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#include "DD4hep/DetFactoryHelper.h"
#include "DetectorDescription/DDCMS/interface/DDPlugins.h"
#include "DetectorDescription/DDCMS/interface/BenchmarkGrd.h"
#include "DetectorDescription/DDCMS/interface/DDutils.h"
#include "DataFormats/Math/interface/angle_units.h"
#include "DD4hep/Shapes.h"
#include <string>
#include <vector>
using namespace std;
using namespace cms;
using namespace dd4hep;
using namespace angle_units::operators;
//#define EDM_ML_DEBUG
namespace {
struct EcalPreshower {
vector<string> materials; // materials of the presh-layers
vector<string> layName; // names of the presh-layers
vector<string> ladPfx; // name prefix for ladders
vector<string> typesL5;
vector<string> typesL4;
vector<string> typeOfLaddRow0;
vector<string> typeOfLaddRow1;
vector<string> typeOfLaddRow2;
vector<string> typeOfLaddRow3;
vector<double> thickLayers;
vector<double> abs1stx;
vector<double> abs1sty;
vector<double> abs2ndx;
vector<double> abs2ndy;
vector<double> asymLadd;
vector<double> rminVec;
vector<double> rmaxVec;
vector<double> noLaddInCol;
vector<double> startOfFirstLadd;
vector<double> laddL5map;
vector<double> laddL4map;
string laddMaterial; // ladd material - air
double thickness; // overall thickness of the preshower envelope
double zlead1;
double zlead2;
double waf_intra_col_sep;
double waf_inter_col_sep;
double waf_active;
double wedge_length;
double wedge_offset;
double zwedge_ceramic_diff;
double ywedge_ceramic_diff;
double wedge_angle;
double box_thick;
double dee_separation;
double in_rad_Abs_Al;
double in_rad_Abs_Pb;
double ladder_thick;
double ladder_width;
double micromodule_length;
double absAlX_X;
double absAlX_Y;
double absAlX_subtr1_Xshift;
double absAlX_subtr1_Yshift;
double rMax_Abs_Al;
double absAlY_X;
double absAlY_Y;
double absAlY_subtr1_Xshift;
double absAlY_subtr1_Yshift;
double ldrBck_Length;
double ldrFrnt_Length;
double ldrFrnt_Offset;
double ldrBck_Offset;
double ceramic_length;
double wedge_back_thick;
};
} // namespace
static long algorithm(dd4hep::Detector& /* description */, cms::DDParsingContext& ctxt, xml_h e) {
BenchmarkGrd counter("DDEcalPreshowerAlgo");
cms::DDNamespace ns(ctxt, e, true);
cms::DDAlgoArguments args(ctxt, e);
Volume parentVolume = ns.volume(args.parentName());
Volume swedLog = ns.volume("esalgo:SWED");
Volume sfLog = ns.volume("esalgo:SF");
Volume sfbxLog = ns.volume("esalgo:SFBX");
Volume sfbyLog = ns.volume("esalgo:SFBY");
EcalPreshower es;
es.asymLadd = args.vecDble("ASYMETRIC_LADDER");
es.typesL5 = args.vecStr("TYPES_OF_LADD_L5");
es.typesL4 = args.vecStr("TYPES_OF_LADD_L4");
es.laddL5map = args.vecDble("LADD_L5_MAP");
es.laddL4map = args.vecDble("LADD_L4_MAP");
es.noLaddInCol = args.vecDble("NUMB_OF_LADD_IN_COL");
es.startOfFirstLadd = args.vecDble("START_OF_1ST_LADD");
es.typeOfLaddRow0 = args.vecStr("TYPE_OF_LADD_1");
es.typeOfLaddRow1 = args.vecStr("TYPE_OF_LADD_2");
es.typeOfLaddRow2 = args.vecStr("TYPE_OF_LADD_3");
es.typeOfLaddRow3 = args.vecStr("TYPE_OF_LADD_4");
es.thickLayers = args.vecDble("Layers");
es.thickness = args.dble("PRESH_Z_TOTAL");
es.materials = args.vecStr("LayMat");
es.layName = args.vecStr("LayName");
es.rmaxVec = args.vecDble("R_MAX"); // inner radii
es.rminVec = args.vecDble("R_MIN"); // outer radii
es.waf_intra_col_sep = args.dble("waf_intra_col_sep");
es.waf_inter_col_sep = args.dble("waf_inter_col_sep");
es.waf_active = args.dble("waf_active");
es.wedge_length = args.dble("wedge_length");
es.wedge_offset = args.dble("wedge_offset");
es.zwedge_ceramic_diff = args.dble("zwedge_ceramic_diff");
es.ywedge_ceramic_diff = args.dble("ywedge_ceramic_diff");
es.ceramic_length = args.dble("ceramic_length");
es.wedge_angle = args.dble("wedge_angle");
es.wedge_back_thick = args.dble("wedge_back_thick");
es.ladder_thick = args.dble("ladder_thick");
es.ladder_width = args.dble("ladder_width");
es.micromodule_length = args.dble("micromodule_length");
es.box_thick = args.dble("box_thick");
es.abs1stx = args.vecDble("1ST_ABSX");
es.abs1sty = args.vecDble("1ST_ABSY");
es.abs2ndx = args.vecDble("2ND_ABSX");
es.abs2ndy = args.vecDble("2ND_ABSY");
es.ladPfx = args.vecStr("LadPrefix");
es.laddMaterial = args.str("LadderMaterial");
es.ldrFrnt_Length = args.dble("LdrFrnt_Length");
es.ldrFrnt_Offset = args.dble("LdrFrnt_Offset");
es.ldrBck_Length = args.dble("LdrBck_Length");
es.ldrBck_Offset = args.dble("LdrBck_Offset");
es.dee_separation = args.dble("dee_sep");
es.in_rad_Abs_Al = args.dble("R_MIN_Abs_Al");
es.in_rad_Abs_Pb = args.dble("R_MIN_Abs_Pb");
es.rMax_Abs_Al = args.dble("R_MAX_Abs_Al");
es.absAlX_X = args.dble("AbsAlX_X");
es.absAlX_Y = args.dble("AbsAlX_Y");
es.absAlX_subtr1_Xshift = args.dble("AbsAlX_subtr1_Xshift");
es.absAlX_subtr1_Yshift = args.dble("AbsAlX_subtr1_Yshift");
es.absAlY_X = args.dble("AbsAlY_X");
es.absAlY_Y = args.dble("AbsAlY_Y");
es.absAlY_subtr1_Xshift = args.dble("AbsAlY_subtr1_Xshift");
es.absAlY_subtr1_Yshift = args.dble("AbsAlY_subtr1_Yshift");
// create all the tube-like layers of the preshower
{
double zpos = -es.thickness / 2., sdx(0), sdy(0), bdx(0), bdy(0);
for (size_t i = 0; i < es.thickLayers.size(); ++i) {
int I = int(i) + 1; // FOTRAN I (offset +1)
double rIn(0), rOut(0), zHalf(0);
// create the name
const string& ddname("esalgo:" + es.layName[i]); // namespace:name
// cone dimensions
rIn = es.rminVec[i];
rOut = es.rmaxVec[i];
zHalf = es.thickLayers[i] / 2.;
// position the logical part w.r.t. the parent volume
zpos += zHalf;
// skip layers with detectors, front and rear window
if (I == 2 || I == 28 || I == 13 || I == 23) {
zpos += zHalf;
continue;
}
// create a logical part representing a single layer in the preshower
Solid solid = ns.addSolid(ddname, Tube(ddname, rIn, rOut, zHalf, 0., 360._deg));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << ddname << " Tubs " << cms::convert2mm(zHalf) << ":" << cms::convert2mm(rIn) << ":"
<< cms::convert2mm(rOut) << ":0:360";
#endif
Volume layer = ns.addVolume(Volume(ddname, solid, ns.material(es.materials[i])));
if (I == 12) {
es.zlead1 = zpos + zHalf;
}
if (I == 22) {
es.zlead2 = zpos + zHalf;
}
if (I == 10 || I == 20) { // New lead shape
for (int step = 0; step < 2; ++step) {
int absz = 0;
double outalbx, outalby, shiftR, outalbx2, outalby2, shiftR2;
absz = int(es.abs1stx.size());
if (I == 20)
absz = int(es.abs2ndx.size());
int cutabsx = -1;
int cutabsy = -1;
const string& dd_tmp_name_b("esalgo:" + es.layName[i] + "Lcut");
const string& dd_tmp_name_c("esalgo:" + es.layName[i] + "tmpb");
const string& dd_tmp_name_d("esalgo:" + es.layName[i] + "LinPb");
const string& dd_tmp_name_e("esalgo:" + es.layName[i] + "LinAl");
const string& dd_tmp_name_f("esalgo:" + es.layName[i] + "LOutAlVol");
ostringstream tmp_Alname_fin;
tmp_Alname_fin << es.layName[i] << "LtmpAl" << absz - 1;
string dd_Alname_fin("esalgo:" + tmp_Alname_fin.str());
const string& dd_Alname_f("esalgo:" + es.layName[i] + "LOutAl");
const string& dd_Alname_g("esalgo:" + es.layName[i] + "LOutAl2");
const string& dd_Alname_h("esalgo:" + es.layName[i] + "LOutAltmp");
const string& dd_Alname_i("esalgo:" + es.layName[i] + "LOutAltmp2");
const string& dd_Alname_j("esalgo:" + es.layName[i] + "LOutAltmp3");
const string& dd_Alname_k("esalgo:" + es.layName[i] + "LOutAltmp4");
const string& dd_Alname_l("esalgo:" + es.layName[i] + "LOutAltmp5");
const string& dd_Alname_m("esalgo:" + es.layName[i] + "LOutAltmp6");
if (step == 0) {
Solid outAl = ns.addSolid(dd_Alname_f,
Tube(dd_Alname_f,
es.rMax_Abs_Al - 20 * dd4hep::cm,
es.rMax_Abs_Al,
zHalf - 0.1 * dd4hep::mm,
0.,
90._deg));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_Alname_f << " Tubs " << cms::convert2mm(zHalf - 0.1 * dd4hep::mm) << ":"
<< cms::convert2mm(es.rMax_Abs_Al - 20 * dd4hep::cm) << ":"
<< cms::convert2mm(es.rMax_Abs_Al) << ":0:90";
#endif
outalbx = es.absAlX_X * 0.1;
outalby = es.rMax_Abs_Al + 0.1 * dd4hep::mm - es.absAlX_subtr1_Yshift;
shiftR = es.absAlX_subtr1_Yshift;
if (I == 20) {
outalbx = es.absAlY_X * 0.1;
outalby = es.rMax_Abs_Al + 0.1 * dd4hep::mm - es.absAlY_subtr1_Yshift;
shiftR = es.absAlY_subtr1_Xshift;
}
Solid outAltmp = ns.addSolid(dd_Alname_h,
Box(dd_Alname_h,
outalbx / 2. + 0.1 * dd4hep::mm,
outalby / 2. + 0.1 * dd4hep::mm,
zHalf + 0.1 * dd4hep::mm));
Solid outAltmp3 = ns.addSolid(
dd_Alname_j,
SubtractionSolid(dd_Alname_j, outAl, outAltmp, Position(outalbx / 2., outalby / 2. + shiftR, 0)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_Alname_h << " Box " << cms::convert2mm(outalbx / 2. + 0.1 * dd4hep::mm)
<< ":" << cms::convert2mm(outalby / 2. + 0.1 * dd4hep::mm) << ":"
<< cms::convert2mm(zHalf);
edm::LogVerbatim("SFGeomX") << dd_Alname_j << " Subtraction " << outAl.name() << ":" << outAltmp.name()
<< " at (" << cms::convert2mm(outalbx / 2.) << ","
<< cms::convert2mm(outalby / 2. + shiftR) << ","
<< "0) no rotation";
#endif
outalby2 = es.absAlX_Y * 0.1;
outalbx2 = es.rMax_Abs_Al + 0.1 * dd4hep::mm - es.absAlX_subtr1_Xshift;
shiftR2 = es.absAlX_subtr1_Xshift;
if (I == 20) {
outalby2 = es.absAlY_Y * 0.1;
outalbx2 = es.rMax_Abs_Al + 0.1 * dd4hep::mm - es.absAlY_subtr1_Xshift;
shiftR2 = es.absAlY_subtr1_Xshift;
}
Solid outAltmp2 = ns.addSolid(
dd_Alname_i,
Box(dd_Alname_i, outalbx2 / 2. + 0.1 * dd4hep::mm, outalby2 / 2. + 0.1 * dd4hep::mm, zHalf));
Solid outAltmp4 = ns.addSolid(
dd_Alname_k,
SubtractionSolid(
dd_Alname_k, outAltmp3, outAltmp2, Position(outalbx2 / 2. + shiftR2, outalby2 / 2., 0)));
Solid outAltmp5 =
ns.addSolid(dd_Alname_l, UnionSolid(dd_Alname_l, outAltmp4, outAltmp4, ns.rotation("esalgo:RABS90")));
Solid outAltmp6 =
ns.addSolid(dd_Alname_m, UnionSolid(dd_Alname_m, outAltmp5, outAltmp4, ns.rotation("esalgo:RABS180B")));
ns.addSolid(dd_Alname_g, UnionSolid(dd_Alname_g, outAltmp6, outAltmp4, ns.rotation("esalgo:R180")));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_Alname_i << " Box " << cms::convert2mm(outalbx2 / 2. + 0.1 * dd4hep::mm)
<< ":" << cms::convert2mm(outalby2 / 2. + 0.1 * dd4hep::mm) << ":"
<< cms::convert2mm(zHalf);
edm::LogVerbatim("SFGeomX") << dd_Alname_k << " Subtraction " << outAltmp3.name() << ":" << outAltmp2.name()
<< " at (" << cms::convert2mm(outalbx2 / 2. + shiftR2) << ","
<< cms::convert2mm(outalby2 / 2) << ",0) no rotation";
edm::LogVerbatim("SFGeomX") << dd_Alname_l << " Union " << outAltmp4.name() << ":" << outAltmp4.name()
<< " at (0,0,0) rotation esalgo:RABS90";
edm::LogVerbatim("SFGeomX") << dd_Alname_m << " Union " << outAltmp5.name() << ":" << outAltmp4.name()
<< " at (0,0,0) rotation esalgo:RABS180B";
edm::LogVerbatim("SFGeomX") << dd_Alname_g << " Union " << outAltmp6.name() << ":" << outAltmp4.name()
<< " at (0,0,0) rotation esalgo:R180";
#endif
} else {
Solid Outer_Al = ns.solid(dd_Alname_fin);
ns.addVolumeNS(Volume(dd_tmp_name_f, Outer_Al, ns.material(es.materials[i - 1])));
}
for (int L = 0; L < absz; ++L) {
int K = L;
ostringstream tmp_name_b, tmp_name_b2, tmp_FAl_name_c, tmp_FAl_name_d1, tmp_FAl_name_d2, tmp_FAl_name_d3,
tmp_FAl_name_d;
tmp_name_b << es.layName[i] << "L" << K;
tmp_name_b2 << es.layName[i] << "Lb2" << K;
if (L == 0)
tmp_FAl_name_c << es.layName[i] << "LOutAl2";
if (L > 0)
tmp_FAl_name_c << es.layName[i] << "LtmpAl" << K - 1;
tmp_FAl_name_d1 << es.layName[i] << "LtmpAl" << K << "_1";
tmp_FAl_name_d2 << es.layName[i] << "LtmpAl" << K << "_2";
tmp_FAl_name_d3 << es.layName[i] << "LtmpAl" << K << "_3";
tmp_FAl_name_d << es.layName[i] << "LtmpAl" << K;
const string& dd_tmp_name_b("esalgo:" + tmp_name_b.str());
const string& dd_tmp_name_b2("esalgo:" + tmp_name_b2.str());
const string& dd_FAl_name_c("esalgo:" + tmp_FAl_name_c.str());
const string& dd_FAl_name_d1("esalgo:" + tmp_FAl_name_d1.str());
const string& dd_FAl_name_d2("esalgo:" + tmp_FAl_name_d2.str());
const string& dd_FAl_name_d3("esalgo:" + tmp_FAl_name_d3.str());
const string& dd_FAl_name_d("esalgo:" + tmp_FAl_name_d.str());
if (L == 0)
bdx = abs(es.abs1stx[K]) / 2.;
if (L > 0)
bdx = abs(es.abs1stx[K] - es.abs1stx[K - 1]) / 2.;
bdy = es.abs1sty[K];
if (es.abs1stx[K] < rIn + 30 * dd4hep::cm) {
bdy = es.abs1sty[K] / 2. - 30 * dd4hep::cm;
cutabsx = K;
}
if (I == 20) {
if (L == 0)
bdx = abs(es.abs2ndx[K]) / 2.;
if (L > 0)
bdx = abs(es.abs2ndx[K] - es.abs2ndx[K - 1]) / 2.;
bdy = es.abs2ndy[K];
}
if ((es.abs2ndx[K] < rIn + 30 * dd4hep::cm) && I == 20) {
bdy = es.abs2ndy[K] / 2. - 30 * dd4hep::cm;
cutabsy = K;
}
sdx = es.abs1stx[K] - bdx;
sdy = 0;
if (es.abs1stx[K] < rIn + 30 * dd4hep::cm)
sdy = es.abs1sty[K] - bdy;
if (I == 20) {
sdx = es.abs2ndx[K] - bdx;
sdy = 0;
}
if ((es.abs2ndx[K] < rIn + 30 * dd4hep::cm) && I == 20)
sdy = es.abs2ndy[K] - bdy;
if (step == 1) {
Solid solid_b = Box(dd_tmp_name_b, bdx, bdy, zHalf);
Volume layerb = ns.addVolumeNS(Volume(dd_tmp_name_b, solid_b, ns.material(es.materials[i])));
const Volume& layerFinOutAl = ns.volume(dd_tmp_name_f);
layerFinOutAl.placeVolume(layerb, 1, Position(sdx, sdy, 0));
layerFinOutAl.placeVolume(layerb, 2, Position(-sdx, sdy, 0));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_tmp_name_b << " Box " << cms::convert2mm(bdx) << ":"
<< cms::convert2mm(bdy) << ":" << cms::convert2mm(zHalf);
edm::LogVerbatim("SFGeom") << layerb.name() << " copy 1 in " << layerFinOutAl.name() << " at ("
<< cms::convert2mm(sdx) << "," << cms::convert2mm(sdy) << ",0) no rotation";
edm::LogVerbatim("SFGeom") << layerb.name() << " copy 2 in " << layerFinOutAl.name() << " at ("
<< -cms::convert2mm(sdx) << "," << cms::convert2mm(sdy) << ",0) no rotation";
#endif
} else {
Solid solid_b2 = ns.addSolid(dd_tmp_name_b2,
Box(dd_tmp_name_b2, bdx + 0.1 * dd4hep::mm, bdy + 0.1 * dd4hep::mm, zHalf));
Solid solid_c = ns.solid(dd_FAl_name_c);
ns.addSolid(dd_FAl_name_d1, UnionSolid(dd_FAl_name_d1, solid_c, solid_b2, Position(sdx, sdy, 0)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_tmp_name_b2 << " Box " << cms::convert2mm(bdx + 0.1 * dd4hep::mm) << ":"
<< cms::convert2mm(bdy + 0.1 * dd4hep::mm) << ":" << cms::convert2mm(zHalf);
edm::LogVerbatim("SFGeomX")
<< dd_FAl_name_d1 << " Union " << solid_c.name() << ":" << solid_b2.name() << " at ("
<< cms::convert2mm(sdx) << "," << cms::convert2mm(sdy) << ",0) no rotation";
#endif
}
if (((es.abs1stx[K] < rIn + 30 * dd4hep::cm) && I == 10) ||
((es.abs2ndx[K] < rIn + 30 * dd4hep::cm) && I == 20)) {
if (step == 1) {
const Volume& layerb = ns.volume(dd_tmp_name_b);
const Volume& layerFinOutAl = ns.volume(dd_tmp_name_f);
layerFinOutAl.placeVolume(layerb, 3, Position(sdx, -sdy, 0));
layerFinOutAl.placeVolume(layerb, 4, Position(-sdx, -sdy, 0));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << layerb.name() << " copy 3 in " << layerFinOutAl.name() << " at ("
<< cms::convert2mm(sdx) << "," << -cms::convert2mm(sdy) << ",0) no rotation";
edm::LogVerbatim("SFGeom")
<< layerb.name() << " copy 4 in " << layerFinOutAl.name() << " at (" << -cms::convert2mm(sdx) << ","
<< -cms::convert2mm(sdy) << ",0) no rotation";
#endif
} else {
const Solid& solid_d1 = ns.solid(dd_FAl_name_d1);
const Solid& solid_b2 = ns.solid(dd_tmp_name_b2);
Solid solid_d2 =
ns.addSolid(dd_FAl_name_d2, UnionSolid(dd_FAl_name_d2, solid_d1, solid_b2, Position(sdx, -sdy, 0)));
Solid solid_d3 = UnionSolid(dd_FAl_name_d3, solid_d2, solid_b2, Position(-sdx, sdy, 0));
ns.addSolid(dd_FAl_name_d, UnionSolid(dd_FAl_name_d, solid_d3, solid_b2, Position(-sdx, -sdy, 0)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX")
<< dd_FAl_name_d2 << " Union " << solid_d1.name() << ":" << solid_b2.name() << " at ("
<< cms::convert2mm(sdx) << "," << -cms::convert2mm(sdy) << ",0) no rotation";
edm::LogVerbatim("SFGeomX")
<< dd_FAl_name_d3 << " Union " << solid_d2.name() << ":" << solid_b2.name() << " at ("
<< -cms::convert2mm(sdx) << "," << cms::convert2mm(sdy) << ",0) no rotation";
edm::LogVerbatim("SFGeomX")
<< dd_FAl_name_d << " Union " << solid_d3.name() << ":" << solid_b2.name() << " at ("
<< -cms::convert2mm(sdx) << "," << -cms::convert2mm(sdy) << ",0) no rotation";
#endif
}
} else if (step == 0) {
const Solid& solid_d1 = ns.solid(dd_FAl_name_d1);
const Solid& solid_b2 = ns.solid(dd_tmp_name_b2);
ns.addSolid(dd_FAl_name_d, UnionSolid(dd_FAl_name_d, solid_d1, solid_b2, Position(-sdx, -sdy, 0)));
}
}
bdx = es.abs1stx[cutabsx];
if (I == 20)
bdx = es.abs2ndx[cutabsy];
bdy = 2 * 30 * dd4hep::cm;
if (step == 1) {
Solid solidcut = Box(dd_tmp_name_b, bdx, bdy, zHalf);
Solid iner = Tube(dd_tmp_name_c, 0, es.in_rad_Abs_Pb, zHalf + 0.1 * dd4hep::mm, 0., 360._deg);
Solid final = SubtractionSolid(dd_tmp_name_d, solidcut, iner);
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_tmp_name_b << " Box " << cms::convert2mm(bdx) << ":"
<< cms::convert2mm(bdy) << ":" << cms::convert2mm(zHalf);
edm::LogVerbatim("SFGeomX") << dd_tmp_name_c << " Tubs " << cms::convert2mm(zHalf + 0.1 * dd4hep::mm)
<< ":0:" << cms::convert2mm(es.in_rad_Abs_Pb) << ":0:360";
edm::LogVerbatim("SFGeomX") << dd_tmp_name_d << " Subtraction " << solidcut.name() << ":" << iner.name()
<< " at (0,0,0) no rotation";
#endif
Volume blayer = Volume(dd_tmp_name_d, final, ns.material(es.materials[i]));
parentVolume.placeVolume(blayer, 1, Position(0, 0, zpos));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << blayer.name() << " copy 1 in " << parentVolume.name() << " at (0,0,"
<< cms::convert2mm(zpos) << ") no rotation";
#endif
Solid iner_Al =
Tube(dd_tmp_name_e, es.in_rad_Abs_Al, es.in_rad_Abs_Pb - 0.01 * dd4hep::mm, zHalf, 0., 360._deg);
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << dd_tmp_name_e << " Tubs " << cms::convert2mm(zHalf) << ":"
<< cms::convert2mm(es.in_rad_Abs_Al) << ":"
<< cms::convert2mm(es.in_rad_Abs_Pb - 0.01 * dd4hep::mm) << ":0:360";
#endif
Volume layerAl = Volume(dd_tmp_name_e, iner_Al, ns.material(es.materials[i - 1]));
parentVolume.placeVolume(layerAl, 1, Position(0, 0, zpos));
const Volume& layerFinOutAl = ns.volume(dd_tmp_name_f);
parentVolume.placeVolume(layerFinOutAl, 1, Position(0, 0, zpos));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << layerAl.name() << " copy 1 in " << parentVolume.name() << " at (0,0,"
<< cms::convert2mm(zpos) << ") no rotation";
edm::LogVerbatim("SFGeom") << layerFinOutAl.name() << " copy 1 in " << parentVolume.name() << " at (0,0,"
<< cms::convert2mm(zpos) << ") no rotation";
#endif
}
} // two steps
} else {
parentVolume.placeVolume(layer, 1, Position(0., 0., zpos));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << layer.name() << " copy 1 in " << parentVolume.name() << " at (0,0,"
<< cms::convert2mm(zpos) << ") no rotation";
#endif
}
zpos += zHalf;
}
}
// create and place the ladders
{
double xpos(0.), ypos(0.), zpos(0.);
double prev_length(0.), ladder_new_length(0.);
double ladd_shift(0.);
double ladder_length(0.);
int swed_scopy_glob(0);
for (int M = 0; M < int(es.typesL5.size() + es.typesL4.size()); M++) {
int scopy(0);
int ladd_not_plain(0), ladd_subtr_no(0), ladd_upper(0);
// Creation of ladders with 5 micromodules length
if (M < int(es.typesL5.size())) {
for (int i = 0; i <= 1; i++) {
for (int j = 0; j <= 3; j++) {
if (es.laddL5map[(i + j * 2 + M * 10)] != 1) {
ladd_not_plain = 1;
ladd_subtr_no++;
if (j > 1)
ladd_upper = 1;
}
}
}
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << "Side "
<< ":" << ladd_upper << ":" << ladd_subtr_no << ":" << ladd_not_plain << " Index "
<< M << ":" << es.typesL5.size();
#endif
const string& ddname("esalgo:" + es.ladPfx[0] + es.typesL5[M]);
ladder_length = es.micromodule_length + 4 * es.waf_active + 0.1 * dd4hep::mm;
if (ladd_not_plain) {
if (!ladd_upper) {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL5[M]);
}
} // end of not plain ladder shape
else {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL5[M]);
}
}
// Creation of ladders with 4 micromodules length
if (M >= int(es.typesL5.size())) {
int d = M - es.typesL5.size();
for (int i = 0; i <= 1; i++) {
for (int j = 0; j <= 3; j++) {
if (es.laddL4map[(i + j * 2 + (M - es.typesL5.size()) * 8)] != 1) {
ladd_not_plain = 1;
ladd_subtr_no++;
if (j > 1)
ladd_upper = 1;
}
}
}
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeomX") << "Side "
<< ":" << ladd_upper << ":" << ladd_subtr_no << ":" << ladd_not_plain << " Index "
<< M << ":" << es.typesL5.size();
#endif
const string& ddname("esalgo:" + es.ladPfx[0] + es.typesL4[d]);
ladder_length = es.micromodule_length + 3 * es.waf_active + 0.1 * dd4hep::mm;
if (ladd_not_plain) {
if (ladd_upper) {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL4[d]);
} // upper
else {
if (ladd_subtr_no > 1) {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL4[d]);
} else {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL4[d]);
}
}
} // end of not plain ladder shape
else {
ns.addAssembly(ddname);
ns.addAssembly("esalgo:" + es.ladPfx[1] + es.typesL4[d]);
}
}
// insert SWED, SFBX and SFBY into ladders
swed_scopy_glob++;
if (M < int(es.typesL5.size())) {
const string& ddname("esalgo:" + es.ladPfx[0] + es.typesL5[M]);
const string& ddname2("esalgo:" + es.ladPfx[1] + es.typesL5[M]);
for (int i = 0; i <= 1; i++) {
for (int j = 0; j <= 4; j++) {
xpos = (i * 2 - 1) * es.waf_intra_col_sep / 2.;
ypos = -ladder_length / 2. + 0.05 * dd4hep::mm - (es.ldrFrnt_Length - es.ldrBck_Length) / 2. +
es.wedge_length / 2. + j * es.waf_active;
zpos = -es.ladder_thick / 2. + 0.005 * dd4hep::mm + es.wedge_offset;
if (es.laddL5map[(i + j * 2 + M * 10)] == 1) {
scopy++;
ns.assembly(ddname).placeVolume(swedLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1299"), Position(xpos, ypos, zpos)));
ns.assembly(ddname2).placeVolume(swedLog,
scopy + 1000 * swed_scopy_glob + 100,
Transform3D(ns.rotation("esalgo:RM1299"), Position(xpos, ypos, zpos)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << swedLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1299";
edm::LogVerbatim("SFGeom") << swedLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob + 100)
<< " in " << ddname2 << " at (" << cms::convert2mm(xpos) << ","
<< cms::convert2mm(ypos) << "," << cms::convert2mm(zpos)
<< ") rotation esalgo:RM1299";
#endif
ypos = ypos + es.ywedge_ceramic_diff;
zpos = -es.ladder_thick / 2. + 0.005 * dd4hep::mm + es.zwedge_ceramic_diff;
ns.assembly(ddname).placeVolume(sfbxLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1298"), Position(xpos, ypos, zpos)));
ns.assembly(ddname2).placeVolume(sfbyLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1300A"), Position(xpos, ypos, zpos)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << sfbxLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1298";
edm::LogVerbatim("SFGeom") << sfbyLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname2 << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1300A";
#endif
}
}
}
} else {
int d = M - es.typesL5.size();
const string& ddname("esalgo:" + es.ladPfx[0] + es.typesL4[d]);
const string& ddname2("esalgo:" + es.ladPfx[1] + es.typesL4[d]);
for (int i = 0; i <= 1; i++) {
for (int j = 0; j <= 3; j++) {
xpos = (i * 2 - 1) * es.waf_intra_col_sep / 2.;
ypos = -ladder_length / 2. + 0.05 * dd4hep::mm - (es.ldrFrnt_Length - es.ldrBck_Length) / 2. +
es.wedge_length / 2. + j * es.waf_active;
zpos = -es.ladder_thick / 2. + 0.005 * dd4hep::mm + es.wedge_offset;
if (es.laddL4map[(i + j * 2 + (M - es.typesL5.size()) * 8)] == 1) {
scopy++;
ns.assembly(ddname).placeVolume(swedLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1299"), Position(xpos, ypos, zpos)));
ns.assembly(ddname2).placeVolume(swedLog,
scopy + 1000 * swed_scopy_glob + 100,
Transform3D(ns.rotation("esalgo:RM1299"), Position(xpos, ypos, zpos)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << swedLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1299";
edm::LogVerbatim("SFGeom") << swedLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob + 100)
<< " in " << ddname2 << " at (" << cms::convert2mm(xpos) << ","
<< cms::convert2mm(ypos) << "," << cms::convert2mm(zpos)
<< ") rotation esalgo:RM1299";
#endif
ypos = ypos + es.ywedge_ceramic_diff;
zpos = -es.ladder_thick / 2. + 0.005 * dd4hep::mm + es.zwedge_ceramic_diff;
ns.assembly(ddname).placeVolume(sfbxLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1298"), Position(xpos, ypos, zpos)));
ns.assembly(ddname2).placeVolume(sfbyLog,
scopy + 1000 * swed_scopy_glob,
Transform3D(ns.rotation("esalgo:RM1300A"), Position(xpos, ypos, zpos)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << sfbxLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1298";
edm::LogVerbatim("SFGeom") << sfbyLog.name() << " copy " << (scopy + 1000 * swed_scopy_glob) << " in "
<< ddname2 << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:RM1300A";
#endif
}
}
}
}
}
// Positioning of ladders
int icopy[100] = {0};
constexpr int sz = 20;
for (int I = -9; I <= 9; ++I) {
prev_length = 0;
int J = abs(I);
for (int K = 0; K < es.noLaddInCol[J]; K++) {
string type;
ladder_new_length = es.micromodule_length + 3. * es.waf_active;
ladd_shift = 4. * es.waf_active;
if (K == 0)
type = es.typeOfLaddRow0[J];
if (K == 1)
type = es.typeOfLaddRow1[J];
if (K == 2)
type = es.typeOfLaddRow2[J];
if (K == 3)
type = es.typeOfLaddRow3[J];
for (const auto& i : es.typesL5)
if (type == i) {
ladder_new_length = es.micromodule_length + 4. * es.waf_active;
ladd_shift = 5. * es.waf_active;
}
int j = 0;
for (int t = 0; t < int(es.typesL5.size()); t++)
if (type == es.typesL5[t]) {
j = t;
if (I < 0 && es.asymLadd[t] == 1) {
j = j + 1;
type = es.typesL5[j];
}
}
for (int t = 0; t < int(es.typesL4.size()); t++)
if (type == es.typesL4[t]) {
j = t + es.typesL5.size();
if (I < 0 && es.asymLadd[(t + es.typesL5.size())] == 1) {
j = j + 1;
type = es.typesL4[j - es.typesL5.size()];
}
}
xpos = I * (2 * es.waf_intra_col_sep + es.waf_inter_col_sep);
if (I > 0)
xpos = xpos + es.dee_separation;
if (I < 0)
xpos = xpos - es.dee_separation;
ypos = (sz - int(es.startOfFirstLadd[J])) * es.waf_active - ladder_new_length / 2. +
(es.ldrFrnt_Length - es.ldrBck_Length) / 2. + es.micromodule_length + 0.05 * dd4hep::cm - prev_length;
prev_length += ladd_shift;
zpos = es.zlead1 + es.ladder_thick / 2. + 0.01 * dd4hep::mm;
icopy[j] += 1;
sfLog.placeVolume(ns.assembly("esalgo:" + es.ladPfx[0] + type), icopy[j], Position(xpos, ypos, zpos));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << ("esalgo:" + es.ladPfx[0] + type) << " copy " << icopy[j] << " in "
<< sfLog.name() << " at (" << cms::convert2mm(xpos) << "," << cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") no rotation";
#endif
xpos = I * (2 * es.waf_intra_col_sep + es.waf_inter_col_sep);
sfLog.placeVolume(ns.assembly("esalgo:" + es.ladPfx[1] + type),
icopy[j],
Transform3D(ns.rotation("esalgo:R270"), Position(ypos, -xpos, zpos - es.zlead1 + es.zlead2)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << ("esalgo:" + es.ladPfx[1] + type) << " copy " << icopy[j] << " in "
<< sfLog.name() << " at (" << cms::convert2mm(ypos) << "," << -cms::convert2mm(xpos)
<< "," << cms::convert2mm(zpos - es.zlead1 + es.zlead2) << ") rotation esalgo:R270";
#endif
int changed = 0;
for (int t = 0; t < int(es.typesL5.size()); t++)
if (type == es.typesL5[t]) {
j = t;
if (es.asymLadd[t] == 2 && !changed) {
j = j - 1;
changed = 1;
}
if (es.asymLadd[t] == 1 && !changed) {
j = j + 1;
changed = 1;
}
type = es.typesL5[j];
}
for (int t = 0; t < int(es.typesL4.size()); t++)
if (type == es.typesL4[t]) {
j = t + es.typesL5.size();
if (es.asymLadd[(t + es.typesL5.size())] == 2 && !changed) {
j = j - 1;
changed = 1;
}
if (es.asymLadd[(t + es.typesL5.size())] == 1 && !changed) {
j = j + 1;
changed = 1;
}
type = es.typesL4[j - es.typesL5.size()];
}
icopy[j] += 1;
if (I > 0)
xpos = xpos + es.dee_separation;
if (I < 0)
xpos = xpos - es.dee_separation;
sfLog.placeVolume(ns.assembly("esalgo:" + es.ladPfx[0] + type),
icopy[j],
Transform3D(ns.rotation("esalgo:R180"), Position(xpos, -ypos, zpos)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << ("esalgo:" + es.ladPfx[0] + type) << " copy " << icopy[j] << " in "
<< sfLog.name() << " at (" << cms::convert2mm(xpos) << "," << -cms::convert2mm(ypos)
<< "," << cms::convert2mm(zpos) << ") rotation esalgo:R180";
#endif
xpos = I * (2 * es.waf_intra_col_sep + es.waf_inter_col_sep);
sfLog.placeVolume(
ns.assembly("esalgo:" + es.ladPfx[1] + type),
icopy[j],
Transform3D(ns.rotation("esalgo:R090"), Position(-ypos, -xpos, zpos - es.zlead1 + es.zlead2)));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << ("esalgo:" + es.ladPfx[1] + type) << " copy " << icopy[j] << " in "
<< sfLog.name() << " at (" << -cms::convert2mm(ypos) << "," << -cms::convert2mm(xpos)
<< "," << cms::convert2mm(zpos - es.zlead1 + es.zlead2) << ") rotation esalgo:R090";
#endif
}
}
}
// place the slicon strips in active silicon wafers
{
double xpos(0), ypos(0);
Volume sfwxLog = ns.volume("esalgo:SFWX");
Volume sfwyLog = ns.volume("esalgo:SFWY");
Volume sfsxLog = ns.volume("esalgo:SFSX");
Volume sfsyLog = ns.volume("esalgo:SFSY");
for (size_t i = 0; i < 32; ++i) {
xpos = -es.waf_active / 2. + i * es.waf_active / 32. + es.waf_active / 64.;
sfwxLog.placeVolume(sfsxLog, i + 1, Position(xpos, 0., 0.));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << sfsxLog.name() << " copy " << (i + 1) << " in " << sfwxLog.name() << " at ("
<< cms::convert2mm(xpos) << ",0,0) no rotation";
#endif
ypos = -es.waf_active / 2. + i * es.waf_active / 32. + es.waf_active / 64.;
sfwyLog.placeVolume(sfsyLog, i + 1, Position(0., ypos, 0.));
#ifdef EDM_ML_DEBUG
edm::LogVerbatim("SFGeom") << sfsyLog.name() << " copy " << (i + 1) << " in " << sfwyLog.name() << " at (0,"
<< cms::convert2mm(ypos) << ",0) no rotation";
#endif
}
}
return 1;
}
DECLARE_DDCMS_DETELEMENT(DDCMS_ecal_DDEcalPreshowerAlgo, algorithm)
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