private void UpdateNavGlobals()
{
navUpdateTimer.Start();
try
{
NavGlobals.Update();
}
finally
{
navUpdateTimer.Stop();
}
}
private void UpdateGauges()
{
gaugeUpdateTimer.Start();
try
{
gauges.Update();
}
finally
{
gaugeUpdateTimer.Stop();
}
}
public void OnGUI()
{
windowTimer.Start();
if (Event.current.type == EventType.Layout)
{
foreach (AbstractWindow window in windows)
{
// draw a window only if its visible
if (window.IsVisible())
{
window.OnGUI();
}
}
}
windowTimer.Stop();
}
public void Update()
{
if (updateCycle % cycleInterval == 0)
{
Vessel active = FlightGlobals.ActiveVessel;
if (active != null)
{
if (forceRescan || vessel == null || active != vessel || CountParts(vessel) != partCount)
{
// rescan when physics are in place only
if (!active.HoldPhysics)
{
partCount = CountParts(active);
vessel = active;
scanTimer.Start();
ReScanVessel();
scanTimer.Stop();
}
}
// don't update anything if the game is paused
if (!Planetarium.Pause)
{
inspectTimer.Start();
Inspect(vessel);
inspectTimer.Stop();
//
lastInspectTime = Planetarium.GetUniversalTime();
}
}
else
{
vessel = null;
partCount = 0;
lastInspectTime = 0;
Reset();
}
}
updateCycle++;
}
public void DrawGauges()
{
guiTimer.Start();
CheckCamera();
if (!hidden && IsEnabledInCamera(this.currentCamMode, this.isEvaCam))
{
foreach (AbstractGauge gauge in gauges.Values)
{
try
{
if (NanoGauges.configuration.IsGaugeEnabled(gauge.GetWindowId()))
{
gauge.OnDraw();
}
}
catch
{
Log.Error("Exception in OnDraw() in " + gauge.GetType());
}
}
}
guiTimer.Stop();
}
private void OnPartUnpack(Part part)
{
unpackTimer.Start();
try
{
Vessel vessel = FlightGlobals.ActiveVessel;
if (vessel == null)
{
return;
}
if (part != null && part.vessel == vessel)
{
if (Log.IsLogable(Log.LEVEL.DETAIL))
{
Log.Detail("part unpacked " + part.name);
}
PartUnpacked(part);
}
}
finally
{
unpackTimer.Stop();
}
}
public void Update()
{
UpdateGauges();
updateTimer.Start();
try
{
// if log level is at least INFO and performance statistics are enabled
// write statistical data in the log every 10 seconds
if (configuration.performanceStatisticsEnabled && Log.IsLogable(Log.LEVEL.INFO) && HighLogic.LoadedSceneIsFlight)
{
if (lastPerformanceLog + 10000 < timer.ElapsedMilliseconds)
{
lastPerformanceLog = timer.ElapsedMilliseconds;
Log.Info("Nanogauges performance statistics:\n" + TimedStatistics.instance.ToString());
}
}
// check for Profile Hotkeys
profileManager.Update();
// check for keys
//
gauges.ShowCloseButtons(hotkeyManager.GetKey(HotkeyManager.HOTKEY_CLOSE_AND_DRAG));
//
bool hotkeyPressed = hotkeyManager.GetKey(HotkeyManager.HOTKEY_MAIN); // Input.GetKey(hotkey);
// Hotkeys for Gaugesets
if (!hotkeyPressed)
{
// simple Hotkeys
if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_HIDE))
{
if (gauges.Hidden())
{
gauges.Unhide();
}
else
{
gauges.Hide();
}
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_PREVSET))
{
SetGaugeSet(configuration.GetGaugeSetId().decrement());
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_NEXTSET))
{
SetGaugeSet(configuration.GetGaugeSetId().increment());
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_LOCK_PROFILE))
{
profileManager.ToggleLock();
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SELECT_NAV))
{
NavGlobals.SelectNextAirfield();
}
}
else
{
// Hotkeys in chord with main hotkey
//
if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_STANDARD))
{
SetGaugeSet(GaugeSet.ID.STANDARD);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_LAUNCH))
{
SetGaugeSet(GaugeSet.ID.LAUNCH);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_LAND))
{
SetGaugeSet(GaugeSet.ID.LAND);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_DOCK))
{
SetGaugeSet(GaugeSet.ID.DOCK);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_ORBIT))
{
SetGaugeSet(GaugeSet.ID.ORBIT);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_FLIGHT))
{
SetGaugeSet(GaugeSet.ID.FLIGHT);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_SET1))
{
SetGaugeSet(GaugeSet.ID.SET1);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_SET2))
{
SetGaugeSet(GaugeSet.ID.SET2);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_SET3))
{
SetGaugeSet(GaugeSet.ID.SET3);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_SET_ENABLE_ALL))
{
configuration.EnableAllGauges(gauges);
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_WINDOW_CONFIG))
{
createConfigOnce();
toggleConfigVisibility();
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_STANDARDLAYOUT))
{
gauges.LayoutCurrentGaugeSet(new StandardLayout(NanoGauges.gauges, configuration));
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_ALT_HIDE))
{
if (gauges.Hidden())
{
gauges.Unhide();
}
else
{
gauges.Hide();
}
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_AUTOLAYOUT))
{
gauges.AutoLayout();
}
else if (hotkeyManager.GetKeyDown(HotkeyManager.HOTKEY_ALIGNMENT_GAUGE))
{
gauges.ShowAligmentGauge(!gauges.IsAligmentGaugeVisible());
}
}
}
finally
{
updateTimer.Stop();
}
hotkeyManager.ignoring = false;
}
