enkf-matlab

代码说明：

  简明全面地实现了集合卡尔曼滤波资料同化的方法，缺乏主程序，需要自己调试，英文注释。(The method of data assimilation for ensemble Calman filtering is simple and comprehensive. It lacks the main program and needs to debug itself.)

文件列表：

enkf-matlab\assimilate.m
enkf-matlab\bin\L3_step_c.mexa64
enkf-matlab\bin\L3_step_c.mexw32
enkf-matlab\bin\L40_step_c.mexa64
enkf-matlab\bin\L40_step_c.mexw32
enkf-matlab\bin\QGs_step_f.mexa64
enkf-matlab\bin\QGt_step_f.mexa64
enkf-matlab\bin\QG_step_f.mexa64
enkf-matlab\bin\QG_step_f.mexw32
enkf-matlab\bin\QG_step_f.mexw64
enkf-matlab\calc_bestrmse.m
enkf-matlab\calc_h.m
enkf-matlab\calc_k.m
enkf-matlab\calc_loccoeffs.m
enkf-matlab\calc_r.m
enkf-matlab\calc_stats.m
enkf-matlab\CHANGELOG
enkf-matlab\find_localobs.m
enkf-matlab\fmain.m
enkf-matlab\generate.m
enkf-matlab\genR.m
enkf-matlab\genU.m
enkf-matlab\get_obs.m
enkf-matlab\get_pos.m
enkf-matlab\get_prm.m
enkf-matlab\get_prmstruct.m
enkf-matlab\get_version.m
enkf-matlab\LICENSE
enkf-matlab\main.m
enkf-matlab\models\common\dp5step.m
enkf-matlab\models\common\L40.m
enkf-matlab\models\common\L40_step_c.c
enkf-matlab\models\common\LA_generate_sample.m
enkf-matlab\models\common\model_getHE.m
enkf-matlab\models\common\model_getobs.m
enkf-matlab\models\common\plot_x.m
enkf-matlab\models\common\rk4step.m
enkf-matlab\models\common\shuffle.m
enkf-matlab\models\L3\L3.m
enkf-matlab\models\L3\L3_step_c.c
enkf-matlab\models\L3\model_generate.m
enkf-matlab\models\L3\model_getprmstruct.m
enkf-matlab\models\L3\model_plotstate.m
enkf-matlab\models\L3\model_setprm.m
enkf-matlab\models\L3\model_step.m
enkf-matlab\models\L40\model_generate.m
enkf-matlab\models\L40\model_getprmstruct.m
enkf-matlab\models\L40\model_plotstate.m
enkf-matlab\models\L40\model_setprm.m
enkf-matlab\models\L40\model_step.m
enkf-matlab\models\L40b\model_generate.m
enkf-matlab\models\L40b\model_getHE.m
enkf-matlab\models\L40b\model_getobs.m
enkf-matlab\models\L40b\model_getprmstruct.m
enkf-matlab\models\L40b\model_plotstate.m
enkf-matlab\models\L40b\model_setprm.m
enkf-matlab\models\L40b\model_step.m
enkf-matlab\models\L40b\README
enkf-matlab\models\L40p\generate_samples.m
enkf-matlab\models\L40p\model_generate.m
enkf-matlab\models\L40p\model_getprmstruct.m
enkf-matlab\models\L40p\model_plotstate.m
enkf-matlab\models\L40p\model_setprm.m
enkf-matlab\models\L40p\model_step.m
enkf-matlab\models\L40p\README
enkf-matlab\models\LA\LA_step.m
enkf-matlab\models\LA\model_generate.m
enkf-matlab\models\LA\model_getprmstruct.m
enkf-matlab\models\LA\model_plotstate.m
enkf-matlab\models\LA\model_setprm.m
enkf-matlab\models\LA\model_step.m
enkf-matlab\models\LA\README
enkf-matlab\models\LA2\LA2_generate_sample.m
enkf-matlab\models\LA2\LA2_step.m
enkf-matlab\models\LA2\model_generate.m
enkf-matlab\models\LA2\model_getprmstruct.m
enkf-matlab\models\LA2\model_plotstate.m
enkf-matlab\models\LA2\model_setprm.m
enkf-matlab\models\LA2\model_step.m
enkf-matlab\models\QG\f90\calc.f90
enkf-matlab\models\QG\f90\data.f90
enkf-matlab\models\QG\f90\helmholtz.f90
enkf-matlab\models\QG\f90\Makefile
enkf-matlab\models\QG\f90\mexcmd.m
enkf-matlab\models\QG\f90\mexf90.f90
enkf-matlab\models\QG\f90\nfw.f90
enkf-matlab\models\QG\f90\parameters.f90
enkf-matlab\models\QG\f90\prm-ens.txt
enkf-matlab\models\QG\f90\prm.txt
enkf-matlab\models\QG\f90\qg.f90
enkf-matlab\models\QG\f90\qgflux.f90
enkf-matlab\models\QG\f90\qgplay.m
enkf-matlab\models\QG\f90\qgplot.m
enkf-matlab\models\QG\f90\qgread.m
enkf-matlab\models\QG\f90\qgstep.f90
enkf-matlab\models\QG\f90\qgstep_mex.f90
enkf-matlab\models\QG\f90\README
enkf-matlab\models\QG\f90\utils.f90
enkf-matlab\models\QG\model_generate.m
enkf-matlab\models\QG\model_getprmstruct.m