Implementation of the slat-stations geometry. More...

#include "Materials.h"
#include "Station345Geometry.h"
#include <TGeoCompositeShape.h>
#include <TGeoManager.h>
#include <TGeoMedium.h>
#include <TGeoShape.h>
#include <TGeoTube.h>
#include <TGeoVolume.h>
#include <TMath.h>
#include <rapidjson/document.h>
#include <rapidjson/filereadstream.h>
#include <iostream>
#include <string>
#include <array>

Namespaces
namespace	o2
	a couple of static helper functions to create timestamp values for CCDB queries or override obsolete objects

namespace	o2::mch

Functions
TGeoVolume *	o2::mch::getDualSampa ()

bool	o2::mch::isRounded (string name)

bool	o2::mch::isShort (string name)

TGeoCompositeShape *	o2::mch::getRoundedShape (const char *name, float halfThickness, float xPos, float yPos, float radius)

void	o2::mch::createCommonVolumes ()

void	o2::mch::createPCBs ()

void	o2::mch::createSlats ()

void	o2::mch::createSupportPanels ()

void	o2::mch::buildHalfChambers (TGeoVolume &topVolume)

vector< TGeoVolume * >	o2::mch::getStation345SensitiveVolumes ()

void	o2::mch::createStation345Geometry (TGeoVolume &topVolume)

Variables
const float	o2::mch::kGasLength = 40.
	Constants.

const float	o2::mch::kGasHalfHeight = 40. / 2

const float	o2::mch::kPCBLength = kGasLength

const float	o2::mch::kShortPCBLength = 35.

const float	o2::mch::kRoundedPCBLength = 42.5

const float	o2::mch::kR1PCBLength = 19.25

const float	o2::mch::kPCBHalfHeight = 58. / 2

const float	o2::mch::kSlatPanelHalfHeight = 42.5 / 2

const float	o2::mch::kGlueHalfThickness = 0.004 / 2

const float	o2::mch::kNomexBulkHalfThickness = 0.025 / 2

const float	o2::mch::kCarbonHalfThickness = 0.02 / 2

const float	o2::mch::kNomexHalfThickness = 0.8 / 2

const float	o2::mch::kSpacerHalfThickness = kGasHalfThickness

const float	o2::mch::kHoriSpacerHalfHeight = 1.95 / 2

const float	o2::mch::kVertSpacerHalfLength = 2.5 / 2

const float	o2::mch::kRoundedSpacerHalfLength = 1.

const float	o2::mch::kBorderHalfHeight = 2.5

const float	o2::mch::kBorderHalfThickness = kGasHalfThickness

const float	o2::mch::kDualSampaHalfLength = 3.2 / 2

const float	o2::mch::kDualSampaHalfHeight = 2.5

const float	o2::mch::kDualSampaHalfThickness = 0.027 / 2

const float	o2::mch::kDualSampaYPos = 0.45 + kSlatPanelHalfHeight + kDualSampaHalfHeight

const float	o2::mch::kLVCableHalfHeight = 2.6 / 2
	Cables (copper)

const float	o2::mch::kLVCableHalfThickness = 0.026 / 2

const float	o2::mch::kCarbonSupportHalfThickness = 0.03 / 2
	Support panels.

const float	o2::mch::kGlueSupportHalfThickness = 0.02 / 2

const float	o2::mch::kNomexSupportHalfThickness = 1.5 / 2

const float	o2::mch::kSt3SupportHalfHeight = 361. / 2

const float	o2::mch::kSt4SupportHalfHeight = 530. / 2

const float	o2::mch::kSt5SupportHalfHeight = 570. / 2

const float	o2::mch::kCh5SupportHalfLength = 162. / 2

const float	o2::mch::kCh6SupportHalfLength = 167. / 2

const float	o2::mch::kSt45SupportHalfLength = 260. / 2

const float	o2::mch::kSt3Radius = 29.5

const float	o2::mch::kSt45Radius = 37.5

const float	o2::mch::kSt3RoundedSlatYPos = 37.8

const float	o2::mch::kSt45RoundedSlatYPos = 38.2

const map< string, array< int, 4 > >	o2::mch::kPcbTypes = {{"B1N1", {10, 10, 7, 7}}, {"B2N2-", {5, 5, 4, 3}}, {"B2N2+", {5, 5, 3, 4}}, {"B3-N3", {3, 2, 2, 2}}, {"B3+N3", {2, 3, 2, 2}}, {"R1", {3, 4, 2, 3}}, {"R2", {13, 4, 9, 3}}, {"R3", {13, 1, 10, 0}}, {"S2-", {4, 5, 3, 3}}, {"S2+", {5, 4, 3, 3}}}

const map< string, vector< string > >	o2::mch::kSlatTypes

const string	o2::mch::jsonSlatDescription
	Json string describing all the necessary parameters to place the slats in the half-chambers.

Detailed Description

Implementation of the slat-stations geometry.

Author: Florian Damas flori.nosp@m.an.d.nosp@m.amas@.nosp@m.cern.nosp@m..ch

Date: 22 march 2018

Definition in file Station345Geometry.cxx.

Namespaces

Functions

Variables

Detailed Description