private void EstimateParameters() { dec = new DecompositionClassic(this.variable, this.decProperties.seasonalLength, this.decProperties.isMultiplikatif, this.decProperties.initialTrend); this.decProperties.includedObservations = dec.IncludedObservations; this.decProperties.sseDEC = dec.SSE; this.decProperties.mseDEC = dec.MSE; this.decProperties.maeDEC = dec.MAE; this.decProperties.mpeDEC = dec.MPE; this.decProperties.mapeDEC = dec.MAPE; this.decProperties.parameters = dec.Parameters; this.decProperties.seasonalIdx = dec.seasonalFactor(); this.decTable.trend = dec.Trend; this.decTable.detrend = dec.Detrend; this.decTable.seasonal = dec.Seasonal; this.decTable.deseasonal = dec.Deseasonal; this.decTable.predicted = dec.Predicted; this.decTable.residual = dec.Residual; }
private void EstimateParameters() { dec = new DecompositionClassic(this.variable, this.decProperties.seasonalLength, this.decProperties.isMultiplikatif, this.decProperties.initialTrend); this.decProperties.includedObservations = dec.IncludedObservations; this.decProperties.sseDEC = dec.SSE; this.decProperties.mseDEC = dec.MSE; this.decProperties.maeDEC = dec.MAE; this.decProperties.mpeDEC = dec.MPE; this.decProperties.mapeDEC = dec.MAPE; this.decProperties.parameters = dec.Parameters; this.decProperties.seasonalIdx = dec.seasonalFactor(); this.decTable.trend = dec.Trend; this.decTable.detrend = dec.Detrend; this.decTable.seasonal = dec.Seasonal; this.decTable.deseasonal = dec.Deseasonal; this.decTable.predicted = dec.Predicted; this.decTable.residual = dec.Residual; }