Uses of Class org.lsst.ccs.subsystem.power.data.PowerException (LSST CCS

Packages that use PowerException
Package Description

org.lsst.ccs.subsystem.power

Packages that use PowerException
Package	Description
org.lsst.ccs.subsystem.power

Uses of PowerException in org.lsst.ccs.subsystem.power

Methods in org.lsst.ccs.subsystem.power that throw PowerException
Modifier and Type	Method and Description
`void`	ATSPowerMain.`auxOff()` Turns off the auxiliary power.
`void`	ATSPowerMain.`auxOn()` Turns on the auxiliary power.
`void`	PowerControlOld.`changeVoltage(double value)` Changes the voltage.
`void`	PowerControl.`changeVoltage(double value)` Changes the voltage.
`void`	CornerRaftRebPowerSupplyNode.`dphiOff()`
`void`	ATSPowerMain.`dphiOff()` Turns off the DPHI voltage.
`void`	CornerRaftRebPowerSupplyNode.`dphiOn()`
`void`	ATSPowerMain.`dphiOn()` Turns on the DPHI voltage.
`void`	ATSPowerMain.`fanOff()` Turns off the fan power.
`void`	ATSPowerMain.`fanOn()` Turns on the fan power.
`double[]`	RebPower.`getChanExtrema(int reb, RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Reads the maximum and minimum values of a channel.
`double[]`	RebPowerSupplyNode.`getChanExtrema(RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Reads the maximum and minimum values of a channel.
`PathFinderQuadBoxState`	PathFinderQuadBox.`getFullState()` Gets the full quad box state.
`ATSPowerState`	ATSPowerMain.`getFullState()` Gets the full power state.
`QuadBoxState`	QuadBox.`getFullState()` Gets the full quad box state.
`ComCamQuadBoxState`	ComCamQuadBox.`getFullState()` Gets the full quad box state.
`protected void`	PowerDevice.`handleException(org.lsst.ccs.drivers.commons.DriverException e)` Handle driver exceptions.
`void`	RebPowerSupplyNode.`hvBiasOff()`
`void`	ATSPowerMain.`hvBiasOff()` Turns off the HV bias.
`void`	RebPowerSupplyNode.`hvBiasOn()`
`void`	ATSPowerMain.`hvBiasOn()` Turns on the HV bias.
`void`	ATSPowerMain.`otmOff()` Turns off the OTM power.
`void`	ATSPowerMain.`otmOn()` Turns on the OTM power.
`void`	PowerGroup.`powerOff()` Powers off all channels.
`void`	ATSPowerMain.`powerOff()` Turns off all the REB power.
`protected void`	PowerDeviceGroup.`powerOff()` Powers off all channels.
`void`	PowerGroup.`powerOn()` Powers on all channels.
`void`	ATSPowerMain.`powerOn()` Turns on the REB power, except for HV bias.
`protected void`	PowerDeviceGroup.`powerOn()` Powers on all channels.
`void`	RebPowerSupplyNode.`powerRebOff()`
`void`	RebPowerSupplyNode.`powerRebOn()`
`double[]`	RebPsDevice.`readChanExtrema(int reb, RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Reads extrema for a power supply channel
`double`	PowerControl.`readCurrent()` Reads the current from the hardware.
`protected double`	BK9130GroupDevice.`readCurrent(int hwChan)` Reads the current from the hardware.
`protected double`	PowerDevice.`readCurrent(int hwChan)` Reads the current from the hardware.
`double`	CornerRaftRebPowerSupplyNode.`readDphiDac()`
`double`	RebPowerSupplyNode.`readHvBiasDac()`
`boolean`	PowerControl.`readOutput()` Reads the power output state from the hardware.
`protected boolean`	BK9130GroupDevice.`readOutput(int hwChan)` Reads the power output state from the hardware.
`protected boolean`	PowerDevice.`readOutput(int hwChan)` Reads the power output state from the hardware.
`double`	PowerControl.`readVoltage()` Reads the voltage from the hardware.
`protected double`	BK9130GroupDevice.`readVoltage(int hwChan)` Reads the voltage from the hardware.
`protected double`	PowerDevice.`readVoltage(int hwChan)` Reads the voltage from the hardware.
`void`	RebPsDevice.`resetChanExtrema(int reb, RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Resets extrema for a power supply channel
`void`	RebPower.`resetChanExtrema(int reb, RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Resets the maximum and minimum values of a channel.
`void`	RebPowerSupplyNode.`resetChanExtrema(RebPsDevice.PsName psName, RebPsDevice.ChanName chan)` Resets the maximum and minimum values of a channel.
`void`	RebPsDevice.`sequencePower(boolean on)` Sequences a whole power supply on or off.
`void`	RebPsDevice.`sequencePower(int reb, boolean on)` Sequences a power supply section on or off.
`void`	RebPower.`sequencePower(int reb, boolean on)` Sequences a power supply on or off.
`void`	RebPsDevice.`setBiasDac(int rebNum, double value)` Sets a HV bias DAC value.
`void`	RebPower.`setBiasDac(int reb, double value)` Sets a HV bias DAC value.
`void`	ATSPowerMain.`setDphi(double value)` Sets the DPHI voltage
`void`	RebPsDevice.`setDphiDac(int rebNum, double value)` Sets a DPHI DAC value.
`void`	RebPower.`setDphiDac(int reb, double value)` Sets a DPHI DAC value.
`void`	ATSPowerMain.`setHvBias(double value)` Sets the HV bias voltage
`void`	RebPower.`setNamedPowerOn(int reb, RebPsEnum psEnum, boolean on)` Turns a power supply on or off.
`void`	PathFinderQuadBox.`setNamedSwitchOn(String name, boolean on)` Turns a named switch on or off.
`void`	QuadBox.`setNamedSwitchOn(String name, boolean on)` Turns a named switch on or off.
`void`	ComCamQuadBox.`setNamedSwitchOn(String name, boolean on)` Turns a named switch on or off.
`void`	PowerDeviceGroup.`setPowerConfig(Power power)` Sets the configuration data.
`void`	RebPsDevice.`setPowerOn(int reb, int psNum, boolean on)` Turns a power supply on or off.
`void`	RebPower.`setPowerOn(int reb, int ps, boolean on)` Turns a power supply on or off.
`void`	PathFinderQuadBox.`setSwitchOn(int sw, boolean on)` Turns a switch on or off.
`void`	QuadBox.`setSwitchOn(int sw, boolean on)` Turns a switch on or off.
`void`	ComCamQuadBox.`setSwitchOn(int sw, boolean on)` Turns a switch on or off.
`void`	RebPower.`toggleNamedPower(int reb, RebPsEnum psEnum)` Toggles the on/off state of a power supply.
`void`	RebPsDevice.`togglePower(int reb, int psNum)` Toggles the on/off state of a power supply.
`void`	RebPower.`togglePower(int reb, int ps)` Toggles the on/off state of a power supply.
`void`	PowerGroup.`waitPowerOff(int timeout)` Waits for power-off to complete.
`protected void`	PowerDeviceGroup.`waitPowerOff(int timeout)` Waits for power-off to complete.
`void`	PowerGroup.`waitPowerOn(int timeout)` Waits for power-on to complete.
`protected void`	PowerDeviceGroup.`waitPowerOn(int timeout)` Waits for power-on to complete.
`void`	PowerControl.`writeAll()` Writes all set quantities to the hardware.
`void`	PowerControl.`writeCurrent()` Writes the current to the hardware.
`protected void`	PowerDevice.`writeCurrent(double current, int hwChan)` Writes the current to the hardware.
`void`	PowerControl.`writeOffDelay()` Writes the power-off delay to the hardware.
`protected void`	PowerDevice.`writeOffDelay(double offDelay, int hwChan)` Writes the power-off delay to the hardware.
`void`	PowerControl.`writeOnDelay()` Writes the power-on delay to the hardware.
`protected void`	PowerDevice.`writeOnDelay(double onDelay, int hwChan)` Writes the power-on delay to the hardware.
`void`	PowerControl.`writeOutput(boolean on)` Writes the power output state to the hardware.
`protected void`	PowerDevice.`writeOutput(boolean value, int hwChan)` Writes the power output state to the hardware.
`void`	PowerControl.`writeVoltage()` Writes the voltage to the hardware.
`protected void`	PowerDevice.`writeVoltage(double voltage, int hwChan)` Writes the voltage to the hardware.

Uses of Classorg.lsst.ccs.subsystem.power.data.PowerException

Uses of PowerException in org.lsst.ccs.subsystem.power

Uses of Class
org.lsst.ccs.subsystem.power.data.PowerException