L1RCTORCAMap.cc

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#include "L1Trigger/RegionalCaloTrigger/interface/L1RCTORCAMap.h"

#include <vector>
using std::vector;

L1RCTORCAMap::L1RCTORCAMap() {
  rawEMET = std::vector<unsigned short>(56 * 72);
  rawHDET = std::vector<unsigned short>(56 * 72);
  rawEMFG = std::vector<unsigned short>(56 * 72);
  rawHDFG = std::vector<unsigned short>(56 * 72);
  rawHFET = std::vector<unsigned short>(8 * 18);
  combEM = std::vector<unsigned short>(56 * 72);
  combHD = std::vector<unsigned short>(56 * 72);

  barrelData = std::vector<std::vector<std::vector<unsigned short>>>(
      18, std::vector<std::vector<unsigned short>>(
              7, std::vector<unsigned short>(64)));
  hfData = std::vector<std::vector<unsigned short>>(
      18, std::vector<unsigned short>(8));
}
vector<std::vector<std::vector<unsigned short>>> L1RCTORCAMap::giveBarrel() {
  return barrelData;
}

vector<std::vector<unsigned short>> L1RCTORCAMap::giveHF() { return hfData; }
void L1RCTORCAMap::makeHFData() {
  std::vector<unsigned short> crate(16);
  for (int i = 0; i < 9; i++) {
    for (int j = 0; j < 16; j++) {
      crate.at(j) = rawHFET.at(16 * i + j);
    }
    hfData.at(i) = crate;
  }
}

void L1RCTORCAMap::makeBarrelData() {
  std::vector<int> indices;
  for (int phi = 0; phi < 72; phi++) {
    for (int eta = 0; eta < 56; eta++) {
      indices = orcamap(eta, phi);
      (barrelData.at(indices.at(0))).at(indices.at(1)).at(indices.at(2)) =
          combEM.at(phi * 56 + eta);
      (barrelData.at(indices.at(0))).at(indices.at(1)).at(indices.at(2) + 32) =
          combHD.at(phi * 56 + eta);
    }
  }
}

void L1RCTORCAMap::readData(const std::vector<unsigned> &emet,
                            const std::vector<unsigned> &hdet,
                            const std::vector<bool> &emfg,
                            const std::vector<bool> &hdfg,
                            const std::vector<unsigned> &hfet) {
  for (int i = 0; i < 4032; i++) {
    rawEMET.at(i) = emet.at(i);
    rawHDET.at(i) = hdet.at(i);
    rawEMFG.at(i) = emfg.at(i);
    rawHDFG.at(i) = hdfg.at(i);
  }
  for (int i = 0; i < 144; i++)
    rawHFET.at(i) = hfet.at(i);

  combEM = combVec(rawEMET, rawEMFG);
  combHD = combVec(rawHDET, rawHDFG);

  makeBarrelData();
  makeHFData();
}

unsigned short L1RCTORCAMap::combine(unsigned short et, unsigned short fg) {
  unsigned short newfg = fg << 8;
  return newfg + et;
}

vector<unsigned short>
L1RCTORCAMap::combVec(const std::vector<unsigned short> &et,
                      const std::vector<unsigned short> &fg) {
  std::vector<unsigned short> comb(56 * 72);
  for (int i = 0; i < (int)et.size(); i++)
    comb.at(i) = combine(et.at(i), fg.at(i));
  return comb;
}

vector<int> L1RCTORCAMap::orcamap(int eta, int phi) {
  int crateNum(20);
  std::vector<int> cardTower(2, 0);
  std::vector<int> returnVec(3, 0);
  int modEta = eta % 28;
  int modPhi = phi % 8;
  if (phi < 8)
    crateNum = 0;
  else if (phi < 16)
    crateNum = 1;
  else if (phi < 24)
    crateNum = 2;
  else if (phi < 32)
    crateNum = 3;
  else if (phi < 40)
    crateNum = 4;
  else if (phi < 48)
    crateNum = 5;
  else if (phi < 56)
    crateNum = 6;
  else if (phi < 64)
    crateNum = 7;
  else if (phi < 72)
    crateNum = 8;

  if (eta < 28)
    cardTower = lowEtaMap(modEta, modPhi);
  else {
    cardTower = highEtaMap(modEta, modPhi);
    crateNum = crateNum + 9;
  }

  returnVec.at(0) = crateNum;
  for (int i = 0; i < 2; i++) {
    returnVec.at(i + 1) = cardTower.at(i);
  }
  return returnVec;
}

vector<int> L1RCTORCAMap::lowEtaMap(int eta, int phi) {
  int cardnum = 0;
  int towernum = 0;
  std::vector<int> returnVec(2);
  if (eta < 4) {
    cardnum = 6;
    if (phi < 4)
      towernum = (3 - eta) * 4 + phi;
    else
      towernum = eta * 4 + phi + 12;
  } else if (eta < 12) {
    if (phi < 4) {
      cardnum = 4;
      if (eta < 8)
        towernum = (7 - eta) * 4 + phi + 16;
      else
        towernum = (11 - eta) * 4 + phi;
    } else {
      cardnum = 5;
      if (eta < 8)
        towernum = (7 - eta) * 4 + (phi - 4) + 16;
      else
        towernum = (11 - eta) * 4 + (phi - 4);
    }
  } else if (eta < 20) {
    if (phi < 4) {
      cardnum = 2;
      if (eta < 16)
        towernum = (15 - eta) * 4 + phi + 16;
      else
        towernum = (19 - eta) * 4 + phi;
    } else {
      cardnum = 3;
      if (eta < 16)
        towernum = (15 - eta) * 4 + (phi - 4) + 16;
      else
        towernum = (19 - eta) * 4 + (phi - 4);
    }
  } else if (eta < 28) {
    if (phi < 4) {
      cardnum = 0;
      if (eta < 24)
        towernum = (23 - eta) * 4 + phi + 16;
      else
        towernum = (27 - eta) * 4 + phi;
    } else {
      cardnum = 1;
      if (eta < 24)
        towernum = (23 - eta) * 4 + (phi - 4) + 16;
      else
        towernum = (27 - eta) * 4 + (phi - 4);
    }
  }

  returnVec.at(0) = cardnum;
  returnVec.at(1) = towernum;
  return returnVec;
}

vector<int> L1RCTORCAMap::highEtaMap(int eta, int phi) {
  int cardnum;
  int towernum;
  std::vector<int> returnVec(2);
  if (eta < 8) {
    if (phi < 4) {
      cardnum = 0;
      towernum = eta * 4 + phi;
    } else {
      cardnum = 1;
      towernum = eta * 4 + (phi - 4);
    }
  } else if (eta < 16) {
    if (phi < 4) {
      cardnum = 2;
      towernum = (eta - 8) * 4 + phi;
    } else {
      cardnum = 3;
      towernum = (eta - 8) * 4 + (phi - 4);
    }
  } else if (eta < 24) {
    if (phi < 4) {
      cardnum = 4;
      towernum = (eta - 16) * 4 + phi;
    } else {
      cardnum = 5;
      towernum = (eta - 16) * 4 + (phi - 4);
    }
  } else {
    cardnum = 6;
    if (phi < 4)
      towernum = (27 - eta) * 4 + phi;
    else
      towernum = (27 - eta) * 4 + phi + 12;
  }

  returnVec.at(0) = cardnum;
  returnVec.at(1) = towernum;
  return returnVec;
}