Shape.h

// Shape.h: interface for the Shape class.
//

#ifndef _Shape_H_
#define _Shape_H_

#include "Renderer.h"
#include "VertexBufferManager.h"
#include "Entity2D.h"
#include "Defines.h"

#define CIRCLE_MAX_SEGMENTS 102

#if _MSC_VER > 1000     
#pragma once
#endif // _MSC_VER > 1000

namespace zak {

enum ShapeType
{
        ZAK_SHAPE_TRIANGLE=0,
        ZAK_SHAPE_QUAD=1,
        ZAK_SHAPE_CIRCLE=2
};
class ZAKENGINE_API Shape : public Entity2D
{
        private:
                unsigned int   _Color;
                unsigned int   _Color1;
                unsigned int   _Color2;
                unsigned int   _Color3;
                unsigned int   _Color4;
                float                   _radius;
                int                             _segments;

                ShapeType   _eShapeType;
                ColorVertex _vertex[CIRCLE_MAX_SEGMENTS];

                static void Constructor(Shape *shp){
                        new(shp) Shape();
                }
                static void Destructor(Shape *shp){
                        shp->~Shape();
                }
                static void ConstructArray(vector<Shape> *self) {
                        new(self) vector<Shape>();
                }

                static void ConstructArray(int length, vector<Shape> *self) {
                        new(self) vector<Shape>(length);
                }

                static void DestructArray(vector<Shape> *self) {
                        self->~vector();
                }
                void SetShape(int Type) { SetShape((ShapeType)Type); }


        public:
                void SetSegmentsCount(int segments) { if (segments < CIRCLE_MAX_SEGMENTS-2 && segments >= 3) _segments = segments; }
                void SetColorPerVertex(DWORD dwColor1,DWORD dwColor2,DWORD dwColor3,DWORD dwColor4);

                void SetColorPerVertex(DWORD dwColor1,DWORD dwColor2,DWORD dwColor3);

                void SetColor(DWORD color);

                void SetShape(ShapeType Type);

                void SetRadius(float radius) { _radius = radius; }

                virtual void Draw();

                static bool RegisterShape(char *className=NULL);
                
                //bool IsColliding(Shape *shape) { return Entity2D::IsColliding((Entity2D*)shape); }

                Shape ();

                virtual ~Shape ();
};

}

#endif // _Shape_H_

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