private Penalty DistanceInfringementPenalty(double calcDistance, double pctInfringement, string description)
{
// Rule 13.3.5
Penalty penalty;
if (pctInfringement <= 0)
{
penalty = null;
}
else if (pctInfringement <= 25)
{
penalty = new Penalty(string.Format("R13.3.5: {1} {0:0m} <= 25%", calcDistance, description),
PenaltyType.TaskPoints, (int)(Math.Round(2 * pctInfringement / 0.1, 0)));
}
else //if (pctInfringement > 25)
{
penalty = new Penalty(Result.NewNoResult(string.Format("R13.3.5: {1} {0:0m} > 25%", calcDistance, description)));
}
return(penalty);
}
public override void Process()
{
base.Process();
// parse and resolve pilot dependent values
// the static values are already defined
// syntax is already checked
//TODO: apply globally instead of a per task basis
switch (Definition.ObjectType)
{
default:
throw new ArgumentException("Unknown penalty type '" + Definition.ObjectType + "'");
case "BPZ":
{
var sortedTasks = from obj in Engine.Heap.Values
where obj is ScriptingTask
orderby((ScriptingTask)obj).TaskOrder
select obj as ScriptingTask;
var firstPoint = Engine.Report.TakeOffPoint;
var done = false;
foreach (var task in sortedTasks)
{
if (done)
{
break;
}
var lastPoint = task.Result.LastUsedPoint;
if (lastPoint == null)
{
lastPoint = Engine.Report.LandingPoint;
done = true;
}
var currentTrack =
new Track(Engine.Report.FlightTrack)
.Filter(p => p.Time >= firstPoint.Time && p.Time <= lastPoint.Time);
var penaltyPoints = area.BpzPenalty(currentTrack);
if (penaltyPoints > 0)
{
var infringement = new Penalty("R7.3.6 " + description, PenaltyType.CompetitionPoints, penaltyPoints);
infringement.InfringingTrack = area.FilterTrack(currentTrack);
Infringements.Add(infringement);
task.Penalties.Add(infringement);
}
firstPoint = lastPoint;
}
}
break;
case "RPZ":
{
var sortedTasks = from obj in Engine.Heap.Values
where obj is ScriptingTask
orderby((ScriptingTask)obj).TaskOrder
select obj as ScriptingTask;
var firstPoint = Engine.Report.TakeOffPoint;
var done = false;
foreach (var task in sortedTasks)
{
if (done)
{
break;
}
var lastPoint = task.Result.LastUsedPoint;
if (lastPoint == null)
{
lastPoint = Engine.Report.LandingPoint;
done = true;
}
var currentTrack =
new Track(Engine.Report.FlightTrack)
.Filter(p => p.Time >= firstPoint.Time && p.Time <= lastPoint.Time);
var penaltyPoints = area.RpzPenalty(currentTrack);
if (penaltyPoints > 0)
{
var infringement = new Penalty("R7.3.4 " + description, PenaltyType.CompetitionPoints, penaltyPoints);
infringement.InfringingTrack = area.FilterTrack(currentTrack);
Infringements.Add(infringement);
task.Penalties.Add(infringement);
}
firstPoint = lastPoint;
}
}
break;
case "VSMAX":
//TODO: implement VSMAX
{
var sortedTasks = from obj in Engine.Heap.Values
where obj is ScriptingTask
orderby((ScriptingTask)obj).TaskOrder
select obj as ScriptingTask;
var firstPoint = Engine.Report.TakeOffPoint;
var done = false;
foreach (var task in sortedTasks)
{
if (done)
{
break;
}
var lastPoint = task.Result.LastUsedPoint;
if (lastPoint == null)
{
lastPoint = Engine.Report.LandingPoint;
done = true;
}
var infringingTrack = new Track(Engine.Report.FlightTrack)
.Filter(p => p.Time >= firstPoint.Time && p.Time <= lastPoint.Time)
.FilterPairs((p1, p2) => Math.Abs(Physics.VerticalVelocity(p1, p2)) > maxSpeed)
.FilterSegments((p1, p2) => (p2.Time - p1.Time).TotalSeconds > 15);
foreach (var str in infringingTrack.ToStringList())
{
task.AddNote("Max ascent/descent rate exceeded " + str, true);
//task.AddNote(
// string.Format("Max ascent/descent rate exceeded from {0} to {1}: {2:0} ft/min for {3} sec",
// first.ToString(AXPointInfo.Time).TrimEnd(),
// last.ToString(AXPointInfo.Time).TrimEnd(),
// Physics.VerticalVelocity(first, last) * Physics.METERS2FEET * 60,
// (last.Time - first.Time).TotalSeconds), true);
}
firstPoint = lastPoint;
}
}
break;
}
if (Infringements.Count == 0)
{
AddNote("not infringed");
}
}