Update 'TMsource'
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TMsource.md
224
TMsource.md
@ -22,72 +22,71 @@ Class used to save the counters for truth-matching vetos. Given integer shows wh
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* **Public members:**
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* int B_plus_TRUEID
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### **Functions:**
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* **B_plus_IDs()** // constructor
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* **~B_plus_IDs()** // destructor
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* **bool isBplus()**
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* **Parameters**
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* counters \*counter
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* bool B_plus_TM
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* **Return**
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* True if B+ passes the truth matching, False if not
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* **B_plus_IDs()** // constructor
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* **~B_plus_IDs()** // destructor
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* **bool isBplus()**
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* **Parameters**
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* counters \*counter
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* bool B_plus_TM
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* **Return**
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* True if B+ passes the truth matching, False if not
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## K_star_IDs
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* **Public members:**
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* int K_star_plus_TRUEID
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* int K_star_plus_MOTHER_ID
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### **Functions:**
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* **K_star_IDs()** // constructor
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* **~K_star_IDs()** // destructor
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* **bool isKstar()**
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* **Parameters**
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* counters \*counter
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if K*+ passes the truth matching, False if not. You can also turn off checking the mother particle of K*+ (B+)
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* **K_star_IDs()** // constructor
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* **~K_star_IDs()** // destructor
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* **bool isKstar()**
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* **Parameters**
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* counters \*counter
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if K*+ passes the truth matching, False if not. You can also turn off checking the mother particle of K*+ (B+)
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## K_plus_IDs
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* **Public members:**
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* int K_plus_TRUEID
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* int K_plus_MOTHER_ID
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* int K_plus_GD_MOTHER_ID
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*
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### **Functions:**
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* **K_plus_IDs()** // constructor
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* **~K_plus_IDs()** // destructor
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* **bool isKplus()**
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* **Parameters**
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* counters \*counter
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* bool K_plus_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if K+ passes the truth matching, False if not. You can also turn on/off checking the mother particle (K*+) an grandmother (B+) via the input parameters
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* **K_plus_IDs()** // constructor
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* **~K_plus_IDs()** // destructor
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* **bool isKplus()**
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* **Parameters**
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* counters \*counter
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* bool K_plus_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if K+ passes the truth matching, False if not. You can also turn on/off checking the mother particle (K*+) an grandmother (B+) via the input parameters
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## pi_zero_IDs
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* **Private members:**
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* **Public members:**
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* int pi_zero_TRUEID
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* int pi_zero_MOTHER_ID
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* int pi_zero_GD_MOTHER_ID
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*
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### **Functions:**
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* **pi_zero_IDs()** // constructor
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* **~pi_zero_IDs()** // destructor
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* **bool isPi0()**
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* **Parameters**
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* counters \*counter
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* double pi_zero_resolved_M
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* double B_plus_M
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* TH1D \*h_pi0_mismatched_mass
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* TH1D \*h_Bplus_mass_pi0mismatched
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* TH1D \*h_pi0_resolved_mass
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* **Return**
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* True if pi0 passes the truth matching, False if not. You can also turn on/off checking the mother particle, grandmother and great-grandmother via the input parameters. In the histograms, the masses for (not) matched events are ssaved (that is why you need masses as input).
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* **pi_zero_IDs()** // constructor
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* **~pi_zero_IDs()** // destructor
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* **bool isPi0()**
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* **Parameters**
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* counters \*counter
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* double pi_zero_resolved_M
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* double B_plus_M
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* TH1D \*h_pi0_mismatched_mass
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* TH1D \*h_Bplus_mass_pi0mismatched
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* TH1D \*h_pi0_resolved_mass
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* **Return**
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* True if pi0 passes the truth matching, False if not. You can also turn on/off checking the mother particle, grandmother and great-grandmother via the input parameters. In the histograms, the masses for (not) matched events are ssaved (that is why you need masses as input).
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## gamma_IDs
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* **Public members:**
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@ -95,102 +94,107 @@ Class used to save the counters for truth-matching vetos. Given integer shows wh
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* int gamma_MOTHER_ID
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* int gamma_GD_MOTHER_ID
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* int gamma_GD_GD_MOTHER_ID
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*
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*
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### **Functions:**
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* **gamma_IDs()** // constructor
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* **~gamma_IDs()** // destructor
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* **bool isGammaConversion()**
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* **Parameters**
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* counters \*counter
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* bool gamma_TM
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* **Return**
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* **bool isGammaTrue()**
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* **Parameters**
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* counters \*counter
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* bool gamma_TM
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* bool gamma_TM_full
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if gamma passes the truth matching, False if not. You can also turn on/off checking the mother particle, grandmother, great-grandmother and great-great-grandmother via the input parameters. In the histograms, the masses for (not) matched events are ssaved (that is why you need masses as input).
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* **gamma_IDs()** // constructor
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* **~gamma_IDs()** // destructor
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* **bool isGammaConversion()**
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* **Parameters**
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* counters \*counter
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* bool gamma_TM
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* **Return**
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* Returns True if gamma was converted into an electron
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* **bool isGammaTrue()**
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* **Parameters**
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* counters \*counter
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* bool gamma_TM
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* bool gamma_TM_full
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* bool pi_zero_TM
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* bool K_star_plus_TM
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* bool B_plus_TM
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* **Return**
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* True if gamma passes the truth matching, False if not. You can also turn on/off checking the mother particle, grandmother, great-grandmother and great-great-grandmother via the input parameters. In the histograms, the masses for (not) matched events are ssaved (that is why you need masses as input).
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## K_short_IDs
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* **Private members:**
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* **Public members:**
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* int K_short_TRUEID
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* int K_short_MOTHER_ID
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* int K_short_GD_MOTHER_ID
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*
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* **Functions:**
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* **K_short_IDs()** // constructor
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* **~K_short_IDs()** // destructor
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* **bool isKshort()**
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* **Parameters**
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* counters \*counter
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* **Return**
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### **Functions:**
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* **K_short_IDs()** // constructor
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* **~K_short_IDs()** // destructor
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* **bool isKshort()**
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* **Parameters**
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* counters \*counter
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* **Return**
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* True if Kshort passes the truth matching, False if not. You can also turn on/off checking the mother particle (K*+) an grandmother (B+) via the input parameters
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## pi_plus_IDs
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* **Private members:**
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* **Public members:**
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* int pi_plus_TRUEID
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* int pi_plus_MOTHER_ID
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* int pi_plus_GD_MOTHER_ID
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*
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* **Functions:**
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* **pi_plus_IDs()** // constructor
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* **~pi_plus_IDs()** // destructor
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* **bool isPiPlus()**
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* **Parameters**
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* counters \*counter
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* **Return**
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### **Functions:**
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* **pi_plus_IDs()** // constructor
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* **~pi_plus_IDs()** // destructor
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* **bool isPiPlus()**
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* **Parameters**
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* counters \*counter
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* **Return**
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* True if pi+ passes the truth matching, False if not. You can also turn on/off checking the mother particle (K*+) an grandmother (B+) via the input parameters
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## Ks_pi_IDs
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* **Private members:**
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* **Public members:**
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* int Ks_pi_TRUEID
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* int Ks_pi_MOTHER_ID
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* int Ks_pi_GD_MOTHER_ID
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* int Ks_pi_GD_GD_MOTHER_ID
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*
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* **Functions:**
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* **Ks_pi_IDs()** // constructor
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* **~Ks_pi_IDs()** // destructor
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* **bool isKsPi()**
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* **Parameters**
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* counters \*counter
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* **Return**
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### **Functions:**
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* **Ks_pi_IDs()** // constructor
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* **~Ks_pi_IDs()** // destructor
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* **bool isKsPi()**
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* **Parameters**
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* counters \*counter
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* **Return**
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* True if the pion form Kshort passes the truth matching, False if not. You can also turn on/off checking the mother particle, grandmother, great-grandmother and great-great-grandmother via the input parameters.
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## mu_IDs
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* **Private members:**
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* **Public members:**
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* int mu_TRUEID
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* int mu_MOTHER_ID
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* int mu_GD_MOTHER_ID
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* bool ReferenceChannel = false
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*
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* **Functions:**
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* **mu_IDs()**
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* **Parameters**
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* bool isRefChan
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* **Return**
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* **~mu_IDs()** // destructor
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* **bool isMu()**
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* **Parameters**
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* counters \*counter
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* bool mu_TM
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* bool J_psi_TM
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* bool B_plus_TM//flags \*allFlags
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* **Return**
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#### **Functions:**
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* **mu_IDs()**
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* **Parameters**
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* bool isRefChan
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* **Return**
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* **~mu_IDs()** // destructor
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* **bool isMu()**
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* **Parameters**
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* counters \*counter
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* bool mu_TM
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* bool J_psi_TM
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* bool B_plus_TM//flags \*allFlags
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* **Return**
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* True if muon passes the truth matching, False if not. You can also turn on/off checking the mother particle (
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Jpsi or B+) and if ReferenceChannel=true, also the grandmother (B+).
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## J_psi_IDs
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* **Private members:**
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* **Public members:**
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* int J_psi_TRUEID
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* int J_psi_MOTHER_ID
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* int J_psi_GD_MOTHER_ID
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* bool ReferenceChannel = false
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*
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* **Functions:**
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### **Functions:**
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* **J_psi_IDs()**
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* **Parameters**
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* bool isRefChan
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@ -202,16 +206,15 @@ Class used to save the counters for truth-matching vetos. Given integer shows wh
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* bool J_psi_TM
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* bool B_plus_TM
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* **Return**
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* True if Jpsi passes the truth matching, False if not. You can also turn on/off checking the mother particle (B+).
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# Functions and their parameters:
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### void counters::printCounters()
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Prints the vetos.
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* **Parameters**
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* bool B0
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* bool K1
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* **Return**
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### bool isBKGCAT()
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@ -219,3 +222,4 @@ Class used to save the counters for truth-matching vetos. Given integer shows wh
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* int BKGCAT
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* bool ReferenceChannel
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* **Return**
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* True if the background category is signal, false if background.
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