public static FrameGroup Serialize(ThingCategory category, ref Net.InputMessage binaryReader)
{
FrameGroup frameGroup = new FrameGroup();
frameGroup.Width = binaryReader.GetU8();
frameGroup.Height = binaryReader.GetU8();
if (frameGroup.Width > 1 || frameGroup.Height > 1)
{
frameGroup.ExactSize = binaryReader.GetU8();
}
else
{
frameGroup.ExactSize = 32;
}
frameGroup.Layers = binaryReader.GetU8();
frameGroup.PatternWidth = binaryReader.GetU8();
frameGroup.PatternHeight = binaryReader.GetU8();
frameGroup.PatternDepth = binaryReader.GetU8();
frameGroup.Phases = binaryReader.GetU8();
if (frameGroup.Phases > 1)
{
frameGroup.Animator = FrameGroupAnimator.Serialize(frameGroup.Phases, ref binaryReader);
}
int totalSprites = frameGroup.Width * frameGroup.Height * frameGroup.Layers * frameGroup.PatternWidth * frameGroup.PatternHeight * frameGroup.PatternDepth * frameGroup.Phases;
for (int j = 0; j < totalSprites; j++)
{
frameGroup.Sprites.Add(binaryReader.GetU32());
}
return(frameGroup);
}
public void Unserialize(Net.InputMessage binaryReader, int clientVersion)
{
Width = binaryReader.GetU8();
Height = binaryReader.GetU8();
if (Width > 1 || Height > 1)
{
ExactSize = binaryReader.GetU8();
}
else
{
ExactSize = 32;
}
Layers = binaryReader.GetU8();
PatternWidth = binaryReader.GetU8();
PatternHeight = binaryReader.GetU8();
PatternDepth = clientVersion >= 755 ? binaryReader.GetU8() : (byte)1;
Phases = binaryReader.GetU8();
if (Phases > 1 && clientVersion >= 1050)
{
Animator = new FrameGroupAnimator();
Animator.Unserialize(Phases, binaryReader);
}
int totalSprites = Width * Height * Layers * PatternWidth * PatternHeight * PatternDepth * Phases;
for (int j = 0; j < totalSprites; j++)
{
Sprites.Add(clientVersion >= 960 ? binaryReader.GetU32() : binaryReader.GetU16());
}
}
public void Unserialize(byte animationPhases, Net.InputMessage binaryReader)
{
AnimationPhases = animationPhases;
Async = binaryReader.GetU8() == 0;
LoopCount = binaryReader.GetS32();
StartPhase = binaryReader.GetS8();
for (int i = 0; i < animationPhases; i++)
{
var duration = new FrameGroupDuration();
duration.Minimum = binaryReader.GetS32();
duration.Maximum = binaryReader.GetS32();
FrameGroupDurations.Add(duration);
}
}
public static FrameGroupAnimator Serialize(byte animationPhases, ref Net.InputMessage binaryReader)
{
FrameGroupAnimator frameGroupAnimator = new FrameGroupAnimator();
frameGroupAnimator.AnimationPhases = animationPhases;
frameGroupAnimator.Async = binaryReader.GetU8() == 0;
frameGroupAnimator.LoopCount = binaryReader.GetS32();
frameGroupAnimator.StartPhase = binaryReader.GetS8();
for (int i = 0; i < animationPhases; i++)
{
FrameGroupDuration duration = new FrameGroupDuration();
duration.Minimum = (int)binaryReader.GetU32();
duration.Maximum = (int)binaryReader.GetU32();
frameGroupAnimator.FrameGroupDurations.Add(duration);
}
return(frameGroupAnimator);
}
public ContentSprites(byte[] buffer)
{
m_BinaryReader = new Net.InputMessage(buffer);
}
public static ThingType Serialize(ushort id, ThingCategory category, ref Net.InputMessage binaryReader)
{
ThingType type = new ThingType()
{
ID = id,
Category = category
};
int count = 0, attr = -1;
bool done = false;
for (int i = 0; i < DatAttributes.LastAttr; ++i)
{
count++;
attr = binaryReader.GetU8();
if (attr == DatAttributes.LastAttr)
{
done = true;
break;
}
switch (attr)
{
case DatAttributes.Ground:
case DatAttributes.Writable:
case DatAttributes.WritableOnce:
case DatAttributes.MinimapColor:
case DatAttributes.LensHelp:
case DatAttributes.Cloth:
case DatAttributes.DefaultAction:
type.Attributes[(byte)attr] = binaryReader.GetU16();
break;
case DatAttributes.GroundBorder:
case DatAttributes.OnBottom:
case DatAttributes.OnTop:
case DatAttributes.Container:
case DatAttributes.Stackable:
case DatAttributes.ForceUse:
case DatAttributes.MultiUse:
case DatAttributes.FluidContainer:
case DatAttributes.Splash:
case DatAttributes.NotWalkable:
case DatAttributes.NotMoveable:
case DatAttributes.BlockProjectile:
case DatAttributes.NotPathable:
case DatAttributes.NoMoveAnimation:
case DatAttributes.Pickupable:
case DatAttributes.Hangable:
case DatAttributes.HookSouth:
case DatAttributes.HookEast:
case DatAttributes.Rotateable:
case DatAttributes.DontHide:
case DatAttributes.Translucent:
case DatAttributes.LyingCorpse:
case DatAttributes.AnimateAlways:
case DatAttributes.FullGround:
case DatAttributes.Look:
case DatAttributes.Wrapable:
case DatAttributes.Unwrapable:
case DatAttributes.TopEffect:
case DatAttributes.Usable:
type.Attributes[(byte)attr] = true;
break;
case DatAttributes.Light:
type.Attributes[(byte)attr] = new LightInfo()
{
intensity = binaryReader.GetU16(),
color = binaryReader.GetU16()
};
break;
case DatAttributes.Displacement:
type.Attributes[(byte)attr] = new Vector2Int {
x = binaryReader.GetU16(),
y = binaryReader.GetU16()
};
break;
case DatAttributes.Elevation:
type.Elevation = binaryReader.GetU16();
type.Attributes[(byte)attr] = type.Elevation;
break;
case DatAttributes.Market:
type.Attributes[(byte)attr] = new MarketData()
{
category = binaryReader.GetU16(),
tradeAs = binaryReader.GetU16(),
showAs = binaryReader.GetU16(),
name = binaryReader.GetString(),
restrictVocation = binaryReader.GetU16(),
requiredLevel = binaryReader.GetU16(),
};
break;
default:
throw new System.Exception("Unhandled DatAttribute [" + attr + "].");
}
}
if (!done)
{
throw new System.Exception("Couldn't parse thing [category: " + category + ", ID: " + id + "].");
}
byte groupCount = (category == ThingCategory.Creature) ? binaryReader.GetU8() : (byte)1U;
for (int i = 0; i < groupCount; i++)
{
FrameGroupType groupType = FrameGroupType.Default;
if (category == ThingCategory.Creature)
{
groupType = (FrameGroupType)binaryReader.GetU8();
}
type.FrameGroups[groupType] = FrameGroup.Serialize(category, ref binaryReader);
}
return(type);
}
public ContentData(byte[] buffer, int clientVersion)
{
m_BinaryReader = new Net.InputMessage(buffer);
m_ClientVersion = clientVersion;
}
public ContentSprites(byte[] buffer, int clientVersion, bool alpha = false)
{
m_BinaryReader = new Net.InputMessage(buffer);
m_ClientVersion = clientVersion;
m_UseAlpha = alpha;
}
