How to run the code:
1> first set an environment variable : ES = This should be done either in .cshrc or .bashrc depending on which shell you are using. 2> You need to have a file called "host" in the ES directory. This file contains the actual compilation commands that you will use. There are several examples in the ES/hosts directory that you can copy or link too. For example, if you are in norlx65 you can link the file named "hosts/norlx65" to "host" in the ES directory. 3> Then select a run directory. 4> At the run directory run: source $ES/bin/setup.csh (this is for cshrc, if you use bash you have to write the corresponding bash script) 5> Then copy the two files to your run directory: $ES/Makefile; $ES/input.h 6> Select the "model" in Makefile 7> Select the input parameters in input.h 8> make 9> If it compiled then run: ./ode.exe
This section is about defining conf_number in src.h file
1> Conf_Number == 0 :- A rod which is at equilibrium in vertical direction but have a small deformation in starting in xy plane. This configuration is fixed at bottom. 2> Conf_Number == 1 :- This configuration is used for demonstration of GI Taylor's experiment. In this case, the rod is free and nowhere clamped. Equation of the rod is X = 0. In this case the shear flow is in perpendicular direction to the rod . 3> Conf_Number == 2 :- In this case, a free rod is kept in the direction of the flow (at the origin so no force) but the rod is given a small deviation in starting we want to study the dynamics of that.
Tip: Define lastfile variable to a non-zero value to start the code from middle.