/**
* Do the full normalisation
* @f[
- * N = \frac{1}{\epsilon_X}(N_A-N_A/N_V(N_T-N_V)) =
- * \frac{1}{\epsilon_X}\frac{1}{\epsilon_V}N_A
+ * N = (N_A-N_A/N_V(N_T-N_V)) = \frac{1}{\epsilon_V}N_A
* @f]
*/
kEventLevel = 0x1,
*/
kDummy = 0x2,
/**
- * Correct for background events (A+C-E). Not implemented yet
+ * Correct for background events (A+C-E)
*/
kBackground = 0x4,
/**
- * Correct for the trigger efficiency from MC
+ * Correct for the trigger efficiency
+ *
+ * @f[
+ * N = N_A \frac{1}{\epsilon_X}
+ * @f]
*/
kTriggerEfficiency = 0x8,
/**