/* -----------------------------------------------------------------------------
	GSFramework
	Copyright 2001-2013 Emmanuel Julien. All Rights Reserved.
----------------------------------------------------------------------------- */


#ifndef	__NRENDERER_TOOLBOX__
#define	__NRENDERER_TOOLBOX__


		#include "core/renderer.h"


namespace GS {
	namespace RendererToolbox {
		using Core::Material;
		using Render::Renderer;

/// Wrapper to display a cross in 3D.
void	DrawCross(Renderer &, const Vector4 &, float size = Units::Mtr(1), const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display an axis aligned square in 3D.
void	DrawSquare(Renderer &, const Vector4 &, float size = Units::Mtr(1), Material::BlendOperator = Material::Blend_None);
/// Wrapper to display an OOBB using the line function of a derived renderer.
void	DrawOBB(Renderer &, const OBB &, const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display an OOBB using the triangle function of a derived renderer.
void	DrawFilledOBB(Renderer &, const OBB &, const Color *, Material::BlendOperator = Material::Blend_None, Material::RenderWord = Material::Render_None);
/// Wrapper to display an AABB in 3D.
void	DrawAABB(Renderer &, const MinMax &, const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a cube in 3D.
void	DrawCube(Renderer &, const Vector4 &, float size = Units::Mtr(1), const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a sphere in 3D.
void	DrawSphere(Renderer &, const Vector4 &, float radius = Units::Mtr(1), const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a ball in 3D.
void	DrawBall(Renderer &, const nMatrix4 &, float radius = Units::Mtr(1), Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a circle in 3D.
void	DrawCircle(Renderer &, const Vector4 &, float radius = Units::Mtr(1), const Matrix3 * = 0, const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a cylinder in 3D.
void	DrawCylinder(Renderer &, const Vector4 &, float radius = Units::Mtr(1), float length = Units::Mtr(1), const Matrix3 * = 0, const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a capsule in 3D.
void	DrawCapsule(Renderer &, const Vector4 &, float radius = Units::Mtr(1.f), float length = Units::Mtr(1), const Matrix3 * = 0, const Color * = 0, Material::BlendOperator = Material::Blend_None);
/// Wrapper to display a cone in 3D.
void	DrawCone(Renderer &, const Vector4 &, float radius = Units::Mtr(1.f), float length = Units::Mtr(1), const Matrix3 * = 0, const Color * = 0, Material::BlendOperator = Material::Blend_None);

/// Wrapper to line 3D.
void	Line3D(Renderer &, const Vector4 &, const Vector4 &, const Color * = 0, Material::BlendOperator = Material::Blend_None, Material::RenderWord = Material::Render_None);
/// Draw triangle.
void	Triangle3D(Renderer &, const Vector4 [3], const Color [3] = 0, const Vector2 [3] = 0, const Render::Texture * = 0, Material::BlendOperator = Material::Blend_None, Material::RenderWord = Material::Render_None);

/// Return nearest but highest power of two from a given value.
template <class T>	T	GetPow2(T v, bool no_shrink = false)
{
	T	h = 1;
	if	(no_shrink)
		while (h < v)
			h *= 2;
	else
		while ((h + h / 2) < v)
			h *= 2;
	return h;
}

	} // RendererToolbox
} // GS


#endif	// __NRENDERER_TOOLBOX__