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org.dmg.pmml.time_series.PMMLAttributes Maven / Gradle / Ivy
package org.dmg.pmml.time_series;
import java.lang.reflect.Field;
public interface PMMLAttributes {
Field ARIMA_RMSE = org.jpmml.model.ReflectionUtil.getField(ARIMA.class, "rmse");
Field ARIMA_TRANSFORMATION = org.jpmml.model.ReflectionUtil.getField(ARIMA.class, "transformation");
Field ARIMA_CONSTANTTERM = org.jpmml.model.ReflectionUtil.getField(ARIMA.class, "constantTerm");
Field ARIMA_PREDICTIONMETHOD = org.jpmml.model.ReflectionUtil.getField(ARIMA.class, "predictionMethod");
Field ARMAPART_CONSTANT = org.jpmml.model.ReflectionUtil.getField(ARMAPart.class, "constant");
Field ARMAPART_P = org.jpmml.model.ReflectionUtil.getField(ARMAPart.class, "p");
Field ARMAPART_Q = org.jpmml.model.ReflectionUtil.getField(ARMAPart.class, "q");
Field DYNAMICREGRESSOR_FIELD = org.jpmml.model.ReflectionUtil.getField(DynamicRegressor.class, "field");
Field DYNAMICREGRESSOR_TRANSFORMATION = org.jpmml.model.ReflectionUtil.getField(DynamicRegressor.class, "transformation");
Field DYNAMICREGRESSOR_DELAY = org.jpmml.model.ReflectionUtil.getField(DynamicRegressor.class, "delay");
Field DYNAMICREGRESSOR_FUTUREVALUESMETHOD = org.jpmml.model.ReflectionUtil.getField(DynamicRegressor.class, "futureValuesMethod");
Field DYNAMICREGRESSOR_TARGETFIELD = org.jpmml.model.ReflectionUtil.getField(DynamicRegressor.class, "targetField");
Field EXPONENTIALSMOOTHING_RMSE = org.jpmml.model.ReflectionUtil.getField(ExponentialSmoothing.class, "rmse");
Field EXPONENTIALSMOOTHING_TRANSFORMATION = org.jpmml.model.ReflectionUtil.getField(ExponentialSmoothing.class, "transformation");
Field GARCHPART_CONSTANT = org.jpmml.model.ReflectionUtil.getField(GARCHPart.class, "constant");
Field GARCHPART_GP = org.jpmml.model.ReflectionUtil.getField(GARCHPart.class, "gp");
Field GARCHPART_GQ = org.jpmml.model.ReflectionUtil.getField(GARCHPart.class, "gq");
Field INTERCEPTVECTOR_TYPE = org.jpmml.model.ReflectionUtil.getField(InterceptVector.class, "type");
Field LEVEL_ALPHA = org.jpmml.model.ReflectionUtil.getField(Level.class, "alpha");
Field LEVEL_QUADRATICSMOOTHEDVALUE = org.jpmml.model.ReflectionUtil.getField(Level.class, "quadraticSmoothedValue");
Field LEVEL_CUBICSMOOTHEDVALUE = org.jpmml.model.ReflectionUtil.getField(Level.class, "cubicSmoothedValue");
Field LEVEL_SMOOTHEDVALUE = org.jpmml.model.ReflectionUtil.getField(Level.class, "smoothedValue");
Field MAXIMUMLIKELIHOODSTAT_METHOD = org.jpmml.model.ReflectionUtil.getField(MaximumLikelihoodStat.class, "method");
Field MAXIMUMLIKELIHOODSTAT_PERIODDEFICIT = org.jpmml.model.ReflectionUtil.getField(MaximumLikelihoodStat.class, "periodDeficit");
Field NONSEASONALCOMPONENT_P = org.jpmml.model.ReflectionUtil.getField(NonseasonalComponent.class, "p");
Field NONSEASONALCOMPONENT_D = org.jpmml.model.ReflectionUtil.getField(NonseasonalComponent.class, "d");
Field NONSEASONALCOMPONENT_Q = org.jpmml.model.ReflectionUtil.getField(NonseasonalComponent.class, "q");
Field NONSEASONALFACTOR_DIFFERENCE = org.jpmml.model.ReflectionUtil.getField(NonseasonalFactor.class, "difference");
Field NONSEASONALFACTOR_MAXIMUMORDER = org.jpmml.model.ReflectionUtil.getField(NonseasonalFactor.class, "maximumOrder");
Field OUTLIEREFFECT_TYPE = org.jpmml.model.ReflectionUtil.getField(OutlierEffect.class, "type");
Field OUTLIEREFFECT_STARTTIME = org.jpmml.model.ReflectionUtil.getField(OutlierEffect.class, "startTime");
Field OUTLIEREFFECT_MAGNITUDE = org.jpmml.model.ReflectionUtil.getField(OutlierEffect.class, "magnitude");
Field OUTLIEREFFECT_DAMPINGCOEFFICIENT = org.jpmml.model.ReflectionUtil.getField(OutlierEffect.class, "dampingCoefficient");
Field PSIVECTOR_TARGETFIELD = org.jpmml.model.ReflectionUtil.getField(PsiVector.class, "targetField");
Field PSIVECTOR_VARIANCE = org.jpmml.model.ReflectionUtil.getField(PsiVector.class, "variance");
Field SEASONALCOMPONENT_P = org.jpmml.model.ReflectionUtil.getField(SeasonalComponent.class, "p");
Field SEASONALCOMPONENT_D = org.jpmml.model.ReflectionUtil.getField(SeasonalComponent.class, "d");
Field SEASONALCOMPONENT_Q = org.jpmml.model.ReflectionUtil.getField(SeasonalComponent.class, "q");
Field SEASONALCOMPONENT_PERIOD = org.jpmml.model.ReflectionUtil.getField(SeasonalComponent.class, "period");
Field SEASONALFACTOR_DIFFERENCE = org.jpmml.model.ReflectionUtil.getField(SeasonalFactor.class, "difference");
Field SEASONALFACTOR_MAXIMUMORDER = org.jpmml.model.ReflectionUtil.getField(SeasonalFactor.class, "maximumOrder");
Field SEASONALITYEXPOSMOOTH_TYPE = org.jpmml.model.ReflectionUtil.getField(SeasonalityExpoSmooth.class, "type");
Field SEASONALITYEXPOSMOOTH_PERIOD = org.jpmml.model.ReflectionUtil.getField(SeasonalityExpoSmooth.class, "period");
Field SEASONALITYEXPOSMOOTH_UNIT = org.jpmml.model.ReflectionUtil.getField(SeasonalityExpoSmooth.class, "unit");
Field SEASONALITYEXPOSMOOTH_PHASE = org.jpmml.model.ReflectionUtil.getField(SeasonalityExpoSmooth.class, "phase");
Field SEASONALITYEXPOSMOOTH_DELTA = org.jpmml.model.ReflectionUtil.getField(SeasonalityExpoSmooth.class, "delta");
Field STATESPACEMODEL_VARIANCE = org.jpmml.model.ReflectionUtil.getField(StateSpaceModel.class, "variance");
Field STATESPACEMODEL_PERIOD = org.jpmml.model.ReflectionUtil.getField(StateSpaceModel.class, "period");
Field STATESPACEMODEL_INTERCEPT = org.jpmml.model.ReflectionUtil.getField(StateSpaceModel.class, "intercept");
Field THETA_I = org.jpmml.model.ReflectionUtil.getField(Theta.class, "i");
Field THETA_J = org.jpmml.model.ReflectionUtil.getField(Theta.class, "j");
Field THETA_THETA = org.jpmml.model.ReflectionUtil.getField(Theta.class, "theta");
Field TIMEANCHOR_TYPE = org.jpmml.model.ReflectionUtil.getField(TimeAnchor.class, "type");
Field TIMEANCHOR_OFFSET = org.jpmml.model.ReflectionUtil.getField(TimeAnchor.class, "offset");
Field TIMEANCHOR_STEPSIZE = org.jpmml.model.ReflectionUtil.getField(TimeAnchor.class, "stepsize");
Field TIMEANCHOR_DISPLAYNAME = org.jpmml.model.ReflectionUtil.getField(TimeAnchor.class, "displayName");
Field TIMECYCLE_LENGTH = org.jpmml.model.ReflectionUtil.getField(TimeCycle.class, "length");
Field TIMECYCLE_TYPE = org.jpmml.model.ReflectionUtil.getField(TimeCycle.class, "type");
Field TIMECYCLE_DISPLAYNAME = org.jpmml.model.ReflectionUtil.getField(TimeCycle.class, "displayName");
Field TIMEEXCEPTION_TYPE = org.jpmml.model.ReflectionUtil.getField(TimeException.class, "type");
Field TIMEEXCEPTION_COUNT = org.jpmml.model.ReflectionUtil.getField(TimeException.class, "count");
Field TIMESERIES_USAGE = org.jpmml.model.ReflectionUtil.getField(TimeSeries.class, "usage");
Field TIMESERIES_STARTTIME = org.jpmml.model.ReflectionUtil.getField(TimeSeries.class, "startTime");
Field TIMESERIES_ENDTIME = org.jpmml.model.ReflectionUtil.getField(TimeSeries.class, "endTime");
Field TIMESERIES_INTERPOLATIONMETHOD = org.jpmml.model.ReflectionUtil.getField(TimeSeries.class, "interpolationMethod");
Field TIMESERIES_FIELD = org.jpmml.model.ReflectionUtil.getField(TimeSeries.class, "field");
Field TIMESERIESMODEL_MODELNAME = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "modelName");
Field TIMESERIESMODEL_MININGFUNCTION = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "miningFunction");
Field TIMESERIESMODEL_ALGORITHMNAME = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "algorithmName");
Field TIMESERIESMODEL_BESTFIT = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "bestFit");
Field TIMESERIESMODEL_SCORABLE = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "scorable");
Field TIMESERIESMODEL_MATHCONTEXT = org.jpmml.model.ReflectionUtil.getField(TimeSeriesModel.class, "mathContext");
Field TIMEVALUE_INDEX = org.jpmml.model.ReflectionUtil.getField(TimeValue.class, "index");
Field TIMEVALUE_TIME = org.jpmml.model.ReflectionUtil.getField(TimeValue.class, "time");
Field TIMEVALUE_VALUE = org.jpmml.model.ReflectionUtil.getField(TimeValue.class, "value");
Field TIMEVALUE_STANDARDERROR = org.jpmml.model.ReflectionUtil.getField(TimeValue.class, "standardError");
Field TRENDEXPOSMOOTH_TREND = org.jpmml.model.ReflectionUtil.getField(TrendExpoSmooth.class, "trend");
Field TRENDEXPOSMOOTH_GAMMA = org.jpmml.model.ReflectionUtil.getField(TrendExpoSmooth.class, "gamma");
Field TRENDEXPOSMOOTH_PHI = org.jpmml.model.ReflectionUtil.getField(TrendExpoSmooth.class, "phi");
Field TRENDEXPOSMOOTH_SMOOTHEDVALUE = org.jpmml.model.ReflectionUtil.getField(TrendExpoSmooth.class, "smoothedValue");
}
