SvgAttrs

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

lazy val accentHeight: A[Double]

This attribute defines the distance from the origin to the top of accent characters, measured by a distance within the font coordinate system.

lazy val accumulate: A[String]

This attribute controls whether or not the animation is cumulative.

lazy val additive: A[String]

This attribute controls whether or not the animation is additive.

lazy val alignmentBaseline: A[String]

The alignment-baseline attribute specifies how an object is aligned with respect to its parent.

final def asInstanceOf[T0]: T0

lazy val ascent: A[Double]

This attribute defines the maximum unaccented depth of the font within the font coordinate system.

lazy val attributeName: A[String]

This attribute indicates the name of the attribute in the parent element that is going to be changed during an animation.

lazy val attributeType: A[String]

This attribute specifies the namespace in which the target attribute and its associated values are defined.

lazy val azimuth: A[Double]

The azimuth attribute represent the direction angle for the light source on the XY plane (clockwise), in degrees from the x axis.

lazy val baseFrequency: A[String]

The baseFrequency attribute represent The base frequencies parameter for the noise function of the <feturbulence> primitive.

lazy val baselineShift: A[String]

The baseline-shift attribute allows repositioning of the dominant-baseline relative to the dominant-baseline of the parent text content element.

lazy val begin: A[String]

This attribute defines when an animation should begin.

lazy val bias: A[Double]

The bias attribute shifts the range of the filter.

lazy val calcMode: A[String]

This attribute specifies the interpolation mode for the animation.

lazy val clip: A[String]

The clip attribute has the same parameter values as defined for the css clip property.

lazy val clipPathAttr: A[String]

The clip-path attribute bind the element is applied to with a given <clipPath> element As a presentation attribute, it also can be used as a property directly inside a CSS stylesheet

lazy val clipPathUnits: A[String]

The clipPathUnits attribute defines the coordinate system for the contents of the <clipPath> element.

lazy val clipRule: A[String]

The clip-rule attribute only applies to graphics elements that are contained within a <clipPath> element.

def clone(): AnyRef

lazy val color: A[String]

The color attribute is used to provide a potential indirect value (currentColor) for the fill, stroke, stop-color, flood-color and lighting-color attributes.

lazy val colorInterpolation: A[String]

The color-interpolation attribute specifies the color space for gradient interpolations, color animations and alpha compositing.When a child element is blended into a background, the value of the color-interpolation attribute on the child determines the type of blending, not the value of the color-interpolation on the parent.

lazy val colorInterpolationFilters: A[String]

The color-interpolation-filters attribute specifies the color space for imaging operations performed via filter effects.

lazy val colorProfileAttr: A[String]

The color-profile attribute is used to define which color profile a raster image included through the <image> element should use.

lazy val colorRendering: A[String]

The color-rendering attribute provides a hint to the SVG user agent about how to optimize its color interpolation and compositing operations.

lazy val contentScriptType: A[String]

The contentScriptType attribute on the <svg> element specifies the default scripting language for the given document fragment.

lazy val contentStyleType: A[String]

This attribute specifies the style sheet language for the given document fragment.

lazy val cursorAttr: A[String]

The cursor attribute specifies the mouse cursor displayed when the mouse pointer is over an element.This attribute behave exactly like the css cursor property except that if the browser suport the <cursor> element, it should allow to use it with the <funciri> notation.

lazy val cx: A[String]

For the <circle> and the <ellipse> element, this attribute define the x-axis coordinate of the center of the element.

lazy val cy: A[String]

For the <circle> and the <ellipse> element, this attribute define the y-axis coordinate of the center of the element.

lazy val d: A[String]

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lazy val diffuseConstant: A[String]

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lazy val direction: A[String]

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lazy val display: A[String]

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lazy val divisor: A[String]

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lazy val dominantBaseline: A[String]

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lazy val dur: A[String]

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lazy val dx: A[String]

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lazy val dy: A[String]

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lazy val edgeMode: A[String]

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lazy val elevation: A[Double]

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lazy val end: A[String]

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final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

lazy val externalResourcesRequired: A[String]

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lazy val fill: A[String]

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lazy val fillOpacity: A[String]

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lazy val fillRule: A[String]

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lazy val filterAttr: A[String]

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lazy val filterRes: A[String]

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lazy val filterUnits: A[String]

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lazy val floodColor: A[String]

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lazy val floodOpacity: A[String]

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lazy val fontFamily: A[String]

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lazy val fontSize: A[String]

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lazy val fontSizeAdjust: A[String]

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lazy val fontStretch: A[String]

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lazy val fontVariant: A[String]

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lazy val fontWeight: A[String]

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lazy val from: A[String]

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final def getClass(): Class[_]

lazy val gradientTransform: A[String]

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lazy val gradientUnits: A[String]

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def hashCode(): Int

lazy val height: A[String]

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lazy val href: A[String]

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lazy val idAttr: A[String]

lazy val imageRendering: A[String]

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lazy val in: A[String]

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lazy val in2: A[String]

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final def isInstanceOf[T0]: Boolean

lazy val k1: A[Double]

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lazy val k2: A[Double]

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lazy val k3: A[Double]

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lazy val k4: A[Double]

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lazy val kernelMatrix: A[String]

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lazy val kernelUnitLength: A[String]

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lazy val kerning: A[String]

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lazy val keySplines: A[String]

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lazy val keyTimes: A[String]

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lazy val letterSpacing: A[String]

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lazy val lightingColor: A[String]

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lazy val limitingConeAngle: A[String]

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lazy val local: A[String]

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lazy val markerEnd: A[String]

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lazy val markerHeight: A[String]

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lazy val markerMid: A[String]

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lazy val markerStart: A[String]

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lazy val markerUnits: A[String]

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lazy val markerWidth: A[String]

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lazy val maskAttr: A[String]

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lazy val maskContentUnits: A[String]

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lazy val maskUnits: A[String]

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lazy val maxAttr: A[String]

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lazy val minAttr: A[String]

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lazy val mode: A[String]

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final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

lazy val numOctaves: A[Int]

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lazy val offsetAttr: A[String]

lazy val opacity: A[String]

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lazy val operator: A[String]

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lazy val order: A[String]

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lazy val orient: A[String]

This attribute defines the orientation of the marker relative to the shape it is attached to.

lazy val overflow: A[String]

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lazy val paintOrder: A[String]

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lazy val pathLength: A[String]

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lazy val patternContentUnits: A[String]

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lazy val patternTransform: A[String]

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lazy val patternUnits: A[String]

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lazy val pointerEvents: A[String]

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lazy val points: A[String]

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lazy val pointsAtX: A[String]

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lazy val pointsAtY: A[String]

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lazy val pointsAtZ: A[String]

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lazy val preserveAlpha: A[String]

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lazy val preserveAspectRatio: A[String]

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lazy val primitiveUnits: A[String]

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lazy val r: A[String]

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lazy val radius: A[String]

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lazy val refX: A[String]

The refX attribute is used alongside the refY attribute to provide coordinates for the location on the marker where it will be joined to its markable element.

lazy val refY: A[String]

The refY attribute is used alongside the refY attribute to provide coordinates for the location on the marker where it will be joined to its markable element.

lazy val repeatCount: A[String]

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lazy val repeatDur: A[String]

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lazy val requiredFeatures: A[String]

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lazy val restart: A[String]

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lazy val resultAttr: A[String]

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lazy val rx: A[String]

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lazy val ry: A[String]

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lazy val scale: A[String]

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lazy val seed: A[Double]

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lazy val shapeRendering: A[String]

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lazy val specularConstant: A[Double]

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lazy val specularExponent: A[Double]

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lazy val spreadMethod: A[String]

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lazy val stdDeviation: A[String]

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lazy val stitchTiles: A[String]

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lazy val stopColor: A[String]

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lazy val stopOpacity: A[String]

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lazy val stroke: A[String]

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lazy val strokeDashArray: A[String]

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lazy val strokeDashOffset: A[String]

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lazy val strokeLineCap: A[String]

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lazy val strokeLineJoin: A[String]

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lazy val strokeMiterLimit: A[String]

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lazy val strokeOpacity: A[String]

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lazy val strokeWidth: A[String]

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lazy val style: A[String]

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lazy val surfaceScale: A[String]

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final def synchronized[T0](arg0: ⇒ T0): T0

lazy val target: A[String]

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lazy val targetX: A[String]

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lazy val targetY: A[String]

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lazy val textAnchor: A[String]

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lazy val textDecoration: A[String]

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lazy val textRendering: A[String]

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lazy val to: A[String]

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def toString(): String

lazy val tpe: A[String]

lazy val transform: A[String]

lazy val typ: A[String]

lazy val type: A[String]

lazy val values: A[String]

lazy val viewBox: A[String]

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lazy val visibility: A[String]

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

final def wait(): Unit

lazy val width: A[String]

lazy val wordSpacing: A[String]

lazy val writingMode: A[String]

lazy val x: A[String]

lazy val x1: A[String]

lazy val x2: A[String]

lazy val xChannelSelector: A[String]

lazy val xlinkHref: A[String]

lazy val xlinkRole: A[String]

lazy val xlinkTitle: A[String]

lazy val xmlSpace: A[String]

lazy val xmlns: A[String]

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lazy val xmlnsXlink: A[String]

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lazy val y: A[String]

lazy val y1: A[String]

lazy val y2: A[String]

lazy val yChannelSelector: A[String]

lazy val z: A[String]

def finalize(): Unit