public Transform GetVisualization(T key, bool translucent = false)
{
Transform result = null;
if (VisualizationTransformCache.ContainsKey(key))
{
result = VisualizationTransformCache[key];
result.gameObject.SetActive(true);
}
else
{
result = GameObject.Instantiate <Transform>(GetPrefab(key));
if (typeof(T) == typeof(Module))
{
ModuleGameplay g = result.GetComponent <ModuleGameplay>();
if (g != null)
{
GameObject.Destroy(g);
}
}
PrefabCacheUtils.RecurseDisableColliderSetTranslucentRenderer(result, PrefabCacheUtils.TranslucentValidPlanningMaterial);
VisualizationTransformCache[key] = result;
}
return(result);
}
protected override void BeforeMarshal(Transform t = null)
{
base.BeforeMarshal(t);
if (owner == null)
{
owner = t.GetComponent <ModuleGameplay>();
}
Base.SerializeFlexData(this, owner);
}
internal void AssignConnections(Matter matterType, ModuleGameplay from, ModuleGameplay to, Transform fromT, Transform toT)
{
if (Data == null)
{
Data = new PipelineData();
}
Data.MatterType = matterType;
Data.From = from;
Data.To = to;
if (fromT != null && toT != null)
{
Data.fromPos = fromT.position;
Data.toPos = toT.position;
}
this.transform.GetChild(0).localScale = new Vector3(1f, 1f, (Vector3.Distance(data.fromPos, data.toPos) / 2) * 10f);
if (from is GasStorage)
{
(from as GasStorage).SpecifyCompound(matterType);
}
else if (to is GasStorage)
{
(to as GasStorage).SpecifyCompound(matterType);
}
IndustryExtensions.AddAdjacentPumpable(from, to);
if (data.MatterType != Matter.Unspecified)
{
int index = (int)data.MatterType + 6;
if (index < CompoundUVSet.Length && CompoundUVSet[index] != null)
{
MeshFilter.mesh = CompoundUVSet[index];
NorthVis.mesh = NorthFlowVisualizationUVSet[index];
SouthVis.mesh = SouthFlowVisualizationUVSet[index];
}
}
}
internal void AssignConnections(Matter matterType, ModuleGameplay from, ModuleGameplay to, Transform fromT, Transform toT)
{
if (Data == null)
{
Data = new PipelineData();
}
Data.MatterType = matterType;
Data.From = from;
Data.To = to;
if (fromT != null && toT != null)
{
Data.fromPos = fromT.position;
Data.toPos = toT.position;
}
Transform lowerT = fromT, higherT = toT;
if (fromT.position.y > toT.position.y)
{
lowerT = toT;
higherT = fromT;
}
Alpha.ElbowUp.position = lowerT.position;
Alpha.ElbowUp.rotation = lowerT.rotation * Quaternion.Euler(-90f, 0f, -90f);
Beta.ElbowUp.position = higherT.position;
Beta.ElbowUp.rotation = higherT.rotation * Quaternion.Euler(-90f, 0f, -90f);
float valveYDistanceDelta = higherT.position.y - lowerT.position.y;
//if (valveYDistanceDelta < MinElbowOverZ)
// valveYDistanceDelta = MinElbowOverZ;
Alpha.ElbowOver.localPosition = new Vector3(0.448f, 0f, MinElbowOverZ + valveYDistanceDelta);
//for now, beta (higher) is at the minimum
//it may need to be at some other minimum, causing "arching" pipes
Beta.ElbowOver.localPosition = new Vector3(0.448f, 0f, MinElbowOverZ);
Vector3 alphaElbowLookAtBeta = new Vector3(Beta.ElbowOver.position.x, Alpha.ElbowOver.position.y, Beta.ElbowOver.position.z);
Alpha.ElbowOver.LookAt(alphaElbowLookAtBeta);
Alpha.ElbowOver.localRotation *= Quaternion.Euler(0f, 0f, -90f);
Vector3 betaElbowLookAtBeta = new Vector3(Alpha.ElbowOver.position.x, Beta.ElbowOver.position.y, Alpha.ElbowOver.position.z);
Beta.ElbowOver.LookAt(betaElbowLookAtBeta);
Beta.ElbowOver.localRotation *= Quaternion.Euler(0f, 0f, -90f);
Crosspipe.position = (Alpha.ElbowOver.position + Beta.ElbowOver.position) / 2f;
Crosspipe.position = new Vector3(Crosspipe.position.x, Beta.ElbowOver.position.y, Crosspipe.position.z);
Crosspipe.LookAt(Alpha.ElbowOver);
Crosspipe.localScale = new Vector3(1f, 1f, ((Vector3.Distance(Alpha.ElbowOver.position, Beta.ElbowOver.position) - ElbowXZDiameter) / 2) * 10f);
Alpha.Vertical.localPosition = new Vector3(VerticalLocalX, 0f, Alpha.ElbowOver.localPosition.z / 2f);
Alpha.Vertical.localScale = new Vector3(1f, 1f, ((Vector3.Distance(Alpha.ElbowUp.position, Alpha.ElbowOver.position) - ElbowYDiameter) / 2) * 10f);
//for now we don't stretch the beta (higher) pipe
//it may need to be at some other minimum, causing "arching" pipes
//Beta.Vertical.localScale = new Vector3(1f, 1f, ((Vector3.Distance(Beta.ElbowUp.position, Beta.ElbowOver.position) / 2) - ElbowYDiameter) * 10f);
if (from is GasStorage)
{
(from as GasStorage).SpecifyCompound(matterType);
}
else if (to is GasStorage)
{
(to as GasStorage).SpecifyCompound(matterType);
}
IndustryExtensions.AddAdjacentPumpable(from, to);
if (data.MatterType != Matter.Unspecified)
{
int index = (int)data.MatterType + 6;
if (index < CompoundUVSet.Length && CompoundUVSet[index] != null)
{
MeshFilter.mesh = CompoundUVSet[index];
Alpha.VerticalMeshFilter.mesh = CompoundUVSet[index];
Beta.VerticalMeshFilter.mesh = CompoundUVSet[index];
NorthVis.mesh = NorthFlowVisualizationUVSet[index];
SouthVis.mesh = SouthFlowVisualizationUVSet[index];
}
}
}