#include <CesiumEllipsoid.h>

Inheritance diagram for UCesiumEllipsoid:

Public Member Functions
FVector	GetRadii ()
	Gets the radii of the ellipsoid in its x-, y-, and z-directions in meters.

void	SetRadii (const FVector &NewRadii)
	Sets the radii of this ellipsoid in its x-, y-, and z-directions in meters.

double	GetMaximumRadius ()
	Gets the maximum radius of the ellipsoid in any dimension, in meters.

double	GetMinimumRadius ()
	Gets the minimum radius of the ellipsoid in any dimension, in meters.

FVector	ScaleToGeodeticSurface (const FVector &EarthCenteredEarthFixedPosition)
	Scale the given Ellipsoid-Centered, Ellipsoid-Fixed position along the geodetic surface normal so that it is on the surface of the ellipsoid.

FVector	GeodeticSurfaceNormal (const FVector &EarthCenteredEarthFixedPosition)
	Computes the normal of the plane tangent to the surface of the ellipsoid at the provided Ellipsoid-Centered, Ellipsoid-Fixed position.

FVector	LongitudeLatitudeHeightToEllipsoidCenteredEllipsoidFixed (const FVector &LongitudeLatitudeHeight)
	Convert longitude in degrees (X), latitude in degrees (Y), and height above the ellipsoid in meters (Z) to Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) coordinates.

FVector	EllipsoidCenteredEllipsoidFixedToLongitudeLatitudeHeight (const FVector &EarthCenteredEarthFixedPosition)
	Convert Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) coordinates to longitude in degrees (X), latitude in degrees (Y), and height above the ellipsoid in meters (Z).

FMatrix	EastNorthUpToEllipsoidCenteredEllipsoidFixed (const FVector &EarthCenteredEarthFixedPosition)
	Computes the transformation matrix from the local East-North-Up (ENU) frame to Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) at the specified ECEF location.

CesiumGeospatial::LocalHorizontalCoordinateSystem	CreateCoordinateSystem (const FVector &Center, double Scale)
	Returns a new `CesiumGeospatial::LocalHorizontalCoordinateSystem` with the given scale, center, and ellipsoid.

const CesiumGeospatial::Ellipsoid &	GetNativeEllipsoid ()
	Returns the underlying `CesiumGeospatial::Ellipsoid`.

Static Public Member Functions
static UCesiumEllipsoid *	Create (const FVector &Radii)
	Creates a new `UCesiumEllipsoid` with the given radii.

Protected Attributes
FVector	Radii
	The radii of this ellipsoid.

Detailed Description

Definition at line 15 of file CesiumEllipsoid.h.

Member Function Documentation

◆ Create()

static UCesiumEllipsoid * UCesiumEllipsoid::Create ( const FVector & Radii )

static

Creates a new UCesiumEllipsoid with the given radii.

This is equivalent to

auto ellipsoid = NewObject<UCesiumEllipsoid>();

ellipsoid->SetRadii(Radii);

UCesiumEllipsoid::Radii

FVector Radii

The radii of this ellipsoid.

Definition CesiumEllipsoid.h:139

◆ CreateCoordinateSystem()

CesiumGeospatial::LocalHorizontalCoordinateSystem UCesiumEllipsoid::CreateCoordinateSystem	(	const FVector &	Center,
		double	Scale )

Returns a new CesiumGeospatial::LocalHorizontalCoordinateSystem with the given scale, center, and ellipsoid.

◆ EastNorthUpToEllipsoidCenteredEllipsoidFixed()

FMatrix UCesiumEllipsoid::EastNorthUpToEllipsoidCenteredEllipsoidFixed ( const FVector & EarthCenteredEarthFixedPosition )

Computes the transformation matrix from the local East-North-Up (ENU) frame to Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) at the specified ECEF location.

◆ EllipsoidCenteredEllipsoidFixedToLongitudeLatitudeHeight()

FVector UCesiumEllipsoid::EllipsoidCenteredEllipsoidFixedToLongitudeLatitudeHeight ( const FVector & EarthCenteredEarthFixedPosition )

Convert Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) coordinates to longitude in degrees (X), latitude in degrees (Y), and height above the ellipsoid in meters (Z).

If the position is near the center of the Ellipsoid, the result will have the value (0,0,0) because the longitude, latitude, and height are undefined.

◆ GeodeticSurfaceNormal()

FVector UCesiumEllipsoid::GeodeticSurfaceNormal ( const FVector & EarthCenteredEarthFixedPosition )

Computes the normal of the plane tangent to the surface of the ellipsoid at the provided Ellipsoid-Centered, Ellipsoid-Fixed position.

◆ GetMaximumRadius()

double UCesiumEllipsoid::GetMaximumRadius ( )

Gets the maximum radius of the ellipsoid in any dimension, in meters.

◆ GetMinimumRadius()

double UCesiumEllipsoid::GetMinimumRadius ( )

Gets the minimum radius of the ellipsoid in any dimension, in meters.

◆ GetNativeEllipsoid()

const CesiumGeospatial::Ellipsoid & UCesiumEllipsoid::GetNativeEllipsoid ( )

Returns the underlying CesiumGeospatial::Ellipsoid.

◆ GetRadii()

FVector UCesiumEllipsoid::GetRadii ( )

Gets the radii of the ellipsoid in its x-, y-, and z-directions in meters.

◆ LongitudeLatitudeHeightToEllipsoidCenteredEllipsoidFixed()

FVector UCesiumEllipsoid::LongitudeLatitudeHeightToEllipsoidCenteredEllipsoidFixed ( const FVector & LongitudeLatitudeHeight )

Convert longitude in degrees (X), latitude in degrees (Y), and height above the ellipsoid in meters (Z) to Ellipsoid-Centered, Ellipsoid-Fixed (ECEF) coordinates.

◆ ScaleToGeodeticSurface()

FVector UCesiumEllipsoid::ScaleToGeodeticSurface ( const FVector & EarthCenteredEarthFixedPosition )

Scale the given Ellipsoid-Centered, Ellipsoid-Fixed position along the geodetic surface normal so that it is on the surface of the ellipsoid.

If the position is near the center of the ellipsoid, the result will have the value (0,0,0) because the surface position is undefined.

◆ SetRadii()

void UCesiumEllipsoid::SetRadii ( const FVector & NewRadii )

Sets the radii of this ellipsoid in its x-, y-, and z-directions in meters.

Tilesets using this ellipsoid may have to be refreshed to see the changes applied.

Member Data Documentation

◆ Radii

FVector UCesiumEllipsoid::Radii

protected