VSource = LoKi.FunctorFromFunctor('void', _vv)
EMPTY = LoKi.Functors.Empty(_RCP)()
VEMPTY = LoKi.Functors.Empty(_RCV)()
SIZE = LoKi.Functors.Size(_RCP)()
VSIZE = LoKi.Functors.Size(_RCV)()
# =============================================================================
## All concrete types
# =============================================================================
## @see LoKi::Cuts::ARMENTEROS
ARMENTEROS = LoKi.Particles.ArmenterosPodolanski()
## @see LoKi::Cuts::ALL
ALL = LoKi.Constant(_RCP, bool)(True)
## @see LoKi::Cuts::NONE
NONE = LoKi.Constant(_RCP, bool)(False)
## @see LoKi::Cuts::PALL
PALL = LoKi.Constant(_RCP, bool)(True)
## @see LoKi::Cuts::PNONE
PNONE = LoKi.Constant(_RCP, bool)(False)
## @see LoKi::Cuts::ONE
ONE = LoKi.Constant(_RCP, 'double')(1.0)
## @see LoKi::Cuts::ZERO
ZERO = LoKi.Constant(_RCP, 'double')(0.0)
## @see LoKi::Cuts::VALID
VALID = LoKi.Valid(_RCP)()
## @see LoKi::Cuts::SAME
SAME = LoKi.TheSame(_RCP)
## @see LoKi::Cuts::HASKEY
# ============================================================================= ## @see LoKi::Types::TrFunc TrFunc = LoKi.Functor(_T, 'double') ## @see LoKi::Types::TrCuts TrCuts = LoKi.Functor(_T, bool) ## @see LoKi::Types::TrFun TrFun = LoKi.FunctorFromFunctor(_T, 'double') ## @see LoKi::Types::TrCut TrCut = LoKi.FunctorFromFunctor(_T, bool) ## @see LoKi::Cuts::TrTYPE TrTYPE = LoKi.Tracks.Type() ## @see @see LoKi::Cuts::TrALL TrALL = LoKi.Constant(_T, bool)(True) ## @see LoKi::Cuts::TrBACKWARD TrBACKWARD = LoKi.Tracks.CheckFlag(LHCb.Track.Backward) ## @see LoKi::Cuts::TrCHI2 TrCHI2 = LoKi.Tracks.Chi2() ## @see LoKi::Cuts::TrCHI2PDOF TrCHI2PDOF = LoKi.Tracks.Chi2PerDoF() ## @see LoKi::Cuts::TrGHOSTPROB TrGHOSTPROB = LoKi.Tracks.GhostProb() ## @see LoKi::Cuts::TrCLONE TrCLONE = LoKi.Tracks.CheckFlag(LHCb.Track.Clone) ## ## @see LoKi::Cuts::TrDE ## TrDE = LoKi.Tracks.DeltaE () ## @see LoKi::Cuts::TrFALSE TrFALSE = LoKi.Constant(_T, bool)(False) ## @see LoKi::Cuts::TrFILTER
XMaps = LoKi.Functor(_v, _v)
XMap = LoKi.FunctorFromFunctor(_v, _v)
XPipes = XMaps
XPipe = XMap
XFunVals = LoKi.Functor(_v, _d)
XFunVal = LoKi.FunctorFromFunctor(_v, _d)
XSources = LoKi.Functor('void', _v)
XSource = LoKi.FunctorFromFunctor('void', _v)
XVCuts = LoKi.Functor(_v, bool)
XVCut = LoKi.FunctorFromFunctor(_v, bool)
XCutVals = XVCuts
XCutVal = XVCut
XTRUE = LoKi.Constant(_d, bool)(True)
XALL = LoKi.Constant(_d, bool)(True)
XFALSE = LoKi.Constant(_d, bool)(False)
XNONE = LoKi.Constant(_d, bool)(False)
XONE = LoKi.Constant(_d, _d)(1.0)
XZERO = LoKi.Constant(_d, _d)(0.0)
XNULL = LoKi.Constant(_d, _d)(0.0)
XVONE = LoKi.Constant(_v, _d)(1.0)
XVZERO = LoKi.Constant(_v, _d)(0.0)
XVTRUE = LoKi.Constant(_v, bool)(True)
XVALL = LoKi.Constant(_v, bool)(True)
XVFALSE = LoKi.Constant(_v, bool)(False)
XVNONE = LoKi.Constant(_v, bool)(False)
This file is a part of LoKi project - 'C++ ToolKit for Smart and Friendly Physics Analysis' The package has been designed with the kind help from Galina PAKHLOVA and Sergey BARSUK. Many bright ideas, contributions and advices from G.Raven, J.van Tilburg, A.Golutvin, P.Koppenburg have been used in the design. """ # ============================================================================= __author__ = "Pieter David [email protected]" __date__ = "2007-05-29" __version__ = "$Revision$ " # ============================================================================= from LoKiCore.basic import LoKi, std, cpp FALL = LoKi.Constant("void", bool)(True) _c1 = std.vector('const LHCb::MCParticle*') MCRange = cpp.Gaudi.NamedRange_(_c1) # ============================================================================= if '__main__' == __name__: print 80 * '*' print __doc__ print ' Author : ', __author__ print ' Version : ', __version__ print ' Date : ', __date__ print 80 * '*' for i in dir(): print i
## @see LoKi::Types::TC_Pipe TC_Pipe = LoKi.FunctorFromFunctor ( _vC , _vC ) ## @see LoKi::Types::TC_FunVals TC_FunVals = LoKi.Functor ( _vC , 'double' ) ## @see LoKi::Types::TC_FunVal TC_FunVal = LoKi.FunctorFromFunctor ( _vC , 'double' ) ## @see LoKi::Types::TC_CutVals TC_CutVals = LoKi.Functor ( _vC , bool ) ## @see LoKi::Types::TC_CutVal TC_CutVal = LoKi.FunctorFromFunctor ( _vC , bool ) ## @see LoKi::Types::TC_Sources TC_Sources = LoKi.Functor ( 'void' , _vC ) ## @see LoKi::Types::TC_Source TC_Source = LoKi.FunctorFromFunctor ( 'void' , _vC ) TC_ALL = LoKi.Constant ( _TC , bool ) ( True ) TC_NONE = LoKi.Constant ( _TC , bool ) ( False ) TS_ALL = LoKi.Constant ( _TS , bool ) ( True ) TS_NONE = LoKi.Constant ( _TS , bool ) ( False ) ## @see LoKi::Cuts::TC_TOTSTAGES TC_TOTSTAGES = LoKi.Candidates.TotalStages () ## @see LoKi::Cuts::TC_NSTAGES TC_NSTAGES = LoKi.Candidates.NStages ## @see LoKi::Cuts::TC_StFUN TC_StFUN = LoKi.Candidates.StageFun ## @see LoKi::Cuts::TC_StCUT TC_StCUT = LoKi.Candidates.StageCut ## @see LoKi::Cuts::TC_BRANCH