public Acceleration(SpeedRate x, SpeedRate y, SpeedRate z)
{
var xyx = Math.Sqrt(Math.Pow(x.TotalMetersPerSecondPerSecond, 2)
+ Math.Pow(y.TotalMetersPerSecondPerSecond, 2)
+ Math.Pow(z.TotalMetersPerSecondPerSecond, 2));
var xy = Math.Sqrt(Math.Pow(x.TotalMetersPerSecondPerSecond, 2)
+ Math.Pow(y.TotalMetersPerSecondPerSecond, 2));
SpeedRate = xyx.MetersPerSecondPerSecond();
var angleH = Math.Atan2(y.TotalMetersPerSecondPerSecond, x.TotalMetersPerSecondPerSecond);
var angleV = Math.Atan2(z.TotalMetersPerSecondPerSecond, xy);
Angle = new Angle2(angleH, angleV);
}
public int CompareTo(SpeedRate other) => TotalMetersPerSecondPerSecond.CompareTo(other.TotalMetersPerSecondPerSecond);
public bool Equals(SpeedRate other) => Math.Abs(TotalMetersPerSecondPerSecond - other.TotalMetersPerSecondPerSecond) < UnitConstants.EqualityComparisonEpsilon;
internal static Acceleration AtAngle(this SpeedRate speedRate, Angle2 angle)
{
return(new Acceleration(speedRate, angle));
}
public Acceleration(SpeedRate speedRate, Angle angleH, Angle angleV)
: this(speedRate, new Angle2(angleH, angleV))
{
}
public Acceleration(SpeedRate speedrate, Angle2 angle)
{
SpeedRate = speedrate;
Angle = angle;
}