public static WK_MOVE WorkToWkMove(Byte[] work)
{
WK_MOVE wk_MOVE = new WK_MOVE();
wk_MOVE.Org[0] = (Int16)(((Int32)work[1] << 8) + (Int32)(work[0] & Byte.MaxValue));
wk_MOVE.Org[1] = (Int16)(((Int32)work[3] << 8) + (Int32)(work[2] & Byte.MaxValue));
wk_MOVE.Org[2] = (Int16)(((Int32)work[5] << 8) + (Int32)(work[4] & Byte.MaxValue));
wk_MOVE.Dst[0] = (Int16)(((Int32)work[7] << 8) + (Int32)(work[6] & Byte.MaxValue));
wk_MOVE.Dst[1] = (Int16)(((Int32)work[9] << 8) + (Int32)(work[8] & Byte.MaxValue));
wk_MOVE.Dst[2] = (Int16)(((Int32)work[11] << 8) + (Int32)(work[10] & Byte.MaxValue));
wk_MOVE.Frames = (Int16)(((Int32)work[13] << 8) + (Int32)(work[12] & Byte.MaxValue));
wk_MOVE.Next = (UInt16)(((Int32)work[15] << 8) + (Int32)(work[14] & Byte.MaxValue));
return(wk_MOVE);
}
public static void SeqInitMoveToTurn(SEQ_WORK pSeqWork, BTL_DATA pMe)
{
btlseq.BattleLog("SeqInitMoveToTurn");
WK_MOVE wk_MOVE = new WK_MOVE();
wk_MOVE.Next = 2;
pSeqWork.IncCnt = 1;
wk_MOVE.Frames = (Int16)btlseq.sequenceReader.ReadByte();
for (Int16 num = 0; num < 3; num = (Int16)(num + 1))
{
wk_MOVE.Org[(Int32)num] = (Int16)pMe.gameObject.transform.localPosition[(Int32)num];
wk_MOVE.Dst[(Int32)num] = (Int16)pMe.base_pos[(Int32)num];
}
pSeqWork.Work = btlseq.SequenceConverter.WkMoveToWork(wk_MOVE);
}
public static void SeqInitMoveToPoint(SEQ_WORK pSeqWork, BTL_DATA pMe)
{
btlseq.BattleLog("SeqInitMoveToPoint");
WK_MOVE wk_MOVE = btlseq.SequenceConverter.WorkToWkMove(pSeqWork.Work);
wk_MOVE.Next = 8;
pSeqWork.IncCnt = 1;
wk_MOVE.Frames = (Int16)btlseq.sequenceReader.ReadByte();
for (Int16 num = 0; num < 3; num = (Int16)(num + 1))
{
wk_MOVE.Org[(Int32)num] = (Int16)pMe.gameObject.transform.localPosition[(Int32)num];
Int16 num2 = btlseq.sequenceReader.ReadInt16();
if (num == 1)
{
num2 = (Int16)(num2 * -1);
}
wk_MOVE.Dst[(Int32)num] = num2;
}
pSeqWork.Work = btlseq.SequenceConverter.WkMoveToWork(wk_MOVE);
}
public static void SeqInitMoveToTarget(SEQ_WORK pSeqWork, BTL_DATA pMe)
{
btlseq.BattleLog("SeqInitMoveToTarget");
WK_MOVE wk_MOVE = new WK_MOVE();
wk_MOVE.Next = 4;
pSeqWork.IncCnt = 1;
wk_MOVE.Frames = (Int16)btlseq.sequenceReader.ReadByte();
for (Int32 i = 0; i < 3; i++)
{
wk_MOVE.Org[i] = (Int16)pMe.pos[i];
}
wk_MOVE.Dst[1] = wk_MOVE.Org[1];
btlseq.SeqSubTargetAveragePos(pSeqWork.CmdPtr.tar_id, out wk_MOVE.Dst[0], out wk_MOVE.Dst[2]);
Int16 num = btlseq.sequenceReader.ReadInt16();
if (wk_MOVE.Org[0] != wk_MOVE.Dst[0] || wk_MOVE.Org[2] != wk_MOVE.Dst[2])
{
if (btlseq.wSeqCode == 30)
{
Int16[] dst = wk_MOVE.Dst;
Int32 num2 = 2;
dst[num2] = (Int16)(dst[num2] + (Int16)(-num));
}
else
{
Double num3 = (Double)Mathf.Atan2((Single)(wk_MOVE.Dst[0] - wk_MOVE.Org[0]), (Single)(wk_MOVE.Dst[2] - wk_MOVE.Org[2]));
Double num4 = (Double)Mathf.Sin((Single)num3);
Double num5 = (Double)Mathf.Cos((Single)num3);
Int16[] dst2 = wk_MOVE.Dst;
Int32 num6 = 0;
dst2[num6] = (Int16)(dst2[num6] + (Int16)(num4 * (Double)num));
Int16[] dst3 = wk_MOVE.Dst;
Int32 num7 = 2;
dst3[num7] = (Int16)(dst3[num7] + (Int16)(num5 * (Double)num));
}
}
pSeqWork.Work = btlseq.SequenceConverter.WkMoveToWork(wk_MOVE);
}
public static Byte[] WkMoveToWork(WK_MOVE wMove)
{
return(new Byte[]
{
(Byte)(wMove.Org[0] & 255),
(Byte)(wMove.Org[0] >> 8),
(Byte)(wMove.Org[1] & 255),
(Byte)(wMove.Org[1] >> 8),
(Byte)(wMove.Org[2] & 255),
(Byte)(wMove.Org[2] >> 8),
(Byte)(wMove.Dst[0] & 255),
(Byte)(wMove.Dst[0] >> 8),
(Byte)(wMove.Dst[1] & 255),
(Byte)(wMove.Dst[1] >> 8),
(Byte)(wMove.Dst[2] & 255),
(Byte)(wMove.Dst[2] >> 8),
(Byte)(wMove.Frames & 255),
(Byte)(wMove.Frames >> 8),
(Byte)(wMove.Next & 255),
(Byte)(wMove.Next >> 8)
});
}
public static Int32 SeqExecMoveToTarget(SEQ_WORK pSeqWork, BTL_DATA pMe)
{
btlseq.BattleLog("SeqExecMoveToTarget");
WK_MOVE wk_MOVE = new WK_MOVE();
wk_MOVE = btlseq.SequenceConverter.WorkToWkMove(pSeqWork.Work);
Vector3 zero = Vector3.zero;
Vector3 zero2 = Vector3.zero;
for (Int16 num = 0; num < 3; num = (Int16)(num + 1))
{
Int16 num2 = wk_MOVE.Org[(Int32)num];
Int16 num3 = wk_MOVE.Dst[(Int32)num];
zero[(Int32)num] = pMe.pos[(Int32)num];
zero2[(Int32)num] = (Single)num3;
pMe.pos[(Int32)num] = (Single)(num3 - num2) * ((Single)pSeqWork.IncCnt * 1f) / (Single)wk_MOVE.Frames + (Single)num2;
}
if (pSeqWork.IncCnt >= wk_MOVE.Frames)
{
pSeqWork.CurPtr += (Int32)wk_MOVE.Next;
}
return(0);
}
