File:Newton Lorenz m.tgz: Difference between revisions

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Template/Example for [[Newton-Krylov_method]] (MATLAB); applied to the Lorenz system.   
Template/Example for [[Newton-Krylov_method]] (MATLAB); applied to the Lorenz system.   

Revision as of 07:16, 4 October 2019

Click on filename just above to download. (For zip file: File:Newton Lorenz m.zip)

Template/Example for Newton-Krylov_method (MATLAB); applied to the Lorenz system.

Contents: dotprd.m, GMREShook.m, Lorenz_f.m, multJ.m, NewtonHook.m, saveorbit.m, getrhs.m, GMRESm.m, MAIN.m, multJp.m, steporbit.m See MAIN.m and definition of system Lorenz_f.m

For an extended overview of what the code is doing, see [1].

File history

Click on a date/time to view the file as it appeared at that time.

Date/TimeDimensionsUserComment
current03:21, 8 August 2019 (5 KB)Apwillis (talk | contribs)Improved comments / plotting.
07:43, 25 July 2019 (5 KB)Apwillis (talk | contribs)Minor. Added a few comments in code.
02:16, 1 July 2019 (5 KB)Apwillis (talk | contribs)Minor. Output both solution and result of timestepping solution by period T.
07:51, 28 June 2019 (5 KB)Apwillis (talk | contribs)Example for Newton-Krylov_method for the Lorenz system. See MAIN.m and definition of system Lorenz_f.m Contents: dotprd.m, GMREShook.m, Lorenz_f.m, multJ.m, NewtonHook.m, saveorbit.m, getrhs.m, GMRESm.m, MAIN.m, multJp.m, steporbit.m

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