public Vector3 SimulateMotion(float time, CreatureDirection dir, Vector3_ origin)
{
if (!m_motion || m_motionFrame.x < 1)
{
return(stateMachine.creature.position_);
}
if (time < 0)
{
time = 0;
}
var itime = (int)(time * 1000);
var frame = itime / 33;
var prog = (itime % 33) / 33.0;
var idx = (int)m_motionFrame.x + frame;
idx = Mathd.Clamp(idx, (int)m_motionFrame.x, (int)m_motionFrame.y);
var next = m_motion.points[idx];
var prev = m_motion.points[idx - 1];
var tar = (Vector3_.Lerp(prev, next, prog) - m_motion.points[0]) * 0.01;
tar = new Vector3_(dir == CreatureDirection.BACK ? -tar.z : tar.z, tar.y, -tar.x) + origin;
if (tar.y < 0)
{
tar.y = 0;
}
return(tar);
}
private void UpdateAnimMotion()
{
var idx = (int)m_motionFrame.x + m_currentFrame;
var max = (int)m_motionFrame.y;
if (!m_motion || m_falling || idx < 1 || idx > max && m_motionIndex >= max)
{
m_inMotion = false;
return;
}
m_inMotion = true;
if (idx > max)
{
idx = max;
}
m_motionIndex = idx;
var next = m_motion.points[m_motionIndex];
var prev = m_motion.points[m_motionIndex - 1];
var prog = idx == max ? 1.0 : (m_time % 33) / 33.0;
var tar = (Vector3_.Lerp(prev, next, prog) - m_motion.points[0]) * 0.01;
var c = stateMachine.creature;
currentMotionPos = new Vector3_(!c.isForward ? -tar.z : tar.z, tar.y, -tar.x) + c.motionOrigin;
if (currentMotionPos.y < 0)
{
FightRecordManager.RecordLog <LogVector3>(l =>
{
l.tag = (byte)TagType.motionOrigin;
l.pos = new double[] { tar.x, tar.y, tar.z };
});
FightRecordManager.RecordLog <LogVector3>(l =>
{
l.tag = (byte)TagType.motionOrigin;
l.pos = new double[] { c.motionOrigin.x, c.motionOrigin.y, c.motionOrigin.z };
});
FightRecordManager.RecordLog <LogVector3>(l =>
{
l.tag = (byte)TagType.currentMotionPos;
l.pos = new double[3];
l.pos[0] = currentMotionPos.x;
l.pos[1] = currentMotionPos.y;
l.pos[2] = currentMotionPos.z;
});
currentMotionPos.y = 0;
}
}