public static void SynchronizePlotPointWithType(PlotPointType ppType, PlotPoint pp, StoryData world)
{
List <Trait> properList = new List <Trait>();
foreach (Trait newTrait in ppType.Traits)
{
// Trait oldTrait = pp.getTraitByTypeId(newTrait.TypeId);
// if (oldTrait == null)
//{
Trait convertedTrait = new Trait(newTrait, world);
Trait oldTrait = pp.findTraitByName(newTrait.Name);
if ((oldTrait != null) && (oldTrait.Type == newTrait.Type))
{
convertedTrait.Value = oldTrait.Value;
}
properList.Add(convertedTrait);
// properList.Add(new Trait(newTrait, world));
// }
// else
//{
// oldTrait.Name = newTrait.Name;
// oldTrait.Type = newTrait.Type;
//properList.Add(oldTrait);
//}
}
pp.Traits = properList;
}
public WindowPlotPointEditor(PlotPoint existingPP, StoryData storyData)
{
InitializeComponent();
_pP = existingPP;
_ppType = storyData.findPlotPointTypeById(existingPP.TypeId);
_currentStoryData = storyData;
this.Closing += new System.ComponentModel.CancelEventHandler(MainWindow_Closing);
dataBind();
}
public WindowPlotPointEditor(PlotPoint existingPP, StoryData storyData)
{
InitializeComponent();
_pP = existingPP;
_ppType = storyData.findPlotPointTypeById(existingPP.TypeId);
_currentStoryData = storyData;
this.Closing += new System.ComponentModel.CancelEventHandler(MainWindow_Closing);
dataBind();
}
public override object Clone()
{
PlotPoint newClone = (PlotPoint)MemberwiseClone();
newClone.Id = StoryWorldDataProvider.getStoryData().getNewId();
newClone.Traits = new List <Trait>();
newClone.Relationships = new List <Relationship>();
foreach (Trait traitItem in _traits)
{
newClone.Traits.Add((Trait)traitItem.Clone());
}
//no relationships
return(newClone);
}
public static void SynchronizePlotPointWithType(PlotPointType ppType, PlotPoint pp, StoryData world)
{
List<Trait> properList = new List<Trait>();
foreach (Trait newTrait in ppType.Traits)
{
// Trait oldTrait = pp.getTraitByTypeId(newTrait.TypeId);
// if (oldTrait == null)
//{
Trait convertedTrait = new Trait(newTrait, world);
Trait oldTrait = pp.findTraitByName(newTrait.Name);
if ((oldTrait != null) && (oldTrait.Type == newTrait.Type))
{
convertedTrait.Value = oldTrait.Value;
}
properList.Add(convertedTrait);
// properList.Add(new Trait(newTrait, world));
// }
// else
//{
// oldTrait.Name = newTrait.Name;
// oldTrait.Type = newTrait.Type;
//properList.Add(oldTrait);
//}
}
pp.Traits = properList;
}
public ActionCreatePlotPoint(UInt64 parentPlotFragmentId, PlotPointType type, string varName, StoryData world)
: base(parentPlotFragmentId, varName, world)
{
_newPP = new PlotPoint(type, world);
}
public ActionCreatePlotPoint(UInt64 parentPlotFragmentId, PlotPointType type, string varName, StoryData world) :
base(parentPlotFragmentId, varName, world)
{
_newPP = new PlotPoint(type, world);
}
private void declareNewPlotPoint(bool prependType, PlotPoint pp, PlotPointType ppType, string saveAsName)
{
int currentCount = 0;
string typeName = (string)_plotPointTypeNames[ppType.Id];
int paramCount = 1 + ppType.Traits.Count;
if(prependType)
{
_tw.WriteLine(typeName + " " + saveAsName + " = new " + typeName + " ( ");
}
else
{
_tw.WriteLine(saveAsName + " = new " + typeName + " ( ");
}
_tw.Indent();
_tw.WriteLine(pp.Id.ToString() + ", ");
currentCount++;
string attribString;
foreach (Trait tr in pp.Traits)
{
attribString = generateJavaValueString(tr);
currentCount++;
if (currentCount != paramCount)
{
attribString += ", ";
}
_tw.WriteLine(attribString);
}
_tw.OutDent();
_tw.WriteLine(");");
}