public static void Postfix(CombatHUDStatusPanel __instance, Mech mech)
{
Mod.Log.Trace("CHUBSP:SSDI:POST entered.");
var type = __instance.GetType();
MethodInfo methodInfo = type.GetMethod("ShowDebuff", (BindingFlags.NonPublic | BindingFlags.Instance), null,
new Type[] { typeof(SVGAsset), typeof(Text), typeof(Text), typeof(Vector3), typeof(bool) }, new ParameterModifier[5]);
int turnsOverheated = mech.StatCollection.ContainsStatistic(ModStats.TurnsOverheated) ? mech.StatCollection.GetValue <int>("TurnsOverheated") : 0;
if (mech.IsShutDown)
{
Mod.Log.Debug($"Mech:{CombatantHelper.LogLabel(mech)} is shutdown.");
methodInfo.Invoke(__instance, new object[] { LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusShutDownIcon,
new Text("SHUT DOWN", new object[0]), new Text("This target is easier to hit, and Called Shots can be made against this target.", new object[0]),
__instance.defaultIconScale, false });
}
else if (mech.IsOverheated)
{
float shutdownChance = HeatHelper.GetShutdownPercentageForTurn(turnsOverheated);
float ammoExplosionChance = HeatHelper.GetAmmoExplosionPercentageForTurn(turnsOverheated);
Mod.Log.Debug($"Mech:{CombatantHelper.LogLabel(mech)} is overheated, shutdownChance:{shutdownChance}% ammoExplosionChance:{ammoExplosionChance}%");
string descr = string.Format("This unit may trigger a Shutdown at the end of the turn unless heat falls below critical levels.\nShutdown Chance: {0:P2}\nAmmo Explosion Chance: {1:P2}",
shutdownChance, ammoExplosionChance);
methodInfo.Invoke(__instance, new object[] { LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusOverheatingIcon,
new Text("OVERHEATING", new object[0]), new Text(descr, new object[0]), __instance.defaultIconScale, false });
}
}
private static void Postfix(CombatHUDStatusPanel __instance, Mech mech)
{
var type = __instance.GetType();
MethodInfo methodInfo = type.GetMethod("ShowDebuff", (BindingFlags.NonPublic | BindingFlags.Instance), null, new Type[] { typeof(SVGAsset), typeof(Text), typeof(Text), typeof(Vector3), typeof(bool) }, new ParameterModifier[5]);
int turnsOverheated = mech.StatCollection.GetValue <int>("TurnsOverheated");
if (mech.IsShutDown)
{
methodInfo.Invoke(__instance, new object[] { LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusShutDownIcon, new Text("SHUT DOWN", new object[0]), new Text("This target is easier to hit, and Called Shots can be made against this target.", new object[0]), __instance.defaultIconScale, false });
}
else if (mech.IsOverheated)
{
string descr = string.Format("This unit may trigger a Shutdown at the end of the turn unless heat falls below critical levels.\nShutdown Chance: {0:P2}\nAmmo Explosion Chance: {1:P2}", CBTHeat.GetShutdownPercentageForTurn(turnsOverheated), CBTHeat.GetAmmoExplosionPercentageForTurn(turnsOverheated));
methodInfo.Invoke(__instance, new object[] { LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusOverheatingIcon, new Text("OVERHEATING", new object[0]), new Text(descr, new object[0]), __instance.defaultIconScale, false });
}
}
public static void Postfix(CombatHUDStatusPanel __instance, Mech mech)
{
Mod.UILog.Trace?.Write("CHUBSP:SSDI:POST entered.");
var type = __instance.GetType();
MethodInfo methodInfo = type.GetMethod("ShowDebuff", (BindingFlags.NonPublic | BindingFlags.Instance), null,
new Type[] { typeof(SVGAsset), typeof(Text), typeof(Text), typeof(Vector3), typeof(bool) }, new ParameterModifier[5]);
Traverse HUDT = Traverse.Create(__instance).Property("HUD");
CombatHUD HUD = HUDT.GetValue <CombatHUD>();
CalculatedHeat calculatedHeat = HeatHelper.CalculateHeat(mech, HUD.SelectionHandler.ProjectedHeatForState);
Mod.UILog.Debug?.Write($"In ShutdownIndicator, projectedHeat {HUD.SelectionHandler.ProjectedHeatForState} => calculatedHeat: {calculatedHeat.ThresholdHeat} vs {Mod.Config.Heat.WarnAtHeat}");
Mod.UILog.Debug?.Write($" current: {calculatedHeat.CurrentHeat} projected: {calculatedHeat.ProjectedHeat} temp: {calculatedHeat.TempHeat} " +
$"sinkable: {calculatedHeat.SinkableHeat} sinkCapacity: {calculatedHeat.OverallSinkCapacity} future: {calculatedHeat.FutureHeat} threshold: {calculatedHeat.ThresholdHeat}");
Mod.UILog.Debug?.Write($" CACTerrainHeat{ calculatedHeat.CACTerrainHeat} CurrentPathNodes: {calculatedHeat.CurrentPathNodes} isProjectedHeat: {calculatedHeat.IsProjectedHeat}");
if (mech.IsShutDown)
{
Mod.UILog.Info?.Write($" Mech {CombatantUtils.Label(mech)} is shutdown, displaying the shutdown warning");
methodInfo.Invoke(__instance, new object[] {
LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusShutDownIcon,
new Text(Mod.LocalizedText.Tooltips[ModText.CHUDSP_TT_WARN_SHUTDOWN_TITLE]),
new Text(Mod.LocalizedText.Tooltips[ModText.CHUDSP_TT_WARN_SHUTDOWN_TEXT]),
__instance.defaultIconScale, false
});
}
else if (calculatedHeat.ThresholdHeat >= Mod.Config.Heat.WarnAtHeat)
{
Mod.UILog.Info?.Write($"Mech {mech.DistinctId()} has thresholdHeat {calculatedHeat.ThresholdHeat} >= warningHeat: {Mod.Config.Heat.WarnAtHeat}. Displaying heat warning.");
methodInfo.Invoke(__instance, new object[] {
LazySingletonBehavior <UIManager> .Instance.UILookAndColorConstants.StatusOverheatingIcon,
new Text(Mod.LocalizedText.Tooltips[ModText.CHUDSP_TT_WARN_OVERHEAT_TITLE]),
new Text(Mod.LocalizedText.Tooltips[ModText.CHUDSP_TT_WARN_OVERHEAT_TEXT]),
__instance.defaultIconScale, false
});
}
}
