Classes
class	ColdWheelsRoadMeshBuilder
class	CrossSectionProfile2D
class	CrossSectionProfile2DAsset
	Reusable 2D cross-section profile asset. Useful for building a profile "library" that can be shared across multiple spawners. More...
class	CustomProfileMeshBuilder
	Mesh builder that extrudes an arbitrary 2D cross section along the sampled spline polyline. More...
interface	ICrossSectionProfile2D
class	PipeMeshBuilder
class	PolylineExtruder
class	RoadMeshBuilder
struct	ForceComputeSettings
struct	CurvatureSampleData
class	CurvaturePreviewUtil2
class	ForcePreviewSettings
interface	ITrackMeshBuilder
class	MeshingUtils
struct	SpawnJitter
	Randomized offsets along the curve. More...
class	TrackFlowSpawner
	Instantiate a mesh along the TrackFlowSpline. This is for discrete mesh pieces. If you want a pipe or road those are built into the Mesh settings within TrackFlowSpline. More...

Enumerations
enum	ForceModel { Inertial , InertialWithLongitudinal , CoasterEnergy }
enum	OutputFrame { TrackFrame , TrackT_GravityUp , WorldAxes }
enum	SpeedLaw { Constant , Profile01 , Energy }
enum	CurvaturePreviewMode { Curvature , Torsion , ForwardG , LateralG , VerticalG , CombinedCurvatureTorsionG , CurvatureSigned , TwistRate , GTotal , ForwardGAbs , LateralGAbs , VerticalGAbs , BankSignedDeg , BankAbsDeg , BankToZeroLateralDeg }
enum	TrackMeshType { Road , Pipe , UTrack , Custom }
	Type of track mesh to generate. More...
enum	SpawnJitterVolume { Line , BoxLocal }
	how to distribute objects along the spline More...
enum	SurfaceSnapDirectionMode { WorldDown , TrackBinormalDown , TrackNormalDown }
	How to cast rays when snapping to surfaces. More...
enum	SpawnMethod { Mesh , Object }

Enumeration Type Documentation

◆ CurvaturePreviewMode

Enumerator
Curvature
Torsion
ForwardG
LateralG
VerticalG
CombinedCurvatureTorsionG
CurvatureSigned
TwistRate
GTotal
ForwardGAbs
LateralGAbs
VerticalGAbs
BankSignedDeg
BankAbsDeg
BankToZeroLateralDeg

Enumerator
Inertial	Gravity + centripetal (from curvature vector) at a speed law.
InertialWithLongitudinal	Inertial + longitudinal acceleration along tangent (launch/braking).
CoasterEnergy	Speed is derived from gravity potential energy (coaster-like): v^2 = v0^2 + 2g(h0 - h) - lossPerMeter*s (clamped) Then forces computed with that v(s).

how to distribute objects along the spline

Enumerator
Line
BoxLocal

Enumerator
Mesh
Object

Enumerator
Constant	Use settings.referenceSpeed everywhere.
Profile01	Use settings.referenceSpeed * speedScale01(u01).
Energy	Only meaningful for CoasterEnergy model (ignored otherwise).

How to cast rays when snapping to surfaces.

Type of track mesh to generate.