GVector.h

#ifndef GVECTOR_H
#define GVECTOR_H

#include "../G_Core/GSingleThreaded.h"
#include "GMathDefines.h"

namespace GW
{
    namespace MATH
    {
        static const GUUIID GVectorUUIID =
        {
            0x22d6c3b1, 0x1150, 0x40ae,{ 0x83, 0xd8, 0x92, 0xc, 0x8c, 0x77, 0x89, 0x37 }
        };


        class GVector : public CORE::GSingleThreaded
        {
        public:
            //float vector


            virtual GReturn AddVectorF(GVECTORF _vector1, GVECTORF _vector2, GVECTORF& _outVector) = 0;


            virtual GReturn SubtractVectorF(GVECTORF _vector1, GVECTORF _vector2, GVECTORF& _outVector) = 0;


            virtual GReturn ScaleF(GVECTORF _vector, float _scalar, GVECTORF& _outVector) = 0;


            virtual GReturn DotF(GVECTORF _vector1, GVECTORF _vector2, float& _outValue) = 0;


            virtual GReturn CrossVector2F(GVECTORF _vector1, GVECTORF _vector2, float& _outValue) = 0;


            virtual GReturn CrossVector3F(GVECTORF _vector1, GVECTORF _vector2, GVECTORF& _outVector) = 0;


            virtual GReturn VectorXMatrixF(GVECTORF _vector, GMATRIXF _matrix, GVECTORF& _outVector) = 0;


            virtual GReturn TransformF(GVECTORF _vector, GMATRIXF _matrix, GVECTORF& _outVector) = 0;


            virtual GReturn MagnitudeF(GVECTORF _vector, float& _outMagnitude) = 0;


            virtual GReturn NormalizeF(GVECTORF _vector, GVECTORF& _outVector) = 0;


            virtual GReturn LerpF(GVECTORF _vector1, GVECTORF _vector2, float _ratio, GVECTORF& _outVector) = 0;


            virtual GReturn SplineF(GVECTORF _vector1, GVECTORF _vector2, GVECTORF _vector3, GVECTORF _vector4, float _ratio, GVECTORF& _outVector) = 0;

            //double vector


            virtual GReturn AddVectorD(GVECTORD _vector1, GVECTORD _vector2, GVECTORD& _outVector) = 0;


            virtual GReturn SubtractVectorD(GVECTORD _vector1, GVECTORD _vector2, GVECTORD& _outVector) = 0;


            virtual GReturn ScaleD(GVECTORD _vector, double _scalar, GVECTORD& _outVector) = 0;


            virtual GReturn DotD(GVECTORD _vector1, GVECTORD _vector2, double& _outValue) = 0;


            virtual GReturn CrossVector2D(GVECTORD _vector1, GVECTORD _vector2, double& _outValue) = 0;


            virtual GReturn CrossVector3D(GVECTORD _vector1, GVECTORD _vector2, GVECTORD& _outVector) = 0;


            virtual GReturn VectorXMatrixD(GVECTORD _vector, GMATRIXD _matrix, GVECTORD& _outVector) = 0;


            virtual GReturn TransformD(GVECTORD _vector, GMATRIXD _matrix, GVECTORD& _outVector) = 0;


            virtual GReturn MagnitudeD(GVECTORD _vector, double& _outMagnitude) = 0;


            virtual GReturn NormalizeD(GVECTORD _vector, GVECTORD& _outVector) = 0;


            virtual GReturn LerpD(GVECTORD _vector1, GVECTORD _vector2, double _ratio, GVECTORD& _outVector) = 0;


            virtual GReturn SplineD(GVECTORD _vector1, GVECTORD _vector2, GVECTORD _vector3, GVECTORD _vector4, double _ratio, GVECTORD& _outVector) = 0;


        }; 


        GATEWARE_EXPORT_IMPLICIT GReturn CreateGVector(GVector** _outVector);

    };
} 


#endif