CSAMT one dimensional inversion procedure, based on L- BFGS method of horizontal electric dipole one dimensional inversion

贾定宇一维程序
..............\HED 1D INVERSION2
..............\.................\CMT-16-M1000N1050.Avg
..............\.................\fort.101
..............\.................\fort.22
..............\.................\GENERAL1D.f90
..............\.................\GridDef.f90
..............\.................\HED-INVERSION.F90
..............\.................\HED1D.f90
..............\.................\Hy.txt
..............\.................\inversion_APPRES.TXT
..............\.................\inv_model.txt
..............\.................\inv_result.TXT
..............\.................\L-BFGS.F90
..............\.................\MAIN_HED.F90
..............\.................\math_constants.f90
..............\.................\observed_data.txt
..............\.................\Pri.txt
..............\.................\pridata.txt
..............\.................\result.txt
..............\.................\result_all.grd
..............\.................\result_all.txt
..............\.................\result_all.ves
..............\.................\RESULT_APPRES.TXT
..............\.................\RESULT_E.TXT
..............\.................\RESULT_H.TXT
..............\.................\sg_vector.f90
..............\.................\TESTHED.dsp
..............\.................\TESTHED.dsw
..............\.................\TESTHED.ncb
..............\.................\TESTHED.opt
..............\.................\TESTHED.plg
..............\.................\TESTHED___Win32_Debug
..............\.................\.....................\DF60.PDB
..............\.................\.....................\general1d.mod
..............\.................\.....................\GENERAL1D.obj
..............\.................\.....................\griddef.mod
..............\.................\.....................\GridDef.obj
..............\.................\.....................\HED-INVERSION.obj
..............\.................\.....................\hed1d.mod
..............\.................\.....................\HED1D.obj
..............\.................\.....................\inversion.mod
..............\.................\.....................\L-BFGS.obj
..............\.................\.....................\MAIN_HED.obj
..............\.................\.....................\math_constants.mod
..............\.................\.....................\math_constants.obj
..............\.................\.....................\sg_vector.mod
..............\.................\.....................\sg_vector.obj
..............\.................\.....................\TESTHED.exe
..............\.................\.....................\TESTHED.pdb
..............\.................\.....................\transmitters.mod
..............\.................\.....................\transmitters.obj
..............\.................\.....................\utilities.mod
..............\.................\.....................\utilities.obj
..............\.................\transmitters.f90
..............\.................\utilities.f90
..............\.................\WengVMD1D.f90
..............\.................\复件 (2) HED-INVERSION.F90
..............\.................\复件 (2) result_all.txt
..............\.................\复件 inv_model.txt
..............\.................\复件 result_all.grd
..............\.................\复件 result_all.txt

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