Class PolynomialScheduler<T>

Curriculum scheduler with polynomial progression curve.

public class PolynomialScheduler<T> : CurriculumSchedulerBase<T>, ICurriculumScheduler<T>

Inherited Members: CurriculumSchedulerBase<T>.NumOps

CurriculumSchedulerBase<T>.TotalEpochs

CurriculumSchedulerBase<T>.MinFraction

CurriculumSchedulerBase<T>.MaxFraction

CurriculumSchedulerBase<T>.CurrentPhase

CurriculumSchedulerBase<T>.CurrentEpoch

CurriculumSchedulerBase<T>.TotalPhases

CurriculumSchedulerBase<T>.CurrentPhaseNumber

CurriculumSchedulerBase<T>.IsComplete

CurriculumSchedulerBase<T>.GetDifficultyThreshold()

CurriculumSchedulerBase<T>.StepEpoch(CurriculumEpochMetrics<T>)

CurriculumSchedulerBase<T>.AdvancePhase()

CurriculumSchedulerBase<T>.Reset()

CurriculumSchedulerBase<T>.GetCurrentIndices(int[], int)

CurriculumSchedulerBase<T>.GetIndicesAtPhase(int[], int, T)

CurriculumSchedulerBase<T>.InterpolateFraction(T)

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

object.ReferenceEquals(object, object)

object.ToString()

Remarks

For Beginners: This scheduler uses a polynomial curve to control progression speed. The power parameter determines the curve shape.

Power Parameter Effects:

Initializes a new instance of the PolynomialScheduler<T> class.

public PolynomialScheduler(int totalEpochs, double power = 2, T? minFraction = default, T? maxFraction = default)

Gets the name of this scheduler.

public override string Name { get; }

Gets the current data fraction using polynomial curve.

public override T GetDataFraction()

Gets scheduler-specific statistics.

public override Dictionary<string, object> GetStatistics()