Fill cells auxiliary functions
[Cell Spaces, Cells attributes generation]

Functions
TLFUNCTIONS_DLL bool	TeCreateBasicDynamicCellTable (TeLayer *cell_layer, const string cell_tablename)
	Creates dymanic table.
TLFUNCTIONS_DLL bool	TeFillCellInitLoad (TeLayer *cell_layer, const string &cell_tablename, TeCellSet &cells)
	Load cells geometries and verify/create dynamic attribute table if does not exists.
TLFUNCTIONS_DLL void	TeFillCellInitSTO (const TeCell &cell, vector< string > &result, TeSTElementSet &cellObjSet, TeAttrTableType atttype, TeTimeInterval &t)
	Fills the cell object set for a temporal table.
TLFUNCTIONS_DLL void	TeFillCellInitSTO (const TeCell &cell, TePropertyVector &result, TeSTElementSet &cellObjSet, TeAttrTableType atttype, TeTimeInterval &t)
	Fills the cell object set for a temporal table.

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Function Documentation

TLFUNCTIONS_DLL bool TeCreateBasicDynamicCellTable	(	TeLayer *	cell_layer,
		const string	cell_tablename
	)

TLFUNCTIONS_DLL bool TeFillCellInitLoad	(	TeLayer *	cell_layer,
		const string &	cell_tablename,
		TeCellSet &	cells
	)

TLFUNCTIONS_DLL void TeFillCellInitSTO	(	const TeCell &	cell,
		vector< string > &	result,
		TeSTElementSet &	cellObjSet,
		TeAttrTableType	atttype,
		TeTimeInterval &	t
	)

Definition at line 759 of file TeCellAlgorithms.cpp.

References TeBaseSTInstance< GeometryType, TimeType >::addUniqueId(), TeTimeInterval::getFinalDate(), TeTimeInterval::getFinalTime(), TeTimeInterval::getInitialDate(), TeTimeInterval::getInitialTime(), TeBaseSTInstanceSet< GeometryType, TimeType, InstanceType >::insertSTInstance(), TeGeometry::objectId(), TeBaseSTInstance< GeometryType, TimeType >::objectId(), TeBaseSTInstance< GeometryType, TimeType >::setProperties(), TeAttrStatic, and TeSTInstance::timeInterval().

{
        TeSTInstance cellObj;
        cellObj.objectId (cell.objectId());
        string uniqueId = cell.objectId();
        cellObj.addUniqueId (uniqueId); 

        if(atttype != TeAttrStatic)
        {
                uniqueId += t.getInitialDate() + t.getInitialTime();
                uniqueId += t.getFinalDate()   + t.getFinalTime  ();

                cellObj.addUniqueId (uniqueId);
                cellObj.timeInterval (t);
        }

        cellObj.setProperties(result);
        cellObjSet.insertSTInstance (cellObj);
        return;
}

TLFUNCTIONS_DLL void TeFillCellInitSTO	(	const TeCell &	cell,
		TePropertyVector &	result,
		TeSTElementSet &	cellObjSet,
		TeAttrTableType	atttype,
		TeTimeInterval &	t
	)

Definition at line 732 of file TeCellAlgorithms.cpp.

References TeBaseSTInstance< GeometryType, TimeType >::addPropertyValue(), TeBaseSTInstance< GeometryType, TimeType >::addUniqueId(), TeTimeInterval::getFinalDate(), TeTimeInterval::getFinalTime(), TeTimeInterval::getInitialDate(), TeTimeInterval::getInitialTime(), TeBaseSTInstanceSet< GeometryType, TimeType, InstanceType >::insertSTInstance(), TeGeometry::objectId(), TeBaseSTInstance< GeometryType, TimeType >::objectId(), TeAttrStatic, and TeSTInstance::timeInterval().

{
        TeSTInstance cellObj;
        cellObj.objectId (cell.objectId());
        string uniqueId = cell.objectId();
        cellObj.addUniqueId (uniqueId); 
        
        if(atttype != TeAttrStatic)
        {
                uniqueId += t.getInitialDate() + t.getInitialTime();
                uniqueId += t.getFinalDate()   + t.getFinalTime  ();

                cellObj.addUniqueId (uniqueId);
                cellObj.timeInterval (t);
        }

        TePropertyVector::iterator itProp = result.begin();
        while (itProp != result.end())
        {
                cellObj.addPropertyValue (itProp->value_);
                itProp++;
        }
        cellObjSet.insertSTInstance (cellObj);
        return;
}

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