public override void CheckConstructorSyntax()
{
base.CheckConstructorSyntax();
//parse static types
switch (Definition.ObjectType)
{
default:
throw new ArgumentException("Unknown filter type '" + Definition.ObjectType + "'");
case "NONE":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 1 && Definition.ObjectParameters[0] == "");
if (Task == null)
{
throw new InvalidOperationException("Filter NONE is valid only inside tasks");
}
break;
case "INSIDE":
case "OUTSIDE":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 1);
area = ResolveOrDie <ScriptingArea>(0);
break;
case "BEFORETIME":
case "AFTERTIME":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 1);
time = Engine.Settings.Date.Date + ParseOrDie <TimeSpan>(0, Parsers.ParseTimeSpan);
break;
case "BEFOREPOINT":
case "AFTERPOINT":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 1);
point = ResolveOrDie <ScriptingPoint>(0);
break;
case "ABOVE":
case "BELOW":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 1);
altitude = ParseOrDie <double>(0, Parsers.ParseLength);
break;
}
}
public override void CheckConstructorSyntax()
{
base.CheckConstructorSyntax();
switch (Definition.ObjectType)
{
default:
throw new ArgumentException(string.Format("Unknown area type '{0}'", Definition.ObjectType));
case "CYLINDER":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length >= 2 && Definition.ObjectParameters.Length <= 4);
center = ResolveOrDie <ScriptingPoint>(0); // point will be static or null
radius = ParseOrDie <double>(1, Parsers.ParseLength);
if (Definition.ObjectParameters.Length >= 3)
{
upperLimit = ParseOrDie <double>(2, Parsers.ParseLength);
}
if (Definition.ObjectParameters.Length >= 4)
{
lowerLimit = ParseOrDie <double>(3, Parsers.ParseLength);
}
maxHorizontalInfringement = 2 * radius;
break;
case "SPHERE":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
center = ResolveOrDie <ScriptingPoint>(0); // point will be static or null
radius = ParseOrDie <double>(1, Parsers.ParseLength);
maxHorizontalInfringement = 2 * radius;
break;
case "PRISM":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length >= 1 && Definition.ObjectParameters.Length <= 3);
var fileName = ParseOrDie <string>(0, s => s);
var trackLog = LoggerFile.Load(fileName, Engine.Settings.UtcOffset);
outline = Engine.Settings.GetTrack(trackLog);
if (Definition.ObjectParameters.Length >= 2)
{
upperLimit = ParseOrDie <double>(1, Parsers.ParseLength);
}
if (Definition.ObjectParameters.Length >= 3)
{
lowerLimit = ParseOrDie <double>(2, Parsers.ParseLength);
}
for (var i = 1; i < outline.Count; i++)
{
for (var j = 0; j < i; j++)
{
maxHorizontalInfringement = Math.Max(maxHorizontalInfringement, Physics.Distance2D(outline[i], outline[j]));
}
}
break;
case "TIME":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
lowerTime = Engine.Settings.Date.Date + ParseOrDie <TimeSpan>(0, Parsers.ParseTimeSpan);
upperTime = Engine.Settings.Date.Date + ParseOrDie <TimeSpan>(1, Parsers.ParseTimeSpan);
break;
case "UNION":
case "INTERSECTION":
case "SUBTRACTION":
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length > 1);
areas = new List <ScriptingArea>();
foreach (var areaName in Definition.ObjectParameters)
{
var area = Engine.Heap.Values.FirstOrDefault(o => o is ScriptingArea && o.Definition.ObjectName == areaName) as ScriptingArea;
if (area == null)
{
throw new ArgumentException("undeclaread area " + areaName);
}
areas.Add(area);
}
break;
}
}
public override void CheckConstructorSyntax()
{
base.CheckConstructorSyntax();
if (Task == null)
{
throw new ArgumentException(Definition.ObjectName + ": no previous task defined");
}
//check syntax and resolve static values (well defined at constructor time, not pilot dependent)
switch (Definition.ObjectType)
{
default:
throw new ArgumentException("Unknown result type '" + Definition.ObjectType + "'");
case "D2D":
//D2D: distance in 2D
//D2D(<pointNameA>, <pointNameB> [,<bestPerformance>])
case "D3D":
//D3D: distance in 3D
//D3D(<pointNameA>, <pointNameB> [,<bestPerformance>])
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2 || Definition.ObjectParameters.Length == 3);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
if (Definition.ObjectParameters.Length == 3)
{
bestPerformance = ParseOrDie <double>(2, Parsers.ParseLength);
}
unit = "m";
break;
case "DRAD":
case "DRAD10":
//DRAD: relative altitude dependent distance
//DRAD10: relative altitude dependent distance rounded down to decameter
//XXXX(<pointNameA>, <pointNameB>, <threshold> [,<bestPerformance>])
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3 || Definition.ObjectParameters.Length == 4);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
altitudeThreshold = ParseOrDie <double>(2, Parsers.ParseLength);
if (Definition.ObjectParameters.Length == 4)
{
bestPerformance = ParseOrDie <double>(3, Parsers.ParseLength);
}
unit = "m";
break;
case "DACC":
//DACC: accumulated distance
//DACC(<pointNameA>, <pointNameB>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
unit = "m";
break;
case "TSEC":
//TSEC: time in seconds
//TSEC(<pointNameA>, <pointNameB>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
unit = "s";
break;
case "TMIN":
//TMIN: time in minutes
//TMIN(<pointNameA>, <pointNameB>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
unit = "min";
break;
case "ATRI":
//ATRI: area of triangle
//ATRI(<pointNameA>, <pointNameB>, <pointNameC>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
C = ResolveOrDie <ScriptingPoint>(2);
unit = "km^2";
break;
case "ANG3P":
//ANG3P: angle between 3 points
//ANG3P(<pointNameA>, <pointNameB>, <pointNameC>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
C = ResolveOrDie <ScriptingPoint>(2);
unit = "°";
break;
case "ANGN":
//ANGN: angle to the north
//ANGN(<pointNameA>, <pointNameB>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 2);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
unit = "°";
break;
case "ANGSD":
//ANGSD: angle to a set direction
//ANGSD(<pointNameA>, <pointNameB>, <setDirection>)
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3);
A = ResolveOrDie <ScriptingPoint>(0);
B = ResolveOrDie <ScriptingPoint>(1);
setDirection = ParseOrDie <double>(2, Parsers.ParseDouble);
unit = "°";
break;
}
}
public override void CheckConstructorSyntax()
{
base.CheckConstructorSyntax();
if (Task == null)
{
throw new ArgumentException(Definition.ObjectName + ": no previous task defined");
}
//check syntax and resolve static values (well defined at constructor time, not pilot dependent)
switch (Definition.ObjectType)
{
default:
throw new ArgumentException("Unknown restriction type '" + Definition.ObjectType + "'");
//DMAX: maximum distance
//DMAX(<pointNameA>, <pointNameB>, <distance>, <description>)
case "DMAX":
//DMIN: minimum distance
//DMIN(<pointNameA>, <pointNameB>, <distance>, <description>)
case "DMIN":
//DVMAX: maximum vertical distance
//DVMAX(<pointNameA>, <pointNameB>, <altitude>, <description>)
case "DVMAX":
//DVMIN: minimum vertical distance
//DVMIN(<pointNameA>, <pointNameB>, <altitude>, <description>)
case "DVMIN":
{
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 4);
pointA = ResolveOrDie <ScriptingPoint>(0);
pointB = ResolveOrDie <ScriptingPoint>(1);
distance = ParseOrDie <double>(2, Parsers.ParseLength);
description = ParseOrDie <string>(3, Parsers.ParseString);
}
break;
//TMAX: maximum time
//TMAX(<pointNameA>, <pointNameB>, <time>, <description>)
case "TMAX":
//TMIN: minimum time
//TMIN(<pointNameA>, <pointNameB>, <time>, <description>)
case "TMIN":
{
{
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 4);
pointA = ResolveOrDie <ScriptingPoint>(0);
pointB = ResolveOrDie <ScriptingPoint>(1);
time = ParseOrDie <int>(2, Parsers.ParseInt);
description = ParseOrDie <string>(3, Parsers.ParseString);
}
}
break;
//TBTOD: before time of day
//TBTOD(<pointNameA>, <time>, <description>)
case "TBTOD":
//TATOD: after time of day
//TATOD(<pointNameA>, <time>, <description>)
case "TATOD":
{
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3);
pointA = ResolveOrDie <ScriptingPoint>(0);
timeOfDay = ParseOrDie <TimeSpan>(1, Parsers.ParseTimeSpan);
description = ParseOrDie <string>(2, Parsers.ParseString);
}
break;
//PINSIDE: point inside area
//PINSIDE(<pointNameA>, <area>, <description>)
case "PINSIDE":
{
AssertNumberOfParametersOrDie(Definition.ObjectParameters.Length == 3);
pointA = ResolveOrDie <ScriptingPoint>(0);
var areaName = ParseOrDie <string>(1, Parsers.ParseString);
area = Engine.Heap.Values.FirstOrDefault(o => o is ScriptingArea && o.Definition.ObjectName == areaName) as ScriptingArea;
if (area == null)
{
throw new ArgumentException("undeclaread area " + areaName);
}
description = ParseOrDie <string>(2, Parsers.ParseString);
}
break;
}
}