/// <summary>
/// Creates a new referenced behaviour. The behaviour which will be referenced is read from the Reference attribute.
/// </summary>
public ReferencedBehavior() : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, string.Empty, true, Resources.ReferencedBehaviorDesc)
{
_genericChildrenLocal = new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren = _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren = false;
_referencedBehavior = null;
}
/// <summary>
/// Creates a new referenced behaviour.
/// </summary>
/// <param name="rootBehavior">The behaviour this node belongs not. NOT the one is references.</param>
/// <param name="referencedBehavior">The behaviour you want to reference.</param>
public ReferencedBehavior(BehaviorNode rootBehavior, BehaviorNode referencedBehavior) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, ((Node)referencedBehavior).Label, true, Resources.ReferencedBehaviorDesc)
{
_genericChildrenLocal = new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren = _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren = false;
_referencedBehavior = referencedBehavior;
_referenceFilename = _referencedBehavior.FileManager.Filename;
((Node)_referencedBehavior).WasModified += new WasModifiedEventDelegate(referencedBehavior_WasModified);
}
/// <summary>
/// Creates a new instance of a referenced behaviour node for a sub-reference graph.
/// </summary>
/// <param name="impulse">The original non-sub-reference graph referenced behaviour node.</param>
public ReferencedBehavior(ReferencedBehavior referencedBehavior) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, referencedBehavior.BaseLabel, false, referencedBehavior.Description)
{
_genericChildrenLocal = new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren = _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren = false;
_referencedBehavior = null;
referencedBehavior.CloneProperties(this);
OnPropertyValueChanged(false);
CopyEventHandlers(referencedBehavior);
#if DEBUG
_debugIsSubreferencedGraphNode = true;
#endif
}
public Or()
: base(Resources.Or, Resources.OrDesc)
{
_conditions = new ConnectorCondition(_children, "Condition {0}", "Conditions", 2, int.MaxValue);
}
public CompoundAction()
: base(Resources.CompoundAction, Resources.CompoundActionDesc)
{
_preconditions = new ConnectorCondition(_children, "Precondition {0}", "Preconditions", 1, int.MaxValue);
_methods= new ConnectorMultiple(_children, "Action {0}", "Actions", 1, int.MaxValue);
}
public Or() : base(Resources.Or, Resources.OrDesc)
{
_conditions = new ConnectorCondition(_children, "Condition {0}", "Conditions", 2, int.MaxValue);
}
public Method(string label) : base(label, false)
{
_preconditions = new ConnectorPrecondition(_children, "Precondition {0}", "Preconditions", 1, int.MaxValue);
_genericChildren = new ConnectorTask(_children, "Task {0}", "Tasks", 1, int.MaxValue);
}
public CompoundTask() : base("Compound Task", "Calls fitting methods.")
{
_preconditions = new ConnectorPrecondition(_children, "Precondition {0}", "Preconditions", 1, int.MaxValue);
_methods = new ConnectorMultiple(_children, "Method {0}", "Methods", 1, int.MaxValue);
_methods.IsReadOnly = true;
}
public Selector(string label, string description)
: base(label, description)
{
_acceptsEvents = true;
_genericChildren = new ConnectorMultiple(_children, "", "GenericChildren", 2, int.MaxValue);
}
/// <summary>
/// Creates a new referenced behaviour.
/// </summary>
/// <param name="rootBehavior">The behaviour this node belongs not. NOT the one is references.</param>
/// <param name="referencedBehavior">The behaviour you want to reference.</param>
public ReferencedBehavior(BehaviorNode rootBehavior, BehaviorNode referencedBehavior) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, ((Node)referencedBehavior).Label, true, Resources.ReferencedBehaviorDesc)
{
_genericChildrenLocal= new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren= _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren= false;
_referencedBehavior= referencedBehavior;
_referenceFilename= _referencedBehavior.FileManager.Filename;
((Node)_referencedBehavior).WasModified+= new WasModifiedEventDelegate(referencedBehavior_WasModified);
}
public Sequence(string label, string description)
: base(label, description)
{
_genericChildren = new ConnectorMultiple(_children, "", "GenericChildren", 2, int.MaxValue);
}
public Any() : base(Resources.OperatorAny, Resources.OperatorAnyDesc)
{
_tasks = new ConnectorTask(_children, "Task {0}", "Tasks", 2, int.MaxValue);
}
public Selector(string label, string description)
: base(label, description)
{
_acceptsEvents = true;
_genericChildren = new ConnectorMultiple(_children, "", "GenericChildren", 2, int.MaxValue);
}
public Selector(string label, string description) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, label, true, description)
{
_genericChildren = new ConnectorMultiple(_children, "{0}", "GenericChildren", 2, int.MaxValue); //modified for text adventure
}
/// <summary>
/// Creates a new referenced behaviour. The behaviour which will be referenced is read from the Reference attribute.
/// </summary>
public ReferencedBehavior() : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, string.Empty, true, Resources.ReferencedBehaviorDesc)
{
_genericChildrenLocal= new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren= _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren= false;
_referencedBehavior= null;
}
/// <summary>
/// Creates a new instance of a referenced behaviour node for a sub-reference graph.
/// </summary>
/// <param name="impulse">The original non-sub-reference graph referenced behaviour node.</param>
public ReferencedBehavior(ReferencedBehavior referencedBehavior) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, referencedBehavior.BaseLabel, false, referencedBehavior.Description)
{
_genericChildrenLocal= new ConnectorMultiple(_children, string.Empty, "GenericChildren", 1, int.MaxValue);
_genericChildren= _genericChildrenLocal;
// when this node is saved, the children won't as they belong to another behaviour
_saveChildren= false;
_referencedBehavior= null;
referencedBehavior.CloneProperties(this);
OnPropertyValueChanged(false);
CopyEventHandlers(referencedBehavior);
#if DEBUG
_debugIsSubreferencedGraphNode= true;
#endif
}
public Parallel(string label, string description) : base(label, description)
{
_genericChildren = new ConnectorMultiple(_children, "And", "GenericChildren", 2, int.MaxValue);
}
public Parallel(string label, string description) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, label, true, description)
{
_genericChildren = new ConnectorMultiple(_children, "And", "GenericChildren", 2, int.MaxValue);
}
public Selector(string label, string description) : base(label, description)
{
_genericChildren = new ConnectorMultiple(_children, "Try {0}", "GenericChildren", 2, int.MaxValue);
}
public Sequence(string label, string description)
: base(label, description)
{
CreateInterruptChild();
_genericChildren = new ConnectorMultiple(_children, "", Connector.kGeneric, 2, int.MaxValue);
}
public Sequence(string label, string description)
: base(label, description) {
CreateInterruptChild();
_genericChildren = new ConnectorMultiple(_children, "", Connector.kGeneric, 2, int.MaxValue);
}
public Or() : base(Resources.OperatorOr, Resources.OperatorOrDesc)
{
_preconditions = new ConnectorPrecondition(_children, "Precondition {0}", "Preconditions", 2, int.MaxValue);
}
public Selector(string label, string description)
: base(label, description)
{
_interruptChild = new ConnectorSingle(_children, "", Connector.kInterupt);
_genericChildren = new ConnectorMultiple(_children, "", Connector.kGeneric, 2, int.MaxValue);
}
public CompoundAction()
: base(Resources.CompoundAction, Resources.CompoundActionDesc)
{
_preconditions = new ConnectorCondition(_children, "Precondition {0}", "Preconditions", 1, int.MaxValue);
_methods = new ConnectorMultiple(_children, "Action {0}", "Actions", 1, int.MaxValue);
}
public Selector(string label, string description) : base(null, _theBackgroundBrush, _theDraggedBackgroundBrush, label, true, description)
{
_genericChildren= new ConnectorMultiple(_children, "Try {0}", "GenericChildren", 2, int.MaxValue);
}
public Selector(string label, string description)
: base(label, description)
{
_interruptChild = new ConnectorSingle(_children, "", Connector.kInterupt);
_genericChildren = new ConnectorMultiple(_children, "", Connector.kGeneric, 2, int.MaxValue);
}
public If() : base(Resources.OperatorIf, Resources.OperatorIfDesc)
{
_preconditions = new ConnectorPrecondition(_children, "Precondition {0}", "Preconditions", 1, int.MaxValue);
_tasks = new ConnectorTask(_children, "Task {0}", "Tasks", 1, int.MaxValue);
}
