SctPixelRod Namespace Reference

DummyVmeInterface.h version 1.2. More...

Data Structures

class baseException

This is a general exception base class for ROD software. More...

class BaseException

class BocCard

BocCard: A class for setting-up etc. the BOC. This class contains the methods to set up a BOC. The name BocCard was chosen because the possibly more obvious "BocModule" implies that this class is derived from VmeModule. In fact it relies on RodModule for the interface to the BOC. More...

class BocException

BocException: general exception class for BOC-specific errors. This class is thrown if an error specific to the BocCard class is encountered. Typically this is if a value in an argument is outside the valid range. An exception is now also thrown if the BOC_BUSY bit does not clear in one second - this is to avoid a hangup on the setup bus. The class inherits from BaseException. More...

class DummyVmeInterface

class HpiException

This is an exception class for Host Port Interface errors. It inherits from BaseException, adding the expected and actual addresses. More...

class NoImageFile

This is an exception class for when a binary image file is not found. It inherits from BaseException, adding the name of the missing file as a data member. More...

class PrimListException

This is a class to handle exceptions in the PrimList Class. More...

class RCCVmeInterface

class rodException

This is a general exception class for ROD errors. More...

class RodException

class RodModule

RodModule: This is a derived class providing the software interface for VME ROD modules. More...

class RodOutList

This is a class for ROD reply buffers. More...

class RodPrimitive

class RodPrimList

This is a list of RodPrimitives to be sent to the RodModule. More...

class RodStatus

This is a class for ROD status reports. More...

class TimException

TimException: a general exception class for TIM errors. More...

class TimModule

TimModule: A derived class for VME TIM modules. More...

class VmeException

Vme Exception class; an object of this type is thrown in case of a VME error. More...

class VmeInterface

class VmeInterruptHandler

Vme Interrupt Handler class; abstract base class for Interrupt Handlers. More...

class VmeModule

class VmePort

Enumerations

enum bocBpmRegisters { BOC_BPM_INHIBIT, BOC_BPM_MARK_SPACE, BOC_BPM_COARSE, BOC_BPM_FINE }

enum boc_reset_bits {
  BOC_OK_RESET_BIT, BOC_VPIN_RESET_BIT, BOC_RXDAC_CLEAR_BIT, BOC_TXDAC_CLEAR_BIT,
  BOC_BPM_RESET_BIT
}

enum boc_pre_production_status_bits {
  BOC_PRE_PRODUCTION_SW1, BOC_PRE_PRODUCTION_SW4, BOC_PRE_PRODUCTION_SW5, BOC_PRE_PRODUCTION_SW6,
  BOC_PRE_PRODUCTION_RODSENSE, BOC_PRE_PRODUCTION_LOCLASEN, BOC_PRE_PRODUCTION_REMLASEN
}

enum boc_production_status_bits {
  BOC_PRODUCTION_BOCOK, BOC_PRODUCTION_VBOK, BOC_PRODUCTION_VAOK, BOC_PRODUCTION_ERRFLAG,
  BOC_PRODUCTION_RODSENSE, BOC_PRODUCTION_LOCLASEN, BOC_PRODUCTION_REMLASEN
}

enum boc_rx_data_mode_values {
  BOC_RX_DATA_MODE_NORMAL, BOC_RX_DATA_MODE_TIMING, BOC_RX_DATA_MODE_PIXEL2, BOC_RX_DATA_MODE_PIXEL1,
  BOC_RX_DATA_MODE_CLOCK, BOC_RX_DATA_MODE_TRANSPARENT
}

enum boc_clk_control_bits {
  BOC_CLOCK_INVERT, BOC_CLOCK_HALF, BOC_CLOCK_VERNIER_BYPASS, BOC_CLOCK_BPMPH_BYPASS,
  BOC_CLOCK_PHOS4_FIX
}

enum rrif_status_1_bits { BOC_BUSY_0 }

enum TextBuffState { TEXT_IDLE, TEXT_RQ_SET, TEXT_READOUT, TEXT_ERROR }

enum PrimState {
  PRIM_IDLE, PRIM_LOADED, PRIM_EXECUTING, PRIM_WAITING,
  PRIM_PAUSED
}

enum TEXT_BUFFER_TYPE {
  TEXT_ERR, TEXT_INFO, TEXT_DIAG, TEXT_XFER,
  TEXT_UNDEF
}

enum HpidMode { DYNAMIC, AUTO, NO_AUTO }

enum TimTimingSCT {
  TIM_L1A_DEADTIME, TIM_ECR_DEADTIME, TIM_BCR_DEADTIME, TIM_CAL_DEADTIME,
  TIM_BCID_OFFSET
}

Define timing in clock cycles for SCT, Pixel is different. More...

enum TimRegister {
  TIM_REG_ENABLES, TIM_REG_COMMAND, TIM_REG_BURST_COUNT, TIM_REG_FREQUENCY,
  TIM_REG_WINDOW, TIM_REG_DELAY, TIM_REG_STATUS, TIM_REG_FIFO_STATUS,
  TIM_REG_TRIGGER_IDLO, TIM_REG_TRIGGER_IDHI, TIM_REG_TRIGGER_BCID, TIM_REG_TRIGGER_TYPE,
  TIM_REG_RUN_ENABLES, TIM_REG_SEQ_CONTROL, TIM_REG_SEQ_END, TIM_REG_ROD_MASK,
  TIM_REG_ROD_BUSY, TIM_REG_ROD_LATCH, TIM_REG_ROD_MONITOR, TIM_REG_TTC_DATA,
  TIM_REG_TTC_SELECT, TIM_REG_TTC_BCID, TIM_REG_TTC_RX, TIM_REG_TTC_STATUS,
  TIM_REG_OUTPUT, TIM_REG_TIM_ID
}

Define register offsets in bytes. More...

enum TimBitEnables {
  TIM_BIT_EN_INT_TRIG, TIM_BIT_EN_INT_ECR, TIM_BIT_EN_INT_BCR, TIM_BIT_EN_RANDOM,
  TIM_BIT_EN_INT_FER, TIM_BIT_EN_WINDOW, TIM_BIT_EN_INT_BUSY, TIM_BIT_EN_EXT_CLK,
  TIM_BIT_EN_EXT_TRIG, TIM_BIT_EN_EXT_ECR, TIM_BIT_EN_EXT_BCR, TIM_BIT_EN_EXT_CAL,
  TIM_BIT_EN_EXT_FER, TIM_BIT_EN_EXT_SEQ, TIM_BIT_EN_EXT_BUSY
}

Define register bits as masks. More...

enum TimMaskFrequency {
  TIM_MASK_TRIG_100_KHZ, TIM_MASK_TRIG_10_0KHZ, TIM_MASK_TRIG_1_00KHZ, TIM_MASK_TRIG_0_10KHZ,
  TIM_MASK_FER_10_00HZ, TIM_MASK_FER_1_000HZ, TIM_MASK_FER_0_100HZ, TIM_MASK_FER_0_010HZ
}

enum TimBitBackplane {
  TIM_L1A, TIM_ECR, TIM_BCR, TIM_CAL,
  TIM_SID, TIM_STT, TIM_CMD, TIM_RES,
  TIM_FER, TIM_SPA, TIM_TRG
}

Applies to Sequencer and Output. More...

enum TimBitCommand {
  TIM_VTRG, TIM_VECR, TIM_VBCR, TIM_VCAL,
  TIM_VFER, TIM_VSPA, TIM_BIT_VRESET
}

Applies to Command register. More...

enum TimBitRunEnables { TIM_BIT_EN_ID, TIM_BIT_EN_TYPE }

enum TimBitSeqControl { TIM_BIT_SEQ_EN_ALL, TIM_BIT_SEQ_RESET, TIM_BIT_SEQ_GO, TIM_BIT_EN_CYCLIC }

enum exceptType {
  BASE, VME, NOIMAGEFILE, HPI,
  ROD, PRIMLIST, TIM, BOC
}

Variables

const unsigned long BOC_ADDRESS_BASE

const unsigned long BOC_ADDRESS_WINDOW

const unsigned long BOC_REGISTER_WIDTH

const unsigned long BOC_BPM_BASE

const unsigned long BOC_BPM_INHIBIT_WIDTH

const unsigned long BOC_BPM_MARK_SPACE_WIDTH

const unsigned long BOC_BPM_COARSE_WIDTH

const unsigned long BOC_BPM_FINE_WIDTH

const unsigned long BOC_LASER_DAC

const unsigned long BOC_DATA_DELAY

const unsigned long BOC_DATA_DELAY_WIDTH

const unsigned long BOC_STROBE_DELAY

const unsigned long BOC_STROBE_DELAY_WIDTH

const unsigned long BOC_THRESHOLD_DAC

const unsigned long BOC_TRANSMIT_CHANNELS

const unsigned long BOC_RECEIVE_CHANNELS

const unsigned long BOC_STROBE_CHANNELS

const unsigned long BOC_BPM_CLK_PHASE

const unsigned long BOC_BREG_CLK_PHASE

const unsigned long BOC_VERNIER_CLK0_PHASE

const unsigned long BOC_VERNIER_CLK0_WIDTH

const unsigned long BOC_VERNIER_CLK1_PHASE

const unsigned long BOC_VERNIER_CLK1_WIDTH

const unsigned long BOC_RESET

const unsigned long BOC_BPM_RESET

const unsigned long BOC_TXDAC_CLEAR

const unsigned long BOC_RXDAC_CLEAR

const unsigned long BOC_STATUS

const unsigned long BOC_RX_DATA_MODE

const unsigned long BOC_RX_DATA_MODE_WIDTH

const unsigned long BOC_VERNIER_FINE_PHASE

const unsigned long BOC_CLK_CONTROL

const unsigned long BOC_CLK_CONTROL_WIDTH

const unsigned long BOC_FW_REV

const unsigned long BOC_HW_REV

const unsigned long BOC_MODULE_TYPE

const unsigned long BOC_MANUFACTURER

const unsigned long BOC_SERIAL_NUMBER

const unsigned long BOC_ADC_SETUP

const unsigned long BOC_ADC_CONFIG

const unsigned long BOC_ADC_CONVERT

const unsigned long BOC_ADC_LSB

const unsigned long BOC_ADC_MSB

const unsigned long BOC_ADC_MSB_WIDTH [2]

const unsigned long BOC_MONITOR_CHANNELS

const unsigned long RRIF_STATUS_1_ADDRESS

const unsigned int PRE_PRODUCTION_BOC

Parameters needed by BocCard.

const unsigned int PRODUCTION_REVA_BOC

const unsigned int PRODUCTION_REVB_BOC

const unsigned int PRODUCTION_REVC_BOC

const unsigned int MONITOR_CURRENT

BOC Monitor ADC parameters.

const unsigned int MONITOR_VOLTAGE

const unsigned int MONITOR_TEMP

const unsigned int MONITOR_CHANNEL_TYPE [BOC_MONITOR_CHANNELS]

const double iArevA

Now the factors used in the calculations.

const double iBrevA

const double vArevA

Voltages.

const double vBrevA

const double tArevA

Temperatures.

const double tBrevA

const double tC0revA

const double tC1revA

const double tC2revA

const double iArevB

Now Rev B parameters Currents.

const double iBrevB

const double vArevB

Voltages.

const double vBrevB

const double tArevB

Temperatures.

const double tBrevB

const double tC0revB

const double tC1revB

const double tC2revB

const double iArevC

and Rev C parameters Currents

const double iBrevC

const double vArevC

Voltages.

const double vBrevC

const double tArevC

Temperatures.

const double tBrevC

const double tC0revC

const double tC1revC

const double tC2revC

const unsigned long PRIM_BUFF_BASE

const unsigned long PRIM_BUFF_SIZE

const unsigned long REPLY_BUFF_BASE

const unsigned long REPLY_BUFF_SIZE

const unsigned long TEXT_BUFF_SIZE

const unsigned long ERR_BUFF_BASE

const unsigned long INFO_BUFF_BASE

const unsigned long DIAG_BUFF_BASE

const unsigned long XFER_BUFF_BASE

const unsigned long STATUS_REG [3]

const unsigned long COMMAND_REG [2]

const unsigned long SLAVE_HPIC_BASE

const unsigned long SLAVE_HPIA_BASE

const unsigned long SLAVE_HPID_AUTO_BASE

const unsigned long SLAVE_HPID_NOAUTO_BASE

const unsigned long SLAVE_HPI_OFFSET

const unsigned long SLAVE_EMIF_ADDR

const unsigned long SLAVE_IPRAM_ADDR

const unsigned long SLAVE_IDRAM_ADDR

const unsigned long SLAVE_CE2_ADDR

const unsigned long SLAVE_PRIM_BUFF_SIZE

const unsigned long SLAVE_REPLY_BUFF_SIZE

const unsigned long SLAVE_PRIM_BUFF_BASE

const unsigned long SLAVE_REPLY_BUFF_BASE

const long DSP_RESET_TIMEOUT

const unsigned long OUTLIST_READY

const unsigned long DSPACK

const unsigned long TEXT_BUFF_NOT_EMPTY [4]

const unsigned long SR_TEXT_BIT_MASK [4]

const unsigned long SR_TEXT_MASK

const unsigned long INLISTRDY

const unsigned long TEXT_BUFF_READ_REQ [4]

const unsigned long HPIC

const unsigned long HPIA

const unsigned long HPID_AUTO

const unsigned long HPID_NOAUTO

const long MAX_HPID_WORD_ELEMENTS

const unsigned long FLASH_ADDR_WRITEDATA_REG

const unsigned long FLASH_CONTROL_REG

const unsigned long FPGA_CONTROL_REG_REL_ADDR [8]

const unsigned long FPGA_STATUS_REG_REL_ADDR [8]

const unsigned long MDSP_FLASH_BOTTOM

const unsigned long MDSP_FLASH_SIZE

const unsigned long FPGA_FLASH_0_BOTTOM

const unsigned long FPGA_FLASH_1_BOTTOM

const unsigned long FPGA_FLASH_2_BOTTOM

const unsigned long FPGA_FLASH_REL_ADDR_REVE

const unsigned long FLASH_MEMORY_SIZE

const unsigned long FLASH_MEMORY_SIZE_REVE

const unsigned long FLASH_SECTOR_SIZE

const unsigned long FLASH_SECTOR_SIZE_REVE

const double FLASH_TIMEOUT

const unsigned long CHIP_ERASE_TIME_MS

const unsigned long SECTOR_ERASE_TIME_MS

const unsigned long READ_HANDSHAKE_BIT

const unsigned long WRITE_COMMAND_HANDSHAKE_BIT

const unsigned long WRITE_DATA_HANDSHAKE_BIT

const unsigned long NUMBER_OR_SECTORS

const unsigned long NUMBER_OF_SECTORS_REVE

const INT32 TIM_L1ID_FIRST

triggers

const INT32 TIM_SEQ_SIZE

bytes

const INT32 TIM_SEQ_ADDR

bytes

Detailed Description

DummyVmeInterface.h version 1.2.

BocAddresses.h is a wrapper around the testBench C code header file memoryPartitions.h. This wrapper adapts things to appear more like C++ and to declare things const so the compiler can catch attempts to change them in the code. Only BOC addresses appear in this file. If a register has a width that differs from BOC_REGISTER_WIDTH (which is set = 8 as the setup bus width, this is also defined.

Author:: : J.C.Hill (hill@hep.phy.cam.ac.uk)

Enumeration Type Documentation

enum SctPixelRod::TimBitBackplane

Applies to Sequencer and Output.

Enumeration values:

TIM_L1A Level-1 Accept trigger.

TIM_ECR Event Counter Reset.

TIM_BCR Bunch Counter Reset.

TIM_CAL Calibrate strobe.

TIM_SID Serial event ID.

TIM_STT Serial Trigger Type.

TIM_CMD Commands available.

TIM_RES Commands reserved.

TIM_FER Front-End Reset - reserved.

TIM_SPA Spare command - reserved.

TIM_TRG Trigger and serial streams.

Definition at line 113 of file TimDefine.h.

enum SctPixelRod::TimBitCommand

Applies to Command register.

Enumeration values:

TIM_VTRG Single VME Trigger.

TIM_VECR Single VME ECR.

TIM_VBCR Single VME BCR.

TIM_VCAL Single VME CAL.

TIM_VFER Single VME FER.

TIM_VSPA Single VME SPA.

Definition at line 127 of file TimDefine.h.

enum SctPixelRod::TimBitEnables

Define register bits as masks.

Enumeration values:

TIM_BIT_EN_INT_TRIG Enable internal repetitive Trigger.

TIM_BIT_EN_INT_ECR Enable internal repetitive ECReset.

TIM_BIT_EN_INT_BCR Enable internal repetitive BCReset.

TIM_BIT_EN_RANDOM Enable internal trigger randomizer.

TIM_BIT_EN_INT_FER Enable internal repetitive FEReset.

TIM_BIT_EN_WINDOW Enable trigger window.

TIM_BIT_EN_INT_BUSY Enable internal Busy.

TIM_BIT_EN_EXT_CLK Enable external inputs: clock.

TIM_BIT_EN_EXT_TRIG Enable external inputs: trigger.

TIM_BIT_EN_EXT_ECR Enable external inputs: ECReset.

TIM_BIT_EN_EXT_BCR Enable external inputs: BCReset.

TIM_BIT_EN_EXT_CAL Enable external inputs: Calibrate.

TIM_BIT_EN_EXT_FER Enable external inputs: FEReset.

TIM_BIT_EN_EXT_SEQ Enable external inputs: Sequencer Go.

TIM_BIT_EN_EXT_BUSY Enable external inputs: Busy.

Definition at line 82 of file TimDefine.h.

enum SctPixelRod::TimRegister

Define register offsets in bytes.

Definition at line 51 of file TimDefine.h.

enum SctPixelRod::TimTimingSCT

Define timing in clock cycles for SCT, Pixel is different.

Definition at line 33 of file TimDefine.h.

Variable Documentation

const double SctPixelRod::iArevA

Now the factors used in the calculations.
First the Rev A parameters Currents
Definition at line 53 of file BocCard.h.

const double SctPixelRod::iArevB

Now Rev B parameters Currents.

Definition at line 67 of file BocCard.h.

const double SctPixelRod::iArevC

and Rev C parameters Currents

Definition at line 81 of file BocCard.h.

const unsigned int SctPixelRod::MONITOR_CURRENT

BOC Monitor ADC parameters.
There are three types of channel: PIN Current, PIN Voltage and Thermistor temperature for each of Rev A, Rev B and Rev C production boards. Define the channel types and identify them - the number of channels is defined in BocAddresses.h along with the register addresses.
Definition at line 33 of file BocCard.h.

const unsigned int SctPixelRod::PRE_PRODUCTION_BOC

Parameters needed by BocCard.
Identifiers for types of BOC, as defined in m_bocType. These values are the upper 3 bits of the Hardware Revision register which are now (from 3 March 2004) used to identify the PCB version.
Definition at line 21 of file BocCard.h.

const double SctPixelRod::tArevA

Temperatures.

Definition at line 59 of file BocCard.h.

const double SctPixelRod::tArevB

Temperatures.

Definition at line 73 of file BocCard.h.

const double SctPixelRod::tArevC

Temperatures.

Definition at line 87 of file BocCard.h.

const INT32 SctPixelRod::TIM_L1ID_FIRST

triggers

Definition at line 41 of file TimDefine.h.

const INT32 SctPixelRod::TIM_SEQ_ADDR

bytes

Definition at line 47 of file TimDefine.h.

const INT32 SctPixelRod::TIM_SEQ_SIZE

bytes
Sequencer RAM is 16K bytes for both source and sink memory. They are accessed together as 16K 16-bit words.
Definition at line 46 of file TimDefine.h.

const double SctPixelRod::vArevA

Voltages.

Definition at line 56 of file BocCard.h.

const double SctPixelRod::vArevB

Voltages.

Definition at line 70 of file BocCard.h.

const double SctPixelRod::vArevC

Voltages.

Definition at line 84 of file BocCard.h.

Generated on Thu Jul 15 09:54:02 2004 for SCT DAQ/DCS Software - C++ by

1.3.5


Data Structures
class	baseException
	This is a general exception base class for ROD software. More...
class	BaseException
class	BocCard
	BocCard: A class for setting-up etc. the BOC. This class contains the methods to set up a BOC. The name BocCard was chosen because the possibly more obvious "BocModule" implies that this class is derived from VmeModule. In fact it relies on RodModule for the interface to the BOC. More...
class	BocException
	BocException: general exception class for BOC-specific errors. This class is thrown if an error specific to the BocCard class is encountered. Typically this is if a value in an argument is outside the valid range. An exception is now also thrown if the BOC_BUSY bit does not clear in one second - this is to avoid a hangup on the setup bus. The class inherits from BaseException. More...
class	DummyVmeInterface
class	HpiException
	This is an exception class for Host Port Interface errors. It inherits from BaseException, adding the expected and actual addresses. More...
class	NoImageFile
	This is an exception class for when a binary image file is not found. It inherits from BaseException, adding the name of the missing file as a data member. More...
class	PrimListException
	This is a class to handle exceptions in the PrimList Class. More...
class	RCCVmeInterface
class	rodException
	This is a general exception class for ROD errors. More...
class	RodException
class	RodModule
	RodModule: This is a derived class providing the software interface for VME ROD modules. More...
class	RodOutList
	This is a class for ROD reply buffers. More...
class	RodPrimitive
class	RodPrimList
	This is a list of RodPrimitives to be sent to the RodModule. More...
class	RodStatus
	This is a class for ROD status reports. More...
class	TimException
	TimException: a general exception class for TIM errors. More...
class	TimModule
	TimModule: A derived class for VME TIM modules. More...
class	VmeException
	Vme Exception class; an object of this type is thrown in case of a VME error. More...
class	VmeInterface
class	VmeInterruptHandler
	Vme Interrupt Handler class; abstract base class for Interrupt Handlers. More...
class	VmeModule
class	VmePort
Enumerations
enum	bocBpmRegisters { BOC_BPM_INHIBIT, BOC_BPM_MARK_SPACE, BOC_BPM_COARSE, BOC_BPM_FINE }
enum	boc_reset_bits { BOC_OK_RESET_BIT, BOC_VPIN_RESET_BIT, BOC_RXDAC_CLEAR_BIT, BOC_TXDAC_CLEAR_BIT, BOC_BPM_RESET_BIT }
enum	boc_pre_production_status_bits { BOC_PRE_PRODUCTION_SW1, BOC_PRE_PRODUCTION_SW4, BOC_PRE_PRODUCTION_SW5, BOC_PRE_PRODUCTION_SW6, BOC_PRE_PRODUCTION_RODSENSE, BOC_PRE_PRODUCTION_LOCLASEN, BOC_PRE_PRODUCTION_REMLASEN }
enum	boc_production_status_bits { BOC_PRODUCTION_BOCOK, BOC_PRODUCTION_VBOK, BOC_PRODUCTION_VAOK, BOC_PRODUCTION_ERRFLAG, BOC_PRODUCTION_RODSENSE, BOC_PRODUCTION_LOCLASEN, BOC_PRODUCTION_REMLASEN }
enum	boc_rx_data_mode_values { BOC_RX_DATA_MODE_NORMAL, BOC_RX_DATA_MODE_TIMING, BOC_RX_DATA_MODE_PIXEL2, BOC_RX_DATA_MODE_PIXEL1, BOC_RX_DATA_MODE_CLOCK, BOC_RX_DATA_MODE_TRANSPARENT }
enum	boc_clk_control_bits { BOC_CLOCK_INVERT, BOC_CLOCK_HALF, BOC_CLOCK_VERNIER_BYPASS, BOC_CLOCK_BPMPH_BYPASS, BOC_CLOCK_PHOS4_FIX }
enum	rrif_status_1_bits { BOC_BUSY_0 }
enum	TextBuffState { TEXT_IDLE, TEXT_RQ_SET, TEXT_READOUT, TEXT_ERROR }
enum	PrimState { PRIM_IDLE, PRIM_LOADED, PRIM_EXECUTING, PRIM_WAITING, PRIM_PAUSED }
enum	TEXT_BUFFER_TYPE { TEXT_ERR, TEXT_INFO, TEXT_DIAG, TEXT_XFER, TEXT_UNDEF }
enum	HpidMode { DYNAMIC, AUTO, NO_AUTO }
enum	TimTimingSCT { TIM_L1A_DEADTIME, TIM_ECR_DEADTIME, TIM_BCR_DEADTIME, TIM_CAL_DEADTIME, TIM_BCID_OFFSET }
	Define timing in clock cycles for SCT, Pixel is different. More...
enum	TimRegister { TIM_REG_ENABLES, TIM_REG_COMMAND, TIM_REG_BURST_COUNT, TIM_REG_FREQUENCY, TIM_REG_WINDOW, TIM_REG_DELAY, TIM_REG_STATUS, TIM_REG_FIFO_STATUS, TIM_REG_TRIGGER_IDLO, TIM_REG_TRIGGER_IDHI, TIM_REG_TRIGGER_BCID, TIM_REG_TRIGGER_TYPE, TIM_REG_RUN_ENABLES, TIM_REG_SEQ_CONTROL, TIM_REG_SEQ_END, TIM_REG_ROD_MASK, TIM_REG_ROD_BUSY, TIM_REG_ROD_LATCH, TIM_REG_ROD_MONITOR, TIM_REG_TTC_DATA, TIM_REG_TTC_SELECT, TIM_REG_TTC_BCID, TIM_REG_TTC_RX, TIM_REG_TTC_STATUS, TIM_REG_OUTPUT, TIM_REG_TIM_ID }
	Define register offsets in bytes. More...
enum	TimBitEnables { TIM_BIT_EN_INT_TRIG, TIM_BIT_EN_INT_ECR, TIM_BIT_EN_INT_BCR, TIM_BIT_EN_RANDOM, TIM_BIT_EN_INT_FER, TIM_BIT_EN_WINDOW, TIM_BIT_EN_INT_BUSY, TIM_BIT_EN_EXT_CLK, TIM_BIT_EN_EXT_TRIG, TIM_BIT_EN_EXT_ECR, TIM_BIT_EN_EXT_BCR, TIM_BIT_EN_EXT_CAL, TIM_BIT_EN_EXT_FER, TIM_BIT_EN_EXT_SEQ, TIM_BIT_EN_EXT_BUSY }
	Define register bits as masks. More...
enum	TimMaskFrequency { TIM_MASK_TRIG_100_KHZ, TIM_MASK_TRIG_10_0KHZ, TIM_MASK_TRIG_1_00KHZ, TIM_MASK_TRIG_0_10KHZ, TIM_MASK_FER_10_00HZ, TIM_MASK_FER_1_000HZ, TIM_MASK_FER_0_100HZ, TIM_MASK_FER_0_010HZ }
enum	TimBitBackplane { TIM_L1A, TIM_ECR, TIM_BCR, TIM_CAL, TIM_SID, TIM_STT, TIM_CMD, TIM_RES, TIM_FER, TIM_SPA, TIM_TRG }
	Applies to Sequencer and Output. More...
enum	TimBitCommand { TIM_VTRG, TIM_VECR, TIM_VBCR, TIM_VCAL, TIM_VFER, TIM_VSPA, TIM_BIT_VRESET }
	Applies to Command register. More...
enum	TimBitRunEnables { TIM_BIT_EN_ID, TIM_BIT_EN_TYPE }
enum	TimBitSeqControl { TIM_BIT_SEQ_EN_ALL, TIM_BIT_SEQ_RESET, TIM_BIT_SEQ_GO, TIM_BIT_EN_CYCLIC }
enum	exceptType { BASE, VME, NOIMAGEFILE, HPI, ROD, PRIMLIST, TIM, BOC }
Variables
const unsigned long	BOC_ADDRESS_BASE
const unsigned long	BOC_ADDRESS_WINDOW
const unsigned long	BOC_REGISTER_WIDTH
const unsigned long	BOC_BPM_BASE
const unsigned long	BOC_BPM_INHIBIT_WIDTH
const unsigned long	BOC_BPM_MARK_SPACE_WIDTH
const unsigned long	BOC_BPM_COARSE_WIDTH
const unsigned long	BOC_BPM_FINE_WIDTH
const unsigned long	BOC_LASER_DAC
const unsigned long	BOC_DATA_DELAY
const unsigned long	BOC_DATA_DELAY_WIDTH
const unsigned long	BOC_STROBE_DELAY
const unsigned long	BOC_STROBE_DELAY_WIDTH
const unsigned long	BOC_THRESHOLD_DAC
const unsigned long	BOC_TRANSMIT_CHANNELS
const unsigned long	BOC_RECEIVE_CHANNELS
const unsigned long	BOC_STROBE_CHANNELS
const unsigned long	BOC_BPM_CLK_PHASE
const unsigned long	BOC_BREG_CLK_PHASE
const unsigned long	BOC_VERNIER_CLK0_PHASE
const unsigned long	BOC_VERNIER_CLK0_WIDTH
const unsigned long	BOC_VERNIER_CLK1_PHASE
const unsigned long	BOC_VERNIER_CLK1_WIDTH
const unsigned long	BOC_RESET
const unsigned long	BOC_BPM_RESET
const unsigned long	BOC_TXDAC_CLEAR
const unsigned long	BOC_RXDAC_CLEAR
const unsigned long	BOC_STATUS
const unsigned long	BOC_RX_DATA_MODE
const unsigned long	BOC_RX_DATA_MODE_WIDTH
const unsigned long	BOC_VERNIER_FINE_PHASE
const unsigned long	BOC_CLK_CONTROL
const unsigned long	BOC_CLK_CONTROL_WIDTH
const unsigned long	BOC_FW_REV
const unsigned long	BOC_HW_REV
const unsigned long	BOC_MODULE_TYPE
const unsigned long	BOC_MANUFACTURER
const unsigned long	BOC_SERIAL_NUMBER
const unsigned long	BOC_ADC_SETUP
const unsigned long	BOC_ADC_CONFIG
const unsigned long	BOC_ADC_CONVERT
const unsigned long	BOC_ADC_LSB
const unsigned long	BOC_ADC_MSB
const unsigned long	BOC_ADC_MSB_WIDTH [2]
const unsigned long	BOC_MONITOR_CHANNELS
const unsigned long	RRIF_STATUS_1_ADDRESS
const unsigned int	PRE_PRODUCTION_BOC
	Parameters needed by BocCard.
const unsigned int	PRODUCTION_REVA_BOC
const unsigned int	PRODUCTION_REVB_BOC
const unsigned int	PRODUCTION_REVC_BOC
const unsigned int	MONITOR_CURRENT
	BOC Monitor ADC parameters.
const unsigned int	MONITOR_VOLTAGE
const unsigned int	MONITOR_TEMP
const unsigned int	MONITOR_CHANNEL_TYPE [BOC_MONITOR_CHANNELS]
const double	iArevA
	Now the factors used in the calculations.
const double	iBrevA
const double	vArevA
	Voltages.
const double	vBrevA
const double	tArevA
	Temperatures.
const double	tBrevA
const double	tC0revA
const double	tC1revA
const double	tC2revA
const double	iArevB
	Now Rev B parameters Currents.
const double	iBrevB
const double	vArevB
	Voltages.
const double	vBrevB
const double	tArevB
	Temperatures.
const double	tBrevB
const double	tC0revB
const double	tC1revB
const double	tC2revB
const double	iArevC
	and Rev C parameters Currents
const double	iBrevC
const double	vArevC
	Voltages.
const double	vBrevC
const double	tArevC
	Temperatures.
const double	tBrevC
const double	tC0revC
const double	tC1revC
const double	tC2revC
const unsigned long	PRIM_BUFF_BASE
const unsigned long	PRIM_BUFF_SIZE
const unsigned long	REPLY_BUFF_BASE
const unsigned long	REPLY_BUFF_SIZE
const unsigned long	TEXT_BUFF_SIZE
const unsigned long	ERR_BUFF_BASE
const unsigned long	INFO_BUFF_BASE
const unsigned long	DIAG_BUFF_BASE
const unsigned long	XFER_BUFF_BASE
const unsigned long	STATUS_REG [3]
const unsigned long	COMMAND_REG [2]
const unsigned long	SLAVE_HPIC_BASE
const unsigned long	SLAVE_HPIA_BASE
const unsigned long	SLAVE_HPID_AUTO_BASE
const unsigned long	SLAVE_HPID_NOAUTO_BASE
const unsigned long	SLAVE_HPI_OFFSET
const unsigned long	SLAVE_EMIF_ADDR
const unsigned long	SLAVE_IPRAM_ADDR
const unsigned long	SLAVE_IDRAM_ADDR
const unsigned long	SLAVE_CE2_ADDR
const unsigned long	SLAVE_PRIM_BUFF_SIZE
const unsigned long	SLAVE_REPLY_BUFF_SIZE
const unsigned long	SLAVE_PRIM_BUFF_BASE
const unsigned long	SLAVE_REPLY_BUFF_BASE
const long	DSP_RESET_TIMEOUT
const unsigned long	OUTLIST_READY
const unsigned long	DSPACK
const unsigned long	TEXT_BUFF_NOT_EMPTY [4]
const unsigned long	SR_TEXT_BIT_MASK [4]
const unsigned long	SR_TEXT_MASK
const unsigned long	INLISTRDY
const unsigned long	TEXT_BUFF_READ_REQ [4]
const unsigned long	HPIC
const unsigned long	HPIA
const unsigned long	HPID_AUTO
const unsigned long	HPID_NOAUTO
const long	MAX_HPID_WORD_ELEMENTS
const unsigned long	FLASH_ADDR_WRITEDATA_REG
const unsigned long	FLASH_CONTROL_REG
const unsigned long	FPGA_CONTROL_REG_REL_ADDR [8]
const unsigned long	FPGA_STATUS_REG_REL_ADDR [8]
const unsigned long	MDSP_FLASH_BOTTOM
const unsigned long	MDSP_FLASH_SIZE
const unsigned long	FPGA_FLASH_0_BOTTOM
const unsigned long	FPGA_FLASH_1_BOTTOM
const unsigned long	FPGA_FLASH_2_BOTTOM
const unsigned long	FPGA_FLASH_REL_ADDR_REVE
const unsigned long	FLASH_MEMORY_SIZE
const unsigned long	FLASH_MEMORY_SIZE_REVE
const unsigned long	FLASH_SECTOR_SIZE
const unsigned long	FLASH_SECTOR_SIZE_REVE
const double	FLASH_TIMEOUT
const unsigned long	CHIP_ERASE_TIME_MS
const unsigned long	SECTOR_ERASE_TIME_MS
const unsigned long	READ_HANDSHAKE_BIT
const unsigned long	WRITE_COMMAND_HANDSHAKE_BIT
const unsigned long	WRITE_DATA_HANDSHAKE_BIT
const unsigned long	NUMBER_OR_SECTORS
const unsigned long	NUMBER_OF_SECTORS_REVE
const INT32	TIM_L1ID_FIRST
	triggers
const INT32	TIM_SEQ_SIZE
	bytes
const INT32	TIM_SEQ_ADDR
	bytes