Functions
STK::Vector2f	rotateLeft90Degrees (const STK::Vector2f &a)

STK::Vector2f	rotateRight90Degrees (const STK::Vector2f &a)

void	getIntermediatePositions (const std::vector< BasicGeoTypes::GeoPos > &inPos, std::vector< BasicGeoTypes::GeoPos > &outPos, bool bClosed, const CurveMode &mode, double threshold=50000.0, int max=20)
	Add intermediate positions to a geographic linestring or polygon, as required according to curve mode and threshold parameters.

void	getIntermediatePositions (const BasicGeoTypes::GeoPos &from, const BasicGeoTypes::GeoPos &to, const CurveMode &mode, std::vector< BasicGeoTypes::GeoPos > &outPos, double threshold=50000.0, int max=20)
	Add intermediate positions to a line connecting two geographical positions, as required according to curve mode and threshold parameters.

bool	getPixelBuffer (const std::vector< STK::Vector2f > &inPts, double d, bool bClosed, std::vector< STK::Vector2f > &bufPts)

bool	getGeoBuffer (const std::vector< BasicGeoTypes::GeoPos > &inPos, std::vector< BasicGeoTypes::GeoPos > &bufPos, double width, bool bClosed, const CurveMode &mode, double threshold=50000.0, int max=20)

bool	calcProjectedPoints (const RasterProjector &rp, const std::vector< BasicGeoTypes::GeoPos > &inPos, std::vector< STK::Vector2f > &projPos)

STK::Vector2f	calcProjectedPoint (const RasterProjector &rp, const BasicGeoTypes::GeoPos &inPos)

bool	calcProjectedPoint (const RasterProjector &rp, const BasicGeoTypes::GeoPos &inPos, STK::Vector2f &outPos)

bool	calcGeoFromProjectedPoint (const RasterProjector &rp, const STK::Vector2f &projectedPos, BasicGeoTypes::GeoPos &outGeoPos)
	Calculate the GeoPos from an projected point, it's the reverse of \cref calcProjectedPoints.

std::shared_ptr< STK::PolylineRender2D >	createLineRenderItem (const Maria::DrawObjectData &drawObject, const std::shared_ptr< Maria::CompositeStyleItem > &style, const STK::Screen &screen, const std::vector< STK::Vector2f > &projPos, int lineWidth, int baseDepth, bool closed)

std::shared_ptr< STK::PolylineRender2D >	createOutlineRenderItem (const Maria::DrawObjectData &drawObject, const std::shared_ptr< Maria::CompositeStyleItem > &style, const STK::Screen &screen, const std::vector< STK::Vector2f > &projPos, int depth, bool closed, bool fixed, std::optional< STK::Vector2f > pos=std::nullopt)

std::shared_ptr< STK::PolylineRender2D >	createOffsetLineRenderItem (const STK::Screen &screen, int lineWidth, int offset, STK::PolylineRender2D::TextureAlignment alignment)

std::shared_ptr< STK::PolygonRender2D >	createPolygonRenderItem (const Maria::DrawObjectData &drawObject, const DrawObjectResources &drawObjectResources, const std::shared_ptr< Maria::CompositeStyleItem > &style, const std::shared_ptr< STK::Screen > &screen, const std::vector< STK::Vector2f > &projPos, int depth)

bool	calcCorridorPoints (const RasterProjector &rp, const std::vector< BasicGeoTypes::GeoPos > &inPos, double width, bool twistLast, std::vector< std::vector< STK::Vector2f > > &projUpperPos, std::vector< std::vector< STK::Vector2f > > &projLowerPos)

std::shared_ptr< STK::TextRenderItem >	createTextItem (const std::string &text, const std::shared_ptr< STK::FontManager > &fontManager, const STK::Vector2f &pos, float angle, HorizontalAnchor horizAnchor, VerticalAnchor vertAnchor, const DrawObjectData &drawObjectData, const std::shared_ptr< Maria::CompositeStyleItem > &style, const std::shared_ptr< STK::Screen > &screen, const int fontSizeScaleFactor=0)

void	calcBounds (const std::vector< STK::Vector2f > &projPos, float &minX, float &minY, float &maxX, float &maxY)

STK::OrientedBoundingBox2f	calcOrientedBoundingBox (const std::vector< STK::Vector2f > &projPos, float angle, const STK::Vector2f &rotCenter=STK::Vector2f(0, 0))

void	createLatLonCircle (std::vector< BasicGeoTypes::GeoPos > &geoPos, const BasicGeoTypes::GeoPos &origin, double a0, double a1, double range, int numSlices=36)

std::vector< STK::Vector2f >	createArc (const STK::Vector2f &center, float startAngle, float endAngle, float radius, int numSlices)
	Create an arc in screenspace that is centered around the center. The angles are clockwise from 0, which is straight north.

std::shared_ptr< STK::TextRenderItem >	createTextLabel (const DrawObjectRenderGenerator &generator, const std::shared_ptr< Maria::CompositeStyleItem > &style, const std::shared_ptr< STK::FontManager > &fontManager, const std::shared_ptr< STK::Screen > &screen, const DrawObjectData &drawObjectData, const RasterProjector &rp, const std::shared_ptr< GeoUnitsSetting > &geoUnitsSetting, const STK::OrientedBoundingBox2f &bbox, const std::string &parameterName, const STK::Vector2f &centroid)

std::vector< STK::Vector2f >	createEllipsePoints (const STK::Vector2f &center, float r1, float r2, int numSlices)
	Creates an ellipse as a set of projected points. Used for items hat needs dash styling, for solid ellipses, use createEllipseItem.

std::optional< std::string >	getSubstitutedText (const DrawObjectRenderGenerator &generator, const DrawObjectData &drawObjectData, const std::string &parameterName, const std::shared_ptr< GeoUnitsSetting > geoUnitsSetting)
	Get the substituted text from drawObjectData, based on the parameters in the generator XML.

float	ScreenBearing (const STK::Vector2f &p0, const STK::Vector2f &p1)

template<typename T >
STK::Vector2< T >	LatLonToXY (const std::shared_ptr< RasterProjector > &pj, const BasicGeoTypes::GeoPos &gp)

template<typename T >
std::vector< STK::Vector2< T > >	LatLonToXY (const std::shared_ptr< RasterProjector > &pj, const std::vector< BasicGeoTypes::GeoPos > &posGeo)

std::shared_ptr< Geometry >	getInnerGeometry (std::shared_ptr< Geometry > geo)
	Function to find the innermost geometry. This will unwrap containers such as SurfaceVolumeGeometry. Returns the input geometry if it's not a container.

std::pair< STK::Vector2f, STK::Vector2f >	calcEllipseBoundingBox (const STK::Vector2f &center, const STK::Vector2f &v1, const STK::Vector2f &v2, const float angle)
	Calculate the extreme points that define the bounding box of a rotated ellipse.

void	calcOrbitAreaCenterPoints (const Maria::OrbitAreaGeometry &orbitArea, BasicGeoTypes::GeoPos &c0, BasicGeoTypes::GeoPos &c1)

std::optional< STK::OrientedBoundingBox2f >	calculateLegBoundingBox (const RasterProjector &rp, double widthInMeters, const BasicGeoTypes::GeoPos &startPos, const BasicGeoTypes::GeoPos &endPos)

STK::OrientedBoundingBox2f	calculateLegBoundingBox (const STK::Vector2f &upperLeft, const STK::Vector2f &upperRight, const STK::Vector2f &lowerLeft, const STK::Vector2f &lowerRight)
	Calculate the bounding box for a corridor leg.

std::vector< STK::Vector2f >	createArc (const STK::Vector2f &center, double width, double height, double ellipseRotation, double startAngle, double arcSize, int numSlices)
	Create an arc of an ellipse.

std::vector< STK::Vector2f >	smoothLine (const std::vector< STK::Vector2f > &line, bool closed=false)

STK::Box2< float >	measureTextSize (STK::FontManager &fontManager, const STK::Screen &screen, const std::string &text, const std::string &fontName, float fontSize)

void	setLineTexture (std::shared_ptr< STK::PolylineRender2D > &lineRender, const DrawObjectRenderGenerator &generator, const std::shared_ptr< DrawObjectResources > &drawObjectResources, const std::shared_ptr< STK::Screen > &screen, const std::string &rootParam, const bool fixToText=false, bool snapTexCoords=true, const float scale=1)

std::shared_ptr< STK::IconRenderItem >	createIconRenderItem (const DrawObjectResources &resources, const STK::Screen &screen, const STK::Vector2f &position, const IconStyle &iconStyle, const float scaleTexture=1.0f)

std::shared_ptr< STK::IconRenderItem >	createSymbolIconRenderItem (const std::shared_ptr< Maria::SymbolCache > &symbolCache, const std::string &symbolType, const std::string &symbolCode, const STK::Screen &screen, const STK::Vector2f &position, const float scaleTexture=1.0f)

bool	calculateOffset (const std::string &offsetFlagValue, const DrawObjectData &drawObject, const Maria::RasterProjector &rp, const STK::Vector2f &input, STK::Vector2f &output)

Variables
constexpr int	SimplifyPolyCountLimit = 1000
	Simplify polygons with more than this number of vertices.

constexpr double	SimplifyPolyTolerance = 1e-3

Detailed Description

GeneratorUtils - Short description

Function Documentation

◆ calcEllipseBoundingBox()

std::pair< STK::Vector2f, STK::Vector2f > Maria::GeneratorUtils::calcEllipseBoundingBox	(	const STK::Vector2f &	center,
		const STK::Vector2f &	v1,
		const STK::Vector2f &	v2,
		const float	angle
	)

inline

Calculate the extreme points that define the bounding box of a rotated ellipse.

Parameters

center	The center of the ellipse
v1	Vector in upwards direction
v2	Vector in right direction
angle	The angle of the whole ellipse, in clockwise degrees.

Returns: The two extreme points that define the bounding box.

◆ calcGeoFromProjectedPoint()

bool Maria::GeneratorUtils::calcGeoFromProjectedPoint	(	const RasterProjector &	rp,
		const STK::Vector2f &	projectedPos,
		BasicGeoTypes::GeoPos &	outGeoPos
	)

Calculate the GeoPos from an projected point, it's the reverse of \cref calcProjectedPoints.

Parameters

rp	The projection used to calculate the projected position
projectedPos	The projected position
outGeoPos	The geo position that was output

Returns: true on successful conversion, false on error

◆ createArc() [1/2]

std::vector< STK::Vector2f > Maria::GeneratorUtils::createArc	(	const STK::Vector2f &	center,
		double	width,
		double	height,
		double	ellipseRotation,
		double	startAngle,
		double	arcSize,
		int	numSlices
	)

Create an arc of an ellipse.

Parameters

center	the center of the ellipse
width	The width of the ellipse
height	the height of the ellipse
ellipseRotation	The rotation of the ellipse, in clockwise direction in degrees
startAngle	The start angle of the arc, where 0 is the semi-minor axis, and it goes in clockwise direction
arcSize	The length of the arc in degrees, relative to the centre. It goes clockwise
numSlices	Number of slices to create

Returns: The list of points from the StartAngle to StartAngle+arcSize

◆ createArc() [2/2]

std::vector< STK::Vector2f > Maria::GeneratorUtils::createArc	(	const STK::Vector2f &	center,
		float	startAngle,
		float	endAngle,
		float	radius,
		int	numSlices
	)

Create an arc in screenspace that is centered around the center. The angles are clockwise from 0, which is straight north.

Parameters

center	The center of the arc
startAngle	The starting angle of the arc.
endAngle	The ending angle of the arc.
radius	The radius in
numSlices

Returns

◆ createEllipsePoints()

std::vector< STK::Vector2f > Maria::GeneratorUtils::createEllipsePoints	(	const STK::Vector2f &	center,
		float	r1,
		float	r2,
		int	numSlices
	)

Creates an ellipse as a set of projected points. Used for items hat needs dash styling, for solid ellipses, use createEllipseItem.

Parameters

center	Center of the circle
r1	Radius in dimension 1
r2	Radius in dimension 2
numSlices	Resolution

Returns: En ellipse as a set of points.

◆ createOffsetLineRenderItem()

std::shared_ptr< STK::PolylineRender2D > Maria::GeneratorUtils::createOffsetLineRenderItem	(	const STK::Screen &	screen,
		int	lineWidth,
		int	offset,
		STK::PolylineRender2D::TextureAlignment	alignment
	)

Create a texture line item with an offset in pixels relative to the center. Note that this method does not fill in any styling parameters or actual vertex data.

Parameters

screen	Screen resolution object.
lineWidth	Line width in pixels
offset	Offset in pixels from line center.
alignment	Above of below the line center.

Returns: A LineRenderItem which can be modified before adding to the scene.

◆ createOutlineRenderItem()

std::shared_ptr< STK::PolylineRender2D > Maria::GeneratorUtils::createOutlineRenderItem	(	const Maria::DrawObjectData &	drawObject,
		const std::shared_ptr< Maria::CompositeStyleItem > &	style,
		const STK::Screen &	screen,
		const std::vector< STK::Vector2f > &	projPos,
		int	depth,
		bool	closed,
		bool	fixed,
		std::optional< STK::Vector2f >	pos = `std::nullopt`
	)

Parameters

drawObject
style
screen
projPos
depth
closed
fixed
pos	Optional position to fix object

◆ getInnerGeometry()

std::shared_ptr< Geometry > Maria::GeneratorUtils::getInnerGeometry ( std::shared_ptr< Geometry > geo )

inline

Function to find the innermost geometry. This will unwrap containers such as SurfaceVolumeGeometry. Returns the input geometry if it's not a container.

Parameters

geo	The geometry to unwrap

Returns: Innermost geometry

◆ getIntermediatePositions() [1/2]

void Maria::GeneratorUtils::getIntermediatePositions	(	const BasicGeoTypes::GeoPos &	from,
		const BasicGeoTypes::GeoPos &	to,
		const CurveMode &	mode,
		std::vector< BasicGeoTypes::GeoPos > &	outPos,
		double	threshold = `50000.0`,
		int	max = `20`
	)

Add intermediate positions to a line connecting two geographical positions, as required according to curve mode and threshold parameters.

Parameters

from	start position
to	end position
mode	curve mode
outPos	output linestring of positions, including start end end positions
threshold	minimum distance between consecutive positions for intermediate positions to be added. Default = 50000m
max	max number of intermediate positions per leg

◆ getIntermediatePositions() [2/2]

void Maria::GeneratorUtils::getIntermediatePositions	(	const std::vector< BasicGeoTypes::GeoPos > &	inPos,
		std::vector< BasicGeoTypes::GeoPos > &	outPos,
		bool	bClosed,
		const CurveMode &	mode,
		double	threshold = `50000.0`,
		int	max = `20`
	)

Add intermediate positions to a geographic linestring or polygon, as required according to curve mode and threshold parameters.

Parameters

inPos	original linestring or polygon
outPos	output linestring or polygon
bClosed	true if there should be a line connecting last and first point
mode	curve mode
threshold	minimum distance between consecutive positions for intermediate positions to be added. Default = 50000m
max	max number of intermediate positions per leg

◆ getSubstitutedText()

std::optional< std::string > Maria::GeneratorUtils::getSubstitutedText	(	const DrawObjectRenderGenerator &	generator,
		const DrawObjectData &	drawObjectData,
		const std::string &	parameterName,
		const std::shared_ptr< GeoUnitsSetting >	geoUnitsSetting
	)

Get the substituted text from drawObjectData, based on the parameters in the generator XML.

Parameters

generator	The generator to get the controlling parameters from
drawObjectData	The draw object data to use for the substitution
parameterName	The prefix to use for all parameter queries
geoUnitsSetting	The GeoUnitsSetting used for parsing data to the right format

Returns

Variable Documentation

◆ SimplifyPolyTolerance

constexpr double Maria::GeneratorUtils::SimplifyPolyTolerance = 1e-3

inlineconstexpr

Tolerance for polygon/polyline simplification. This value is relative to the object size in pixels, so an object of 1000 pixels with a tolerance factor of 1e-3 will have a maximum error of 1 pixel relative to the original data.

Functions

Variables

Detailed Description

Function Documentation

◆ calcEllipseBoundingBox()

◆ calcGeoFromProjectedPoint()

◆ createArc() [1/2]

◆ createArc() [2/2]

◆ createEllipsePoints()

◆ createOffsetLineRenderItem()

◆ createOutlineRenderItem()

◆ getInnerGeometry()

◆ getIntermediatePositions() [1/2]

◆ getIntermediatePositions() [2/2]

◆ getSubstitutedText()

Variable Documentation

◆ SimplifyPolyTolerance