/*
 * delphi_data_flash.cpp
 *
 *  Created on: Apr 16, 2014
 *      Author: chuan
 */

#include "delphi_data.h"

void CDelphiData::flash() const
{
    //---------------------------- delphiflash --------------------------//
    cout << "                                                                    \n";
    cout << "   ______________________DelPhi C++ V. 8.6________________________  \n";
    cout << "  |                                                               | \n";
    cout << "  | DelPhi Fortran program was originally developed in Barry Honig| \n";
    cout << "  | lab to compute electrostatic potential and energies. The      | \n";
    cout << "  | current C++ version is object oriented code, capable of       | \n";
    cout << "  | performing the calculations in sequential, OpenMP and MPI     | \n";
    cout << "  | regimes and the MPI version utilizes distributed memory       | \n";
    cout << "  | technology. Particular novelty is the Gaussian-based smooth   | \n";
    cout << "  | dielectric function that accounts for heterogeneity of the    | \n";
    cout << "  | solute and solute-solvent interface.                          | \n";
    cout << "  |                                                               | \n";
    cout << "  |                                                               | \n";
#ifdef ENABLE_TRAJECTORY
    cout << "  |                                                               | \n";
    cout << "  |         >>>>>>>>>> TRAJECTORY ANALYSIS <<<<<<<<<<             | \n";
    cout << "  |                                                               | \n";
#endif
    cout << "  |        >>>>>>>>>> VOLUME AND SURFACE AREA <<<<<<<<<<          | \n";
    cout << "  |                                                               | \n";
    cout << "  |  The following artilcle should be cited if the use of Delphi  | \n";
    cout << "  |  V. 8.0 or higher results to a publication:                   | \n";
    cout << "  |                                                               | \n";
    cout << "  |    Li, C., Jia, Z., Chakravorty, A., Pahari, S., Peng, Y.,    | \n";
    cout << "  |    Basu, S., Koirala, M., Panday, S.K., Petukh, M., Li, L.    | \n";
    cout << "  |   and Alexov, E., 2019. J. Comput. Chem., 40(28), 2502-2508.  | \n";
    cout << "  |                                                               | \n";
    cout << "  |               For questions and help, visit                   | \n";
    cout << "  |              http://compbio.clemson.edu/forum/                | \n";
    cout << "  |               or email to delphi@g.clemson.edu                | \n";
    cout << "  |                                                               | \n";
    cout << "  |             Jan 2022, by DelPhi Development Team              | \n";
    cout << "  |                        Chuan  Li                              | \n";
    cout << "  |                         Zhe Jia                               | \n";
    cout << "  |                    Arghya Chakravorty                         | \n";
    cout << "  |                    Shailesh K Panday                          | \n";
    cout << "  |____________________                   ________________________| \n";
    cout << "                        DelPhi C++ V. 8.6                           \n";
    cout << "                                                                    \n";
}

