//header-----------------------------------------------------------

#ifndef SPRITECONTAINER_H
#define SPRITECONTAINER_H

#include <dxu.h>
#include <vector>

using namespace std;

class SpriteContainer
{
public:
		SpriteContainer(float x, float y, float scaleAmount, double ratio, int frames);
		~SpriteContainer();

		void cutSprite(TCHAR *path, UCHAR red, UCHAR green, UCHAR blue, int sX, int sY);
		void draw();

protected:
		vector<DXUSPRITE *> v_mSprite;

private:
		int cFrames;
		float dX, dY;
		float sX, sY;
		DXUIMAGE *image;
		int curSprite;
		double cRatio, temp;
};

//class----------------------------------------------------------

#include "SpriteContainer.h"

SpriteContainer::SpriteContainer(float x, float y, float scaleAmount, double ratio, int frames)
{
	cFrames = frames;
	v_mSprite.resize(cFrames);
	dX = x;
	dY = y;
	sX = sY = scaleAmount;
	curSprite = 0;
	cRatio = ratio;
	temp = 0.0;
}

SpriteContainer::~SpriteContainer()
{
	
}

void SpriteContainer::cutSprite(TCHAR *path, UCHAR red, UCHAR green, UCHAR blue, int sX, int sY)
{
	image = new DXUIMAGE();
	DXULoadImage(image, path, DXURGB(red, green, blue));

	for(int i = 0; i < cFrames; i++)
	{
		DXUCutSprite(image, v_mSprite, i * sX, 0, (i * sX) + sX, sY, dX, dY); 
	}
}

void SpriteContainer::draw()
{
	temp += cRatio;

	if(temp > 1.2)
	{
		curSprite = (curSprite + 1) % cFrames;
		temp = 0.0;
	}

	DXUMoveSprite(v_mSprite[curSprite], dX, dY);
	DXUDrawSprite(v_mSprite[curSprite]);
}



#endif