Uses of Class
org.opengis.annotation.XmlElement

Packages that use XmlElement

org.opengis.filter	Filters features according their properties.
org.opengis.filter.expression	An expression is a combination of one or more elements that evaluate to single Object value.
org.opengis.filter.identity	An Identifier indicates object identity requested during data query or reference.
org.opengis.filter.spatial	A spatial operator determines whether its geometric arguments satisfy the stated spatial relationship.
org.opengis.sld
org.opengis.style	The following package is an implementation of OGC Symbology Encoding 1.1.0 and ISO 19117 : Portrayal This package is a merge from package GeoAPI SLD (v1.0.0) and GeoTools styling.

Uses of XmlElement in org.opengis.filter

Classes in org.opengis.filter with annotations of type XmlElement

interface	And Evaluates to true if all the combined expressions evaluate to true.
interface	BinaryComparisonOperator Abstract base class for filters that compare exactly two values against each other.
interface	BinaryLogicOperator Abstract super-interface for logical operators that accept two or more other logical values as inputs.
interface	Filter Defines a constraint that can be checked against an instance of an object (Usually a Feature).
interface	Not Reverses the logical value of an expression.
interface	Or Evaluates to true if any of the combined expressions evaluate to true.
interface	PropertyIsBetween A compact way of encoding a range check.
interface	PropertyIsEqualTo Filter operator that compares that its two sub-expressions are equal to each other.
interface	PropertyIsGreaterThan Filter operator that checks that its first sub-expression is greater than its second subexpression.
interface	PropertyIsGreaterThanOrEqualTo Filter operator that checks that its first sub-expression is greater or equal to its second subexpression.
interface	PropertyIsLessThan Filter operator that checks that its first sub-expression is less than its second subexpression.
interface	PropertyIsLessThanOrEqualTo Filter operator that checks that its first sub-expression is less than or equal to its second subexpression.
interface	PropertyIsLike Filter operator that performs the equivalent of the SQL "like" operator on properties of a feature.
interface	PropertyIsNotEqualTo Filter operator that compares that its two sub-expressions are not equal to each other.
interface	PropertyIsNull Filter operator that checks if an expression's value is null.

Methods in org.opengis.filter with annotations of type XmlElement

String	PropertyIsLike.getEscape() Returns the string that can be used in the "literal" property of this object to prefix one of the wild card characters to indicate that it should be matched literally in the content of the feature's property.
Expression	PropertyIsNull.getExpression() Returns the expression whose value will be checked for null.
Expression	PropertyIsLike.getExpression() Returns the expression whose value will be compared against the wildcard- containing string provided by the getLiteral() method.
Expression	PropertyIsBetween.getExpression() Returns the expression to be compared by this operator.
Expression	BinaryComparisonOperator.getExpression1() Returns the first of the two expressions to be compared by this operator.
Expression	BinaryComparisonOperator.getExpression2() Returns the second of the two expressions to be compared by this operator.
String	PropertyIsLike.getLiteral() Returns the wildcard-containing string that will be used to check the feature's properties.
Expression	PropertyIsBetween.getLowerBoundary() Returns the lower bounds (inclusive) an an expression.
String	PropertyIsLike.getSingleChar() Returns the string that can be used in the "literal" property of this object to match exactly one character.
Expression	PropertyIsBetween.getUpperBoundary() Returns the upper bounds (inclusive) as an expression.
String	PropertyIsLike.getWildCard() Returns the string that can be used in the "literal" property of this object to match any sequence of characters.
boolean	BinaryComparisonOperator.isMatchingCase() Flag controlling wither comparisons are case sensitive.
boolean	PropertyIsLike.isMatchingCase() Flag controlling wither comparisons are case sensitive.

Uses of XmlElement in org.opengis.filter.expression

Classes in org.opengis.filter.expression with annotations of type XmlElement

interface	Add Encodes the operation of addition.
interface	BinaryExpression Abstract base class for the various filter expressions that compute some value from two input values.
interface	Divide Encodes the operation of division where the first argument is divided by the second argument.
interface	Expression Interface for all the OGC Filter elements that compute values.
interface	Function Instances of this class represent a function call into some implementation-specific function.
interface	Literal Instances of this interface provide a constant, literal value that can be used in expressions.
interface	Multiply Encodes the operation of multiplication.
interface	PropertyName Expression class whose value is computed by retrieving the value indicated by the provided name.
interface	Subtract Encodes the operation of subtraction where the second argument is subtracted from the first.

Methods in org.opengis.filter.expression with annotations of type XmlElement

Expression	BinaryExpression.getExpression1() Returns the expression that represents the first (left) value that will be used in the computation of another value.
Expression	BinaryExpression.getExpression2() Returns the expression that represents the second (right) value that will be used in the computation of another value.
Literal	Function.getFallbackValue() The value of the fallbackValue attribute is used as a default value, if the SE implementation does not support the function.

Uses of XmlElement in org.opengis.filter.identity

Classes in org.opengis.filter.identity with annotations of type XmlElement

interface	FeatureId Feature identifier.
interface	GmlObjectId Feature and Geometry identifier for GML3 specification.
interface	ObjectId ObjectId refered to by Filter 1.1 specification (as an example).
interface	RecordId RecordId refered to by CSW-2 specification.

Methods in org.opengis.filter.identity with annotations of type XmlElement

String	RecordId.getID() The identifier value, which is a string.
String	FeatureId.getID() The identifier value, which is a string.
String	GmlObjectId.getID() The identifier value, which is a string.
Long	ObjectId.getID() The identifier value, which is a Long.

Uses of XmlElement in org.opengis.filter.spatial

Classes in org.opengis.filter.spatial with annotations of type XmlElement

interface	BBOX Spatial operator that evaluates to true when the bounding box of the feature's geometry overlaps the bounding box provided in this object's properties.
interface	Beyond Concrete distance buffer operator that evaluates as true when all of a feature's geometry lies beyond (i.e. is more distant) than the given distance from this object's geometry.
interface	BinarySpatialOperator Abstract superclass for filter operators that perform some sort of spatial comparison on two geometric objects.
interface	Contains Concrete binary spatial operator that evaluates to true if the the first geometric operand contains the second.
interface	Crosses Concrete binary spatial operator that evaluates to true if the first geometric operand crosses the second (in the sense defined by the OGC Simple Features specification).
interface	Disjoint Concrete binary spatial operator that evaluates to true if the first operand is disjoint from the second (in the sense defined in the OGC Simple Features specification).
interface	DistanceBufferOperator Abstract superclass for spatial operators that check that one shape satisfies some relation to a buffer around another shape.
interface	DWithin Concrete distance buffer operator that evaluates as true when any part of the first geometry lies within the given distance of the second geometry.
interface	Equals Concrete binary spatial operator that evaluates to true if the geometry of the two operands are equal.
interface	Intersects Concrete binary spatial operator that evaluates to true if the two geometric operands intersect.
interface	Overlaps Concrete binary spatial operator that evaluates to true if the interior of the first geometry somewhere overlaps the interior of the second geometry.
interface	SpatialOperator Abstract base class for operators that perform a spatial comparison on geometric attributes of a feature.
interface	Touches Concrete binary spatial operator that evaluates to true if the feature's geometry touches, but does not overlap with the geometry held by this object.
interface	Within Concrete binary spatial operator that evaluates to true if the feature's geometry is completely contained by the constant geometry held by this object.

Methods in org.opengis.filter.spatial with annotations of type XmlElement

double	DistanceBufferOperator.getDistance() Returns the buffer distance around the geometry that will be used when comparing features' geometries.
Expression	BinarySpatialOperator.getExpression1() Returns an expression that will be evaluated to determine the first operand to the spatial predicate represented by this operator.
Expression	BinarySpatialOperator.getExpression2() Returns an expression that will be evaluated to determine the second operand to the spatial predicate represented by this operator.
String	BBOX.getPropertyName() Deprecated. Please check getExpression1(), if it is a PropertyName

Uses of XmlElement in org.opengis.sld

Classes in org.opengis.sld with annotations of type XmlElement

interface	CoverageExtent When used in a UserLayer, the CoverageExtent reference defines what coverage data is to be included in the layer and when used in a NamedLayer, it selects the data that are part of the named layer.
interface	InlineFeature Inline Features.
interface	LayerCoverageConstraints A CoverageConstraint element is used to identify a coverage offering by a well-known name, using the CoverageName element.
interface	LayerFeatureConstraints The LayerFeatureConstraints element is used to specify what features of what feature types are to be included in a layer.
interface	NamedLayer A named layer is a layer that can be accessed from an OGC Web Server using a well-known name.
interface	NamedStyle A named style, similar to a named layer, is referenced by a well-known name.
interface	RangeAxis RangeAxis describes a range subset defined by a constraining parameter.
interface	RemoteOWS OGC Web Service.
interface	SLDLibrary The UseSLDLibrary element provides the ability of handling external SLD documents to be used in library-mode even when using XML-encoded POST requests with a WMS.
interface	StyledLayerDescriptor The WMS-layers level of SLD is defined in the “StyledLayerDescriptor.xsd” XML- Schema file and provides the “glue” between feature styling as defined by Symbology Encoding and WMS layers.
interface	UserLayer Since a layer is defined as a collection of potentially mixed-type features, the UserLayer element must provide the means to identify the features to be used.

Methods in org.opengis.sld with annotations of type XmlElement

List<? extends FeatureTypeConstraint>	LayerFeatureConstraints.constraints() List of constraints.
List<? extends CoverageConstraint>	LayerCoverageConstraints.constraints() Any positive number of CoverageConstraints may be used to define the coverage data of a layer, though all CoverageConstraints in a UserLayer must come from the same WCS source.
Collection<Collection<Feature>>	InlineFeature.features() Collection of features.
Constraints	UserLayer.getConstraints() Constraints to apply on the features.
LayerFeatureConstraints	NamedLayer.getConstraints() The LayerFeatureConstraints element is optional in a NamedLayer and allows the user to specify constraints on what features of what feature types are to be selected by the named-layer reference.
CoverageExtent	CoverageConstraint.getCoverageExtent()
String	CoverageConstraint.getCoverageName() Get the coverage name.
Description	Layer.getDescription() The Description element is also reused throughout SE and SLD and gives an informative description of the “object” being defined.
Description	StyledLayerDescriptor.getDescription() The Description element is also reused throughout SE and SLD and gives an informative description of the “object” being defined.
Description	NamedStyle.getDescription() The Description is informative.
List<Extent>	FeatureTypeConstraint.getExtent()
Name	FeatureTypeConstraint.getFeatureTypeName() FeatureType name.
Filter	FeatureTypeConstraint.getFilter() Filter to apply on feature collection.
String	Layer.getName() For a NamedLayer : the Name identifies the well-known name of the layer being referenced, and is required.
String	Extent.getName()
String	RangeAxis.getName()
OnlineResource	RemoteOWS.getOnlineResource() Online resource of the service.
String	RemoteOWS.getService() The provided service type name.
Source	UserLayer.getSource() All features to be rendered are assumed to be fetched from a Web Feature Server (WFS) or a Web Coverage Service (WCS, in which case the term “features” is used loosely).
String	CoverageExtent.getTimePeriod() TimePeriod describes a subset corresponding to the specified time instants or intervals, expressed in an extended ISO 8601 syntax.
String	Extent.getValue()
String	RangeAxis.getValue()
List<? extends Layer>	StyledLayerDescriptor.layers() The styled layers can correspond to either named layers (NamedLayer) or user-defined layers (UserLayer), which are described in subsequent subclauses.
List<? extends SLDLibrary>	StyledLayerDescriptor.libraries() The UseSLDLibrary element provides the ability of handling external SLD documents to be used in library-mode even when using XML-encoded POST requests with a WMS.
List<RangeAxis>	CoverageExtent.rangeAxis() RangeAxis describes a range subset defined by a constraining parameter.
List<? extends Style>	UserLayer.styles() Styles to apply on the features.
List<? extends LayerStyle>	NamedLayer.styles() A named styled layer can include any number of named styles and user-defined styles, including zero, mixed in any order.

Uses of XmlElement in org.opengis.style

Classes in org.opengis.style with annotations of type XmlElement

interface	AnchorPoint An AnchorPoint identifies the location inside a textlabel to use as an "anchor" for positioning it relative to a point geometry.
interface	ChannelSelection The ChannelSelection element specifies the false-color channel selection for a multi-spectral raster source (such as a multi-band satellite-imagery source).
interface	ColorMap The ColorMap element defines the mapping of palette-type raster colors or fixed- numeric pixel values to colors using an Interpolate or Categorize SE function For example, a DEM raster giving elevations in meters above sea level can be translated to a colored image with a ColorMap.
interface	ColorReplacement The ColorReplacement element, which may occur multiple times, allows to replace a color in the ExternalGraphic, the color specified in the OriginalColor sub-element, by another color as a result of a recode function as defined in Interpolate .
interface	ContrastEnhancement The ContrastEnhancement object defines contrast enhancement for a channel of a false-color image or for a color image.
class	ContrastMethod The ContrastEnhancement element defines contrast enhancement for a channel of a false-color image or for a color image.
interface	Description A Description is used to store various informations who describe an element.
interface	Displacement The Displacement gives the X and Y displacements from the original geometry.
interface	ExternalGraphic Points to an external file that contains an image of some kind, such as a CGM, JPG, or SVG.
interface	FeatureTypeStyle Represents a style that applies to features or coverage.
interface	Fill Indicates how the interior of polygons will be filled.
interface	Font The Font element identifies a font of a certain family, style, and size.
interface	Graphic A Graphic is a "graphic symbol" with an inherent shape, color(s), and possibly size.
interface	GraphicFill A GraphicFill is a simple interface with only a graphic but additional parameters for the GraphicFill may be provided in the future to provide more control the exact style of filling.
interface	GraphicLegend The LegendGraphic element allow an optional explicit graphic symbolizer to do displayed in a legend for the rule.
interface	GraphicStroke The GraphicStroke element both indicates that a repeated-linear-graphic stroke type will be used.
interface	Halo A Halo is a type of Fill that is applied to the backgrounds of font glyphs.
interface	LabelPlacement The LabelPlacement element is used to position a label relative to a point, line string or polygon.
interface	LinePlacement The "LinePlacement" specifies where and how a text label should be rendered relative to a line.
interface	LineSymbolizer Gives directions for how to draw lines on a map.
interface	Mark Indicate that one of a few predefined shapes will be drawn at the points of the geometry.
class	OverlapBehavior The OverlapBehavior element tells a system how to behave when multiple raster images in a layer overlap each other, for example with satellite-image scenes.
interface	PointPlacement A PointPlacement specifies how a text label is positioned relative to a geometric point.
interface	PointSymbolizer Indicates how to draw point geometries on a map.
interface	PolygonSymbolizer Holds the information that indicates how to draw the lines and the interior of polygons.
interface	RasterSymbolizer The RasterSymbolizer describes how to render raster/matrix-coverage data (e.g., satellite photos, DEMs).
interface	Rule A rule consists of two important parts: a filter and a list of symbols.
interface	SelectedChannelType A class to hold Channel information for use in ChannelSelection objects.
class	SemanticType Identifies the more general "type" of geometry that this style is meant to act upon.
interface	ShadedRelief The ShadedRelief element selects the application of relief shading (or “hill shading”) to an image for a three-dimensional visual effect.
interface	Stroke Contains all the information needed to draw styled lines.
interface	Style A UserStyle is at the same semantic level as a NamedStyle used in the context of a WMS.
interface	TextSymbolizer Indicates how text will be drawn.

Fields in org.opengis.style with annotations of type XmlElement

static SemanticType	SemanticType.ANY Semantic identifies any geometry.
static ContrastMethod	ContrastMethod.HISTOGRAM Histogram enchancement.
static SemanticType	SemanticType.LINE Semantic identifies a line geometry.
static ContrastMethod	ContrastMethod.NORMALIZE Normalize enchancement.
static SemanticType	SemanticType.POINT Semantic identifies a point geometry.
static SemanticType	SemanticType.POLYGON Semantic identifies a polygon geometry.
static SemanticType	SemanticType.RASTER Semantic identifies a raster geometry.
static SemanticType	SemanticType.TEXT Semantic identifies a text geometry.

Methods in org.opengis.style with annotations of type XmlElement

Set<Name>	FeatureTypeStyle.featureTypeNames() Returns the names of the feature type that this style is meant to act upon.
List<? extends FeatureTypeStyle>	Style.featureTypeStyles() Returns a collection of feature type style.
InternationalString	Description.getAbstract() Returns a human readable, prose description of this style.
AnchorPoint	PointPlacement.getAnchorPoint() The AnchorPoint element of a PointPlacement gives the location inside of a label to use for anchoring the label to the main-geometry point.
Expression	AnchorPoint.getAnchorPointX() get the x coordinate of the anchor point
Expression	AnchorPoint.getAnchorPointY() get the y coordinate of the anchor point
String	SelectedChannelType.getChannelName() Returns the channel's name.
ChannelSelection	RasterSymbolizer.getChannelSelection() The ChannelSelection element specifies the false-color channel selection for a multi-spectral raster source (such as a multi-band satellite-imagery source).
ColorMap	RasterSymbolizer.getColorMap() The ColorMap element defines either the colors of a palette-type raster source or the mapping of fixed-numeric pixel values to colors.
Collection<ColorReplacement>	ExternalGraphic.getColorReplacements() The ColorReplacement element, which may occur multiple times, allows to replace a color in the ExternalGraphic, the color specified in the OriginalColor sub-element, by another color as a result of a recode function as defined in Interpolate .
ContrastEnhancement	RasterSymbolizer.getContrastEnhancement() The ContrastEnhancement element defines contrast enhancement for a channel of a false-color image or for a color image.
ContrastEnhancement	SelectedChannelType.getContrastEnhancement() Contrast enhancement may be applied to each channel in isolation.
Description	Rule.getDescription() Returns the description of this rule.
Description	Symbolizer.getDescription() Returns the description of this symbolizer.
Description	FeatureTypeStyle.getDescription() Returns the description of this style.
Description	Style.getDescription() Returns the description of this style.
Displacement	PointPlacement.getDisplacement() The Displacement gives the X and Y displacements from the "hot-spot" point.
Displacement	PolygonSymbolizer.getDisplacement() The Displacement gives the X and Y displacements from the original geometry.
Expression	Displacement.getDisplacementX() Returns an expression that computes a pixel offset from the geometry point.
Expression	Displacement.getDisplacementY() Returns an expression that computes a pixel offset from the geometry point.
Fill	Mark.getFill() Returns the object that indicates how the mark should be filled.
Fill	PolygonSymbolizer.getFill() Returns the object that holds the information about how the interior of polygons should be filled.
Fill	Halo.getFill() Returns the object that indicates how the halo area around the text should be filled.
Fill	TextSymbolizer.getFill() Returns the object that indicates how the text will be filled.
Filter	Rule.getFilter() Returns the filter that will limit the features for which this Rule will fire.
Font	TextSymbolizer.getFont() Returns the Font to apply on the text.
String	ExternalGraphic.getFormat() Returns the mime type of the onlineResource/InlineContent
String	ExternalMark.getFormat() Returns the mime type of the onlineResource/InlineContent
Expression	ContrastEnhancement.getGammaValue() A "GammaValue" tells how much to brighten (values greater than 1.0) or dim (values less than 1.0) an image.
Expression	LinePlacement.getGap() Gap gives the distance between two graphics.
Expression	GraphicStroke.getGap() Gap gives the distance between two graphics.
String	Symbolizer.getGeometryPropertyName() Returns the name of the geometry feature attribute to use for drawing.
Graphic	PointSymbolizer.getGraphic() Returns the graphic that will be drawn at each point of the geometry.
GraphicFill	Stroke.getGraphicFill() If non-null, indicates that line should be drawn by tiling the (thin) area of the line with the given graphic.
GraphicFill	Fill.getGraphicFill() If this object is to be filled with tiled copies of an image, then returns a non-null Graphic that indicates what image should be drawn.
GraphicStroke	Stroke.getGraphicStroke() If non-null, indicates that lines should be drawn by repeatedly plotting the given graphic along the path of the lines, rotating it according to the orientation of the line.
SelectedChannelType	ChannelSelection.getGrayChannel() Get the gray channel to be used
Halo	TextSymbolizer.getHalo() Returns the object that indicates if a Halo will be drawn around the text.
Symbolizer	RasterSymbolizer.getImageOutline() The ImageOutline element specifies that individual source rasters in a multi-raster set (such as a set of satellite-image scenes) should be outlined with either a LineStringSymbol or PolygonSymbol.
Expression	LinePlacement.getInitialGap() InitialGap specifies how far away the first graphic will be drawn relative to the start of the rendering line
Expression	GraphicStroke.getInitialGap() InitialGap specifies how far away the first graphic will be drawn relative to the start of the rendering line
Icon	ExternalGraphic.getInlineContent() Returns the InlineContent that comprise the image.
Icon	ExternalMark.getInlineContent() Returns on inline content.
Expression	TextSymbolizer.getLabel() Returns the expression that will be evaluated to determine what text is displayed.
LabelPlacement	TextSymbolizer.getLabelPlacement() Returns the object that indicates how the text should be placed with respect to the feature geometry.
GraphicLegend	Rule.getLegend() Returns a small Graphic that could be used by the rendering engine to draw a legend window.
int	ExternalMark.getMarkIndex() Returns an integer value that can used for accessing a particular Font character in a TTF file or a catalog for example.
double	Rule.getMaxScaleDenominator() Returns the maximum value (exclusive) in the denominator of the current map scale at which this Rule will fire.
ContrastMethod	ContrastEnhancement.getMethod() We use a codeList to enable more enchancement type possibilities.
double	Rule.getMinScaleDenominator() Returns the minimum value (inclusive) in the denominator of the current map scale at which this Rule will fire.
String	Rule.getName() Returns a name for this rule.
String	Symbolizer.getName() Returns a name for this symbolizer.
String	FeatureTypeStyle.getName() Returns a name for this style.
String	Style.getName() Style name (machine readable, don't show to users)
OnlineResource	ExternalGraphic.getOnlineResource() Returns a OnlineResource to a file (perhaps a local file) that contains an image.
OnlineResource	ExternalMark.getOnlineResource() Returns on online resource defined by an URI.
Expression	RasterSymbolizer.getOpacity() Indicates the level of translucency as a floating point number whose value is between 0.0 and 1.0 (inclusive).
OverlapBehavior	RasterSymbolizer.getOverlapBehavior() The OverlapBehavior element tells a system how to behave when multiple raster images in a layer overlap each other, for example with satellite-image scenes.
Expression	LinePlacement.getPerpendicularOffset() The PerpendicularOffset element of a LinePlacement gives the perpendicular distance away from a line to draw a label.
Expression	LineSymbolizer.getPerpendicularOffset() PerpendicularOffset allows to draw lines in parallel to the original geometry.
Expression	PolygonSymbolizer.getPerpendicularOffset() PerpendicularOffset works as defined for LineSymbolizer, allowing to draw polygons smaller or larger than their actual geometry.
Expression	Halo.getRadius() Returns the expression that will be evaluated to get the pixel radius of the halo around the text.
Function	ColorReplacement.getRecoding() Recoding: Transformation of discrete values to any other values.
Expression	ShadedRelief.getReliefFactor() The ReliefFactor gives the amount of exaggeration to use for the height of the ?
SelectedChannelType[]	ChannelSelection.getRGBChannels() get the RGB channels to be used
Expression	PointPlacement.getRotation() Returns the expression that will be used to calculate the rotation of the graphic when it is drawn.
ShadedRelief	RasterSymbolizer.getShadedRelief() The ShadedRelief element selects the application of relief shading (or ?
Stroke	LineSymbolizer.getStroke() Returns the object containing all the information necessary to draw styled lines.
Stroke	Mark.getStroke() Returns the object that indicates how the edges of the mark will be drawn.
Stroke	PolygonSymbolizer.getStroke() Returns the object containing all the information necessary to draw styled lines.
InternationalString	Description.getTitle() Returns the human readable title of this style.
Unit<Length>	Symbolizer.getUnitOfMeasure() Returns a measure unit.
Expression	Mark.getWellKnownName() Returns the expression whose value will indicate the symbol to draw.
List<GraphicalSymbol>	Graphic.graphicalSymbols() Returns the list of external image files or marks that comprise this graphic.
boolean	LinePlacement.IsAligned() Labels can either be aligned to the line geometry if IsAligned is "true" (the default) or are drawn horizontally.
boolean	ShadedRelief.isBrightnessOnly() indicates if brightnessOnly is true or false.
boolean	Style.isDefault() The IsDefault element identifies whether a style is the default style of a layer, for use in SLD ‘library mode’ when rendering or for storing inside of a map server.
boolean	Rule.isElseFilter() Returns true if this Rule is to fire only if no other rules in the containing style have fired yet.
boolean	LinePlacement.isGeneralizeLine() GeneralizeLine allows the actual geometry, be it a linestring or polygon to be generalized for label placement.
boolean	LinePlacement.isRepeated() If IsRepeated is "true", the label will be repeatedly drawn along the line with InitialGap and Gap defining the spaces at the beginning and between labels.
List<? extends Rule>	FeatureTypeStyle.rules() Returns the list of rules contained by this style.
Set<SemanticType>	FeatureTypeStyle.semanticTypeIdentifiers() Returns a collection that identifies the more general "type" of geometry that this style is meant to act upon.
List<? extends Symbolizer>	Rule.symbolizers() This method returns the list of Symbolizer objects contained by this Rule.