struct cUnitType {
	///////////
	// STATS //
	///////////

	int stat_maxHP;

	struct cAttack {
		int m_Power, m_RangeMin, m_RangeMax, m_Accuracy; 
	} stat_Attack1, stat_Attack2;

	int stat_Armor,   stat_RArmor;
	int stat_Evasion, stat_Stealth;
	int stat_Speed,   stat_LOD;
	int stat_MaxGarrison;

	std::vector<cUnitType*> stat_Buildables;

	////////////////////
	// ANIMATION DATA //
	////////////////////

	// Struct to store each animation.
	struct cAnimation {
		std::string  ID;        // animation ID.
		cSDLSurface* surf;      // surface which contains the animation

		// Struct which contains the frames for an orientation
		struct cOrien {
		
			// Struct to store each frame
			struct cFrame {
				int t_x; int t_y;   // Texture coordinates XY
				int t_w; int t_h;   // Texture dimensions

				int m_Duration;     // time duration of the frame
			};
	
			ORIENTATION         m_Facing; // the orientation
			std::vector<cFrame> m_Frames; // frame data
		};

		// vector to hold all of the different orientations of the animation
		std::vector<cOrien> m_Orientations;
	};

	// vector which holds all the animations for the unit.
	std::vector<cAnimation>;
};

virtual void render(SDL_Surface* screen) {
	for(int offsetX = (int)(m_offX / m_Objs.begin()->t_w); offsetX*m_Objs.begin()->t_w < m_cullX; offsetX++) {
		if (offsetX > m_rows || offsetX < 0) continue;
			
		for (int offsetY = (int)(m_offY / m_Objs.begin()->t_h); offsetY*m_Objs.begin()->t_h < m_cullY; offsetY++) {

			if (offsetY > m_TileAtY || offsetY < 0) continue;

			std::vector<cTile>::iterator i = &m_Objs[offsetY*m_rows+offsetX];			

			desRect.x = offsetX * m_Objs.begin()->t_w + m_offX;
			desRect.y = offsetY * m_Objs.begin()->t_h + m_offY;
				
			srcRect.x = i->t_x; srcRect.y = i->t_y;
			srcRect.w = i->t_w; srcRect.h = i->t_h;
			SDL_BlitSurface(i->surf->surf,&srcRect,screen,&desRect);
		}
	}
}