public void deserialize(System.IO.BinaryReader br)
{
int numOptions = br.ReadInt32();
for (int i = 0; i < numOptions; ++i)
{
OptionGroup newGroup = new OptionGroup();
newGroup.deserialize(br);
m_options.Add(newGroup);
}
}
public static Config defaultConfig()
{
Config conf = new Config();
#region 3DEditor
OptionGroup _3dOptions = new OptionGroup("3D Editor Options");
_3dOptions.Options.Add(new ListOption("Model Component", "The Id of the Component that should be used for mesh data."));
_3dOptions.Options.Add(new StringSemanticOption("Model Parameter", "The name of the parameter that should be used for mesh data. Separate multiple entries with ','", "model,mesh",ParameterSemantic.MESH));
_3dOptions.Options.Add(new StringSemanticOption("Material Parameter", "The name of the parameter that should be used for material data. Separate multiple entries with ','", "material", ParameterSemantic.MATERIAL));
_3dOptions.Options.Add(new ListOption("Position Component", "The Id of the Component that should be used for position data."));
_3dOptions.Options.Add(new StringSemanticOption("Position Parameter", "The name of the parameter that should be used for position data. Separate multiple entries with ','", "position", ParameterSemantic.POSITION3D));
_3dOptions.Options.Add(new ListOption("Orientation Component", "The Id of the Component that should be used for orientation data."));
_3dOptions.Options.Add(new StringSemanticOption("Orientation Parameter", "The name of the parameter that should be used for orientation data. Separate multiple entries with ','", "orientation", ParameterSemantic.ORIENTATION3D));
_3dOptions.Options.Add(new ListOption("Scale Component", "The Id of the Component that should be used for scaling data."));
_3dOptions.Options.Add(new StringSemanticOption("Scale Parameter", "The name of the parameter that should be used for scaling data. Separate multiple entries with ','", "scale", ParameterSemantic.DIMENSION3D));
_3dOptions.Options.Add(new ListOption("Camera Component", "The Id of the Component that should be used for Camera data."));
conf.Options.Add(_3dOptions);
#endregion
#region StateMachine
OptionGroup _StateMachines = new OptionGroup("StateMachines");
_StateMachines.Options.Add(new ListOption("StateMachine Component", "The Id of the Componenet that can be used as a state machine."));
_StateMachines.Options.Add(new StringSemanticOption("InitState Parameter", "The name of the parameter that specifies the initial state of the state machine. Separate multiple entries with ','", "initState", ParameterSemantic.INITSTATE));
_StateMachines.Options.Add(new StringSemanticOption("Transitions Parameter", "The name of the parameter that holds all the transition data. Separate multiple entries with ','", "transitions", ParameterSemantic.TRANSITIONS));
_StateMachines.Options.Add(new StringSemanticOption("Transition Parameter", "The name of the parameter that should be used for a ingle transition.", "transition", ParameterSemantic.TRANSITION));
_StateMachines.Options.Add(new StringSemanticOption("Message Parameter", "The name of the parameter that holds the message id for a transition.", "msg", ParameterSemantic.MSG));
_StateMachines.Options.Add(new StringSemanticOption("From Parameter", "The name of the parameter that specifies the 'From' state.", "transition", ParameterSemantic.FROM));
_StateMachines.Options.Add(new StringSemanticOption("To Parameter", "The name of the parameter that specifies the 'To' state.", "transition", ParameterSemantic.TO));
_StateMachines.Options.Add(new ListOption("State Component", "The Id of the Componenet that can be used as a state. Separate multiple entries with ','"));
conf.Options.Add(_StateMachines);
#endregion
#region Paths
OptionGroup _PathOptions = new OptionGroup("Paths");
_PathOptions.Options.Add(new FolderOption("Export Path", "Default path for exporting.", Environment.CurrentDirectory + "\\Templates\\"));
_PathOptions.Options.Add(new FolderOption("Save Path", "Default path for saving.", Environment.CurrentDirectory + "\\Scripts\\"));
conf.Options.Add(_PathOptions);
#endregion
FileStream fs = File.Open(m_defaultName, FileMode.Create);
BinaryWriter bw = new BinaryWriter(fs);
conf.serialize(bw);
bw.Flush();
fs.Close();
return conf;
}
