a program which computesbest linear unbiased estimates (kriging), written byGordon A. Fenton. See krige.1 (text) for details.mkhst: a program which plots ahistogram of data with optional fitted distribution,written by Gordon A. Fenton. See mkhst.1 (text) formore details.mmat: a program which performs variousmatrix operations (e.g. multiplication, Cholesky decomposition,LU decomposition, solution to linear system, matrix inverse,condition number, singular-value-decomposition). Written byGordon A. Fenton. See mmat.1 (text) for more details.psd: a program which estimatesa power spectral density function, written by GordonA. Fenton. See estpsd.1 and psdana.1 (text) for details.reg1d: a program which performs a1-D regression, written by Gordon A. Fenton. Seeregr1d.1 (text) for details.reg2d: a program which performs a2-D regression, written by Gordon A. Fenton. Seeregr2d.1 (text) for details.stats: two programs which estimatemean, variance, and covariance, written by Gordon A. Fenton.See mncov.1 and mnvar.1 (text) for details.</div><div></div><div></div><div></div><div></div><div></div><div> df19127ead</div>
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