#include "mapdoclib/selection.h"

native enum SelectMode_t as Editor.MapEditor.SelectMode;
native enum SelectionConversionMethod_t as NativeMapDoc.SelectionConversionMethod_t;
native enum SelectionOperation_t as NativeMapDoc.SelectionOperation_t;

//
// Selection is owned by the MapDocument
// It has multiple selection sets
// Different select modes
//

native class CSelection as NativeMapDoc.CSelection
{
	SelectMode_t GetMode();
	void SetMode( SelectMode_t mode, SelectionConversionMethod_t method );

	inline ISelectionSet ActiveSelectionSet()
	{
		// Only handle CObjectSelectionSet for now
		auto pSelectionSet = selectionset_cast< CObjectSelectionSet >( self->GetSelectionSetForMode( SELECT_MODE_OBJECTS ) );
		return pSelectionSet;
	}

	// ISelectionSet ActiveSelectionSet();
	ISelectionSet GetSelectionSetForMode( SelectMode_t nMode );

	int GetNumSelectionSets();
	ISelectionSet GetSelectionSet( int nIndex );
}

managed static class Editor.MapEditor.Selection
{
	void OnSelectionChanged();
}

//
// This might not catch all, the general usage of this is with CMapNode
// However there are templated versions of CSelectionSet that handle CMeshFace / CMeshEdge
//
native class ISelectionSet as NativeMapDoc.ISelectionSet
{
	bool SelectObject( CMapNode pObject, SelectionOperation_t selectOp );
	// bool IsObjectSelected( CMapNode pObject );
	
	//
	// Return like this and not the CUtlVector, cause we got handles
	//
	inline CMapNode GetSelectedObject( int nIndex )
	{
		// matt: ideally implement something for ISelectionSet to implement instead of this
		
		CUtlVector< CMapNode* > objectList;
		self->GetSelectedObjects( &objectList );
		
		return objectList[nIndex];
	}

	// Number of selected objects in the set
	int Count();

	void RemoveAll();

	void SelectAll();
	void InvertSelection();

	Vector3 GetPivotPosition();
	void SetPivot( Vector3 pivot );
}