代码搜索：Vector
找到约 10,000 项符合「Vector」的源代码
代码结果 10,000
www.eeworm.com/read/168118/9937264
m impulse.m
function imp=impulse(v,n)
% IMPULSE: create a signal with a single impulse in it
%
% imp=impulse(v,n)
% imp=impulse(v)
%
% returns a vector of the same size as v which is zero
% except at samp
www.eeworm.com/read/168118/9937267
m theosimple.m
function [theo,tlog,rcs,pm,p]=theosimple(sonic,dens,z,fmult,wlet,tw)
% [theo,tlog,rcs,pm,p]=theosimple(sonic,dens,z,fmult,wlet,tw)
%
% THEOSIMPLE computes a 1-D seismic model (Theogram) from well
% l
www.eeworm.com/read/168118/9937273
m seismo.m
function [seismo,tlog,rcs,pm,p]=seismo(sonic,dens,z,fmult,fpress,wlet,tw)
% [seismo,tlog,rcs,pm,p]=seismo(sonic,dens,z,fmult,fpress,wlet,tw)
%
% SEISMO computes a 1-D seismic model (seismogram) from
www.eeworm.com/read/168118/9937397
m near.m
function L=near(v,val1,val2)
% NEAR: return indices of those samples in a vector nearest given bounds
%
% L=near(v,val1,val2)
% L=near(v,val1)
%
% NEAR searches the vector v and finds the index,
www.eeworm.com/read/168118/9937560
m ungrid.m
function zout = ungrid( arg1,arg2, arg3, arg4,arg5)
% zout = ungrid( objin, x, y)
% or
% zout = ungrid( xgrid,ygrid,zgrid,x,y )
%
% ungrid interpolates values at arbitrary (x,y) locations within a gr
www.eeworm.com/read/168118/9937599
m freqfft.m
function f=freqfft(t,n,flag)
% f=freqfft(t,n,flag)
% f=freqfft(t,[],flag)
% f=freqfft(t);
%
% returns the appropriate frequency coordinate vector for a
% time series, s, whose spectrum, S, was ca
www.eeworm.com/read/168118/9937665
m impulse.m
function imp=impulse(v,n)
% imp=impulse(v,n)
% imp=impulse(v)
%
% returns a row vector of the same length as v which is zero
% except at sample n where it is 1.0. n defaults to length(v)/2
%
% v= in
www.eeworm.com/read/168118/9937713
m levrec.m
function x=levrec(aa,b);
% x=levrec(aa,b)
%
% This function solves the matrix equation Tx=b for the vector
% x using Levinson recursion. The symmetric Toeplitz matrix T is
% assumed specified comple
www.eeworm.com/read/168118/9937838
m vint2t.m
function [t1,t2]=vint2t(vint,z,zout,tnot)
% [t1,t2]=vint2t(vint,z,zout,tnot)
% [t1,t2]=vint2t(vint,z,zout);
% t1=vint2t(vint,z);
%
% Given interval velocity versus depth, compute 1 way vertical
% tim
www.eeworm.com/read/168118/9938351
m int_sonic.m
function tson=int_sonic(slog,zlog)
% tson=int_sonic(slog,zlog)
%
% INT_SONIC directly integrates a sonic log and computes TWO WAY
% travel time. The sonic log is assumed to be in slowness in
% units