public static FlightViewData <T> Create(Vector3 speed, float altitude, float glideRatio, float gforce, ParachuteLine?holdLines,
Vector2 linePull)
{
var metricData = new FlightViewData <T>(
speed: new Measure <Vector3>((speed * 60 * 60) / 1000, "km/h"),
altitude: new Measure <float>(altitude, "m"),
glideRatio: glideRatio,
gforce: gforce,
activeParachuteLines: holdLines,
leftLinePull: linePull.x,
rightLinePull: linePull.y);
if (typeof(T) == typeof(MeasureSystem.Imperial))
{
return(new FlightViewData <T>(
speed: new Measure <Vector3>(MeasureSystem.KmhToMph(metricData.Speed.Value), "mph"),
altitude: new Measure <float>(MeasureSystem.MetersToFeet(metricData.Altitude.Value), "feet"),
glideRatio: metricData.GlideRatio,
gforce: metricData.Gforce,
activeParachuteLines: metricData.ActiveParachuteLines,
leftLinePull: linePull.x,
rightLinePull: linePull.y));
}
return(metricData);
}
public void UpdateRawData <T>(ref FlightViewData <T> rawData) where T : MeasureSystem
{
_data.Clear();
_data.LeftLinePull = rawData.LeftLinePull;
_data.RightLinePull = rawData.RightLinePull;
_data.HoldLines.Append(rawData.ActiveParachuteLines.HasValue ? rawData.ActiveParachuteLines.Value.Name() : "");
_data.LineColor = rawData.ActiveParachuteLines.HasValue ? rawData.ActiveParachuteLines.Value.Color() : Color.white;
_data.Speed.Append(Mathf.RoundToInt(rawData.AirSpeed.Value));
_data.SpeedUnit = rawData.AirSpeed.Unit;
_data.HorizontalSpeed.Append(rawData.HorizontalAirSpeed.Value, 0);
_data.VerticalSpeed.Append(rawData.VerticalAirSpeed.Value, 0);
_data.Altitude.Append(Mathf.RoundToInt(rawData.Altitude.Value));
_data.AltitudeUnit = rawData.Altitude.Unit;
_data.GlideRatio.Append(rawData.GlideRatio, 2);
_data.GForce.Append(rawData.Gforce, 2);
if (DataUpdated != null)
{
DataUpdated(_data);
}
}
