turboflow.pysolver_view package

Submodules

• turboflow.pysolver_view.nonlinear_system module
  • NonlinearSystemProblem
    • NonlinearSystemProblem.residual()
  • NonlinearSystemSolver
    • NonlinearSystemSolver.gradient()
    • NonlinearSystemSolver.plot_convergence_history()
    • NonlinearSystemSolver.print_convergence_history()
    • NonlinearSystemSolver.residual()
    • NonlinearSystemSolver.solve()
• turboflow.pysolver_view.nonlinear_system_problems module
  • LorentzEquations
    • LorentzEquations.gradient()
    • LorentzEquations.residual()
• turboflow.pysolver_view.numerical_differentiation module
  • approx_gradient()
  • approx_jacobian_hessians()
  • central_finite_differences()
  • complex_step_derivative()
  • forward_finite_differences()
• turboflow.pysolver_view.optimization module
  • OptimizationProblem
    • OptimizationProblem.fitness()
    • OptimizationProblem.get_bounds()
    • OptimizationProblem.get_nec()
    • OptimizationProblem.get_nic()
  • OptimizationSolver
    • OptimizationSolver.fitness()
    • OptimizationSolver.gradient()
    • OptimizationSolver.plot_convergence_history()
    • OptimizationSolver.print_convergence_history()
    • OptimizationSolver.solve()
  • combine_objective_and_constraints()
  • count_constraints()
• turboflow.pysolver_view.optimization_problems module
  • HS71Problem
    • HS71Problem.fitness()
    • HS71Problem.get_bounds()
    • HS71Problem.get_nec()
    • HS71Problem.get_nic()
  • LorentzEquationsOpt
    • LorentzEquationsOpt.fitness()
    • LorentzEquationsOpt.get_bounds()
    • LorentzEquationsOpt.get_nec()
    • LorentzEquationsOpt.get_nic()
  • RosenbrockProblem
    • RosenbrockProblem.fitness()
    • RosenbrockProblem.get_bounds()
    • RosenbrockProblem.get_nec()
    • RosenbrockProblem.get_nic()
    • RosenbrockProblem.gradient()
    • RosenbrockProblem.hessians()
  • RosenbrockProblemConstrained
    • RosenbrockProblemConstrained.fitness()
    • RosenbrockProblemConstrained.get_bounds()
    • RosenbrockProblemConstrained.get_nec()
    • RosenbrockProblemConstrained.get_nic()
    • RosenbrockProblemConstrained.gradient()
    • RosenbrockProblemConstrained.hessians()
• turboflow.pysolver_view.optimization_wrappers module
  • NLOPT_SOLVERS
  • PYGMO_SOLVERS
  • SCIPY_SOLVERS
  • convert_pygmo_to_scipy_bounds()
  • minimize_nlopt()
  • minimize_pygmo()
  • minimize_scipy()
• turboflow.pysolver_view.pysolver_utilities module
  • create_logger()
  • print_installed_fonts()
  • print_rc_parameters()
  • savefig_in_formats()
  • set_plot_options()