private static InserterPosition GetPositions(PlayerAction_Build __instance, PlanetFactory ___factory, PlanetAuxData ___planetAux, NearColliderLogic ___nearcdLogic, BuildPreview buildPreview, CachedInserter cachedInserter)
{
Vector3 absoluteBuildingPos;
Quaternion absoluteBuildingRot;
// When using AdvancedBuildDestruct mod, all buildPreviews are positioned 'absolutely' on the planet surface.
// In 'normal' mode the buildPreviews are relative to __instance.previewPose.
// This means that in 'normal' mode the (only) buildPreview is always positioned at {0,0,0}
if (buildPreview.lpos == Vector3.zero)
{
absoluteBuildingPos = __instance.previewPose.position;
absoluteBuildingRot = __instance.previewPose.rotation;
}
else
{
absoluteBuildingPos = buildPreview.lpos;
absoluteBuildingRot = buildPreview.lrot;
}
InserterPosition position = null;
if (currentPositionCache.Count > 0)
{
position = currentPositionCache.Dequeue();
}
bool isCacheValid = position != null &&
position.cachedInserter == cachedInserter &&
position.absoluteBuildingPos == absoluteBuildingPos &&
position.absoluteBuildingRot == absoluteBuildingRot;
if (isCacheValid)
{
nextPositionCache.Enqueue(position);
return(position);
}
var posDelta = cachedInserter.posDelta;
var pos2Delta = cachedInserter.pos2Delta;
Vector3 absoluteInserterPos = absoluteBuildingPos + absoluteBuildingRot * cachedInserter.posDelta;
Vector3 absoluteInserterPos2 = absoluteBuildingPos + absoluteBuildingRot * cachedInserter.pos2Delta;
Quaternion absoluteInserterRot = absoluteBuildingRot * cachedInserter.rot;
Quaternion absoluteInserterRot2 = absoluteBuildingRot * cachedInserter.rot2;
int startSlot = cachedInserter.startSlot;
int endSlot = cachedInserter.endSlot;
short pickOffset = cachedInserter.pickOffset;
short insertOffset = cachedInserter.insertOffset;
// Find the desired belt/building position
// As delta doesn't work over distance, re-trace the Grid Snapped steps from the original
// to find the target belt/building for this inserters other connection
var testPos = absoluteBuildingPos;
// Note: rotates each move relative to the rotation of the new building
for (int u = 0; u < cachedInserter.snapCount; u++)
{
testPos = ___planetAux.Snap(testPos + absoluteBuildingRot * cachedInserter.snapMoves[u], true, false);
}
// Find the other entity at the target location
int otherId = 0;
// find building nearby
int found = ___nearcdLogic.GetBuildingsInAreaNonAlloc(testPos, 0.2f, _nearObjectIds);
// find nearest building
float maxDistance = 0.2f;
for (int x = 0; x < found; x++)
{
var id = _nearObjectIds[x];
float distance;
ItemProto proto;
if (id == 0 || id == buildPreview.objId)
{
continue;
}
else if (id > 0)
{
EntityData entityData = ___factory.entityPool[id];
proto = LDB.items.Select((int)entityData.protoId);
distance = Vector3.Distance(entityData.pos, testPos);
}
else
{
PrebuildData prebuildData = ___factory.prebuildPool[-id];
proto = LDB.items.Select((int)prebuildData.protoId);
if (proto.prefabDesc.isBelt)
{
// ignore unbuilt belts
continue;
}
distance = Vector3.Distance(prebuildData.pos, testPos);
}
// ignore entitites that ore not (built) belts or don't have inserterPoses
if ((proto.prefabDesc.isBelt == cachedInserter.otherIsBelt || proto.prefabDesc.insertPoses.Length > 0) && distance < maxDistance)
{
otherId = id;
maxDistance = distance;
}
}
if (otherId != 0)
{
var buildingId = buildPreview.objId;
if (buildingId == 0)
{
// the original calculatePose code doesn't correctly handle calculation where one of the entity is a BuildPreview
// as it has objId 0 and is not registered in either the entityPool or prebuildPool
// To address that we override the 4 critical methods GetObjectPose/GetObjectProtoId/ObjectIsBelt/GetLocalInserts
// only for this specific execution of CalculatePose, by returning the expected value for the current buildPreview
overridePoseMethods = true;
overriddenProto = buildPreview.item;
overriddenPose = new Pose(absoluteBuildingPos, absoluteBuildingRot);
}
if (cachedInserter.incoming)
{
CalculatePose(__instance, otherId, buildingId);
}
else
{
CalculatePose(__instance, buildingId, otherId);
}
overridePoseMethods = false;
bool hasNearbyPose = false;
if (__instance.posePairs.Count > 0)
{
float minDistance = 1000f;
PlayerAction_Build.PosePair bestFit = new PlayerAction_Build.PosePair();
for (int j = 0; j < __instance.posePairs.Count; ++j)
{
var posePair = __instance.posePairs[j];
if (
(cachedInserter.incoming && cachedInserter.endSlot != posePair.endSlot) ||
(!cachedInserter.incoming && cachedInserter.startSlot != posePair.startSlot)
)
{
continue;
}
float startDistance = Vector3.Distance(posePair.startPose.position, absoluteInserterPos);
float endDistance = Vector3.Distance(posePair.endPose.position, absoluteInserterPos2);
float poseDistance = startDistance + endDistance;
if (poseDistance < minDistance)
{
minDistance = poseDistance;
bestFit = posePair;
hasNearbyPose = true;
}
}
if (hasNearbyPose)
{
// if we were able to calculate a close enough sensible pose
// use that instead of the (visually) imprecise default
absoluteInserterPos = bestFit.startPose.position;
absoluteInserterPos2 = bestFit.endPose.position;
absoluteInserterRot = bestFit.startPose.rotation;
absoluteInserterRot2 = bestFit.endPose.rotation * Quaternion.Euler(0.0f, 180f, 0.0f);
pickOffset = (short)bestFit.startOffset;
insertOffset = (short)bestFit.endOffset;
startSlot = bestFit.startSlot;
endSlot = bestFit.endSlot;
posDelta = Quaternion.Inverse(absoluteBuildingRot) * (absoluteInserterPos - absoluteBuildingPos);
pos2Delta = Quaternion.Inverse(absoluteBuildingRot) * (absoluteInserterPos2 - absoluteBuildingPos);
}
}
}
position = new InserterPosition()
{
cachedInserter = cachedInserter,
absoluteBuildingPos = absoluteBuildingPos,
absoluteBuildingRot = absoluteBuildingRot,
otherId = otherId,
posDelta = posDelta,
pos2Delta = pos2Delta,
absoluteInserterPos = absoluteInserterPos,
absoluteInserterPos2 = absoluteInserterPos2,
absoluteInserterRot = absoluteInserterRot,
absoluteInserterRot2 = absoluteInserterRot2,
pickOffset = pickOffset,
insertOffset = insertOffset,
startSlot = startSlot,
endSlot = endSlot,
};
nextPositionCache.Enqueue(position);
return(position);
}
public static InserterPosition GetPositions(PlayerAction_Build actionBuild, InserterCopy copiedInserter, float yawRad, int pasteIndex, bool connectToPasted)
{
var pastedEntities = BlueprintManager.pastedEntities;
var player = actionBuild.player;
var pastedReferenceEntityId = BlueprintManager_Paste.PASTE_INDEX_MULTIPLIER * pasteIndex + copiedInserter.referenceBuildingId;
var pastedReferenceEntity = pastedEntities[pastedReferenceEntityId];
var pastedReferenceEntityBuildPreview = pastedReferenceEntity.buildPreview;
Quaternion absoluteBuildingRot = pastedReferenceEntity.pose.rotation;
Vector3 absoluteBuildingPos = pastedReferenceEntity.pose.position;
Vector2 absoluteBuildingPosSpr = absoluteBuildingPos.ToSpherical();
var posDelta = copiedInserter.posDelta.Rotate(yawRad, copiedInserter.posDeltaCount);
Vector3 absoluteInserterPos = absoluteBuildingPosSpr
.ApplyDelta(posDelta, copiedInserter.posDeltaCount)
.ToCartesian(GameMain.localPlanet.realRadius + 0.2f);
var pos2Delta = copiedInserter.pos2Delta.Rotate(yawRad, copiedInserter.pos2DeltaCount);
Vector3 absoluteInserterPos2 = absoluteBuildingPosSpr
.ApplyDelta(pos2Delta, copiedInserter.pos2DeltaCount)
.ToCartesian(GameMain.localPlanet.realRadius + 0.2f);
if (pastedReferenceEntity.sourceBuilding == null)
{
absoluteBuildingRot = Maths.SphericalRotation(absoluteBuildingPos, yawRad * Mathf.Rad2Deg);
}
Quaternion absoluteInserterRot = absoluteBuildingRot * copiedInserter.rot;
Quaternion absoluteInserterRot2 = absoluteBuildingRot * copiedInserter.rot2;
int startSlot = copiedInserter.startSlot;
int endSlot = copiedInserter.endSlot;
short pickOffset = copiedInserter.pickOffset;
short insertOffset = copiedInserter.insertOffset;
var referenceObjId = pastedReferenceEntity.objId;
var otherPastedId = 0;
var otherEntityId = 0;
var otherObjId = 0;
var pastedPickTargetId = BlueprintManager_Paste.PASTE_INDEX_MULTIPLIER * pasteIndex + copiedInserter.pickTarget;
var pastedInsertTargetId = BlueprintManager_Paste.PASTE_INDEX_MULTIPLIER * pasteIndex + copiedInserter.insertTarget;
if (pastedEntities.ContainsKey(pastedPickTargetId) && pastedEntities.ContainsKey(pastedInsertTargetId))
{
// cool we copied both source and target of the inserters
otherPastedId = pastedPickTargetId == pastedReferenceEntityId ? pastedInsertTargetId : pastedPickTargetId;
otherObjId = pastedEntities[otherPastedId].objId;
}
else
{
// Find the other entity at the target location
var nearcdLogic = actionBuild.nearcdLogic;
var factory = actionBuild.factory;
// Find the desired belt/building position
// As delta doesn't work over distance, re-trace the Grid Snapped steps from the original
// to find the target belt/building for this inserters other connection
var otherPosDelta = copiedInserter.otherPosDelta.Rotate(yawRad, copiedInserter.otherPosDeltaCount);
Vector3 testPos = absoluteBuildingPosSpr
.ApplyDelta(otherPosDelta, copiedInserter.otherPosDeltaCount)
.SnapToGrid();
if (connectToPasted)
{
var compatibleType = copiedInserter.otherIsBelt ? EPastedType.BELT : EPastedType.BUILDING;
foreach (var pastedEntity in BlueprintManager.pastedEntities.Values)
{
// find the first compatible entity that will not been removed, that has in the same/previous/next pasteIndex and that is near enough
if (pastedEntity.type == compatibleType &&
pastedEntity.status != EPastedStatus.REMOVE &&
pastedEntity.pasteId != pastedReferenceEntityId &&
Math.Abs(pastedEntity.pasteIndex - pasteIndex) <= 1 &&
Vector3.Distance(pastedEntity.pose.position, testPos) < 0.2)
{
// found a pasted entity that we can connect to !
otherPastedId = pastedEntity.pasteId;
otherObjId = pastedEntity.objId;
break;
}
}
}
if (otherObjId == 0)
{
int[] _nearObjectIds = new int[256];
// find building nearby
int found = nearcdLogic.GetBuildingsInAreaNonAlloc(testPos, 0.2f, _nearObjectIds, false);
// find nearest building
float maxDistance = 1f;
for (int x = 0; x < found; x++)
{
var id = _nearObjectIds[x];
float distance;
ItemProto proto;
if (id == 0 || id == pastedReferenceEntityBuildPreview.objId)
{
continue;
}
else if (id > 0)
{
EntityData entityData = factory.entityPool[id];
proto = LDB.items.Select((int)entityData.protoId);
// ignore buildings without inserter poses
if (!proto.prefabDesc.isBelt && proto.prefabDesc.insertPoses.Length == 0)
{
continue;
}
distance = Vector3.Distance(entityData.pos, testPos);
}
else
{
PrebuildData prebuildData = factory.prebuildPool[-id];
proto = LDB.items.Select((int)prebuildData.protoId);
// ignore unbuilt belts and buildings without inserter poses
if (proto.prefabDesc.isBelt || proto.prefabDesc.insertPoses.Length == 0)
{
continue;
}
distance = Vector3.Distance(prebuildData.pos, testPos);
}
// ignore entitites that ore not (built) belts or don't have inserterPoses
if ((proto.prefabDesc.isBelt == copiedInserter.otherIsBelt || proto.prefabDesc.insertPoses.Length > 0) && distance < maxDistance)
{
otherObjId = otherEntityId = id;
maxDistance = distance;
}
}
}
}
if (otherObjId != 0)
{
if (copiedInserter.incoming)
{
InserterPoses.CalculatePose(actionBuild, otherObjId, referenceObjId);
}
else
{
InserterPoses.CalculatePose(actionBuild, referenceObjId, otherObjId);
}
bool hasNearbyPose = false;
if (actionBuild.posePairs.Count > 0)
{
float minDistance = 1000f;
PlayerAction_Build.PosePair bestFit = new PlayerAction_Build.PosePair();
for (int j = 0; j < actionBuild.posePairs.Count; ++j)
{
var posePair = actionBuild.posePairs[j];
if (
(copiedInserter.incoming && copiedInserter.endSlot != posePair.endSlot && copiedInserter.endSlot != -1) ||
(!copiedInserter.incoming && copiedInserter.startSlot != posePair.startSlot && copiedInserter.startSlot != -1)
)
{
continue;
}
float startDistance = Vector3.Distance(posePair.startPose.position, absoluteInserterPos);
float endDistance = Vector3.Distance(posePair.endPose.position, absoluteInserterPos2);
float poseDistance = startDistance + endDistance;
if (poseDistance < minDistance)
{
minDistance = poseDistance;
bestFit = posePair;
hasNearbyPose = true;
}
}
if (hasNearbyPose)
{
// if we were able to calculate a close enough sensible pose
// use that instead of the (visually) imprecise default
absoluteInserterPos = bestFit.startPose.position;
absoluteInserterPos2 = bestFit.endPose.position;
absoluteInserterRot = bestFit.startPose.rotation;
absoluteInserterRot2 = bestFit.endPose.rotation * Quaternion.Euler(0.0f, 180f, 0.0f);
pickOffset = (short)bestFit.startOffset;
insertOffset = (short)bestFit.endOffset;
startSlot = bestFit.startSlot;
endSlot = bestFit.endSlot;
posDelta = bestFit.startPose.position.ToSpherical() - absoluteBuildingPosSpr;
pos2Delta = bestFit.endPose.position.ToSpherical() - absoluteBuildingPosSpr;
}
}
}
InserterPosition position = new InserterPosition()
{
copiedInserter = copiedInserter,
absoluteBuildingPos = absoluteBuildingPos,
absoluteBuildingRot = absoluteBuildingRot,
posDelta = posDelta,
pos2Delta = pos2Delta,
absoluteInserterPos = absoluteInserterPos,
absoluteInserterPos2 = absoluteInserterPos2,
absoluteInserterRot = absoluteInserterRot,
absoluteInserterRot2 = absoluteInserterRot2,
pickOffset = pickOffset,
insertOffset = insertOffset,
startSlot = startSlot,
endSlot = endSlot,
condition = EBuildCondition.Ok
};
if (otherEntityId != 0)
{
Vector3 forward = absoluteInserterPos2 - absoluteInserterPos;
Pose pose;
pose.position = Vector3.Lerp(absoluteInserterPos, absoluteInserterPos2, 0.5f);
pose.rotation = Quaternion.LookRotation(forward, absoluteInserterPos.normalized);
var colliderData = copiedInserter.itemProto.prefabDesc.buildColliders[0];
colliderData.ext = new Vector3(colliderData.ext.x, colliderData.ext.y, Vector3.Distance(absoluteInserterPos2, absoluteInserterPos) * 0.5f + colliderData.ext.z - 0.5f);
if (copiedInserter.otherIsBelt)
{
if (copiedInserter.incoming)
{
colliderData.pos.z -= 0.4f;
colliderData.ext.z += 0.4f;
}
else
{
colliderData.pos.z += 0.4f;
colliderData.ext.z += 0.4f;
}
}
if (colliderData.ext.z < 0.1f)
{
colliderData.ext.z = 0.1f;
}
colliderData.pos = pose.position + pose.rotation * colliderData.pos;
colliderData.q = pose.rotation * colliderData.q;
int mask = 165888;
Collider[] _tmp_cols = new Collider[16];
int collisionsFound = Physics.OverlapBoxNonAlloc(colliderData.pos, colliderData.ext, _tmp_cols, colliderData.q, mask, QueryTriggerInteraction.Collide);
PlanetPhysics physics2 = player.planetData.physics;
for (int j = 0; j < collisionsFound; j++)
{
physics2.GetColliderData(_tmp_cols[j], out ColliderData colliderData2);
if (colliderData2.objId != 0 && colliderData2.objId != otherEntityId && colliderData2.usage == EColliderUsage.Build)
{
position.condition = EBuildCondition.Collide;
otherPastedId = 0;
otherEntityId = 0;
break;
}
}
}
position.inputEntityId = copiedInserter.incoming ? otherEntityId : 0;
position.inputPastedId = copiedInserter.incoming ? otherPastedId : pastedReferenceEntityId;
position.outputEntityId = copiedInserter.incoming ? 0 : otherEntityId;
position.outputPastedId = copiedInserter.incoming ? pastedReferenceEntityId : otherPastedId;
return(position);
}
public static void PlayerAction_BuildNotifyBuiltPrefix(PlayerAction_Build __instance, int postObjId, PlanetAuxData ___planetAux)
{
var entityBuilt = pc.player.factory.entityPool[postObjId];
ModelProto modelProto = LDB.models.Select(entityBuilt.modelIndex);
var prefabDesc = modelProto.prefabDesc;
if (!prefabDesc.isInserter)
{
// Check for pending inserter requests
if (PatchCopyInserters.pendingInserters.Count > 0)
{
var factory = pc.player.factory;
for (int i = pendingInserters.Count - 1; i >= 0; i--) // Reverse loop for removing found elements
{
var pi = pendingInserters[i];
// Is the NotifyBuilt assembler in the expected position for this pending inserter?
var distance = Vector3.Distance(entityBuilt.pos, pi.AssemblerPos);
if (distance < 0.2)
{
var assemblerId = entityBuilt.id;
// Create inserter Prebuild data
var pbdata = new PrebuildData();
pbdata.protoId = (short)pi.ci.protoId;
pbdata.modelIndex = (short)LDB.items.Select(pi.ci.protoId).ModelIndex;
pbdata.insertOffset = pi.ci.insertOffset;
pbdata.pickOffset = pi.ci.pickOffset;
pbdata.filterId = pi.ci.filterId;
pbdata.refCount = pi.ci.refCount;
// Calculate inserter start and end positions from stored deltas and the building's rotation
pbdata.pos = ___planetAux.Snap(entityBuilt.pos + entityBuilt.rot * pi.ci.posDelta, true, false);
pbdata.pos2 = ___planetAux.Snap(entityBuilt.pos + entityBuilt.rot * pi.ci.pos2Delta, true, false);
// Get inserter rotation relative to the building's
pbdata.rot = entityBuilt.rot * pi.ci.rot;
pbdata.rot2 = entityBuilt.rot * pi.ci.rot2;
if (!pi.ci.incoming)
{
CalculatePose(__instance, assemblerId, pi.otherId);
}
else
{
CalculatePose(__instance, pi.otherId, assemblerId);
}
if (__instance.posePairs.Count > 0)
{
float minDistance = 1000f;
PlayerAction_Build.PosePair bestFit = new PlayerAction_Build.PosePair();
bool hasNearbyPose = false;
for (int j = 0; j < __instance.posePairs.Count; ++j)
{
if (__instance.posePairs[j].startSlot != pi.ci.startSlot || __instance.posePairs[j].endSlot != pi.ci.endSlot)
{
continue;
}
float startDistance = Vector3.Distance(__instance.posePairs[j].startPose.position, pbdata.pos);
float endDistance = Vector3.Distance(__instance.posePairs[j].endPose.position, pbdata.pos2);
float poseDistance = startDistance + endDistance;
if (poseDistance < minDistance)
{
minDistance = poseDistance;
bestFit = __instance.posePairs[j];
hasNearbyPose = true;
}
}
if (hasNearbyPose)
{
// if we were able to calculate a close enough sensible pose
// use that instead of the (visually) ugly default
pbdata.pos = bestFit.startPose.position;
pbdata.pos2 = bestFit.endPose.position;
pbdata.rot = bestFit.startPose.rotation;
pbdata.rot2 = bestFit.endPose.rotation * Quaternion.Euler(0.0f, 180f, 0.0f);
}
}
// Check the player has the item in inventory, no cheating here
var itemcount = pc.player.package.GetItemCount(pi.ci.protoId);
// If player has none; skip this request, as we dont create prebuild ghosts, must avoid confusion
if (itemcount > 0)
{
var qty = 1;
pc.player.package.TakeTailItems(ref pi.ci.protoId, ref qty);
int pbCursor = factory.AddPrebuildData(pbdata); // Add the inserter request to Prebuild pool
// Otherslot -1 will try to find one, otherwise could cache this from original assembler if it causes problems
if (pi.ci.incoming)
{
factory.WriteObjectConn(-pbCursor, 0, true, assemblerId, -1); // assembler connection
factory.WriteObjectConn(-pbCursor, 1, false, pi.otherId, -1); // other connection
}
else
{
factory.WriteObjectConn(-pbCursor, 0, false, assemblerId, -1); // assembler connection
factory.WriteObjectConn(-pbCursor, 1, true, pi.otherId, -1); // other connection
}
}
pendingInserters.RemoveAt(i);
}
}
}
}
}
public static void PlayerAction_BuildSetCopyInfoPostfix(PlayerAction_Build __instance, ref PlanetFactory ___factory, PlanetAuxData ___planetAux, int objectId, int protoId)
{
cachedInserters.Clear(); // Remove previous copy info
if (objectId < 0) // Copied item is a ghost, no inserters to cache
{
return;
}
var sourceEntityProto = LDB.items.Select(protoId);
// Ignore building without inserter slots
if (sourceEntityProto.prefabDesc.insertPoses.Length == 0)
{
return;
}
var sourceEntityId = objectId;
var sourceEntity = ___factory.entityPool[sourceEntityId];
var sourcePos = sourceEntity.pos;
var sourceRot = sourceEntity.rot;
// Find connected inserters
var inserterPool = ___factory.factorySystem.inserterPool;
var entityPool = ___factory.entityPool;
for (int i = 1; i < ___factory.factorySystem.inserterCursor; i++)
{
if (inserterPool[i].id == i)
{
var inserter = inserterPool[i];
var inserterEntity = entityPool[inserter.entityId];
var pickTarget = inserter.pickTarget;
var insertTarget = inserter.insertTarget;
if (pickTarget == sourceEntityId || insertTarget == sourceEntityId)
{
bool incoming = insertTarget == sourceEntityId;
var otherId = incoming ? pickTarget : insertTarget; // The belt or other building this inserter is attached to
var otherPos = entityPool[otherId].pos;
// Store the Grid-Snapped moves from assembler to belt/other
int path = 0;
Vector3[] snaps = new Vector3[6];
var snappedPointCount = ___planetAux.SnapLineNonAlloc(sourcePos, otherPos, ref path, snaps);
Vector3 lastSnap = sourcePos;
Vector3[] snapMoves = new Vector3[snappedPointCount];
for (int s = 0; s < snappedPointCount; s++)
{
// note: reverse rotation of the delta so that rotation works
Vector3 snapMove = Quaternion.Inverse(sourceRot) * (snaps[s] - lastSnap);
snapMoves[s] = snapMove;
lastSnap = snaps[s];
}
// Cache info for this inserter
var ci = new CachedInserter();
ci.incoming = incoming;
ci.protoId = inserterEntity.protoId;
// rotations + deltas relative to the source building's rotation
ci.rot = Quaternion.Inverse(sourceRot) * inserterEntity.rot;
ci.rot2 = Quaternion.Inverse(sourceRot) * inserter.rot2;
ci.posDelta = Quaternion.Inverse(sourceRot) * (inserterEntity.pos - sourcePos); // Delta from copied building to inserter pos
ci.pos2Delta = Quaternion.Inverse(sourceRot) * (inserter.pos2 - sourcePos); // Delta from copied building to inserter pos2
ItemProto itemProto = LDB.items.Select(ci.protoId);
ci.refCount = Mathf.RoundToInt((float)(inserter.stt - 0.499f) / itemProto.prefabDesc.inserterSTT);
// compute the start and end slot that the cached inserter uses
if (!incoming)
{
CalculatePose(__instance, sourceEntityId, otherId);
}
else
{
CalculatePose(__instance, otherId, sourceEntityId);
}
if (__instance.posePairs.Count > 0)
{
float minDistance = 1000f;
PlayerAction_Build.PosePair bestFit = new PlayerAction_Build.PosePair();
bool hasNearbyPose = false;
for (int j = 0; j < __instance.posePairs.Count; ++j)
{
float startDistance = Vector3.Distance(__instance.posePairs[j].startPose.position, inserterEntity.pos);
float endDistance = Vector3.Distance(__instance.posePairs[j].endPose.position, inserter.pos2);
float poseDistance = startDistance + endDistance;
if (poseDistance < minDistance)
{
minDistance = poseDistance;
bestFit = __instance.posePairs[j];
hasNearbyPose = true;
}
}
if (hasNearbyPose)
{
ci.startSlot = bestFit.startSlot;
ci.endSlot = bestFit.endSlot;
}
}
// not important?
ci.pickOffset = inserter.pickOffset;
ci.insertOffset = inserter.insertOffset;
// needed for pose?
ci.t1 = inserter.t1;
ci.t2 = inserter.t2;
ci.filterId = inserter.filter;
ci.snapMoves = snapMoves;
ci.snapCount = snappedPointCount;
cachedInserters.Add(ci);
}
}
}
}
public static void PlayerAction_BuildSetCopyInfoPostfix(PlayerAction_Build __instance, ref PlanetFactory ___factory, int objectId, PlanetAuxData ___planetAux)
{
cachedInserters.Clear(); // Remove previous copy info
if (objectId < 0) // Copied item is a ghost, no inserters to cache
{
return;
}
var sourceEntity = objectId;
var sourcePos = ___factory.entityPool[objectId].pos;
// Find connected inserters
int matches = 0;
var inserterPool = ___factory.factorySystem.inserterPool;
var entityPool = ___factory.entityPool;
for (int i = 1; i < ___factory.factorySystem.inserterCursor; i++)
{
if (inserterPool[i].id == i)
{
var inserter = inserterPool[i];
var pickTarget = inserter.pickTarget;
var insertTarget = inserter.insertTarget;
if (pickTarget == sourceEntity || insertTarget == sourceEntity)
{
matches++;
var inserterType = ___factory.entityPool[inserter.entityId].protoId;
bool incoming = insertTarget == sourceEntity;
var otherId = incoming ? pickTarget : insertTarget; // The belt or other building this inserter is attached to
var otherPos = ___factory.entityPool[otherId].pos;
// Store the Grid-Snapped moves from assembler to belt/other
Vector3 begin = sourcePos;
Vector3 end = otherPos;
int path = 0;
Vector3[] snaps = new Vector3[6];
var snappedPointCount = ___planetAux.SnapLineNonAlloc(begin, end, ref path, snaps);
Vector3 lastSnap = begin;
Vector3[] snapMoves = new Vector3[snappedPointCount];
for (int s = 0; s < snappedPointCount; s++)
{
Vector3 snapMove = snaps[s] - lastSnap;
snapMoves[s] = snapMove;
lastSnap = snaps[s];
}
// Cache info for this inserter
var ci = new CachedInserter();
ci.otherDelta = (otherPos - sourcePos); // Delta from copied building to other belt/building
ci.incoming = incoming;
ci.protoId = inserterType;
ci.rot = ___factory.entityPool[inserter.entityId].rot;
ci.rot2 = inserter.rot2;
ci.pos2delta = (inserter.pos2 - entityPool[inserter.entityId].pos); // Delta from inserter pos2 to copied building
var posDelta = entityPool[inserter.entityId].pos - sourcePos; // Delta from copied building to inserter pos
if (!incoming)
{
posDelta = sourcePos - entityPool[inserter.entityId].pos; // Reverse for outgoing inserters
}
ci.posDelta = posDelta;
// compute the start and end slot that the cached inserter uses
if (!incoming)
{
CalculatePose(__instance, sourceEntity, otherId);
}
else
{
CalculatePose(__instance, otherId, sourceEntity);
}
if (__instance.posePairs.Count > 0)
{
float minDistance = 1000f;
PlayerAction_Build.PosePair bestFit = new PlayerAction_Build.PosePair();
bool hasNearbyPose = false;
for (int j = 0; j < __instance.posePairs.Count; ++j)
{
float startDistance = Vector3.Distance(__instance.posePairs[j].startPose.position, entityPool[inserter.entityId].pos);
float endDistance = Vector3.Distance(__instance.posePairs[j].endPose.position, inserter.pos2);
float poseDistance = startDistance + endDistance;
if (poseDistance < minDistance)
{
minDistance = poseDistance;
bestFit = __instance.posePairs[j];
hasNearbyPose = true;
}
}
if (hasNearbyPose)
{
ci.startSlot = bestFit.startSlot;
ci.endSlot = bestFit.endSlot;
}
}
// not important?
ci.pickOffset = inserter.pickOffset;
ci.insertOffset = inserter.insertOffset;
// needed for pose?
ci.t1 = inserter.t1;
ci.t2 = inserter.t2;
ci.filterId = inserter.filter;
ci.snapMoves = snapMoves;
ci.snapCount = snappedPointCount;
cachedInserters.Add(ci);
}
}
}
}
