private void OnStateChange(TabState newState)
{
//Important: if you get NREs out of nowhere, make sure your server code doesn't accidentally run on client as well
if (!IsServer)
{
return;
}
switch (newState)
{
case TabState.Normal:
PowerOff();
StartNormalOperation();
//Important: set values from server using SetValue and not Value
this["OffOverlay"].SetValue = DebugTools.ColorToHex(Color.clear);
this["Rulers"].SetValue = rulersColor;
this["RadarScanRay"].SetValue = rayColor;
this["Crosshair"].SetValue = crosshairColor;
SetSafetyProtocols(@on: true);
break;
case TabState.Emagged:
PowerOff();
StartNormalOperation();
//Remove overlay
this["OffOverlay"].SetValue = DebugTools.ColorToHex(Color.clear);
//Repaint radar to evil colours
this["Rulers"].SetValue = ChangeColorHue(rulersColor, -80);
this["RadarScanRay"].SetValue = ChangeColorHue(rayColor, -80);
this["Crosshair"].SetValue = ChangeColorHue(crosshairColor, -80);
AddEmagItems();
SetSafetyProtocols(@on: false);
break;
case TabState.Off:
PowerOff();
//Black screen overlay
this["OffOverlay"].SetValue = DebugTools.ColorToHex(Color.black);
SetSafetyProtocols(@on: true);
break;
default:
return;
}
}
private void UpdateScreenDisplay()
{
if (LocalAPC.State != APC.APCState.Dead)
{
OffOverlayColor.SetValue = DebugTools.ColorToHex(Color.clear);
Logger.LogTrace("Updating APC display", Category.NetUI);
// Update the electrical values
float voltage = LocalAPC.Voltage;
float current = LocalAPC.Current;
float resistance = LocalAPC.Resistance;
float power = voltage * current;
ElectricalValues.SetValue = $"{voltage:G4} V\n{current:G4} A\n{power:G4} W";
StatusText.SetValue = LocalAPC.State.ToString();
ChargePercentage.SetValue = CalculateChargePercentage();
// State specific updates
switch (LocalAPC.State)
{
case APC.APCState.Full:
BackgroundColor.SetValue = fullBackground;
UpdateForegroundColours(fullForeground);
ChargeBar.SetValue = "100";
break;
case APC.APCState.Charging:
BackgroundColor.SetValue = chargingBackground;
UpdateForegroundColours(chargingForeground);
AnimateChargeBar();
break;
case APC.APCState.Critical:
BackgroundColor.SetValue = criticalBackground;
UpdateForegroundColours(criticalForeground);
ChargeBar.SetValue = "0";
break;
}
}
else
{
BackgroundColor.SetValue = DebugTools.ColorToHex(Color.clear); // Also changing the background since it bleeds through on the edges
OffOverlayColor.SetValue = DebugTools.ColorToHex(Color.black);
}
}
private void UpdateScreenDisplay()
{
if (LocalAPC.State != APC.APCState.Dead)
{
OffOverlayColor.SetValue = DebugTools.ColorToHex(Color.clear);
Logger.LogTrace("Updating APC display", Category.NetUI);
// Display the electrical values using engineering notation
string voltage = LocalAPC.Voltage.ToEngineering("V");
string current = LocalAPC.Current.ToEngineering("A");
string power = (LocalAPC.Voltage * LocalAPC.Current).ToEngineering("W");
ElectricalValues.SetValue = $"{voltage}\n{current}\n{power}";
StatusText.SetValue = LocalAPC.State.ToString();
ChargePercentage.SetValue = CalculateChargePercentage();
// State specific updates
switch (LocalAPC.State)
{
case APC.APCState.Full:
BackgroundColor.SetValue = fullBackground;
UpdateForegroundColours(fullForeground);
ChargeBar.SetValue = "100";
break;
case APC.APCState.Charging:
BackgroundColor.SetValue = chargingBackground;
UpdateForegroundColours(chargingForeground);
AnimateChargeBar();
break;
case APC.APCState.Critical:
BackgroundColor.SetValue = criticalBackground;
UpdateForegroundColours(criticalForeground);
ChargeBar.SetValue = "0";
break;
}
}
else
{
BackgroundColor.SetValue = DebugTools.ColorToHex(Color.clear); // Also changing the background since it bleeds through on the edges
OffOverlayColor.SetValue = DebugTools.ColorToHex(Color.black);
}
}
private static string ChangeColorHue(string srcHexColour, int amount)
{
return(DebugTools.ColorToHex(HSVUtil.ChangeColorHue(DebugTools.HexToColor(srcHexColour), amount)));
}
