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TauData.cc
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TauData.cc
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// $Id: TauData.cc,v 1.1 2006/01/28 08:34:21\ Exp $ -*-c++-*-
// reads raw TAUn data files in TTree format
#include "TauData.h"
#include "TBranch.h"
#include "TLeaf.h"
#include "utility.h"
#include "TTree.h"
#include "TSystem.h"
#include "taun_vars.h"
#include "math.h"
#include <iostream>
#include <fstream>
#include <stdio.h>
#include <stdlib.h>
//void libTAUn() {};
//using namespace std;
//ClassImp(TauData);
//______________________________________________________________________
TauData::TauData(int run, int series)
: debug(false), fNruns(1)
{
int nruns = fNruns;
run_mode = 1;
calib = 0;
debug = false;
fRunList = new int [nruns];
//fSerList = new int(series);
fSerList = new int[1];
fSerList[0] = series;
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
/*
debug = false;
fRunList = new int(run);
fSerList = new int(series);
Init();
*/
}
//______________________________________________________________________
TauData::TauData(int nruns, int run, int series)
: debug(false), fNruns(nruns)
{
debug = false;
run_mode = 1;
calib = 0;
fRunList = new int [nruns];
fSerList = new int[1];
fSerList[0] = series;
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
TauData::TauData(int nruns, int run, int series, const char * mcafile)
: debug(false), fNruns(nruns)
{
debug = false;
run_mode = 15;
calib = 1;
MCAFileName = new char;
MCAFileName = NewString(Form("/home/lifetime/data/%s", mcafile));
fRunList = new int [nruns];
fSerList = new int(series);
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
TauData::TauData(const char * mcafile)
: debug(false)
{
fNruns = 1;
int nruns = 1;
int series = 0;
int run = 0;
debug = false;
run_mode = 15;
calib = 1;
MCAFileName = new char;
MCAFileName = NewString(Form("/home/lifetime/data/%s", mcafile));
fRunList = new int [nruns];
fSerList = new int(series);
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
TauData::~TauData()
{
delete fRunList;
if(debug) std::cout<<"<< Checkpoint #1 >>"<<std::endl;
for (int i=0; i<7; ++i) {
if(debug) std::cout<<"<< Checkpoint #2 >>"<<std::endl;
delete[] fDataFileName[i];
}
delete MCAFileName;
delete g_tree;
//delete c_tree;
//delete h_tree;
delete m_tree;
delete n_tree;
if(debug) std::cout<<"<< Checkpoint #3 >>"<<std::endl;
//delete fRunIndex;
if(debug) std::cout<<"<< Checkpoint #4 >>"<<std::endl;
}
//______________________________________________________________________
void TauData::ReLoad(int run, int series)
{
int nruns = fNruns;
run_mode = 1;
calib = 0;
debug = false;
fRunList = new int [nruns];
//fSerList = new int(series);
fSerList = new int[1];
fSerList[0] = series;
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
/*
debug = false;
fRunList = new int(run);
fSerList = new int(series);
Init();
*/
}
//______________________________________________________________________
void TauData::ReLoad(int nruns, int run, int series)
{
fNruns = nruns;
debug = false;
run_mode = 1;
calib = 0;
fRunList = new int [nruns];
fSerList = new int[1];
fSerList[0] = series;
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
void TauData::ReLoad(int nruns, int run, int series, const char * mcafile)
{
fNruns = nruns;
debug = false;
run_mode = 15;
calib = 1;
MCAFileName = new char;
MCAFileName = NewString(Form("/home/lifetime/data/%s", mcafile));
fRunList = new int [nruns];
fSerList = new int(series);
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
void TauData::ReLoad(const char * mcafile)
{
fNruns = 1;
int nruns = 1;
int series = 0;
int run = 0;
debug = false;
run_mode = 15;
calib = 1;
MCAFileName = new char;
MCAFileName = NewString(Form("/home/lifetime/data/%s", mcafile));
fRunList = new int [nruns];
fSerList = new int(series);
for (int r=0; r < nruns; r++) {
fRunList[r] = run+r;
}
Init();
}
//______________________________________________________________________
void TauData::Clear()
{
delete fRunList;
if(debug) std::cout<<"<< Checkpoint #1 >>"<<std::endl;
for (int i=0; i<7; ++i) {
if(debug) std::cout<<"<< Checkpoint #2 >>"<<std::endl;
delete[] fDataFileName[i];
}
delete MCAFileName;
/* TBranch *b = g_tree->GetBranch("g");
g_tree->GetListOfBranches()->Remove(b);
TLeaf *l = g_tree->GetLeaf("g");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("g_v");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("g_v");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("dg_v");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("dg_v");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("g_vsmooth");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("g_vsmooth");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("dg_vsmooth");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("dg_vsmooth");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("g_b");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("g_b");
g_tree->GetListOfLeaves()->Remove(l);
b = g_tree->GetBranch("t");
g_tree->GetListOfBranches()->Remove(b);
l = g_tree->GetLeaf("t");
g_tree->GetListOfLeaves()->Remove(l);*/
delete g_tree;
//delete c_tree;
//delete h_tree;
delete m_tree;
delete n_tree;
if(debug) std::cout<<"<< Checkpoint #3 >>"<<std::endl;
//delete fRunIndex;
if(debug) std::cout<<"<< Checkpoint #4 >>"<<std::endl;
}
void TauData::GetFileNames(const char * filename[], const char * path, int r, int s)
{
int run_no = r;
int series = s;
for (int i=0;i<7;++i) {
if(debug) std::cout << i << ' ';
if (!path) {
if(i+1 == 1 && 1 == 0) {
filename[i] = NewString(Form("s_%04d_r_%06d_%d.dat",
series, run_no, 4+1));
}
else {
filename[i] = NewString(Form("s_%04d_r_%06d_%d.dat",
series, run_no, i+1));
}
if(series == 0) {
filename[i] = NewString(Form("run_%d_%d.dat",
run_no, i+1));
}
}
else {
if(i+1 == 1 && 1 == 0) {
filename[i] = NewString(Form("%s/s_%04d_r_%06d_%d.dat",
path, series, run_no, 4+1));
}
else {
filename[i] = NewString(Form("%s/s_%04d_r_%06d_%d.dat",
path, series, run_no, i+1));
}
if(series == 0) {
filename[i] = NewString(Form("%s/run_%d_%d.dat",
path, run_no, i+1));
}
}
if(debug) std::cout << i << ' ' << filename[i] << std::endl;
}
}
char* TauData::NewString(const char* init)
{
char* str=new char[strlen(init)+1];
strcpy(str,init);
return str;
}
float TauData::convert_to_volts(short g_signal)
{
const float toVolts = 4.0 / (-32768.0 * 2.0);
return (-16.0 - g_signal) * toVolts + 0.0;
}
bool TauData::GoodRun()
{
return (g_tree->GetEntries() > 0)
&& (m_tree->GetEntries() > 0);
return (g_tree->GetEntries() > 0)
&& (h_tree->GetEntries() > 0)
&& (c_tree->GetEntries() > 0)
&& (m_tree->GetEntries() > 0);
}
void TauData::Init(const char* path)
{
if(debug) std::cout << "Begin Init " << fNruns<< std::endl;
const char* ipath=path;
for (int i=0;i<5;++i) {
fDataFileName[i]=new char;
}
if(debug) std::cout << "Declare gage tree" << std::endl;
g_tree=new TTree("g_tree","gage card signal");
n_tree=new TTree("n_tree","ni daq signal");
short tBuffer [TBINS];
short gBuffer [TBINS];
short gBuffer2 [TBINS];
float gvBuffer [TBINS];
float dgvBuffer [TBINS];
float smoothgvBuffer [TBINS];
float dsmoothgvBuffer [TBINS];
float gbBuffer [TBINS];
double tsBuffer [2];
double pBuffer [5];
short gentry[1];
int alphaBuffer[22];
int pcounterBuffer[200];
int npcounterBuffer[200];
int ntbBuffer[200];
int npBuffer[17];
for(int i = 0; i < TBINS; i++) {
tBuffer[i] = i;
}
g_tree->Branch("g", gBuffer, Form("g[%i]/S", TBINS));
g_tree->Branch("g_v", gvBuffer, Form("g_v[%i]/F", TBINS));
g_tree->Branch("dg_v", dgvBuffer, Form("dg_v[%i]/F", TBINS));
g_tree->Branch("g_vsmooth", smoothgvBuffer, Form("g_vsmooth[%i]/F", TBINS));
g_tree->Branch("dg_vsmooth", dsmoothgvBuffer, Form("dg_vsmooth[%i]/F", TBINS));
g_tree->Branch("g_b", gbBuffer, Form("g_b[%i]/F", TBINS));
g_tree->Branch("alpha", alphaBuffer, Form("alpha[%i]/I", 22));
g_tree->Branch("pcounter", pcounterBuffer, Form("pcounter[%i]/I", 200));
n_tree->Branch("alpha", alphaBuffer, Form("alpha[%i]/I", 22));
n_tree->Branch("pcounter", npcounterBuffer, Form("pcounter[%i]/I", 200));
n_tree->Branch("ntb", ntbBuffer, Form("ntb[%i]/I", 200));
n_tree->Branch("p", npBuffer, Form("p[%i]/I", 17));
g_tree->Branch("t", tBuffer, Form("t[%i]/S", TBINS));
g_tree->Branch("ntb", ntbBuffer, Form("ntb[%i]/I", 200));
g_tree->Branch("ts", tsBuffer, Form("ts[%i]/D", 2));
g_tree->Branch("p", pBuffer, Form("p[%i]/D", 5));
g_tree->Branch("entry", gentry, "entry/S"); //not needed
if(debug) std::cout << "Read file" << std::endl;
m_tree=new TTree("m_tree","monitoring data");
double mBuffer[NMONITOR];
int mBuffer2[NMON_INTS];
unsigned int mBuffer3[1];
double mBuffer4[1];
double mBuffer5[1];
m_tree->Branch("m", mBuffer, Form("m[%i]/D", NMONITOR));
m_tree->Branch("alphac", mBuffer2, Form("alphac[%i]/I", NMON_INTS));
m_tree->Branch("ts", mBuffer3, "ts/I");
m_tree->Branch("lhe", mBuffer4, "lhe/D");
m_tree->Branch("ln2", mBuffer5, "ln2/D");
g_tree->Branch("m", mBuffer, Form("m[%i]/D", NMONITOR));
g_tree->Branch("alphac", mBuffer2, Form("alphac[%i]/I", NMON_INTS));
g_tree->Branch("tsc", mBuffer3, "tsc/I");
g_tree->Branch("lhe", mBuffer4, "lhe/D");
g_tree->Branch("ln2", mBuffer5, "ln2/D");
std::ifstream fin_camac;
//std::ofstream fout2;
//fout.open("test.dat");
for (int irun=0; irun<fNruns; irun++) {
std::ifstream fin_gage;
//std::ofstream fout;
std::ifstream fin_alpha;
//std::ofstream fout6;
std::ifstream fin_proton;
//std::ofstream fout7;
std::ifstream fin_monitor;
int run_no = fRunList[irun];
if(run_no %10 == 0) {
std::cout << run_no << std::endl;
}
int series = fSerList[0];
if(debug) std::cout << run_no << std::endl;
if (!path) {
ipath="/home/lifetime/data";
}
if(debug) std::cout << ipath << std::endl;
GetFileNames(fDataFileName, ipath, run_no, series);
fin_monitor.open(fDataFileName[3], std::ifstream::binary);
// short tBuffer [TBINS];
//float gvBuffer [TBINS];
if(debug) std::cout << "monitoring read" << std::endl;
if(debug) std::cout << "Declare tree" << std::endl;
if (fin_monitor != NULL) {
fin_monitor.seekg(0, fin_monitor.end);
long fileSize = fin_monitor.tellg();
fin_monitor.seekg (0, fin_monitor.beg);
if(debug) std::cout << fileSize << std::endl;
char * cBuf = new char [NMONITOR*8];
// Read the file in to the buffer
//for(int i = 0; i < fileSize / (4); i++) {
//fin.read(cBuf, NMONITOR*8);
if(fileSize == 100) {
fin_monitor.read(reinterpret_cast<char*> (&mBuffer3[0]), sizeof(mBuffer3[0]));
}
else {
fin_monitor.read(reinterpret_cast<char*> (&mBuffer3[0]), sizeof(mBuffer3[0]));
//mBuffer3[0] = 0;
}
for(int i = 0; i < NMONITOR; i++) {
//fin >> mBuffer[i];
fin_monitor.read(reinterpret_cast<char*> (&mBuffer[i]), sizeof(mBuffer[i]));
if(debug) std::cout << mBuffer[i] << std::endl;
}
for(int i = 0; i < NMON_INTS; i++) {
fin_monitor.read(reinterpret_cast<char*> (&mBuffer2[i]), sizeof(mBuffer2[i]));
if(debug) std::cout << mBuffer2[i] << std::endl;
}
mBuffer5[0] = (1-(mBuffer[7]-0.01)/0.53)*100.0;
mBuffer4[0] = (1-(mBuffer[8]-0.0165)/0.53)*100.0;
// current, voltage, t4, t77, ttrap, povc, pbore
m_tree->Fill();
//delete cBuf;
}
//fin_monitor.close();
//int run_no = fRunList[irun];
//if(debug) std::cout << run_no << std::endl;
//int series = fSerList[0];
if(debug) std::cout << run_no << std::endl;
if (!path) {
ipath="/home/lifetime/data";
}
if(debug) std::cout << ipath << std::endl;
GetFileNames(fDataFileName, ipath, run_no, series);
if(run_mode == 5) {
fin_gage.open(fDataFileName[4], std::ifstream::binary);
std::cout << "mode 5" << std::endl;
}
else if(calib == 1) {
std::cout << "MCA mode" << std::endl;
fin_gage.open(MCAFileName, std::ifstream::binary);
//std::cout << "MCA mode" << std::endl;
}
else {
fin_gage.open(fDataFileName[0], std::ifstream::binary);
}
fin_alpha.open(fDataFileName[5], std::ifstream::binary); //alpha
fin_proton.open(fDataFileName[6], std::ifstream::binary); //proton
//fout6.open("temp.dat");
char * abuffer = new char [10000*4*22];
//abuffer = new char [10000*4*22];
int * abufferi = new int ;//[10000*22];
char * pbuffer = new char [10000*4*200];
//pbuffer = new char [10000*4*200];
int * pbufferi = new int ;//[10000*200];
bool good6 = false;
bool good7 = false;
//gv_tree->Branch("t", tBuffer, "t[2048]/S");
for(int i = 0; i < 200; i++) {
ntbBuffer[i] = i;
}
fin_alpha.seekg(0, fin_alpha.end);
long tfileSize = fin_alpha.tellg();
fin_alpha.seekg (0, fin_alpha.beg);
if(fin_alpha != NULL) {
if(debug) std::cout << "file 6 " << tfileSize << std::endl;
fin_alpha.read(abuffer, tfileSize);
abufferi = reinterpret_cast<int*> (abuffer);
good6 = true;
//for(int i = 0; i < 10000; i++) {
//std::cout << abuffer[i] << std::endl;
//int delta = 0;
//if(i > 0) delta = abufferi[i] - abufferi[i-1];
//fout6 << abufferi[i] << ' ' << delta << std::endl;
//}
}
int alphasize = tfileSize;
//fin_alpha.close();
fin_proton.seekg(0, fin_proton.end);
tfileSize = fin_proton.tellg();
fin_proton.seekg (0, fin_proton.beg);
if(fin_proton != NULL) {
if(debug) std::cout << "file 7 " << tfileSize << std::endl;
fin_proton.read(pbuffer, tfileSize);
pbufferi = reinterpret_cast<int*> (pbuffer);
good7 = true;
}
for(int ii = 0; ii < 10000; ii++) {
//std::cout << ii << std::endl;
if(good6) {
for(int j = 0; j < 22; j++) {
if( j < 16 || alphasize > 16*10000*4) {
alphaBuffer[j] = abufferi[ii + j * 10000];
}
else {
alphaBuffer[j] = 0;
}
//fout6 << ii << ' ' << j << ' ' << alphaBuffer[j] << std::endl;
}
}
if(good7) {
for(int j = 0; j < 200; j++) {
pcounterBuffer[j] = pbufferi[j + ii * 200];
if(j > 0) {
if(pcounterBuffer[j] - pcounterBuffer[j-1] != 0) {
npBuffer[0] = j;
}
}
else {
if(pcounterBuffer[j] == 1) {
npBuffer[0] = j;
}
}
}
}
n_tree->Fill();
}
//fin_proton.close();
//fout6.close();
gentry[0] = 0;
const float toVolts = 4.0 / (-32768.0*2.0);
if (fin_gage != NULL) {
fin_gage.seekg(0, fin_gage.end);
long fileSize = fin_gage.tellg();
fin_gage.seekg (0, fin_gage.beg);
if(debug) std::cout << fileSize << std::endl;
int temptbins = 2048;
if(calib == 1) {
temptbins = 512;
}
char * cBuffer = new char [TBINS*2];
char * dBuffer1 = new char [8];
char * dBuffer2 = new char [8];
short * sbuf = new short ;//[TBINS];
double * dbuf1 = new double [1];
double * dbuf2 = new double [1];
double * bgbuf = new double [2];
if(debug) std::cout << fileSize << std::endl;
// Read the file in to the buffer
for(int i = 0; i < fileSize / ((temptbins*2+8)*2); i++) {
//std::cout << i << std::endl;
if(good6) {
for(int j = 0; j < 22; j++) {
alphaBuffer[j] = abufferi[i + j * 10000];
//fout6 << i << ' ' << j << ' ' << alphaBuffer[j] << std::endl;
}
}
if(good7) {
for(int j = 0; j < 200; j++) {
pcounterBuffer[j] = pbufferi[j + i * 200];
}
}
for(int j = 0; j < 2; j++) {
bgbuf[j] = 0;
}
for(int k = 0; k < 2; k++) {
if(k == 0) {
fin_gage.read(dBuffer1, 8);
dbuf1 = reinterpret_cast<double*> (dBuffer1);
}
else {
fin_gage.read(dBuffer2, 8);
dbuf2 = reinterpret_cast<double*> (dBuffer2);
}
fin_gage.read(cBuffer, temptbins*2);
sbuf = reinterpret_cast<short*> (cBuffer);
if(k == 0) {
double max = -4;
double tmax = 0;
for(int j = 0; j < TBINS; j++) {
float temp;
if(j < temptbins) {
gBuffer[j] = sbuf[j];
temp = gBuffer[j];
}
else {
gBuffer[j] = 0;
temp = 0;
}
if(j < 256 && calib == 0) {
bgbuf[0] += gBuffer[j];
bgbuf[1] += (-16.0 - temp) * toVolts + 0.0;
}
//gvBuffer[j] = convert_to_volts(gBuffer[j]);
//gvBuffer[j] = (-16.0 - sbuf[j]) * toVolts + 0.0;
gvBuffer[j] = (-16.0 - temp) * toVolts + 0.0;
//std::cout << j << ' ' << gvBuffer[j] << std::endl;
if(gvBuffer[j] > max) {
max = gvBuffer[j];
tmax = j;
}
//fout << temp << std::endl;
}
pBuffer[2] = max; // max volts
pBuffer[3] = tmax; // max arrival time
get_smoothed(gvBuffer, smoothgvBuffer, 15);
get_derivative(smoothgvBuffer, dgvBuffer, 0);
get_smoothed(dgvBuffer, dsmoothgvBuffer, 15);
}
else {
for(int j = 0; j < TBINS; j++) {
float temp;
if(j < temptbins) {
gBuffer2[j] = sbuf[j];
temp = gBuffer2[j];
}
else {
gBuffer2[j] = 0;
temp = 0;
}
//gvBuffer[j] = convert_to_volts(gBuffer[j]);
//gvBuffer[j] = (-16.0 - sbuf[j]) * toVolts + 0.0;
gbBuffer[j] = (-16.0 - temp) * toVolts * 0.2/4.0 + 0.0;
//if(i == 0 && j < 512) std::cout << temp << std::endl;
}
}
}
double tlast = tsBuffer[0]+10000.0;
tsBuffer[0] = *dbuf1;
tsBuffer[1] = *dbuf2;
int tempbin = 200*int(tsBuffer[1]);
//uncomment below to make delta T file
//fout << tsBuffer[0] << ' ' << tsBuffer[1] << std::endl;
// fout << (tsBuffer[0]+10000.0) << ' '
// << (tsBuffer[0]+10000.0) / 10200.5 << ' '
// << tempbin << ' ' << tsBuffer[1]
// << ' ' << tlast << ' '
// << (tsBuffer[0]+10000.0) - tlast << std::endl;
for(int i = 0; i < 200; i++) {
//npcounterBuffer[i] = pbufferi[i + tempbin];
}
//if(debug) std::cout << tsBuffer[0] / 10200.0 << ' ' << npcounterBuffer[0] << std::endl;
//npcounterBuffer[0] = int(tsBuffer[0] / 10200.0);
//if(debug) std::cout << pBuffer[3] << std::endl;
pBuffer[0] = bgbuf[0] / 256.0;
pBuffer[1] = bgbuf[1] / 256.0;
pBuffer[4] = run_no;
gentry[0] = fileSize / ((TBINS*2+8)*2);
g_tree->Fill();
//gv_tree->Fill();
}
//delete[]fileBuf;
//fin_gage.close();
//if(debug) std::cout << "gage " << irun << std::endl;
delete [] cBuffer;
delete [] dBuffer1;
delete [] dBuffer2;
}
if(fin_gage) fin_gage.close();
if(fin_alpha) fin_alpha.close();
if(fin_proton) fin_proton.close();
if(fin_monitor) fin_monitor.close();
//delete [] pbufferi;
delete [] pbuffer;
//delete [] abufferi;
delete [] abuffer;
//delete [] cBuffer;
}
//fout2.close();
return;
c_tree=new TTree("c_tree","camac list");
short lBuffer[2];
short entry[1];
c_tree->Branch("list", lBuffer, "list[2]/S");
entry[0] = 0;
for (int irun=0; irun<fNruns; ++irun) {
int run_no = fRunList[irun];
if(debug) std::cout << run_no << std::endl;
int series = fSerList[0];
if(debug) std::cout << run_no << std::endl;
if (!path) {
ipath="/home/lifetime/data";
}
if(debug) std::cout << ipath << std::endl;
GetFileNames(fDataFileName, ipath, run_no, series);
fin_camac.open(fDataFileName[1], std::ifstream::binary);
if(debug) std::cout << "Camac list read" << std::endl;
if(debug) std::cout << "Declare camac tree" << std::endl;
short entry[1];
entry[0] = 0;
if (fin_camac != NULL) {
fin_camac.seekg(0, fin_camac.end);
long fileSize = fin_camac.tellg();
fin_camac.seekg (0, fin_camac.beg);
if(debug) std::cout << fileSize << std::endl;
char * cBuf = new char [4];
short * lbuf = new short [2];
//c_tree->Branch("entry", entry, "entry/S"); not needed
//g_tree->Branch("g_v", gvBuffer, "g_v[TBINS]/F");
//g_tree->Branch("t", tBuffer, "t[TBINS]/S");
// Read the file in to the buffer
for(int i = 0; i < fileSize / (4); i++) {
fin_camac.read(cBuf, 4);
lbuf = reinterpret_cast<short*> (cBuf);
if(lbuf[0] < 8192) {
lBuffer[0] = lbuf[0];
lBuffer[1] = lbuf[1];
}
else {
lBuffer[0] = lbuf[1];
lBuffer[1] = lbuf[0];
}
c_tree->Fill();
//if(debug) std::cout << entry[0] << ' ' << lBuffer[0] << ' ' << lBuffer[1] << std::endl;
//delete cBuffer;
//delete sbuf;
}
//delete lbuf;
//delete cBuf;
}
fin_camac.close();
}
h_tree=new TTree("h_tree","camac histogram");
short adcBuffer[HBINS*8192/8192];
short tdcBuffer[HBINS*8192/8192];
short hb[HBINS*8192/8192];
h_tree->Branch("adch", adcBuffer,
Form("adch[%i]/S", HBINS*8192/8192));
h_tree->Branch("tdch", tdcBuffer,
Form("tdch[%i]/S", HBINS*8192/8192));
for (int irun=0; irun<fNruns; ++irun) {
int run_no = fRunList[irun];
if(debug) std::cout << run_no << std::endl;
int series = fSerList[0];
if(debug) std::cout << run_no << std::endl;
if (!path) {
ipath="/home/lifetime/data";
}
if(debug) std::cout << ipath << std::endl;
GetFileNames(fDataFileName, ipath, run_no, series);
fin_camac.open(fDataFileName[2], std::ifstream::binary);
if(debug) std::cout << "Camac hist read" << std::endl;
if(debug) std::cout << "Declare hist tree" << std::endl;
if (fin_camac != NULL) {
fin_camac.seekg(0, fin_camac.end);
long fileSize = fin_camac.tellg();
fin_camac.seekg (0, fin_camac.beg);
if(debug) std::cout << fileSize << std::endl;
char * hBuf = new char [HBINS*4];
//h_tree->Branch("hist", adcBuffer, Form("hist[%i]/S", HBINS));
//h_tree->Branch("hb", hb, Form("hb[%i]/S", HBINS*8192/8192));
//h_tree->Branch("hb", hb, "hb[8192]/S");
// Read the file in to the buffer
//for(int i = 0; i < fileSize / (4); i++) {
fin_camac.read(hBuf, HBINS*4);
short * tbuf = new short [HBINS*2];
tbuf = reinterpret_cast<short*> (hBuf);
for(int qq = 0; qq < HBINS*8192/8192; qq++) {
adcBuffer[qq] = tbuf[qq];
tdcBuffer[qq] = tbuf[qq+8192];
//hb[qq] = qq;
//if(tdcBuffer[qq] != 0)
// if(debug) std::cout << qq << ' ' << tdcBuffer[qq] << std::endl;
//h_tree->Fill();
}
h_tree->Fill();
//delete hBuf;
}
fin_camac.close();
}
// 8192 entry version
// fin.open(fDataFileName[2], std::ifstream::binary);
// if(debug) std::cout << "Camac hist read" << std::endl;
// if(debug) std::cout << "Declare hist tree" << std::endl;
// h_tree=new TTree("h_tree","camac histogram");
// if (fin) {
// short adcBuffer[1];
// short tdcBuffer[1];
// short hb[HBINS*8191/8192];
// fin.seekg(0, fin.end);
// long fileSize = fin.tellg();
// fin.seekg (0, fin.beg);
// if(debug) std::cout << fileSize << std::endl;
// char * cBuf = new char [HBINS*4];
// h_tree->Branch("adch", adcBuffer, Form("adch[%i]/S", 1));
// h_tree->Branch("tdch", tdcBuffer, Form("tdch[%i]/S", 1));
// //h_tree->Branch("hb", hb, Form("hb[%i]/S", HBINS*8191/8192));
// //h_tree->Branch("hb", hb, "hb[8192]/S");
// // Read the file in to the buffer
// //for(int i = 0; i < fileSize / (4); i++) {
// fin.read(cBuf, HBINS*4);
// short * tbuf = new short [HBINS*2];
// tbuf = reinterpret_cast<short*> (cBuf);
// for(int qq = 0; qq < HBINS; qq++) {
// adcBuffer[0] = tbuf[qq];
// tdcBuffer[0] = tbuf[qq+8192];
// //hb[qq] = qq;
// //if(debug) std::cout << qq << ' ' << hb[qq] << std::endl;
// h_tree->Fill();
// }
// //h_tree->Fill();
// }
// fin.close();
}
void TauData::get_derivative(float values[], float deriv[], int smooth)
{
double tderiv[2048];
for(int i = 0; i < 2048; i++) {
if (i > 6 && i < 2041) {
deriv[i] = (values[i+4]-32.0/3.0*values[i+3]+56.0*values[i+2]-224.0*values[i-1]+224*values[i+1]-56.0*values[i-2]+32.0/3.0*values[i-3]-values[i-4])/280.0;
tderiv[i] = deriv[i];
}
else {
deriv[i] = 0;
tderiv[i] = deriv[i];
}
}
if(smooth == 0) {
return;
}
return;
}
void TauData::get_smoothed(float smooth[], float tsmooth[], int smoothness)
{
int nweights = 0;
float weights[11];
if(smoothness == 1) { //3 point triangle
weights[0] = 1/3;
weights[1] = 1/3;
weights[2] = 1/3;
nweights = 3;
}
if(smoothness == 2) { //5 point triangle
weights[0] = 1/9;
weights[1] = 2/9;
weights[2] = 1/3;
weights[3] = 2/9;
weights[4] = 1/9;
nweights = 5;
}
if(smoothness == 3) { //7 point triangle
weights[0] = 1/16;
weights[1] = 2/16;
weights[2] = 3/16;
weights[3] = 4/16;
weights[4] = 3/16;
weights[5] = 2/16;
weights[6] = 1/16;
nweights = 7;
}
if(smoothness == 11) { //3 point gaussian
weights[0] = 0.1842;
weights[1] = 0.6316;
weights[2] = 0.1842;
nweights = 3;
}
if(smoothness == 12) { //5 point gaussian
weights[0] = 0.0647;
weights[1] = 0.2447;
weights[2] = 0.3813;
weights[3] = 0.2447;
weights[4] = 0.0647;
nweights = 5;
}
if(smoothness == 13) { //7 point gaussian
weights[0] = 0.0356;
weights[1] = 0.1104;
weights[2] = 0.2176;
weights[3] = 0.2729;
weights[4] = 0.2176;
weights[5] = 0.1104;
weights[6] = 0.0356;
nweights = 7;
}
if(smoothness == 14) { //9 point gaussian
weights[0] = 0.0238;
weights[1] = 0.062;
weights[2] = 0.1228;
weights[3] = 0.1852;
weights[4] = 0.2124;
weights[5] = 0.1852;
weights[6] = 0.1228;
weights[7] = 0.062;
weights[8] = 0.0238;
nweights = 9;
}
if(smoothness == 15) { //11 point gaussian
weights[0] = 0.017587;
weights[1] = 0.040124;
weights[2] = 0.076209;
weights[3] = 0.120507;
weights[4] = 0.15864;
weights[5] = 0.173865;
weights[6] = 0.15864;
weights[7] = 0.120507;
weights[8] = 0.076209;
weights[9] = 0.040124;
weights[10] = 0.017587;
nweights = 11;
}
for(int i = 0; i < 2048; i++) {
tsmooth[i] = 0;
float weightsum = 0;
for(int j = -1*(nweights-1)/2; j < (nweights-1)/2; j++) {
if(i + j > 0 && i + j < 2048) {
tsmooth[i] += smooth[i+j]*weights[j+(nweights-1)/2];
weightsum += weights[j+(nweights-1)/2];
}
}
tsmooth[i] /= weightsum;
}
return;
}
/*
derivative expressions
t3.g_tree->Draw("(g_v[t+1]-g_v[t-1])/2.0:t","p[3]<5 && t > 0 && t < 2047");
t3.g_tree->Draw("(-g_v[t+2]+8.0*g_v[t+1]-8.0*g_v[t-1]+g_v[t-2])/12.0:t","p[3]<5 && t > 1 && t <2046");
t3.g_tree->Draw("(g_v[t+3]-9.0*g_v[t+2]+45*g_v[t+1]-45*g_v[t-1]+9.0*g_v[t-2]-g_v[t-3])/60.0:t","p[3]<5 && t > 2 && t < 2045");
t3.g_tree->Draw("(-g_v[t+4]+32.0/3.0*g_v[t+3]-56.0*g_v[t+2]+224.0*g_v[t+1]-224*g_v[t-1]+56.0*g_v[t-2]-32.0/3.0*g_v[t-3]+g_v[t-4])/280.0:t","p[3]<5 && t > 3 && t < 2044");
2nd order
t3.g_tree->Draw("-1/560*g_v[t-4]+8/315*g_v[t-3]-1/5*g_v[t-2]+8/5*g_v[t-1]-205/72*g_v[t]+8/5*g_v[t+1]-1/5*g_v[t+2]+8/315*g_v[t+3]-1/560*g_v[t+4]:t","p[3]<5 && t > 3 && t < 2044");
cuts on deriv
t3.g_tree->Draw("g_v:t","t > 3 && t < 2044 (-g_v[t+4]+32.0/3.0*g_v[t+3]-56.0*g_v[t+2]+224.0*g_v[t-1]-224*g_v[t+1]+56.0*g_v[t-2]-32.0/3.0*g_v[t-3]+g_v[t-4])/280.0 < 0.05")