CONTENTS.m

% -------------------------------------------------------------------------
% COMBUSTION TOOLBOX v1.2.9
% A MATLAB-based framework for solving combustion and high-speed flow problems
%
% Type of problems:
%   * TP --------------------------------> Equilibrium composition at defined T and p
%   * HP --------------------------------> Adiabatic T and composition at constant p
%   * SP --------------------------------> Isentropic compression/expansion to a specified p
%   * TV --------------------------------> Equilibrium composition at defined T and constant v
%   * EV --------------------------------> Adiabatic T and composition at constant v
%   * SV --------------------------------> Isentropic compression/expansion to a specified v
%   * SHOCK_I ---------------------------> Planar incident shock wave
%   * SHOCK_R ---------------------------> Planar reflected shock wave
%   * SHOCK_OBLIQUE ---------------------> Oblique incident shock wave
%   * SHOCK_OBLIQUE_R -------------------> Oblique incident and reflected states
%   * SHOCK_POLAR -----------------------> Shock polar diagrams
%   * SHOCK_POLAR_R ---------------------> Shock polar diagrams for incident and reflected states
%   * SHOCK_POLAR_LIMITRR ---------------> Shock polar diagrams in the limit of regular reflection
%   * SHOCK_IDEAL_GAS -------------------> Planar incident shock wave for a fixed adiabatic index
%   * SHOCK_PRANDTL_MEYER ---------------> Prandtl-Meyer expansion wave
%   * DET -------------------------------> Chapman-Jouguet Detonation
%   * DET_R -----------------------------> Reflected Chapman-Jouguet Detonation
%   * DET_OBLIQUE -----------------------> Oblique Detonation
%   * DET_POLAR -------------------------> Detonation polar diagrams
%   * DET_OVERDRIVEN --------------------> Over-driven Detonation    
%   * DET_OVERDRIVEN_R ------------------> Over-driven reflected Detonation
%   * DET_UNDERDRIVEN -------------------> Under-driven Detonation
%   * DET_UNDERDRIVEN_R -----------------> Under-driven reflected Detonation
%   * ROCKET ----------------------------> Propellant rocket performance
%   * SHOCKTURBULENCE_VORTICAL ----------> Vortical Shock-Turbulence Interaction using LIA
%   * SHOCKTURBULENCE_VORTICAL_ENTROPIC -> Vortical and Entropic Shock-Turbulence Interaction using LIA
%   * SHOCKTURBULENCE_ACOUSTIC ----------> Acoustic Shock-Turbulence Interaction using LIA
%   * SHOCKTURBULENCE_COMPRESSIBLE ------> Compressible Shock-Turbulence Interaction using LIA
%   * HELMHOLTZ -------------------------> Helmholtz-Hodge decomposition of a velocity field
%   * SPECTRA ---------------------------> Turbulence spectra analysis
%
% SEE THE EXAMPLES OR WEBSITE TO KNOW HOW TO START USING THE COMBUSTION TOOLBOX
%
% WEBSITE: https://combustion-toolbox-website.readthedocs.io/ 
%          or type in the promt "websiteCT".
%
% Please to send feedback or inquiries type in the promt "uifeedback".
%
% Thank you for using the Combustion Toolbox!
%
% Citing:
%     Cuadra, A., Huete, C., & Vera, M. (2026). Combustion Toolbox: An
%     open-source thermochemical code for gas-and condensed-phase problems
%     involving chemical equilibrium. Computer Physics Communications 320,
%     110004. doi:10.1016/j.cpc.2025.110004.
%
%     Cuadra, A., Huete, C., & Vera, M. (2026). Combustion Toolbox: A
%     MATLAB-GUI based open-source tool for solving gaseous combustion
%     problems. (v1.2.9). Zenodo. https://doi.org/10.5281/zenodo.5554911.
%
% @author: Alberto Cuadra Lara
%                  
% Last update Jun 03 2026
% -------------------------------------------------------------------------
help CONTENTS.m

% Set path
INSTALL();
% Display splash
combustiontoolbox.utils.display.showSplashScreen('pause', 2);
% Check for updates
combustiontoolbox.utils.checkUpdate();