--- yoda/event/CalibCalPedEvent.h 2005/03/04 15:54:11 3.0 +++ yoda/event/CalibCalPedEvent.h 2006/02/07 17:11:06 6.0 @@ -5,7 +5,12 @@ namespace pamela { /** - * Information events about the CalibCalPed. + * CalibCalPed data Wrapper. + * + * The pamela::CalibCalPed packet is the answer to a calibration session of the Tracker. + * It is the result of the mean over ~1000 events without particles (how this is done, is out of the + * scope of the document, but mostly should be executed at an high rate while PAMELA is passing over + * the Earth Equator). */ class CalibCalPedEvent: public pamela::SubPacket { private: @@ -13,16 +18,62 @@ public: CalibCalPedEvent(void); + /** + * A Counter. + */ int iev; + + /** + * The Status Word of each section. + */ int cstwerr[4]; + + /** + * The Error Code for each section. + */ float cperror[4]; + + /** + * The pedestal value (ADC) for each strip in the calorimeter. + * The array represent the 4 sections x 11 layers x 96 strips composing the calorimeter. + */ float calped[4][11][96]; + + /** + * Define if the strip is used or not in the baseline calculation. + * The array represent the 4 sections x 11 layers x 96 strips composing the calorimeter. + * Description:
+ * 0x00: The strip was used.
+ * 0xFF: The strip was NOT used.
+ */ float calgood[4][11][96]; + + /** + * The hardware ADC thresholds for the preamplifiers. + * The array represent the 4 sections x 11 layers x 6 amplifiers composing the calorimeter. + */ float calthr[4][11][6]; + + /** + * The pedestal RMS value for each strip in the calorimeter. + * The array represent the 4 sections x 11 layers x 96 strips composing the calorimeter. + */ float calrms[4][11][96]; + + /** + * The hardware ADC baseline for the preamplifiers. + * The array represent the 4 sections x 11 layers x 6 amplifiers composing the calorimeter. + */ float calbase[4][11][6]; + + /** + * The variance of the baselines for the preamplifiers. + * The array represent the 4 sections x 11 layers x 6 amplifiers composing the calorimeter. + */ float calvar[4][11][6]; - float calpuls[4][11][96]; + + + //float calpuls[4][11][96]; UINT8 unpackError; ClassDef(CalibCalPedEvent, 2)