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Adding cylindrical coordinates to the restart of a simulation.
m_phase_change: removing m_palpha_eps and ptgalpha_eps from global parameters, and adding it to user-input level m_start_up: adding palpha_eps and ptgalpha_eps to the startup dictionary m_global_parametes: setting palpha_eps and ptgalpha_eps as default and setting theis default values. m_mpi_proxy: broadcasting palpha_eps and ptgalpha_eps
Changes in both pT-equilibrium and pTg-equilibrium. Note that, while the pT-equilibrium algorithm is globally convergent given the physical constraints are satisfied, this is yet not true for the pTg-equilibrium. Currently debugging the case in which there is a pressure jump.
- printing some variables of interest for debugging - using Newton's solver instead of fixed-point iteration - updating state variables for the pTg-equilibrium - correcting Jacobian matrix and Residual array for the Newton Solver
- cleaned unused variables - pT-equilibrium as IC for the pTg-equilibrium, as it improves stability of the method - removed unnecessary subroutines as they have already been called in th pT-equilibrium (as part of the new IC) - renamed a few variables for consistency - removed many repeated printing statements and substituted for a new subroutine that prints whatever is needed (temporary)
- Added Mass depletion test to check whether phase-change can happen at the current thermodynamic state and mass conditions: test zero liquid phase test zero vapor phase decide if either one is a solution if yes, continue with this solution. If not, start phase-change - added function to print output variables so error can be tracked easily
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