decoration.h
No OneTemporary
Actions

Subscribers

None

File Metadata

	#ifndef DECORATION_H
	#define DECORATION_H

	#include "shape.h"
	#include "specs/positionable.h"
	#include "specs/orientable.h"
	#include "specs/scalable.h"

	/*
	* Basic abstract class for all decorations in the world
	* which are detached from any physics
	*/

	class Decoration : public Shape, public Positionable, public Orientable, public Scalable
	{

	public:

	Decoration( GLModel * model = 0,
	const SVector<3> location = SVector<3>::nullv,
	const SVector<3> angles = SVector<3>::nullv,
	const double& scale = 1.0,
	const QString& label = "",
	specs_t flags = S_RENDER \| S_FILL_MODE \| S_POSITION \| S_ORIENTATION \| S_SCALING \| S_COLOR);

	~Decoration();

	/* returns the offset location */
	virtual SVector<3> position() const override;

	/* returns the angle orientation in the space (Euler angles) */
	virtual SVector<3> orientation() const override;

	/* returns the scaling proportion radius */
	virtual double scaling() const override;

	/* sets a new centre position */
	void setPosition(const SVector<3>& centre);

	/* sets the euler angles orientation in the space */
	void setOrientation(const SVector<3>& angles);

	void setScalingRatio(const double&);

	/* updates the centre position relatively to the old one */
	void move(const SVector<3>& delta);

	/* rotate from the euler angles */
	void rotate(const SVector<3>& delta);

	/* set a relative scaling */
	void scale(const double&);

	/* Generate specs methods */
	SPECS_POSITION

	SPECS_ORIENTATION

	SPECS_SCALING

	private:

	SVector<3> location;
	SVector<3> angles;

	double scalingRatio;
	};

	#endif // DECORATION_H