/// <summary>
/// Caches <c>MaxNaturalFertility</c> on startup by getting the most fertile natural terrain.
/// </summary>
/// <remarks>
/// Where "natural" is defined as "generated by a <c>BiomeDef</c>".
/// </remarks>
static NegativeFertilityPatch()
{
HashSet <TerrainDef> allPossibleNaturalTerrains = new HashSet <TerrainDef>();
foreach (BiomeDef bd in DefDatabase <BiomeDef> .AllDefsListForReading)
{
foreach (TerrainThreshold tt in bd.terrainsByFertility)
{
allPossibleNaturalTerrains.Add(tt.terrain);
}
foreach (TerrainPatchMaker tpm in bd.terrainPatchMakers)
{
foreach (TerrainThreshold tt in tpm.thresholds)
{
allPossibleNaturalTerrains.Add(tt.terrain);
}
}
}
IEnumerable <TerrainDef> terrainsByFertility = (from td in DefDatabase <TerrainDef> .AllDefsListForReading
where allPossibleNaturalTerrains.Contains(td)
orderby td.fertility descending
select td);
if (terrainsByFertility.EnumerableNullOrEmpty())
{
ULog.Error("Negative Fertility Patch: terrainsByFertility was empty. Setting EffectiveMaxFertility to 1.");
MaxNaturalFertility = 1f;
}
else
{
MaxNaturalFertility = terrainsByFertility.First().fertility;
}
}
public static bool ShouldPatch(string patchkey)
{
if (!DEBUG)
{
return(true);
}
if (!Patches.ContainsKey(patchkey))
{
ULog.Warning("ShouldPatch called for non-initialized patchkey.");
return(true);
}
return(Patches[patchkey].apply);
}
static HarmonyLoader()
{
ULog.Message("Applying Harmony patches...");
var harmony = new Harmony("com.dninemfive.D9Framework");
// https://stackoverflow.com/questions/2639418/use-reflection-to-get-a-list-of-static-classes
foreach (Type type in typeof(HarmonyLoader).Assembly.GetTypes().Where(t => t.IsClass && t.IsSealed && t.IsAbstract))
{
ClassWithPatchesAttribute attr;
if ((attr = type.TryGetAttribute <ClassWithPatchesAttribute>()) != null)
{
if (!D9FModSettings.Patches.ContainsKey(attr.SaveKey))
{
D9FModSettings.Patches[attr.SaveKey] = new D9FModSettings.PatchInfo(attr.SaveKey, true, attr.LabelKey, attr.DescKey);
}
else
{
D9FModSettings.Patches[attr.SaveKey].apply = D9FModSettings.ShouldPatch(attr.SaveKey);
}
if (D9FModSettings.ShouldPatch(attr.SaveKey))
{
PatchAll(harmony, type);
ULog.DebugMessage("\t" + attr.PlainName + " enabled.", false);
}
}
}
if (D9FModSettings.ApplyCarryMassFramework)
{
CMFHarmonyPatch.DoPatch(harmony);
ULog.DebugMessage("\tCarry Mass Framework enabled.", false);
}
if (D9FModSettings.PrintPatchedMethods)
{
Log.Message("The following methods were successfully patched:", false);
foreach (MethodBase mb in harmony.GetPatchedMethods())
{
Log.Message("\t" + mb.DeclaringType.Name + "." + mb.Name, false);
}
}
}
static HarmonyLoader()
{
ULog.Message("Applying Harmony patches...");
var harmony = new Harmony("com.dninemfive.D9Framework");
if (D9FModSettings.ApplyCompFromStuff)
{
PatchAll(harmony, typeof(CompFromStuff));
ULog.DebugMessage("\tCompFromStuff enabled.", false);
}
if (D9FModSettings.ApplyDeconstructReturnFix)
{
PatchAll(harmony, typeof(DeconstructReturnFix));
ULog.DebugMessage("\tDeconstruct Return Fix enabled.", false);
}
if (D9FModSettings.ApplyOrbitalTradeHook)
{
PatchAll(harmony, typeof(OrbitalTradeHook));
ULog.DebugMessage("\tOrbital Trade Hook enabled.", false);
}
if (D9FModSettings.ApplyForceAllowPlaceOverFix)
{
PatchAll(harmony, typeof(ForceAllowPlaceOverFix));
ULog.DebugMessage("\tForce Allow Place Over Fix", false);
}
if (D9FModSettings.ApplyCarryMassFramework)
{
CMFHarmonyPatch.DoPatch(harmony);
ULog.DebugMessage("\tCarry Mass Framework", false);
}
if (D9FModSettings.PrintPatchedMethods)
{
Log.Message("The following methods were successfully patched:", false);
foreach (MethodBase mb in harmony.GetPatchedMethods())
{
Log.Message("\t" + mb.DeclaringType.Name + "." + mb.Name, false);
}
}
}
public static bool DoLeavingsForPrefix(Thing diedThing, Map map, DestroyMode mode, CellRect leavingsRect, Predicate <IntVec3> nearPlaceValidator = null)
{
if (mode != DestroyMode.Deconstruct)
{
return(true); //just to make it more readable
}
ThingOwner <Thing> thingOwner = new ThingOwner <Thing>();
if (GenLeaving.CanBuildingLeaveResources(diedThing, mode))
{
Frame frame = diedThing as Frame;
if (frame != null)
{
for (int frameResCt = frame.resourceContainer.Count - 1; frameResCt >= 0; frameResCt--)
{
int gblrc;
if ((gblrc = GBRLC(diedThing)(frame.resourceContainer[frameResCt].stackCount)) > 0)
{
frame.resourceContainer.TryTransferToContainer(frame.resourceContainer[frameResCt], thingOwner, gblrc, true);
}
}
frame.resourceContainer.ClearAndDestroyContents(mode);
}
else
{
// TODO: ModExtension specifying drop rates per ThingDef. Needs to be relatively optimized.
List <ThingDefCountClass> list = diedThing.CostListAdjusted();
for (int l = 0; l < list.Count; l++)
{
ThingDefCountClass tdcc = list[l];
int gblrc;
if ((gblrc = GBRLC(diedThing)(tdcc.count)) > 0)
{
Thing thing = ThingMaker.MakeThing(tdcc.thingDef, null);
thing.stackCount = gblrc;
thingOwner.TryAdd(thing, true);
}
}
}
}
List <IntVec3> cellList = leavingsRect.Cells.InRandomOrder(null).ToList();
int cellInd = 0;
while (true)
{
if (thingOwner.Count > 0)
{
ThingOwner <Thing> thingOwner2 = thingOwner;
Thing thing = thingOwner[0];
IntVec3 dropLoc = cellList[cellInd];
ThingPlaceMode mode2 = ThingPlaceMode.Near;
Thing thing4 = default(Thing);
if (thingOwner2.TryDrop(thing, dropLoc, map, mode2, out thing4, null, nearPlaceValidator))
{
cellInd++;
if (cellInd >= cellList.Count)
{
cellInd = 0;
}
continue;
}
break;
}
return(false);
}
ULog.Warning("Deconstruct Return Fix: Failed to place all leavings for destroyed thing " + diedThing + " at " + leavingsRect.CenterCell, false);
return(false);
}//end DoLeavingsForPrefix