GRSISort
Developement Team: P.C. Bender, R. Dunlop, V. Bildstein
An extension of the ROOT analysis Framework
This is the complete list of members for TKinematics, including all inherited members.
| Angle_cm2lab(double vcm, double angle_cm) | TKinematics | |
| Angle_lab2cm(double vcm, double angle_lab) | TKinematics | |
| Angle_lab2cminverse(double vcm, double angle_lab, bool upper=true) | TKinematics | |
| AngleErr_lab2cm(double angle, double &err) | TKinematics | |
| betacm_tm(double, double) | TKinematics | private |
| CheckMaxAngle(double angle, int part) | TKinematics | |
| Cm2LabSpline | TKinematics | private |
| cmvslab(double thmin, double thmax, double size, int part=2) | TKinematics | |
| E_final(int) | TKinematics | private |
| E_tm(double, double) | TKinematics | private |
| ELab(double angle_lab, int part) | TKinematics | |
| Evscm(double thmin, double thmax, double size, int part=2) | TKinematics | |
| Evslab(double thmin, double thmax, double size, int part=2) | TKinematics | |
| Evslab_graph(double thmin, double thmax, double size, int part=2) | TKinematics | |
| fBeta_cm | TKinematics | private |
| fBetacm | TKinematics | private |
| fE | TKinematics | private |
| fEBeam | TKinematics | private |
| fEcm | TKinematics | private |
| fGamma_cm | TKinematics | private |
| Final(double angle, int part) | TKinematics | |
| FinalCm() | TKinematics | |
| fM | TKinematics | private |
| fP | TKinematics | private |
| fParticle | TKinematics | private |
| fPcm | TKinematics | private |
| fQValue | TKinematics | private |
| fT | TKinematics | private |
| fTcm | TKinematics | private |
| fTCm_f | TKinematics | private |
| fTCm_i | TKinematics | private |
| fTheta | TKinematics | private |
| fThetacm | TKinematics | private |
| fV | TKinematics | private |
| fVcm | TKinematics | private |
| GetBeamEnergy(double LabAngle, double LabEnergy) | TKinematics | |
| GetBetacm() | TKinematics | inline |
| GetBetacm(int i) | TKinematics | inline |
| GetCmEnergy(double ebeam) | TKinematics | |
| GetCmEnergy() | TKinematics | |
| GetEcm(int i) | TKinematics | inline |
| GetElab(int i) | TKinematics | inline |
| GetExcEnergy(TLorentzVector recoil) | TKinematics | |
| GetExcEnergy(TVector3 position, double KinE) | TKinematics | |
| GetExcEnergy(double theta, double KinE) | TKinematics | |
| GetGammacm() | TKinematics | inline |
| GetM(int i) | TKinematics | inline |
| GetMaxAngle(double vcm) | TKinematics | |
| GetMaxAngle(int part) | TKinematics | |
| GetQValue() | TKinematics | inline |
| GetTcm(int i) | TKinematics | inline |
| GetThetacm(int i) | TKinematics | inline |
| GetThetalab(int i) | TKinematics | inline |
| GetTlab(int i) | TKinematics | inline |
| GetV(int i) | TKinematics | inline |
| GetVcm(int i) | TKinematics | inline |
| Initial() | TKinematics | |
| InitKin() | TKinematics | private |
| labvscm(double thmin, double thmax, double size, int part=2) | TKinematics | |
| NormalkinEnergy() | TKinematics | |
| P_tm(double, double) | TKinematics | private |
| Pcm_em(double, double) | TKinematics | private |
| Rutherford(double angle_cm) | TKinematics | |
| Ruthvscm(double thmin, double thmax, double size) | TKinematics | |
| Ruthvslab(double thmin, double thmax, double size, int part) | TKinematics | |
| SetAngles(double angle, int part, bool upper=false) | TKinematics | |
| Sigma_cm2lab(double angle_cm, double sigma_cm) | TKinematics | |
| Sigma_lab2cm(double angle_cm, double sigma_lab) | TKinematics | |
| SigmaErr_lab2cm(double angle, double err, double &sigma, double &errsigma) | TKinematics | |
| Steffen_cm2labinverse(double theta_cm, int part=2) | TKinematics | |
| Steffen_lab2cminverse(double theta_lab) | TKinematics | |
| Steffen_labvscminverse(double thmin, double thmax, double size, int part=2) | TKinematics | |
| T_em(double, double) | TKinematics | private |
| T_final(int) | TKinematics | private |
| TKinematics(double beame, const char *beam, const char *targ, const char *ejec=nullptr, const char *reco=nullptr, const char *name="") | TKinematics | |
| TKinematics(const char *beam, const char *targ, const char *ejec, const char *reco, double ebeam, double ex3=0.0, const char *name="") | TKinematics | |
| TKinematics(TNucleus *projectile, TNucleus *target, double ebeam, const char *name="") | TKinematics | |
| TKinematics(TNucleus *projectile, TNucleus *target, TNucleus *recoil, TNucleus *ejectile, double ebeam, const char *name="") | TKinematics | |
| TKinematics(TNucleus *projectile, TNucleus *target, TNucleus *recoil, TNucleus *ejectile, double ebeam, double ex3, const char *name="") | TKinematics | |
| Transform2cm(double &angle, double &sigma) | TKinematics | |
| Transform2cm(double &angle, double &errangle, double &sigma, double &errsigma) | TKinematics | |
| V_pe(double, double) | TKinematics | private |