2 - data_making

#pragma once
#ifndef DATAMAKING_H
#define DATAMAKING_H

#include "file_structs.h"
#include "missile.h"
#include "target.h"
#include "functions.h"
#include <fstream>

std::vector <raw_data> MakeRawData(std::string filename) {
    std::ifstream in(filename);
    raw_data temp;
    std::vector <raw_data> res;

    for (int i = 0; i < 100; ++i) {
        //1
        in >> temp.n >> temp.pr_c >> temp.epr >> temp.pr_r >> temp.kim >> temp.dov >> temp.rbv;
        //2
        in >> temp.time_to_mp >> temp.rel_v >> temp.beta_ast >> temp.time_start_homing;
        //3
        in >> temp.mis_coord_n.x >> temp.mis_coord_n.y >> temp.mis_coord_n.z >> temp.mis_v_proj_n.x >> temp.mis_v_proj_n.y >> temp.mis_v_proj_n.z;
        //4
        in >> temp.yaw_angle >> temp.pitch_angle >> temp.bank_angle >> temp.angle_of_attack >> temp.flow_angle;
        //5
        in >> temp.v_obj >> temp.path_obj >> temp.pitch_obj >> temp.coord_n_obj.x >> temp.coord_n_obj.y >> temp.coord_n_obj.z;
        //6
        in >> temp.proj_mp_miss.x >> temp.proj_mp_miss.y >> temp.proj_mp_miss.z >> temp.rel_v_n >> temp.tau_kin;
        //7
        in >> temp.nc_y >> temp.nc_z >> temp.t_dov >> temp.t_bv >> temp.t_sbv;
        //8
        in >> temp.proj_nsm_miss.x >> temp.proj_nsm_miss.y >> temp.proj_nsm_miss.z >> temp.delta_V01 >> temp.delta_V02 >> temp.beta_y;
        //9
        in >> temp.from_n_to_apa.c11 >> temp.from_n_to_apa.c12 >> temp.from_n_to_apa.c13 >> temp.proj_dov_miss.x >> temp.proj_dov_miss.y >> temp.proj_dov_miss.z;
        //10
        in >> temp.bank >> temp.pitch >> temp.ant_course >> temp.delta_gamma.inf >> temp.delta_gamma.exec >> temp.delta_gamma.sum;
        //11
        in >> temp.from_n_to_apa.c21 >> temp.from_n_to_apa.c22 >> temp.from_n_to_apa.c23 >> temp.from_n_to_apa.c31 >> temp.from_n_to_apa.c32 >> temp.from_n_to_apa.c33;

        res.push_back(temp);
    }
    return res;
}

missile_data MakeDataMissile(raw_data T) {
    missile_data res;

    res.coord_n.x = T.mis_coord_n.x;
    res.coord_n.y = T.mis_coord_n.y;
    res.coord_n.z = T.mis_coord_n.z;

    res.v_proj_n.x = T.mis_v_proj_n.x;
    res.v_proj_n.y = T.mis_v_proj_n.y;
    res.v_proj_n.z = T.mis_v_proj_n.z;

    res.yaw_angle = T.yaw_angle;
    res.pitch_angle = T.pitch_angle;

    res.r = 0.5;

    return res;
}

target_data ModifyCoords(target_data T, missile_data M) {
    T.coord_n_obj -= M.coord_n;
    return T;
}

target_data MakeDataTarget(raw_data T) {
    target_data res;
    coordinates basis_x, basis_y, basis_z;

    res.coord_n_obj = T.coord_n_obj;
    res.path_obj = T.path_obj;
    res.pitch_obj = T.pitch_obj;
    res.v_obj = 69.44;

    basis_x.x = 1.0;
    basis_x.y = 0.0;
    basis_x.z = 0.0;

    basis_y.x = 0.0;
    basis_y.y = 1.0;
    basis_y.z = 0.0;

    basis_z.x = 0.0;
    basis_z.y = 0.0;
    basis_z.z = 1.0;

    basis_x = MakeRotation(basis_x, res.path_obj, res.pitch_obj);
    basis_y = MakeRotation(basis_y, res.path_obj, res.pitch_obj);
    basis_z = MakeRotation(basis_z, res.path_obj, res.pitch_obj);

    res.basis_x = basis_x;
    res.basis_y = basis_y;
    res.basis_z = basis_z;

    return res;
}

#endif