-- File:	TopOpeBRepDS_DSS.cdl
-- Created:	Thu Feb  5 10:58:58 1998
-- Author:	Jean Yves LEBEY
--		<jyl@langdox.paris1.matra-dtv.fr>
---Copyright:	 Matra Datavision 1998

class DSS from TopOpeBRepDS

uses 
    
    Shape from TopoDS,
    ListOfShape  from TopTools,
    Config from TopOpeBRepDS,    
    Interference from TopOpeBRepDS,
    ListOfInterference from TopOpeBRepDS,
    ShapeData from TopOpeBRepDS,
    DoubleMapOfIntegerShape from TopOpeBRepDS,
    MapOfIntegerShapeData from TopOpeBRepDS

is  
    
    Create returns DSS;

    Clear(me:in out);

    AddShape(me:in out;S:Shape) returns Integer;
    ---Purpose: Insert a shape S. Returns the index.

    AddShape(me:in out;S:Shape;I:Integer) returns Integer;
    ---Purpose: Insert a shape S which ancestor is I = 1 or 2. Returns the index.
    
    KeepShape(me;I:Integer;K:Boolean = Standard_True) returns Boolean;

    KeepShape(me;S:Shape;K:Boolean = Standard_True) returns Boolean;

    ChangeKeepShape(me:in out;I:Integer;K:Boolean);
    
    ChangeKeepShape(me:in out;S:Shape;K:Boolean);

    ShapeInterferences(me;S:Shape;K:Boolean = Standard_True)
    returns ListOfInterference from TopOpeBRepDS;
    ---C++: return const &

    ChangeShapeInterferences(me:in out;S:Shape) 
    returns ListOfInterference from TopOpeBRepDS;
    ---C++: return &
    
    ShapeInterferences(me;I:Integer;K:Boolean = Standard_True) 
    returns ListOfInterference from TopOpeBRepDS;
    ---C++: return const &
    
    ChangeShapeInterferences(me:in out;I:Integer) 
    returns ListOfInterference from TopOpeBRepDS;
    ---C++: return &
    
    ShapeSameDomain(me;S:Shape) 
    returns ListOfShape from TopTools;
    ---C++: return const &
    
    ChangeShapeSameDomain(me:in out;S:Shape)
    returns ListOfShape from TopTools;
    ---C++: return &
    
    ShapeSameDomain(me;I:Integer)
    returns ListOfShape from TopTools;
    ---C++: return const &
    
    ChangeShapeSameDomain(me:in out;I:Integer) 
    returns ListOfShape from TopTools;
    ---C++: return &
    
    ChangeShapeData(me: in out)
    returns MapOfIntegerShapeData from TopOpeBRepDS;
    ---C++: return &
    
    AddShapeSameDomain(me:in out;S,SSD:Shape);
    
    RemoveShapeSameDomain(me:in out;S,SSD:Shape);
    
    -- reference

    SameDomainRef(me;I:Integer) returns Integer;

    SameDomainRef(me;S:Shape) returns Integer;

    SameDomainRef(me:in out;I:Integer;Ref:Integer);

    SameDomainRef(me:in out;S:Shape;Ref:Integer);

    -- orientation

    SameDomainOri(me;I:Integer) returns Config from TopOpeBRepDS;

    SameDomainOri(me;S:Shape) returns Config from TopOpeBRepDS;

    SameDomainOri(me:in out;I:Integer;Ori:Config from TopOpeBRepDS);

    SameDomainOri(me:in out;S:Shape;Ori:Config from TopOpeBRepDS);

    -- index

    SameDomainInd(me;I:Integer) returns Integer;

    SameDomainInd(me;S:Shape) returns Integer;

    SameDomainInd(me:in out;I:Integer;Ind:Integer);
    
    SameDomainInd(me:in out;S:Shape;Ind:Integer);

    AncestorRank(me;I:Integer) returns Integer;

    AncestorRank(me;S:Shape) returns Integer;

    AncestorRank(me:in out;I:Integer;Ianc:Integer);

    AncestorRank(me:in out;S:Shape;Ianc:Integer);

    -- interferences

    AddShapeInterference(me:in out;S:Shape;I:Interference from TopOpeBRepDS);
    
    RemoveShapeInterference(me:in out;S:Shape;I:Interference from TopOpeBRepDS);

    FillShapesSameDomain(me:in out;S1,S2:Shape);

    UnfillShapesSameDomain(me:in out;S1,S2:Shape);

    -- - - - - - - - - - - -         
    -- The Topological shapes
    -- - - - - - - - - - - -   

    NbShapes(me) returns Integer;
    
    Shape(me;I:Integer;K:Boolean = Standard_True) returns Shape;
    ---Purpose: returns the shape of index I stored the maps
    ---C++: return const &
    
    Shape(me;S:Shape;K:Boolean = Standard_True) returns Integer;
    ---Purpose: returns the index of shape <S>, 0 if <S> is not in the maps.
        
    -- - - - - - - - - - - - - - - - - - - - - 
    -- Geometry attached to a topological shape
    -- - - - - - - - - - - - - - - - - - - - - 
   
    HasGeometry(me;S:Shape) returns Boolean;
    ---Purpose: Returns True if <S> has new geometries, i.e :
    -- True if S is stored and has an interference list not empty

    HasShape(me;S:Shape;K:Boolean = Standard_True) returns Boolean;
    ---Purpose: Returns True if <S> is stored in the maps

fields

    myDMOIS:DoubleMapOfIntegerShape from TopOpeBRepDS;
    myNbDMOIS:Integer;
    myIMOSD:MapOfIntegerShapeData from TopOpeBRepDS; 
    myEmptyListOfInterference:ListOfInterference from TopOpeBRepDS;
    myEmptyListOfShape:ListOfShape from TopTools;
    myEmptyShape:Shape from TopoDS;

end DSS from TopOpeBRepDS;