TopCon API  1.1.0
.Net API to control TopCon devices
CH.Regatron.HPPS.TFE.FunctionEngine Class Reference

This class implements the FunctionEngine that resides inside of the TopCon device (physically in the TopCon or in the virtual correspondant). It is derived from the CurveList as it contains the More...

Inheritance diagram for CH.Regatron.HPPS.TFE.FunctionEngine:
Inheritance graph

Public Types

enum  FnBlockDefinition : uint { FnBlockDefinition.VOLTAGE = 0, FnBlockDefinition.CURRENT = 1, FnBlockDefinition.POWER = 2 }
 

Public Member Functions

 FunctionEngine (ReDev.TopCon topCon)
 This class is the FunctionEngine, an extended list of the CurveList. It includes a pointer to the currently activated TFECurve might be null what means that it references the curve with number 9999 the last used curve in the TopCon. More...
 
void CopyCurveFromTopConFlashToTopConFlash (UInt32 fromNumber, UInt32 toNumber)
 This method uses an internal copy of the curve with number FromNumber in the TopCon flash memory and copies it as curve with number ToNumber in the TopCon flash.
Throws interrupt if 'from'curve does not exist or if 'tocurve' still exists. Use DeleteCurveInTopConFlashWithNumber to delete the target (if already existing).
Remark on the duration of this action: the time needed for this method varies a lot depending on the state of the flash. Writing data to the TopCon triggers a copying of all curves from one flash page to another. The curve that has to be written down is added to this new flash page. It is obvious that the time needed for copying all curves to the second flash page is depending on the number and length of the already existing curves in the flash page (as they all need to be copied as well).
Side effect: The internal curve pointer is set to the resulting curve. More...
 
CurveContainer GetCurveContainerFromTopConFlashWithNumber (UInt32 curveNumber)
 This method fetches a CurveContainer from the TopCon device. The CurveContainer contains the curve with the number given as parameter to the method. More...
 
void StoreCurveContainerToTopConFlash (CurveContainer curveContainer)
 This method stores the given CurveContainer on the TopCon device. The CurveContainer contains the curve to be stored on the TopCon. The function stores the curve as curve with number given in the internal CurveHeader. Use the method setCurveNumber() of the CurveContainer object to change the identifying number. More...
 
void DeleteCurveInTopConWithNum (UInt32 curveNumber)
 This method deletes a curve in the TopCon flash memory.
The function will throw an interrupt, if the curve cannot be deleted. More...
 
void DeleteInFlashAllCurves ()
 This method deletes all curves in the TopCon flash memory.
The function will throw an interrupt, if the curves cannot be deleted. More...
 
Boolean IsFunctionEngineEnabled ()
 Returns the enable state of the TopCon Function Engine (TFE). More...
 
void SwitchToCurve (UInt32 curveNumber)
 This method has to be used to switch from one curve to another one.
An interrupt is thrown if curve does not exist or exceeds the valid range. More...
 
void LoadCurveListFromTopCon ()
 Loads the list of TopCon function from the TopCon device into this object. Typical use: More...
 
Boolean IsListNumberAlreadyUsed (UInt32 listNumber, Boolean reloadFunctionHeader)
 This method checks if a curve with the number given as parameter is already available in the TopCon device. More...
 
UInt32 GetNumberOfActivatedCurve ()
 This method returns the number of the activated curve. More...
 
void SetCurveTransitionTime (Double transitionTime)
 This method sets the curve transition time (in TopControl: Ramp time).
This curve transition time is the time to be used to switch from one curve to another. This allows for a smooth, linear transition between two curves. Please refer to the TopCon programming documentation for further investigation on how this works. More...
 
Double GetCurveTransitionTime ()
 This method reads the curve transition time (in TopControl: Ramp time).
This curve transition time is the time to be used to switch from one curve to another. This allows for a smooth, linear transition between two curves. Please refer to the TopCon programming documentation to fully understand the transition process. More...
 
void SetSasIrradianceReference (Double irradiance, Double duration)
 This method allows to change the irradiance of the currently executed CALCULATED SASCurve to a new irradiance. More...
 
Double GetSasIrradianceActual ()
 This function returns the current value of the irradiance setting (when using a CalculatedSASCurve). More...
 
Double GetSasIrradianceRampTimeRemaining ()
 This function returns the remaining time of the currently running Irradiance ramp. More...
 
Double GetSasIrradianceReference ()
 This function returns the reference value of the More...
 
Double GetSasIrradianceRampTimePlanned ()
 This function returns the planned time of the currently running Irradiance ramp. More...
 
void SetSasTemperatureReference (Double temperature, Double duration)
 This method allows to change the simulated temperature of the solar array, represented by a CALCULATED SASCurve. More...
 
Double GetSasTemperatureActual ()
 This function returns the current value of the temperature setting (when using a CalculatedSASCurve). More...
 
Double GetSasTemperatureRampTimeRemaining ()
 This function returns the remaining time of the currently running temperature ramp. More...
 
Double GetSasTemperatureReference ()
 This function returns the reference value of the temperature of the solar array. More...
 
Double GetSasTemperatureRampTimePlanned ()
 This function returns the planned time of the currently running temperature ramp. More...
 
RegaSAS.MPPData GetSasMppData ()
 This method reads the MPP data as it is used at that moment (this means: when changing amplitude or inputScaling with a CustomSASCurve or irradiance or temperature with a CalculatedSASCurve, this value mirrors the dynamic change of the MPP).
This method automatically switch to TC.LIN system values if supported and attached to TC.P or TC.MAC. More...
 
void SetSasAmplitudeReference (Double amplitude, Double duration)
 This method allows to change the amplitude of the currently executed CUSTOM SASCurve to a new amplitude value. The transition lasts for the time given as second parameter.
Side effect: a currently running inputScaling ramp will be stopped and remains on the current level. More...
 
Double GetSasAmplitudeActual ()
 This function returns the SAS amplitude (y-value) of the currently running amplitude ramp. More...
 
void SetSasInputScalingReference (Double inputScaling, Double duration)
 This method allows to change the inputScaling (x-axis) of the currently executed CUSTOM SASCurve to a new value of an inputScaling.
The transition lasts for the time given as second parameter.
The inputScaling ramp follows a 1/x function. Side effect: a currently running Amplitude ramp will be stopped and remains on the current level. More...
 
Double GetSasInputScalingActual ()
 This function returns the SAS inputScaling (= x-value) of the currently running inputScaling ramp. More...
 
void SetSasAmplitudeAndInputScalingReference (Double amplitude, Double inputScaling, Double duration, bool restoreDurationTime=false)
 This method allows to change the amplitude (y-axis) and the Inputscaling (x-axis) of the currently executed CUSTOM SASCurve to new values of an inputscaling. The change transition starts at the current values and lasts for 'duration' (third parameter).
The Amplitude is a linear ramp, the inputScaling follows a 1/x specification. More...
 
void GetSasAmplitudeAndInputScalingActual (ref Double amplitude, ref Double inputScaling)
 This method returns the amplitude and inputScaling values, recorded during a single controller cycle, as reference parameters.Hence it allows to work with truely synchronized data from one single controller cycle. More...
 
- Public Member Functions inherited from CH.Regatron.HPPS.TFE.CurveList
 CurveList (ReDev.TopCon topCon)
 This class is a List of TFECurves. It includes a pointer to the currently activated TFECurve (might be -null- what means that it references the curve with number 9999 / the last used curve in the TopCon.). More...
 
void UpdateCurveListFromTopCon ()
 This is a convenience function for calling updateCurveListFromTopCon(true) More...
 
void UpdateCurveListFromTopCon (Boolean onDateErrorUseNewCreationDate)
 This method updates this function engine List oft TFECurves with the actual list of curve headers being stored in the flash memory of the TopCon.
Remark: Not all parts of the functions are fetched from the TopCon device, only the TFECurve headers (= number, name, creation date and some internals) are transferred. This keeps the amount of data to be transmitted small.
The curve with number 9999 (automatically saved by TFE) is ignored and not uploaded. More...
 
Boolean IsCurveNumberUsedInList (UInt32 curveNumber)
 This method checks if a curve with the number given as parameter is already available in the uploaded list. More...
 
static string GetLastError ()
 

Static Public Attributes

const Double LowestIrradiationAllowed = 0
 Lowest value of irradiance: 0.0 W/m2 More...
 
const Double HighestIrradiationAllowed = 2000
 Maximum value of irradiance: 2000.0 W/m2 More...
 
const Double LowestTemperatureAllowed = -100.0
 Lower limit of temperature range -100.0 degree Celsius More...
 
const Double HighestTemperatureAllowed = 120.0
 Upper limit of temperature range 120.0 degree Celsius More...
 
const Double ShortestRampTimeIrradiation = 1.0
 Smallest duration of an irradiation transition 1.0 s More...
 
const Double LongestRampTimeIrradiation = 34500.0
 Biggest duration of an irradiation transition 34500.0s More...
 
const Double ShortestRampTimeTemperature = 1.0
 Smallest duration of a temperature transition 1.0s More...
 
const Double LongestRampTimeTemperature = 34500.0
 Biggest duration of a temperature transition 34500.0s More...
 
const Double LowestInputScaling = 0.125
 Smallest value of InputScaling 0.125 = 12.5%
percentage factor, used with AAP + SAS curves More...
 
const Double MaxInputScaling = 10.0
 Highest value of InputScaling 10.0 = 1000 %
percentage factor, used with AAP + SAS curves More...
 
const Double ShortestRampTimeGeneral = 0.001
 Shortest duration of a transition when switching between two curves, changing amplitude and or input scaling 0.001s More...
 
const Double LongestRampTimeGeneral = 86400.0
 Longest duration of a transition when switching between two curves, changing amplitude and or input scaling 86400.0 s More...
 

Detailed Description

This class implements the FunctionEngine that resides inside of the TopCon device (physically in the TopCon or in the virtual correspondant). It is derived from the CurveList as it contains the

Member Enumeration Documentation

◆ FnBlockDefinition

Enumerator
VOLTAGE 
  </summary> 
CURRENT 
  </summary> 
POWER 
  </summary> 

Constructor & Destructor Documentation

◆ FunctionEngine()

CH.Regatron.HPPS.TFE.FunctionEngine.FunctionEngine ( ReDev.TopCon  topCon)

This class is the FunctionEngine, an extended list of the CurveList. It includes a pointer to the currently activated TFECurve might be null what means that it references the curve with number 9999 the last used curve in the TopCon.

Parameters
topConthe calling TopCon (if available; might not be 'null' )

Member Function Documentation

◆ CopyCurveFromTopConFlashToTopConFlash()

void CH.Regatron.HPPS.TFE.FunctionEngine.CopyCurveFromTopConFlashToTopConFlash ( UInt32  fromNumber,
UInt32  toNumber 
)

This method uses an internal copy of the curve with number FromNumber in the TopCon flash memory and copies it as curve with number ToNumber in the TopCon flash.
Throws interrupt if 'from'curve does not exist or if 'tocurve' still exists. Use DeleteCurveInTopConFlashWithNumber to delete the target (if already existing).
Remark on the duration of this action: the time needed for this method varies a lot depending on the state of the flash. Writing data to the TopCon triggers a copying of all curves from one flash page to another. The curve that has to be written down is added to this new flash page. It is obvious that the time needed for copying all curves to the second flash page is depending on the number and length of the already existing curves in the flash page (as they all need to be copied as well).
Side effect: The internal curve pointer is set to the resulting curve.

Parameters
fromNumberNumber of the origin curve (curve must exist).
toNumberNumber of the curve to be created.

◆ DeleteCurveInTopConWithNum()

void CH.Regatron.HPPS.TFE.FunctionEngine.DeleteCurveInTopConWithNum ( UInt32  curveNumber)

This method deletes a curve in the TopCon flash memory.
The function will throw an interrupt, if the curve cannot be deleted.

Parameters
curveNumberNumber of the curve to be deleted. [1...999]

◆ DeleteInFlashAllCurves()

void CH.Regatron.HPPS.TFE.FunctionEngine.DeleteInFlashAllCurves ( )

This method deletes all curves in the TopCon flash memory.
The function will throw an interrupt, if the curves cannot be deleted.

◆ GetCurveContainerFromTopConFlashWithNumber()

CurveContainer CH.Regatron.HPPS.TFE.FunctionEngine.GetCurveContainerFromTopConFlashWithNumber ( UInt32  curveNumber)

This method fetches a CurveContainer from the TopCon device. The CurveContainer contains the curve with the number given as parameter to the method.

Parameters
curveNumberNumber of the curve to be loaded from the TopCon [1...999]
Returns
The curve container that contains the raw data of the curve, indicated by the parameter curveNumber.

◆ GetCurveTransitionTime()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetCurveTransitionTime ( )

This method reads the curve transition time (in TopControl: Ramp time).
This curve transition time is the time to be used to switch from one curve to another. This allows for a smooth, linear transition between two curves. Please refer to the TopCon programming documentation to fully understand the transition process.

Returns
The currently set transition time [s].

◆ GetNumberOfActivatedCurve()

UInt32 CH.Regatron.HPPS.TFE.FunctionEngine.GetNumberOfActivatedCurve ( )

This method returns the number of the activated curve.

Returns
Number of the curve currently being activated.

◆ GetSasAmplitudeActual()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasAmplitudeActual ( )

This function returns the SAS amplitude (y-value) of the currently running amplitude ramp.

Returns
Amplitude value of the actual amplitude ramp operation. [A]

◆ GetSasAmplitudeAndInputScalingActual()

void CH.Regatron.HPPS.TFE.FunctionEngine.GetSasAmplitudeAndInputScalingActual ( ref Double  amplitude,
ref Double  inputScaling 
)

This method returns the amplitude and inputScaling values, recorded during a single controller cycle, as reference parameters.Hence it allows to work with truely synchronized data from one single controller cycle.

Parameters
amplitudePointer to the memory where the actual amplitude value is to be stored.
inputScalingPointer to the memory where the actual input scaling value is to be stored.

◆ GetSasInputScalingActual()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasInputScalingActual ( )

This function returns the SAS inputScaling (= x-value) of the currently running inputScaling ramp.

Returns
Current inputScaling value of the actual inputScaling ramp operation[V].

◆ GetSasIrradianceActual()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasIrradianceActual ( )

This function returns the current value of the irradiance setting (when using a CalculatedSASCurve).

Returns
The value of the actual encountered irradiance [W/m2].

◆ GetSasIrradianceRampTimePlanned()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasIrradianceRampTimePlanned ( )

This function returns the planned time of the currently running Irradiance ramp.

Returns
Time (as double in seconds ) of the planned time of the current irradiance ramp operation.

◆ GetSasIrradianceRampTimeRemaining()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasIrradianceRampTimeRemaining ( )

This function returns the remaining time of the currently running Irradiance ramp.

Returns
Time (as double) of the remaining time of the current irradiance ramp operation.

◆ GetSasIrradianceReference()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasIrradianceReference ( )

This function returns the reference value of the

Returns
The reference value of the irradiance [W/m2].

◆ GetSasMppData()

RegaSAS.MPPData CH.Regatron.HPPS.TFE.FunctionEngine.GetSasMppData ( )

This method reads the MPP data as it is used at that moment (this means: when changing amplitude or inputScaling with a CustomSASCurve or irradiance or temperature with a CalculatedSASCurve, this value mirrors the dynamic change of the MPP).
This method automatically switch to TC.LIN system values if supported and attached to TC.P or TC.MAC.

Returns

◆ GetSasTemperatureActual()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasTemperatureActual ( )

This function returns the current value of the temperature setting (when using a CalculatedSASCurve).

Returns
The actual temperature value [degree Celsius] of the solar to be simulated.

◆ GetSasTemperatureRampTimePlanned()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasTemperatureRampTimePlanned ( )

This function returns the planned time of the currently running temperature ramp.

Returns
Time of the planned time of the current temperature ramp operation in [s].

◆ GetSasTemperatureRampTimeRemaining()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasTemperatureRampTimeRemaining ( )

This function returns the remaining time of the currently running temperature ramp.

Returns
Time (as double) of the remaining time of the current temperature ramp operation.

◆ GetSasTemperatureReference()

Double CH.Regatron.HPPS.TFE.FunctionEngine.GetSasTemperatureReference ( )

This function returns the reference value of the temperature of the solar array.

Returns
The target value of the temperature to be simulated [degree Celsius].

◆ IsFunctionEngineEnabled()

Boolean CH.Regatron.HPPS.TFE.FunctionEngine.IsFunctionEngineEnabled ( )

Returns the enable state of the TopCon Function Engine (TFE).

Returns
true if TFE enabled, false otherwise.

◆ IsListNumberAlreadyUsed()

Boolean CH.Regatron.HPPS.TFE.FunctionEngine.IsListNumberAlreadyUsed ( UInt32  listNumber,
Boolean  reloadFunctionHeader 
)

This method checks if a curve with the number given as parameter is already available in the TopCon device.

Parameters
listNumberNumber of the curve that is checked for existance.
reloadFunctionHeader
Returns

◆ LoadCurveListFromTopCon()

void CH.Regatron.HPPS.TFE.FunctionEngine.LoadCurveListFromTopCon ( )

Loads the list of TopCon function from the TopCon device into this object. Typical use:

Device.TopCon myTopCon = new Device.TopCon();
myTopCon.Connect(port);
...
TFE.CurveList curveList = new TFE.CurveList();
curveList.LoadCurveListFromTopCon();

◆ SetCurveTransitionTime()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetCurveTransitionTime ( Double  transitionTime)

This method sets the curve transition time (in TopControl: Ramp time).
This curve transition time is the time to be used to switch from one curve to another. This allows for a smooth, linear transition between two curves. Please refer to the TopCon programming documentation for further investigation on how this works.

Parameters
transitionTimeThe transition time to be used for a switch between two curves[s].

◆ SetSasAmplitudeAndInputScalingReference()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetSasAmplitudeAndInputScalingReference ( Double  amplitude,
Double  inputScaling,
Double  duration,
bool  restoreDurationTime = false 
)

This method allows to change the amplitude (y-axis) and the Inputscaling (x-axis) of the currently executed CUSTOM SASCurve to new values of an inputscaling. The change transition starts at the current values and lasts for 'duration' (third parameter).
The Amplitude is a linear ramp, the inputScaling follows a 1/x specification.

Parameters
amplitudeTarget value of the amplitude to be used [A], valid range: [0...maxCurrent], determined automatically).
inputScalingTarget percentage value of the functional input [ true factor ] valid range: [0.125 ...10] - This is the spreading / shrinking value (1/100 of the percentage value that is to be inserted in TopControl) in relation of the base value of the curve.)
durationDuration to shift the curve from the old value to the new value [s], range: [0...345600]
restoreDurationTimefalse: the duration time set with this method, remains on the device (recommended).
true: the value stored on the device before calling this method is restored at the end of this call.

◆ SetSasAmplitudeReference()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetSasAmplitudeReference ( Double  amplitude,
Double  duration 
)

This method allows to change the amplitude of the currently executed CUSTOM SASCurve to a new amplitude value. The transition lasts for the time given as second parameter.
Side effect: a currently running inputScaling ramp will be stopped and remains on the current level.

Parameters
amplitudeTarget value of the amplitude [A] (currently limited to MaximumSystemCurrent)
durationDuration to shift from the old amplitude to the new value in [s], range: [0...345600]

◆ SetSasInputScalingReference()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetSasInputScalingReference ( Double  inputScaling,
Double  duration 
)

This method allows to change the inputScaling (x-axis) of the currently executed CUSTOM SASCurve to a new value of an inputScaling.
The transition lasts for the time given as second parameter.
The inputScaling ramp follows a 1/x function. Side effect: a currently running Amplitude ramp will be stopped and remains on the current level.

Parameters
inputScalingTarget percentage value of the functional input [ true factor ] (valid range: [0.125 ... 10] - This is the spreading / shrinking value (1/100 of the percentage value that is to be inserted in TopControl) in relation of the base value of the curve.)
durationDuration to shift the curve from the old value to the new value [s], range: [0...345600s]

◆ SetSasIrradianceReference()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetSasIrradianceReference ( Double  irradiance,
Double  duration 
)

This method allows to change the irradiance of the currently executed CALCULATED SASCurve to a new irradiance.

Parameters
irradianceTarget value of the irradiance [W/m2]
durationDuration to shift from the old irradiance to the new value [s]

◆ SetSasTemperatureReference()

void CH.Regatron.HPPS.TFE.FunctionEngine.SetSasTemperatureReference ( Double  temperature,
Double  duration 
)

This method allows to change the simulated temperature of the solar array, represented by a CALCULATED SASCurve.

Parameters
temperatureTarget value of the temperature [degree Celsius].
durationDuration of the transition to the new temperature in [s].

◆ StoreCurveContainerToTopConFlash()

void CH.Regatron.HPPS.TFE.FunctionEngine.StoreCurveContainerToTopConFlash ( CurveContainer  curveContainer)

This method stores the given CurveContainer on the TopCon device. The CurveContainer contains the curve to be stored on the TopCon. The function stores the curve as curve with number given in the internal CurveHeader. Use the method setCurveNumber() of the CurveContainer object to change the identifying number.

Parameters
curveContainerCurveContainer that contains the curve to be stored on the TopCon.
Returns
The curve container that contains the raw data of the curve, indicated by the parameter curveNumber.

◆ SwitchToCurve()

void CH.Regatron.HPPS.TFE.FunctionEngine.SwitchToCurve ( UInt32  curveNumber)

This method has to be used to switch from one curve to another one.
An interrupt is thrown if curve does not exist or exceeds the valid range.

Parameters
curveNumberNumber of the curve to be switched to [1...999].

Member Data Documentation

◆ HighestIrradiationAllowed

const Double CH.Regatron.HPPS.TFE.FunctionEngine.HighestIrradiationAllowed = 2000
static

Maximum value of irradiance: 2000.0 W/m2

See also
LowestIrradiationAllowed

◆ HighestTemperatureAllowed

const Double CH.Regatron.HPPS.TFE.FunctionEngine.HighestTemperatureAllowed = 120.0
static

Upper limit of temperature range 120.0 degree Celsius

See also
LowestTemperatureAllowed

◆ LongestRampTimeGeneral

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LongestRampTimeGeneral = 86400.0
static

Longest duration of a transition when switching between two curves, changing amplitude and or input scaling 86400.0 s

See also
ShortestRampTimeGeneral

◆ LongestRampTimeIrradiation

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LongestRampTimeIrradiation = 34500.0
static

Biggest duration of an irradiation transition 34500.0s

See also
ShortestRampTimeIrradiation

◆ LongestRampTimeTemperature

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LongestRampTimeTemperature = 34500.0
static

Biggest duration of a temperature transition 34500.0s

See also
ShortestRampTimeTemperature

◆ LowestInputScaling

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LowestInputScaling = 0.125
static

Smallest value of InputScaling 0.125 = 12.5%
percentage factor, used with AAP + SAS curves

See also
MaxInputScaling

◆ LowestIrradiationAllowed

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LowestIrradiationAllowed = 0
static

Lowest value of irradiance: 0.0 W/m2

See also
HighestIrradiationAllowed

◆ LowestTemperatureAllowed

const Double CH.Regatron.HPPS.TFE.FunctionEngine.LowestTemperatureAllowed = -100.0
static

Lower limit of temperature range -100.0 degree Celsius

See also
HighestTemperatureAllowed

◆ MaxInputScaling

const Double CH.Regatron.HPPS.TFE.FunctionEngine.MaxInputScaling = 10.0
static

Highest value of InputScaling 10.0 = 1000 %
percentage factor, used with AAP + SAS curves

See also
LowestInputScaling

◆ ShortestRampTimeGeneral

const Double CH.Regatron.HPPS.TFE.FunctionEngine.ShortestRampTimeGeneral = 0.001
static

Shortest duration of a transition when switching between two curves, changing amplitude and or input scaling 0.001s

See also
LongestRampTimeGeneral

◆ ShortestRampTimeIrradiation

const Double CH.Regatron.HPPS.TFE.FunctionEngine.ShortestRampTimeIrradiation = 1.0
static

Smallest duration of an irradiation transition 1.0 s

See also
LongestRampTimeIrradiation

◆ ShortestRampTimeTemperature

const Double CH.Regatron.HPPS.TFE.FunctionEngine.ShortestRampTimeTemperature = 1.0
static

Smallest duration of a temperature transition 1.0s

See also
LongestRampTimeTemperature