❗ NormalizeAngle is fine ?

#include "Math.h"
#include <iostream>
 
CMath Math;
 
Vector3 CMath::NormalizeAngle(const Vector3 Angle1) {
	Vector3 Angle = Angle1;
 
	if (!std::isfinite(Angle.x)) {
		Angle.x = 0;
	}
	if (!std::isfinite(Angle.y)) {
		Angle.y = 0;
	}
 
	while (Angle.y < -180.0f)
		Angle.y += 360.0f;
	while (Angle.y > 180.0f)
		Angle.y -= 360.0f;
 
	if (Angle.x > 89.0f)
		Angle.x = 89.0f;
	if (Angle.x < -89.0f)
		Angle.x = -89.0f;
 
	Angle.z = 0;
 
	return Angle;
}
 
Vector3 CMath::SmoothAngle(const Vector3 Angle1, const Vector3 Angle2, float Smooth) {
	Vector3 Delta = { Angle2.x - Angle1.x, Angle2.y - Angle1.y, 0 };
 
	Delta = NormalizeAngle(Delta);
 
	Delta.x = (Delta.x / Smooth) + Angle1.x;
	Delta.y = (Delta.y / Smooth) + Angle1.y;
 
	return Delta;
}
 
float CMath::FOV(const Vector3 Angle1, const Vector3 Angle2) {
	Vector3 Delta = { Angle1.x - Angle2.x, Angle1.y - Angle2.y, 0 };
	Delta = NormalizeAngle(Delta);
 
	return sqrt((Delta.x * Delta.x) + (Delta.y * Delta.y));
}

        public static Vector3 NormalizeAngle(this Vector3 angle)
        {
            while (angle.X > 89.0f)
            {
                angle.X -= 180f;
            }

            while (angle.X < -89.0f)
            {
                angle.X += 180f;
            }

            while (angle.Y > 180f)
            {
                angle.Y -= 360f;
            }

            while (angle.Y < -180f)
            {
                angle.Y += 360f;
            }
            return angle;
        }

virtual bool NormalizeVector( ) override
{
	if ( std::isfinite( m_X ) && 
	     std::isfinite( m_Y ) && 
	     std::isfinite( m_Z ) )
	{
		m_X = std::remainderf( m_X, 360.f );
		m_Y = std::remainderf( m_Y, 360.f );
		return true;
	}
	return false;
}

bool ClampAngles( )
{
	if ( std::isfinite( m_X ) && 
	     std::isfinite( m_Y ) && 
	     std::isfinite( m_Z ) )
	{
		m_X = std::fmax( std::fmin( m_X, 90.f ), -90.f );
		m_Z = std::fmax( std::fmin( m_X, 50.f ), -50.f );;		
		return true;
	}
	return false;
}