Physical Properties

#ifndef PHYS_PROP_H
#define PHYS_PROP_H

template<typename Type>
class PhysProp
{
protected:

    Type mass = 0, friction = 0, bouncy = 0;

public:

    PhysProp() {};
    PhysProp(const Type &, const Type &, const Type &);
    ~PhysProp() {};

    void setFriction(const Type &);
    Type & getFriction() const;

    void setMass(const Type &);
    Type & getMass() const;

    void setBouncy(const Type &);
    Type & getBouncy() const;
};

template<typename Type>
inline PhysProp<Type>::PhysProp(const Type &m, const Type &f, const Type &b)
{
    this->mass = m;
    this->friction = f;
    this->bouncy = b;
}

template<typename Type>
inline void PhysProp<Type>::setMass(const Type &m)
{
    this->mass = m;
}

template<typename Type>
inline Type & PhysProp<Type>::getMass() const
{
    return this->mass;
}

template<typename Type>
inline void PhysProp<Type>::setFriction(const Type &f)
{
    this->friction = f;
}

template<typename Type>
inline Type & PhysProp<Type>::getFriction() const
{
    return this->friction;
}

template<typename Type>
inline void PhysProp<Type>::setBouncy(const Type &b)
{
    this->bouncy = b;
}

template<typename Type>
inline Type & PhysProp<Type>::getBouncy() const
{
    return this->bouncy;
}
#endif //PHYS_PROP_H