simBeamSpotHLLHCPI Namespace Reference

Classes
class	DisplayParameters
class	DisplayParametersDiff
class	SimBSHLLHCParamsHelper

Enumerations
enum	parameters {   meanX = 1, meanY = 2, meanZ = 3, eProton = 4,   crabFrequency = 5, rf800 = 6, crossingAngle = 7, crabbingAngleCrossing = 8,   crabbingAngleSeparation = 9, betaCrossingPlane = 10, betaSeparationPlane = 11, horizontalEmittance = 12,   verticalEmittance = 13, bunchLenght = 14, timeOffset = 15, END_OF_TYPES = 16 }

Functions
std::string	getStringFromParamEnum (const parameters &parameter, const bool addUnits=false)

Enumeration Type Documentation

parameters

enum simBeamSpotHLLHCPI::parameters

Enumerator
meanX
meanY
meanZ
eProton
crabFrequency
rf800
crossingAngle
crabbingAngleCrossing
crabbingAngleSeparation
betaCrossingPlane
betaSeparationPlane
horizontalEmittance
verticalEmittance
bunchLenght
timeOffset
END_OF_TYPES

Definition at line 1078 of file BeamSpotPayloadInspectorHelper.h.

                  {
    meanX = 1,                    // 1  - Positions
    meanY = 2,                    // 2
    meanZ = 3,                    // 3
    eProton = 4,                  // 4  - LHC config
    crabFrequency = 5,            // 5
    rf800 = 6,                    // 6
    crossingAngle = 7,            // 7 - Crossing and crabbing angles
    crabbingAngleCrossing = 8,    // 8
    crabbingAngleSeparation = 9,  // 9
    betaCrossingPlane = 10,       // 10 - Betastar and emittance
    betaSeparationPlane = 11,     // 11
    horizontalEmittance = 12,     // 12
    verticalEmittance = 13,       // 13
    bunchLenght = 14,             // 14 - Additional parameters
    timeOffset = 15,              // 15
    END_OF_TYPES = 16,
  };

Function Documentation

getStringFromParamEnum()

std::string simBeamSpotHLLHCPI::getStringFromParamEnum ( const parameters &  parameter, const bool  addUnits = false  )

inline

Definition at line 1098 of file BeamSpotPayloadInspectorHelper.h.

References betaCrossingPlane, betaSeparationPlane, bunchLenght, crabbingAngleCrossing, crabbingAngleSeparation, crabFrequency, crossingAngle, eProton, horizontalEmittance, meanX, meanY, meanZ, rf800, timeOffset, and verticalEmittance.

Referenced by simBeamSpotHLLHCPI::DisplayParameters< PayloadType >::fill(), simBeamSpotHLLHCPI::DisplayParametersDiff< PayloadType, nIOVs, ntags >::fill(), and simBeamSpotHLLHCPI::SimBSHLLHCParamsHelper< PayloadType >::printDebug().

                                                                                                    {
    switch (parameter) {
      case meanX:
        return (addUnits ? "MeanX [cm]" : "meanX");
      case meanY:
        return (addUnits ? "MeanY [cm]" : "meanY");
      case meanZ:
        return (addUnits ? "MeanZ [cm]" : "meanZ");
      case eProton:
        return (addUnits ? "E_{proton} [GeV]" : "eProton");
      case crabFrequency:
        return (addUnits ? "Crab freq. [MHz]" : "crabFrequency");
      case rf800:
        return (addUnits ? "RF800" : "rf800");
      case crossingAngle:
        return (addUnits ? "x-ing angle [#murad]" : "crossingAngle");
      case crabbingAngleCrossing:
        return (addUnits ? "Crab x-ing angle [#murad]" : "crabbingAngleCrossing");
      case crabbingAngleSeparation:
        return (addUnits ? "Crab sep. angle [#murad]" : "crabbingAngleSeparation");
      case betaCrossingPlane:
        return (addUnits ? "#beta x-ing plane [m]" : "betaCrossingPlane");
      case betaSeparationPlane:
        return (addUnits ? "#beta sep. plane [m]" : "betaSeparationPlane");
      case horizontalEmittance:
        return (addUnits ? "#epsilon_{horizontal} [mm]" : "horizontalEmittance");
      case verticalEmittance:
        return (addUnits ? "#epsilon_{vertical} [mm]" : "verticalEmittance");
      case bunchLenght:
        return (addUnits ? "Bunch lenght [m]" : "bunchLenght");
      case timeOffset:
        return (addUnits ? "TimeOffset [ns]" : "TimeOffset");
      default:
        return "should never be here";
    }
  }