public void Update()
{
float offset = QEUtil.GetXZFactor();
mHelper.extents[0] += offset;
mHelper.extents[1] += QEUtil.GetYFactor();
mHelper.extents[2] += offset;
mHasSearchPoint = false;
mFoundPoly = false;
QEUtil.SearchResult result = QEUtil.HandleStandardPolySearch(
mHelper, out mSearchPoint, out mNavmeshPoint, out mMessage);
mFoundPoly = (result & QEUtil.SearchResult.HitNavmesh) != 0;
mHasSearchPoint = mFoundPoly || ((result & QEUtil.SearchResult.HitGeometry) != 0);
}
public void Update()
{
// Must set message before returning.
mHasPosition = false;
mResultCount = 0;
Vector3 trash;
QEUtil.SearchResult result =
QEUtil.HandleStandardPolySearch(mHelper, out trash, out mPosition, out mMessage);
mHasPosition = (result & QEUtil.SearchResult.HitNavmesh) != 0;
if (!mHasPosition)
{
return;
}
mYOffset += QEUtil.GetYFactor();
mPosition.point.y += mYOffset;
mSearchRadius += QEUtil.GetXZFactor();
mSearchRadius = Mathf.Max(0.01f, mSearchRadius);
if (mPolyRefs.HandleResize())
{
int size = mPolyRefs.MaxElementCount;
mParentRefs = new uint[size];
mCosts = new float[size];
mCentroids = new Vector3[size];
}
NavStatus status = mHelper.query.FindPolys(mPosition, mSearchRadius
, mHelper.filter
, mPolyRefs.buffer, mParentRefs, mCosts, out mResultCount);
mMessage = "FindPolys: " + status.ToString();
if (mResultCount > 0)
{
NavDebug.GetCentroids(mHelper.mesh, mPolyRefs.buffer, mResultCount, mCentroids);
}
}
public void Update()
{
float offset = QEUtil.GetXZFactor();
mHelper.extents[0] += offset;
mHelper.extents[1] += QEUtil.GetYFactor();
mHelper.extents[2] += offset;
mPolyRefs.HandleResize();
mResultCount = 0;
mHasPosition = QEUtil.hasHit;
if (!mHasPosition)
{
mMessage = "Outside source geometry.";
return;
}
mHasPosition = true;
mPosition = QEUtil.hitPosition;
for (int i = 0; i < mPolyRefs.buffer.Length; i++)
{
mPolyRefs.buffer[i] = 0;
}
NavStatus status = mHelper.query.GetPolys(mPosition
, mHelper.extents, mHelper.filter
, mPolyRefs.buffer, out mResultCount);
for (int i = 0; i < mResultCount; i++)
{
if (mPolyRefs.buffer[i] == 0)
{
Debug.Log("Invalid poly");
}
}
mMessage = "GetPolys: " + status.ToString();
}
public void Update()
{
mHasPosition = false;
mHasWallHit = false;
mWallDistance = 0;
mSearchRadius += QEUtil.GetXZFactor();
Vector3 trash;
QEUtil.SearchResult result =
QEUtil.HandleStandardPolySearch(mHelper, out trash, out mPosition, out mMessage);
mHasPosition = (result & QEUtil.SearchResult.HitNavmesh) != 0;
if (!mHasPosition)
{
return;
}
NavStatus status = mHelper.query.FindDistanceToWall(mPosition, mSearchRadius
, mHelper.filter
, out mWallDistance, out mWallHitPoint, out mWallNormal);
mMessage = "FindDistanceToWall: " + status.ToString() + ".";
if ((status & NavStatus.Sucess) == 0)
{
return;
}
if (mWallDistance == mSearchRadius)
{
mMessage += " Nearest wall is outside search radius.";
}
else
{
mHasWallHit = true;
}
}
