📄 derivedfield.java
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* @param obj A new object.
*/
public void setNormDiscrete(NormDiscrete obj)
{
this._objNormDiscrete = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Discretize object.
*/
public Discretize getDiscretize()
{
return _objDiscretize;
}
/**
* Replaces the existing Discretize object with a new object.
* If you pass in a null value to this method, the Discretize object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setDiscretize(Discretize obj)
{
this._objDiscretize = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets MapValues object.
*/
public MapValues getMapValues()
{
return _objMapValues;
}
/**
* Replaces the existing MapValues object with a new object.
* If you pass in a null value to this method, the MapValues object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setMapValues(MapValues obj)
{
this._objMapValues = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets MapValuesNum object.
*/
public MapValuesNum getMapValuesNum()
{
return _objMapValuesNum;
}
/**
* Replaces the existing MapValuesNum object with a new object.
* If you pass in a null value to this method, the MapValuesNum object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setMapValuesNum(MapValuesNum obj)
{
this._objMapValuesNum = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Aggregate object.
*/
public Aggregate getAggregate()
{
return _objAggregate;
}
/**
* Replaces the existing Aggregate object with a new object.
* If you pass in a null value to this method, the Aggregate object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setAggregate(Aggregate obj)
{
this._objAggregate = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Logarithmic object.
*/
public Logarithmic getLogarithmic()
{
return _objLogarithmic;
}
/**
* Replaces the existing Logarithmic object with a new object.
* If you pass in a null value to this method, the Logarithmic object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setLogarithmic(Logarithmic obj)
{
this._objLogarithmic = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Exponential object.
*/
public Exponential getExponential()
{
return _objExponential;
}
/**
* Replaces the existing Exponential object with a new object.
* If you pass in a null value to this method, the Exponential object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setExponential(Exponential obj)
{
this._objExponential = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objReciprocal = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Reciprocal object.
*/
public Reciprocal getReciprocal()
{
return _objReciprocal;
}
/**
* Replaces the existing Reciprocal object with a new object.
* If you pass in a null value to this method, the Reciprocal object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setReciprocal(Reciprocal obj)
{
this._objReciprocal = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objRoot = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Root object.
*/
public Root getRoot()
{
return _objRoot;
}
/**
* Replaces the existing Root object with a new object.
* If you pass in a null value to this method, the Root object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setRoot(Root obj)
{
this._objRoot = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objSquare = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Square object.
*/
public Square getSquare()
{
return _objSquare;
}
/**
* Replaces the existing Square object with a new object.
* If you pass in a null value to this method, the Square object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setSquare(Square obj)
{
this._objSquare = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
_objLogarithmic = null;
_objExponential = null;
_objReciprocal = null;
_objRoot = null;
_objCategorization = null;
_objNumerization = null;
_objCreateVirtualAttribute = null;
}
/**
* Gets Categorization object.
*/
public Categorization getCategorization()
{
return _objCategorization;
}
/**
* Replaces the existing Categorization object with a new object.
* If you pass in a null value to this method, the Categorization object is
* cleared and will not be marshaled.
* @param obj A new object.
*/
public void setCategorization(Categorization obj)
{
this._objCategorization = obj;
if( obj == null )
return;
obj._setParent(this);
_objConstant = null;
_objFieldRef = null;
_objNormContinuous = null;
_objNormDiscrete = null;
_objDiscretize = null;
_objMapValues = null;
_objMapValuesNum = null;
_objAggregate = null;
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