Astr heatbath #13
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Astr heatbath #13
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major changes:
readwrite.F90 -> read input 'realgas'
broadcast 'realgas'
write slice tve
write flowfield tve
solver.F90 -> calculate source term with subroutine 'srcttp'
mainloop.F90 -> time advance
initialization.F90 -> initialize temperature with subroutine 'heatbathini'
fludyna.F90 -> update q, updatefvar, q2fvar, fvar2q, add vibration energy
commvar -> constants for realgas model
commarray -> memory allocation for vibration temperature and energy
issues: 1. in fludyna.F90, adding the vibration energy to the total energy is not modularized. This causes compilation failure when -DTTP=FALSE
2. the memory allocation is supposed to be completed in models.F90 and comsolver.F90. But failed due to segmentation fault. Now it is done directly in commarray.F90