public void Move(float time, Vector2 netForce, bool allowWallRunning)
{
if (recording)
{
records.Add(MakeRecord(netForce, time, allowWallRunning));
}
else if (playingBack)
{
LoadRecord(records[playbackIndex], ref netForce, ref allowWallRunning);
}
data.Clear();
data.SetIndex(-2);
if (!SupportedByWall())
{
CheckForSupport(netForce.normalized, allowWallRunning);
}
data.AddRecord(MakeRecord(netForce, time, allowWallRunning));
data.SetIndex(-1);
if (allowWallRunning && !supported)
{
CheckWallCling(netForce.normalized);
if (wallOnLeft || wallOnRight)
{
UpdateNormal(WallNormal(), netForce.normalized, allowWallRunning);
}
}
data.AddRecord(MakeRecord(netForce, time, allowWallRunning));
int iteration = 0;
for (; iteration < iterationCount; iteration++)
{
data.SetIndex(iteration);
data.AddRecord(MakeRecord(netForce, time, allowWallRunning));
// Do not move into the slope we are running parallel to.
Vector2 displacement = (velocity + netForce * time) * time;
if (supported)
{
float normalMovement = Vector2.Dot(displacement, supportNormal);
if (normalMovement < 0) // Moving into the platform we are supported by.
{
displacement -= normalMovement * supportNormal;
}
}
if (CastAndMove(displacement, netForce, allowWallRunning, ref time))
{
iteration++;
break;
}
}
data.SetIndex(iteration);
CheckWallCling(netForce.normalized);
if (allowWallRunning && (!supported || SupportedByWall()))
{
if (wallOnLeft || wallOnRight)
{
UpdateNormal(WallNormal(), netForce.normalized, allowWallRunning);
}
}
data.AddRecord(MakeRecord(netForce, time, allowWallRunning));
}
