private void MatchBoundarySizeToMapSize(EncounterLayerData encounterLayerData)
{
EncounterBoundaryChunkGameLogic encounterBoundaryChunk = encounterLayerData.GetComponentInChildren <EncounterBoundaryChunkGameLogic>();
if (encounterBoundaryChunk != null)
{
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToMedium] Setting Boundary Size to Maximum Map Size");
List <RectHolder> encounterBoundaryRectList = new List <RectHolder>();
EncounterObjectGameLogic[] childEncounterObjectGameLogicList = encounterBoundaryChunk.childEncounterObjectGameLogicList;
float mapBorderSize = 50f;
float mapSize = 2048f;
int mapSide = (int)(mapSize - mapBorderSize);
for (int i = 0; i < childEncounterObjectGameLogicList.Length; i++)
{
EncounterBoundaryRectGameLogic encounterBoundaryRectGameLogic = childEncounterObjectGameLogicList[i] as EncounterBoundaryRectGameLogic;
if (encounterBoundaryRectGameLogic != null)
{
encounterBoundaryRectGameLogic.width = (int)mapSide;
encounterBoundaryRectGameLogic.height = (int)mapSide;
encounterBoundaryRectGameLogic.transform.position = new Vector3(-25, encounterBoundaryRectGameLogic.transform.position.y, 25);
encounterLayerData.CalculateEncounterBoundary();
}
else
{
Main.Logger.Log($"[MaximiseBoundarySize] This encounter has no boundary to maximise.");
}
}
}
}
private void BuildBoundary()
{
EncounterBoundaryRectGameLogic boundaryLogic = BoundaryFactory.CreateEncounterBoundary(this.parent, this.name, Guid.NewGuid().ToString(), this.width, this.length);
if (this.position != null)
{
SetPosition(boundaryLogic.gameObject, this.position);
}
}
public Vector3 GetRandomPositionWithinBounds()
{
EncounterBoundaryChunkGameLogic chunkBoundary = MissionControl.Instance.EncounterLayerGameObject.GetComponentInChildren <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = chunkBoundary.GetComponentInChildren <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = chunkBoundary.GetEncounterBoundaryRectBounds();
Vector3 randomRecPosition = boundaryRec.GetRandomPosition();
return(randomRecPosition.GetClosestHexLerpedPointOnGrid());
}
private void SetBoundarySizeToMedium(EncounterLayerData encounterLayerData, float size)
{
EncounterBoundaryChunkGameLogic encounterBoundaryChunk = encounterLayerData.GetComponentInChildren <EncounterBoundaryChunkGameLogic>();
if (encounterBoundaryChunk != null)
{
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToMedium] Increasing Boundary Size by '{size * 100}%'");
List <RectHolder> encounterBoundaryRectList = new List <RectHolder>();
EncounterObjectGameLogic[] childEncounterObjectGameLogicList = encounterBoundaryChunk.childEncounterObjectGameLogicList;
float mapBorderSize = 50f;
float mapSize = 2048f;
int mapSide = (int)(mapSize - mapBorderSize);
for (int i = 0; i < childEncounterObjectGameLogicList.Length; i++)
{
EncounterBoundaryRectGameLogic encounterBoundaryRectGameLogic = childEncounterObjectGameLogicList[i] as EncounterBoundaryRectGameLogic;
int mediumSize = (int)(encounterBoundaryRectGameLogic.width * (1f + size));
int movementFactor = (int)(encounterBoundaryRectGameLogic.width * size);
int mediumXSize = mediumSize;
int mediumZSize = mediumSize;
if (mediumSize > mapSide)
{
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToMedium] Medium size would be greater than map size. Using map size.'");
MatchBoundarySizeToMapSize(encounterLayerData);
}
else
{
if (encounterBoundaryRectGameLogic != null)
{
Vector3 position = encounterBoundaryRectGameLogic.transform.position;
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToMedium] Boundary [X,Z] is [{position.x}, {position.z}]");
float xPosition = position.x - movementFactor;
float zPosition = position.z + movementFactor;
encounterBoundaryRectGameLogic.width = (int)mediumSize;
encounterBoundaryRectGameLogic.height = (int)mediumSize;
encounterBoundaryRectGameLogic.transform.position = new Vector3(xPosition, encounterBoundaryRectGameLogic.transform.position.y, zPosition);
encounterLayerData.CalculateEncounterBoundary();
}
else
{
Main.Logger.Log($"[MaximiseBoundarySize] This encounter has no boundary to maximise.");
}
}
}
}
}
public static EncounterBoundaryRectGameLogic CreateEncounterBoundary(GameObject parent, string name, string guid, int width, int length)
{
GameObject boundaryGameObject = CreateGameObject(parent, name);
EncounterBoundaryRectGameLogic boundaryRectGameLogic = boundaryGameObject.AddComponent <EncounterBoundaryRectGameLogic>();
boundaryRectGameLogic.encounterObjectGuid = guid;
boundaryRectGameLogic.width = width;
boundaryRectGameLogic.height = length;
return(boundaryRectGameLogic);
}
public static Vector3 GetRandomPositionWithinBounds(Vector3 target, float maxDistance)
{
GameObject chunkBoundaryRect = MissionControl.MissionControl.Instance.EncounterLayerGameObject.transform.Find("Chunk_EncounterBoundary").gameObject;
GameObject boundary = chunkBoundaryRect.transform.Find("EncounterBoundaryRect").gameObject;
EncounterBoundaryChunkGameLogic chunkBoundary = chunkBoundaryRect.GetComponent <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = boundary.GetComponent <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = chunkBoundary.GetEncounterBoundaryRectBounds();
Vector3 randomRecPosition = boundaryRec.GetRandomPositionFromTarget(target, maxDistance);
return(randomRecPosition.GetClosestHexLerpedPointOnGrid());
}
public Vector3 GetRandomPositionWithinBounds()
{
MissionControl EncounterManager = MissionControl.Instance;
GameObject chunkBoundaryRect = EncounterManager.EncounterLayerGameObject.transform.Find("Chunk_EncounterBoundary").gameObject;
GameObject boundary = chunkBoundaryRect.transform.Find("EncounterBoundaryRect").gameObject;
EncounterBoundaryChunkGameLogic chunkBoundary = chunkBoundaryRect.GetComponent <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = boundary.GetComponent <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = chunkBoundary.GetEncounterBoundaryRectBounds();
Vector3 randomRecPosition = boundaryRec.GetRandomPosition();
return(randomRecPosition.GetClosestHexLerpedPointOnGrid());
}
private void EnableBoundary()
{
GameObject chunkBoundaryRect = activeEncounter.transform.Find("Chunk_EncounterBoundary").gameObject;
GameObject boundary = chunkBoundaryRect.transform.Find("EncounterBoundaryRect").gameObject;
EncounterBoundaryChunkGameLogic chunkBoundaryLogic = chunkBoundaryRect.GetComponent <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = boundary.GetComponent <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = chunkBoundaryLogic.GetEncounterBoundaryRectBounds();
GameObject placeholderPoint = GameObject.CreatePrimitive(PrimitiveType.Cube);
placeholderPoint.name = "BoundaryGizmo";
placeholderPoint.transform.parent = boundary.transform;
placeholderPoint.transform.position = boundary.transform.position;
placeholderPoint.transform.localScale = new Vector3(boundaryRec.width, boundaryRec.height, boundaryRec.height);
placeholderPoint.GetComponent <Renderer>().sharedMaterial = boundaryMaterial;
boundaryRepresemtation = placeholderPoint;
}
private void EnableBoundary()
{
GameObject chunkBoundaryRect = GetBoundaryChunk().gameObject;
GameObject boundary = chunkBoundaryRect.transform.Find("EncounterBoundaryRect").gameObject;
EncounterBoundaryChunkGameLogic chunkBoundaryLogic = chunkBoundaryRect.GetComponent <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = boundary.GetComponent <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = boundaryLogic.GetRect();
Rect usableBoundary = boundaryRec.GenerateUsableBoundary();
GameObject placeholderPoint = GameObject.CreatePrimitive(PrimitiveType.Cube);
placeholderPoint.name = "BoundaryGizmo";
placeholderPoint.transform.parent = boundary.transform;
Vector3 centre = (Vector3)ReflectionHelper.GetPrivateField(boundaryLogic, "rectCenter");
placeholderPoint.transform.position = new Vector3(centre.x + ((boundaryRec.width - usableBoundary.width) / 2f), centre.y, centre.z - ((boundaryRec.height - usableBoundary.height) / 2f));
placeholderPoint.transform.localScale = new Vector3(usableBoundary.width, boundaryRec.height, usableBoundary.height);
placeholderPoint.GetComponent <Renderer>().sharedMaterial = boundaryMaterial;
boundaryRepresentation = placeholderPoint;
}
public override void Run(RunPayload payload)
{
if (!GetObjectReferences())
{
return;
}
SaveSpawnPositions(lance);
Main.Logger.Log($"[SpawnLanceAtEdgeOfBoundary] Attemping for '{lance.name}'. Attempt: '{AttemptCount}/{AttemptCountMax}' and Edge Check: '{EdgeCheckCount}/{EdgeCheckMax}'");
AttemptCount++;
Init();
CombatGameState combatState = UnityGameInstance.BattleTechGame.Combat;
MissionControl EncounterManager = MissionControl.Instance;
GameObject chunkBoundaryRect = EncounterManager.EncounterLayerGameObject.transform.Find("Chunk_EncounterBoundary").gameObject;
GameObject boundary = chunkBoundaryRect.transform.Find("EncounterBoundaryRect").gameObject;
EncounterBoundaryChunkGameLogic chunkBoundary = chunkBoundaryRect.GetComponent <EncounterBoundaryChunkGameLogic>();
EncounterBoundaryRectGameLogic boundaryLogic = boundary.GetComponent <EncounterBoundaryRectGameLogic>();
Rect boundaryRec = chunkBoundary.GetEncounterBoundaryRectBounds();
Rect usableBounds = boundaryRec.GenerateUsableBoundary();
RectEdgePosition xzEdge = usableBounds.CalculateRandomXZEdge(boundary.transform.position, edge);
Vector3 lancePosition = lance.transform.position.GetClosestHexLerpedPointOnGrid();
Vector3 newSpawnPosition = new Vector3(xzEdge.Position.x, lancePosition.y, xzEdge.Position.z);
newSpawnPosition = GetClosestValidPathFindingHex(lance, newSpawnPosition, $"NewSpawnPosition.{lance.name}", IsLancePlayerLance(lanceKey) ? orientationTarget.transform.position : Vector3.zero, 2);
lance.transform.position = newSpawnPosition;
Main.LogDebug($"[SpawnLanceAtEdgeBoundary] Attempting to spawn lance at point on lerped grid '{newSpawnPosition}'");
if (useOrientationTarget)
{
RotateToTarget(lance, orientationTarget);
}
if (!useMiniumDistance || IsWithinBoundedDistanceOfTarget(newSpawnPosition, validOrientationTargetPosition, minimumDistance))
{
List <GameObject> invalidLanceSpawns = GetInvalidLanceMemberSpawns(lance, validOrientationTargetPosition);
if (invalidLanceSpawns.Count > 0)
{
if (AttemptCount > AttemptCountMax) // Attempt to spawn on the selected edge. If it's not possible, select another edge
{
edge = RectExtensions.RectEdge.ANY;
if (EdgeCheckCount >= EdgeCheckMax)
{
HandleFallback(payload, this.lanceKey, this.orientationTargetKey);
return;
}
}
if (invalidLanceSpawns.Count <= 2)
{
Main.Logger.Log($"[SpawnLanceAtEdgeOfBoundary] Fitting invalid lance member spawns");
foreach (GameObject invalidSpawn in invalidLanceSpawns)
{
SpawnLanceMember(invalidSpawn, lance.transform.position);
}
Main.Logger.Log("[SpawnLanceAtEdgeOfBoundary] Lance spawn complete");
}
else
{
CheckAttempts();
Run(payload);
}
}
else
{
CorrectLanceMemberSpawns(lance);
Main.Logger.Log("[SpawnLanceAtEdgeOfBoundary] Lance spawn complete");
}
}
else
{
CheckAttempts();
Main.LogDebug("[SpawnLanceAtEdgeOfBoundary] Spawn is too close to the target. Selecting a new spawn.");
edge = xzEdge.Edge;
Run(payload);
}
}
private void SetBoundarySizeToCustom(EncounterLayerData encounterLayerData, float size)
{
EncounterBoundaryChunkGameLogic encounterBoundaryChunk = encounterLayerData.GetComponentInChildren <EncounterBoundaryChunkGameLogic>();
if (encounterBoundaryChunk != null)
{
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToCustom] Increasing Boundary Size by '{size * 100}%'");
List <RectHolder> encounterBoundaryRectList = new List <RectHolder>();
EncounterObjectGameLogic[] childEncounterObjectGameLogicList = encounterBoundaryChunk.childEncounterObjectGameLogicList;
float mapBorderSize = 50f;
float mapSize = 2048f;
int mapSide = (int)(mapSize - mapBorderSize);
for (int i = 0; i < childEncounterObjectGameLogicList.Length; i++)
{
EncounterBoundaryRectGameLogic encounterBoundaryRectGameLogic = childEncounterObjectGameLogicList[i] as EncounterBoundaryRectGameLogic;
int xSizeFactor = (int)(encounterBoundaryRectGameLogic.width * (1f + size));
int zSizeFactor = (int)(encounterBoundaryRectGameLogic.height * (1f + size));
int xMovementFactor = (int)(encounterBoundaryRectGameLogic.width * size);
int zMovementFactor = (int)(encounterBoundaryRectGameLogic.height * size);
if (xSizeFactor > mapSide)
{
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToCustom] Custom size would be greater than map size. Using map size.'");
MatchBoundarySizeToMapSize(encounterLayerData);
}
else
{
if (encounterBoundaryRectGameLogic != null)
{
Vector3 position = encounterBoundaryRectGameLogic.transform.position;
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToCustom] Boundary [X,Z] originally was [{position.x}, {position.z}]");
float xPosition = 0;
if (position.x > 0)
{
xPosition = position.x - (xMovementFactor / 2f);
if (xPosition < 0)
{
xPosition = 0;
}
}
else if (position.x < 0)
{
xPosition = position.x + (xMovementFactor / 2f);
if (xPosition > 0)
{
xPosition = 0;
}
}
float zPosition = 0;
if (position.z > 0)
{
zPosition = position.z - (zMovementFactor / 2f);
if (zPosition < 0)
{
zPosition = 0;
}
}
else if (position.z < 0)
{
zPosition = position.z + (zMovementFactor / 2f);
if (zPosition > 0)
{
zPosition = 0;
}
}
encounterBoundaryRectGameLogic.width = (int)xSizeFactor;
encounterBoundaryRectGameLogic.height = (int)zSizeFactor;
encounterBoundaryRectGameLogic.transform.position = new Vector3(xPosition, encounterBoundaryRectGameLogic.transform.position.y, zPosition);
Main.Logger.Log($"[MaximiseBoundarySize.SetBoundarySizeToCustom] Boundary [X,Z] is now [{xPosition}, {zPosition}]");
encounterLayerData.CalculateEncounterBoundary();
}
else
{
Main.Logger.Log($"[MaximiseBoundarySize] This encounter has no boundary to maximise.");
}
}
}
}
}
