public MeasurementStreamFileReading()
{
Value = new UnionValues();
m_points = new List <PointMetaData>();
m_buffer = new ByteBuffer(4096);
m_bitStream = new BitStreamReader(this);
NewMeasurementRegisteredMetadata = new byte[16];
UserCommandData = new byte[16];
}
public MeasurementStreamFileReading()
{
Value = new UnionValues();
m_points = new List<PointMetaData>();
m_buffer = new ByteBuffer(4096);
m_bitStream = new BitStreamReader(this);
NewMeasurementRegisteredMetadata = new byte[16];
UserCommandData = new byte[16];
}
public abstract void ReadValue(int code, UnionValues outValue);
public abstract void WriteValue(UnionValues currentValue);
public abstract void ReadValue(int code, UnionValues outValue);
public abstract void WriteValue(UnionValues currentValue);
public override void WriteValue(UnionValues currentValue)
{
ulong valueRaw = currentValue.ValueUInt64;
if (PrevValue1 == valueRaw)
{
BitStream.WriteCode(Codes64.Value1);
}
else if (PrevValue2 == valueRaw)
{
BitStream.WriteCode(Codes64.Value2);
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (PrevValue3 == valueRaw)
{
BitStream.WriteCode(Codes64.Value3);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (valueRaw == 0)
{
BitStream.WriteCode(Codes64.ValueZero);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = 0;
}
else
{
ulong bitsChanged = valueRaw ^ PrevValue1;
if (bitsChanged == Bits0)
{
throw new Exception("Programming Error");
}
else if (bitsChanged <= Bits8)
{
BitStream.WriteCode(Codes64.ValueXOR8);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Position++;
}
else if (bitsChanged <= Bits16)
{
BitStream.WriteCode(Codes64.ValueXOR16);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits24)
{
BitStream.WriteCode(Codes64.ValueXOR24);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Position = Buffer.Position + 3;
}
else if (bitsChanged <= Bits32)
{
BitStream.WriteCode(Codes64.ValueXOR32);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Position = Buffer.Position + 4;
}
else if (bitsChanged <= Bits40)
{
BitStream.WriteCode(Codes64.ValueXOR40);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Position = Buffer.Position + 5;
}
else if (bitsChanged <= Bits48)
{
BitStream.WriteCode(Codes64.ValueXOR48);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Position = Buffer.Position + 6;
}
else if (bitsChanged <= Bits56)
{
BitStream.WriteCode(Codes64.ValueXOR56);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Data[Buffer.Position + 6] = (byte)(bitsChanged >> 48);
Buffer.Position = Buffer.Position + 7;
}
else
{
BitStream.WriteCode(Codes64.ValueXOR64);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Data[Buffer.Position + 6] = (byte)(bitsChanged >> 48);
Buffer.Data[Buffer.Position + 7] = (byte)(bitsChanged >> 56);
Buffer.Position = Buffer.Position + 8;
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
}
public override void ReadValue(int code, UnionValues outValue)
{
throw new NotImplementedException();
}
public override void WriteValue(UnionValues currentValue)
{
ulong valueRaw = currentValue.ValueUInt64;
if (PrevValue1 == valueRaw)
{
BitStream.WriteCode(Codes64.Value1);
}
else if (PrevValue2 == valueRaw)
{
BitStream.WriteCode(Codes64.Value2);
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (PrevValue3 == valueRaw)
{
BitStream.WriteCode(Codes64.Value3);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (valueRaw == 0)
{
BitStream.WriteCode(Codes64.ValueZero);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = 0;
}
else
{
ulong bitsChanged = valueRaw ^ PrevValue1;
if (bitsChanged == Bits0)
{
throw new Exception("Programming Error");
}
else if (bitsChanged <= Bits8)
{
BitStream.WriteCode(Codes64.ValueXOR8);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Position++;
}
else if (bitsChanged <= Bits16)
{
BitStream.WriteCode(Codes64.ValueXOR16);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits24)
{
BitStream.WriteCode(Codes64.ValueXOR24);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Position = Buffer.Position + 3;
}
else if (bitsChanged <= Bits32)
{
BitStream.WriteCode(Codes64.ValueXOR32);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Position = Buffer.Position + 4;
}
else if (bitsChanged <= Bits40)
{
BitStream.WriteCode(Codes64.ValueXOR40);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Position = Buffer.Position + 5;
}
else if (bitsChanged <= Bits48)
{
BitStream.WriteCode(Codes64.ValueXOR48);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Position = Buffer.Position + 6;
}
else if (bitsChanged <= Bits56)
{
BitStream.WriteCode(Codes64.ValueXOR56);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Data[Buffer.Position + 6] = (byte)(bitsChanged >> 48);
Buffer.Position = Buffer.Position + 7;
}
else
{
BitStream.WriteCode(Codes64.ValueXOR64);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Data[Buffer.Position + 4] = (byte)(bitsChanged >> 32);
Buffer.Data[Buffer.Position + 5] = (byte)(bitsChanged >> 40);
Buffer.Data[Buffer.Position + 6] = (byte)(bitsChanged >> 48);
Buffer.Data[Buffer.Position + 7] = (byte)(bitsChanged >> 56);
Buffer.Position = Buffer.Position + 8;
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
}
public override void ReadValue(int code, UnionValues outValue)
{
throw new NotImplementedException();
}
public override void ReadValue(int code, UnionValues outValue)
{
uint valueRaw = 0;
if (code == Codes32.Value1)
{
valueRaw = PrevValue1;
}
else if (code == Codes32.Value2)
{
valueRaw = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (code == Codes32.Value3)
{
valueRaw = PrevValue3;
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (code == Codes32.ValueZero)
{
valueRaw = 0;
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else
{
switch (code)
{
case Codes32.ValueXOR4:
valueRaw = (uint)BitStream.ReadBits4() ^ PrevValue1;
break;
case Codes32.ValueXOR8:
valueRaw = Buffer.Data[Buffer.Position] ^ PrevValue1;
Buffer.Position = Buffer.Position + 1;
break;
case Codes32.ValueXOR12:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ PrevValue1;
Buffer.Position = Buffer.Position + 1;
break;
case Codes32.ValueXOR16:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ PrevValue1;
Buffer.Position = Buffer.Position + 2;
break;
case Codes32.ValueXOR20:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ (uint)(Buffer.Data[Buffer.Position + 1] << 12) ^ PrevValue1;
Buffer.Position = Buffer.Position + 2;
break;
case Codes32.ValueXOR24:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 16) ^ PrevValue1;
Buffer.Position = Buffer.Position + 3;
break;
case Codes32.ValueXOR28:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ (uint)(Buffer.Data[Buffer.Position + 1] << 12) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 20) ^ PrevValue1;
Buffer.Position = Buffer.Position + 3;
break;
case Codes32.ValueXOR32:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 16) ^ (uint)(Buffer.Data[Buffer.Position + 3] << 24) ^ PrevValue1;
Buffer.Position = Buffer.Position + 4;
break;
default:
throw new Exception("Code not valid");
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
outValue.ValueUInt32 = valueRaw;
}
public override void WriteValue(UnionValues currentValue)
{
uint value = currentValue.ValueUInt32;
if (PrevValue1 == value)
{
BitStream.WriteCode(Codes32.Value1);
}
else if (PrevValue2 == value)
{
BitStream.WriteCode(Codes32.Value2);
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
else if (PrevValue3 == value)
{
BitStream.WriteCode(Codes32.Value3);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
else if (value == 0)
{
BitStream.WriteCode(Codes32.ValueZero);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = 0;
}
else
{
uint bitsChanged = value ^ PrevValue1;
if (bitsChanged == Bits0)
{
throw new Exception("Programming Error");
}
else if (bitsChanged <= Bits4)
{
BitStream.WriteCode4(Codes32.ValueXOR4, (byte)bitsChanged);
}
else if (bitsChanged <= Bits8)
{
BitStream.WriteCode(Codes32.ValueXOR8);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Position++;
}
else if (bitsChanged <= Bits12)
{
BitStream.WriteCode4(Codes32.ValueXOR12, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Position++;
}
else if (bitsChanged <= Bits16)
{
BitStream.WriteCode(Codes32.ValueXOR16);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits20)
{
BitStream.WriteCode4(Codes32.ValueXOR20, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 12);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits24)
{
BitStream.WriteCode(Codes32.ValueXOR24);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Position = Buffer.Position + 3;
}
else if (bitsChanged <= Bits28)
{
BitStream.WriteCode4(Codes32.ValueXOR28, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 12);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 20);
Buffer.Position = Buffer.Position + 3;
}
else
{
BitStream.WriteCode(Codes32.ValueXOR32);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Position = Buffer.Position + 4;
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
}
public override void ReadValue(int code, UnionValues outValue)
{
uint valueRaw = 0;
if (code == Codes32.Value1)
{
valueRaw = PrevValue1;
}
else if (code == Codes32.Value2)
{
valueRaw = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (code == Codes32.Value3)
{
valueRaw = PrevValue3;
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else if (code == Codes32.ValueZero)
{
valueRaw = 0;
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
else
{
switch (code)
{
case Codes32.ValueXOR4:
valueRaw = (uint)BitStream.ReadBits4() ^ PrevValue1;
break;
case Codes32.ValueXOR8:
valueRaw = Buffer.Data[Buffer.Position] ^ PrevValue1;
Buffer.Position = Buffer.Position + 1;
break;
case Codes32.ValueXOR12:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ PrevValue1;
Buffer.Position = Buffer.Position + 1;
break;
case Codes32.ValueXOR16:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ PrevValue1;
Buffer.Position = Buffer.Position + 2;
break;
case Codes32.ValueXOR20:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ (uint)(Buffer.Data[Buffer.Position + 1] << 12) ^ PrevValue1;
Buffer.Position = Buffer.Position + 2;
break;
case Codes32.ValueXOR24:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 16) ^ PrevValue1;
Buffer.Position = Buffer.Position + 3;
break;
case Codes32.ValueXOR28:
valueRaw = (uint)BitStream.ReadBits4() ^ (uint)(Buffer.Data[Buffer.Position] << 4) ^ (uint)(Buffer.Data[Buffer.Position + 1] << 12) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 20) ^ PrevValue1;
Buffer.Position = Buffer.Position + 3;
break;
case Codes32.ValueXOR32:
valueRaw = Buffer.Data[Buffer.Position] ^ (uint)(Buffer.Data[Buffer.Position + 1] << 8) ^ (uint)(Buffer.Data[Buffer.Position + 2] << 16) ^ (uint)(Buffer.Data[Buffer.Position + 3] << 24) ^ PrevValue1;
Buffer.Position = Buffer.Position + 4;
break;
default:
throw new Exception("Code not valid");
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = valueRaw;
}
outValue.ValueUInt32 = valueRaw;
}
public override void WriteValue(UnionValues currentValue)
{
uint value = currentValue.ValueUInt32;
if (PrevValue1 == value)
{
BitStream.WriteCode(Codes32.Value1);
}
else if (PrevValue2 == value)
{
BitStream.WriteCode(Codes32.Value2);
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
else if (PrevValue3 == value)
{
BitStream.WriteCode(Codes32.Value3);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
else if (value == 0)
{
BitStream.WriteCode(Codes32.ValueZero);
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = 0;
}
else
{
uint bitsChanged = value ^ PrevValue1;
if (bitsChanged == Bits0)
{
throw new Exception("Programming Error");
}
else if (bitsChanged <= Bits4)
{
BitStream.WriteCode4(Codes32.ValueXOR4, (byte)bitsChanged);
}
else if (bitsChanged <= Bits8)
{
BitStream.WriteCode(Codes32.ValueXOR8);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Position++;
}
else if (bitsChanged <= Bits12)
{
BitStream.WriteCode4(Codes32.ValueXOR12, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Position++;
}
else if (bitsChanged <= Bits16)
{
BitStream.WriteCode(Codes32.ValueXOR16);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits20)
{
BitStream.WriteCode4(Codes32.ValueXOR20, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 12);
Buffer.Position = Buffer.Position + 2;
}
else if (bitsChanged <= Bits24)
{
BitStream.WriteCode(Codes32.ValueXOR24);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Position = Buffer.Position + 3;
}
else if (bitsChanged <= Bits28)
{
BitStream.WriteCode4(Codes32.ValueXOR28, (byte)bitsChanged);
Buffer.Data[Buffer.Position] = (byte)(bitsChanged >> 4);
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 12);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 20);
Buffer.Position = Buffer.Position + 3;
}
else
{
BitStream.WriteCode(Codes32.ValueXOR32);
Buffer.Data[Buffer.Position] = (byte)bitsChanged;
Buffer.Data[Buffer.Position + 1] = (byte)(bitsChanged >> 8);
Buffer.Data[Buffer.Position + 2] = (byte)(bitsChanged >> 16);
Buffer.Data[Buffer.Position + 3] = (byte)(bitsChanged >> 24);
Buffer.Position = Buffer.Position + 4;
}
PrevValue3 = PrevValue2;
PrevValue2 = PrevValue1;
PrevValue1 = value;
}
}