bice

• bice package
  • Subpackages
    • bice.continuation package
      • Submodules
      • bice.continuation.bifurcations module
      • bice.continuation.constraints module
      • bice.continuation.continuation_steppers module
      • bice.continuation.deflation module
      • bice.continuation.timeperiodic module
      • Module contents
    • bice.core package
      • Submodules
      • bice.core.equation module
      • bice.core.problem module
      • bice.core.profiling module
      • bice.core.solution module
      • bice.core.solvers module
      • bice.core.types module
      • Module contents
    • bice.demos package
      • Module contents
    • bice.measure package
      • Submodules
      • bice.measure.lyapunov module
      • Module contents
    • bice.pde package
      • Submodules
      • bice.pde.finite_differences module
      • bice.pde.pde module
      • bice.pde.pseudospectral module
      • Module contents
    • bice.time_steppers package
      • Submodules
      • bice.time_steppers.bdf module
      • bice.time_steppers.runge_kutta module
      • bice.time_steppers.time_steppers module
      • Module contents
  • Module contents
    • BifurcationDiagram
      • BifurcationDiagram.active_branch
      • BifurcationDiagram.branches
      • BifurcationDiagram.current_solution()
      • BifurcationDiagram.get_branch_by_ID()
      • BifurcationDiagram.load_branch()
      • BifurcationDiagram.new_branch()
      • BifurcationDiagram.norm_name
      • BifurcationDiagram.parameter_name
      • BifurcationDiagram.plot()
      • BifurcationDiagram.remove_branch_by_ID()
      • BifurcationDiagram.xlim
      • BifurcationDiagram.ylim
    • Branch
      • Branch.add_solution_point()
      • Branch.bifurcations()
      • Branch.data()
      • Branch.id
      • Branch.is_empty()
      • Branch.norm_vals()
      • Branch.parameter_vals()
      • Branch.remove_solution_point()
      • Branch.save()
      • Branch.solutions
    • EigenSolver
      • EigenSolver.latest_eigenvalues
      • EigenSolver.latest_eigenvectors
      • EigenSolver.shift
      • EigenSolver.solve()
      • EigenSolver.tol
    • Equation
      • Equation.adapt()
      • Equation.group
      • Equation.is_coupled
      • Equation.jacobian()
      • Equation.load()
      • Equation.mass_matrix()
      • Equation.ndofs
      • Equation.plot()
      • Equation.reshape()
      • Equation.rhs()
      • Equation.save()
      • Equation.shape
      • Equation.u
      • Equation.u_history
    • EquationGroup
      • EquationGroup.__repr__()
      • EquationGroup.add_equation()
      • EquationGroup.equations
      • EquationGroup.group
      • EquationGroup.idx
      • EquationGroup.is_coupled
      • EquationGroup.jacobian()
      • EquationGroup.list_equations()
      • EquationGroup.map_unknowns()
      • EquationGroup.mass_matrix()
      • EquationGroup.ndofs
      • EquationGroup.remove_equation()
      • EquationGroup.rhs()
      • EquationGroup.shape
      • EquationGroup.u
    • MyNewtonSolver
      • MyNewtonSolver.solve()
    • NewtonSolver
      • NewtonSolver.method
      • NewtonSolver.solve()
    • Problem
      • Problem.adapt()
      • Problem.add_equation()
      • Problem.bifurcation_diagram
      • Problem.continuation_parameter
      • Problem.continuation_step()
      • Problem.continuation_stepper
      • Problem.eigen_solver
      • Problem.eq
      • Problem.generate_bifurcation_diagram()
      • Problem.get_continuation_parameter()
      • Problem.history
      • Problem.jacobian()
      • Problem.list_equations()
      • Problem.load()
      • Problem.locate_bifurcation()
      • Problem.locate_bifurcation_using_constraint()
      • Problem.log()
      • Problem.mass_matrix()
      • Problem.ndofs
      • Problem.new_branch()
      • Problem.newton_solve()
      • Problem.newton_solver
      • Problem.norm()
      • Problem.plot()
      • Problem.remove_equation()
      • Problem.rhs()
      • Problem.save()
      • Problem.set_continuation_parameter()
      • Problem.settings
      • Problem.solve_eigenproblem()
      • Problem.switch_branch()
      • Problem.time
      • Problem.time_step()
      • Problem.time_stepper
      • Problem.u
    • Profiler
      • Profiler.execution_times
      • Profiler.is_active()
      • Profiler.print_summary()
      • Profiler.start()
    • Solution
      • Solution.bifurcation_type()
      • Solution.branch
      • Solution.data
      • Solution.get_neighboring_solution()
      • Solution.id
      • Solution.is_bifurcation()
      • Solution.is_stable()
      • Solution.neigenvalues_crossed
      • Solution.nimaginary_eigenvalues_crossed
      • Solution.norm
      • Solution.nunstable_eigenvalues
      • Solution.nunstable_imaginary_eigenvalues
      • Solution.p
    • profile()