calculator

• calculator package
  • Submodules
  • calculator.isentropic module
    • isentropic_P_P0()
    • isentropic_T_T0()
    • isentropic_mach_P_P0()
    • isentropic_mach_T_T0()
    • isentropic_mach_rho_rho0()
    • isentropic_rho_rho0()
    • main()
  • calculator.calc module
    • main()
  • calculator.general module
    • Cp_P_T()
    • Cv_rho_T()
    • bernoulli_eqn()
    • compute_entropies()
    • mach_eqn()
    • main()
    • velocity_T0_T()
  • calculator.normal_shock module
    • mach1_mach2()
    • main()
    • normal_shock_P()
    • normal_shock_P0()
    • normal_shock_T()
    • normal_shock_rho()
    • pitot_tube()
  • calculator.oblique_shock module
    • M2_Mn2_relation()
    • mach_angle()
    • mach_beta_relation()
    • machn1_machn2_relation()
    • main()
    • max_deflection_angle()
    • oblique_P2_P1()
    • oblique_rho2_rho1()
    • phi_beta_theta()
    • solve_beta()
    • temperature_ratio()
    • theta_beta_mach()
  • calculator.prandtl_meyer module
    • expansion_P2_P1()
    • expansion_T2_T1()
    • main()
    • prandtl_meyer()
    • prandtl_meyer_difference()
  • calculator.state module
    • State
      • State.solve_state_isentropic()
    • main()
  • calculator.utils module
    • atm2pa()
    • deg2rad()
    • k2r()
    • main()
    • pa2atm()
    • r2k()
    • rad2deg()
  • Module contents