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Data Structures
struct	LEM_DATA

struct	VME_STATS

struct	LEM00_IPMI_LOG

struct	LEM03_IPMI_LOG

struct	MICROWAVE_LOG

struct	INFO

struct	HV_VACCLEANER

Macros
#define	CLOCK 1
	TDC channel assignments. More...

#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

#define	EXTON1 32

#define	EXTOFF1 33

#define	N_SCALER_MODULE 32
	number of channels of one scaler module More...

#define	N_SCALER 64
	total number of scaler channels More...

#define	N_TDC_CHANNELS 64
	number of TDC channels More...

#define	N_HITS 128
	a single detector may have up to N_HITS hits for event evaluation More...

#define	DATA_N_HITS 64
	max. of DATA_N_HITS in data file More...

#define	NEW_EVENT_MASK (0x7f<<24)

#define	EXTON1_FLAG (1<<21)
	flag for "red/green", "on/off" mode: ON More...

#define	EXTOFF1_FLAG (1<<20)
	flag for "red/green", "on/off" mode: OFF More...

#define	TDC_BIT_RANGE 524288
	2^19 is the bit range of the TDC in 100ps and 200ps mode More...

#define	N_DECAY_HISTS 8
	number of LE-uSR npp decay histograms More...

#define	N_OFFSET_PPC_HISTOGRAMS 20
	ID offset of postpileup-rejected histograms. More...

#define	N_OFFSET_ONOFF_HISTOGRAMS 40
	ID offset for "on/off", "red/green" histograms: no offset means "off". More...

#define	EVENT_0_TYPE (1<<0)
	EVENT type 0 = BC-MCP1-(e+) More...

#define	EVENT_1_TYPE (1<<1)
	Event type 1 = (BC)-TD-MC2-(e+) More...

#define	EVENT_2_TYPE (1<<2)
	Event type 2 = TD-e+-(BC), LE-muSR. More...

#define	IpSCALE 100000

#define	SIS3820_USER_INPUT_2 0x20000000

#define	SIS3820_USER_INPUT_3 0x40000000

#define	SIS3820_CH_NUMBER 0x1F000000

#define	MASK24 0x00FFFFFF

#define	VME_STATS_STR(_name)

#define	STR_SIZE 80

#define	INFO_STR(_name)

#define	HV_VACCLEANER_DEFINED

#define	HV_VACCLEANER_STR(_name)

Typedefs
typedef unsigned long long	U_LONG
	GNU C-Compiler 64bit integer. More...

Macro Definition Documentation

#define BCL1 5

Definition at line 18 of file nemu_experim.h.

Referenced by begin_of_run(), display_scaler(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCL2 6

Definition at line 19 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCL3 7

Definition at line 20 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCL4 8

Definition at line 21 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCR1 9

Definition at line 22 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCR2 10

Definition at line 23 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCR3 11

Definition at line 24 of file nemu_experim.h.

Referenced by begin_of_run(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define BCR4 12

Definition at line 25 of file nemu_experim.h.

Referenced by begin_of_run(), display_scaler(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define CLOCK 1

TDC channel assignments.

Definition at line 15 of file nemu_experim.h.

Referenced by begin_of_run(), display_scaler(), evaluate_slow_muon_event(), and frontend_loop().

#define DATA_N_HITS 64

max. of DATA_N_HITS in data file

Definition at line 66 of file nemu_experim.h.

Referenced by decay_ana(), evaluate_fast_muon_event(), evaluate_slow_muon_event(), mcp1_ana(), pileup_ana(), and tof_ana().

#define EVENT_0_TYPE (1<<0)

EVENT type 0 = BC-MCP1-(e+)

Definition at line 75 of file nemu_experim.h.

Referenced by decay_ana(), do_master_channel(), evaluate_fast_muon_event(), frontend_loop(), mcp1_ana(), and tof_ana().

#define EVENT_1_TYPE (1<<1)

Event type 1 = (BC)-TD-MC2-(e+)

Definition at line 76 of file nemu_experim.h.

Referenced by do_master_channel(), evaluate_slow_muon_event(), and frontend_loop().

#define EVENT_2_TYPE (1<<2)

Event type 2 = TD-e+-(BC), LE-muSR.

Definition at line 77 of file nemu_experim.h.

Referenced by do_master_channel(), evaluate_slow_muon_event(), and frontend_loop().

#define EXTOFF1 33

Definition at line 58 of file nemu_experim.h.

Referenced by begin_of_run(), and frontend_loop().

#define EXTOFF1_FLAG (1<<20)

flag for "red/green", "on/off" mode: OFF

Definition at line 69 of file nemu_experim.h.

Referenced by decay_ana(), evaluate_slow_muon_event(), and tof_ana().

#define EXTON1 32

Definition at line 57 of file nemu_experim.h.

Referenced by begin_of_run(), and frontend_loop().

#define EXTON1_FLAG (1<<21)

flag for "red/green", "on/off" mode: ON

Definition at line 68 of file nemu_experim.h.

Referenced by decay_ana(), evaluate_slow_muon_event(), and tof_ana().

#define HV_VACCLEANER_DEFINED

Definition at line 610 of file nemu_experim.h.

#define HV_VACCLEANER_STR ( _name )

Value:

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 }