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read_IACT_data_binary.cxx
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read_IACT_data_binary.cxx
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#include <iostream>
#include <stdio.h>
#include <fstream>
#include <sstream>
#include <cmath>
#include <cstdlib>
#include <cstring>
#include <iomanip>
#include <vector>
#include <sys/stat.h>
#include <iterator>
#include <map>
#include "time.cpp"
#include "wobble.cpp"
#include "event.cpp"
#include "CR.cpp"
#include "make_neigbors.cpp"
#include <sys/stat.h>
using namespace std;
char fou[190],save_background_str[190], month_year[70], fou_hillas[190],folder_outs[150], background_folder[190], clean_folder[190], param_path_str[150];
string folder;
int bsm, cch, ch,ff,f,num,por,trig,n,kkk[6][64][25],pos[6][64][25], Nsos_array[64][25], cluster[25], nn, anti_f[25], jj, jjj,j, x, gg;
int co, number_of_pixels_cam, pix_number[64][25];
double pedp, sigp, b[64][25],bmp[64][25],ped[64][25],sig[64][25], e[25][64], sens[25][64], gain, k_adc, ecode, rel_sens, time_0 = 1, event_unix_time = 0;
string str,srr[25], timet, ped_folder[4] = {"peds", "peds.m3s", "peds.mediana","peds_median_my"}, data_path, out_data_path, hillas_table_name, clean_out_name, param_wobble_path, cleaning_type;
double hour, minute, sec, mksec, mlsec, nsec, time0, x_pos[64][25], y_pos[64][25], tim_start = 0, tim_end = 0, event_delay;
map <int, string> calendar = {{1, "jan"}, {2, "feb"},{3, "mar"},{4, "apr"},{5, "may"},{6, "jun"},{7, "jul"},{8, "aug"},{9, "sep"},{10, "oct"},{11, "nov"},{12, "dec"}};
int exclud_clust[28] = {0}, exclud_numb[28] = {0}, cleaning = -1, ped_param = -1;
char press;
string nsec_time;
bool clean_only, background_marker[64][25], save_background;
double time_start_end_binary(string run_date, string path){
time_cam t;
FILE * ptrFile = fopen(path.c_str(), "r" );
if (ptrFile == NULL)
{
cout << "ERROR out file " << run_date << " is not found" << endl << "check out files availability" << endl;
exit(0);
}
else{
size_t bufferSize = 17;
unsigned char * buf = (unsigned char*) malloc(sizeof(char) * bufferSize);
fread(buf, 1, bufferSize, ptrFile);
int idf = (int)(buf[0] + buf[1]*256);
if(idf == 3033){
//cout << (int)buf[8] << "\t" << (int)buf[9] << "\t" << (int)buf[10] << "\t" << (int)(buf[11] + 256*buf[12]) << "\t" << (int)(buf[13] + 256*buf[14]) << "\t" << (int)(buf[15] + 256*buf[16]) << endl;
t.set_time_binary(run_date, (int)buf[8], (int)buf[9], (int)buf[10],
(int)(buf[11] + 256*buf[12]), (int)(buf[13] + 256*buf[14]),
(int)(buf[15] + 256*buf[16]));
t.get_human_string_data_time();
fclose(ptrFile);
return t.get_unix_time();
}
else{
cout << "out file " << run_date << " is broken" << endl << "check input files" << endl;
fclose(ptrFile);
exit(0);
}
}
return 0;
}
int fileList(string data_path, string data_folder,string run_numb)
{
sprintf(BashCommandFolder, "%s%s%s%s%s%s", "readlink -e ", data_path.c_str(), data_folder.c_str(), ".", run_numb.c_str(),"/outsb/*out_* > List_outs");
system(BashCommandFolder);//taiga_2020/data2020/DATA_IACT02/2020-21.txt.v3/ /k2/DATA_IACT02/2019-20.txt.v3/
sprintf(BashCommandFolder, "%s%s%s%s%s%s%s%s", "readlink -e ", data_path.c_str(), data_folder.c_str(), ".", run_numb.c_str(),"/", ped_folder[ped_param].c_str(), "/*ped_* > List_peds");
system(BashCommandFolder);
return 0;
}
int main(int argc, char **argv)
{
////////////////////////////////// read parameters
ifstream pParam;
pParam.open(argv[1]);
cout << argv[1] << endl;
if (!pParam.is_open()) {
cout << "param file is not found" << endl;
return 0;
}
if(pParam.eof()) {
cout << "file param is empty" << endl;
return 0;
}
int IACT_numb;
string datt, factor_file, coord_file;
double edge1, edge2;
getline(pParam, line);
istringstream ist4(line);
ist4 >> datt >> datt >> IACT_numb;
getline(pParam, line);
istringstream ist6(line);
ist6 >> factor_file;
getline(pParam, line);
istringstream ist5(line);
ist5 >> coord_file;
getline(pParam, line);
istringstream ist2(line);
ist2 >> datt >> ped_param;
getline(pParam, line);
istringstream ist1(line);
ist1 >> datt >> cleaning;
if(cleaning == 1) {
cleaning_type = "sig";
}
else if(cleaning == 0) {
cleaning_type = "fix";
}
getline(pParam, line);
istringstream ist(line);
ist >> datt >> datt >> edge1 >> edge2;
getline(pParam, line);
istringstream ist3(line);
ist3 >> datt >> datt;
for(int i = 0; i < 28; i++) {
ist3 >> exclud_clust[i] >> exclud_numb[i];
}
getline(pParam, line);
istringstream ist70(line);
ist70 >> datt >> clean_only;
getline(pParam, line);
istringstream ist700(line);
ist700 >> datt >> datt >> datt >> datt >> datt >> save_background;
getline(pParam, line);
istringstream ist7(line);
ist7 >> data_path;
getline(pParam, line);
istringstream ist8(line);
ist8 >> out_data_path;
getline(pParam, line);
istringstream ist9(line);
ist9 >> param_wobble_path;
getline(pParam, line);
vector <string> FolderList;
vector <string> RunNumbList;
string run_numb;
while(!pParam.eof()) {
folder = "";
run_numb = "";
getline(pParam, line);
istringstream ist(line);
ist >> folder >> run_numb;
if(folder.length() == 0) break;
FolderList.push_back(folder);
RunNumbList.push_back(run_numb);
}
pParam.close();
///////////////////////////////////////////////////// read factors
ifstream file0(factor_file);
if (!file0.is_open()) {
cout << "calibration file is not found" << endl;
return 0;
}
int q = 0;
if(IACT_numb == 0) {
for(int i = 0; i < 10; i++) {
getline(file0, line);
if(file0.eof()) {
cout << "calibration file is empty" << endl;
return 0;
}
}
while(!file0.eof()) {
getline(file0, line);
if(!file0.eof()) {
istringstream ist(line);
ist >> bsm >> cch >> gain >> gain >> ecode >> rel_sens;
//cout << "\t" << bsm << "\t" << cch << "\t" << ecode << "\t" << rel_sens << endl;
if(ecode > 0) {
e[bsm][cch] = ecode;
sens[bsm][cch] = rel_sens;
q++;
}
else{
e[bsm][cch] = 1e9;
sens[bsm][cch] = -1e9;
}
}
}
}
else if(IACT_numb == 1) {
getline(file0, line);
while(!file0.eof()) {
getline(file0, line);
if(!file0.eof()) {
istringstream ist(line);
ist >> bsm >> cch >> ecode >> rel_sens;
//cout << "\t" << bsm << "\t" << cch << "\t" << ecode << "\t" << rel_sens << endl;
e[bsm][cch] = ecode;
sens[bsm][cch] = rel_sens;
if(ecode > 0) {
e[bsm][cch] = ecode;
sens[bsm][cch] = rel_sens;
q++;
}
else{
e[bsm][cch] = 1e9;
sens[bsm][cch] = -1e9;
}
}
}
}
cout << "file calibration size (28*2*22): " << q << endl;
file0.close();
////////////////////////////////// read neighbours table
ifstream file1(make_neighbours(IACT_numb, coord_file, exclud_clust, exclud_numb));
if (!file1.is_open()) {
cout << "file neighbours is not found" << endl;
return 0;
}
q = 0;
for(int coun = 0; coun < 25; coun++) {
for(int count = 0; count < 64; count++) {
pix_number[count][coun]=-1;
for(int j = 0; j < 6; j++) {
kkk[j][count][coun] = -1;
pos[j][count][coun] = -1;
}
}
}
while(!file1.eof()) {
int k[6]= {0},sos[6]= {0},kk=0,Nsos=0, ii=0, kx = 0,ix = 0;
double x=0,y=0;
getline(file1, line);
if(file1.eof())
{
break;
}
istringstream ist(line);
ist >> kk >> ii;
pix_number[ii][kk] = q;
q++;
ist >> x_pos[ii][kk] >> y_pos[ii][kk] >> Nsos;
Nsos_array[ii][kk] = Nsos;
for(int j = 0; j < 6; j++) {
kx = 0;
ix = 0;
ist >> kx >> ix;
kkk[j][ii][kk] = kx;
pos[j][ii][kk] = ix;
}
}
number_of_pixels_cam = q;
cout << "number of using camera pixels: "<< number_of_pixels_cam << endl;
file1.close();
////////////////////////////////// read file list
for ( int jl=0; jl < FolderList.size(); jl++) {
cout << "open run: " << FolderList[jl] << "." << RunNumbList[jl] << endl;
ifstream fFileList;
fileList(data_path, FolderList[jl], RunNumbList[jl]); //create List_outs and List_peds
////////////////////////////////// create Outs vector
fFileList.open("List_outs");
if (!fFileList.is_open()) {
cout << "List_outs is not found" << endl;
return 0;
}
vector <string> FileListOuts;
if (fFileList.is_open()) {
while(!fFileList.eof()) {
string path;
fFileList >> path;
if(fFileList.eof() || path.length() == 0) {
cout << "List outs size: " << FileListOuts.size() << endl;
break;
}
FileListOuts.push_back(path);
}
}
fFileList.close();
////////////////////////////////// create Peds vector
fFileList.open("List_peds");
if (!fFileList.is_open()) {
cout << "List_peds is not found" << endl;
return 0;
}
vector <string> FileListPeds;
if (fFileList.is_open()) {
while(!fFileList.eof())
{
string path;
fFileList >> path;
if(fFileList.eof() || path.length() == 0) {
cout << "List peds size: " << FileListPeds.size() << endl;
break;
}
FileListPeds.push_back(path);
}
}
fFileList.close();
int dir_err = -1, k = 0;
while(dir_err == -1){
if(k == 0){
sprintf(folder_outs, "%s%s.%s", out_data_path.c_str(), FolderList[jl].c_str(),RunNumbList[jl].c_str());
}
else{
sprintf(folder_outs, "%s%s.%s(%d)", out_data_path.c_str(), FolderList[jl].c_str(),RunNumbList[jl].c_str(),k);
}
dir_err = mkdir(folder_outs, S_IRWXU | S_IRWXG | S_IROTH | S_IXOTH);
k++;
}
cout << "out directory " << folder_outs << " is created" << endl;
////////////////////////copy file param to directiry:
ifstream src(argv[1], ios::binary);
sprintf(param_path_str, "%s/%s", folder_outs, argv[1]);
ofstream dst(param_path_str, ios::binary);
dst << src.rdbuf();
dst << src.rdbuf();
//find start and stop times of outs//////////////////////////////////////
int List_size = FileListOuts.size();
cout << "time of run start and end of portions:" << endl;
tim_start = time_start_end_binary(FolderList[jl], FileListOuts[0]);
tim_end = 120 + time_start_end_binary(FolderList[jl], FileListOuts[List_size - 1]);
//sprintf(month_year, "%s%d", calendar[stoi(FolderList[jl].substr(2,2))].c_str(), stoi(FolderList[jl].substr(4,2)));
//cout << month_year << endl;
vector<string> vector_wobble = wobble(param_wobble_path.c_str(), tim_start, tim_end);
cout << "input:" << endl;
for ( int i=0; i < vector_wobble.size(); i++) {
cout << i << "\t" << vector_wobble[i] << endl;
}
////////////////////////////////////////////////////////////////////////
vector<vector<double> > vector_ccd = read_ccd(vector_wobble, tim_start, tim_end, clean_only);
int ccd_id = 0;
cout << "\t\tnumber of written ccd rows: " << vector_ccd[0].size() << endl;
////////////////////////////////////////////////////////////////////////
if(save_background == 1){
sprintf(background_folder, "%s%s", folder_outs, "/background");
sprintf(clean_folder, "%s%s", folder_outs, "/clean");
mkdir(background_folder, S_IRWXU | S_IRWXG | S_IROTH | S_IXOTH);
mkdir(clean_folder, S_IRWXU | S_IRWXG | S_IROTH | S_IXOTH);
}
sprintf(fou_hillas, "%s/%s.%s_out_hillas_%02.0f_%02.1f%s.csv", folder_outs, FolderList[jl].c_str(),RunNumbList[jl].c_str(), edge1, edge2, cleaning_type.c_str());
cout << folder_outs << endl;
ofstream fout_hillas(fou_hillas);
fout_hillas << "por,event_numb,unix_time,unix_time_long_ns,delta_time,error_deg,tel_az,tel_el,source_az,source_el,CR100phe,CR_portion,numb_pix,size,Xc[0],Yc[0],con2,length[0],width[0],dist[0],dist[1],dist[2],skewness[0],skewness[1],skewness[2],kurtosis,alpha[0],alpha[1],alpha[2],a_axis,b_axis,a_dist[1],b_dist[1],a_dist[2],b_dist[2],tel_ra,tel_dec,source_ra,source_dec,source_x,source_y,tracking,good,star,edge,weather_mark,alpha_c" << endl;
for ( int i=0; i < List_size; i++) {
cout << i << "\t" << FileListOuts[i] << endl;
FILE * ptrFile = fopen(FileListOuts[i].c_str(), "r" );
if (ptrFile == NULL)
{
fputs("Ошибка файла\n", stderr);
exit(1);
}
else
{
for(int coun = 0; coun < 25; coun++) {
for(int count = 0; count < 64; count++) {
ped[count][coun]=0;
sig[count][coun]=0;
}
}
int qqq = 0;
vector <Events> vector_events;
vector<vector<double> > vector_background( number_of_pixels_cam, vector<double> (0));
cout << i << "\t" << FileListPeds[i] << endl;
sprintf(fou, "%s%s%s%s%02.0f%s%02.1f%s%s%03d%s", folder_outs, "/clean/", FolderList[jl].c_str(), ".cleanout_", edge1, "_", edge2, cleaning_type.c_str(), "_", i+1, ".txt");
ofstream fout(fou);
sprintf(save_background_str, "%s%s%s%s%02.0f%s%02.1f%s%s%03d%s", folder_outs, "/background/", FolderList[jl].c_str(), ".background_", edge1, "_", edge2, cleaning_type.c_str(), "_", i+1, ".txt");
ofstream fout_background(save_background_str);
cout << "output: created files:" << endl << "\t" << fou_hillas << endl;
if(save_background == 1){
cout << i << "\t" << fou << endl;
cout << i << "\t" << save_background_str << endl;
}
if(FileListOuts[i].compare(FileListOuts[i].size()-3, 3, FileListPeds[i], FileListPeds[i].size()-3, 3)==0) {
cout << "por=ped" << endl;
ifstream DataFilePeds;
DataFilePeds.open(FileListPeds[i].c_str());
if (DataFilePeds.is_open()) {
//cout << "peds read" << endl;
while (!DataFilePeds.eof())
{
getline(DataFilePeds, str);
//cout << str << endl;
if(DataFilePeds.eof()) {
cout << "PED " << i + 1 << " is ended" << endl;
break;
}
istringstream iss(str);
sigp=-40;
pedp=-40;
iss >> ff >> ch >> pedp >> sigp;
//cout << pedp << "\t" << sigp << endl;
ped[ch][ff]=pedp;
if(cleaning == 1) {
sig[ch][ff]=sigp/(e[ff][ch]*sens[ff][ch]);
}
else{
sig[ch][ff] = 1;
}
//cout << ff << "\t" << ch << "\t" << ped[ch][ff] << "\t" << sig[ch][ff] << endl;
}
DataFilePeds.close();
/*if(i == 0) {
cout << "Check all parameters and press any key to continue" << endl;
cin >> press;
}*/
while(!feof(ptrFile))
{
int *date;
size_t bufferSize = 3;
unsigned char * buf = (unsigned char*) malloc(sizeof(char) * bufferSize);
fread(buf, 1, bufferSize, ptrFile);
int idf = (int)(buf[0] + buf[1]*256);
if(feof(ptrFile)) {
cout << "outs " << i + 1 << " is ended" << endl;
break;
}
else if(idf==3033){ //проверка начала события
n = (int)buf[2];
//cout << n << endl;
size_t bufferSizeCluster = 142*n+3;
unsigned char * buf_clust = (unsigned char*) malloc(sizeof(char) * bufferSizeCluster);
fread(buf_clust, 1, bufferSizeCluster, ptrFile);
if((int)buf_clust[142*n] == (int)buf_clust[142*n + 1] && (int)buf_clust[142*n + 1] == (int)buf_clust[142*n + 2] && (int)buf_clust[142*n + 2] == 255){ //проверка конца события 255 255 255
for (int count = 0; count < 25; count++)
{
cluster[count]=0;
for (int coun = 0; coun < 64; coun++)
{
b[coun][count]=0;
bmp[coun][count]=0;
background_marker[coun][count]=0;
}
}
time_cam t;
/*cout << (int)buf_clust[(int)((q-1)*142 + 5)] << "\t" << (int)buf_clust[(int)((q-1)*142 + 6)] << "\t" << (int)buf_clust[(int)((q-1)*142 + 7)] << "\t" <<
(int)(buf_clust[(int)((q-1)*142 + 8)] + 256*buf_clust[(int)((q-1)*142 + 9)]) << "\t" << (int)(buf_clust[(int)((q-1)*142 + 10)] + 256*buf_clust[(int)((q-1)*142 + 11)]) << "\t" <<
(int)(buf_clust[(int)((q-1)*142 + 12)] + 256*buf_clust[(int)((q-1)*142 + 13)]) << endl;*/
t.set_time_binary(FolderList[jl], (int)buf_clust[5], (int)buf_clust[6], (int)buf_clust[7], (int)(buf_clust[8] + 256*buf_clust[9]),
(int)(buf_clust[10] + 256*buf_clust[11]), (int)(buf_clust[12] + 256*buf_clust[13]));
event_unix_time = t.get_unix_time();
nsec_time = t.full_unix_nsec();
//cout << nsec_time << endl;
timet = t.char_human_string_time();
if(qqq == 0) {
time_0 = event_unix_time;
}
for( int q=1; q <= n; q++)
{
f= (int)buf_clust[(int)((q-1)*142)];
for(int ib=0; ib<128; ib+=2) {
//unsigned char ddd = buf_clust[(int)((q-1)*142 + 17 + ib)] + buf_clust[(int)((q-1)*142 + 17 + ib + 1)]*256;
bmp[ib/2][f] = (double)((buf_clust[(int)((q-1)*142 + 14 + ib)] + buf_clust[(int)((q-1)*142 + 15 + ib)]*256)/4);
//x = (ddd&0x1); // 1- trigger 0 - not trigger
}
for(int ij = 0; ij < 64; ij = ij + 2) {
if(e[f][ij] > 0 || sens[f][ij] > 0) {
if((bmp[ij][f]) >= 3000) {
bmp[ij][f] = (bmp[ij+1][f] - ped[ij+1][f])/(e[f][ij+1]*sens[f][ij+1]);
//bmp[ij+1][f] = (bmp[ij+1][f] - ped[ij+1][f])/(e[f][ij+1]*sens[f][ij+1]);
sig[ij][f] = sig[ij+1][f];
}
else {
bmp[ij][f] = (bmp[ij][f] - ped[ij][f])/(e[f][ij]*sens[f][ij]);
//bmp[ij+1][f] = (bmp[ij+1][f] - ped[ij+1][f])/(e[f][ij+1]*sens[f][ij+1]);
}
}
else{
bmp[ij][f] = 0;
bmp[ij+1][f] = 0;
}
//sig[ij][f] = sig[ij][f]/(e[f][ij]*sens[f][ij]);
//sig[ij+1][f] = sig[ij+1][f]/(e[f][ij+1]*sens[f][ij+1]);
}
}
for(f = 1; f <= 25; f++)
{
for (int sc = 0; sc < 64; sc = sc + 2)
{
if(bmp[sc][f]>edge1*sig[sc][f])
{
if((bmp[pos[0][sc][f]][kkk[0][sc][f]]>edge2*sig[pos[0][sc][f]][kkk[0][sc][f]] && bmp[pos[0][sc][f]][kkk[0][sc][f]]>0) ||
(bmp[pos[1][sc][f]][kkk[1][sc][f]]>edge2*sig[pos[1][sc][f]][kkk[1][sc][f]] && bmp[pos[1][sc][f]][kkk[1][sc][f]]>0) ||
(bmp[pos[2][sc][f]][kkk[2][sc][f]]>edge2*sig[pos[2][sc][f]][kkk[2][sc][f]] && bmp[pos[2][sc][f]][kkk[2][sc][f]]>0) ||
(bmp[pos[3][sc][f]][kkk[3][sc][f]]>edge2*sig[pos[3][sc][f]][kkk[3][sc][f]] && bmp[pos[3][sc][f]][kkk[3][sc][f]]>0) ||
(bmp[pos[4][sc][f]][kkk[4][sc][f]]>edge2*sig[pos[4][sc][f]][kkk[4][sc][f]] && bmp[pos[4][sc][f]][kkk[4][sc][f]]>0) ||
(bmp[pos[5][sc][f]][kkk[5][sc][f]]>edge2*sig[pos[5][sc][f]][kkk[5][sc][f]] && bmp[pos[5][sc][f]][kkk[5][sc][f]]>0))
{
background_marker[sc][f] = 1;
}
}
else if(bmp[sc][f]>edge2*sig[sc][f])
{
if((bmp[pos[0][sc][f]][kkk[0][sc][f]]>edge1*sig[pos[0][sc][f]][kkk[0][sc][f]] && bmp[pos[0][sc][f]][kkk[0][sc][f]]>0) ||
(bmp[pos[1][sc][f]][kkk[1][sc][f]]>edge1*sig[pos[1][sc][f]][kkk[1][sc][f]] && bmp[pos[1][sc][f]][kkk[1][sc][f]]>0) ||
(bmp[pos[2][sc][f]][kkk[2][sc][f]]>edge1*sig[pos[2][sc][f]][kkk[2][sc][f]] && bmp[pos[2][sc][f]][kkk[2][sc][f]]>0) ||
(bmp[pos[3][sc][f]][kkk[3][sc][f]]>edge1*sig[pos[3][sc][f]][kkk[3][sc][f]] && bmp[pos[3][sc][f]][kkk[3][sc][f]]>0) ||
(bmp[pos[4][sc][f]][kkk[4][sc][f]]>edge1*sig[pos[4][sc][f]][kkk[4][sc][f]] && bmp[pos[4][sc][f]][kkk[4][sc][f]]>0) ||
(bmp[pos[5][sc][f]][kkk[5][sc][f]]>edge1*sig[pos[5][sc][f]][kkk[5][sc][f]] && bmp[pos[5][sc][f]][kkk[5][sc][f]]>0))
{
background_marker[sc][f] = 1;
}
}
}
for (int sc = 0; sc < 64; sc = sc + 2)
{
if(background_marker[sc][f] == 0 && bmp[sc][f] != 0)
{
if(vector_background[pix_number[sc][f]].size() < 10000 && pix_number[sc][f]>=0)
{
vector_background[pix_number[sc][f]].push_back(bmp[sc][f]);
}
bmp[sc][f] = 0;
}
}
}
//cout << "ok" << endl;
Events event;
vector<vector<double> > vector_pixel( 5, vector<double> (0));
for (int count = 0; count < 25; count++)
{
for (int coun = 0; coun < 64; coun+=2)
{
if(bmp[coun][count] != 0) {
vector_pixel[0].push_back(count);
vector_pixel[1].push_back(int(coun/2));
vector_pixel[4].push_back(bmp[coun][count]);
vector_pixel[2].push_back(x_pos[coun][count]);
vector_pixel[3].push_back(y_pos[coun][count]);
}
}
}
event.set_event(i+1, (int)(buf_clust[1] + buf_clust[2]*256 + buf_clust[3]*256*256 + buf_clust[4]*256*256*256), event_unix_time, nsec_time, vector_pixel);
//cout << (int)(buf_clust[(int)((q-1)*142 + 1)] + buf_clust[(int)((q-1)*142 + 5)]*256 + buf_clust[(int)((q-1)*142 + 3)]*256*256 + buf_clust[(int)((q-1)*142 + 4)]*256*256*256) << endl;
//event.ccd_id(vector_ccd);
if(time_0 + 12. <= event.unix_time && event.number_of_pixels > 3) {
//cout << time_0 << "\t" << event_unix_time << endl;
if (event.number_of_pixels > 0) {
//cout << ccd_id << endl;
ccd_id = event.get_ccd_parameters(ccd_id, vector_ccd);
event.star_correction(bmp, kkk, pos);
event.get_hillas();
event.to_deg();
event.get_edge(Nsos_array);
//cout << event.portion << "\t" << event.number << "\t" << event.number_of_pixels << "\t" << FolderList[jl].c_str() << "." << RunNumbList[jl].c_str() << " " << timet << "\t" << event.size << "\t" << event.star << " " << event.edge << endl;
if(save_background == 1){
fout << event.number << "\t" << event.number_of_pixels << "\t" << timet << "\t" << event.size << endl;
//cout << event.number << "\t" << event.number_of_pixels << "\t" << timet << "\t" << event.size << endl;
}
vector_events.push_back(event);
}
if(save_background == 1){
for (int count = 0; count < vector_pixel[0].size(); count++) {
for (int coun = 0; coun < 5; coun++) {
fout << vector_pixel[coun][count] << "\t";
}
fout << endl;
}
}
}
qqq++;
}
}
}
fclose(ptrFile);
}
}
fout.close();
double por_cr = write_cr_file(vector_events);
for(int count = 0; count < vector_events.size(); count++) {
//"por, event_numb, unix_time, unix time after dot(ns), delta_time, error_deg, tel_az, tel_el, source_az, source_el, CR5sec, CR_portion, numb_pix, size, Xc[0],Yc[0], con2,
//length[0], width[0], dist[0], dist[1], dist[2], azwidth[1], azwidth[2], miss[1], miss[2], alpha[0], alpha[1], alpha[2], a_axis, b_axis, a_dist[1], b_dist[1], a_dist[2], b_dist[2],
//tel_ra,tel_dec,source_ra,source_dec,source_x,source_y,tracking,good,star,edge,weather_mark,alpha_c"
fout_hillas << fixed << vector_events[count].portion << "," << vector_events[count].number << "," << setprecision(6) << vector_events[count].unix_time << "," << setprecision(19) << vector_events[count].nsec_time << "," <<
setprecision(2) << vector_events[count].delta << "," << setprecision(2) << vector_events[count].error_deg << "," << setprecision(5) << vector_events[count].tel_az << "," <<
setprecision(3) << vector_events[count].tel_el << "," << setprecision(5) << vector_events[count].source_az << "," << setprecision(3) << vector_events[count].source_el << "," <<
setprecision(2) << vector_events[count].cr_sec << "," << setprecision(2) << por_cr << "," << vector_events[count].number_of_pixels << "," <<
setprecision(2) << vector_events[count].size << "," << setprecision(6) << vector_events[count].Xc[0] << "," << setprecision(6) << vector_events[count].Yc[0] << "," <<
setprecision(2) << vector_events[count].con2 << "," << setprecision(6) << vector_events[count].length[0] << "," <<
vector_events[count].width[0] << "," << vector_events[count].dist[0] << "," << vector_events[count].dist[1] << "," <<
vector_events[count].dist[2] << "," << setprecision(6) << vector_events[count].skewness[0] << "," <<
vector_events[count].skewness[1] << "," << vector_events[count].skewness[2] << "," << vector_events[count].kurtosis << "," <<
setprecision(1) << vector_events[count].alpha[0] << "," << vector_events[count].alpha[1] << "," << vector_events[count].alpha[2] << "," <<
setprecision(6) << vector_events[count].a_axis[0] << "," << vector_events[count].b_axis[0] << "," << vector_events[count].a_dist[1] << "," <<
vector_events[count].b_dist[1] << "," << vector_events[count].a_dist[2] << "," << vector_events[count].b_dist[2] << "," <<
setprecision(2) << vector_events[count].tel_ra << "," << vector_events[count].tel_dec << "," << vector_events[count].source_ra << "," <<
vector_events[count].source_dec << "," << setprecision(2) << vector_events[count].source_x << "," << vector_events[count].source_y << "," <<
vector_events[count].tracking << "," << vector_events[count].good << "," << vector_events[count].star << "," << vector_events[count].edge << "," <<
vector_events[count].weather << "," << vector_events[count].alpha_c << endl;
}
if(save_background == 1){
for(f = 1; f <= 25; f++){
for (int sc = 0; sc < 64; sc = sc + 2){
if(pix_number[sc][f]!=-1){
if(vector_background[pix_number[sc][f]].size()>0){
fout_background << f << "," << int(sc/2) << ",";
for(jj = 0; jj <= vector_background[pix_number[sc][f]].size(); jj++){
fout_background << vector_background[pix_number[sc][f]][jj] << ",";
}
fout_background << endl;
}
}
}
}
}
fout_background.close();
//por, event_numb, unix_time, delta_time, error_deg, altitude, CR5sec, CR_portion, numb_pix, size, Xc[0],Yc[0], con2, length[0], width[0], dist[0], dist[1], dist[2], azwidth[1], azwidth[2], miss[1], miss[2], alpha[0], alpha[1], alpha[2], source_x, source_y, source_ra, source_dec, tracking, good
vector_events.clear();
}
}
fout_hillas.close();
}
return 0;
}