CrisConstants.h , v 1.1
/* $Source: /home/mussel9/asc/aceprog/include/RCS/CrisConstants.h,v $ */ /* $Author: rgr $ */ /* $Date: 1997/09/10 18:26:21 $ */ /* $Revision: 1.1 $ */ #define CRIS_DIAG_BIT 0x20 #define CRIS_CMD_RESP_BIT 0x40 #define CRIS_SYNC_BIT 0x80 #define CRIS_QUALITY_FORMAT_ID_BIT 0x01 #define CRIS_QUALITY_MNF_COUNTER_BIT 0x02 #define CRIS_QUALITY_SC_CLOCK_BIT 0x04 #define CRIS_QUALITY_SYNC_BIT 0x08 #define CRIS_QUALITY_CT_INDEX_BIT 0x10 #define CRIS_QUALITY_CYCLE_NUMBER_BIT 0x20 #define CRIS_QUALITY_FILL_LEVEL0_BIT 0x40 #define CRIS_QUALITY_FILL_LEVEL1_BIT 0x80 #define CRIS_UNDEFINED_8 0xFF #define CRIS_UNDEFINED_16 0xFFFF #define CRIS_UNDEFINED_32 0xFFFFFFFF #define CRIS_END_OF_DATA 0xFFFFFFFF #define CRIS_LIVETIME_UNIT_MICROSECOND 128 #define CRIS_EVENT_THRESHOLD 3 #define CRIS_HSKP_OFFSET 4 #define NUM_CRIS_CMD_TAB_BYTES 844 #define NUM_CRIS_CMD_TAB_BYTES_PER_CYCLE 66 #define NUM_CRIS_EVT_BUFFERS 64 #define NUM_CRIS_HIGH_PRIORITY_RATES 2 #define NUM_CRIS_HIGH_PRIORITY_SAMPLES 16 #define NUM_CRIS_HSKP_BYTES 3 #define NUM_CRIS_MNFS_PER_CYCLE 256 #define NUM_CRIS_RAW_SOFT_EVT_BYTES 2000 #define NUM_CRIS_RAW_STACK_EVT_BYTES 72 #define NUM_CRIS_TELEMETRY_BYTES 58 #define MAX_CRIS_EVT_AGE 64 #define MAX_NUM_CRIS_CMD_ECHO_CHARS 40 #define MAX_NUM_CRIS_DIAG_BYTES 33002 #define MAX_NUM_CRIS_EVENT_BYTES 162 #define MAX_NUM_CRIS_EVENTS_PER_MNF 5 #define MAX_NUM_CRIS_EVT_SUB_BLOCKS 32 #define SIZE_CRIS_CMD_ECHO_QUEUE 1000 #define SIZE_CRIS_CMD_TAB_QUEUE 24 #define SIZE_CRIS_CYCLE_QUEUE 16 #define SIZE_CRIS_DIAG_EVENT_QUEUE 32 #define SIZE_CRIS_SUBSET_FILTER 3 #define SIZE_CRIS_SUMMARY_QUEUE 64 #define SIZE_CRIS_EVENT_BUFFER 17000 #define CRIS_SC_HSKP_CURRENT_LOC 203 #define CRIS_SC_HSKP_MAIN_BUS_VOLT_LOC 71 #define CRIS_SC_HSKP_TEMPERATURE1_LOC 194 #define CRIS_SC_HSKP_TEMPERATURE2_LOC 195 #define CRIS_SC_HSKP_TEMPERATURE_INT_LOC 22 #define CRIS_MNF_CURRENT 10 #define CRIS_MNF_MAIN_BUS_VOLT 3 #define CRIS_MNF_TEMPERATURE1 9 #define CRIS_MNF_TEMPERATURE2 9 #define CRIS_CONSISTENCY_CLOCK 4 #define CRIS_CONSISTENCY_CYCLE_NUMBER 0 #define CRIS_CONSISTENCY_CTINDEX 1 #define CRIS_CONSISTENCY_TOTAL 5
CrisAdc.h , v 1.1
/* $Source: /home/mussel9/asc/aceprog/include/RCS/CrisAdc.h,v $ */ /* $Author: rgr $ */ /* $Date: 1997/09/09 18:53:00 $ */ /* $Revision: 1.1 $ */ #define NUM_CRIS_ADC 88 #define CRIS_ADC_MONITOR_P5V 5 #define CRIS_ADC_MONITOR_P6V 8 #define CRIS_ADC_MONITOR_M6V 9 #define CRIS_ADC_MONITOR_P7V 0 #define CRIS_ADC_MONITOR_M7V 15 #define CRIS_ADC_MONITOR_P12V 10 #define CRIS_ADC_MONITOR_M12V 11 #define CRIS_ADC_MONITOR_P13V 3 #define CRIS_ADC_MONITOR_M13V 4 #define CRIS_ADC_MONITOR_P15V 1 #define CRIS_ADC_MONITOR_P19V 2 #define CRIS_ADC_MONITOR_MCP1 16 #define CRIS_ADC_MONITOR_MCP2 17 #define CRIS_ADC_MONITOR_HVPS_1I 18 #define CRIS_ADC_MONITOR_HVPS_2I 19 #define CRIS_ADC_MONITOR_HVPS_3I 20 #define CRIS_ADC_MONITOR_HVPS_4I 21 #define CRIS_ADC_MONITOR_SOFT_PSA_I 22 #define CRIS_ADC_MONITOR_SOFT_PSB_I 23 #define CRIS_ADC_TEMP_MOTHERBOARD_ELECT 70 #define CRIS_ADC_TEMP_MOTHERBOARD_DET 56 #define CRIS_ADC_TEMP_MOTHERBOARD_C 69 #define CRIS_ADC_TEMP_ANALOG_BOARD 67 #define CRIS_ADC_TEMP_POST_REG_BOARD 68 #define CRIS_ADC_TEMP_LOGIC_BOARD 71 #define CRIS_ADC_TEMP_E12_ELECT 57 #define CRIS_ADC_TEMP_E12_DET 58 #define CRIS_ADC_TEMP_E34_ELECT 59 #define CRIS_ADC_TEMP_E34_DET 60 #define CRIS_ADC_TEMP_E56_ELECT 61 #define CRIS_ADC_TEMP_E56_DET 62 #define CRIS_ADC_TEMP_E789_ELECT 63 #define CRIS_ADC_TEMP_E789_DET 64 #define CRIS_ADC_TEMP_LVPS 65 #define CRIS_ADC_TEMP_HVPS 66 #define CRIS_ADC_TEMP_FIBER_PLANE_TOP0 76 #define CRIS_ADC_TEMP_FIBER_PLANE_TOP1 77 #define CRIS_ADC_TEMP_FIBER_PLANE_MID 78 #define CRIS_ADC_TEMP_FIBER_PLANE_BOT 79 #define CRIS_ADC_TEMP_IMAGE_INT1_SIDE 80 #define CRIS_ADC_TEMP_IMAGE_INT1_REAR 82 #define CRIS_ADC_TEMP_CAMERA1_ELECT 83 #define CRIS_ADC_TEMP_HVPS1 84 #define CRIS_ADC_TEMP_IMAGE_INT2_SIDE 81 #define CRIS_ADC_TEMP_IMAGE_INT2_REAR 85 #define CRIS_ADC_TEMP_CAMERA2_ELECT 86 #define CRIS_ADC_TEMP_HVPS2 87 #define CRIS_ADC_POSTDCE1A 24 #define CRIS_ADC_POSTDCE1B 25 #define CRIS_ADC_POSTDCE2AB 28 #define CRIS_ADC_POSTDCE3AB 32 #define CRIS_ADC_POSTDCE4AB 34 #define CRIS_ADC_POSTDCE5AB 40 #define CRIS_ADC_POSTDCE6AB 42 #define CRIS_ADC_POSTDCE7AB 48 #define CRIS_ADC_POSTDCE8AB 50 #define CRIS_ADC_POSTDCE9AB 54 #define CRIS_ADC_POSTDCG2AB 30 #define CRIS_ADC_POSTDCG3AB 36 #define CRIS_ADC_POSTDCG4AB 38 #define CRIS_ADC_POSTDCG5AB 44 #define CRIS_ADC_POSTDCG6AB 46 #define CRIS_ADC_POSTDCG7AB 52 #define CRIS_ADC_POSTDCE1C 26 #define CRIS_ADC_POSTDCE1D 27 #define CRIS_ADC_POSTDCE2CD 29 #define CRIS_ADC_POSTDCE3CD 33 #define CRIS_ADC_POSTDCE4CD 35 #define CRIS_ADC_POSTDCE5CD 41 #define CRIS_ADC_POSTDCE6CD 43 #define CRIS_ADC_POSTDCE7CD 49 #define CRIS_ADC_POSTDCE8CD 51 #define CRIS_ADC_POSTDCE9CD 55 #define CRIS_ADC_POSTDCG2CD 31 #define CRIS_ADC_POSTDCG3CD 37 #define CRIS_ADC_POSTDCG4CD 39 #define CRIS_ADC_POSTDCG5CD 45 #define CRIS_ADC_POSTDCG6CD 47 #define CRIS_ADC_POSTDCG7CD 53
BrowseCris.h , v 1.3
/* $Source: /home/mussel9/asc/aceprog/include/RCS/BrowseCris.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:07:52 $ */ /* $Revision: 1.3 $ */ #include "hdfi.h" struct BrowseCris { float64 bin_start; float64 bin_end; float32 FluxHelium_31; float32 FluxHelium_41; float32 FluxHelium_70; float32 FluxCno_63; float32 FluxCno_84; float32 FluxCno_144; float32 FluxCnoSum; float32 FluxHiZ_92; float32 FluxHiZ_124; float32 FluxHiZ_220; float32 FluxHiZSum; float32 FluxPen; float32 FluxPenSubset; float32 WgtFactHelium_31; float32 WgtFactHelium_41; float32 WgtFactHelium_70; float32 WgtFactCno_63; float32 WgtFactCno_84; float32 WgtFactCno_144; float32 WgtFactCnoSum; float32 WgtFactHiZ_92; float32 WgtFactHiZ_124; float32 WgtFactHiZ_220; float32 WgtFactHiZSum; float32 WgtFactPen; float32 WgtFactPenSubset; };
CrisDac.h , v 1.1
/* $Source: /home/mussel9/asc/aceprog/include/RCS/CrisDac.h,v $ */ /* $Author: rgr $ */ /* $Date: 1997/09/09 18:53:08 $ */ /* $Revision: 1.1 $ */ #define NUM_CRIS_DACS 14 #define CRIS_DAC_G2AB 0 #define CRIS_DAC_G3AB 1 #define CRIS_DAC_G4AB 2 #define CRIS_DAC_G5AB 3 #define CRIS_DAC_G6AB 4 #define CRIS_DAC_G7AB 5 #define CRIS_DAC_E9AB 6 #define CRIS_DAC_G2CD 7 #define CRIS_DAC_G3CD 8 #define CRIS_DAC_G4CD 9 #define CRIS_DAC_G5CD 10 #define CRIS_DAC_G6CD 11 #define CRIS_DAC_G7CD 12 #define CRIS_DAC_E9CD 13
L1CrisCommandEcho.h , v 1.3
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisCommandEcho.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:39:43 $ */ /* $Revision: 1.3 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisCommandEcho { uint32 ClockMinorFrame; uint32 Second1996; uint32 microsecond; uint8 NumberChars; char8 CommandEcho[MAX_NUM_CRIS_CMD_ECHO_CHARS]; }; /* Definition: */ /* ClockMinorFrame = S/C clock of the minor frame containing the */ /* command echo */ /* NumberChars = Number of characters in the command echo */ /* CommandEcho = Command echo characters */
L1CrisCommandTable.h , v 1.4
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisCommandTable.h,v $ */ /* $Author: rgr $ */ /* $Date: 1998/05/08 23:15:29 $ */ /* $Revision: 1.4 $ */ #include "hdfi.h" struct L1CrisCommandTable { uint32 ClockMinorFrame0; uint32 ClockMinorFrame1; uint32 Second1996MinorFrame0; uint32 MicrosecondMinorFrame0; uint32 Second1996MinorFrame1; uint32 MicrosecondMinorFrame1; uint16 NumberCommandEchoes; uint8 ecmd[6]; uint16 phadisc; uint16 audgflg; uint16 audglim; uint16 valcflg; uint16 samplim; uint16 heflg; uint16 hyflg; uint16 preoflg; uint16 hetlim; uint16 hytlim; uint16 htcmd[8]; uint16 rcmd; uint16 qctime; uint16 ledtime; uint16 sfmisc; uint16 camsel; uint16 iilima; uint16 iilimb; uint16 iilims[4]; int16 lsarr[20]; int16 loarr[20]; uint16 laymax; uint16 remmax; uint8 b_xoff[2]; uint16 rngmsk[2]; uint8 bparams[20]; uint16 twotelen; uint16 gphaen; uint16 stbfon; uint16 ncenbox; uint16 b_cenbox[64]; uint16 iilim; uint16 iignct; uint16 iignrf; uint16 sftdisc; uint16 sftrig0; uint16 sftrig1; uint16 cdscoff; uint16 tdscoff; uint16 srgbits[2]; uint8 dacvals[52]; uint8 dacsize[52]; uint8 hdisc2[12]; uint8 hdisc1[12]; uint8 hdisc0[12]; uint8 mdisc2[12]; uint8 mdisc1[12]; uint8 mdisc0[12]; uint8 adcen[12]; uint8 gdiscen[12]; uint8 mdiscen[12]; uint8 hdiscen[12]; uint16 cnoc1[7]; uint16 cnoc2[7]; uint16 ihiprr0; uint16 ihiprr1; uint16 stimeid; uint8 eidmap[256]; uint8 QualityEcmd[6]; uint8 QualityPhadisc; uint8 QualityAudgflg; uint8 QualityAudglim; uint8 QualityValcflg; uint8 QualitySamplim; uint8 QualityHeflg; uint8 QualityHyflg; uint8 QualityPreoflg; uint8 QualityHetlim; uint8 QualityHytlim; uint8 QualityHtcmd[8]; uint8 QualityRcmd; uint8 QualityQctime; uint8 QualityLedtime; uint8 QualitySfmisc; uint8 QualityCamsel; uint8 QualityIilima; uint8 QualityIilimb; uint8 QualityIilims[4]; uint8 QualityLsarr[20]; uint8 QualityLoarr[20]; uint8 QualityLaymax; uint8 QualityRemmax; uint8 QualityB_xoff[2]; uint8 QualityRngmsk[2]; uint8 QualityBparams[20]; uint8 QualityTwotelen; uint8 QualityGphaen; uint8 QualityStbfon; uint8 QualityNcenbox; uint8 QualityB_cenbox[64]; uint8 QualityIilim; uint8 QualityIignct; uint8 QualityIignrf; uint8 QualitySftdisc; uint8 QualitySftrig0; uint8 QualitySftrig1; uint8 QualityCdscoff; uint8 QualityTdscoff; uint8 QualitySrgbits[2]; uint8 QualityDacvals[52]; uint8 QualityDacsize[52]; uint8 QualityHdisc2[12]; uint8 QualityHdisc1[12]; uint8 QualityHdisc0[12]; uint8 QualityMdisc2[12]; uint8 QualityMdisc1[12]; uint8 QualityMdisc0[12]; uint8 QualityAdcen[12]; uint8 QualityGdiscen[12]; uint8 QualityMdiscen[12]; uint8 QualityHdiscen[12]; uint8 QualityCnoc1[7]; uint8 QualityCnoc2[7]; uint8 QualityIhiprr0; uint8 QualityIhiprr1; uint8 QualityStimeid; uint8 QualityEidmap[256]; }; /* Definition: */ /* ClockMinorFrame0 = S/C clock of the start of the instrument */ /* cycle that contains the first byte of the */ /* command table */ /* ClockMinorFrame1 = S/C clock of the end of the instrument */ /* cycle that contains the last byte of the */ /* command table */ /* */ /* Note: Quality bits are defined in the table below. If the field */ /* which the quality byte is trying to characterize contains */ /* multiple bytes, the quality byte associated with the field */ /* is the logical "or" of the individual quality bytes. */ /* */ /* Quality bits: */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */
L1CrisDiagnosticEvent.h , v 1.2
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisDiagnosticEvent.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 16:50:59 $ */ /* $Revision: 1.2 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisDiagnosticEvent { uint32 ClockMinorFrame0; uint32 ClockMinorFrame1; uint32 Second1996MinorFrame0; uint32 MicrosecondMinorFrame0; uint32 Second1996MinorFrame1; uint32 MicrosecondMinorFrame1; uint16 RawStack[NUM_CRIS_RAW_STACK_EVT_BYTES/2]; uint16 SoftEvent[NUM_CRIS_RAW_SOFT_EVT_BYTES/2]; uint8 NormalEvent[MAX_NUM_CRIS_EVENT_BYTES]; uint8 ContinuationFlag; }; /* Definition: */ /* ClockMinorFrame = S/C clock of the minor frame containing the */ /* start of the diagnostic event */ /* RawStack = Raw stack event portion of the diagnostic event */ /* SoftEvent = Raw SOFT event portion of the diagnostic event */ /* NormalEvent = Normal event portion of the diagnostic event */ /* ContinuationFlag = Flag indicating the SOFT portion of the */ /* event is continued in the next cycle */
L1CrisEventCycle.h , v 1.3
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisEventCycle.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.3 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisEventCycle { uint32 ClockCycle; uint32 Second1996; uint32 microsecond; uint16 NumberNormalEventBytes[MAX_CRIS_EVT_AGE]; uint16 NumberEvents; uint8 EventBuffer[SIZE_CRIS_EVENT_BUFFER]; uint8 ContinuationFlag; }; /* Definition: */ /* ClockCycle = S/C clock of the first minor frame of the cycle */ /* in which CRIS processed the event */ /* NumberNormalEventBytes = Number of bytes used for normal event */ /* processing from each of the cycles */ /* that can contribute events to this */ /* structure. */ /* NumberEvents = Number of events stored in the event buffer */ /* EventBuffer = Event buffer */ /* ContinuationFlag = Flag indicating events from this cycle are */ /* continued in the next structure */ /* */ /* Note: Each event in the event buffer is preceded by two bytes. */ /* The first is the relative age of the event in cycles. The */ /* second is the minor frame in which the first byte of the */ /* event was transmitted. */
L1CrisSubset.h , v 1.2
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisSubset.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.2 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisSubset { uint32 ClockMinorFrame; uint32 Second1996; uint32 microsecond; uint8 FormatId; uint8 MajorFrameCount; uint8 MinorFrameCount; uint8 quality; uint8 MainBusVoltage; uint8 CrisCurrent; uint8 CrisInternalTemperature1; uint8 CrisInternalTemperature2; uint8 CrisInterfaceTemperature; uint8 CrisData[NUM_CRIS_TELEMETRY_BYTES]; }; /* Definition: */ /* ClockMinorFrame = S/C clock of the minor frame */ /* Second1996 = Time of the minor frame in seconds since 00:00:00 */ /* of January 1, 1996 */ /* microsecond = Microseconds of the time of the minor frame */ /* FormatId = Format of the minor frame */ /* MajorFrameCount = Major frame count of the minor frame */ /* MinorFrameCount = Minor frame count of the minor frame */ /* quality = Quality flag associated with the minor frame */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */ /* MainBusVoltage = Main bus voltage value (255=no data) */ /* CrisCurrent = CRIS I/F & survial heater current (255=no data) */ /* CrisInternalTemperature1 = */ /* CRIS internal temperature 1 (255=no data) */ /* CrisInternalTemperature2 = */ /* CRIS internal temperature 2 (255=no data) */ /* CrisInterfaceTemperature = */ /* CRIS interface temperature (255=no data) */ /* CrisData = CRIS data */ /* Note: This structure is only written when the instrument is in */ /* diagnostic mode and/or command response mode. */
L1CrisSummary.h , v 1.3
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisSummary.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.3 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisSummary { uint32 ClockMinorFrame; uint32 Second1996; uint32 microsecond; uint8 FormatId; uint8 MajorFrameCount; uint8 MinorFrameCount; uint8 quality; uint8 MainBusVoltage; uint8 CrisCurrent; uint8 CrisInternalTemperature1; uint8 CrisInternalTemperature2; uint8 CrisInterfaceTemperature; uint8 CrisHskp[NUM_CRIS_HSKP_BYTES]; }; /* Definition: */ /* ClockMinorFrame = S/C clock of the minor frame */ /* FormatId = Format of the minor frame */ /* MajorFrameCount = Major frame count of the minor frame */ /* MinorFrameCount = Minor frame count of the minor frame */ /* quality = Quality flag associated with the minor frame */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */ /* MainBusVoltage = Main bus voltage value (255=no data) */ /* CrisCurrent = CRIS I/F & survial heater current (255=no data) */ /* CrisInternalTemperature1 = CRIS internal temperature 1 */ /* (255=no data) */ /* CrisInternalTemperature2 = CRIS internal temperature 2 */ /* (255=no data) */ /* CrisInterfaceTemperature = CRIS interface temperature */ /* (255=no data) */ /* CrisHskp = Housekeeping/rate bytes from CRIS telemetry */
L1CrisHighPriorityRate.h , v 1.2
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisHighPriorityRate.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.2 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisHighPriorityRate { uint32 ClockMinorFrame; uint32 Second1996; uint32 microsecond; uint32 hp[NUM_CRIS_HIGH_PRIORITY_RATES]; uint8 QualityHp[NUM_CRIS_HIGH_PRIORITY_RATES]; }; /* Definition: */ /* ClockMinorFrame = S/C clock of the minor frame in which the */ /* high priority rate accumulation began */ /* hp = high priority rates */ /* QualityHp = Quality data flags for high priority rates */ /* */ /* Note: All rates are decompressed. */ /* */ /* Note: Quality bits are defined in the table below. If the field */ /* which the quality byte is trying to characterize contains */ /* multiple bytes, the quality byte associated with the field */ /* is the logical "or" of the individual quality bytes. */ /* */ /* Quality bits: */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */
L1CrisHskp.h , v 1.2
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisHskp.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.2 $ */ #include "hdfi.h" struct L1CrisHskp { uint32 ClockCycle; uint32 Second1996; uint32 microsecond; uint16 CommandTableIndex; uint16 MonitorP5V; uint16 MonitorP6V; uint16 MonitorM6V; uint16 MonitorP7V; uint16 MonitorM7V; uint16 MonitorP12V; uint16 MonitorM12V; uint16 MonitorP13V; uint16 MonitorM13V; uint16 MonitorP15V; uint16 MonitorP19V; uint16 MonitorMcp1; uint16 MonitorMcp2; uint16 MonitorHvps1I; uint16 MonitorHvps2I; uint16 MonitorHvps3I; uint16 MonitorHvps4I; uint16 MonitorSoftPsaI; uint16 MonitorSoftPsbI; uint16 TemperatureMotherBoardElect; uint16 TemperatureMotherBoardDet; uint16 TemperatureMotherBoardC; uint16 TemperatureAnalogBoard; uint16 TemperaturePostRegBoard; uint16 TemperatureLogicBoard; uint16 TemperatureE12Elect; uint16 TemperatureE12Det; uint16 TemperatureE34Elect; uint16 TemperatureE34Det; uint16 TemperatureE56Elect; uint16 TemperatureE56Det; uint16 TemperatureE789Elect; uint16 TemperatureE789Det; uint16 TemperatureLvps; uint16 TemperatureHvps; uint16 TemperatureFiberPlaneTop0; uint16 TemperatureFiberPlaneTop1; uint16 TemperatureFiberPlaneMid; uint16 TemperatureFiberPlaneBot; uint16 TemperatureImageInt1Side; uint16 TemperatureImageInt1Rear; uint16 TemperatureCamera1Elect; uint16 TemperatureHvps1; uint16 TemperatureImageInt2Side; uint16 TemperatureImageInt2Rear; uint16 TemperatureCamera2Elect; uint16 TemperatureHvps2; uint16 PostDcE1a; uint16 PostDcE1b; uint16 PostDcE2ab; uint16 PostDcE3ab; uint16 PostDcE4ab; uint16 PostDcE5ab; uint16 PostDcE6ab; uint16 PostDcE7ab; uint16 PostDcE8ab; uint16 PostDcE9ab; uint16 PostDcG2ab; uint16 PostDcG3ab; uint16 PostDcG4ab; uint16 PostDcG5ab; uint16 PostDcG6ab; uint16 PostDcG7ab; uint16 PostDcE1c; uint16 PostDcE1d; uint16 PostDcE2cd; uint16 PostDcE3cd; uint16 PostDcE4cd; uint16 PostDcE5cd; uint16 PostDcE6cd; uint16 PostDcE7cd; uint16 PostDcE8cd; uint16 PostDcE9cd; uint16 PostDcG2cd; uint16 PostDcG3cd; uint16 PostDcG4cd; uint16 PostDcG5cd; uint16 PostDcG6cd; uint16 PostDcG7cd; uint8 DacG2ab; uint8 DacG3ab; uint8 DacG4ab; uint8 DacG5ab; uint8 DacG6ab; uint8 DacG7ab; uint8 DacE9ab; uint8 DacG2cd; uint8 DacG3cd; uint8 DacG4cd; uint8 DacG5cd; uint8 DacG6cd; uint8 DacG7cd; uint8 DacE9cd; uint8 HeaterCcdA; uint8 HeaterCcdB; uint8 HeaterCris; uint8 StatusTmSide; uint8 StatusRefresh; uint8 QualityCommandTableIndex; uint8 QualityMonitorP5V; uint8 QualityMonitorP6V; uint8 QualityMonitorM6V; uint8 QualityMonitorP7V; uint8 QualityMonitorM7V; uint8 QualityMonitorP12V; uint8 QualityMonitorM12V; uint8 QualityMonitorP13V; uint8 QualityMonitorM13V; uint8 QualityMonitorP15V; uint8 QualityMonitorP19V; uint8 QualityMonitorMcp1; uint8 QualityMonitorMcp2; uint8 QualityMonitorHvps1I; uint8 QualityMonitorHvps2I; uint8 QualityMonitorHvps3I; uint8 QualityMonitorHvps4I; uint8 QualityMonitorSoftPsaI; uint8 QualityMonitorSoftPsbI; uint8 QualityTemperatureMotherBoardElect; uint8 QualityTemperatureMotherBoardDet; uint8 QualityTemperatureMotherBoardC; uint8 QualityTemperatureAnalogBoard; uint8 QualityTemperaturePostRegBoard; uint8 QualityTemperatureLogicBoard; uint8 QualityTemperatureE12Elect; uint8 QualityTemperatureE12Det; uint8 QualityTemperatureE34Elect; uint8 QualityTemperatureE34Det; uint8 QualityTemperatureE56Elect; uint8 QualityTemperatureE56Det; uint8 QualityTemperatureE789Elect; uint8 QualityTemperatureE789Det; uint8 QualityTemperatureLvps; uint8 QualityTemperatureHvps; uint8 QualityTemperatureFiberPlaneTop0; uint8 QualityTemperatureFiberPlaneTop1; uint8 QualityTemperatureFiberPlaneMid; uint8 QualityTemperatureFiberPlaneBot; uint8 QualityTemperatureImageInt1Side; uint8 QualityTemperatureImageInt1Rear; uint8 QualityTemperatureCamera1Elect; uint8 QualityTemperatureHvps1; uint8 QualityTemperatureImageInt2Side; uint8 QualityTemperatureImageInt2Rear; uint8 QualityTemperatureCamera2Elect; uint8 QualityTemperatureHvps2; uint8 QualityPostDcE1a; uint8 QualityPostDcE1b; uint8 QualityPostDcE2ab; uint8 QualityPostDcE3ab; uint8 QualityPostDcE4ab; uint8 QualityPostDcE5ab; uint8 QualityPostDcE6ab; uint8 QualityPostDcE7ab; uint8 QualityPostDcE8ab; uint8 QualityPostDcE9ab; uint8 QualityPostDcG2ab; uint8 QualityPostDcG3ab; uint8 QualityPostDcG4ab; uint8 QualityPostDcG5ab; uint8 QualityPostDcG6ab; uint8 QualityPostDcG7ab; uint8 QualityPostDcE1c; uint8 QualityPostDcE1d; uint8 QualityPostDcE2cd; uint8 QualityPostDcE3cd; uint8 QualityPostDcE4cd; uint8 QualityPostDcE5cd; uint8 QualityPostDcE6cd; uint8 QualityPostDcE7cd; uint8 QualityPostDcE8cd; uint8 QualityPostDcE9cd; uint8 QualityPostDcG2cd; uint8 QualityPostDcG3cd; uint8 QualityPostDcG4cd; uint8 QualityPostDcG5cd; uint8 QualityPostDcG6cd; uint8 QualityPostDcG7cd; uint8 QualityDacG2ab; uint8 QualityDacG3ab; uint8 QualityDacG4ab; uint8 QualityDacG5ab; uint8 QualityDacG6ab; uint8 QualityDacG7ab; uint8 QualityDacE9ab; uint8 QualityDacG2cd; uint8 QualityDacG3cd; uint8 QualityDacG4cd; uint8 QualityDacG5cd; uint8 QualityDacG6cd; uint8 QualityDacG7cd; uint8 QualityDacE9cd; uint8 QualityHeaterCcdA; uint8 QualityHeaterCcdB; uint8 QualityHeaterCris; uint8 QualityStatusTmSide; uint8 QualityStatusRefresh; }; /* Definition: */ /* ClockCycle = S/C clock of the first minor frame of the cycle */ /* */ /* Note: Quality bits are defined in the table below. If the field */ /* which the quality byte is trying to characterize contains */ /* multiple bytes, the quality byte associated with the field */ /* is the logical "or" of the individual quality bytes. */ /* */ /* Quality bits: */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */
L1CrisLowPriorityRate.h , v 1.3
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisLowPriorityRate.h,v $ */ /* $Author: jeff $ */ /* $Date: 1997/09/11 00:37:38 $ */ /* $Revision: 1.3 $ */ #include "hdfi.h" #include "CrisConstants.h" struct L1CrisLowPriorityRate { uint32 ClockCycle; uint32 Second1996; uint32 microsecond; uint32 stmco; uint32 stmoff; uint32 z1ab; uint32 z2ab; uint32 z_gt_2ab; uint32 z1cd; uint32 z2cd; uint32 z_gt_2cd; uint32 hazard; uint32 gh; uint32 mor; uint32 hor; uint32 adc2ab; uint32 mnrgab; uint32 adc2cd; uint32 mnrgcd; uint32 e1a; uint32 e1b; uint32 e2ab; uint32 e3ab; uint32 e4ab; uint32 e5ab; uint32 e6ab; uint32 e7ab; uint32 e8ab; uint32 e9ab; uint32 g2ab; uint32 g3ab; uint32 g4ab; uint32 g5ab; uint32 g6ab; uint32 g7ab; uint32 e1c; uint32 e1d; uint32 e2cd; uint32 e3cd; uint32 e4cd; uint32 e5cd; uint32 e6cd; uint32 e7cd; uint32 e8cd; uint32 e9cd; uint32 g2cd; uint32 g3cd; uint32 g4cd; uint32 g5cd; uint32 g6cd; uint32 g7cd; uint32 EventBuffer[NUM_CRIS_EVT_BUFFERS]; uint32 livetim; uint32 helivet; uint32 hylivet; uint32 trg0rat; uint32 trg1rat; uint32 trg01; uint32 ntagint; uint32 nvldint; uint32 nevproc; uint32 nrtproc; uint32 nsfterr; uint32 nbadid; uint32 ncebful; uint32 nrebful; uint32 nmacsys; uint32 nhdwrej; uint16 NumberEvents[NUM_CRIS_EVT_BUFFERS]; uint8 QualityStmco; uint8 QualityStmoff; uint8 QualityZ1ab; uint8 QualityZ2ab; uint8 QualityZ_gt_2ab; uint8 QualityZ1cd; uint8 QualityZ2cd; uint8 QualityZ_gt_2cd; uint8 QualityHazard; uint8 QualityGh; uint8 QualityMor; uint8 QualityHor; uint8 QualityAdc2ab; uint8 QualityMnrgab; uint8 QualityAdc2cd; uint8 QualityMnrgcd; uint8 QualityE1a; uint8 QualityE1b; uint8 QualityE2ab; uint8 QualityE3ab; uint8 QualityE4ab; uint8 QualityE5ab; uint8 QualityE6ab; uint8 QualityE7ab; uint8 QualityE8ab; uint8 QualityE9ab; uint8 QualityG2ab; uint8 QualityG3ab; uint8 QualityG4ab; uint8 QualityG5ab; uint8 QualityG6ab; uint8 QualityG7ab; uint8 QualityE1c; uint8 QualityE1d; uint8 QualityE2cd; uint8 QualityE3cd; uint8 QualityE4cd; uint8 QualityE5cd; uint8 QualityE6cd; uint8 QualityE7cd; uint8 QualityE8cd; uint8 QualityE9cd; uint8 QualityG2cd; uint8 QualityG3cd; uint8 QualityG4cd; uint8 QualityG5cd; uint8 QualityG6cd; uint8 QualityG7cd; uint8 QualityEventBuffer[NUM_CRIS_EVT_BUFFERS]; uint8 QualityLivetim; uint8 QualityHelivet; uint8 QualityHylivet; uint8 QualityTrg0rat; uint8 QualityTrg1rat; uint8 QualityTrg01; uint8 QualityNtagint; uint8 QualityNvldint; uint8 QualityNevproc; uint8 QualityNrtproc; uint8 QualityNsfterr; uint8 QualityNbadid; uint8 QualityNcebful; uint8 QualityNrebful; uint8 QualityNmacsys; uint8 QualityNhdwrej; uint8 QualityNumberEvents; }; /* Definition: */ /* ClockCycle = Adjusted S/C clock of the first minor frame of */ /* the cycle in which the rate was accumulated. */ /* The value 256 is subtracted from the S/C clock of */ /* the first minor frame of the cycle in which the */ /* low priority rates were readout. */ /* */ /* Note: All rates are decompressed. */ /* */ /* Note: Quality bits are defined in the table below. If the field */ /* which the quality byte is trying to characterize contains */ /* multiple bytes, the quality byte associated with the field */ /* is the logical "or" of the individual quality bytes. */ /* */ /* Quality bits: */ /* 0x01 = Format ID error */ /* 0x02 = Minor/major counter error */ /* 0x04 = S/C clock error */ /* 0x08 = Sync bit error */ /* 0x10 = Command table index error */ /* 0x20 = Cycle number error */ /* 0x40 = Level 0 quality bit */ /* 0x80 = Level 1 quality bit */
L1CrisState.h , v 1.1
/* $Source: /home/mussel9/asc/aceprog/include/RCS/L1CrisState.h,v $ */ /* $Author: rgr $ */ /* $Date: 1997/08/11 02:46:49 $ */ /* $Revision: 1.1 $ */ #include "L1CrisSubsetState.h" #include "L1CrisCycleState.h" #include "L1CrisEventBlockState.h" #include "L1CrisHskpState.h" #include "L1CrisLowPriorityRateState.h" #include "L1CrisHighPriorityRateState.h" #include "L1CrisCommandTableState.h" #include "L1CrisSummaryState.h" #include "L1CrisCommandEchoState.h" #include "L1CrisDiagEventState.h" #include "L1CrisDiagModeState.h" #include "L1CrisFlags.h" struct L1CrisState { struct L1CrisSubsetState SubsetState; struct L1CrisDiagModeState DiagModeState; struct L1CrisCommandEchoState CommandEchoState; struct L1CrisDiagEventState DiagEventState; struct L1CrisSummaryState SummaryState; struct L1CrisCycleState CycleState; struct L1CrisEventBlockState EventBlockState; struct L1CrisHskpState HskpState; struct L1CrisLowPriorityRateState LowPriorityRateState; struct L1CrisHighPriorityRateState HighPriorityRateState; struct L1CrisCommandTableState CommandTableState; struct L1CrisFlags flag; };
CrisRate.h , v 1.1
/* $Source: /home/mussel9/asc/aceprog/include/RCS/CrisRate.h,v $ */ /* $Author: rgr $ */ /* $Date: 1997/09/09 18:53:17 $ */ /* $Revision: 1.1 $ */ #define NUM_CRIS_LOW_PRIORITY_RATES 128 #define CRIS_RATE_STMCO 0 #define CRIS_RATE_STMOFF 1 #define CRIS_RATE_Z1AB 2 #define CRIS_RATE_Z2AB 3 #define CRIS_RATE_Z_GT_2AB 4 #define CRIS_RATE_Z1CD 5 #define CRIS_RATE_Z2CD 6 #define CRIS_RATE_Z_GT_2CD 7 #define CRIS_RATE_HAZARD 8 #define CRIS_RATE_GH 9 #define CRIS_RATE_MOR 10 #define CRIS_RATE_HOR 11 #define CRIS_RATE_ADC2AB 12 #define CRIS_RATE_MNRGAB 13 #define CRIS_RATE_ADC2CD 14 #define CRIS_RATE_MNRGCD 15 #define CRIS_RATE_E1A 16 #define CRIS_RATE_E1B 17 #define CRIS_RATE_E2AB 18 #define CRIS_RATE_E3AB 19 #define CRIS_RATE_E4AB 20 #define CRIS_RATE_E5AB 21 #define CRIS_RATE_E6AB 22 #define CRIS_RATE_E7AB 23 #define CRIS_RATE_E8AB 24 #define CRIS_RATE_E9AB 25 #define CRIS_RATE_G2AB 26 #define CRIS_RATE_G3AB 27 #define CRIS_RATE_G4AB 28 #define CRIS_RATE_G5AB 29 #define CRIS_RATE_G6AB 30 #define CRIS_RATE_G7AB 31 #define CRIS_RATE_E1C 32 #define CRIS_RATE_E1D 33 #define CRIS_RATE_E2CD 34 #define CRIS_RATE_E3CD 35 #define CRIS_RATE_E4CD 36 #define CRIS_RATE_E5CD 37 #define CRIS_RATE_E6CD 38 #define CRIS_RATE_E7CD 39 #define CRIS_RATE_E8CD 40 #define CRIS_RATE_E9CD 41 #define CRIS_RATE_G2CD 42 #define CRIS_RATE_G3CD 43 #define CRIS_RATE_G4CD 44 #define CRIS_RATE_G5CD 45 #define CRIS_RATE_G6CD 46 #define CRIS_RATE_G7CD 47 #define CRIS_RATE_EVENT_BUFFER 48 #define CRIS_RATE_LIVETIM 112 #define CRIS_RATE_HELIVET 113 #define CRIS_RATE_HYLIVET 114 #define CRIS_RATE_TRG0RAT 115 #define CRIS_RATE_TRG1RAT 116 #define CRIS_RATE_TRG01 117 #define CRIS_RATE_NTAGINT 118 #define CRIS_RATE_NVLDINT 119 #define CRIS_RATE_NEVPROC 120 #define CRIS_RATE_NRTPROC 121 #define CRIS_RATE_NSFTERR 122 #define CRIS_RATE_NBADID 123 #define CRIS_RATE_NCEBFUL 124 #define CRIS_RATE_NREBFUL 125 #define CRIS_RATE_NMACSYS 126 #define CRIS_RATE_NHDWREJ 127
For comments, questions or suggestions regarding these data structures,
email: asc@srl.caltech.eduLast update: Wed Nov 3 12:45:31 PST 1999