yoda/event/RunHeaderEvent.h

#ifndef RUNHEADER_EVENT_H
#define RUNHEADER_EVENT_H

#include "SubPacket.h"

namespace pamela {
    /**
    * RunHeaderEvent data Wrapper.
    * The RunHeaderEvent represent a RunHeader packet generated by the PAMELA CPU software.
    * One RunHeader packet is expected before each Run session.
    */
  class RunHeaderEvent: public pamela::SubPacket {
  private:
   
  public:
    RunHeaderEvent(void);
    
    /**
     * The Compilation Timestamp of the PAMELA CPU software.
     */
    UINT32  COMPILATIONTIMESTAMP;

    /**
     * The Acquisition setting mode for the to-be-started run.
     */
    UINT8   RM_ACQ_SETTING_MODE;

    /**
     * The last On-Board-Time on which has been received the LAST_TIME_SYNC_INFO.
     * This parameter is the copy of On-Board-Time received in the last Timesync MCMD.
     * If zero means TimeSync mcmd nerver come.
     */
    UINT32  OBT_TIME_SYNC;

    /**
     * The last received TimeSync.
     * This parameter is the copy of TimeSync received in the last Timesync MCMD.
     * If zero means TimeSync mcmd nerver come.
     */
    UINT32  LAST_TIME_SYNC_INFO;

    /**
     * The Favourite Working Schedule.
     * Description:               <BR>
     */
    UINT8   FAVOURITE_WORKING_SCHEDULE;

    /**
     * The Effective Working Schedule.
     */
    UINT8   EFFECTIVE_WORKING_SCHEDULE;

    /**
     * The Acquisition mode for the trigger mode in A mode.
     * See: sec:Trigger-acquisition-modes.
     */
    UINT32  PRH_VAR_TRIGGER_MODE_A;

    /**
     * The Acquisition mode for the trigger mode in B mode.
     * See sub:working-schedule-3
     */
    UINT32  PRH_VAR_TRIGGER_MODE_B;

    /**
     * This flag Define if this is the first run after a calibration.
     * Description:               <BR>
     * 0: is NOT the first run.   <BR>
     * 1: is the first run.       <BR>
     */
    UINT8   RM_ACQ_AFTER_CALIB;

    /**
     * This flag Define if this is the first run after a calibration.
     * See sub:trk_calib_used.
     */
    UINT32  TRK_CALIB_USED;

    /**
     * Provide information about what FEs commands are assembled inside the acquisition command queue for this run.
     * It is a bitmask whose mean is defined by the constants defined in CM_ACQBI (see sub:RM_ACQBI). 
     * In case of TRIGGER_II mode, it does count, see sec:Trigger-II-Level. <br>
     * Each bit says wheather a certain part of the command queue had been 
     * build into the command aquisition queue.
     * Bit in LSB corresponds  to low-numerical values of the following enum C-type <br>
     * RM_ACQBI_TOF_PLAN_1 is bit (1<<0) <br>
     * RM_ACQBI_TOF_PLAN_2 is bit (1<<1) <br>
     * etc...
     * Note that RM_ACQBI_XXX_BASE and   RM_ACQBI_XXX_1 is the same bit.
     * MSB not used are spere (zeroed)  <br>
     *   typedef enum {                 <br>
     *     RM_ACQBI_TOF_PLAN_1,         <br>
     *     RM_ACQBI_TOF_PLAN_2,         <br>
     *     RM_ACQBI_TOF_PLAN_3,         <br>
     *     RM_ACQBI_TOF_PLAN_4,         <br>
     *     RM_ACQBI_TOF_PLAN_5,         <br>
     *     RM_ACQBI_TOF_PLAN_6,         <br>
     *     RM_ACQBI_AC_1,               <br>
     *     RM_ACQBI_AC_2,               <br>
     *     RM_ACQBI_CAL_BASE,           <br>
     *     RM_ACQBI_CAL_1=RM_ACQBI_CAL_BASE,    <br>
     *     RM_ACQBI_CAL_2,              <br>
     *     RM_ACQBI_CAL_3,              <br>
     *     RM_ACQBI_CAL_4,              <br>
     *     RM_ACQBI_TRK_BASE,           <br>
     *     RM_ACQBI_TRK_1_1=RM_ACQBI_TRK_BASE,  <br>
     *     RM_ACQBI_TRK_1_2,    <br>
     *     RM_ACQBI_TRK_1_3,    <br>
     *     RM_ACQBI_TRK_1_4,    <br>
     *     RM_ACQBI_TRK_1_5,    <br>
     *     RM_ACQBI_TRK_1_6,    <br>
     *     RM_ACQBI_TRK_2_1,    <br>
     *     RM_ACQBI_TRK_2_2,    <br>
     *     RM_ACQBI_TRK_2_3,    <br>
     *     RM_ACQBI_TRK_2_4,    <br>
     *     RM_ACQBI_TRK_2_5,    <br>
     *     RM_ACQBI_TRK_2_6,    <br>
     *     RM_ACQBI_S4,         <br>
     *     RM_ACQBI_ND,         <br>
     *   } RM_ACQBI;            
     */
    UINT32  ACQ_BUILD_INFO;

    /**
     * Provide informations about some variable value in the starting of the acquisition procedure.
     * See sub:trk_calib_used
     *  (PRH_VAR_TOF_OK     ? 1<<0  : 0 ) |
     *  (PRH_VAR_AC_1_OK    ? 1<<1  : 0 ) |
     *  (PRH_VAR_AC_2_OK    ? 1<<2  : 0 ) |
     *  (PRH_VAR_CAL_OK     ? 1<<3  : 0 ) |
     *  (PRH_VAR_TRK_OK     ? 1<<4  : 0 ) |
     *  (PRH_VAR_S4_OK      ? 1<<5  : 0 ) |
     *  (PRH_VAR_S4_WORKING ? 1<<6  : 0 ) |
     *  (PRH_VAR_S4_ATTEMPT ? 1<<7  : 0 ) |
     *  (PRH_VAR_ND_OK      ? 1<<8  : 0 ) |
     *  (RM_use_nd          ? 1<<9  : 0 ) |
     *  (PRH_VAR_ND_ATTEMPT ? 1<<10 : 0 );
     */
    UINT16  ACQ_VAR_INFO;

    /**
     * Provide informations about the calorimter DSP Mask.
     * See sub:trk_calib_used
     */
    UINT8   CAL_DSP_MASK;
    ClassDef(RunHeaderEvent, 3)
  };
}

#endif /* RUNHEADER_EVENT_H */

1	kusanagi	1.1	#ifndef RUNHEADER_EVENT_H
2			#define RUNHEADER_EVENT_H
3
4			#include "SubPacket.h"
5
6			namespace pamela {
7	kusanagi	4.3	/**
8			* RunHeaderEvent data Wrapper.
9			* The RunHeaderEvent represent a RunHeader packet generated by the PAMELA CPU software.
10			* One RunHeader packet is expected before each Run session.
11			*/
12	kusanagi	1.1	class RunHeaderEvent: public pamela::SubPacket {
13			private:
14
15			public:
16			RunHeaderEvent(void);
17	kusanagi	2.1
18	kusanagi	4.3	/**
19			* The Compilation Timestamp of the PAMELA CPU software.
20			*/
21	kusanagi	2.2	UINT32 COMPILATIONTIMESTAMP;
22	kusanagi	4.3
23			/**
24			* The Acquisition setting mode for the to-be-started run.
25			*/
26	kusanagi	2.4	UINT8 RM_ACQ_SETTING_MODE;
27	kusanagi	4.3
28			/**
29			* The last On-Board-Time on which has been received the LAST_TIME_SYNC_INFO.
30			* This parameter is the copy of On-Board-Time received in the last Timesync MCMD.
31			* If zero means TimeSync mcmd nerver come.
32			*/
33	kusanagi	2.1	UINT32 OBT_TIME_SYNC;
34	kusanagi	4.3
35			/**
36			* The last received TimeSync.
37			* This parameter is the copy of TimeSync received in the last Timesync MCMD.
38			* If zero means TimeSync mcmd nerver come.
39			*/
40	kusanagi	4.1	UINT32 LAST_TIME_SYNC_INFO;
41	kusanagi	4.3
42			/**
43			* The Favourite Working Schedule.
44			* Description: <BR>
45			*/
46	kusanagi	2.4	UINT8 FAVOURITE_WORKING_SCHEDULE;
47	kusanagi	4.3
48			/**
49			* The Effective Working Schedule.
50			*/
51	kusanagi	2.4	UINT8 EFFECTIVE_WORKING_SCHEDULE;
52	kusanagi	4.3
53			/**
54			* The Acquisition mode for the trigger mode in A mode.
55			* See: sec:Trigger-acquisition-modes.
56			*/
57	kusanagi	2.1	UINT32 PRH_VAR_TRIGGER_MODE_A;
58	kusanagi	4.3
59			/**
60			* The Acquisition mode for the trigger mode in B mode.
61			* See sub:working-schedule-3
62			*/
63	kusanagi	2.1	UINT32 PRH_VAR_TRIGGER_MODE_B;
64	kusanagi	4.3
65			/**
66			* This flag Define if this is the first run after a calibration.
67			* Description: <BR>
68			* 0: is NOT the first run. <BR>
69			* 1: is the first run. <BR>
70			*/
71	kusanagi	2.4	UINT8 RM_ACQ_AFTER_CALIB;
72	kusanagi	4.3
73			/**
74			* This flag Define if this is the first run after a calibration.
75			* See sub:trk_calib_used.
76			*/
77	kusanagi	2.3	UINT32 TRK_CALIB_USED;
78	kusanagi	4.3
79			/**
80			* Provide information about what FEs commands are assembled inside the acquisition command queue for this run.
81			* It is a bitmask whose mean is defined by the constants defined in CM_ACQBI (see sub:RM_ACQBI).
82			* In case of TRIGGER_II mode, it does count, see sec:Trigger-II-Level. <br>
83			* Each bit says wheather a certain part of the command queue had been
84			* build into the command aquisition queue.
85			* Bit in LSB corresponds to low-numerical values of the following enum C-type <br>
86			* RM_ACQBI_TOF_PLAN_1 is bit (1<<0) <br>
87			* RM_ACQBI_TOF_PLAN_2 is bit (1<<1) <br>
88			* etc...
89			* Note that RM_ACQBI_XXX_BASE and RM_ACQBI_XXX_1 is the same bit.
90			* MSB not used are spere (zeroed) <br>
91			* typedef enum { <br>
92			* RM_ACQBI_TOF_PLAN_1, <br>
93			* RM_ACQBI_TOF_PLAN_2, <br>
94			* RM_ACQBI_TOF_PLAN_3, <br>
95			* RM_ACQBI_TOF_PLAN_4, <br>
96			* RM_ACQBI_TOF_PLAN_5, <br>
97			* RM_ACQBI_TOF_PLAN_6, <br>
98			* RM_ACQBI_AC_1, <br>
99			* RM_ACQBI_AC_2, <br>
100			* RM_ACQBI_CAL_BASE, <br>
101			* RM_ACQBI_CAL_1=RM_ACQBI_CAL_BASE, <br>
102			* RM_ACQBI_CAL_2, <br>
103			* RM_ACQBI_CAL_3, <br>
104			* RM_ACQBI_CAL_4, <br>
105			* RM_ACQBI_TRK_BASE, <br>
106			* RM_ACQBI_TRK_1_1=RM_ACQBI_TRK_BASE, <br>
107			* RM_ACQBI_TRK_1_2, <br>
108			* RM_ACQBI_TRK_1_3, <br>
109			* RM_ACQBI_TRK_1_4, <br>
110			* RM_ACQBI_TRK_1_5, <br>
111			* RM_ACQBI_TRK_1_6, <br>
112			* RM_ACQBI_TRK_2_1, <br>
113			* RM_ACQBI_TRK_2_2, <br>
114			* RM_ACQBI_TRK_2_3, <br>
115			* RM_ACQBI_TRK_2_4, <br>
116			* RM_ACQBI_TRK_2_5, <br>
117			* RM_ACQBI_TRK_2_6, <br>
118			* RM_ACQBI_S4, <br>
119			* RM_ACQBI_ND, <br>
120			* } RM_ACQBI;
121			*/
122	kusanagi	2.3	UINT32 ACQ_BUILD_INFO;
123	kusanagi	4.3
124			/**
125			* Provide informations about some variable value in the starting of the acquisition procedure.
126			* See sub:trk_calib_used
127			* (PRH_VAR_TOF_OK ? 1<<0 : 0 ) \|
128			* (PRH_VAR_AC_1_OK ? 1<<1 : 0 ) \|
129			* (PRH_VAR_AC_2_OK ? 1<<2 : 0 ) \|
130			* (PRH_VAR_CAL_OK ? 1<<3 : 0 ) \|
131			* (PRH_VAR_TRK_OK ? 1<<4 : 0 ) \|
132			* (PRH_VAR_S4_OK ? 1<<5 : 0 ) \|
133			* (PRH_VAR_S4_WORKING ? 1<<6 : 0 ) \|
134			* (PRH_VAR_S4_ATTEMPT ? 1<<7 : 0 ) \|
135			* (PRH_VAR_ND_OK ? 1<<8 : 0 ) \|
136			* (RM_use_nd ? 1<<9 : 0 ) \|
137			* (PRH_VAR_ND_ATTEMPT ? 1<<10 : 0 );
138			*/
139	kusanagi	4.2	UINT16 ACQ_VAR_INFO;
140	kusanagi	4.3
141			/**
142			* Provide informations about the calorimter DSP Mask.
143			* See sub:trk_calib_used
144			*/
145	kusanagi	2.5	UINT8 CAL_DSP_MASK;
146	kusanagi	4.2	ClassDef(RunHeaderEvent, 3)
147	kusanagi	1.1	};
148			}
149
150			#endif /* RUNHEADER_EVENT_H */
151