private void render()
{
Transform startPositionMarker = base.transform;
LandPatch terrain = GameController.Instance.park.getTerrain(startPositionMarker.position);
if (terrain == null)
{
Object.Destroy(base.gameObject);
}
else
{
HybridCoasterMeshGenerator meshGenerator = (HybridCoasterMeshGenerator)track.TrackedRide.meshGenerator;
foreach (SupportPosition position in meshGenerator.supportPosts[trackSegment.getStartpoint()])
{
leftVerticalSupportPost = new Vector3(position.verticalSupportPostLeft.x, position.verticalSupportPostLeft.y + meshGenerator.supportBeamExtension, position.verticalSupportPostLeft.z);
rightVerticalSupportPost = new Vector3(position.verticalSupportPostRight.x, position.verticalSupportPostRight.y + meshGenerator.supportBeamExtension, position.verticalSupportPostRight.z);
projectedTangentDirection = position.verticalSupportPostTangent;
leftVerticalSupportPost_floor = GameController.Instance.park.getTerrain(leftVerticalSupportPost).getPoint(leftVerticalSupportPost);
rightVerticalSupportPost_floor = GameController.Instance.park.getTerrain(rightVerticalSupportPost).getPoint(rightVerticalSupportPost);
leftVerticalSupportPost_footerHeight = leftVerticalSupportPost_floor.y + 0.1f;
if (GameController.Instance.park.getTerrain(leftVerticalSupportPost).WaterHeight > leftVerticalSupportPost_footerHeight)
{
leftVerticalSupportPost_footerHeight = GameController.Instance.park.getTerrain(leftVerticalSupportPost).WaterHeight + 0.025f;
}
rightVerticalSupportPost_footerHeight = rightVerticalSupportPost_floor.y + 0.1f;
if (GameController.Instance.park.getTerrain(rightVerticalSupportPost).WaterHeight > rightVerticalSupportPost_footerHeight)
{
rightVerticalSupportPost_footerHeight = GameController.Instance.park.getTerrain(rightVerticalSupportPost).WaterHeight + 0.025f;
}
if (leftVerticalSupportPost.y > leftVerticalSupportPost_floor.y)
{
woodenVerticalSupportPostExtruder.extrude(leftVerticalSupportPost, new Vector3(0, -1, 0), projectedTangentDirection);
woodenVerticalSupportPostExtruder.extrude(leftVerticalSupportPost_floor, new Vector3(0, -1, 0), projectedTangentDirection);
woodenVerticalSupportPostExtruder.end();
concreteVerticalSupportFooterExtruder.extrude(new Vector3(leftVerticalSupportPost_floor.x, leftVerticalSupportPost_footerHeight, leftVerticalSupportPost_floor.z), new Vector3(0, -1, 0), projectedTangentDirection);
concreteVerticalSupportFooterExtruder.extrude(new Vector3(leftVerticalSupportPost_floor.x, leftVerticalSupportPost_floor.y - 0.05f, leftVerticalSupportPost_floor.z), new Vector3(0, -1, 0), projectedTangentDirection);
concreteVerticalSupportFooterExtruder.end();
}
if (rightVerticalSupportPost.y > rightVerticalSupportPost_floor.y)
{
woodenVerticalSupportPostExtruder.extrude(rightVerticalSupportPost, new Vector3(0, -1, 0), projectedTangentDirection);
woodenVerticalSupportPostExtruder.extrude(rightVerticalSupportPost_floor, new Vector3(0, -1, 0), projectedTangentDirection);
woodenVerticalSupportPostExtruder.end();
concreteVerticalSupportFooterExtruder.extrude(new Vector3(rightVerticalSupportPost_floor.x, rightVerticalSupportPost_footerHeight, rightVerticalSupportPost_floor.z), new Vector3(0, -1, 0), projectedTangentDirection);
concreteVerticalSupportFooterExtruder.extrude(new Vector3(rightVerticalSupportPost_floor.x, rightVerticalSupportPost_floor.y - 0.05f, rightVerticalSupportPost_floor.z), new Vector3(0, -1, 0), projectedTangentDirection);
concreteVerticalSupportFooterExtruder.end();
}
}
List <BoxExtruder> extruders = new List <BoxExtruder>();
if (woodenVerticalSupportPostExtruder.vertices.Count > 0)
{
extruders.Add(woodenVerticalSupportPostExtruder);
}
if (woodenHorizontalSupportPostExtruder.vertices.Count > 0)
{
extruders.Add(woodenHorizontalSupportPostExtruder);
}
if (concreteVerticalSupportFooterExtruder.vertices.Count > 0)
{
extruders.Add(concreteVerticalSupportFooterExtruder);
}
foreach (BoxExtruder extruder in extruders)
{
GameObject gameObject = new GameObject("supportObject");
gameObject.transform.parent = base.instance.transform;
gameObject.transform.localPosition = Vector3.zero;
gameObject.transform.localRotation = Quaternion.identity;
MeshRenderer meshRenderer = gameObject.AddComponent <MeshRenderer>();
meshRenderer.sharedMaterial = track.TrackedRide.meshGenerator.material;
MeshFilter meshFilter = gameObject.AddComponent <MeshFilter>();
Mesh mesh = extruder.getMesh(base.instance.transform.worldToLocalMatrix);
trackSegment.addGeneratedMesh(mesh);
meshFilter.mesh = mesh;
}
}
}
public void onEnabled()
{
var dsc = System.IO.Path.DirectorySeparatorChar;
//assetBundle = AssetBundle.LoadFromFile(Path + dsc + "assetbundle" + dsc + "assetpack");
//SideCrossBeamsGo = assetBundle.LoadAsset<GameObject>("21a3f09b79e34f147a2b6017d2b6c05b");
assetBundle = AssetBundle.LoadFromFile(Path + dsc + "assetbundle" + dsc + "corkscrewassetpack");
SideCrossBeamsGo = assetBundle.LoadAsset <GameObject>("c184c4f392587465f9bf2c86e6615e78");
FrontCartGo = assetBundle.LoadAsset <GameObject>("01be2cec49bbb476381a537d75ad047e");
CartGo = assetBundle.LoadAsset <GameObject>("7c1045f838c59460db2bfebd3df04a47");
binder = new TrackRiderBinder("kvwQwhKWWG");
TrackedRide iboxCoaster =
binder.RegisterTrackedRide <TrackedRide>("Floorless Coaster", "IboxCoaster", "Steel Hybrid Coaster");
TrackedRide topperCoaster =
binder.RegisterTrackedRide <TrackedRide>("Floorless Coaster", "TopperCoaster", "Wooden Hybrid Coaster");
HybridCoasterMeshGenerator iboxTrackGenerator =
binder.RegisterMeshGenerator <HybridCoasterMeshGenerator>(iboxCoaster);
HybridCoasterMeshGenerator topperTrackGenerator =
binder.RegisterMeshGenerator <HybridCoasterMeshGenerator>(topperCoaster);
TrackRideHelper.PassMeshGeneratorProperties(TrackRideHelper.GetTrackedRide("Floorless Coaster").meshGenerator,
iboxCoaster.meshGenerator);
TrackRideHelper.PassMeshGeneratorProperties(TrackRideHelper.GetTrackedRide("Floorless Coaster").meshGenerator,
topperCoaster.meshGenerator);
HybridCoasterSupportInstantiator iboxSupportGenerator = binder.RegisterSupportGenerator <HybridCoasterSupportInstantiator>(iboxCoaster);
HybridCoasterSupportInstantiator topperSupportGenerator = binder.RegisterSupportGenerator <HybridCoasterSupportInstantiator>(topperCoaster);
iboxCoaster.canCurveLifts = true;
topperCoaster.canCurveLifts = true;
iboxCoaster.description = "A rollercoaster combining a steel track and a mix of wooden and steel supports to allow elements not normally found on wooden coasters.";
topperCoaster.description = "A rollercoaster combining a wooden track and a mix of wooden and steel supports to allow elements not normally found on wooden coasters.";
iboxTrackGenerator.path = Path;
topperTrackGenerator.path = Path;
iboxTrackGenerator.crossBeamGO = null;
topperTrackGenerator.crossBeamGO = null;
GameObject hybridSupportContainer = new GameObject("HybridCoasterSupports");
GameObject hybridSupportLocation = new GameObject("HybridCoasterSupportLocation");
hybridSupportContainer.AddComponent <SupportHybridCoaster>();
hybridSupportLocation.AddComponent <HybridSupportLocation>();
SupportConfiguration hybridSupportConfiguration = new SupportConfiguration();
hybridSupportConfiguration.supportLocationGO = hybridSupportLocation.GetComponent <HybridSupportLocation>();
hybridSupportConfiguration.supportSettings = new SupportSettings[1];
hybridSupportConfiguration.supportSettings[0] = new SupportSettings();
hybridSupportConfiguration.supportSettings[0].minimumHeightAboveGround = 0.25f;
hybridSupportConfiguration.supportSettings[0].supportGO = hybridSupportContainer.GetComponent <SupportHybridCoaster>();
iboxCoaster.supportConfiguration = hybridSupportConfiguration;
//iboxCoaster.supportConfiguration.supportSettings[0].supportGO = hybridSupportContainer.GetComponent<SupportHybridCoaster>();
//iboxTrackGenerator.supportInstantiator = null;
//topperTrackGenerator.supportInstantiator = null;
iboxTrackGenerator.stationPlatformGO = TrackRideHelper.GetTrackedRide("Spinning Coaster").meshGenerator.stationPlatformGO;
topperTrackGenerator.stationPlatformGO = TrackRideHelper.GetTrackedRide("Spinning Coaster").meshGenerator.stationPlatformGO;
iboxTrackGenerator.frictionWheelsGO = TrackRideHelper.GetTrackedRide("Junior Coaster").meshGenerator.frictionWheelsGO;
topperTrackGenerator.frictionWheelsGO = TrackRideHelper.GetTrackedRide("Junior Coaster").meshGenerator.frictionWheelsGO;
iboxTrackGenerator.material = TrackRideHelper.GetTrackedRide("Wooden Coaster").meshGenerator.material;
topperTrackGenerator.material = TrackRideHelper.GetTrackedRide("Wooden Coaster").meshGenerator.material;
iboxTrackGenerator.metalMaterial = TrackRideHelper.GetTrackedRide("Steel Coaster").meshGenerator.material;
topperTrackGenerator.metalMaterial = TrackRideHelper.GetTrackedRide("Steel Coaster").meshGenerator.material;
topperTrackGenerator.useTopperTrack = true;
iboxCoaster.price = 1650;
topperCoaster.price = 1700;
iboxCoaster.carTypes = new CoasterCarInstantiator[] { };
topperCoaster.carTypes = new CoasterCarInstantiator[] { };
iboxCoaster.meshGenerator.customColors = new[]
{
new Color(132f / 255f, 40f / 255f, 137f / 255f, 1), new Color(23f / 255f, 133f / 255f, 30f / 255f, 1),
new Color(180 / 255f, 180f / 255f, 180f / 255f, 1), new Color(108f / 255f, 70f / 255f, 23f / 255f, 1)
};
topperCoaster.meshGenerator.customColors = new[]
{
new Color(132f / 255f, 40f / 255f, 137f / 255f, 1), new Color(23f / 255f, 133f / 255f, 30f / 255f, 1),
new Color(180 / 255f, 180f / 255f, 180f / 255f, 1), new Color(108f / 255f, 70f / 255f, 23f / 255f, 1)
};
iboxCoaster.dropsImportanceExcitement = 0.665f;
topperCoaster.dropsImportanceExcitement = 0.665f;
iboxCoaster.inversionsImportanceExcitement = 0.673f;
topperCoaster.inversionsImportanceExcitement = 0.673f;
iboxCoaster.averageLatGImportanceExcitement = 0.121f;
topperCoaster.averageLatGImportanceExcitement = 0.121f;
iboxCoaster.accelerationImportanceExcitement = 0.525f;
topperCoaster.accelerationImportanceExcitement = 0.525f;
CoasterCarInstantiator iboxCoasterCarInstantiator =
binder.RegisterCoasterCarInstaniator <CoasterCarInstantiator>(iboxCoaster, "RmcCoasterInsantiator",
"Hybrid Coaster Cars", 1, 15, 6);
CoasterCarInstantiator topperCoasterCarInstantiator =
binder.RegisterCoasterCarInstaniator <CoasterCarInstantiator>(topperCoaster, "RmcCoasterInsantiator",
"Hybrid Coaster Cars", 1, 15, 6);
BaseCar frontCar = binder.RegisterCar <BaseCar>(Object.Instantiate(FrontCartGo), "RmcCoaster_Front_Car",
.35f, 0f, true, new[]
{
new Color(168f / 255, 14f / 255, 14f / 255), new Color(234f / 255, 227f / 255, 227f / 255),
new Color(73f / 255, 73f / 255, 73f / 255)
}
);
iboxCoasterCarInstantiator.frontVehicleGO = frontCar;
topperCoasterCarInstantiator.frontVehicleGO = frontCar;
iboxCoasterCarInstantiator.frontVehicleGO.gameObject.AddComponent <RestraintRotationController>().closedAngles =
new Vector3(110, 0, 0);
topperCoasterCarInstantiator.frontVehicleGO.gameObject.AddComponent <RestraintRotationController>().closedAngles =
new Vector3(110, 0, 0);
List <Transform> transforms = new List <Transform>();
Utility.recursiveFindTransformsStartingWith("wheel", frontCar.transform, transforms);
foreach (var transform in transforms)
{
transform.gameObject.AddComponent <FrictionWheelAnimator>();
}
BaseCar backCar = binder.RegisterCar <BaseCar>(Object.Instantiate(CartGo), "RmcCoaster_Back_Car", .35f,
-.3f, false, new[]
{
new Color(168f / 255, 14f / 255, 14f / 255), new Color(234f / 255, 227f / 255, 227f / 255),
new Color(73f / 255, 73f / 255, 73f / 255)
}
);
iboxCoasterCarInstantiator.vehicleGO = backCar;
topperCoasterCarInstantiator.vehicleGO = backCar;
iboxCoasterCarInstantiator.vehicleGO.gameObject.AddComponent <RestraintRotationController>().closedAngles =
new Vector3(110, 0, 0);
topperCoasterCarInstantiator.vehicleGO.gameObject.AddComponent <RestraintRotationController>().closedAngles =
new Vector3(110, 0, 0);
Utility.recursiveFindTransformsStartingWith("wheel", backCar.transform, transforms);
foreach (var transform in transforms)
{
transform.gameObject.AddComponent <FrictionWheelAnimator>();
}
binder.Apply();
assetBundle.Unload(false);
}
