SctData.ChipConfiguration Class Reference

Collaboration diagram for SctData.ChipConfiguration:

[legend]List of all members.

Public Member Functions
	ChipConfiguration (ABCDChip data)
ABCDChip	getData ()
ChipOptions	getOptions ()
boolean	isActive ()
	true if chip is participating in a scan
void	setActive (boolean active)
	set the chip activity status active if set true
byte	getAddress ()
	There is a had-coded address associated with each chip position on the module.
byte	getTrimTarget ()
	the trim target
void	setTrimTarget (byte target)
	set the trim target target in mV?
byte	getTrim (int channel)
	get the trim channel 0->127 trim 0->15
void	setTrim (int channel, byte trim) throws IllegalArgumentException
	set the trim channel 0->127 trim 0->15
byte	getThreshold ()
	get the value of the threshold DAC setting?
void	setThreshold (byte threshold)
	set the threshold DAC setting - 0->255 No need for exception as threshold can take full range of byte values
byte	getCalCharge ()
	get the value of the calibration charge DAC setting
void	setCalCharge (byte calCharge)
	set the value of the calibration charge DAC setting No need for exception as calCharge can take full range of byte values
byte	getStrobeDelay ()
	get the value of the strobe delay DAC setting.
void	setStrobeDelay (byte strobeDelay) throws IllegalArgumentException
	set the value of the strobe delay DAC setting
void	resetMask ()
	unmask all channels
void	setMask (int ichannel, boolean value)
	mask mutator channel index 0->127 mask if true, unmask if false
void	mask (int ichannel)
	mask mutator channel index 0->127
void	unmask (int ichannel)
	mask mutator channel index 0->127
boolean	isMasked (int ichannel)
	mask access true if channel is masked channel index 0->127
byte	getRcFunctionIndex ()
	A functional representation of the response curve (equivalent threshold as a function of charge) so that one may request ROD to set the threshold to a value specified in fC.
void	setRcFunctionIndex (byte index) throws IllegalArgumentException
	Response curve function index.
double	getRcParam (int ipar)
	Get the response curve parameter index of parameter 0->2; value of parameter.
void	setRcParam (int ipar, double val)
	Set the response curve parameter.
void	setCalFactor (float factor)
	theshold calibration factor by which the nominal threshold must be multiplied
float	getCalFactor ()
	accessor @}
String	getClassName ()
void	readObject (IStream s, ObjectManager o) throws java.io.IOException
void	write (OStream s, ObjectManager o) throws java.io.IOException
Static Public Member Functions
Streamable	read (IStream s, ObjectManager o) throws java.io.IOException
Package Attributes
ABCDChip	data
ChipOptions	options

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Detailed Description

Author:

Matthew Palmer

Definition at line 16 of file ChipConfiguration.java.

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Member Function Documentation

byte SctData.ChipConfiguration.getAddress (   )

There is a had-coded address associated with each chip position on the module. Returns: the address. Definition at line 44 of file ChipConfiguration.java. References sctConf.ABCDChip.address.

byte SctData.ChipConfiguration.getRcFunctionIndex (   )

A functional representation of the response curve (equivalent threshold as a function of charge) so that one may request ROD to set the threshold to a value specified in fC. get the index (type) of the RC function Returns: 0 - no calibration information 1 - second order polynomial 2 - "grillo" function 3 - exponential 4 - straight line fit Definition at line 140 of file ChipConfiguration.java. References sctConf.ABCDChip.caldata, and sctConf.ABCDCaldata.rc_function.

void SctData.ChipConfiguration.setCalFactor (  float  factor  )

theshold calibration factor by which the nominal threshold must be multiplied mutator Parameters: the  factor Definition at line 169 of file ChipConfiguration.java. References sctConf.ABCDCaldata.c_factor, and sctConf.ABCDChip.caldata.

void SctData.ChipConfiguration.setRcParam (  int  ipar, double  val )

Set the response curve parameter. Parameters: index  of parameter 0->2; the  value to set that parameter Definition at line 159 of file ChipConfiguration.java. References sctConf.ABCDChip.caldata, and sctConf.ABCDCaldata.rc_params.

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The documentation for this class was generated from the following file:

• ChipConfiguration.java

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