代码搜索：Vector
找到约 10,000 项符合「Vector」的源代码
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www.eeworm.com/read/473622/6847367
m estimatemap.m
%ESTIMATEMAP Apply Kalman filter on map.
% G = ESTIMATEMAP(G,NU,R,H) updates the map G by application of
% the extended Kalman filter (EKF). The function implements a
% stacked version of the EK
www.eeworm.com/read/194440/8192880
m fftrl.m
function [spec,f]= fftrl(s,t,percent,n)
% FFTRL: forward Fourier transform for real-valued signals.
%
% [spec,f]= fftrl(s,t,percent,n)
% [spec,f]= fftrl(s,t,percent)
% [spec,f]= fftrl(s,t)
%
%
www.eeworm.com/read/194440/8192900
m levrec.m
function x=levrec(aa,b);
% LEVREC: solve Tx=b using Levinson's recursion
%
% x=levrec(aa,b)
%
% This function solves the matrix equation Tx=b for the vector
% x using Levinson recursion. The sy
www.eeworm.com/read/194440/8192931
m vint2t.m
function [t1,t2]=vint2t(vint,z,zout,tnot)
% VINT2T: compute time given interval velocity versus depth
%
% [t1,t2]=vint2t(vint,z,zout,tnot)
% [t1,t2]=vint2t(vint,z,zout);
% t1=vint2t(vint,z);
%
www.eeworm.com/read/194440/8192997
m qmatrix.m
function qmat=qmatrix(q,t,w,tw)
%QMATRIX ... create a matrix that applies a forward Q filter
%
% qmat=qmatrix(q,t,w,tw)
%
% Generates a matrix which applies a forward q filter. The qmatrix is
%
www.eeworm.com/read/194440/8193015
m spike.m
function imp=spike(v,n)
% SPIKE: create a signal with a single impulse in it
%
% imp=SPIKE(v,n)
% imp=SPIKE(v)
%
% returns a vector of the same size as v which is zero
% except at sample n whe
www.eeworm.com/read/194440/8193029
m theogram.m
function [theo,tlog,rcs,pm,p]=theogram(vins,dens,z,wlet,tw,tzobj,x,fmult)
% [theo,tlog,rcs,pm,p]=theogram(vins,dens,z,wlet,tw,tzobj,x,fmult)
%
% THEOGRAM computes a 1-D synthetic seismogram given reg
www.eeworm.com/read/194440/8193036
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/194440/8193039
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/194440/8193054
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