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== MATLAB ==
== MATLAB ==
===MATLAB tutorial===
==MATLAB tutorial==
**[[Media:rfib.m|rfib.m]]  
*[[Media:rfib.m|rfib.m]]  
**[[Media:gquad_solver.m|gquad_solver.m]] (good programming to solve quadratic equation)
*[[Media:gquad_solver.m|gquad_solver.m]] (good programming to solve quadratic equation)
**[[Media:bquad_solver.m|bquad_solver.m]] (bad programming to solve quadratic equation)  
*[[Media:bquad_solver.m|bquad_solver.m]] (bad programming to solve quadratic equation)  
**'''TEST:''' Apply both qguad_solver.m and bquad_solver.m to find the roots of <math> x^2 -(10^7 + 10^{-7})x + 1 </math
*'''TEST:''' Apply both qguad_solver.m and bquad_solver.m to find the roots of <math> x^2 -(10^7 + 10^{-7})x + 1 </math
 
===Project 1===
===Project 1===
*[[Media:radioactive_decay.m|radioactive_decay.m]]
*[[Media:radioactive_decay.m|radioactive_decay.m]]

Revision as of 15:20, 11 February 2012

MATLAB

MATLAB tutorial

  • rfib.m
  • gquad_solver.m (good programming to solve quadratic equation)
  • bquad_solver.m (bad programming to solve quadratic equation)
  • TEST: Apply both qguad_solver.m and bquad_solver.m to find the roots of <math> x^2 -(10^7 + 10^{-7})x + 1 </math

Project 1

Project 2

  • chaos_balls.m

Project 3

  • four_atom_chain.m

Project 4

Project 5

  • wave_packet_cn.m

FPU simulation and FPU1 function

Fortran 90

Python