TMBVector3 Class Reference

#include <TMBVector3.hpp>

Inheritance diagram for TMBVector3:

List of all members.


Public Member Functions
	TMBVector3 (Double_t x=0.0, Double_t y=0.0, Double_t z=0.0)
	TMBVector3 (const Double_t *a)
	TMBVector3 (const Float_t *a)
	TMBVector3 (const TMBVector3 &p)
	TMBVector3 (const TVector3 &v)
virtual	~TMBVector3 ()
Double_t	operator() (int i) const
Double_t	operator[] (int i) const
Double_t &	operator() (int i)
Double_t &	operator[] (int i)
Double_t	x () const
Double_t	X () const
Double_t	Px () const
Double_t	y () const
Double_t	Y () const
Double_t	Py () const
Double_t	z () const
Double_t	Z () const
Double_t	Pz () const
void	SetX (Double_t a)
void	SetPx (Double_t a)
void	SetY (Double_t a)
void	SetPy (Double_t a)
void	SetZ (Double_t a)
void	SetPz (Double_t a)
void	SetXYZ (Double_t x, Double_t y, Double_t z)
void	SetPtEtaPhi (Double_t pt, Double_t eta, Double_t phi)
void	SetPtThetaPhi (Double_t pt, Double_t theta, Double_t phi)
void	GetXYZ (Double_t *carray) const
void	GetXYZ (Float_t *carray) const
Double_t	Eta () const
Double_t	Theta () const
Double_t	CosTheta () const
Double_t	Phi () const
Double_t	Rho () const
virtual Double_t	Mag32 () const
virtual Double_t	Mag3 () const
Double_t	P () const
Double_t	DeltaPhi (const TMBVector3 &v) const
Double_t	DeltaR (const TMBVector3 &v) const
Double_t	DrEtaPhi (const TMBVector3 &lv) const
Double_t	Angle (const TVector3 &q) const
void	SetPhi (Double_t ph)
void	SetTheta (Double_t th)
void	SetMag3 (Double_t ma)
Double_t	Perp2 () const
Double_t	Pt () const
Double_t	Perp () const
void	SetPerp (Double_t r)
Double_t	Perp2 (const TMBVector3 &p) const
Double_t	Pt (const TMBVector3 &p) const
Double_t	Perp (const TMBVector3 &p) const
void	SetMag3ThetaPhi (Double_t mag, Double_t theta, Double_t phi)
TMBVector3 &	operator= (const TMBVector3 &p)
Bool_t	operator== (const TMBVector3 &v) const
Bool_t	operator!= (const TMBVector3 &v) const
Bool_t	is_equal (const TMBVector3 &v) const
	Equivalence operator.
TMBVector3 &	operator+= (const TMBVector3 &p)
TMBVector3 &	operator-= (const TMBVector3 &p)
TMBVector3	operator- () const
TMBVector3 &	operator *= (Double_t a)
TMBVector3	Unit () const
TMBVector3	Orthogonal () const
Double_t	Dot (const TMBVector3 &p) const
TMBVector3	Cross (const TMBVector3 &p) const
Double_t	PseudoRapidity () const
void	RotateX (Double_t angle)
void	RotateY (Double_t angle)
void	RotateZ (Double_t angle)
void	RotateUz (const TMBVector3 &NewUzVector)
void	Rotate (Double_t angle, const TMBVector3 &axis)
TMBVector3 &	operator *= (const TRotation &m)
TMBVector3 &	Transform (const TRotation &m)
TVector2	XYvector () const
	operator TVector3 () const
void	Print (Option_t *option="") const
Static Public Member Functions
bool	is_equal (double x1, double x2)
Private Attributes
Double32_t	fX
	X component (left-right).
Double32_t	fY
	Y component (up-down).
Double32_t	fZ
	Z component (along the beam).

Constructor & Destructor Documentation

TMBVector3::TMBVector3 ( Double_t x = 0.0,

Double_t y = 0.0,

Double_t z = 0.0

) [inline]

The constructor.
Definition at line 168 of file TMBVector3.hpp.
References fX, fY, fZ, and z().
Referenced by Cross(), operator-(), and Orthogonal().

TMBVector3::TMBVector3 ( const Double_t * a ) [inline]

Constructor from an array
Definition at line 172 of file TMBVector3.hpp.
References fX, fY, and fZ.

TMBVector3::TMBVector3 ( const Float_t * a ) [inline]

Constructor from an array
Definition at line 176 of file TMBVector3.hpp.
References fX, fY, and fZ.

TMBVector3::TMBVector3 ( const TMBVector3 & p ) [inline]

Copy constructor.
Definition at line 180 of file TMBVector3.hpp.
References fX, fY, and fZ.

TMBVector3::TMBVector3 ( const TVector3 & v ) [inline]

conversion constructor from TVector3
Definition at line 185 of file TMBVector3.hpp.
References fX, fY, fZ, X(), Y(), and Z().

virtual TMBVector3::~TMBVector3 ( ) [inline, virtual]

Definition at line 190 of file TMBVector3.hpp.

Member Function Documentation

Double_t TMBVector3::Angle ( const TVector3 & q ) const [inline]

Angle wrt. another vector.
Definition at line 325 of file TMBVector3.hpp.
References Dot(), and Mag32().

Double_t TMBVector3::CosTheta ( ) const [inline]

get cos(Theta)
Definition at line 289 of file TMBVector3.hpp.
References fZ, and Mag3().
Referenced by TMBTrack::fill_trpars(), and PseudoRapidity().

TMBVector3 TMBVector3::Cross ( const TMBVector3 & p ) const [inline]

Cross product
Definition at line 454 of file TMBVector3.hpp.
References fX, fY, fZ, and TMBVector3().

Double_t TMBVector3::DeltaPhi ( const TMBVector3 & v ) const [inline]

Get difference in phi, between -pi and pi
Definition at line 308 of file TMBVector3.hpp.
References Phi().

Double_t TMBVector3::DeltaR ( const TMBVector3 & v ) const [inline]

Get "distance" dR of v to *this, dR=sqrt(dPhi*dPhi+dEta*dEta)
Definition at line 312 of file TMBVector3.hpp.
References Eta(), and Phi().
Referenced by DrEtaPhi(), and TMBTrackCalJet::GetDR().

Double_t TMBVector3::Dot ( const TMBVector3 & p ) const [inline]

Scalar product.
Definition at line 451 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by Angle(), TMBLorentzVector::Dot(), operator *(), and Perp2().

Double_t TMBVector3::DrEtaPhi ( const TMBVector3 & lv ) const [inline]

Get "distance" dR of lv to *this, dR=sqrt(dPhi*dPhi+dEta*dEta)
Definition at line 318 of file TMBVector3.hpp.
References DeltaR().

Double_t TMBVector3::Eta ( ) const [inline]

get eta (aka pseudo-rapidity)
Definition at line 285 of file TMBVector3.hpp.
References PseudoRapidity().
Referenced by TMBJet::ActAsJESCorrected(), TMBJet::ActAsJESCorrectedShiftedMinus(), TMBJet::ActAsJESCorrectedShiftedPlus(), TMBJet::ActAsJESMUCorrected(), TMBJet::ActAsJESMUCorrectedShiftedMinus(), TMBJet::ActAsJESMUCorrectedShiftedPlus(), TMBJet::ActAsSmeared(), TMBJet::ActAsSmearedMU(), TMBJet::ActAsUnCorrected(), caf_util::ApplyJES::after(), TMBMuon::CorrectPt(), DeltaR(), TMBTrack::det_etaCFT(), caf_util::ResSelector::GetElectron(), caf_util::ResSelector::GetMuon(), TMBTrackCalJet::print(), caf_util::ResSelector::processEvent(), TMBTrack::propagate(), caf_util::VertexSelector::selectObject(), caf_util::JetSelector::selectObject(), and caf_util::ElectronSelector::selectObject().

void TMBVector3::GetXYZ ( Float_t * carray ) const [inline]

Getters into an arry (no checking of array bounds!)
Definition at line 281 of file TMBVector3.hpp.
References fX, fY, and fZ.

void TMBVector3::GetXYZ ( Double_t * carray ) const [inline]

Getters into an arry (no checking of array bounds!)
Definition at line 278 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by TMBLorentzVector::GetXYZT().

bool TMBVector3::is_equal ( double x1,

double x2

) [static]

Definition at line 10 of file TMBVector3.cpp.

Bool_t TMBVector3::is_equal ( const TMBVector3 & v ) const

Equivalence operator.
True if all components are equivalent within machine precision.
Definition at line 27 of file TMBVector3.cpp.
References fX, fY, and fZ.
Referenced by TMBLorentzVector::is_equal().

virtual Double_t TMBVector3::Mag3 ( ) const [inline, virtual]

The magnitude (rho in spherical coordinate system).
Definition at line 302 of file TMBVector3.hpp.
References Mag32().
Referenced by TMBLorentzVector::Beta(), CosTheta(), P(), Print(), Rho(), SetMag3(), and SetTheta().

virtual Double_t TMBVector3::Mag32 ( ) const [inline, virtual]

The magnitude squared (rho^2 in spherical coordinate system).
Definition at line 299 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by Angle(), TMBLorentzVector::E(), Mag3(), Perp2(), TMBLorentzVector::SetT(), and Unit().

TMBVector3& TMBVector3::operator *= ( const TRotation & m ) [inline]

Transform with a rotation matrix
Reimplemented in TMBLorentzVector.
Definition at line 519 of file TMBVector3.hpp.

TMBVector3& TMBVector3::operator *= ( Double_t a ) [inline]

Scaling with real numbers.
Reimplemented in TMBLorentzVector.
Definition at line 430 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by Rotate().

TMBVector3::operator TVector3 ( ) const [inline]

cast to a TVector3
Definition at line 532 of file TMBVector3.hpp.
References X(), Y(), and Z().

Bool_t TMBVector3::operator!= ( const TMBVector3 & v ) const [inline]

Inequality operator. Not equal if any of X,Y,Z are not equal.
Definition at line 409 of file TMBVector3.hpp.
References fX, fY, and fZ.

Double_t& TMBVector3::operator() ( int i ) [inline]

Get components by index.
Definition at line 208 of file TMBVector3.hpp.
References fX, fY, and fZ.

Double_t TMBVector3::operator() ( int i ) const [inline]

Get components by index.
Reimplemented in TMBLorentzVector.
Definition at line 193 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by operator[]().

TMBVector3& TMBVector3::operator+= ( const TMBVector3 & p ) [inline]

Addition.
Definition at line 417 of file TMBVector3.hpp.
References fX, fY, and fZ.

TMBVector3 TMBVector3::operator- ( ) const [inline]

Unary minus.
Reimplemented in TMBLorentzVector.
Definition at line 427 of file TMBVector3.hpp.
References fX, fY, fZ, and TMBVector3().

TMBVector3& TMBVector3::operator-= ( const TMBVector3 & p ) [inline]

Subtraction.
Definition at line 422 of file TMBVector3.hpp.
References fX, fY, and fZ.

TMBVector3& TMBVector3::operator= ( const TMBVector3 & p ) [inline]

Assignment.
Definition at line 400 of file TMBVector3.hpp.
References fX, fY, and fZ.

Bool_t TMBVector3::operator== ( const TMBVector3 & v ) const [inline]

Equality operator. Equal if all components X,Y,Z are equal.
Definition at line 406 of file TMBVector3.hpp.
References fX, fY, and fZ.

Double_t& TMBVector3::operator[] ( int i ) [inline]

Set components by index.
Definition at line 219 of file TMBVector3.hpp.
References operator()().

Double_t TMBVector3::operator[] ( int i ) const [inline]

Get components by index.
Reimplemented in TMBLorentzVector.
Definition at line 204 of file TMBVector3.hpp.
References operator()().

TMBVector3 TMBVector3::Orthogonal ( ) const [inline]

Vector orthogonal to this.
Definition at line 442 of file TMBVector3.hpp.
References fX, fY, fZ, and TMBVector3().

Double_t TMBVector3::P ( ) const [inline]

get |P|
Definition at line 305 of file TMBVector3.hpp.
References Mag3().
Referenced by TMBJet::ActAsJESCorrected(), TMBJet::ActAsJESCorrectedShiftedMinus(), TMBJet::ActAsJESCorrectedShiftedPlus(), TMBJet::ActAsJESMUCorrected(), TMBJet::ActAsJESMUCorrectedShiftedMinus(), TMBJet::ActAsJESMUCorrectedShiftedPlus(), TMBJet::ActAsSmeared(), TMBJet::ActAsSmearedMU(), TMBSecondaryVertex::fill_pv_attributes(), and TMBTrackCalJet::print().

Double_t TMBVector3::Perp ( const TMBVector3 & p ) const [inline]

The transverse component w.r.t. given axis.
Definition at line 388 of file TMBVector3.hpp.
References Perp2().

Double_t TMBVector3::Perp ( ) const [inline]

The transverse component (R in cylindrical coordinate system)
Definition at line 365 of file TMBVector3.hpp.
References Perp2().
Referenced by TMBTau::ET(), Pt(), SetPerp(), SetPhi(), and Theta().

Double_t TMBVector3::Perp2 ( const TMBVector3 & p ) const [inline]

The transverse component w.r.t. given axis squared.
Definition at line 378 of file TMBVector3.hpp.
References Dot(), and Mag32().

Double_t TMBVector3::Perp2 ( ) const [inline]

The transverse component squared (R^2 in cylindrical coordinate system)
Definition at line 359 of file TMBVector3.hpp.
References fX, and fY.
Referenced by Perp().

Double_t TMBVector3::Phi ( ) const [inline]

get phi from 0..2Pi
Definition at line 293 of file TMBVector3.hpp.
References fX, and fY.
Referenced by TMBJet::ActAsJESCorrected(), TMBJet::ActAsJESCorrectedShiftedMinus(), TMBJet::ActAsJESCorrectedShiftedPlus(), TMBJet::ActAsJESMUCorrected(), TMBJet::ActAsJESMUCorrectedShiftedMinus(), TMBJet::ActAsJESMUCorrectedShiftedPlus(), TMBJet::ActAsSmeared(), TMBJet::ActAsSmearedMU(), TMBJet::ActAsUnCorrected(), TMBMuon::CorrectPt(), DeltaPhi(), DeltaR(), TMBTrack::fill_trpars(), caf_util::ResSelector::GetElectron(), caf_util::ResSelector::GetMuon(), Print(), TMBTrackCalJet::print(), caf_util::ResSelector::processEvent(), caf_util::ReComputeMET::processEvent(), caf_util::VertexSelector::selectObject(), caf_util::JetSelector::selectObject(), caf_util::ElectronSelector::selectObject(), and SetTheta().

void TMBVector3::Print ( Option_t * option = "" ) const [inline]

print components to stdout
Definition at line 536 of file TMBVector3.hpp.
References Mag3(), Phi(), Theta(), X(), Y(), and Z().

Double_t TMBVector3::PseudoRapidity ( ) const [inline]

Returns the pseudo-rapidity, i.e. -ln(tan(theta/2))
Definition at line 458 of file TMBVector3.hpp.
References CosTheta(), and fZ.
Referenced by Eta().

Double_t TMBVector3::Pt ( const TMBVector3 & p ) const [inline]

The transverse component w.r.t. given axis.
Definition at line 385 of file TMBVector3.hpp.
References Perp().

Double_t TMBVector3::Pt ( ) const [inline]

transverse component; projection of 3 vector onto XY plane (R in cylindrical coords)
Definition at line 362 of file TMBVector3.hpp.
References Perp().
Referenced by TMBJet::ActAsUnCorrected(), caf_util::ApplyJES::after(), TMBJet::btag_print(), TMBMuon::CorrectPt(), TMBTrack::fill_trpars(), TMBTrack::fill_trpos(), caf_util::MuonSelector::GetCorrectedPt(), caf_util::ResSelector::GetElectron(), caf_util::ResSelector::GetMuon(), moreThan(), TMBTrackCalJet::print(), TMBTrackCal::print(), caf_util::ResSelector::processEvent(), TMBTrack::propagate(), caf_util::VertexSelector::selectObject(), caf_util::TauSelector::selectObject(), caf_util::JetSelector::selectObject(), and caf_util::ElectronSelector::selectObject().

Double_t TMBVector3::Px ( ) const [inline]

get X component
Definition at line 226 of file TMBVector3.hpp.
References x().
Referenced by caf_util::ApplyJES::after(), TMBMuon::CorrectPt(), TMBSecondaryVertex::fill_pv_attributes(), TMBTrack::fill_trpos(), caf_util::ApplyJES::PTrel(), and TMBTrackCalJet::TMBTrackCalJet().

Double_t TMBVector3::Py ( ) const [inline]

get X component
Definition at line 233 of file TMBVector3.hpp.
References y().
Referenced by caf_util::ApplyJES::after(), TMBMuon::CorrectPt(), TMBSecondaryVertex::fill_pv_attributes(), TMBTrack::fill_trpos(), caf_util::ApplyJES::PTrel(), and TMBTrackCalJet::TMBTrackCalJet().

Double_t TMBVector3::Pz ( ) const [inline]

get X component
Definition at line 240 of file TMBVector3.hpp.
References z().
Referenced by caf_util::ApplyJES::after(), TMBMuon::CorrectPt(), TMBTau::etad(), TMBSecondaryVertex::fill_pv_attributes(), caf_util::ReComputeMET::processEvent(), caf_util::ApplyJES::PTrel(), TMBLorentzVector::Rapidity(), and TMBTrackCalJet::TMBTrackCalJet().

Double_t TMBVector3::Rho ( ) const [inline]

get magnitude of momentum ("radius" in spherical coords)
Definition at line 296 of file TMBVector3.hpp.
References Mag3().

void TMBVector3::Rotate ( Double_t angle,

const TMBVector3 & axis

) [inline]

Rotates around the axis specified by another vector
Definition at line 512 of file TMBVector3.hpp.
References operator *=().

void TMBVector3::RotateUz ( const TMBVector3 & NewUzVector ) [inline]

Rotates reference frame from Uz to newUz (must be unit vector!)
Definition at line 494 of file TMBVector3.hpp.
References fX, fY, and fZ.

void TMBVector3::RotateX ( Double_t angle ) [inline]

Rotates around the x-axis.
Definition at line 467 of file TMBVector3.hpp.
References fY, and fZ.

void TMBVector3::RotateY ( Double_t angle ) [inline]

Rotates around the y-axis.
Definition at line 476 of file TMBVector3.hpp.
References fX, and fZ.

void TMBVector3::RotateZ ( Double_t angle ) [inline]

Rotates around the z-axis.
Definition at line 485 of file TMBVector3.hpp.
References fX, and fY.

void TMBVector3::SetMag3 ( Double_t ma ) [inline]

Set magnitude keeping theta and phi constant
Definition at line 348 of file TMBVector3.hpp.
References fX, fY, fZ, Mag3(), SetX(), SetY(), and SetZ().

void TMBVector3::SetMag3ThetaPhi ( Double_t mag,

Double_t theta,

Double_t phi

) [inline]

Set all components as magnitude, theta, and phi
Definition at line 392 of file TMBVector3.hpp.
References fX, fY, and fZ.

void TMBVector3::SetPerp ( Double_t r ) [inline]

Set the transverse component keeping phi and z constant.
Definition at line 369 of file TMBVector3.hpp.
References fX, fY, and Perp().

void TMBVector3::SetPhi ( Double_t ph ) [inline]

set phi keeping mag and theta constant
Definition at line 334 of file TMBVector3.hpp.
References Perp(), SetX(), and SetY().

void TMBVector3::SetPtEtaPhi ( Double_t pt,

Double_t eta,

Double_t phi

) [inline]

set all members using |momentum|, eta, and phi
Definition at line 259 of file TMBVector3.hpp.
References SetXYZ().
Referenced by TMBLorentzVector::SetPEtaPhiE(), TMBLorentzVector::SetPEtaPhiM(), TMBLorentzVector::SetPtEtaPhiE(), and TMBLorentzVector::SetPtEtaPhiM().

void TMBVector3::SetPtThetaPhi ( Double_t pt,

Double_t theta,

Double_t phi

) [inline]

set all members using |momentum|, theta, and phi
Definition at line 267 of file TMBVector3.hpp.
References fX, fY, and fZ.

void TMBVector3::SetPx ( Double_t a ) [inline]

set X component, see TVector3::SetX()
Definition at line 245 of file TMBVector3.hpp.
References SetX().

void TMBVector3::SetPy ( Double_t a ) [inline]

set X component, see TVector3::SetX()
Definition at line 249 of file TMBVector3.hpp.
References SetY().

void TMBVector3::SetPz ( Double_t a ) [inline]

set X component, see TVector3::SetX()
Definition at line 253 of file TMBVector3.hpp.
References SetZ().

void TMBVector3::SetTheta ( Double_t th ) [inline]

Set theta keeping mag and phi constant
Definition at line 340 of file TMBVector3.hpp.
References Mag3(), Phi(), SetX(), SetY(), and SetZ().

void TMBVector3::SetX ( Double_t a ) [inline]

set X component, see TVector3::SetX()
Definition at line 243 of file TMBVector3.hpp.
References fX.
Referenced by SetMag3(), SetPhi(), SetPx(), and SetTheta().

void TMBVector3::SetXYZ ( Double_t x,

Double_t y,

Double_t z

) [inline]

set all members using Cartesian coordinates
Definition at line 255 of file TMBVector3.hpp.
References fX, fY, and fZ.
Referenced by SetPtEtaPhi(), TMBLorentzVector::SetXYZM(), and TMBLorentzVector::SetXYZT().

void TMBVector3::SetY ( Double_t a ) [inline]

set X component, see TVector3::SetY()
Definition at line 247 of file TMBVector3.hpp.
References fY.
Referenced by SetMag3(), SetPhi(), SetPy(), and SetTheta().

void TMBVector3::SetZ ( Double_t a ) [inline]

set X component, see TVector3::SetZ()
Definition at line 251 of file TMBVector3.hpp.
References fZ.
Referenced by SetMag3(), SetPz(), and SetTheta().

Double_t TMBVector3::Theta ( ) const [inline]

get theta
Definition at line 287 of file TMBVector3.hpp.
References fX, fY, fZ, and Perp().
Referenced by Print(), caf_util::ReComputeMET::processEvent(), and TMBMuonType::tlm().

TMBVector3& TMBVector3::Transform ( const TRotation & m ) [inline]

Transform with a rotation matrix
Reimplemented in TMBLorentzVector.
Definition at line 523 of file TMBVector3.hpp.
Referenced by TMBLorentzVector::Transform().

TMBVector3 TMBVector3::Unit ( ) const [inline]

Unit vector parallel to this.
Definition at line 436 of file TMBVector3.hpp.
References fX, fY, fZ, and Mag32().

Double_t TMBVector3::X ( ) const [inline]

get X component
Definition at line 224 of file TMBVector3.hpp.
References x().
Referenced by operator *(), TMBLorentzVector::operator TLorentzVector(), operator TVector3(), operator+(), operator-(), Print(), and TMBVector3().

Double_t TMBVector3::x ( ) const [inline]

get X component
Reimplemented in TMBTrack.
Definition at line 222 of file TMBVector3.hpp.
References fX.
Referenced by TMBTau::give_sign(), Px(), and X().

TVector2 TMBVector3::XYvector ( ) const [inline]

TVector2 containing x and y components
Definition at line 528 of file TMBVector3.hpp.
References fX, and fY.

Double_t TMBVector3::Y ( ) const [inline]

get Y component
Definition at line 231 of file TMBVector3.hpp.
References y().
Referenced by operator *(), TMBLorentzVector::operator TLorentzVector(), operator TVector3(), operator+(), operator-(), Print(), and TMBVector3().

Double_t TMBVector3::y ( ) const [inline]

get Y component
Reimplemented in TMBTrack.
Definition at line 229 of file TMBVector3.hpp.
References fY.
Referenced by Py(), and Y().

Double_t TMBVector3::Z ( ) const [inline]

get Z component
Definition at line 238 of file TMBVector3.hpp.
References z().
Referenced by TMBLorentzVector::Minus(), TMBLorentzVector::Mt2(), operator *(), TMBLorentzVector::operator TLorentzVector(), operator TVector3(), operator+(), operator-(), TMBLorentzVector::Plus(), Print(), and TMBVector3().

Double_t TMBVector3::z ( ) const [inline]

get Y component
Reimplemented in TMBTrack.
Definition at line 236 of file TMBVector3.hpp.
References fZ.
Referenced by TMBTau::etad(), Pz(), TMBVector3(), TMBTau::vz(), and Z().

Member Data Documentation

Double32_t TMBVector3::fX [private]

X component (left-right).

Definition at line 547 of file TMBVector3.hpp.
Referenced by Cross(), Dot(), GetXYZ(), is_equal(), Mag32(), operator *=(), operator!=(), operator()(), operator+=(), operator-()<

TMBVector3 Class Reference

Public Member Functions

Static Public Member Functions

Private Attributes

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation