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<TITLE>Index for Directory ./main</TITLE><BODY><A HREF = "../index.html">[Master Index]</A><H1>Index for ./main</H1>Produced by <A HREF = "http://www.nd.edu/Courses/kantor/matlab/mat2html">mat2html</A> on Wed Jun 14 15:21:32 Canada/Eastern 2000<BR>Cross-Directory links are: ON<BR><HR><H2>Matlab files in this Directory</H2><pre><A HREF = "noch.html">noch</A> [dataout]=noch(datain,F1,F2,F3,F4)<A HREF = "autocor.html">autocor</A> [dataout]=autocor(datain)<A HREF = "azimuth.html">azimuth</A> function dataout=azimuth(datain)<A HREF = "butw.html">butw</A> [dataout]=butw(datain,low1,low2,high1,high2,Rp,Rs)<A HREF = "b_rise.html">b_rise</A> function [dataout,risetime]=b_rise(datain,headwd)<A HREF = "dsi_end.html">dsi_end</A> DSI_end -> should be called at the end of a DSI processing script<A HREF = "dsi_start.html">dsi_start</A> DSI_start -> should be called at the beginning of DSI processing script file<A HREF = "ener.html">ener</A> [dataout]=ener(datain,T1,T2)<A HREF = "equa.html">equa</A> [dataout]=equa(datain,fmin,fmax,fwind,taper,window)<A HREF = "flat.html">flat</A> function [dataout]=flat(datain,flt_time,headw1)<A HREF = "harmon.html">harmon</A> function [dataout] = harmon(datain,freq1,freq2,inter)<A HREF = "ita2mat.html">ita2mat</A> function [matfile]=ita2mat(fhfile,thfile,datfile);<A HREF = "kill.html">kill</A> function [dataout]=kill(datain,kword,bad)<A HREF = "medi_filt.html">medi_filt</A> function [dataout]=medi_filt(datain,window)<A HREF = "medirm.html">medirm</A> [dataout,medi_data]=medirm(datain,tmax,win,v,static)<A HREF = "mix.html">mix</A> function [dataout]=mix(datain,weights)<A HREF = "mute.html">mute</A> function [dataout]=mute(datain,mute_flg,headw1,headw2)<A HREF = "agc.html">agc</A> [dataout]=agc(datain,window,type)<A HREF = "pack_good.html">pack_good</A> function [dataout]=pack_good(datain,flg)<A HREF = "profil.html">profil</A> profil(datain)<A HREF = "readascii.html">readascii</A> function [str]=readascii(filename)<A HREF = "asc2mat.html">asc2mat</A> [matdata]=asc2mat(datain,ntr,nsmp,smpr,st,et)<A HREF = "rot_bal.html">rot_bal</A> function [dataout]=rot_bal(datain,headw1,angvec,tint,comp1,comp2)<A HREF = "amodule.html">amodule</A> function [dataout]=amodule(datain,parameters)<A HREF = "rot_deg.html">rot_deg</A> function dataout=rot_deg(datain,rotang)<A HREF = "rot3c_eig.html">rot3c_eig</A> rot3c_eig -> function to rotate components of 3-C borehole data (DSI etc.)<A HREF = "seg2mat.html">seg2mat</A> function [matfile]=seg2mat(filename)<A HREF = "sft.html">sft</A> [dataout]=sft(datain,tr1,tr2,shift)<A HREF = "sortrec.html">sortrec</A> sortrec -> designed to sort traces into records according to component<A HREF = "subr.html">subr</A> function [dataout]=subr(datain1,datain2)<A HREF = "subset.html">subset</A> function [dataout]=subset(datain,tr1,tr2,t1,t2,r1,r2)<A HREF = "tred.html">tred</A> [dataout]=tred(datain,v,shift)<A HREF = "trim.html">trim</A> [dataout]=trim(datain,t1,t2,tmax)<A HREF = "unflat.html">unflat</A> function [dataout]=unflat(datain,flt_time,headw1)<A HREF = "meanfilt.html">meanfilt</A> [y]=meanfilt(x,n)<A HREF = "bison2mat.html">bison2mat</A> function [matfile]=bison2mat(filelist)<A HREF = "thread.html">thread</A> thread(datain,rec,thwords,thfile)<A HREF = "thwrite.html">thwrite</A> thwrite(datain,rec,thwords,thfile)<A HREF = "segy2mat.html">segy2mat</A> [dataout]=segy2mat(filename,cross_wire_file,platform)<A HREF = "mat2segy.html">mat2segy</A> mat2segy(datain,filename,crosswire,platform,reel_id_header)<A HREF = "merge_files.html">merge_files</A> [dataout]=merge_files(datain1,datain2)<A HREF = "mat2asc.html">mat2asc</A> mat2asc(datain,rec,datfile,thfile,fhfile)<A HREF = "bandpass.html">bandpass</A> [dataout]=bandpass(datain,F1,F2,F3,F4)<A HREF = "ibm2ieee.html">ibm2ieee</A> Name: ibm2ieee<A HREF = "vaplot.html">vaplot</A> vaplot(datain,t1,t2,tr1,tr2,scal,pltflg,scfact,color,headw,trcin,insec,rec,outflg,filename,titletxt)<A HREF = "velocity.html">velocity</A> dataout=velocity(datain);<A HREF = "dad2xyz_new.html">dad2xyz_new</A> [xyzfile]=dad2xyz_new(dadfile,conv_flg,plot_flg)<A HREF = "s2r_geom.html">s2r_geom</A> function dataout=s2r_geom(datain)<A HREF = "hannlow.html">hannlow</A> [dataout]=hannlow(datain,passband,stopband)<A HREF = "hannhigh.html">hannhigh</A> [dataout]=hannhigh(datain,stopband,passband)<A HREF = "resamp.html">resamp</A> This function resamples a DSI variable dataset <A HREF = "shft.html">shft</A> [dataout]=shft(datain,scale,word)<A HREF = "rot3c.html">rot3c</A> rot3c - function to rotate horizontal components for borehole data (DSI etc.) <A HREF = "sortrec_many.html">sortrec_many</A> sortrec_many -> designed to sort traces into records according to sort_flg1<A HREF = "hannband.html">hannband</A> [dataout]=hannband(datain,lowstop,lowpass,highpass,highstop)<A HREF = "harmon_new.html">harmon_new</A> function [dataout] = harmon_new(datain,freq1,freq2,inter,t1,t2)<A HREF = "vaplotrec.html">vaplotrec</A> vaplotrec(datain,t1,t2,tr1,tr2,scal,pltflg,scfact,color,headw,trcin,insec,filename)<A HREF = "mute2.html">mute2</A> function [dataout]=mute2(datain,mute_flg,time1)<A HREF = "flat2.html">flat2</A> function [dataout]=flat2(datain,datum_time,word)<A HREF = "unflat2.html">unflat2</A> function [dataout]=unflat2(datain,datum_time,word)<A HREF = "agcmem.html">agcmem</A> [dataout]=agcmem(datain,window,type)<A HREF = "preddecon.html">preddecon</A> [dataout]=preddecon(datain,tstart,tend,lag,oplength,prewhit)<A HREF = "pad.html">pad</A> [dataout]=pad(datain,padding)<A HREF = "corrot.html">corrot</A> corrot -> function to rotate components of 3-C borehole data (DSI etc.)<A HREF = "txdirect.html">txdirect</A> txdirect: function to calculate the traveltime in a medium with constant
<A HREF = "debias.html">debias</A> [dataout]=debias(datain,starttime,endtime)<A HREF = "handrot.html">handrot</A> handrot - function to rotate horizontal components for borehole data (DSI etc.) into<A HREF = "padbefore.html">padbefore</A> [dataout]=padbefore(datain,padding)<A HREF = "txplane.html">txplane</A> txplane: function to calculate the traveltime in a medium with constant
<A HREF = "txptdiff.html">txptdiff</A> txptdiff: function to calculate the traveltime in a medium with constant <A HREF = "synplane.html">synplane</A> [dataout]=synplane(datain,dip,strike,pE,pN,pElev,v,cf)<A HREF = "synptdiff.html">synptdiff</A> [dataout]=synptdiff(datain,pE,pN,pElev,v,cf)<A HREF = "sortrec_new_k.html">sortrec_new_k</A> sortrec_new_k -> designed to sort traces into records according to component<A HREF = "ener3c.html">ener3c</A> [dataout]=ener3c(datain,T1,T2)<A HREF = "agc3c.html">agc3c</A> [dataout]=agc3c(datain,window,type)<A HREF = "equa3c.html">equa3c</A> [dataout]=equa3c(datain,fmin,fmax,fwind,taper,window)<A HREF = "intvel.html">intvel</A> function [dataout,depth,vel]=intvel(datain,winsize,rec,method);<A HREF = "tube_time.html">tube_time</A> function [dataout]=tube_time(datain,hdr1,hdr2,v);</pre><HR></BODY>⌨️ 快捷键说明
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