Description
Access Constraint used for min/max constraints.
Public Properties
 EnableMax | Enable the Max property. |
| EnableMin | Enable the Min property. |
| Max | Max value for the access constrain. |
| Min | Min value for the access constraint. |
Interfaces
CoClasses that Implement IAgAccessCnstrMinMax
Example
Add and configure a sun elevation angle access constraint
| [C#] |
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// To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
IAgAccessCnstrMinMax minmax = accessConstraints.AddConstraint(AgEAccessConstraints.eCstrSunElevationAngle) as IAgAccessCnstrMinMax;
minmax.EnableMin = true;
minmax.Min = 22.2;
minmax.EnableMax = true;
minmax.Max = 77.7;
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Add and configure a lunar elevation angle access constraint
| [C#] |
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// To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
IAgAccessCnstrMinMax minmax = accessConstraints.AddConstraint(AgEAccessConstraints.eCstrLunarElevationAngle) as IAgAccessCnstrMinMax;
minmax.EnableMin = true;
minmax.Min = 11.1;
minmax.EnableMax = true;
minmax.Max = 88.8;
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Add and configure an altitude access constraint
| [C#] |
|---|
// To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
// Attitude constraint
IAgAccessCnstrMinMax altitude = accessConstraints.AddConstraint(AgEAccessConstraints.eCstrAltitude) as IAgAccessCnstrMinMax;
altitude.EnableMin = true;
altitude.Min = 20.5;
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Enumerate the available constraints collection
| [C#] |
|---|
// The AvailableConstraints method returns a rectangular two-dimensional array of available constraints.
// A row of the array consists of two elements where the first element is a symbolic name of the constraint,
// and the second is a corresponding enumeration value.
Array arAvailable = accessConstraints.AvailableConstraints();
for (int i = 0; i < arAvailable.GetLength(0); i++)
{
string availName = (string)arAvailable.GetValue(i, 0);
AgEAccessConstraints eAccessConstraint = (AgEAccessConstraints)(int)arAvailable.GetValue(i, 1);
Console.WriteLine("\tConstraint {0}: {1} ({2})", i, availName, eAccessConstraint);
}
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Add and configure a sun elevation angle access constraint
| [Visual Basic .NET] |
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' To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
Dim minmax As IAgAccessCnstrMinMax = TryCast(accessConstraints.AddConstraint(AgEAccessConstraints.eCstrSunElevationAngle), IAgAccessCnstrMinMax)
minmax.EnableMin = True
minmax.Min = 22.2
minmax.EnableMax = True
minmax.Max = 77.7
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Add and configure a lunar elevation angle access constraint
| [Visual Basic .NET] |
|---|
' To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
Dim minmax As IAgAccessCnstrMinMax = TryCast(accessConstraints.AddConstraint(AgEAccessConstraints.eCstrLunarElevationAngle), IAgAccessCnstrMinMax)
minmax.EnableMin = True
minmax.Min = 11.1
minmax.EnableMax = True
minmax.Max = 88.8
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Add and configure an altitude access constraint
| [Visual Basic .NET] |
|---|
' To make this more efficient, wrap this method between calls to root.BeginUpdate() and root.EndUpdate()
' Attitude constraint
Dim altitude As IAgAccessCnstrMinMax = TryCast(accessConstraints.AddConstraint(AgEAccessConstraints.eCstrAltitude), IAgAccessCnstrMinMax)
altitude.EnableMin = True
altitude.Min = 20.5
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Enumerate the available constraints collection
| [Visual Basic .NET] |
|---|
' The AvailableConstraints method returns a rectangular two-dimensional array of available constraints.
' A row of the array consists of two elements where the first element is a symbolic name of the constraint,
' and the second is a corresponding enumeration value.
Dim arAvailable As Array = accessConstraints.AvailableConstraints()
Dim i As Integer = 0
While i < arAvailable.GetLength(0)
Dim availName As String = DirectCast(arAvailable.GetValue(i, 0), String)
Dim eAccessConstraint As AgEAccessConstraints = DirectCast(DirectCast(arAvailable.GetValue(i, 1), Integer), AgEAccessConstraints)
Console.WriteLine(vbTab & "Constraint {0}: {1} ({2})", i, availName, eAccessConstraint)
System.Math.Max(System.Threading.Interlocked.Increment(i),i - 1)
End While
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