public static void UpdateCommandState_Prefix(PlayerController __instance)
{
if (__instance.cmd.type != ECommand.None && __instance.cmd.type != ECommand.Follow &&
(__instance.cmd.mode != lastCmdMode || __instance.cmd.type != lastCmdType))
{
if (__instance.cmd.type != ECommand.Build || __instance.cmd.mode != 1)
{
BuildLogic.ResetMultiBuild();
}
if (__instance.cmd.type != ECommand.Build || __instance.cmd.mode != 0)
{
BlueprintCreator.EndBpMode();
}
// the preivous command might force us to stau in BuildMode (Even though we were leaving)
if (__instance.cmd.type == ECommand.Build && lastCmdMode == 1 && __instance.cmd.mode != 1)
{
BlueprintManager.PrepareNew();
}
if (__instance.cmd.type != ECommand.Build)
{
BlueprintManager.PrepareNew();
}
lastCmdMode = __instance.cmd.mode;
lastCmdType = __instance.cmd.type;
}
}
internal void Update()
{
if (!isValidInstallation)
{
return;
}
BuildLogic.OnUpdate();
BlueprintCreator.OnUpdate();
}
public static void UIGeneralTips__OnUpdate_Postfix(ref Text ___modeText)
{
if (BuildLogic.IsMultiBuildAvailable() && BuildLogic.multiBuildEnabled)
{
___modeText.text += $"\nMultiBuild [{(BuildLogic.startPos == Vector3.zero ? "START" : "END")}]";
if (BuildLogic.spacingStore[BuildLogic.spacingIndex] > 0)
{
___modeText.text += $" - Spacing {BuildLogic.spacingStore[BuildLogic.spacingIndex]}";
if (BuildLogic.spacingPeriod > 1)
{
___modeText.text += $" every {BuildLogic.spacingPeriod} copies";
}
}
}
if (BlueprintCreator.bpMode)
{
___modeText.text = "Blueprint Mode";
}
}
public static void PasteInsertersOnly(BlueprintData data, Vector3 targetPos, float yaw, int pasteIndex = 0, bool connectToPasted = false)
{
PlayerAction_Build actionBuild = GameMain.data.mainPlayer.controller.actionBuild;
var backupMechaBuildArea = actionBuild.player.mecha.buildArea;
actionBuild.player.mecha.buildArea = 10000f;
Vector2 targetSpr = targetPos.ToSpherical();
ConcurrentQueue <InserterCopy> inserterQueue = new ConcurrentQueue <InserterCopy>(data.copiedInserters);
Util.Parallelize((threadIndex) =>
{
while (inserterQueue.TryDequeue(out InserterCopy inserter))
{
var pastedEntity = ConcurrentPasteInserter(threadIndex, inserter, yaw, pasteIndex, connectToPasted);
BuildLogic.CheckBuildConditionsWorker(_abs[threadIndex], pastedEntity.buildPreview);
}
});
actionBuild.player.mecha.buildArea = backupMechaBuildArea;
}
public static void UIKeyTips_UpdateTipDesiredState_Prefix(ref UIKeyTips __instance, ref List <UIKeyTipNode> ___allTips)
{
if (tooltips.Count == 0)
{
allTips = ___allTips;
tooltips.Add("toggle-build", __instance.RegisterTip("L-ALT", "Toggle multiBuild mode"));
tooltips.Add("toggle-inserters", __instance.RegisterTip("TAB", "Toggle inserters copy"));
tooltips.Add("increase-spacing", __instance.RegisterTip("+", "Increase space between copies"));
tooltips.Add("decrease-spacing", __instance.RegisterTip("-", "Decrease space between copies"));
tooltips.Add("increase-period", __instance.RegisterTip("CTRL", "+", "Increase spacing period"));
tooltips.Add("decrease-period", __instance.RegisterTip("CTRL", "-", "Decrease spacing period"));
tooltips.Add("zero-spacing", __instance.RegisterTip("0", "Reset space between copies"));
tooltips.Add("rotate-path", __instance.RegisterTip("Z", "Rotate build path"));
tooltips.Add("increase-radius", __instance.RegisterTip("+", "Increase selection area"));
tooltips.Add("decrease-radius", __instance.RegisterTip("-", "Decrease selection area"));
tooltips.Add("bp-select", __instance.RegisterTip(0, "Add building to blueprint"));
tooltips.Add("bp-deselect", __instance.RegisterTip("CTRL", 0, "Remove building from blueprint"));
tooltips.Add("bp-reference", __instance.RegisterTip("ALT", 0, "Select reference building"));
}
tooltips["toggle-build"].desired = tooltips["toggle-inserters"].desired = BuildLogic.IsMultiBuildAvailable();
tooltips["rotate-path"].desired =
tooltips["zero-spacing"].desired =
tooltips["decrease-spacing"].desired =
tooltips["increase-spacing"].desired =
tooltips["decrease-period"].desired =
tooltips["increase-period"].desired =
BuildLogic.IsMultiBuildRunning();
tooltips["increase-radius"].desired =
tooltips["decrease-radius"].desired =
tooltips["bp-select"].desired =
tooltips["bp-deselect"].desired =
tooltips["bp-reference"].desired =
BlueprintCreator.bpMode;
}
public static List <BuildPreview> Paste(Vector3 targetPos, float yaw, bool pasteInserters = true)
{
PlayerAction_Build actionBuild = GameMain.data.mainPlayer.controller.actionBuild;
pastedEntities.Clear();
parallelPastedEntities.Clear();
previews.Clear();
InserterPoses.ResetOverrides();
Vector2 targetSpr = targetPos.ToSpherical();
float yawRad = yaw * Mathf.Deg2Rad;
for (int i = 0; i < data.copiedBuildings.Count; i++)
{
PasteBuilding(i, data.copiedBuildings[i], targetSpr, yaw);
}
for (int i = 0; i < data.copiedBelts.Count; i++)
{
PasteBelt(i, data.copiedBelts[i], targetSpr, yaw);
}
if (pasteInserters && data.copiedInserters.Count > 16)
{
var maxThreads = Environment.ProcessorCount - 1;
var runningThreads = 0;
var next = -1;
ManualResetEvent done = new ManualResetEvent(false);
for (int i = 0; i < maxThreads; i++)
{
ThreadPool.QueueUserWorkItem(_ =>
{
int item;
Interlocked.Increment(ref runningThreads);
try
{
PlayerAction_Build ab = BuildLogic.ClonePlayerAction_Build(actionBuild);
while ((item = Interlocked.Increment(ref next)) < data.copiedInserters.Count)
{
PasteInserter(ab, item, data.copiedInserters[item], yaw);
}
}
catch (Exception e)
{
Console.WriteLine(e.ToString());
}
finally
{
if (Interlocked.Decrement(ref runningThreads) == 0)
{
done.Set();
}
}
});
}
done.WaitOne();
}
else if (pasteInserters)
{
for (var i = 0; i < data.copiedInserters.Count; i++)
{
PasteInserter(actionBuild, i, data.copiedInserters[i], yaw);
}
}
// merge the inserter pastedEntities in the main dictionaries
foreach (var item in parallelPastedEntities)
{
previews.Add(item.Value.buildPreview);
pastedEntities.Add(item.Key, item.Value);
}
// after creating the belt previews this restore the correct connection to other belts and buildings
foreach (BeltCopy belt in data.copiedBelts)
{
BuildPreview preview = pastedEntities[belt.originalId].buildPreview;
if (belt.outputId != 0 &&
pastedEntities.TryGetValue(belt.outputId, out PastedEntity otherEntity) &&
Vector3.Distance(preview.lpos, otherEntity.buildPreview.lpos) < 10) // if the belts are too far apart ignore connection
{
preview.output = otherEntity.buildPreview;
var otherBelt = data.copiedBelts[otherEntity.index];
if (otherBelt.backInputId == belt.originalId)
{
preview.outputToSlot = 1;
}
if (otherBelt.leftInputId == belt.originalId)
{
preview.outputToSlot = 2;
}
if (otherBelt.rightInputId == belt.originalId)
{
preview.outputToSlot = 3;
}
}
if (belt.connectedBuildingId != 0 && pastedEntities.TryGetValue(belt.connectedBuildingId, out PastedEntity otherBuilding))
{
if (belt.connectedBuildingIsOutput)
{
preview.output = otherBuilding.buildPreview;
preview.outputToSlot = belt.connectedBuildingSlot;
}
else
{
preview.input = otherBuilding.buildPreview;
preview.inputFromSlot = belt.connectedBuildingSlot;
}
}
bool beltHasInput = pastedEntities.ContainsKey(belt.backInputId) || pastedEntities.ContainsKey(belt.leftInputId) || pastedEntities.ContainsKey(belt.rightInputId);
bool beltHasOutput = pastedEntities.ContainsKey(belt.outputId);
if (!beltHasInput || !beltHasOutput)
{
int found = actionBuild.nearcdLogic.GetBuildingsInAreaNonAlloc(preview.lpos, 0.34f, _nearObjectIds, false);
for (int x = 0; x < found; x++)
{
int overlappingEntityId = _nearObjectIds[x];
if (overlappingEntityId <= 0)
{
continue;
}
EntityData overlappingEntityData = actionBuild.factory.entityPool[overlappingEntityId];
if (overlappingEntityData.beltId <= 0)
{
continue;
}
BeltComponent overlappingBelt = actionBuild.factory.cargoTraffic.beltPool[overlappingEntityData.beltId];
bool overlappingBeltHasInput = (overlappingBelt.backInputId + overlappingBelt.leftInputId + overlappingBelt.rightInputId) != 0;
bool overlappingBeltHasOutput = overlappingBelt.outputId != 0;
if ((beltHasOutput && !overlappingBeltHasOutput) || (beltHasInput && !overlappingBeltHasInput))
{
// found overlapping belt that can be 'replaced' to connect to existing belts
preview.coverObjId = overlappingEntityId;
preview.ignoreCollider = true;
preview.willCover = true;
}
}
}
}
return(previews);
}
public static void Paste(BlueprintData data, Vector3 targetPos, float yaw, bool pasteInserters = true, int pasteIndex = 0)
{
PlayerAction_Build actionBuild = GameMain.data.mainPlayer.controller.actionBuild;
var backupMechaBuildArea = actionBuild.player.mecha.buildArea;
actionBuild.player.mecha.buildArea = 10000f;
Vector2 targetSpr = targetPos.ToSpherical();
ConcurrentQueue <BuildingCopy> buildingsQueue = new ConcurrentQueue <BuildingCopy>(data.copiedBuildings);
Util.Parallelize((int threadIndex) =>
{
while (buildingsQueue.TryDequeue(out BuildingCopy building))
{
var pastedEntity = ConcurrentPasteBuilding(threadIndex, building, targetSpr, yaw, pasteIndex);
lock (actionBuild.nearcdLogic)
{
actionBuild.nearcdLogic.ActiveEntityBuildCollidersInArea(pastedEntity.pose.position, 5f);
}
}
});
buildingsQueue = new ConcurrentQueue <BuildingCopy>(data.copiedBuildings);
Util.Parallelize((int threadIndex) =>
{
while (buildingsQueue.TryDequeue(out BuildingCopy building))
{
int pasteId = PASTE_INDEX_MULTIPLIER * pasteIndex + building.originalId;
var pastedEntity = BlueprintManager.pastedEntities[pasteId];
ConcurrentConnectBuildings(threadIndex, pastedEntity);
BuildLogic.CheckBuildConditionsWorker(_abs[threadIndex], pastedEntity.buildPreview);
}
});
ConcurrentQueue <BeltCopy> beltsQueue = new ConcurrentQueue <BeltCopy>(data.copiedBelts);
Util.Parallelize((int threadIndex) =>
{
while (beltsQueue.TryDequeue(out BeltCopy belt))
{
var pastedEntity = ConcurrentPasteBelt(threadIndex, belt, targetSpr, yaw, pasteIndex);
}
});
// after creating the belt previews this restore the correct connection to other belts and buildings
beltsQueue = new ConcurrentQueue <BeltCopy>(data.copiedBelts);
Util.Parallelize((int threadIndex) =>
{
while (beltsQueue.TryDequeue(out BeltCopy belt))
{
int pasteId = PASTE_INDEX_MULTIPLIER * pasteIndex + belt.originalId;
var pastedEntity = BlueprintManager.pastedEntities[pasteId];
ConcurrentConnectBelt(threadIndex, pastedEntity);
BuildLogic.CheckBuildConditionsWorker(_abs[threadIndex], pastedEntity.buildPreview);
}
});
if (pasteInserters)
{
ConcurrentQueue <InserterCopy> inserterQueue = new ConcurrentQueue <InserterCopy>(data.copiedInserters);
Util.Parallelize((threadIndex) =>
{
while (inserterQueue.TryDequeue(out InserterCopy inserter))
{
var pastedEntity = ConcurrentPasteInserter(threadIndex, inserter, yaw, pasteIndex);
BuildLogic.CheckBuildConditionsWorker(_abs[threadIndex], pastedEntity.buildPreview);
}
});
}
actionBuild.player.mecha.buildArea = backupMechaBuildArea;
}
