protected virtual DirectedEventGroup ReadGroupEvent(AwesomeReader ar)
{
var eventGroup = new DirectedEventGroup();
var num1 = ar.ReadInt32();
var num2 = ar.ReadInt32();
if (num1 != num2)
{
throw new NotSupportedException($"Expected \"{num1}\" to equal \"{num2}\" for start of directed event group");
}
if (!Enum.IsDefined(typeof(DirectedEventType), num1))
{
throw new NotSupportedException($"Value of \'{num1}\' is not supported for directed event!");
}
eventGroup.EventType = (DirectedEventType)num1;
eventGroup.DirectorName = ar.ReadString();
ar.BaseStream.Position += 11; // Skip constants
eventGroup.PropName = ar.ReadString();
eventGroup.Unknown1 = ar.ReadInt32(); // Usually 0
eventGroup.PropName2 = ar.ReadString(); // Usually empty
eventGroup.Unknown2 = ar.ReadInt32(); // Unknown enum... hopefully it's not important
var count = ar.ReadInt32();
eventGroup.Events = new List <IDirectedEvent>();
switch (eventGroup.EventType)
{
case DirectedEventType.Float:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventFloat()
{
Value = ar.ReadSingle(),
Position = ar.ReadSingle()
}));
break;
case DirectedEventType.TextFloat:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventTextFloat()
{
Value = ar.ReadSingle(),
Text = ar.ReadString(),
Position = ar.ReadSingle()
}));
break;
case DirectedEventType.Boolean:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventBoolean()
{
Enabled = ar.ReadBoolean(),
Position = ar.ReadSingle()
}));
break;
case DirectedEventType.Vector4:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventVector4()
{
Value = new Vector4()
{
X = ar.ReadSingle(),
Y = ar.ReadSingle(),
Z = ar.ReadSingle(),
W = ar.ReadSingle()
},
Position = ar.ReadSingle()
}));
break;
case DirectedEventType.Vector3:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventVector3()
{
Value = new Vector3()
{
X = ar.ReadSingle(),
Y = ar.ReadSingle(),
Z = ar.ReadSingle()
},
Position = ar.ReadSingle()
}));
break;
case DirectedEventType.Text:
eventGroup.Events.AddRange(RepeatFor <IDirectedEvent>(count,
() => new DirectedEventText()
{
Text = ar.ReadString(),
Position = ar.ReadSingle()
}));
break;
}
return(eventGroup);
}
protected void WriteGroupEvent(DirectedEventGroup eventGroup, AwesomeWriter aw)
{
// Write event type + director
aw.Write((int)eventGroup.EventType);
aw.Write((int)eventGroup.EventType);
aw.Write((string)eventGroup.DirectorName);
// Constants
aw.Write((bool)true);
aw.Write((bool)false);
aw.Write((bool)true);
aw.Write((int)0);
aw.Write((int)5);
// Write prop names + unknown ints
aw.Write((string)eventGroup.PropName);
aw.Write((int)eventGroup.Unknown1);
aw.Write((string)eventGroup.PropName2);
aw.Write((int)eventGroup.Unknown2);
if (eventGroup.Events is null)
{
aw.Write((int)0);
return;
}
// Write events
aw.Write((int)eventGroup.Events.Count);
switch (eventGroup.EventType)
{
case DirectedEventType.Float:
var fEvents = CastEvents <DirectedEventFloat>(eventGroup.Events);
foreach (var ev in fEvents)
{
aw.Write((float)ev.Value);
aw.Write((float)ev.Position);
}
break;
case DirectedEventType.TextFloat:
var tfEvents = CastEvents <DirectedEventTextFloat>(eventGroup.Events);
foreach (var ev in tfEvents)
{
aw.Write((float)ev.Value);
aw.Write((string)ev.Text);
aw.Write((float)ev.Position);
}
break;
case DirectedEventType.Boolean:
var bEvents = CastEvents <DirectedEventBoolean>(eventGroup.Events);
foreach (var ev in bEvents)
{
aw.Write((bool)ev.Enabled);
aw.Write((float)ev.Position);
}
break;
case DirectedEventType.Vector4:
var v4Events = CastEvents <DirectedEventVector4>(eventGroup.Events);
foreach (var ev in v4Events)
{
aw.Write((float)ev.Value.X);
aw.Write((float)ev.Value.Y);
aw.Write((float)ev.Value.Z);
aw.Write((float)ev.Value.W);
aw.Write((float)ev.Position);
}
break;
case DirectedEventType.Vector3:
var v3Events = CastEvents <DirectedEventVector3>(eventGroup.Events);
foreach (var ev in v3Events)
{
aw.Write((float)ev.Value.X);
aw.Write((float)ev.Value.Y);
aw.Write((float)ev.Value.Z);
aw.Write((float)ev.Position);
}
break;
case DirectedEventType.Text:
var tEvents = CastEvents <DirectedEventText>(eventGroup.Events);
foreach (var ev in tEvents)
{
aw.Write((string)ev.Text);
aw.Write((float)ev.Position);
}
break;
}
}
