public XaTableMapper(IDimension dimension, string tableName = null, string dimensionTableName = null, bool hashKey = false, string keyName = null, string labelName = null, ILabelProvider labelProvider = null, IEnumerable<IFieldMapper> additionalFields = null, FactTypes factTypes = FactTypes.All) { var defintion = new TableDefinition(tableName); Dimension = dimension; labelName = labelName ?? dimension.GetType().Name + "Label"; defintion.FieldMappers.Add(new FieldMapperSet(dimensionTableName, dimensionTableName == null, new[] { new LabeledFieldMapper(new XaDimensionDataMapper(dimension, !hashKey, keyName), labelName, labelProvider, friendlyName: XaFieldMapper.SuggestFriendlyLabelName(labelName)) })); defintion.FieldMappers.Add(new XaFacts(factTypes: factTypes)); if (additionalFields != null) { foreach (var f in additionalFields) { defintion.FieldMappers.Add(f); } } TableDefinitions.Add(defintion); }
public XaTableMapper(IDimension dimension, string tableName = null, string dimensionTableName = null, bool hashKey = false, string keyName = null, string labelName = null, ILabelProvider labelProvider = null, IEnumerable <IFieldMapper> additionalFields = null, FactTypes factTypes = FactTypes.All) { var defintion = new TableDefinition(tableName); Dimension = dimension; labelName = labelName ?? dimension.GetType().Name + "Label"; defintion.FieldMappers.Add(new FieldMapperSet(dimensionTableName, dimensionTableName == null, new[] { new LabeledFieldMapper(new XaDimensionDataMapper(dimension, !hashKey, keyName), labelName, labelProvider, friendlyName: XaFieldMapper.SuggestFriendlyLabelName(labelName)) })); defintion.FieldMappers.Add(new XaFacts(factTypes: factTypes)); if (additionalFields != null) { foreach (var f in additionalFields) { defintion.FieldMappers.Add(f); } } TableDefinitions.Add(defintion); }
/// <summary> /// Find the converter functor from source to target /// </summary> /// <param name="source">Dimension to convert from</param> /// <param name="target">Dimension to concert to</param> /// <param name="power"></param> /// <returns>A functor to convert from source into target</returns> public static Func<double, double> From(IDimension source, IDistance target, int power) { var dispatcher = new VisitorDispatcher("Convert"); var result = dispatcher.Accept(source.GetType(), new DistanceConverter(), source, target, power); return (Func<double, double>)result; }
/// <summary> /// Find the converter functor from source to target /// </summary> /// <param name="source">Dimension to convert from</param> /// <param name="target">Dimension to concert to</param> /// <param name="power"></param> /// <returns>A functor to convert from source into target</returns> public static Func <double, double> From(IDimension source, IDistance target, int power) { var dispatcher = new VisitorDispatcher("Convert"); var result = dispatcher.Accept(source.GetType(), new DistanceConverter(), source, target, power); return((Func <double, double>)result); }
public XaFieldMapper(IDimension dimension, bool primaryKey = false, string keyName = null, string friendlyName = null) { Dimension = dimension; _keyName = keyName ?? dimension.GetType().Name + "Key"; _primaryKey = primaryKey; _friendlyName = friendlyName ?? SuggestFriendlyKeyName(_keyName); }
public XaFieldMapper(IDimension dimension, bool primaryKey = false, string keyName = null, string friendlyName = null) { Dimension = dimension; _keyName = keyName ?? dimension.GetType().Name + "Key"; _primaryKey = primaryKey; _friendlyName = friendlyName ?? SuggestFriendlyKeyName(_keyName); }
///<summary> /// Check if the current instance equals another instance of this class. ///</summary> ///<param name="obj">The instance to compare the current instance with.</param> ///<returns><code>true</code> if the instances are the same instance or have the same content.</returns> public bool Equals(IDimension obj) { if (obj == null || GetType() != obj.GetType()) return false; Dimension d = (Dimension) obj; for (int i=0;i<(int)DimensionBase.NUM_BASE_DIMENSIONS;i++) { if (_count[i]!=d._count[i]) return false; } return true; }
///<summary> /// Check if the current instance equals another instance of this class. ///</summary> ///<param name="obj">The instance to compare the current instance with.</param> ///<returns><code>true</code> if the instances are the same instance or have the same content.</returns> public bool Equals(IDimension obj) { if (obj == null || GetType() != obj.GetType()) { return(false); } Dimension d = (Dimension)obj; for (int i = 0; i < (int)DimensionBase.NUM_BASE_DIMENSIONS; i++) { if (_count[i] != d._count[i]) { return(false); } } return(true); }
public static OptimizerService.Dimension EncodeDimension(IDimension dimension) { // C# Syntax equivalent to // if(dimension is EmptyDimension) { // var emptyDimension = (EmptyDimension) dimension; .. // } if (dimension is EmptyDimension emptyDimension) { return(new OptimizerService.Dimension { EmptyDimension = EncodeEmptyDimension(emptyDimension), }); } else if (dimension is ContinuousDimension continuousDimension) { return(new OptimizerService.Dimension { ContinuousDimension = EncodeContinuousDimension(continuousDimension), }); } else if (dimension is DiscreteDimension discreteDimension) { return(new OptimizerService.Dimension { DiscreteDimension = EncodeDiscreteDimension(discreteDimension), }); } else if (dimension is OrdinalDimension ordinalDimension) { return(new OptimizerService.Dimension { OrdinalDimension = EncodeOrdinalDimension(ordinalDimension), }); } else if (dimension is CategoricalDimension categoricalDimension) { return(new OptimizerService.Dimension { CategoricalDimension = EncodeCategoricalDimension(categoricalDimension), }); } else if (dimension is CompositeDimension compositeDimension) { return(new OptimizerService.Dimension { CompositeDimension = EncodeCompositeDimension(compositeDimension), }); } else { throw new System.ArgumentException("Invalid dimension type provided to OptimizerServiceEncoderDecoder.Encoder.EncodeDimension(..). Type: " + dimension.GetType()); } }