Input::Input_List Class Reference

#include <input.h>

Public Member Functions
	Input_List ()

Data Fields
bool	isthisarestart
size_t	NnodesX
size_t	numsp
size_t	l0
size_t	m0
size_t	nump
size_t	Nx
double	xmin
double	xmax
std::vector< double >	pmax
double	clf_dp
bool	if_tridiagonal
bool	implicit_E
bool	implicit_B
bool	collisions
int	f00_implicitorexplicit
bool	flm_collisions
int	BoundaryCells
int	bndX
size_t	n_outsteps
size_t	n_distoutsteps
double	t_stop
int	restart_time
int	n_restarts
bool	o_EHist
bool	o_Ex
bool	o_Ey
bool	o_Ez
bool	o_Bx
bool	o_By
bool	o_Bz
bool	o_x1x2
bool	o_pth
bool	o_p2p1x1
bool	o_p1p2p3
bool	o_G
bool	o_Px
bool	o_PxPx
bool	o_Py
bool	o_PxPy
bool	o_PyPy
bool	o_Pz
bool	o_PxPz
bool	o_PyPz
bool	o_PzPz
bool	o_Vx
bool	o_VxVx
bool	o_Vy
bool	o_VxVy
bool	o_VyVy
bool	o_VxVz
bool	o_VyVz
bool	o_VzVz
bool	o_Vsq
bool	o_Qx
bool	o_Qy
bool	o_Qz
bool	o_vNx
bool	o_vNy
bool	o_vNz
bool	o_Jx
bool	o_Jy
bool	o_Jz
bool	o_Pressure
bool	o_Temperature
bool	o_ND
bool	o_Nu
bool	o_p1x1
bool	o_f0x1
bool	o_f10x1
bool	o_f11x1
bool	o_f20x1
bool	o_fl0x1
bool	o_Ux
bool	o_Uy
bool	o_Uz
bool	o_Z
bool	o_ni
bool	o_Ti
bool	only_output
size_t	numpx
size_t	nump1
size_t	nump2
size_t	nump3
double	lnLambda
double	density_np
size_t	RB_D_itmax
double	RB_D_tolerance
double	small_dt
double	smaller_dt
int	NB_algorithms
bool	hydromotion
double	hydromass
double	hydrocharge
int	polarization_direction
bool	init_f1
bool	init_f2
bool	MX_cooling
double	super_gaussian_m
double	pth_ref
std::vector< std::string >	dens_profile_str
	Initialization. More...
std::vector< std::string >	temp_profile_str
std::vector< std::string >	f10x_profile_str
std::vector< std::string >	f20x_profile_str
std::vector< std::string >	f_pedestal
std::string	hydro_dens_profile_str
std::string	hydro_temp_profile_str
std::string	hydro_vel_profile_str
std::string	hydro_Z_profile_str
bool	ext_fields
	External fields. More...
bool	trav_wave
int	num_waves
bool	IB_heating
double	I_0
double	lambda_0
std::string	intensity_profile_str
std::string	intensity_time_profile_str
std::string	ex_time_profile_str
std::string	ey_time_profile_str
std::string	ez_time_profile_str
std::string	bx_time_profile_str
std::string	by_time_profile_str
std::string	bz_time_profile_str
std::string	ex_profile_str
std::string	ey_profile_str
std::string	ez_profile_str
std::string	bx_profile_str
std::string	by_profile_str
std::string	bz_profile_str
std::vector< std::string >	ex_wave_profile_str
std::vector< std::string >	ey_wave_profile_str
std::vector< std::string >	ez_wave_profile_str
std::vector< std::string >	bx_wave_profile_str
std::vector< std::string >	by_wave_profile_str
std::vector< std::string >	bz_wave_profile_str
std::vector< std::string >	wave_time_envelope_str
std::vector< double >	trav_wave_rise
std::vector< double >	trav_wave_flat
std::vector< double >	trav_wave_fall
std::vector< double >	trav_wave_center
std::vector< std::string >	oTags
std::vector< double >	qs
std::vector< double >	mass
std::vector< size_t >	ls
std::vector< size_t >	ms
std::vector< size_t >	ps
std::vector< double >	pth
std::vector< size_t >	Npx
std::vector< size_t >	Npy
std::vector< size_t >	Npz
std::vector< size_t >	NxGlobal
std::vector< size_t >	NxLocalnobnd
std::vector< size_t >	NxLocal
std::vector< double >	xminGlobal
std::vector< double >	xmaxGlobal
std::vector< double >	xminLocal
std::vector< double >	xmaxLocal
std::vector< double >	globdx

Detailed Description

Definition at line 21 of file input.h.

Constructor & Destructor Documentation

Input_List()

Input::Input_List::Input_List

(

)

Definition at line 29 of file input.cpp.

References bndX, BoundaryCells, bx_profile_str, bx_time_profile_str, bx_wave_profile_str, by_profile_str, by_time_profile_str, by_wave_profile_str, bz_profile_str, bz_time_profile_str, bz_wave_profile_str, clf_dp, dens_profile_str, density_np, ex_profile_str, ex_time_profile_str, ex_wave_profile_str, ext_fields, ey_profile_str, ey_time_profile_str, ey_wave_profile_str, ez_profile_str, ez_time_profile_str, ez_wave_profile_str, f00_implicitorexplicit, f10x_profile_str, f20x_profile_str, f_pedestal, flm_collisions, globdx, hydro_dens_profile_str, hydro_temp_profile_str, hydro_vel_profile_str, hydro_Z_profile_str, hydrocharge, hydromass, hydromotion, I_0, IB_heating, if_tridiagonal, implicit_B, implicit_E, init_f1, init_f2, intensity_profile_str, intensity_time_profile_str, isthisarestart, lambda_0, lnLambda, ls, mass, ms, MX_cooling, n_distoutsteps, n_outsteps, n_restarts, NB_algorithms, NnodesX, Npx, Npy, Npz, num_waves, nump1, nump2, nump3, numpx, numsp, Nx, NxGlobal, NxLocal, NxLocalnobnd, o_Bx, o_By, o_Bz, o_EHist, o_Ex, o_Ey, o_Ez, o_f0x1, o_f10x1, o_f11x1, o_f20x1, o_fl0x1, o_G, o_Jx, o_Jy, o_Jz, o_ND, o_ni, o_Nu, o_p1p2p3, o_p1x1, o_p2p1x1, o_Pressure, o_pth, o_Px, o_PxPx, o_PxPy, o_PxPz, o_Py, o_PyPy, o_PyPz, o_Pz, o_PzPz, o_Qx, o_Qy, o_Qz, o_Temperature, o_Ti, o_Ux, o_Uy, o_Uz, o_vNx, o_vNy, o_vNz, o_Vsq, o_Vx, o_VxVx, o_VxVy, o_VxVz, o_Vy, o_VyVy, o_VyVz, o_VzVz, o_x1x2, o_Z, only_output, oTags, pmax, polarization_direction, ps, pth_ref, qs, RB_D_itmax, RB_D_tolerance, restart_time, small_dt, smaller_dt, super_gaussian_m, t_stop, temp_profile_str, trav_wave, trav_wave_center, trav_wave_fall, trav_wave_flat, trav_wave_rise, wave_time_envelope_str, xmax, xmaxGlobal, xmaxLocal, xmin, xminGlobal, and xminLocal.

                           : 
    isthisarestart(0),
    NnodesX(4),
    numsp(1),
    l0(6),
    m0(4), 
    nump(96), 
    Nx(32),
    xmin(-1000.0), 
    xmax(1000.0),
    clf_dp(1.0),
    if_tridiagonal(1),
    implicit_E(1),
    implicit_B(0),
    collisions(1),
    f00_implicitorexplicit(2),
    flm_collisions(0),
    BoundaryCells(3),
    bndX(0),
    n_outsteps(1000), 
    n_distoutsteps(100),
    t_stop(8000),
    restart_time(10000.0),
    n_restarts(100),

//          Output
    o_EHist(0),
    o_Ex(0), o_Ey(0), o_Ez(0), o_Bx(0), o_By(0), o_Bz(0), o_x1x2(0), o_pth(0), o_p2p1x1(0), o_p1p2p3(0),
    o_G(0), o_Px(0), o_PxPx(0), o_Py(0), o_PxPy(0), o_PyPy(0), o_Pz(0), o_PxPz(0), o_PyPz(0), o_PzPz(0),
    o_Vx(0), o_VxVx(0), o_Vy(0), o_VxVy(0), o_VyVy(0), o_VxVz(0), o_VyVz(0), o_VzVz(0),
    o_Vsq(0), o_Qx(0), o_Qy(0), o_Qz(0),
    o_vNx(0), o_vNy(0), o_vNz(0),
    o_Jx(0), o_Jy(0), o_Jz(0),
    o_Pressure(0), o_Temperature(0), o_ND(0), o_Nu(0), o_p1x1(0), o_f0x1(0), o_f10x1(0), o_f11x1(0), o_f20x1(0), o_fl0x1(0),
    o_Ux(0), o_Uy(0), o_Uz(0), o_Z(0), o_ni(0), o_Ti(0),
    
    numpx(96), nump1(96), nump2(96), nump3(96),

//          Electron-ion collisions
    density_np(1.0e21),

//          Electron-electron collisions
    RB_D_itmax(100),
    RB_D_tolerance(1e-12),
    small_dt(1e-1),
    smaller_dt(1e-5),
    NB_algorithms(4),


//          Hydro parameters
    hydromotion(0),
    hydromass(100), hydrocharge(79),
    polarization_direction(0),
    init_f1(0), init_f2(0),
    MX_cooling(0),
    super_gaussian_m(2.0),

    pth_ref(0.025),
        

    hydro_dens_profile_str("cst{0.0}"),
    hydro_temp_profile_str("cst{0.0}"),
    hydro_vel_profile_str("cst{0.0}"),
    hydro_Z_profile_str("cst{0.0}"),


// ----------------------------------------------------------------------
//
    ext_fields(0),trav_wave(0),num_waves(0),
    IB_heating(0),
    I_0(0.0), lambda_0(0.351),

    intensity_profile_str("cst{0.0}"),
    intensity_time_profile_str("cst{0.0}"),
    ex_time_profile_str("cst{0.0}"),
    ey_time_profile_str("cst{0.0}"),
    ez_time_profile_str("cst{0.0}"),
    bx_time_profile_str("cst{0.0}"),
    by_time_profile_str("cst{0.0}"),
    bz_time_profile_str("cst{0.0}"),
    ex_profile_str("cst{0.0}"),
    ey_profile_str("cst{0.0}"),
    ez_profile_str("cst{0.0}"),
    bx_profile_str("cst{0.0}"),
    by_profile_str("cst{0.0}"),
    bz_profile_str("cst{0.0}")
    // ex_wave_profile_str("cst{0.0}"),
    // ey_wave_profile_str("cst{0.0}"),
    // ez_wave_profile_str("cst{0.0}"),
    // bx_wave_profile_str("cst{0.0}"),
    // by_wave_profile_str("cst{0.0}"),
    // bz_wave_profile_str("cst{0.0}"),
    // wave_time_envelope_str("cst{0.0}")

// ----------------------------------------------------------------------
// ----------------------------------------------------------------------
        // std::vector< double > pmax;
// ----------------------------------------------------------------------
// ----------------------------------------------------------------------

        // std::vector<std::string> dens_profile_str;
        // std::vector<std::string> temp_profile_str;
        // std::vector<std::string> f10x_profile_str;
        // std::vector<std::string> f20x_profile_str;
        // std::vector<std::string> f_pedestal;

        // std::vector<double> qs;
        // std::vector<double> mass;
        // std::vector<size_t> ls;
        // std::vector<size_t> ms;
        // std::vector<size_t> ps;
        // std::vector<double> pth;

        // std::vector<size_t> Npx;
        // std::vector<size_t> Npy;
        // std::vector<size_t> Npz;


        // std::vector<size_t> NxGlobal;
        // std::vector<size_t> NxLocalnobnd;
        // std::vector<size_t> NxLocal;

        // std::vector<double> xminGlobal,
        // std::vector<double> xmaxGlobal,
        // std::vector<double> xminLocal,
        // std::vector<double> xmaxLocal,
        // std::vector<double> globdx
         {
//--------------------------------------------------------------
//  The constructor for the input_list structure
//--------------------------------------------------------------

    std::ifstream deckfile("inputdeck");
    std::string deckstring, deckequalssign, deckstringbool;
    double deckreal;
    size_t tempint;


    if (deckfile.is_open()) {

        while (deckfile >> deckstring) {

            if (deckstring == "if_restart") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                isthisarestart = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }

            if (deckstring == "n_restarts") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> n_restarts;
            }

            if (deckstring == "restart_time") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1); 
                }
                deckfile >> restart_time;
            }

            if (deckstring == "NnodesX") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> NnodesX;
            }

            if (deckstring == "numsp") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> numsp;
            }
            if (deckstring == "l0") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> tempint;
                    ls.push_back(tempint);
                    // std::cout<< "l0 = " << tempint << "\n";
                }
            }
            if (deckstring == "m0") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> tempint;
                    ms.push_back(tempint);
                    // std::cout<< "m0 = " << tempint << "\n";
                }
            }
            if (deckstring == "nump") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> tempint;
                    ps.push_back(tempint);
                    Npx.push_back(2*tempint+1);
                    Npy.push_back(2*tempint+1);
                    Npz.push_back(2*tempint+1);
                    // std::cout<< "nump = " << tempint << "\n";
                }
            }
            if (deckstring == "pmax") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                // deckfile >> deckreal;
                // TWICE HERE FOR TWO SPECIES -- SHOULD BE CHANGED
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckreal;
                    pmax.push_back(deckreal);
                    // std::cout<< "pmax = " << deckreal << "\n";
                }
            }
            if (deckstring == "charge") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckreal;
                    qs.push_back(-1.0*deckreal);
                    // std::cout<< "q = " << deckreal << "\n";
                }
            }
            if (deckstring == "mass") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckreal;
                    mass.push_back(deckreal);
                    // std::cout<< "mass = " << deckreal << "\n";
                }
            }
            if (deckstring == "Nx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> Nx;
                NxGlobal.push_back(Nx);
            }

            if (deckstring == "xmin") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> xmin;
                xminGlobal.push_back(xmin);
            }
            if (deckstring == "xmax") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> xmax;
                xmaxGlobal.push_back(xmax);
            }
            if (deckstring == "clf_dp") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> clf_dp;
            }
            if (deckstring == "hydro") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                hydromotion = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');

            }
            if (deckstring == "hydroatomicmass") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> hydromass;
                hydromass *= 1836;
            }
            if (deckstring == "hydrocharge") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> hydrocharge;
            }
            if (deckstring == "ext_fields") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                ext_fields = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');

            }
            if (deckstring == "traveling_wave") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                trav_wave = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "num_waves") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> num_waves;
            }
            if (deckstring == "small_dt") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> small_dt;
            }
            if (deckstring == "smaller_dt") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> smaller_dt;
            }
            if (deckstring == "Rosenbluth_D_tolerance") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> RB_D_tolerance;
            }
            if (deckstring == "Rosenbluth_D_maximum_iterations") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> RB_D_itmax;
            }
            if (deckstring == "NB_algorithms") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> NB_algorithms;
            }
            if (deckstring == "assume_tridiagonal_flm_collisions") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                if_tridiagonal = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "implicit_E") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                implicit_E = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "implicit_B_push") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                implicit_B = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "collisions_switch") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                collisions = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "f00_collisions") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                if (deckstringbool[0] == 'i' || deckstringbool[0] == 'I'){
                    f00_implicitorexplicit = 2;
                }
                else if (deckstringbool[0] == 'e' || deckstringbool[0] == 'E'){
                    f00_implicitorexplicit = 1;
                }
                if (deckstringbool[0] == 'f' || deckstringbool[0] == 'F'){
                    f00_implicitorexplicit = 0;
                }
            }
            if (deckstring == "flm_collisions") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                flm_collisions = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "MX_cooling") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                MX_cooling = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }



            if (deckstring == "t_stop") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> t_stop;
            }
            if (deckstring == "n_outsteps") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> n_outsteps;
                // if (fmod(t_stop,n_outsteps) != 0){
                //     std::cout << "\n Need n_outsteps to be a n integer divisor of t_stop i.e. remainder (t_stop / n_outsteps) = 0 \n";
                //     exit(1);
                // }
            }

            if (deckstring == "n_distoutsteps") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> n_distoutsteps;
                // if (fmod(t_stop,n_distoutsteps) != 0){
                //     std::cout << "\n Need n_distoutsteps to be a n integer divisor of t_stop i.e. remainder (t_stop / n_distoutsteps) = 0 \n";
                //     exit(1);
                // }
            }

            if (deckstring == "bndX") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> bndX;
            }
            if (deckstring == "o_EHist") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_EHist = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Ex") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Ex = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Ey") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Ey = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Ez") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Ez = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Bx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Bx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_By") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_By = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Bz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Bz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_x1x2") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_x1x2 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_pth") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_pth = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_G") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_G = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Px") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Px = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PxPx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PxPx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Py") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Py = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PxPy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PxPy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PyPy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PyPy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Pz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Pz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PxPz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PxPz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PyPz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PyPz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_PzPz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_PzPz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Jx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Jx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Jy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Jy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Jz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Jz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_vNx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_vNx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_vNy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_vNy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_vNz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_vNz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Vx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Vx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VxVx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VxVx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Vy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Vy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VxVy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VxVy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VyVy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VyVy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VxVz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VxVz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VyVz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VyVz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_VzVz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_VzVz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Vsq") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Vsq = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Qx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Qx = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Qy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Qy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Qz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Qz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Temperature") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Temperature = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Pressure") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Pressure = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_ND") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_ND = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Nu") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Nu = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_p1x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_p1x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_f0x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_f0x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_f10x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_f10x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_f11x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_f11x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_f20x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_f20x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_fl0x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_fl0x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_p2p1x1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_p2p1x1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_p1p2p3") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_p1p2p3 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Ux") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Ux = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Uy") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Uy = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Uz") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Uz = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Z") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Z = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_ni") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_ni = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "o_Ti") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                o_Ti = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "nump1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> nump1;
                // Npx.push_back(nump1);

            }
            if (deckstring == "nump2") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> nump2;
                // Npx.push_back(nump2);
                // Npx.push_back(2*ps[0]);
            }
            if (deckstring == "nump3") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> nump3;
            }
            if (deckstring == "numpx") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> numpx;
            }
            if (deckstring == "only_output") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                only_output = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "lnLambda") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> lnLambda;
            }
            // if (deckstring == "Zeta") {
            //     deckfile >> deckequalssign;
            //     if(deckequalssign != "=") {
            //         std::cout << "Error reading " << deckstring << std::endl;
            //         exit(1);
            //     }
            //     deckfile >> Zeta;
            // }
            if (deckstring == "density_np") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> density_np;
            }
            if (deckstring == "super_gaussian_distribution") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> super_gaussian_m;
            }
            if (deckstring == "init_f1") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                init_f1 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "init_f2") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                init_f2 = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "polarization_direction") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> polarization_direction;
            }
            if (deckstring == "inverse_bremsstrahlung") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstringbool;
                IB_heating = (deckstringbool[0] == 't' || deckstringbool[0] == 'T');
            }
            if (deckstring == "I_0") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> I_0;
            }
            if (deckstring == "lambda_0") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> lambda_0;
            }
            if (deckstring == "pth_ref") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> pth_ref;
            }
            if (deckstring == "n(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckstring;
                    dens_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "T(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckstring;
                    temp_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "f_pedestal") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckstring;
                    f_pedestal.push_back(deckstring);
                }
            }
            if (deckstring == "multiplier-f10(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckstring;
                    f10x_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "multiplier-f20(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t s(0);s<numsp;++s)
                {
                    deckfile >> deckstring;
                    f20x_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "ni(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                hydro_dens_profile_str = deckstring;
            }
            if (deckstring == "Ti(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                hydro_temp_profile_str = deckstring;
            }
            if (deckstring == "Ux(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                hydro_vel_profile_str = deckstring;
            }
            if (deckstring == "Z(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                hydro_Z_profile_str = deckstring;
            }
            if (deckstring == "I(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                intensity_profile_str = deckstring;
            }
            if (deckstring == "I(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                intensity_time_profile_str = deckstring;
            }
            if (deckstring == "Ex(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ex_profile_str = deckstring;
            }
            if (deckstring == "Ey(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ey_profile_str = deckstring;
            }
            if (deckstring == "Ez(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ez_profile_str = deckstring;
            }
            if (deckstring == "Bx(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                bx_profile_str = deckstring;
            }
            if (deckstring == "By(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                by_profile_str = deckstring;
            }
            if (deckstring == "Bz(x)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                bz_profile_str = deckstring;
            }
            if (deckstring == "Ex(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ex_time_profile_str = deckstring;
            }
            if (deckstring == "Ey(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ey_time_profile_str = deckstring;
            }
            if (deckstring == "Ez(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                ez_time_profile_str = deckstring;
            }
            if (deckstring == "Bx(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                bx_time_profile_str = deckstring;
            }
            if (deckstring == "By(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                by_time_profile_str = deckstring;
            }
            if (deckstring == "Bz(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                deckfile >> deckstring;
                bz_time_profile_str = deckstring;
            }
            if (deckstring == "Ex(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    ex_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "Ey(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    ey_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "Ez(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    ez_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "Bx(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {    
                    deckfile >> deckstring;
                    bx_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "By(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    by_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "Bz(x,t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    bz_wave_profile_str.push_back(deckstring);
                }
            }
            if (deckstring == "envelope(t)") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckstring;
                    wave_time_envelope_str.push_back(deckstring);
                }
            }

            if (deckstring == "rise_flat_fall_center") {
                deckfile >> deckequalssign;
                if(deckequalssign != "=") {
                    std::cout << "Error reading " << deckstring << std::endl;
                    exit(1);
                }
                for (size_t n(0);n<num_waves;++n)
                {
                    deckfile >> deckreal;
                    trav_wave_rise.push_back(deckreal);
                    

                    deckfile >> deckreal;
                    trav_wave_flat.push_back(deckreal);
                    

                    deckfile >> deckreal;
                    trav_wave_fall.push_back(deckreal);
                    
                    deckfile >> deckreal;
                    trav_wave_center.push_back(deckreal);                    
                }
            }



        }

        deckfile.close();

        if (((NnodesX%2)!=0) && (NnodesX !=1))
            std::cout << "The number of nodes " <<NnodesX<< " is not even" << std::endl;

//            numx      = numx_glob / NnodesX;
//            numx     += 2*BoundaryCells;
//            numx_glob = NnodesX * (numx-2*BoundaryCells);

        //  INPUT PARAMETERS

        oTags.push_back("Time");
        oTags.push_back("Space");
        oTags.push_back("px-x");
        // oTags.push_back("px-x_1");
        oTags.push_back("f0-x");
        oTags.push_back("f10-x");
        oTags.push_back("f11-x");
        oTags.push_back("f20-x");
        oTags.push_back("fl0-x");
        oTags.push_back("pxpy-x");
        oTags.push_back("Ex");
        oTags.push_back("Ey");
        oTags.push_back("Ez");
        oTags.push_back("Bx");
        oTags.push_back("By");
        oTags.push_back("Bz");
        oTags.push_back("n");
        oTags.push_back("T_eV");
        oTags.push_back("T");
        oTags.push_back("Jx");
        oTags.push_back("Jy");
        oTags.push_back("Jz");
        oTags.push_back("Qx");
        oTags.push_back("Qy");
        oTags.push_back("Qz");
        oTags.push_back("vNx");
        oTags.push_back("vNy");
        oTags.push_back("vNz");
        oTags.push_back("Ux");
        oTags.push_back("Uy");
        oTags.push_back("Uz");
        oTags.push_back("Z");
        oTags.push_back("ni");
        oTags.push_back("Ti");



        // Determination of the local computational domain (i.e. the x-axis and the y-axis)

        BoundaryCells = 4;

        for (size_t i(0); i < xminGlobal.size(); ++i){
            NxLocalnobnd.push_back(NxGlobal[i]/ NnodesX) ;
            NxLocal.push_back(NxLocalnobnd[i] + 2 * BoundaryCells);
            xminLocal.push_back(0.0);
            xmaxLocal.push_back(0.0);
            globdx.push_back((xmaxGlobal[i]-xminGlobal[i])/(double (NxGlobal[i]) ));
        }
    } 
    else {
        std::cout << "Unable to open inputdeck" << std::endl;
        exit(1);
    }

}

Field Documentation

bndX

int Input::Input_List::bndX

Definition at line 51 of file input.h.

Referenced by Input_List().

BoundaryCells

int Input::Input_List::BoundaryCells

Definition at line 50 of file input.h.

Referenced by Output_Data::Output_Preprocessor_1D::Bx(), Output_Data::Output_Preprocessor_1D::By(), Output_Data::Output_Preprocessor_1D::Bz(), Electric_Field_Methods::Current_xyz::Current_xyz(), Output_Data::Output_Preprocessor_1D::Ex(), Output_Data::Output_Preprocessor_1D::Ey(), Output_Data::Output_Preprocessor_1D::Ez(), Output_Data::Output_Preprocessor_1D::f0(), Output_Data::Output_Preprocessor_1D::f10(), Output_Data::Output_Preprocessor_1D::f11(), Output_Data::Output_Preprocessor_1D::f20(), Output_Data::Output_Preprocessor_1D::fl0(), Fluid_Equation_1D::Fluid_Equation_1D(), Hydro_Advection_1D::Hydro_Advection_1D(), Electric_Field_Methods::Implicit_E_Field::Implicit_E_Field(), Input_List(), interspecies_f00_explicit_collisions::interspecies_f00_explicit_collisions(), interspecies_f00_explicit_step::interspecies_f00_explicit_step(), interspecies_flm_implicit_collisions::interspecies_flm_implicit_collisions(), InverseBremsstrahlung::InverseBremsstrahlung(), Output_Data::Output_Preprocessor_1D::Jx(), Output_Data::Output_Preprocessor_1D::Jy(), Output_Data::Output_Preprocessor_1D::Jz(), Output_Data::Output_Preprocessor_1D::n(), Output_Data::Output_Preprocessor_1D::ni(), Parallel_Environment_1D::Parallel_Environment_1D(), Output_Data::Output_Preprocessor_1D::px(), Output_Data::Output_Preprocessor_1D::Qx(), Output_Data::Output_Preprocessor_1D::Qy(), Output_Data::Output_Preprocessor_1D::Qz(), self_f00_explicit_collisions::self_f00_explicit_collisions(), self_f00_implicit_collisions::self_f00_implicit_collisions(), self_flm_implicit_collisions::self_flm_implicit_collisions(), Output_Data::Output_Preprocessor_1D::T(), Output_Data::Output_Preprocessor_1D::Ti(), Output_Data::Output_Preprocessor_1D::Ux(), Output_Data::Output_Preprocessor_1D::Uy(), Output_Data::Output_Preprocessor_1D::Uz(), Output_Data::Output_Preprocessor_1D::vNx(), Output_Data::Output_Preprocessor_1D::vNy(), Output_Data::Output_Preprocessor_1D::vNz(), and Output_Data::Output_Preprocessor_1D::Z().

bx_profile_str

std::string Input::Input_List::bx_profile_str

Definition at line 134 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

bx_time_profile_str

std::string Input::Input_List::bx_time_profile_str

Definition at line 127 of file input.h.

Referenced by Input_List().

bx_wave_profile_str

std::vector< std::string > Input::Input_List::bx_wave_profile_str

Definition at line 141 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

by_profile_str

std::string Input::Input_List::by_profile_str

Definition at line 135 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

by_time_profile_str

std::string Input::Input_List::by_time_profile_str

Definition at line 128 of file input.h.

Referenced by Input_List().

by_wave_profile_str

std::vector< std::string > Input::Input_List::by_wave_profile_str

Definition at line 142 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

bz_profile_str

std::string Input::Input_List::bz_profile_str

Definition at line 136 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

bz_time_profile_str

std::string Input::Input_List::bz_time_profile_str

Definition at line 129 of file input.h.

Referenced by Input_List().

bz_wave_profile_str

std::vector< std::string > Input::Input_List::bz_wave_profile_str

Definition at line 143 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

clf_dp

double Input::Input_List::clf_dp

Definition at line 39 of file input.h.

Referenced by Input_List().

collisions

bool Input::Input_List::collisions

Definition at line 46 of file input.h.

Referenced by main().

dens_profile_str

std::vector<std::string> Input::Input_List::dens_profile_str

Initialization.

Definition at line 102 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

density_np

double Input::Input_List::density_np

Definition at line 71 of file input.h.

Referenced by Input_List().

ex_profile_str

std::string Input::Input_List::ex_profile_str

Definition at line 131 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

ex_time_profile_str

std::string Input::Input_List::ex_time_profile_str

Definition at line 124 of file input.h.

Referenced by Input_List().

ex_wave_profile_str

std::vector< std::string > Input::Input_List::ex_wave_profile_str

Definition at line 138 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

ext_fields

bool Input::Input_List::ext_fields

External fields.

Definition at line 117 of file input.h.

Referenced by Input_List(), and main().

ey_profile_str

std::string Input::Input_List::ey_profile_str

Definition at line 132 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

ey_time_profile_str

std::string Input::Input_List::ey_time_profile_str

Definition at line 125 of file input.h.

Referenced by Input_List().

ey_wave_profile_str

std::vector< std::string > Input::Input_List::ey_wave_profile_str

Definition at line 139 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

ez_profile_str

std::string Input::Input_List::ez_profile_str

Definition at line 133 of file input.h.

Referenced by Setup_Y::applyexternalfields(), and Input_List().

ez_time_profile_str

std::string Input::Input_List::ez_time_profile_str

Definition at line 126 of file input.h.

Referenced by Input_List().

ez_wave_profile_str

std::vector< std::string > Input::Input_List::ez_wave_profile_str

Definition at line 140 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

f00_implicitorexplicit

int Input::Input_List::f00_implicitorexplicit

Definition at line 47 of file input.h.

Referenced by Input_List().

f10x_profile_str

std::vector<std::string> Input::Input_List::f10x_profile_str

Definition at line 104 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

f20x_profile_str

std::vector<std::string> Input::Input_List::f20x_profile_str

Definition at line 105 of file input.h.

Referenced by Input_List().

f_pedestal

std::vector<std::string> Input::Input_List::f_pedestal

Definition at line 106 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

flm_collisions

bool Input::Input_List::flm_collisions

Definition at line 48 of file input.h.

Referenced by Input_List().

globdx

std::vector<double> Input::Input_List::globdx

Definition at line 174 of file input.h.

Referenced by Input_List(), and Parallel_Environment_1D::Parallel_Environment_1D().

hydro_dens_profile_str

std::string Input::Input_List::hydro_dens_profile_str

Definition at line 108 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

hydro_temp_profile_str

std::string Input::Input_List::hydro_temp_profile_str

Definition at line 109 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

hydro_vel_profile_str

std::string Input::Input_List::hydro_vel_profile_str

Definition at line 110 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

hydro_Z_profile_str

std::string Input::Input_List::hydro_Z_profile_str

Definition at line 111 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

hydrocharge

double Input::Input_List::hydrocharge

Definition at line 83 of file input.h.

Referenced by Input_List(), and main().

hydromass

double Input::Input_List::hydromass

Definition at line 83 of file input.h.

Referenced by Input_List(), and main().

hydromotion

bool Input::Input_List::hydromotion

Definition at line 82 of file input.h.

Referenced by Input_List(), Node_Communications::mirror_bound_Xleft(), Node_Communications::mirror_bound_Xright(), Node_Communications::Recv_from_left_X(), Node_Communications::Recv_from_right_X(), Node_Communications::sameNode_mirror_X(), Node_Communications::sameNode_periodic_X(), Node_Communications::Send_left_X(), and Node_Communications::Send_right_X().

I_0

double Input::Input_List::I_0

Definition at line 120 of file input.h.

Referenced by Input_List().

IB_heating

bool Input::Input_List::IB_heating

Definition at line 119 of file input.h.

Referenced by Input_List().

if_tridiagonal

bool Input::Input_List::if_tridiagonal

Definition at line 43 of file input.h.

Referenced by Input_List().

implicit_B

bool Input::Input_List::implicit_B

Definition at line 45 of file input.h.

Referenced by Input_List().

implicit_E

bool Input::Input_List::implicit_E

Definition at line 44 of file input.h.

Referenced by Input_List().

init_f1

bool Input::Input_List::init_f1

Definition at line 87 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

init_f2

bool Input::Input_List::init_f2

Definition at line 87 of file input.h.

Referenced by Input_List().

intensity_profile_str

std::string Input::Input_List::intensity_profile_str

Definition at line 122 of file input.h.

Referenced by Input_List().

intensity_time_profile_str

std::string Input::Input_List::intensity_time_profile_str

Definition at line 123 of file input.h.

Referenced by Input_List().

isthisarestart

bool Input::Input_List::isthisarestart

Definition at line 28 of file input.h.

Referenced by Input_List().

l0

size_t Input::Input_List::l0

Definition at line 34 of file input.h.

lambda_0

double Input::Input_List::lambda_0

Definition at line 120 of file input.h.

Referenced by Input_List(), and self_f00_implicit_collisions::loop().

lnLambda

double Input::Input_List::lnLambda

Definition at line 71 of file input.h.

Referenced by Input_List().

ls

std::vector<size_t> Input::Input_List::ls

Definition at line 156 of file input.h.

Referenced by Input_List(), main(), and Node_Communications::Node_Communications().

m0

size_t Input::Input_List::m0

Definition at line 34 of file input.h.

mass

std::vector<double> Input::Input_List::mass

Definition at line 155 of file input.h.

Referenced by Input_List().

ms

std::vector<size_t> Input::Input_List::ms

Definition at line 157 of file input.h.

Referenced by Input_List(), main(), and Node_Communications::Node_Communications().

MX_cooling

bool Input::Input_List::MX_cooling

Definition at line 89 of file input.h.

Referenced by Input_List().

n_distoutsteps

size_t Input::Input_List::n_distoutsteps

Definition at line 52 of file input.h.

Referenced by Input_List().

n_outsteps

size_t Input::Input_List::n_outsteps

Definition at line 52 of file input.h.

Referenced by Input_List().

n_restarts

int Input::Input_List::n_restarts

Definition at line 54 of file input.h.

Referenced by Input_List().

NB_algorithms

int Input::Input_List::NB_algorithms

Definition at line 78 of file input.h.

Referenced by Input_List(), and self_f00_explicit_step::self_f00_explicit_step().

NnodesX

size_t Input::Input_List::NnodesX

Definition at line 30 of file input.h.

Referenced by Parallel_Environment_1D::error_check(), and Input_List().

Npx

std::vector<size_t> Input::Input_List::Npx

Definition at line 161 of file input.h.

Referenced by Input_List().

Npy

std::vector<size_t> Input::Input_List::Npy

Definition at line 162 of file input.h.

Referenced by Input_List().

Npz

std::vector<size_t> Input::Input_List::Npz

Definition at line 163 of file input.h.

Referenced by Input_List().

num_waves

int Input::Input_List::num_waves

Definition at line 118 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

nump

size_t Input::Input_List::nump

Definition at line 34 of file input.h.

nump1

size_t Input::Input_List::nump1

Definition at line 68 of file input.h.

Referenced by Input_List().

nump2

size_t Input::Input_List::nump2

Definition at line 68 of file input.h.

Referenced by Input_List().

nump3

size_t Input::Input_List::nump3

Definition at line 68 of file input.h.

Referenced by Input_List().

numpx

size_t Input::Input_List::numpx

Definition at line 68 of file input.h.

Referenced by Input_List().

numsp

size_t Input::Input_List::numsp

Definition at line 32 of file input.h.

Referenced by Input_List().

Nx

size_t Input::Input_List::Nx

Definition at line 34 of file input.h.

Referenced by Input_List().

NxGlobal

std::vector<size_t> Input::Input_List::NxGlobal

Definition at line 166 of file input.h.

Referenced by Input_List().

NxLocal

std::vector<size_t> Input::Input_List::NxLocal

Definition at line 168 of file input.h.

Referenced by Electric_Field_Methods::Current_xyz::Current_xyz(), Electric_Field_Methods::Implicit_E_Field::Implicit_E_Field(), Input_List(), interspecies_f00_explicit_collisions::interspecies_f00_explicit_collisions(), interspecies_f00_explicit_step::interspecies_f00_explicit_step(), interspecies_flm_implicit_collisions::interspecies_flm_implicit_collisions(), InverseBremsstrahlung::InverseBremsstrahlung(), Parallel_Environment_1D::Parallel_Environment_1D(), self_f00_explicit_collisions::self_f00_explicit_collisions(), self_f00_implicit_collisions::self_f00_implicit_collisions(), and self_flm_implicit_collisions::self_flm_implicit_collisions().

NxLocalnobnd

std::vector<size_t> Input::Input_List::NxLocalnobnd

Definition at line 167 of file input.h.

Referenced by Input_List(), and Parallel_Environment_1D::Parallel_Environment_1D().

o_Bx

bool Input::Input_List::o_Bx

Definition at line 58 of file input.h.

Referenced by Input_List().

o_By

bool Input::Input_List::o_By

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Bz

bool Input::Input_List::o_Bz

Definition at line 58 of file input.h.

Referenced by Input_List().

o_EHist

bool Input::Input_List::o_EHist

Definition at line 57 of file input.h.

Referenced by Input_List().

o_Ex

bool Input::Input_List::o_Ex

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Ey

bool Input::Input_List::o_Ey

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Ez

bool Input::Input_List::o_Ez

Definition at line 58 of file input.h.

Referenced by Input_List().

o_f0x1

bool Input::Input_List::o_f0x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_f10x1

bool Input::Input_List::o_f10x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_f11x1

bool Input::Input_List::o_f11x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_f20x1

bool Input::Input_List::o_f20x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_fl0x1

bool Input::Input_List::o_fl0x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_G

bool Input::Input_List::o_G

Definition at line 59 of file input.h.

Referenced by Input_List().

o_Jx

bool Input::Input_List::o_Jx

Definition at line 63 of file input.h.

Referenced by Input_List().

o_Jy

bool Input::Input_List::o_Jy

Definition at line 63 of file input.h.

Referenced by Input_List().

o_Jz

bool Input::Input_List::o_Jz

Definition at line 63 of file input.h.

Referenced by Input_List().

o_ND

bool Input::Input_List::o_ND

Definition at line 64 of file input.h.

Referenced by Input_List().

o_ni

bool Input::Input_List::o_ni

Definition at line 66 of file input.h.

Referenced by Input_List().

o_Nu

bool Input::Input_List::o_Nu

Definition at line 64 of file input.h.

Referenced by Input_List().

o_p1p2p3

bool Input::Input_List::o_p1p2p3

Definition at line 58 of file input.h.

Referenced by Input_List().

o_p1x1

bool Input::Input_List::o_p1x1

Definition at line 64 of file input.h.

Referenced by Input_List().

o_p2p1x1

bool Input::Input_List::o_p2p1x1

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Pressure

bool Input::Input_List::o_Pressure

Definition at line 64 of file input.h.

Referenced by Input_List().

o_pth

bool Input::Input_List::o_pth

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Px

bool Input::Input_List::o_Px

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PxPx

bool Input::Input_List::o_PxPx

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PxPy

bool Input::Input_List::o_PxPy

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PxPz

bool Input::Input_List::o_PxPz

Definition at line 59 of file input.h.

Referenced by Input_List().

o_Py

bool Input::Input_List::o_Py

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PyPy

bool Input::Input_List::o_PyPy

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PyPz

bool Input::Input_List::o_PyPz

Definition at line 59 of file input.h.

Referenced by Input_List().

o_Pz

bool Input::Input_List::o_Pz

Definition at line 59 of file input.h.

Referenced by Input_List().

o_PzPz

bool Input::Input_List::o_PzPz

Definition at line 59 of file input.h.

Referenced by Input_List().

o_Qx

bool Input::Input_List::o_Qx

Definition at line 61 of file input.h.

Referenced by Input_List().

o_Qy

bool Input::Input_List::o_Qy

Definition at line 61 of file input.h.

Referenced by Input_List().

o_Qz

bool Input::Input_List::o_Qz

Definition at line 61 of file input.h.

Referenced by Input_List().

o_Temperature

bool Input::Input_List::o_Temperature

Definition at line 64 of file input.h.

Referenced by Input_List().

o_Ti

bool Input::Input_List::o_Ti

Definition at line 66 of file input.h.

Referenced by Input_List().

o_Ux

bool Input::Input_List::o_Ux

Definition at line 66 of file input.h.

Referenced by Input_List().

o_Uy

bool Input::Input_List::o_Uy

Definition at line 66 of file input.h.

Referenced by Input_List().

o_Uz

bool Input::Input_List::o_Uz

Definition at line 66 of file input.h.

Referenced by Input_List().

o_vNx

bool Input::Input_List::o_vNx

Definition at line 62 of file input.h.

Referenced by Input_List().

o_vNy

bool Input::Input_List::o_vNy

Definition at line 62 of file input.h.

Referenced by Input_List().

o_vNz

bool Input::Input_List::o_vNz

Definition at line 62 of file input.h.

Referenced by Input_List().

o_Vsq

bool Input::Input_List::o_Vsq

Definition at line 61 of file input.h.

Referenced by Input_List().

o_Vx

bool Input::Input_List::o_Vx

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VxVx

bool Input::Input_List::o_VxVx

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VxVy

bool Input::Input_List::o_VxVy

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VxVz

bool Input::Input_List::o_VxVz

Definition at line 60 of file input.h.

Referenced by Input_List().

o_Vy

bool Input::Input_List::o_Vy

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VyVy

bool Input::Input_List::o_VyVy

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VyVz

bool Input::Input_List::o_VyVz

Definition at line 60 of file input.h.

Referenced by Input_List().

o_VzVz

bool Input::Input_List::o_VzVz

Definition at line 60 of file input.h.

Referenced by Input_List().

o_x1x2

bool Input::Input_List::o_x1x2

Definition at line 58 of file input.h.

Referenced by Input_List().

o_Z

bool Input::Input_List::o_Z

Definition at line 66 of file input.h.

Referenced by Input_List().

only_output

bool Input::Input_List::only_output

Definition at line 67 of file input.h.

Referenced by Input_List().

oTags

std::vector< std::string > Input::Input_List::oTags

Definition at line 153 of file input.h.

Referenced by Input_List().

pmax

std::vector< double > Input::Input_List::pmax

Definition at line 38 of file input.h.

Referenced by Input_List(), and main().

polarization_direction

int Input::Input_List::polarization_direction

Definition at line 85 of file input.h.

Referenced by Input_List().

ps

std::vector<size_t> Input::Input_List::ps

Definition at line 158 of file input.h.

Referenced by Input_List(), and Node_Communications::Node_Communications().

pth

std::vector<double> Input::Input_List::pth

Definition at line 159 of file input.h.

pth_ref

double Input::Input_List::pth_ref

Definition at line 96 of file input.h.

Referenced by Input_List(), and startmessages().

qs

std::vector<double> Input::Input_List::qs

Definition at line 154 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

RB_D_itmax

size_t Input::Input_List::RB_D_itmax

Definition at line 74 of file input.h.

Referenced by Input_List().

RB_D_tolerance

double Input::Input_List::RB_D_tolerance

Definition at line 75 of file input.h.

Referenced by Input_List().

restart_time

int Input::Input_List::restart_time

Definition at line 54 of file input.h.

Referenced by Input_List(), and main().

small_dt

double Input::Input_List::small_dt

Definition at line 76 of file input.h.

Referenced by Input_List().

smaller_dt

double Input::Input_List::smaller_dt

Definition at line 77 of file input.h.

Referenced by Input_List(), and InverseBremsstrahlung::loop().

super_gaussian_m

double Input::Input_List::super_gaussian_m

Definition at line 91 of file input.h.

Referenced by Setup_Y::init_f0(), Setup_Y::init_f1(), and Input_List().

t_stop

double Input::Input_List::t_stop

Definition at line 53 of file input.h.

Referenced by Input_List().

temp_profile_str

std::vector<std::string> Input::Input_List::temp_profile_str

Definition at line 103 of file input.h.

Referenced by Setup_Y::initialize(), and Input_List().

trav_wave

bool Input::Input_List::trav_wave

Definition at line 117 of file input.h.

Referenced by Input_List(), and main().

trav_wave_center

std::vector< double > Input::Input_List::trav_wave_center

Definition at line 148 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

trav_wave_fall

std::vector< double > Input::Input_List::trav_wave_fall

Definition at line 147 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

trav_wave_flat

std::vector< double > Input::Input_List::trav_wave_flat

Definition at line 146 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

trav_wave_rise

std::vector< double > Input::Input_List::trav_wave_rise

Definition at line 145 of file input.h.

Referenced by Setup_Y::applytravelingwave(), and Input_List().

wave_time_envelope_str

std::vector< std::string > Input::Input_List::wave_time_envelope_str

Definition at line 144 of file input.h.

Referenced by Input_List().

xmax

double Input::Input_List::xmax

Definition at line 35 of file input.h.

Referenced by Input_List().

xmaxGlobal

std::vector<double> Input::Input_List::xmaxGlobal

Definition at line 171 of file input.h.

Referenced by Input_List().

xmaxLocal

std::vector<double> Input::Input_List::xmaxLocal

Definition at line 173 of file input.h.

Referenced by Input_List(), and Parallel_Environment_1D::Parallel_Environment_1D().

xmin

double Input::Input_List::xmin

Definition at line 35 of file input.h.

Referenced by Input_List().

xminGlobal

std::vector<double> Input::Input_List::xminGlobal

Definition at line 170 of file input.h.

Referenced by Input_List(), and Parallel_Environment_1D::Parallel_Environment_1D().

xminLocal

std::vector<double> Input::Input_List::xminLocal

Definition at line 172 of file input.h.

Referenced by Input_List(), and Parallel_Environment_1D::Parallel_Environment_1D().

---

The documentation for this class was generated from the following files:

• /Users/archis/Dropbox/work/dev/oshun/oshun-OS/OSHUN/1d_cpp/source/input.h
• /Users/archis/Dropbox/work/dev/oshun/oshun-OS/OSHUN/1d_cpp/source/input.cpp