matlab代码实现cwp组织开发我要分享

Realization of CWP organization development with matlab code

local-global-rotate 计算反射系数 各向异性地震 各向异性介质 CWP-matlab

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文件大小: 474K

代码分类: 仿真计算

开发平台: matlab

下载需要积分: 1积分

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代码描述

中文说明:cwp组织开发的matlab代码,用以研究各向异性介质中的地震传播规律,计算反射系数,速度,密度等


English Description:

The matlab code developed by CWP is used to study the law of seismic propagation in anisotropic media, and to calculate reflection coefficient, velocity, density, etc


代码预览

cwpmatlab\CWPMatlab\LIN_Rp\BIAS\Azim_ReflCoef.m

cwpmatlab\CWPMatlab\LIN_Rp\BIAS\Bias_reduce.m

cwpmatlab\CWPMatlab\LIN_Rp\BIAS\Invert_phase1_alignt_BIAS.m

cwpmatlab\CWPMatlab\LIN_Rp\BIAS\S_evaluation

cwpmatlab\CWPMatlab\LIN_Rp\G_inv.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_aligned_phase1.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_HTIaligned_phase2.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_HTIxHTI_phase2.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_ORTaligned_phase2.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_ORT_phase1.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_ORT_phase2.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_VTI_phase1.m

cwpmatlab\CWPMatlab\LIN_Rp\Invert_VTI_phase2.m

cwpmatlab\CWPMatlab\LIN_Rp\README

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\artConGN.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\artConGNinv.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\artData.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\artInv.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\bondTransf.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\checkRec.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\christoffel.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\Clean.sh

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\compVnmo.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\constants.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\curvInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\cyl2ell.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\effCyl.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\ell2cyl.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\fminsRT.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\funInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\funSnell.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\fzero.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\global2refl.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\grechka2Cij.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\groupVel.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\hitInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\initGuess.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inputCij.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inputInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inputRayCode.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inputSouRec.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inputVelCon.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\intCyl.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\Interfaces.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inverCij.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inverInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inverIntZ.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inverRayCode.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\invershot.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\inverVelCon.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\local2global.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\normInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\pderInt.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotCont.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotInvErrBar.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotInvRes.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotModel.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotRay.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\plotTTIinv30deg.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\qNewton.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\README

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\README.bak

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\shooting.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\shooting2.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\thomsen2Cij.m

cwpmatlab\CWPMatlab\Multi_Comp_Stack_Vel_Tomo\tsvankin2Cij.m

cwpmatlab\CWPMatlab\NOLIN_Rp\BarGraph.m

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\Data.in.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\EVOLUTION.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\EVOLUTION_S.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\HTImodel.in.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\INFO.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\INFO_S.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\InitModels.in.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\README.FILE

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\RESULT.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\FILE\RESULT_S.out.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\GraphIt.m

cwpmatlab\CWPMatlab\NOLIN_Rp\InitModels.in

cwpmatlab\CWPMatlab\NOLIN_Rp\LIB\Graph.tar.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\LIB\Obj_Rcf.tar.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\LIB\Mmake_Obj_Rcf_lib

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\LIB\Mmake_Optimize_lib

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\LIB\Obj_Rcf_src.tar.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\LIB\Optim_src.tar.gz

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\LIB\sortrowsc.mexglx

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\MisfitSort

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\MisfitSort.m

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\Mmake_MisfitSort

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\ORTmodel.in

cwpmatlab\CWPMatlab\NOLIN_Rp\MAKEXE\README.MAKEXE

cwpmatlab\CWPMatlab\NOLIN_Rp\mfput.log

cwpmatlab\CWPMatlab\NOLIN_Rp\MisfitSort.m

cwpmatlab\CWPMatlab\NOLIN_Rp\ModelMisfit.m

cwpmatlab\CWPMatlab\NOLIN_Rp\NonLinGrad_pri.m

cwpmatlab\CWPMatlab\NOLIN_Rp\NonLinGrad_sec.m

cwpmatlab\CWPMatlab\NOLIN_Rp\README.MAIN

cwpmatlab\CWPMatlab\NOLIN_Rp\Read_in.m

cwpmatlab\CWPMatlab\NOLIN_Rp\Sort.m

cwpmatlab\CWPMatlab\README