#define PI0_CUT(m,cut) (fabs(m-ParticleMass(Pi0))<cut) 
#define PI0_BG_CUT(m,n,cut) (fabs(m+n*cut-ParticleMass(Pi0))<0.5*cut)
#define TIGHT_PI0_CUT(m) (fabs(m-ParticleMass(Pi0))<0.012) 
#define ETA_CUT(m,cut) (fabs(m-ParticleMass(Eta))<cut)
#define ETA_BG_CUT(m,n,cut) (fabs(m-ParticleMass(Eta)+n*cut)<0.5*cut)
#define ETAPRIME_CUT(m,cut) (fabs(m-ParticleMass(EtaPrime))<cut) 
#define ETAPRIME_BG_CUT(m,n,cut) (fabs(m-ParticleMass(EtaPrime)+n*cut)<0.5*cut)
#define OMEGA_CUT(m) (fabs(m-ParticleMass(omega))<0.04)
#define KSHORT_CUT(m) (fabs(m-ParticleMass(KShort))<0.09) 
#define KSHORT_SIDEBAND(m) (fabs(m-ParticleMass(KShort)-0.18)<0.045 || fabs(m-ParticleMass(KShort)+0.18)<0.045)

#define PHI_CUT(m) (fabs(m-ParticleMass(phiMeson))<0.018)
#define PHI_BG_CUT(m,n) (fabs(m+n*0.018-ParticleMass(phiMeson))<0.009)
#define KSTAR_CUT(m) (fabs(m-0.892)<0.06) 

#define LAMBDA_CUT(m) (fabs(m-ParticleMass(Lambda))<0.01)
#define LAMBDA_SIDEBAND(m) (fabs(m-ParticleMass(Lambda)-0.028)<0.007 || fabs(m-ParticleMass(Lambda)+0.028)<0.007)
#define SIGMA0_CUT(m) (fabs(m-ParticleMass(Sigma0))<0.035)
#define SIGMAP_CUT(m) (fabs(m-ParticleMass(SigmaPlus))<0.035)
#define SIGMAM_CUT(m) (fabs(m-ParticleMass(SigmaMinus))<0.035)
#define XIMINUS_CUT(m) (fabs(m-ParticleMass(XiMinus))<0.035)


#define PI0_ANTI_CUT(m,dm) (fabs(m-ParticleMass(Pi0))>dm) 
#define ETA_ANTI_CUT(m) (fabs(m-ParticleMass(Eta))>0.0375) 
#define F1_1285_CUT(m) (m>1.25&&m<1.31)