Interface ILib.IAcquire.ISearch

Namespace

Csra.Interfaces

Assembly

Csra.dll

The interface for the Search branch.

public interface ILib.IAcquire.ISearch

Methods

BinarySearch<Tout>(double, double, double, bool, Func<Site<double>, Site<Tout>>, Func<Tout, bool>, double)

Performs a floating point binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the trip criteria's inflection point. The number of steps executed equals log2((inTo -inFrom) / inMinDelta), rounded up to the next integer. The search ends when the minimum delta is reached, the reported result lies within inMinDelta from the ideal result, matching criteria's direction. If no transition was found, the method returns inNotFoundResult.

Site<double> BinarySearch<Tout>(double inFrom, double inTo, double inMinDelta, bool invertingLogic, Func<Site<double>, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, double inNotFoundResult)

Parameters

inFrom double

The lower boundary of the search range. Must be less than inTo.

inTo double

The upper boundary of the search range. Must be greater than inFrom

inMinDelta double

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

Determines whether the logic is inverted. false means higher input values increase the likelihood of meeting the trip criteria. true means lower input values do.

oneMeasurement Func<Site<double>, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

inNotFoundResult double

The return value for the case when the trip criteria was never found.

Returns

Site<double>

The input value resulting in an output fulfilling the trip criteria and be closest to it's inflection point. The worst case deviation from the exact input is (inMinDelta.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(double, double, double, bool, Func<Site<double>, Site<Tout>>, Func<Tout, bool>, double, out Site<Tout>)

Performs a floating point binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the trip criteria's inflection point. The number of steps executed equals log2((inTo -inFrom) / inMinDelta), rounded up to the next integer. The search ends when the minimum delta is reached, the reported result lies within inMinDelta from the ideal result, matching criteria's direction. Additionally provides the output value of the input step found. If no transition was found, the method returns inNotFoundResult.

Site<double> BinarySearch<Tout>(double inFrom, double inTo, double inMinDelta, bool invertingLogic, Func<Site<double>, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, double inNotFoundResult, out Site<Tout> outResult)

Parameters

inFrom double

The lower boundary of the search range. Must be less than inTo.

inTo double

The upper boundary of the search range. Must be greater than inFrom

inMinDelta double

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

Determines whether the logic is inverted. false means higher input values increase the likelihood of meeting the trip criteria. true means lower input values do.

oneMeasurement Func<Site<double>, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

inNotFoundResult double

The return value for the case when the trip criteria was never found.

outResult Site<Tout>

Output - contains the output value of the input found.

Returns

Site<double>

The input value resulting in an output fulfilling the trip criteria and be closest to it's inflection point. The worst case deviation from the exact input is (inMinDelta.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(double, double, double, bool, Func<Site<double>, Site<Tout>>, Tout)

Performs a floating point binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the (numeric) target. The number of steps executed equals log2((inTo - inFrom) / inMinDelta), rounded up to the next integer. The search ends when the minimum delta is reached, the reported result lies within +/- inMinDelta from the ideal result.

Site<double> BinarySearch<Tout>(double inFrom, double inTo, double inMinDelta, bool invertingLogic, Func<Site<double>, Site<Tout>> oneMeasurement, Tout outTarget)

Parameters

inFrom double

The lower boundary of the search range. Must be less than inTo.

inTo double

The upper boundary of the search range. Must be greater than inFrom

inMinDelta double

The minimum allowable difference between successive input values, used to determine when the search should stop. Must be >0.

invertingLogic bool

A flag indicating whether the output is inverted, meaning increasing output values are a result of decreasing input values.

oneMeasurement Func<Site<double>, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value for which the corresponding input condition is searched.

Returns

Site<double>

The input value resulting in an output closest to the target. The worst case delta to the exact input is +/- (inMinDelta / 2) if it can be reached given the search range.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(double, double, double, bool, Func<Site<double>, Site<Tout>>, Tout, out Site<Tout>)

Performs a floating point binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the (numeric) target. The number of steps executed equals log2((inTo - inFrom) / inMinDelta), rounded up to the next integer. The search ends when the minimum delta is reached, the reported result lies within +/- inMinDelta from the ideal result. Additionally provides the output value for the input step found.

Site<double> BinarySearch<Tout>(double inFrom, double inTo, double inMinDelta, bool invertingLogic, Func<Site<double>, Site<Tout>> oneMeasurement, Tout outTarget, out Site<Tout> outResult)

Parameters

inFrom double

The lower boundary of the search range. Must be less than inTo.

inTo double

The upper boundary of the search range. Must be greater than inFrom

inMinDelta double

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

A flag indicating whether the output is inverted, meaning increasing output values are a result of decreasing input values.

oneMeasurement Func<Site<double>, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value for which the corresponding input condition is searched.

outResult Site<Tout>

Output - contains the output value for the input found.

Returns

Site<double>

The input value resulting in an output closest to the target. The worst case delta to the exact input is +/- (inMinDelta / 2) if it can be reached given the search range.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(int, int, int, bool, Func<Site<int>, Site<Tout>>, Func<Tout, bool>, int)

Performs an integer binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the trip criteria's inflection point. The number of steps executed does not exceed log2((inTo -inFrom) / inMinDelta), rounded up to the next integer. The search ends when the input value closest to the transition point (within the specified inMinDelta resolution), but matching the criteria is reached. If no transition was found, the method returns inNotFoundResult.

Site<int> BinarySearch<Tout>(int inFrom, int inTo, int inMinDelta, bool invertingLogic, Func<Site<int>, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, int inNotFoundResult)

Parameters

inFrom int

The lower boundary of the search range. Must be less than inTo.

inTo int

The upper boundary of the search range. Must be greater than inFrom

inMinDelta int

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

Determines whether the logic is inverted. false means higher input values increase the likelihood of meeting the trip criteria. true means lower input values do.

oneMeasurement Func<Site<int>, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

inNotFoundResult int

The return value for the case when the trip criteria was never found.

Returns

Site<int>

The input value resulting in an output fulfilling the trip criteria and be closest to it's inflection point. The worst case deviation from the exact input is (inMinDelta.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(int, int, int, bool, Func<Site<int>, Site<Tout>>, Func<Tout, bool>, int, out Site<Tout>)

Performs an integer binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the trip criteria's inflection point. The number of steps executed does not exceed log2((inTo -inFrom) / inMinDelta), rounded up to the next integer. The search ends when the input value closest to the transition point (within the specified inMinDelta resolution), but matching the criteria is reached. If no transition was found, the method returns inNotFoundResult.

Site<int> BinarySearch<Tout>(int inFrom, int inTo, int inMinDelta, bool invertingLogic, Func<Site<int>, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, int inNotFoundResult, out Site<Tout> outResult)

Parameters

inFrom int

The lower boundary of the search range. Must be less than inTo.

inTo int

The upper boundary of the search range. Must be greater than inFrom

inMinDelta int

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

Determines whether the logic is inverted. false means higher input values increase the likelihood of meeting the trip criteria. true means lower input values do.

oneMeasurement Func<Site<int>, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

inNotFoundResult int

The return value for the case when the trip criteria was never found.

outResult Site<Tout>

Output - contains the output value of the input found.

Returns

Site<int>

The input value resulting in an output fulfilling the trip criteria and be closest to it's inflection point. The worst case deviation from the exact input is (inMinDelta.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(int, int, int, bool, Func<Site<int>, Site<Tout>>, Tout)

Performs an integer binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the target. The number of steps executed does not exceed log2((inTo - inFrom) / inMinDelta), rounded up to the next integer. The search ends when the best input value (within the specified inMinDelta resolution) is reached.

Site<int> BinarySearch<Tout>(int inFrom, int inTo, int inMinDelta, bool invertingLogic, Func<Site<int>, Site<Tout>> oneMeasurement, Tout outTarget)

Parameters

inFrom int

The lower boundary of the search range. Must be less than inTo.

inTo int

The upper boundary of the search range. Must be greater than inFrom

inMinDelta int

The minimum allowable difference between successive input values, used to determine when the search should stop. Must be >0.

invertingLogic bool

A flag indicating whether the output is inverted, meaning increasing output values are a result of decreasing input values.

oneMeasurement Func<Site<int>, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value for which the corresponding input condition is searched.

Returns

Site<int>

The input value resulting in an output closest to the target. The worst case delta to the exact input is +/- (inMinDelta / 2) if it can be reached given the search range.

Type Parameters

Tout

The type of the device's output.

BinarySearch<Tout>(int, int, int, bool, Func<Site<int>, Site<Tout>>, Tout, out Site<Tout>)

Performs an integer binary search between inFrom and inTo by executing oneMeasurement at each step. Determines the input resulting in an output closest to the target. The number of steps executed does not exceed log2((inTo - inFrom) / inMinDelta), rounded up to the next integer. The search ends when the best input value (within the specified inMinDelta resolution) is reached.

Site<int> BinarySearch<Tout>(int inFrom, int inTo, int inMinDelta, bool invertingLogic, Func<Site<int>, Site<Tout>> oneMeasurement, Tout outTarget, out Site<Tout> outResult)

Parameters

inFrom int

The lower boundary of the search range. Must be less than inTo.

inTo int

The upper boundary of the search range. Must be greater than inFrom

inMinDelta int

The minimum allowable difference between successive input values, used to determine when the search should stop.

invertingLogic bool

A flag indicating whether the output is inverted, meaning increasing output values are a result of decreasing input values.

oneMeasurement Func<Site<int>, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value for which the corresponding input condition is searched.

outResult Site<Tout>

Output - contains the output value for the input found.

Returns

Site<int>

The input value resulting in an output closest to the target. The worst case delta to the exact input is +/- (inMinDelta / 2) if it can be reached given the search range.

Type Parameters

Tout

The type of the device's output.

LinearFullFromIncCount<Tin>(Tin, Tin, int, Action<Tin>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. The ramp ends after inCount measurements are completed.

void LinearFullFromIncCount<Tin>(Tin inFrom, Tin inIncrement, int inCount, Action<Tin> oneMeasurement)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

oneMeasurement Action<Tin>

The action to execute for every measurement.

Type Parameters

Tin

The type of the input condition for the device.

LinearFullFromToCount<Tin>(Tin, Tin, int, Action<Tin>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. The ramp ends after inCount measurements are completed.

Tin LinearFullFromToCount<Tin>(Tin inFrom, Tin inTo, int inCount, Action<Tin> oneMeasurement)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

oneMeasurement Action<Tin>

The action to execute for every measurement.

Returns

Tin

The calculated increment, for later use in the processing step (ignore if not needed).

Type Parameters

Tin

The type of the input condition for the device.

LinearFullFromToInc<Tin>(Tin, Tin, Tin, Action<Tin>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. The ramp ends with the last input less or equal inTo.

void LinearFullFromToInc<Tin>(Tin inFrom, Tin inTo, Tin inIncrement, Action<Tin> oneMeasurement)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

oneMeasurement Action<Tin>

The action to execute for every measurement.

Type Parameters

Tin

The type of the input condition for the device.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>, out Site<Tout>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex, out Site<Tout> tripOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

tripOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromIncCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>, out Site<Tout>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromIncCount<Tin, Tout>(Tin inFrom, Tin inIncrement, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex, out Site<Tout> closestOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inCount int

The total number of steps to execute.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

closestOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>, out Site<Tout>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or after inCount measurements are completed. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex, out Site<Tout> tripOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

tripOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToCount<Tin, Tout>(Tin, Tin, int, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>, out Site<Tout>)

Performs a linear search between inFrom and inTo with inCount inputs. Executes oneMeasurement at each step including the end points. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or after inCount measurements are completed. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromToCount<Tin, Tout>(Tin inFrom, Tin inTo, int inCount, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex, out Site<Tout> closestOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inCount int

The number of equally spaced steps to execute, including both endpoints exactly.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

closestOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or with the last input less or equal inTo.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or with the last input less or equal inTo. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Func<Tout, bool>, out Site<int>, out Site<Tout>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the first input meeting the outTripCriteria. The ramp stops prematurely when the trip criteria is met on all sites, or with the last input less or equal inTo. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Func<Tout, bool> outTripCriteria, out Site<int> tripIndex, out Site<Tout> tripOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTripCriteria Func<Tout, bool>

A delegate indicating the output meets the condition required for the input value searched.

tripIndex Site<int>

Output - contains the index of the input step found.

tripOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The first input value resulting in an output satisfying the trip criteria.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Tout)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or with the last input less or equal inTo.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or with the last input less or equal inTo. Additionally provides the index of the input step found.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.

LinearStopFromToInc<Tin, Tout>(Tin, Tin, Tin, Tin, Tin, Func<Tin, Site<Tout>>, Tout, out Site<int>, out Site<Tout>)

Performs a linear search from inFrom by increasing with inIncrement. Executes oneMeasurement at each step including the start point. Determines the input resulting in an output closest to the (numeric) outTarget. The ramp stops prematurely when the target output is surpassed on all sites, or with the last input less or equal inTo. Additionally provides the index and output value of the input step found.

Site<Tin> LinearStopFromToInc<Tin, Tout>(Tin inFrom, Tin inTo, Tin inIncrement, Tin inOffset, Tin inNotFoundResult, Func<Tin, Site<Tout>> oneMeasurement, Tout outTarget, out Site<int> closestIndex, out Site<Tout> closestOut)

Parameters

inFrom Tin

The starting point of the linear input ramp.

inTo Tin

The end point of the linear input ramp.

inIncrement Tin

The input increment value for every step.

inOffset Tin

The offset to correct the calculated input value. Use negative values to compensate propagation delays for output switching.

inNotFoundResult Tin

The return value for the case when the trip criteria was never found.

oneMeasurement Func<Tin, Site<Tout>>

The action to execute for every measurement.

outTarget Tout

The (numeric) target output value to be searched.

closestIndex Site<int>

Output - contains the index of the input step found.

closestOut Site<Tout>

Output - contains the output value of the input step found.

Returns

Site<Tin>

The input value resulting in an output closest to the target.

Type Parameters

Tin

The type of the input condition for the device.

Tout

The type of the device's output.