LedTopologySettings

StructLEDStudioLEDStudio

public struct LedTopologySettings

Defines flat, hexagonal, curved, corner, or spherical board geometry, including bend direction, sweep angle, radius, sphere latitude range, surface side, tessellation, physical segments, and UV behavior.

Fields

FullSweepAngleDegrees

public const float FullSweepAngleDegrees = 360

Returns

System.Single

FullSweepToleranceDegrees

public const float FullSweepToleranceDegrees = 0.1

Returns

System.Single

MaxSphereLatitudeDegrees

public const float MaxSphereLatitudeDegrees = 90

Returns

System.Single

SpherePoleToleranceDegrees

public const float SpherePoleToleranceDegrees = 0.1

Returns

System.Single

MinSphereLatitudeSpanDegrees

public const float MinSphereLatitudeSpanDegrees = 1

Returns

System.Single

DefaultSphereLatitudeDegrees

public const float DefaultSphereLatitudeDegrees = 70

Returns

System.Single

MinSphereTessellationSegments

public const int MinSphereTessellationSegments = 24

Returns

System.Int32

Shape

public LedTopologyShape Shape

Returns

LEDStudio.LedTopologyShape

BendDirection

public LedTopologyBendDirection BendDirection

Returns

LEDStudio.LedTopologyBendDirection

AngleDegrees

public float AngleDegrees

Returns

System.Single

RadiusMeters

public float RadiusMeters

Returns

System.Single

SurfaceSide

public LedTopologySurfaceSide SurfaceSide

Returns

LEDStudio.LedTopologySurfaceSide

TessellationSegments

public int TessellationSegments

Returns

System.Int32

PhysicalSegments

public int PhysicalSegments

Returns

System.Int32

BottomLatitudeDegrees

public float BottomLatitudeDegrees

Returns

System.Single

TopLatitudeDegrees

public float TopLatitudeDegrees

Returns

System.Single

Methods

Flat()

public static LedTopologySettings Flat()

Creates settings for a single flat front surface with no curvature.

Returns

LEDStudio.LedTopologySettings

Hexagon(bool)

public static LedTopologySettings Hexagon(bool flatTop = false)

Creates settings for a flat hexagonal board.

Parameters

Name	Type	Description
flatTop	System.Boolean	True for horizontal top and bottom edges; false for points at the top and bottom.

Returns

LEDStudio.LedTopologySettings

Remarks

The hexagon spans the board rectangle, so it is regular when width over height is about 0.866 (pointy top) or 1.155 (flat top).

Curved(float, float, int, int, LedTopologyBendDirection)

public static LedTopologySettings Curved(float angleDegrees, float radiusMeters, int tessellationSegments = 48, int physicalSegments = 1, LedTopologyBendDirection bendDirection = LedTopologyBendDirection.Horizontal)

Creates normalized settings for an open or closed curved display surface.

Parameters

Name	Type	Description
angleDegrees	System.Single	Horizontal sweep in degrees. Values near 360 produce a closed loop.
radiusMeters	System.Single	Curvature radius in world units.
tessellationSegments	System.Int32	Generated mesh subdivisions across the sweep.
physicalSegments	System.Int32	Physical display sections used by segmented layouts.
bendDirection	LEDStudio.LedTopologyBendDirection	Whether the sweep wraps left to right or top to bottom.

Returns

LEDStudio.LedTopologySettings

Corner(float, LedTopologyBendDirection)

public static LedTopologySettings Corner(float angleDegrees, LedTopologyBendDirection bendDirection = LedTopologyBendDirection.Horizontal)

Creates normalized two-face corner settings with the requested interior sweep.

Parameters

Name	Type	Description
angleDegrees	System.Single
bendDirection	LEDStudio.LedTopologyBendDirection	Whether the fold joins left and right faces or top and bottom faces.

Returns

LEDStudio.LedTopologySettings

Sphere(float, float, float, float, int)

public static LedTopologySettings Sphere(float sweepDegrees = 360, float radiusMeters = 1, float bottomLatitudeDegrees = -70, float topLatitudeDegrees = 70, int tessellationSegments = 96)

Creates normalized equirectangular sphere settings between the given latitudes.

Parameters

Name	Type	Description
sweepDegrees	System.Single	Longitude sweep in degrees. Values near 360 produce a closed sphere.
radiusMeters	System.Single	Minimum sphere radius in world units; pitch-derived size can enlarge it.
bottomLatitudeDegrees	System.Single	Lowest covered latitude; -90 closes the bottom pole, where emitters converge to a point.
topLatitudeDegrees	System.Single	Highest covered latitude; 90 closes the top pole.
tessellationSegments	System.Int32	Generated mesh subdivisions around the sweep; latitude rows follow automatically.

Returns

LEDStudio.LedTopologySettings

Normalized()

public LedTopologySettings Normalized()

Returns a copy constrained to supported radius, angle, tessellation, segment, surface-side, bend-direction, and latitude values.

Returns

LEDStudio.LedTopologySettings

Remarks

Flat and hexagon topology is reset to canonical flat settings; corners always use two tessellation segments. Spheres always bend horizontally, and treat a zero sweep or an all-zero latitude range as unset so switching an existing board to a sphere produces a complete default sphere.

Properties

Default

public static LedTopologySettings Default { get; }

Returns

LEDStudio.LedTopologySettings

IsHexagon

public bool IsHexagon { get; }

True for a flat board with a hexagonal outline.

Returns

System.Boolean

IsFullSweep

public bool IsFullSweep { get; }

True for curved or spherical topology whose sweep closes into a full 360-degree loop.

Returns

System.Boolean