public static void UpdateGunShot(MyEntity physObject, MyTrailerGunsShotTypeEnum gunShot)
{
// This method will be called even on not-tracker objects, so here we check if we need to store data about this one
MyPhysObjectTrackedTickData tickData = InsertActiveTick(physObject);
if (tickData != null)
{
tickData.GunShot = gunShot;
}
}
public static void UpdatePositionsAndOrientations()
{
foreach (KeyValuePair <MyEntity, MyTrailerSaveObjectHolder> kvp in m_trackedPhysObjects)
{
MyPhysObjectTrackedTickData tickData = InsertActiveTick(kvp.Key);
tickData.Position = kvp.Key.GetPosition();
tickData.Orientation = kvp.Key.WorldMatrix;
tickData.ReflectorLevel = ((MySmallShip)kvp.Key).Config.ReflectorLight.Level;
tickData.EngineLevel = ((MySmallShip)kvp.Key).Config.Engine.Level;
}
}
static void AttachPhysObjectFullPath(MyEntity physObject, string fullPath)
{
MyMwcLog.WriteLine("MyTrailedLoad.AttachPhysObject - START", LoggingOptions.TRAILERS);
MyMwcLog.IncreaseIndent(LoggingOptions.TRAILERS);
Dictionary <int, MyPhysObjectTrackedTickData> ticks = new Dictionary <int, MyPhysObjectTrackedTickData>(MyTrailerConstants.MAX_TRACKED_TICKS);
MyMwcLog.WriteLine("File: " + fullPath, LoggingOptions.TRAILERS);
// Open file, BinaryReader must use ASCII encoding, otherwise PeekChar will have problems when trying to convert some values to chars
using (FileStream fs = File.OpenRead(fullPath))
{
using (BinaryReader br = new BinaryReader(fs, Encoding.ASCII))
{
int tickIndex = 0;
while (br.PeekChar() != -1)
{
MyPhysObjectTrackedTickData tickData = new MyPhysObjectTrackedTickData();
MyUtils.BinaryRead(br, ref tickData.Position);
MyUtils.BinaryRead(br, ref tickData.Orientation);
tickData.ReflectorLevel = br.ReadSingle();
tickData.EngineLevel = br.ReadSingle();
int gunShot = br.ReadInt32();
if (gunShot == -1)
{
tickData.GunShot = null;
}
else
{
tickData.GunShot = (MyTrailerGunsShotTypeEnum)gunShot;
}
ticks.Add(tickIndex, tickData);
tickIndex++;
}
MyMwcLog.WriteLine("Ticks: " + ticks.Count, LoggingOptions.TRAILERS);
MyMwcLog.WriteLine("Milliseconds: " + TicksToMilliseconds(ticks.Count), LoggingOptions.TRAILERS);
}
}
m_attachedPhysObjects.Add(physObject, ticks);
MyMwcLog.DecreaseIndent(LoggingOptions.TRAILERS);
MyMwcLog.WriteLine("MyTrailedLoad.AttachPhysObject - END", LoggingOptions.TRAILERS);
}
// Adds data for active tick into the list. First we check if data for this thick doesn't exist and if not, add it.
static MyPhysObjectTrackedTickData InsertActiveTick(MyEntity physObject)
{
MyTrailerSaveObjectHolder ticks;
// This method will be called even on not-tracker objects, so here we check if we need to store data about this one
if (m_trackedPhysObjects.TryGetValue(physObject, out ticks) == true)
{
MyPhysObjectTrackedTickData tickData;
if (ticks.Ticks.TryGetValue(m_activeTick, out tickData) == true)
{
return(tickData);
}
tickData = new MyPhysObjectTrackedTickData();
ticks.Ticks.Add(m_activeTick, tickData);
return(tickData);
}
return(null);
}
// Adds data for active tick into the list. First we check if data for this thick doesn't exist and if not, add it.
static MyPhysObjectTrackedTickData InsertActiveTick(MyEntity physObject)
{
MyTrailerSaveObjectHolder ticks;
// This method will be called even on not-tracker objects, so here we check if we need to store data about this one
if (m_trackedPhysObjects.TryGetValue(physObject, out ticks) == true)
{
MyPhysObjectTrackedTickData tickData;
if (ticks.Ticks.TryGetValue(m_activeTick, out tickData) == true)
{
return tickData;
}
tickData = new MyPhysObjectTrackedTickData();
ticks.Ticks.Add(m_activeTick, tickData);
return tickData;
}
return null;
}
