public static void Clamp(BHVector2f v, BHVector2f min, BHVector2f max)
{
v.SetValues();
min.SetValues();
max.SetValues();
ClampVector2f(v.mVector, min.mVector, max.mVector);
v.CopyValues();
}
public static BHVector2f operator /(BHVector2f v, float s)
{
v.SetValues();
BHVector2f r = new BHVector2f();
DivVector2f(r.mVector, v.mVector, s);
r.CopyValues();
return(r);
}
public static BHVector2f operator *(float s, BHVector2f v)
{
v.SetValues();
BHVector2f r = new BHVector2f();
ScaleVector2f(r.mVector, v.mVector, s);
r.CopyValues();
return(r);
}
public static BHVector2f operator -(BHVector2f v)
{
v.SetValues();
BHVector2f r = new BHVector2f();
UnaryVector2f(r.mVector, v.mVector);
r.CopyValues();
return(r);
}
public static BHVector2f Refract(BHVector2f ivec, BHVector2f nvec, float refractionIndex)
{
ivec.SetValues();
nvec.SetValues();
BHVector2f r = new BHVector2f();
RefractVector2f(r.mVector, ivec.mVector, nvec.mVector, refractionIndex);
r.CopyValues();
return(r);
}
public static BHVector2f Reflect(BHVector2f ivec, BHVector2f nvec)
{
ivec.SetValues();
nvec.SetValues();
BHVector2f r = new BHVector2f();
ReflectVector2f(r.mVector, ivec.mVector, nvec.mVector);
r.CopyValues();
return(r);
}
public static BHVector2f SmoothStep(BHVector2f v1, BHVector2f v2, float t)
{
v1.SetValues();
v2.SetValues();
BHVector2f r = new BHVector2f();
SmoothStepVector2f(r.mVector, v1.mVector, v2.mVector, t);
r.CopyValues();
return(r);
}
public static BHVector2f Max(BHVector2f v1, BHVector2f v2)
{
v1.SetValues();
v2.SetValues();
BHVector2f r = new BHVector2f();
MaxVector2f(r.mVector, v1.mVector, v2.mVector);
r.CopyValues();
return(r);
}
public static BHVector2f operator -(BHVector2f v1, BHVector2f v2)
{
v1.SetValues();
v2.SetValues();
BHVector2f r = new BHVector2f();
MinusVector2f(r.mVector, v1.mVector, v2.mVector);
r.CopyValues();
return(r);
}
public static BHVector2f Barycentric(BHVector2f v1, BHVector2f v2, BHVector2f v3, float f, float g)
{
v1.SetValues();
v2.SetValues();
v3.SetValues();
BHVector2f r = new BHVector2f();
BarycentricVector2f(r.mVector, v1.mVector, v2.mVector, v3.mVector, f, g);
r.CopyValues();
return(r);
}
public static BHVector2f Hermite(BHVector2f v1, BHVector2f t1, BHVector2f v2, BHVector2f t2, float t)
{
v1.SetValues();
v2.SetValues();
t1.SetValues();
t2.SetValues();
BHVector2f r = new BHVector2f();
HermiteVector2f(r.mVector, v1.mVector, t1.mVector, v2.mVector, t2.mVector, t);
r.CopyValues();
return(r);
}
public static BHVector2f CatmullRom(BHVector2f v1, BHVector2f v2, BHVector2f v3, BHVector2f v4, float t)
{
v1.SetValues();
v2.SetValues();
v3.SetValues();
v4.SetValues();
BHVector2f r = new BHVector2f();
CatmullRomVector2f(r.mVector, v1.mVector, v2.mVector, v3.mVector, v4.mVector, t);
r.CopyValues();
return(r);
}
public static float DistanceSquared(BHVector2f v1, BHVector2f v2)
{
v1.SetValues();
v2.SetValues();
return(DistanceSquaredVector2f(v1.mVector, v2.mVector));
}
public float Dot(BHVector2f v)
{
v.SetValues();
return(DotVector2f(mVector, v.mVector));
}
public bool InBounds(BHVector2f bounds)
{
SetValues();
return(InBoundsVector2f(mVector, bounds.mVector));
}
public float ScalarTripleProduct(BHVector2f v)
{
v.SetValues();
SetValues();
return(ScalarTripleProductVector2f(mVector, v.mVector));
}
