/usr/lib/python2.7/dist-packages/gastablesgui/FannoFlow.py is in gastables 0.3-2.2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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* Copyright (C) 2008 Varun Hiremath.
* Copyright (C) 2008 A Venkattraman.
* Copyright (C) 2008 C Shyam Sundar.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
* Authors: Varun Hiremath, Venkattraman A, Shyam Sundar C
"""
from gastables.FannoFlow import FannoFlow
from scipy import arange
def get_allValues_from_M(M, gamma):
fanno = FannoFlow(gamma)
VALUES = {}
VALUES["M"] = M
VALUES["P/Pstar"] = fanno.get_P_by_Pstar_from_M(M)
VALUES["T/Tstar"] = fanno.get_T_by_Tstar_from_M(M)
VALUES["rho/rhostar"] = fanno.get_rho_by_rhostar_from_M(M)
VALUES["Po/Postar"] = fanno.get_Po_by_Postar_from_M(M)
VALUES["F/Fstar"] = fanno.get_F_by_Fstar_from_M(M)
VALUES["4fLmax/D"] = fanno.get_4fLmax_by_D_from_M(M)
return VALUES
def get_allValues_from_P_by_Pstar(P_by_Pstar,gamma):
fanno = FannoFlow(gamma)
return get_allValues_from_M(fanno.get_M_from_P_by_Pstar(P_by_Pstar),gamma)
def get_allValues_from_rho_by_rhostar(rho_by_rhostar,gamma):
fanno = FannoFlow(gamma)
return get_allValues_from_M(fanno.get_M_from_rho_by_rhostar(rho_by_rhostar),gamma)
def get_allValues_from_T_by_Tstar(T_by_Tstar,gamma):
fanno = FannoFlow(gamma)
return get_allValues_from_M(fanno.get_M_from_T_by_Tstar(T_by_Tstar),gamma)
def get_allValues_from_Po_by_Postar(Po_by_Postar,gamma):
fanno = FannoFlow(gamma)
VALUES = {}
SECOND_VALUES = None
Mach_Nos = fanno.get_M_from_Po_by_Postar(Po_by_Postar)
if(type(Mach_Nos) == tuple):
M1 = Mach_Nos[0]
M2 = Mach_Nos[1]
VALUES = get_allValues_from_M(M1, gamma)
SECOND_VALUES = get_allValues_from_M(M2, gamma)
else:
VALUES = get_allValues_from_M(Mach_Nos, gamma)
return VALUES, SECOND_VALUES
def get_allValues_from_F_by_Fstar(F_by_Fstar,gamma):
fanno = FannoFlow(gamma)
VALUES = {}
SECOND_VALUES = None
Mach_Nos = fanno.get_M_from_F_by_Fstar(F_by_Fstar)
if(type(Mach_Nos) == tuple):
M1 = Mach_Nos[0]
M2 = Mach_Nos[1]
VALUES = get_allValues_from_M(M1, gamma)
SECOND_VALUES = get_allValues_from_M(M2, gamma)
else:
VALUES = get_allValues_from_M(Mach_Nos, gamma)
return VALUES, SECOND_VALUES
def get_allValues_from_4fLmax_by_D(temp,gamma):
fanno = FannoFlow(gamma)
VALUES = {}
SECOND_VALUES = None
Mach_Nos = fanno.get_M_from_4fLmax_by_D(temp)
if(type(Mach_Nos) == tuple):
M1 = Mach_Nos[0]
M2 = Mach_Nos[1]
VALUES = get_allValues_from_M(M1, gamma)
SECOND_VALUES = get_allValues_from_M(M2, gamma)
else:
VALUES = get_allValues_from_M(Mach_Nos, gamma)
return VALUES, SECOND_VALUES
def get_plotData_from_M(gamma):
MRange = arange(0.1,5.01,0.1)
VALUES = {"M" : MRange, "P/Pstar" : [], "rho/rhostar": [], "T/Tstar" : [], "Po/Postar" : [], "F/Fstar" : [], "4fLmax/D" : [] }
fanno = FannoFlow(gamma)
for M in MRange:
VALUES["P/Pstar"].append(fanno.get_P_by_Pstar_from_M(M))
VALUES["T/Tstar"].append(fanno.get_T_by_Tstar_from_M(M))
VALUES["rho/rhostar"].append(fanno.get_rho_by_rhostar_from_M(M))
VALUES["Po/Postar"].append(fanno.get_Po_by_Postar_from_M(M))
VALUES["F/Fstar"].append(fanno.get_F_by_Fstar_from_M(M))
VALUES["4fLmax/D"].append(fanno.get_4fLmax_by_D_from_M(M))
return VALUES
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