文件名称:DDE-biftool
介绍说明--下载内容均来自于网络,请自行研究使用
这是国外用的研究分岔的完整的M程序,很有用,属再版的-This is a study abroad with a complete bifurcation of M procedures, very useful, is a reprint of
相关搜索: 分岔
DDE
DDE-BIFTOOL
DDE-BIFTO
bifurcation
matlab
DDE-BIFTOOL
DDEBIFTOOL
tutorial
example
Matlab
DDE
matlab
分岔
chaos
DDE
DDE-BIFTOOL
DDE-BIFTO
bifurcation
matlab
DDE-BIFTOOL
DDEBIFTOOL
tutorial
example
Matlab
DDE
matlab
分岔
chaos
(系统自动生成,下载前可以参看下载内容)
下载文件列表
ddebiftool layer 1 2 3
......................\auto_cnt.m
......................\auto_eqd.m
......................\auto_msh.m
......................\auto_ord.m
......................\biftool.m
......................\br_contn.m
......................\br_measr.m
......................\br_plot.m
......................\br_recmp.m
......................\br_refin.m
......................\br_rvers.m
......................\br_stabl.m
......................\df_brnch.m
......................\df_derit.m
......................\df_deriv.m
......................\df_measr.m
......................\df_mthod.m
......................\fold_jac.m
......................\genr_sys.mth
......................\hcli_eva.m
......................\hcli_jac.m
......................\hopf_jac.m
......................\mult_app.m
......................\mult_dbl.m
......................\mult_int.m
......................\mult_one.m
......................\mult_plt.m
......................\poly_d2l.m
......................\poly_del.m
......................\poly_dla.m
......................\poly_elg.m
......................\poly_gau.m
......................\poly_lgr.m
......................\poly_lob.m
......................\psol_eva.m
......................\psol_jac.m
......................\psol_msh.m
......................\p_axpy.m
......................\p_correc.m
......................\p_measur.m
......................\p_norm.m
......................\p_normlz.m
......................\p_pplot.m
......................\p_remesh.m
......................\p_secant.m
......................\p_splot.m
......................\p_stabil.m
......................\p_tau.m
......................\p_tofold.m
......................\p_tohcli.m
......................\p_tohopf.m
......................\p_topsol.m
......................\p_tostst.m
......................\p_tsgn.m
......................\root_app.m
......................\root_cha.m
......................\root_int.m
......................\root_nwt.m
......................\root_plt.m
......................\stst_jac.m
......................\time_h.m
......................\time_lms.m
......................\time_nrd.m
......................\time_saf.m
system layer 0
..............\demo
..............\....\demo1.m
..............\....\sys_cond.m
..............\....\sys_deri.m
..............\....\sys_init.m
..............\....\sys_ntau.m
..............\....\sys_rhs.m
..............\....\sys_tau.m
..............\hom_dem
..............\.......\hom_demo.m
..............\.......\hom_demo.mat
..............\.......\sys_cond.m
..............\.......\sys_deri.m
..............\.......\sys_init.m
..............\.......\sys_ntau.m
..............\.......\sys_rhs.m
..............\.......\sys_tau.m
..............\sd_demo
..............\.......\sd_demo.m
..............\.......\sd_demo.mat
..............\.......\sys_cond.m
..............\.......\sys_deri.m
..............\.......\sys_dtau.m
..............\.......\sys_init.m
..............\.......\sys_ntau.m
..............\.......\sys_rhs.m
..............\.......\sys_tau.m
TW330.pdf
比利时biftool图.doc
......................\auto_cnt.m
......................\auto_eqd.m
......................\auto_msh.m
......................\auto_ord.m
......................\biftool.m
......................\br_contn.m
......................\br_measr.m
......................\br_plot.m
......................\br_recmp.m
......................\br_refin.m
......................\br_rvers.m
......................\br_stabl.m
......................\df_brnch.m
......................\df_derit.m
......................\df_deriv.m
......................\df_measr.m
......................\df_mthod.m
......................\fold_jac.m
......................\genr_sys.mth
......................\hcli_eva.m
......................\hcli_jac.m
......................\hopf_jac.m
......................\mult_app.m
......................\mult_dbl.m
......................\mult_int.m
......................\mult_one.m
......................\mult_plt.m
......................\poly_d2l.m
......................\poly_del.m
......................\poly_dla.m
......................\poly_elg.m
......................\poly_gau.m
......................\poly_lgr.m
......................\poly_lob.m
......................\psol_eva.m
......................\psol_jac.m
......................\psol_msh.m
......................\p_axpy.m
......................\p_correc.m
......................\p_measur.m
......................\p_norm.m
......................\p_normlz.m
......................\p_pplot.m
......................\p_remesh.m
......................\p_secant.m
......................\p_splot.m
......................\p_stabil.m
......................\p_tau.m
......................\p_tofold.m
......................\p_tohcli.m
......................\p_tohopf.m
......................\p_topsol.m
......................\p_tostst.m
......................\p_tsgn.m
......................\root_app.m
......................\root_cha.m
......................\root_int.m
......................\root_nwt.m
......................\root_plt.m
......................\stst_jac.m
......................\time_h.m
......................\time_lms.m
......................\time_nrd.m
......................\time_saf.m
system layer 0
..............\demo
..............\....\demo1.m
..............\....\sys_cond.m
..............\....\sys_deri.m
..............\....\sys_init.m
..............\....\sys_ntau.m
..............\....\sys_rhs.m
..............\....\sys_tau.m
..............\hom_dem
..............\.......\hom_demo.m
..............\.......\hom_demo.mat
..............\.......\sys_cond.m
..............\.......\sys_deri.m
..............\.......\sys_init.m
..............\.......\sys_ntau.m
..............\.......\sys_rhs.m
..............\.......\sys_tau.m
..............\sd_demo
..............\.......\sd_demo.m
..............\.......\sd_demo.mat
..............\.......\sys_cond.m
..............\.......\sys_deri.m
..............\.......\sys_dtau.m
..............\.......\sys_init.m
..............\.......\sys_ntau.m
..............\.......\sys_rhs.m
..............\.......\sys_tau.m
TW330.pdf
比利时biftool图.doc