public override void SerializeSubclass(SpinImpulseEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteUInt8((byte)obj.Direction);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
var evt = new SwingImpulseEvent()
{
Position = pos
};
evt.Direction = (AngularDirection)reader.ReadUInt8();
evt.Amplitude = reader.ReadSingleBE();
return(evt);
}
public override void SerializeSubclass(SlamVolumeEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteSingleBE(obj.Volume);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
return(new SpinImpulseEvent()
{
Position = pos, Direction = (AngularDirection)reader.ReadUInt8()
});
}
public override void SerializeSubclass(LaserFilterGainEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteUInt8((byte)obj.LaserIndex);
writer.WriteSingleBE(obj.Gain);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
return(new SlamVolumeEvent()
{
Position = pos, Volume = reader.ReadSingleBE()
});
}
public override void SerializeSubclass(LaserFilterKindEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
int effectID = effects.IndexOf(obj.Effect);
if (effectID < 0)
{
effectID = ushort.MaxValue;
}
//Debug.Assert(effectIndex >= 0, "Failed to properly save effect to table, couldn't find");
writer.WriteUInt8((byte)obj.LaserIndex);
writer.WriteUInt16BE((ushort)effectID);
}
public override void SerializeSubclass(LaserApplicationEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteUInt8((byte)obj.Application);
}
public override void SerializeSubclass(PathPointEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteSingleBE(obj.Value);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
var laserIndex = (LaserIndex)reader.ReadUInt8();
ushort effectID = reader.ReadUInt16BE();
EffectDef effect;
if (effectID == ushort.MaxValue)
{
effect = null;
}
else
{
effect = effects[effectID];
}
return(new LaserFilterKindEvent()
{
Position = pos, LaserIndex = laserIndex, Effect = effect
});
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
byte flags = reader.ReadUInt8();
bool hasSample = flags != 0;
var obj = new ButtonObject()
{
Position = pos, Duration = dur
};
if (hasSample)
{
obj.Sample = reader.ReadStringUTF8();
}
return(obj);
}
public override void SerializeSubclass(LaserParamsEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteUInt8((byte)obj.LaserIndex);
writer.WriteUInt8((byte)obj.Params.Function);
writer.WriteUInt8((byte)obj.Params.Scale);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
var evt = new LaserParamsEvent()
{
Position = pos
};
evt.LaserIndex = (LaserIndex)reader.ReadUInt8();
evt.Params.Function = (LaserFunction)reader.ReadUInt8();
evt.Params.Scale = (LaserScale)reader.ReadUInt8();
return(evt);
}
public override void SerializeSubclass(ButtonObject obj, BinaryWriter writer, ChartEffectTable effects)
{
if (obj.HasSample)
{
writer.WriteUInt8(0x01);
writer.WriteStringUTF8(obj.Sample);
}
else
{
writer.WriteUInt8(0);
}
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
var laserIndex = (LaserIndex)reader.ReadUInt8();
float gain = reader.ReadSingleBE();
return(new LaserFilterGainEvent()
{
Position = pos, LaserIndex = laserIndex, Gain = gain
});
}
public override void SerializeSubclass(SwingImpulseEvent obj, BinaryWriter writer, ChartEffectTable effects)
{
writer.WriteUInt8((byte)obj.Direction);
writer.WriteSingleBE(obj.Amplitude);
}
public override ChartObject DeserializeSubclass(tick_t pos, tick_t dur, BinaryReader reader, ChartEffectTable effects)
{
return(new LaserApplicationEvent()
{
Position = pos, Application = (LaserApplication)reader.ReadUInt8()
});
}
