HVreadback

class HVreadback

Class that encapsulates the readbacks of a high voltage channel

Public Methods
HVreadback( bool b = false, int iStat = -1, double dv = -1, double v = -1, double c = -1): constructor for an empty object (not yet filled with valid data)
void print( ostream& os = cout ): prints information to ostream os
~HVreadback(): Destructor

Public

Read access to information

inline bool getEnabled(): Returns enabled
inline int getStatus(): Status of the channel as defined by LeCroy
inline double getDemandVoltage(): Demand Voltage
inline double getVoltage(): Read back voltage
inline double getCurrent(): Current in micro Amp

Write access

inline void setEnabled(int iEnabled ): Fills the enabled bit
inline void setStatus( int ChannelStatus ): Fills the status of the module
inline void setDemandVoltage( double dVoltageRead ): Fills the demand voltage [Volts]
inline void setVoltage( double dVoltageRead ): Fills the readback voltage [Volts]
inline void setCurrent(double dCurrentRead ): Fills the current [microAmp]

Documentation

Class that encapsulates the readbacks of a high voltage channel.
MODIFICATIONS:

Objectivity Update:

This file was updated to support the new Objectivity Database scheme -- RR
Note that this HVReadback objects themselves are no longer stored directly to
the database -- the data is changed into the form of a RBHVModule object
HVreadbacks are only to be used to move around a channel's packet of information
on the non-Objectivty side of things

The new Objectivity Scheme stores Status as an unsigned Short, and the
rest (Peak Current/VoltageDemand/Current) as a 32 bit floats; the range of
possible values does not require the use of a double.

Also note that the bEnabled field is redundant -- the Status field tells you
whether a channel is enabled (an even Status means disabled, odd = Enabled )
However, it is too much of a bother to remove this right now -- RR

HVreadback( bool b = false, int iStat = -1, double dv = -1, double v = -1, double c = -1)

constructor for an empty object (not yet filled with valid data)

~HVreadback()

Destructor

void print( ostream& os = cout )

prints information to ostream os

Read access to information inline bool getEnabled() Returns enabled inline int getStatus() Status of the channel as defined by LeCroy inline double getDemandVoltage() Demand Voltage inline double getVoltage() Read back voltage inline double getCurrent() Current in micro Amp

Write access inline void setEnabled(int iEnabled ) Fills the enabled bit inline void setStatus( int ChannelStatus ) Fills the status of the module inline void setDemandVoltage( double dVoltageRead ) Fills the demand voltage [Volts] inline void setVoltage( double dVoltageRead ) Fills the readback voltage [Volts] inline void setCurrent(double dCurrentRead ) Fills the current [microAmp]

This class has no child classes.

Author:: C.Witzig
Date: July 7, 98
Version:: Last update Aug 11, 99

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class HVreadback

Public Methods

Public

Documentation