1 write to _parentForecaster
Microsoft.ML.TimeSeries (1)
SsaForecastingBase.cs (1)
255
_parentForecaster
= (SsaForecastingBase)Parent;
17 references to _parentForecaster
Microsoft.ML.TimeSeries (17)
SsaForecastingBase.cs (17)
243
_parentForecaster
.Model =
_parentForecaster
.Model.Clone();
244
_model =
_parentForecaster
.Model;
256
_model =
_parentForecaster
.Model;
266
dst = new VBuffer<float>(LocalHorizon ??
_parentForecaster
.Horizon,
267
((AdaptiveSingularSpectrumSequenceModelerInternal)_model).Forecast(
_parentForecaster
.Horizon));
278
((AdaptiveSingularSpectrumSequenceModelerInternal)_model).ForecastWithConfidenceIntervals(LocalHorizon ??
_parentForecaster
.Horizon,
279
out float[] forecast, out float[] min, out float[] max, LocalConfidenceLevel ??
_parentForecaster
.ConfidenceLevel);
281
dst1 = new VBuffer<float>(
_parentForecaster
.Horizon, forecast);
282
dst2 = new VBuffer<float>(
_parentForecaster
.Horizon, min);
283
dst3 = new VBuffer<float>(
_parentForecaster
.Horizon, max);
288
int horizon = LocalHorizon ??
_parentForecaster
.Horizon;
294
int horizon = LocalHorizon ??
_parentForecaster
.Horizon;
296
out float[] forecast, out float[] min, out float[] max, LocalConfidenceLevel ??
_parentForecaster
.ConfidenceLevel);
303
int horizon = LocalHorizon ??
_parentForecaster
.Horizon;
305
out float[] forecast, out float[] min, out float[] max, LocalConfidenceLevel ??
_parentForecaster
.ConfidenceLevel);
310
public override void Consume(Single input) => _model.Consume(ref input,
_parentForecaster
.IsAdaptive);