% RAPTOR -- demos in recommended order
%
% Getting started
%   RAPTOR_tutorial_1    -  Simplest possible RAPTOR run.
%   RAPTOR_tutorial_2    -  Display control and output analysis
%   RAPTOR_tutorial_3    -  Customizing heating & current drive
%   RAPTOR_tutorial_4    -  Time-varying kinetic profiles
%   RAPTOR_tutorial_5    -  Solve for other species than psi,te only.
%   RAPTOR_tutorial_6    -  Boundary conditions.
%
% Followup: Transport models, transport equations and equilibria
%   RAPTOR_tutorial_transport - Vary parameters of confinement model
%   RAPTOR_tutorial_kineticprofiles - Customize inputs of kinetic profiles
%   RAPTOR_tutorial_time_varying_geometry - Have time-varying equilibrium
%   RAPTOR_tutorial_Palpha - Example ITER scenario with alpha particle power.
%   RAPTOR_tutorial_Hmode - Adding a prescribed H mode pedestal.
%
% MHD
%   RAPTOR_tutorial_saw - Sawtooth crash simulation
%   RAPTOR_tutorial_ntm - NTM simulation
%
% Optimization and feedback control
%   RAPTOR_tutorial_linearization - Local linearization around a nonlinear trajectory
%   RAPTOR_tutorial_beta_control  - Sample feedback controller for beta
%   RAPTOR_tutorial_cvp    - Parametrizing the control input via CVP
%   RAPTOR_tutorial_optimization - Example of actuator trajectory optimization
%
% Advanced topics
%   RAPTOR_tutorial_mex - Accelerate simulations by generating MEX files.
%   RAPTOR_tutorial_benchmark - Simple benchmark of timing with different options.
%   RAPTOR_tutorial_timegrid - Time-varying time grid spacing
%   RAPTOR_tutorial_debugging - Some debugging options
%   RAPTOR_tutorial_GUI - learn to customize the GUI for plotting the outputs