nemu_experim.h

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/********************************************************************\

  Name:         nemu_experim.h
  Created by:   Thomas Prokscha

  Contents:     nemu experiment include file for VME frontend and
                analyzer.
                January 2010: extend to 64 channels to cope with new APD spectrometer.

 Copyright (c) 2009 by Paul Scherrer Institut, 5232 Villigen PSI, Switzerland 

\********************************************************************/

#define CLOCK       1
#define MCP1        2
#define TD          4
#define BCL1        5
#define BCL2        6
#define BCL3        7
#define BCL4        8
#define BCR1        9
#define BCR2       10
#define BCR3       11
#define BCR4       12
#define POSMCP1I   13
#define POSMCP1O   14

#define POSLDI     16
#define POSLDO     17
#define POSLUI     18
#define POSLUO     19

#define POSBDI     20
#define POSBDO     21
#define POSBUI     22
#define POSBUO     23

#define POSRDI     24
#define POSRDO     25
#define POSRUI     26
#define POSRUO     27

#define POSTDI     28
#define POSTDO     29
#define POSTUI     30
#define POSTUO     31

#define MCP2F      34
#define MCP2R      35
#define MCP2X1     36
#define MCP2X2     37
#define MCP2Y1     38
#define MCP2Y2     39

// for "red/green mode"
#define EXTON1     32
#define EXTOFF1    33
//#define EXTON2     62
//#define EXTOFF2    63

#define N_SCALER_MODULE   32             
#define N_SCALER          64             
#define N_TDC_CHANNELS    64             
#define N_HITS            128            
#define DATA_N_HITS       64             
#define NEW_EVENT_MASK    (0x7f<<24)
#define EXTON1_FLAG       (1<<21)        
#define EXTOFF1_FLAG      (1<<20)        
#define TDC_BIT_RANGE     524288         
#define N_DECAY_HISTS     8              
#define N_OFFSET_PPC_HISTOGRAMS 20       
#define N_OFFSET_ONOFF_HISTOGRAMS 40     

#define EVENT_0_TYPE     (1<<0)          
#define EVENT_1_TYPE     (1<<1)          
#define EVENT_2_TYPE     (1<<2)          
// -- scaling for rates / mA of proton current
#define IpSCALE          100000

/* -- bit masks -- */
#define SIS3820_USER_INPUT_2     0x20000000
#define SIS3820_USER_INPUT_3     0x40000000
#define SIS3820_CH_NUMBER        0x1F000000
#define MASK24                   0x00FFFFFF

typedef unsigned long long U_LONG;       

typedef struct {
 DWORD data:24;
 WORD  channel:7;
 WORD  filler:1;
} LEM_DATA;

// vme statistics structure, needed in vme_fe and write_summary
typedef struct {
 double run_time; //counts the runtime in TDC bins
 int    last_TDCtime;
 double slowMuonEvents, fastMuonEvents;
 double bc_clean, mcp1_clean, mcp2_clean, td_clean;
 double mcp1_good, mcp2_good, td_good;
 double channelCounts[N_TDC_CHANNELS];
 double frontend_loop_counts;
 double frontend_loop_readtdc;
 double poll_counts;
 double readcounts;
 double tdc_error_counts;
} VME_STATS;

#define VME_STATS_STR(_name) const char *_name[] = {\
"[.]",\
"RunTime = DOUBLE : 0",\
"LastTDCTime = INT32 : 0",\
"SlowMuonEvents = DOUBLE : 0",\
"FastMuonEvents = DOUBLE : 0",\
"BeamCounter Clean = DOUBLE : 0",\
"MCP1 Clean = DOUBLE : 0",\
"MCP2 Clean = DOUBLE : 0",\
"TD clean = DOUBLE : 0",\
"MCP1 Good = DOUBLE : 0",\
"MCP2 Good = DOUBLE : 0",\
"TD Good = DOUBLE : 0",\
"channelCounts = DOUBLE[64] :",\
"[0] 0",\
"[1] 0",\
"[2] 0",\
"[3] 0",\
"[4] 0",\
"[5] 0",\
"[6] 0",\
"[7] 0",\
"[8] 0",\
"[9] 0",\
"[10] 0",\
"[11] 0",\
"[12] 0",\
"[13] 0",\
"[14] 0",\
"[15] 0",\
"[16] 0",\
"[17] 0",\
"[18] 0",\
"[19] 0",\
"[20] 0",\
"[21] 0",\
"[22] 0",\
"[23] 0",\
"[24] 0",\
"[25] 0",\
"[26] 0",\
"[27] 0",\
"[28] 0",\
"[29] 0",\
"[30] 0",\
"[31] 0",\
"[32] 0",\
"[33] 0",\
"[34] 0",\
"[35] 0",\
"[36] 0",\
"[37] 0",\
"[38] 0",\
"[39] 0",\
"[40] 0",\
"[41] 0",\
"[42] 0",\
"[43] 0",\
"[44] 0",\
"[45] 0",\
"[46] 0",\
"[47] 0",\
"[48] 0",\
"[49] 0",\
"[50] 0",\
"[51] 0",\
"[52] 0",\
"[53] 0",\
"[54] 0",\
"[55] 0",\
"[56] 0",\
"[57] 0",\
"[58] 0",\
"[59] 0",\
"[60] 0",\
"[61] 0",\
"[62] 0",\
"[63] 0",\
"Frontend_Loop_Counts = DOUBLE : 0",\
"Frontend_Loop_TDC = DOUBLE : 0",\
"Poll_Counts = DOUBLE : 0",\
"ReadCounts = DOUBLE : 0",\
"TDCErrorCounts = DOUBLE : 0",\
"",\
NULL }

typedef struct {
  float cpu1_temp;
  float cpu2_temp;
  float system_temp;
  float peripherial_temp;
  float pch_temp;
  float p1_dimma1_temp;
  float p1_dimmb1_temp;
  float p2_dimme1_temp;
  float p2_dimmf1_temp;
  int   fan1;
  int   fan2;
  int   fan3;
  int   fan5;
  int   fan6;
  float vtt;
  float cpu1_vcore;
  float cpu2_vcore;
  float vdimm_ab;
  float vdimm_cd;
  float vdimm_ef;
  float vdimm_gh;
  float p1_1v;
  float p1_5v;
  float p3_3v;
  float p3_3vsb;
  float p5v;
  float p5vsb;
  float p12v;
  float vbat;
  int   chassis_intru;
  int   ps1_status;
  int   ps2_status;
} LEM00_IPMI_LOG;

typedef struct {
  float cpu1_temp;
  float cpu2_temp;
  float pch_temp;
  float system_temp;
  float peripherial_temp;
  float vrmcpu1;
  float vrmcpu2;
  float vrmp1abc;
  float vrmp1def;
  float vrmp2abc;
  float vrmp2def;
  float p1_dimma1_temp;
  float p1_dimmd1_temp;
  float p2_dimma1_temp;
  float p2_dimmd1_temp;
  int   fan1;
  int   fan2;
  int   fan3;
  int   fan5;
  int   fan6;
  float p12v;
  float p5vcc;
  float p3_3vcc;
  int   vbat;
  float vcpu1;
  float vcpu2;
  float vdimmp1abc;
  float vdimmp1def;
  float vdimmp2abc;
  float vdimmp2def;
  float p5vsb;
  float p3_3vsb;
  float p1_8v_pch;
  float pvnn_pch;
  float p1_05v_pch;
  int   chassis_intru;
  int   ps1_status;
  int   ps2_status;
  float aoc_sas_temp;
  float hdd_temp;
  int   hdd_status;
} LEM03_IPMI_LOG;

typedef struct {
  double tektronix_timestamp;
  double tektronix_set_power;
  double tektronix_set_frequency;
  double ana_pico_timestamp;
  double ana_pico_set_power;
  double ana_pico_set_frequency;
  double keysight_u2002a_timestamp;
  double keysight_u2002a_measured_power;
  double keysight_u8481a_timestamp;
  double keysight_u8481a_measured_power;
  double pressure_1;
  double pressure_2;
  double pressure_3;
} MICROWAVE_LOG;

#define STR_SIZE 80
typedef struct {
  char      moderator[STR_SIZE];
  char      moderatorDATE[STR_SIZE];
  char      lem_setup[STR_SIZE];
  char      sample_name[128];
  char      sample_cryo[NAME_LENGTH];
  char      timestr[32];
  float     energy_loss;
  float     implantation_energy;
  float     magnetic_field;
  char      beamline_settings[132];
  struct {
    float       p0;
    float       p1;
    float       p2;
    float       p3;
  } energy_loss_parameter;
  struct {
    float       wew[2];
    float      bpar[2];
    float      field_setpoint;
  } magnet_parameter;
  struct {
    BOOL      mcp2;
    BOOL      sample;
    BOOL      wew;
    BOOL      bpar;
  } lem_setup_parameter;
  struct {
    int         t0[N_DECAY_HISTS];
    int         t0Hist[N_DECAY_HISTS];
    float       leff_RAon;
    float       leff_RAoff;
  } t0_parameter;
  struct {
    float a0;
    float a1;
    float a2;
    float a3;
    float a4;
    float rotation_angle;
    BOOL SRenable;
  } spinrot_parameter;
  struct {
    float       bcl1;
    float       bcl2;
    float       bcl3;
    float       bcl4;
    float       bcr1;
    float       bcr2;
    float       bcr3;
    float       bcr4;
    float       mcp1;
    float       mcp2f;
    float       mcp2r;
    float       mcp2anode;
    float       td;
    float       posmcp1i;
    float       posmcp1o;
    float       posldi;
    float       posldo;
    float       poslui;
    float       posluo;
    float       postdi;
    float       postdo;
    float       postui;
    float       postuo;
    float       posrdi;
    float       posrdo;
    float       posrui;
    float       posruo;
    float       posbdi;
    float       posbdo;
    float       posbui;
    float       posbuo;
  } thresholds;
  struct {
    float       angle_horizontal;
    float       angle_vertical;
  } mirror;
  struct {
    float       angle;
    float       height;
  } trigger;
  struct {
    BOOL        enabled;
    char        recipients[256];
  } alarm_notification;
    struct {
    int         proposal_number;
    char        main_proposer[80];
    char        pgroup[80];
  } file_header_info;
    struct {
    int         nominal_value;
    char        ahpos_date[132];
    char        target[132];
  } controlroom_scaler_info;    
  LEM00_IPMI_LOG lem00_ipmi_log;
  LEM03_IPMI_LOG lem03_ipmi_log;
  MICROWAVE_LOG microwave_log;
} INFO;

#define INFO_STR(_name) const char *_name[] = {\
"[.]",\
"Moderator = STRING : [80] 14nm N2, 150nm Ar, 12nm N2",\
"ModeratorDATE = STRING : [80] 01-Nov-2001, 20:00",\
"LEM_Setup = STRING : [80] MCP2, WEW",\
"Sample Name = STRING : [128] none",\
"Sample Cryo = STRING : [32] Konti-2",\
"Scaler Update time = STRING : [32] Thu Mar  7 16:00:00 2002",\
"Energy Loss (C-foil) = FLOAT : 0.3",\
"Implantation Energy (keV) = FLOAT : 0.1",\
"Magnetic Field (G) = FLOAT : 0.01",\
"Beamline Settings = STRING : [132] /mnt/home/nemu/beam/new_mue4/mue4_settings/WSXon_null_F500.set",\
"[EnergyLoss_Parameter]",\
"p0 = FLOAT : 1.438",\
"p1 = FLOAT : -0.07252",\
"p2 = FLOAT : 0.00493",\
"p3 = FLOAT : -0.0001672",\
"",\
"[Magnet_Parameter]",\
"WEW = FLOAT[2] :",\
"[0] -0.6",\
"[1] 5.813",\
"Bpar = FLOAT[2] :",\
"[0] -2.8",\
"[1] 32.376",\
"Field Setpoint (G)",\
"",\
"[LEM_Setup_Parameter]",\
"MCP2      = BOOL : y",\
"Sample    = BOOL : n",\
"WEW       = BOOL : y",\
"Bpar      = BOOL : n",\
"",\
"[t0_Parameter]",\
"t0 = INT32[8] :",\
"[0] 3289",\
"[1] 3289",\
"[2] 3289",\
"[3] 3289",\
"[4] 3289",\
"[5] 3289",\
"[6] 3289",\
"[7] 3289",\
"t0Hist = INT32[8] :",\
"[0] 2061",\
"[1] 2061",\
"[2] 2061",\
"[3] 2061",\
"[4] 2061",\
"[5] 2061",\
"[6] 2061",\
"[7] 2061",\
"Leff RAon (mm) = FLOAT : 1300",\
"Leff RAoff (mm) = FLOAT : 1222",\
"",\
"[SpinRot_Parameter]",\
"a0 = FLOAT : 41.28",\
"a1 = FLOAT : 1.909",\
"a2 = FLOAT : 4.037",\
"a3 = FLOAT : 0.155",\
"a4 = FLOAT : -0.302",\
"RotationAngle = FLOAT : 10",\
"Enable spin rotator calibration = BOOL : y",\
"",\
"[Thresholds]",\
"BcL1 = FLOAT : -43",\
"BcL2 = FLOAT : -20",\
"BcL3 = FLOAT : -30",\
"BcL4 = FLOAT : -36",\
"BcR1 = FLOAT : -33",\
"BcR2 = FLOAT : -40",\
"BcR3 = FLOAT : -42",\
"BcR4 = FLOAT : -42",\
"MCP1 = FLOAT : -5",\
"MCP2F = FLOAT : -76",\
"MCP2R = FLOAT : -76",\
"MCP2Anode = FLOAT : -35",\
"TD = FLOAT : -18",\
"PosMCP1I = FLOAT : -20",\
"PosMCP1O = FLOAT : -20",\
"PosLDI = FLOAT : -20",\
"PosLDO = FLOAT : -20",\
"PosLUI = FLOAT : -20",\
"PosLUO = FLOAT : -20",\
"PosTDI = FLOAT : -20",\
"PosTDO = FLOAT : -20",\
"PosTUI = FLOAT : -20",\
"PosTUO = FLOAT : -20",\
"PosRDI = FLOAT : -20",\
"PosRDO = FLOAT : -20",\
"PosRUI = FLOAT : -20",\
"PosRUO = FLOAT : -20",\
"PosBDI = FLOAT : -20",\
"PosBDO = FLOAT : -20",\
"PosBUI = FLOAT : -20",\
"PosBUO = FLOAT : -20",\
"",\
"[Mirror]",\
"Angle horizontal = FLOAT : 295.0",\
"Angle vertical = FLOAT : 17.50",\
"",\
"[Trigger]",\
"Angle = FLOAT : 85.0",\
"Height = FLOAT : 29.0",\
"",\
"[Alarm Notification]",\
"Enabled = BOOL : n",\
"Recipients = STRING : [256] thomas.prokscha@psi.ch",\
"",\
"[File_Header_Info]",\
"Proposal Number = INT32 : 20200001",\
"Main Proposer = STRING : [80] LEM Group",\
"P-Group = STRING : [80] PXXXXX",\
"",\
"[Controlroom_Scaler_Info]",\
"Nominal Value = INT32 : 116000",\
"AHPOS Date = STRING : [132] (AHPOS 21-Sep-18, 16:00, Strahl auf SINQ)",\
"Target = STRING : [132] (4cm target E)",\
"",\
"[Lem00IPMILog]",\
"CPU1 Temp = FLOAT : 0",\
"CPU2 Temp = FLOAT : 0",\
"System Temp = FLOAT : 0",\
"Peripherial Temp = FLOAT : 0",\
"PCH Temp = FLOAT : 0",\
"P1-DIMMA1 Temp = FLOAT : 0",\
"P1-DIMMB1 Temp = FLOAT : 0",\
"P2-DIMME1 Temp = FLOAT : 0",\
"P2-DIMMF1 Temp = FLOAT : 0",\
"FAN1 RPM = INT32 : 0",\
"FAN2 RPM = INT32 : 0",\
"FAN3 RPM = INT32 : 0",\
"FAN5 RPM = INT32 : 0",\
"FAN6 RPM = INT32 : 0",\
"VTT = FLOAT : 0",\
"CPU1 Vcore = FLOAT : 0",\
"CPU2 Vcore = FLOAT : 0",\
"VDIMM AB = FLOAT : 0",\
"VDIMM CD = FLOAT : 0",\
"VDIMM EF = FLOAT : 0",\
"VDIMM GH = FLOAT : 0",\
"+1.1V = FLOAT : 0",\
"+1.5V = FLOAT : 0",\
"3.3V = FLOAT : 0",\
"+3.3VSB = FLOAT : 0",\
"5V = FLOAT : 0",\
"+5VSB = FLOAT : 0",\
"12V = FLOAT : 0",\
"VBAT = FLOAT : 0",\
"Chassis Intru = INT32 : 0",\
"PS1 Status = INT32 : 0",\
"PS2 Status = INT32 : 0",\
"",\
"[Lem03IPMILog]",\
"CPU1 Temp = FLOAT : 0",\
"CPU2 Temp = FLOAT : 0",\
"PCH Temp = FLOAT : 0",\
"System Temp = FLOAT : 0",\
"Peripherial Temp = FLOAT : 0",\
"VRMCpu1 Temp = FLOAT :0",\
"VRMCpu2 Temp = FLOAT :0",\
"VRMP1ABC Temp = FLOAT :0",\
"VRMP1DEF Temp = FLOAT :0",\
"VRMP2ABC Temp = FLOAT :0",\
"VRMP2DEF Temp = FLOAT :0",\
"P1-DIMMA1 Temp = FLOAT : 0",\
"P1-DIMMD1 Temp = FLOAT : 0",\
"P2-DIMMA1 Temp = FLOAT : 0",\
"P2-DIMMD1 Temp = FLOAT : 0",\
"FAN1 = INT32 : 0",\
"FAN2 = INT32 : 0",\
"FAN3 = INT32 : 0",\
"FAN5 = INT32 : 0",\
"FAN6 = INT32 : 0",\
"12V = FLOAT :0",\
"5VCC = FLOAT :0",\
"3.3VCC = FLOAT :0",\
"VBAT = INT32 : 0",\
"VCPU1 = FLOAT : 0",\
"VCPU2 = FLOAT : 0",\
"VDIMMP1ABC = FLOAT : 0",\
"VDIMMP1DEF = FLOAT : 0",\
"VDIMMP2ABC = FLOAT : 0",\
"VDIMMP2DEF = FLOAT : 0",\
"5VSB = FLOAT : 0",\
"3.3VSB = FLOAT : 0",\
"1.8V PCH = FLOAT : 0",\
"PVNN PCH = FLOAT : 0",\
"1.05V PCH = FLOAT : 0",\
"Chassis Intru = INT32 : 0",\
"PS1 Status = INT32 : 0",\
"PS2 Status = INT32 : 0",\
"AOC_SAS TEMP = FLOAT : 0",\
"HDD TEMP = FLOAT : 0",\
"HSS Status = INT32 : 0",\
"",\
"[MicrowaveLog]",\
"tektronix_timestamp = DOUBLE : 0",\
"tektronix_set_power = DOUBLE : 0",\
"tektronix_set_frequency = DOUBLE : 0",\
"ana_pico_timestamp = DOUBLE : 0",\
"ana_pico_set_power = DOUBLE : 0",\
"ana_pico_set_frequency = DOUBLE : 0",\
"keysight_u2002a_timestamp = DOUBLE : 0",\
"keysight_u2002a_measured_power = DOUBLE : 0",\
"keysight_u8481a_timestamp = DOUBLE : 0",\
"keysight_u8481a_measured_power = DOUBLE : 0",\
"pressure_1 = DOUBLE : 0",\
"pressure_2 = DOUBLE : 0",\
"pressure_3 = DOUBLE : 0",\
"",\
NULL }

#define HV_VACCLEANER_DEFINED
typedef struct {
  INT       pulse;
  DWORD     deltatime_msec_;
  DWORD     period_msec_;
  INT       channel_1;
  INT       channel_2;
  float     deltau_1_kv_;
  float     deltau_2_kv_;
} HV_VACCLEANER;

#define HV_VACCLEANER_STR(_name) const char *_name[] = {\
"[.]",\
"pulse = INT : 0",\
"DeltaTime(msec) = DWORD : 2000",\
"Period(msec) = DWORD : 10000",\
"channel-1 = INT : 11",\
"channel-2 = INT : 12",\
"DeltaU-1(kV) = FLOAT : 1",\
"DeltaU-2(kV) = FLOAT : -3",\
"",\
NULL }