private static void DoHysteresisBlock(Rect rect, StorageSettings settings)
{
StorageSettings_Hysteresis storageSettings_Hysteresis = StorageSettings_Mapping.Get(settings) ?? new StorageSettings_Hysteresis();
storageSettings_Hysteresis.FillPercent = Widgets.HorizontalSlider(rect.LeftPart(0.8f), storageSettings_Hysteresis.FillPercent, 0f, 100f, false, "Refill cells less than");
Widgets.Label(rect.RightPart(0.2f), storageSettings_Hysteresis.FillPercent.ToString("N0") + "%");
StorageSettings_Mapping.Set(settings, storageSettings_Hysteresis);
}
public static void CopyFrom(StorageSettings __instance, StorageSettings other)
{
StorageSettings_Hysteresis storageSettings_Hysteresis = StorageSettings_Mapping.Get(other);
bool flag = storageSettings_Hysteresis != null;
if (flag)
{
StorageSettings_Mapping.Set(__instance, storageSettings_Hysteresis);
}
}
public static void ExposeData(StorageSettings __instance)
{
StorageSettings_Hysteresis storageSettings_Hysteresis = StorageSettings_Mapping.Get(__instance);
Scribe_Deep.Look <StorageSettings_Hysteresis>(ref storageSettings_Hysteresis, "hysteresis", new object[0]);
bool flag = storageSettings_Hysteresis != null;
if (flag)
{
StorageSettings_Mapping.Set(__instance, storageSettings_Hysteresis);
}
}
public static void FilledEnough(ref bool __result, IntVec3 c, Map map, Thing thing)
{
// if base implementation waves of, then don't need to care
if (__result)
{
float num = 100f;
bool flag = c.GetSlotGroup(map) != null && c.GetSlotGroup(map).Settings != null;
if (flag)
{
num = StorageSettings_Mapping.Get(c.GetSlotGroup(map).Settings).FillPercent;
}
/*
* foreach (Thing thisthing in map.thingGrid.ThingsListAt(c))
* {
* if (SatisfiedStorageMod.DeepStorageCOMP)
* {
* //it might be a deep storage so lets check if it has
*
* var th = thisthing as ThingWithComps;
* if (th == null) continue;
* foreach (ThingComp cc in th.AllComps)
* {
*
* if (cc == null) continue;
* if (cc.GetType() == SatisfiedStorageMod._comptype)
* {
* //it is a deep storage so
*
* object[] parameters = new object[] { thing, c, map, null };
* object result1 = SatisfiedStorageMod.methodcapacityat.Invoke(cc, parameters);
* current = (int)parameters[3];
*
*
* //we found the type now lets ask him if he wants us
* object result2 = SatisfiedStorageMod.methodcapacitytostorethingat.Invoke(cc, new object[] { thing, map, c });
* totalcapacity = (int)result2;
* Log.Message("status : " + current.ToString() + "//" + totalcapacity.ToString());
*
* //ITS A DEEP STORAGE SO LETS GET THE RESULT AND LEAVE
* if(current > totalcapacity * (num / 100f))
* {
* __result = false;
* }
*
* // IT IS NOT POSSIBLE TO HAVE DEEP STORAGE AND A STORAGE ZONE ON TOP OF EACH OTHER SO NO NEED TO CHECK MORE
* return;
* }
* }
* }
*
*
*
* }
*/
__result &= !map.thingGrid.ThingsListAt(c).Any(t => t.def.EverStorable(false) && t.stackCount >= thing.def.stackLimit * (num / 100f));
}
}
public static void NoStorageBlockersInPost(ref bool __result, IntVec3 c, Map map, Thing thing)
{
//FALSE IF ITS TOO FULL
//TRUE IF THERE IS EMPTY SPACE
//we dont make empty space so if its full then we dont care
if (__result)
{
float num = 100f;
SlotGroup slotGroup = c.GetSlotGroup(map);
bool flag = slotGroup != null && slotGroup.Settings != null;
if (flag)
{
num = StorageSettings_Mapping.Get(slotGroup.Settings).FillPercent;
}
//LWM.DeepStorage
if (checkIHoldMultipleThings)
{
foreach (Thing thisthing in map.thingGrid.ThingsListAt(c))
{
ThingWithComps th = thisthing as ThingWithComps;
if (th == null)
{
continue;
}
var allComps = th.AllComps;
if (allComps != null)
{
foreach (var comp in allComps)
{
if (comp is IHoldMultipleThings.IHoldMultipleThings)
{
int capacity = 0;
IHoldMultipleThings.IHoldMultipleThings thiscomp = (IHoldMultipleThings.IHoldMultipleThings)comp;
thiscomp.CapacityAt(thing, c, map, out capacity);
// if total capacity is larger than the stackLimit (full stack available)
// Allow hauling (other choices are valid)
// if (capacity > thing.def.stackLimit) return true;
// only haul if count is below threshold
// which is equivalent to availability being above threshold:
// Log.Message("capacity = " + capacity);
// Log.Message("thing.def.stackLimit = " +thing.def.stackLimit);
float var = (100f * (float)capacity / thing.def.stackLimit);
//100 - num is necessary because capacity gives empty space not full space
__result = var > (100 - num);
// if (__result == false){
// Log.Message("ITS TOO FULL stop yey");
// }
return;
}
}
}
}
}
// mod check:
__result &= !map.thingGrid.ThingsListAt(c).Any(t => t.def.EverStorable(false) && t.stackCount >= thing.def.stackLimit * (num / 100f));
}
}