private void SetEyePosition(CameraUpdateInfo iRUpdateInfo)
{
m_lstPoints.Clear();
m_lstCamera.Clear();
LimitStock crLimit = Global.CameraMgr.Impl.Limit;
m_lstPoints.Add((iRUpdateInfo.At + iRUpdateInfo.LookatDir * crLimit.MinDistance)); // Last point
float fDistance = iRUpdateInfo.Distance / 4.0f;
float nXDir = m_effectQuake.RandLength;
float nYDir = m_effectQuake.RandLength;
int ran = LEMath.RandInt(2);
if (m_effectQuake.RandState && ran > 0)
{
nXDir *= -1.0f;
nYDir *= -1.0f;
}
for (int i = 0; i < 2; i++)
{
if (i % 2 > 0)
{
nXDir *= -1.0f;
nYDir *= -1.0f;
}
if (m_effectQuake.RandState)
{
nXDir = LEMath.RandRange(0.0f, nXDir);
nYDir = LEMath.RandRange(0.0f, nYDir);
}
float valueDst = (i + 2) * fDistance;
float horAngle = (iRUpdateInfo.Horizon) + nXDir;
float verAngle = (iRUpdateInfo.Vertical) + nYDir;
Vector3 lookatDir = (LEMath.AngleToDirection(verAngle * LEMath.s_fDegreeToRadian, horAngle * LEMath.s_fDegreeToRadian));
m_lstPoints.Add((iRUpdateInfo.At + lookatDir * (valueDst)));
}
m_lstPoints.Add((iRUpdateInfo.At + iRUpdateInfo.LookatDir * iRUpdateInfo.Distance)); // Start point
SetRespectiveBlending(); // Camera path setting
}
public void UpdateLimit(LimitStock stock)
{
m_limitStock = stock;
}
