C# (CSharp) Ocronet.Dynamic.OcroFST CompositionFst.SplitIndicesの例

SplitIndices() public abstract method

public abstract SplitIndices ( Intarray result1, Intarray result2, Intarray indices ) : void
result1	Intarray
result2	Intarray
indices	Intarray
return	void

コード例 #1

ファイル: AStarUtil.cs プロジェクト: liaoheping/OCRonet

        internal static bool a_star2_internal(Intarray inputs,
                                              Intarray vertices1,
                                              Intarray vertices2,
                                              Intarray outputs,
                                              Floatarray costs,
                                              IGenericFst fst1,
                                              IGenericFst fst2,
                                              Floatarray g1,
                                              Floatarray g2,
                                              CompositionFst composition)
        {
            Intarray vertices        = new Intarray();
            AStarCompositionSearch a = new AStarCompositionSearch(g1, g2, composition);

            if (!a.Loop())
            {
                return(false);
            }
            if (!a.reconstruct_vertices(vertices))
            {
                return(false);
            }
            a.reconstruct_edges(inputs, outputs, costs, vertices);
            composition.SplitIndices(vertices1, vertices2, vertices);
            return(true);
        }

コード例 #2

ファイル: AStarUtil.cs プロジェクト: nickun/OCRonet

 internal static bool a_star2_internal(Intarray inputs,
                   Intarray vertices1,
                   Intarray vertices2,
                   Intarray outputs,
                   Floatarray costs,
                   IGenericFst fst1,
                   IGenericFst fst2,
                   Floatarray g1,
                   Floatarray g2,
                   CompositionFst composition)
 {
     Intarray vertices = new Intarray();
     AStarCompositionSearch a = new AStarCompositionSearch(g1, g2, composition);
     if (!a.Loop())
         return false;
     if (!a.reconstruct_vertices(vertices))
         return false;
     a.reconstruct_edges(inputs, outputs, costs, vertices);
     composition.SplitIndices(vertices1, vertices2, vertices);
     return true;
 }