public void OnDrawDebug()
{
#if DEBUG
Vector3 position = Vector3.zero;
GetPosition(ref position);
GLRenderingUtils.DoDrawLine(_gameCameraLookAt, position, Color.green);
GLRenderingUtils.DoDrawSphere(_gameCameraLookAt, 0.8f, Color.yellow);
GLRenderingUtils.DoDrawSphere(position, 0.8f, Color.red);
#endif
}
public void OnDrawDebug()
{
if (!drawDebug || (AmILocal() && !fakeLocalDebugging))
{
return;
}
const float SphereRad = 0.3f;
GLRenderingUtils.DoDrawSphere(_hostPosition, SphereRad * 0.3f, Color.green);
const float AxisScale = 1.5f;
GLRenderingUtils.DoDrawScaledAxes(_hostRotation, _hostPosition, AxisScale);
int trans = Mathf.Max(0, _networkTransforms.Count - maxNetworkTransformsToDraw); // don't draw more network transforms than required
for (; trans < _networkTransforms.Count; ++trans)
{
if (!drawFutureUpdatesInLoopMode && loopMode && CalculateLoopModeTime() < _networkTransforms[trans].time)
{
break;
}
NetworkTransform temp = _networkTransforms[trans];
GLRenderingUtils.DoDrawSphere(temp.position, SphereRad, Color.red); // draw the position of this network transform
GLRenderingUtils.DoDrawLine(temp.position, temp.position + temp.predictedVelocity * GetNetworkUpdateInterval(), Color.green); // draw a line from this network transform position to predicted velocity end
GLRenderingUtils.DoDrawSphere(temp.position + temp.predictedVelocity * GetNetworkUpdateInterval(), SphereRad * 0.5f, Color.yellow); // draw a line at the end of the predicted velocity
GLRenderingUtils.DoDrawSphere(temp.extrapolatedPosition, SphereRad * 0.5f, Color.blue); // where hs the position been extrapolated to upto now
if (trans > 0)
{
NetworkTransform prev = _networkTransforms[trans - 1];
GLRenderingUtils.DoDrawLine(temp.position, prev.position, Color.white); // draw a line to the previous network update position
}
}
}
private void DrawEdges()
{
if (closeDistanceEdges > 0f || doDrawEdgeNormals)
{
PlayerController player = PlayerManager.LocalPlayerController();
if (null != player)
{
if (closeDistanceEdges > 0f)
{
GLRenderingUtils.DoDrawSphere(player.transform.position, closeDistanceEdges, Color.red);
}
List <ObstacleVertex> obstacles = new List <ObstacleVertex>();
GetSimulator().GetStaticAndDynamicObstacles(obstacles, player.transform.position, closeDistanceEdges * closeDistanceEdges);
GL.Begin(GL.LINES);
for (int i = 0; i < obstacles.Count; i++)
{
DrawObstacleAndNormal(obstacles[i], closeDistanceEdges > 0f, doDrawEdgeNormals, doDrawEdgeTop, Color.black);
}
GL.End();
}
}
}