/// <summary>
/// Builds the module for this slime
/// </summary>
protected virtual void BuildModule()
{
GameObjectTemplate module = new GameObjectTemplate("module" + mainObject.Name);
module.AddComponents(extras.ToArray());
module.AddComponents(
new Create <SlimeEat>((eat) =>
{
eat.slimeDefinition = definition;
eat.damagePerAttack = 20;
eat.EatFX = EffectObjects.fxSlimeEat;
eat.EatFavoriteFX = EffectObjects.fxSlimeFavEat;
eat.ProduceFX = EffectObjects.fxSlimeProduce;
eat.TransformFX = EffectObjects.fxSlimeTrans;
eat.minDriveToEat = driveToEat;
eat.drivePerEat = drivePerEat;
eat.agitationPerEat = agitPerEat;
eat.agitationPerFavEat = agitPerFavEat;
}),
new Create <ReactToToyNearby>((react) => react.slimeDefinition = definition)
);
slimeModule = module.ToGameObject(null);
definition.SlimeModules = slimeModule.Group();
}
/// <summary>
/// Creates the object of the template (To get the prefab version use .ToPrefab() after calling this)
/// </summary>
public override FruitPlantableTemplate Create()
{
// Create main object
mainObject.AddComponents(
new Create <SpawnResource>((spawn) =>
{
spawn.BonusChance = bonusChance;
spawn.forceDestroyLeftoversOnSpawn = false;
spawn.id = resID;
spawn.MaxActiveSpawns = 0;
spawn.MaxObjectsSpawned = maxSpawn;
spawn.MaxSpawnIntervalGameHours = maxHours;
spawn.MaxTotalSpawns = 0;
spawn.minBonusSelections = minBonusSelection;
spawn.MinNutrientObjectsSpawned = minNutrient;
spawn.MinObjectsSpawned = minSpawn;
spawn.MinSpawnIntervalGameHours = minHours;
spawn.wateringDurationHours = waterHours;
spawn.ObjectsToSpawn = toSpawn.ToArray();
spawn.BonusObjectsToSpawn = bonusToSpawn.ToArray();
}),
new Create <BoxCollider>((col) =>
{
col.size = new Vector3(8, 0.1f, 8);
col.center = new Vector3(0, 0, 0.1f);
col.isTrigger = true;
})
).AddAfterChildren(GrabJoints).AddAfterChildren(SetNetworkNodes);
if (!isDeluxe)
{
mainObject.AddComponents(
new Create <ScaleMarker>((scale) => scale.doNotScaleAsReplacement = false)
);
}
// Add network nodes
GameObjectTemplate[] droneNetworkNodes = new GameObjectTemplate[4];
for (int i = 0; i < 4; i++)
{
droneNetworkNodes[i] = new GameObjectTemplate($"DroneNetworkNode{(i+1).ToString("00")}",
new Create <PathingNetworkNode>(null)
).AddChild(new GameObjectTemplate("NodeLoc").SetTransform(new Vector3(0, 2, 0), Vector3.zero, Vector3.one).SetDebugMarker(MarkerType.DroneNode))
.AddAfterChildren((obj) => obj.GetComponent <PathingNetworkNode>().nodeLoc = obj.transform.GetChild(0))
.SetTransform(GardenObjects.droneNodes[i]);
}
mainObject.AddChild(new GameObjectTemplate("DroneSubnetwork", new Create <GardenDroneSubnetwork>(null))
.AddChild(droneNetworkNodes[0])
.AddChild(droneNetworkNodes[1])
.AddChild(droneNetworkNodes[2])
.AddChild(droneNetworkNodes[3])
);
// Add tree
GameObjectTemplate treeObj = new GameObjectTemplate("tree_bark",
new Create <MeshFilter>((filter) => filter.sharedMesh = tree ?? (GardenObjects.modelTreeMeshs[treeID] ?? GardenObjects.modelTreeMeshs[SpawnResource.Id.POGO_TREE])),
new Create <MeshRenderer>((render) => render.sharedMaterials = treeMaterials ?? GardenObjects.modelTreeMaterials[treeID] ?? GardenObjects.modelTreeMaterials[SpawnResource.Id.POGO_TREE]),
new Create <MeshCollider>((col) =>
{
col.sharedMesh = treeCol ?? (GardenObjects.modelTreeCols[treeID] ?? GardenObjects.modelTreeCols[SpawnResource.Id.POGO_TREE]);
col.convex = treeCol == tree;
})
).SetTransform(Vector3.zero, Vector3.zero, customTreeScale ? treeScale : Vector3.one * 0.7f);
GameObjectTemplate leavesObj = new GameObjectTemplate("leaves_tree",
new Create <MeshFilter>((filter) => filter.sharedMesh = leaves ?? (GardenObjects.modelLeavesMeshs[leavesID] ?? GardenObjects.modelLeavesMeshs[SpawnResource.Id.POGO_TREE])),
new Create <MeshRenderer>((render) => render.sharedMaterials = leavesMaterials ?? GardenObjects.modelLeavesMaterials[leavesID] ?? GardenObjects.modelLeavesMaterials[SpawnResource.Id.POGO_TREE]),
new Create <MeshCollider>((col) =>
{
col.sharedMesh = leavesCol ?? (GardenObjects.modelLeavesCols[leavesID] ?? GardenObjects.modelLeavesCols[SpawnResource.Id.POGO_TREE]);
col.convex = leavesCol == leaves;
})
).SetTransform(leavesPosition, Vector3.zero, customLeavesScale ? leavesScale : Vector3.one);
if (!isDeluxe)
{
mainObject.AddChild(treeObj.AddChild(leavesObj));
}
else
{
mainObject.AddChild(treeObj.AddComponents(
new Create <ScaleMarker>((scale) => scale.doNotScaleAsReplacement = false)
).AddChild(leavesObj));
}
// Add spawn joints
for (int i = 0; i < 20; i++)
{
mainObject.AddChild(new GameObjectTemplate($"SpawnJoint{(i+1).ToString("00")}",
new Create <MeshFilter>((filter) => filter.sharedMesh = GardenObjects.modelMeshs.ContainsKey(ID) ? GardenObjects.modelMeshs[ID] : modelMesh),
new Create <MeshRenderer>((render) => render.sharedMaterials = GardenObjects.modelMaterials.ContainsKey(ID) ? GardenObjects.modelMaterials[ID] : modelMaterials),
new Create <Rigidbody>((body) =>
{
body.drag = 0;
body.angularDrag = 0.05f;
body.mass = 1;
body.useGravity = false;
body.isKinematic = true;
}),
new Create <FixedJoint>(null),
new Create <HideOnStart>(null)
).SetTransform(customSpawnJoints == null ? GardenObjects.treeSpawnJoints[leavesID][i] : customSpawnJoints[i])
.SetDebugMarker(MarkerType.SpawnPoint)
);
}
// Add Deluxe Stuff
if (isDeluxe)
{
// Add spawn joints
for (int i = 20; i < 34; i++)
{
mainObject.AddChild(new GameObjectTemplate($"SpawnJoint{(i + 1).ToString("00")}",
new Create <MeshFilter>((filter) => filter.sharedMesh = GardenObjects.modelMeshs.ContainsKey(ID) ? GardenObjects.modelMeshs[ID] : modelMesh),
new Create <MeshRenderer>((render) => render.sharedMaterials = GardenObjects.modelMaterials.ContainsKey(ID) ? GardenObjects.modelMaterials[ID] : modelMaterials),
new Create <Rigidbody>((body) =>
{
body.drag = 0;
body.angularDrag = 0.05f;
body.mass = 1;
body.useGravity = false;
body.isKinematic = true;
}),
new Create <FixedJoint>(null),
new Create <HideOnStart>(null)
).SetTransform(customSpawnJoints == null ? GardenObjects.treeSpawnJoints[leavesID][i] : customSpawnJoints[i])
.SetDebugMarker(MarkerType.SpawnPoint)
);
}
// Add trees
mainObject.AddChild(treeObj.Clone().AddComponents(
new Create <ScaleMarker>((scale) => scale.doNotScaleAsReplacement = false)
).SetTransform(new Vector3(3.8f, 0.8f, -3.8f), new Vector3(0, 225, 0), customTreeScale ? treeDeluxeScale : new Vector3(0.4f, 0.5f, 0.4f))
.AddChild(leavesObj.Clone().SetTransform(leavesDeluxePosition, Vector3.zero, customLeavesScale ? leavesDeluxeScale : new Vector3(1.3f, 0.9f, 1.3f))));
mainObject.AddChild(treeObj.Clone().AddComponents(
new Create <ScaleMarker>((scale) => scale.doNotScaleAsReplacement = false)
).SetTransform(new Vector3(-3.8f, 0.8f, 3.8f), new Vector3(0, 45, 0), customTreeScale ? treeDeluxeScale : new Vector3(0.4f, 0.5f, 0.4f))
.AddChild(leavesObj.Clone().SetTransform(leavesDeluxePosition, Vector3.zero, customLeavesScale ? leavesDeluxeScale : new Vector3(1.3f, 0.9f, 1.3f))));
}
return(this);
}