C++ (Cpp) Fvector3::distance_to_sqr Examples

Example #1

File: Environment_misc.cpp Project: OLR-xray/OLR-3.0

float	CEnvModifier::sum	(CEnvModifier& M, Fvector3& view)
{
	float	_dist_sq	=	view.distance_to_sqr(M.position);
	if (_dist_sq>=(M.radius*M.radius))	return 0;
	float	_att		=	1-_sqrt(_dist_sq)/M.radius;	//[0..1];
	float	_power		=	M.power*_att;
	far_plane			+=	M.far_plane*_power;
	fog_color.mad		(M.fog_color,_power);
	fog_density			+=	M.fog_density*_power;
	ambient.mad			(M.ambient,_power);
//	lmap_color.mad		(M.lmap_color,_power);
	sky_color.mad		(M.sky_color,_power);
	hemi_color.mad		(M.hemi_color,_power);
	return				_power;
}

Example #2

File: Environment_misc.cpp Project: denanden/xray-16

float CEnvModifier::sum(CEnvModifier& M, Fvector3& view)
{
    float _dist_sq = view.distance_to_sqr(M.position);
    if (_dist_sq >= (M.radius*M.radius))
        return 0;

    float _att = 1 - _sqrt(_dist_sq) / M.radius; //[0..1];
    float _power = M.power*_att;


    if (M.use_flags.test(eViewDist))
    {
        far_plane += M.far_plane*_power;
        use_flags.set(eViewDist, TRUE);
    }
    if (M.use_flags.test(eFogColor))
    {
        fog_color.mad(M.fog_color, _power);
        use_flags.set(eFogColor, TRUE);
    }
    if (M.use_flags.test(eFogDensity))
    {
        fog_density += M.fog_density*_power;
        use_flags.set(eFogDensity, TRUE);
    }

    if (M.use_flags.test(eAmbientColor))
    {
        ambient.mad(M.ambient, _power);
        use_flags.set(eAmbientColor, TRUE);
    }

    if (M.use_flags.test(eSkyColor))
    {
        sky_color.mad(M.sky_color, _power);
        use_flags.set(eSkyColor, TRUE);
    }

    if (M.use_flags.test(eHemiColor))
    {
        hemi_color.mad(M.hemi_color, _power);
        use_flags.set(eHemiColor, TRUE);
    }

    return _power;
}