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
Realization of CWP organization development with matlab code
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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, etccwpmatlab\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