SharpVectors.Model

Gets or set the attribute specifying the motion path, expressed in the same format and interpreted the same way as the "d" attribute on the "path" element.

The effect of a motion path animation is to add a supplemental transformation matrix onto the CTM for the referenced object which causes a translation along the x- and y-axes of the current user coordinate system by the computed X and Y values computed over time.

Gets or sets a value that takes a semicolon-separated list of floating point values between 0 and 1 and indicates how far along the motion path the object shall move at the moment in time specified by corresponding "keyTimes" value.

Distance calculations use the user agent's distance along the path algorithm. Each progress value in the list corresponds to a value in the "keyTimes" attribute list. If a list of "keyPoints" is specified, there must be exactly as many values in the "keyPoints" list as in the "keyTimes" list.

Gets or sets an attribute post-multiplies a supplemental transformation matrix onto the CTM of the target element to apply a rotation transformation about the origin of the current user coordinate system.

The rotation transformation is applied after the supplemental translation transformation that is computed due to the "path" attribute. auto Indicates that the object is rotated over time by the angle of the direction (i.e., directional tangent vector) of the motion path. auto-reverse Indicates that the object is rotated over time by the angle of the direction (i.e., directional tangent vector) of the motion path plus 180 degrees. number Indicates that the target element has a constant rotation transformation applied to it, where the rotation angle is the specified number of degrees. The default value is '0'.

The "origin" attribute is defined in the SMIL Animation specification. It has no effect in SVG.

The value is "default".

Gets or sets a value to indicates the type of transformation which is to have its values change over time.

The values are translate | scale | rotate | skewX | skewY. If the attribute is not specified, then the effect is as if a value of 'translate' were specified. The ‘from’, ‘by’ and ‘to’ attributes take a value expressed using the same syntax that is available for the given transformation type: For a type='translate", each individual value is expressed as {tx} [,{ty}]. For a type="scale", each individual value is expressed as {sx} [,{sy}]. For a type="rotate", each individual value is expressed as {rotate-angle} [{cx} {cy}]. For a type="skewX" and type="skewY", each individual value is expressed as {skew-angle}.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Summary description for SvgAngle.

Creates a SvgAngle value

The string to parse for the angle value The default value for the angle. Specifies if the value should be read-only

Reset the value as a number with an associated unitType, thereby replacing the values for all of the attributes on the object.

The unitType for the angle value (e.g., SvgAngleTypeDEG). The angle value

The unitType to switch to (e.g., SvgAngleTypeDEG).

The type of the value as specified by one of the constants specified above

The angle value as a floating point value, in degrees. Setting this attribute will cause valueInSpecifiedUnits and valueAsString to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The angle value as a floating point value, in the units expressed by unitType. Setting this attribute will cause value and valueAsString to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The angle value as a string value, in the units expressed by unitType. Setting this attribute will cause value and valueInSpecifiedUnits to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

Summary description for SvgAnimatedNumber.

Summary description for SvgAnimatedEnumeration.

An implementation of the interface.

Used for attributes of basic type 'length' which can be animated.

The elements that contains the length The direction of the length, 0=x-axis, 1=y-axis, 2=no special axis String to parse for the value

The base value of the given attribute before applying any animations.

If the given attribute or property is being animated, contains the current animated value of the attribute or property, and both the object itself and its contents are readonly. If the given attribute or property is not currently being animated, contains the same value as 'baseVal'.

Summary description for SvgAnimatedLengthList.

Gets the number of elements contained in the .

The number of elements contained in the .

Gets the element at the specified index.

The zero-based index of the element to get or set. The element at the specified index.

Summary description for SvgAnimatedNumber.

Summary description for SvgAnimatedNumberList.

Gets the number of elements contained in the .

The number of elements contained in the .

Gets the element at the specified index.

The zero-based index of the element to get or set. The element at the specified index.

The base value of the given attribute before applying any animations

If the given attribute or property is being animated, then this attribute contains the current animated value of the attribute or property, and both the object itself and its contents are readonly. If the given attribute or property is not currently being animated, then this attribute contains the same value as 'BaseVal'.

Summary description for SvgAnimatedPreserveAspectRatio.

Summary description for SvgAnimatedString.

Used for the various attributes which specify a set of transformations, such as the transform attribute which is available for many of Svg's elements, and which can be animated.

Summary description for SvgColor.

Summary description for SvgElement.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint.

Whenever an SvgElementInstance is created for an SvgElement this property is set. The value of this property is used by the renderer to dispatch events. SvgElements that are <use>d exist in a conceptual "instance tree" and the target of events for those elements is the conceptual instance node represented by the SvgElementInstance.

This provides information on the OpenType and Web fonts to the .

Defines the direction of a SvgLength

Defines the origin type of the SvgLength value

Creates a SvgLength value

String to be parsed into a length The associated element Direction of the length, used for percentages

The type of the value as specified by one of the constants specified above.

The value as an floating point value, in user units. Setting this attribute will cause valueInSpecifiedUnits and valueAsString to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The value as an floating point value, in the units expressed by unitType. Setting this attribute will cause value and valueAsString to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The value as a string value, in the units expressed by unitType. Setting this attribute will cause value and valueInSpecifiedUnits to be updated automatically to reflect this setting.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

Reset the value as a number with an associated unitType, thereby replacing the values for all of the attributes on the object.

The unitType for the value (e.g., MM). The new value

Preserve the same underlying stored value, but reset the stored unit identifier to the given unitType. Object attributes unitType, valueAsSpecified and valueAsString might be modified as a result of this method. For example, if the original value were "0.5cm" and the method was invoked to convert to millimeters, then the unitType would be changed to MM, valueAsSpecified would be changed to the numeric value 5 and valueAsString would be changed to "5mm".

The unitType to switch to (e.g., MM).

This interface defines a list of SvgLength objects

Base class for all SVG*List-derived classes. Note we're using (as opposed to deriving from) to hide unneeded methods Note that a CLR uint is equivalent to an IDL ulong, so uint is used for all index values

SvgList constructor

NumberOfItems

Clear

Initialize

GetItem

InsertItemBefore

ReplaceItem

RemoveItem

AppendItem

RemoveItem - used to remove an item by value as opposed to by position

Many of SVG's graphics operations utilize 2x3 matrices of the form: [a c e] [b d f] which, when expanded into a 3x3 matrix for the purposes of matrix arithmetic, become: [a c e] [b d f] [0 0 1]

Summary description for SvgNumberList.

Many of the SVG DOM interfaces refer to objects of class SvgPoint. An SvgPoint is an (x,y) coordinate pair. When used in matrix operations, an SvgPoint is treated as a vector of the form: [x] [y] [1]

This class defines a list of SvgPoint objects.

Rectangles are defined as consisting of a (x,y) coordinate pair identifying a minimum X value, a minimum Y value, and a width and height, which are usually constrained to be non-negative.

This tests whether two structures have equal location and size.

The structure that is to the left of the equality operator. The structure that is to the right of the equality operator. This operator returns true if the two specified structures have equal , , , and properties.

This tests whether two structures differ in location or size.

The structure that is to the left of the inequality operator. The structure that is to the right of the inequality operator. This operator returns true if any of the , , , or properties of the two structures are unequal; otherwise false.

This tests whether an object is a with the same location and size of this .

The to test. This returns if the specified object is a and its , , , and properties are equal to the corresponding properties of this ; otherwise, .

This tests whether the specified is with the same location and size of this .

The to test. This returns if specified has its , , , and properties are equal to the corresponding properties of this ; otherwise, .

This tests whether the specified is with the same location and size of this .

The to test. This returns if specified has its , , , and properties are equal to the corresponding properties of this ; otherwise, . This determines if the specified point or rectangle is contained within this structure.

This determines if the specified point is contained within this structure.

The x-coordinate of the point to test. The y-coordinate of the point to test. This method returns true if the point defined by x and y is contained within this structure; otherwise false.

This determines if the specified point is contained within this structure.

The to test. This method returns true if the point represented by the pt parameter is contained within this structure; otherwise false.

This determines if the rectangular region represented by rect is entirely contained within this structure.

The to test. This method returns true if the rectangular region represented by rect is entirely contained within the rectangular region represented by this ; otherwise false.

Gets the hash code for this structure. For information about the use of hash codes, see Object.GetHashCode.

The hash code for this . Inflates this structure by the specified amount.

Inflates this structure by the specified amount.

The amount to inflate this structure horizontally. The amount to inflate this structure vertically. This method does not return a value.

This replaces this structure with the intersection of itself and the specified structure.

The rectangle to intersect. This method does not return a value.

This determines if this rectangle intersects with rect.

The rectangle to test. This method returns if there is any intersection; otherwise, .

Adjusts the location of this rectangle by the specified amount.

The amount to offset the location vertically. The amount to offset the location horizontally. This method does not return a value.

Creates and returns an inflated copy of the specified structure. The copy is inflated by the specified amount. The original rectangle remains unmodified.

The to be copied. This rectangle is not modified. The amount to inflate the copy of the rectangle horizontally. The amount to inflate the copy of the rectangle vertically. The inflated .

Returns a structure that represents the intersection of two rectangles. If there is no intersection, and empty is returned.

A rectangle to intersect. A rectangle to intersect. A third structure the size of which represents the overlapped area of the two specified rectangles.

Creates the smallest possible third rectangle that can contain both of two rectangles that form a union.

A rectangle to union. A rectangle to union. A third structure that contains both of the two rectangles that form the union.

This interface defines a list of String objects

A class to encapsulate all SvgTest functionality. Used by SVG elements as a helper class

Summary description for SvgTransform.

Summary description for SvgTransformList.

TODO: This class does not yet support custom views

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint.

The SvgDefsElement interface corresponds to the 'defs' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

The SvgDescElement interface corresponds to the 'desc' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The root object in the document object hierarchy of an Svg document.

When an 'svg' element is embedded inline as a component of a document from another namespace, such as when an 'svg' element is embedded inline within an XHTML document [XHTML], then an ISvgDocument object will not exist; instead, the root object in the document object hierarchy will be a Document object of a different type, such as an HTMLDocument object. However, an ISvgDocument object will indeed exist when the root element of the XML document hierarchy is an 'svg' element, such as when viewing a stand-alone SVG file (i.e., a file with MIME type "image/svg+xml"). In this case, the ISvgDocument object will be the root object of the document object model hierarchy. In the case where an SVG document is embedded by reference, such as when an XHTML document has an 'object' element whose href attribute references an SVG document (i.e., a document whose MIME type is "image/svg+xml" and whose root element is thus an 'svg' element), there will exist two distinct DOM hierarchies. The first DOM hierarchy will be for the referencing document (e.g., an XHTML document). The second DOM hierarchy will be for the referenced SVG document. In this second DOM hierarchy, the root object of the document object model hierarchy is an ISvgDocument object. The ISvgDocument interface contains a similar list of attributes and methods to the HTMLDocument interface described in the Document Object Model (HTML) Level 1 chapter of the [DOM1] specification.

Namespace URI to map to the xml prefix

Entities URIs corrections are cached here. Currently consists in mapping '_' to '' (nothing)

Semaphore to access _entitiesUris

Root where resources are embedded

Namespace resolution event delegate.

URI resolution event delegate

Occurs when a namespace is being resolved.

Occurs when an URI is resolved (always).

Get or sets the dots per inch at which the objects should be rendered.

The current dots per inch value. Loads an XML document.Loads the specified XML data.

Note The Load method always preserves significant white space. The PreserveWhitespace property determines whether or not white space is preserved. The default is false, whites space is not preserved.

Loads the XML document from the specified URL.

URL for the file containing the XML document to load.

Loads the XML document from the specified stream but with the specified base URL

Base URL for the stream from which the XML document is loaded. The stream containing the XML document to load.

Loads the XML document from the specified TextReader.

Loads the XML document from the specified stream.

The stream containing the XML document to load.

Given a transformed resource name, find a possible existing resource.

The URI.

Handles DynamicXmlUrlResolver GettingEntity event.

The absolute URI. The of object to return.

Gets the URI direct.

The path. The of object to return.

Handles DynamicXmlResolver Resolve event.

The relative URI.

Gets/create an XML parser context, with predefined namespaces

Handles DynamicXmlNamespaceManager Resolve event.

The prefix.

Creates the validating XML reader.

The URI.

Creates the validating XML reader.

The text reader.

Creates the validating XML reader.

The URI. The stream.

Creates the validating XML reader.

The XML reader.

The title of the document which is the text content of the first child title element of the 'svg' root element.

Returns the URI of the page that linked to this page. The value is an empty string if the user navigated to the page directly (not through a link, but, for example, via a bookmark).

The domain name of the server that served the document, or a null string if the server cannot be identified by a domain name.

The root 'svg' element in the document hierarchy

This implements the interface, which corresponds to the 'g' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

SvgStyleableElement is an extension to the Svg DOM to create a class for all elements that are styleable.

The SvgStyleElement interface corresponds to the 'style' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

A key interface definition is the interface, which is the interface that corresponds to the 'svg' element. This interface contains various miscellaneous commonly-used utility methods, such as matrix operations and the ability to control the time of redraw on visual rendering devices. extends ViewCSS and DocumentCSS to provide access to the computed values of properties and the override style sheet as described in DOM2.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Corresponds to attribute x on the given 'svg' element.

Corresponds to attribute y on the given 'svg' element.

Corresponds to attribute width on the given 'svg' element.

Corresponds to attribute height on the given 'svg' element.

Corresponds to attribute contentScriptType on the given 'svg' element

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

Corresponds to attribute contentStyleType on the given 'svg' element.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The position and size of the viewport (implicit or explicit) that corresponds to this 'svg' element. When the user agent is actually rendering the content, then the position and size values represent the actual values when rendering. The position and size values are unitless values in the coordinate system of the parent element. If no parent element exists (i.e., 'svg' element represents the root of the document tree), if this SVG document is embedded as part of another document (e.g., via the HTML 'object' element), then the position and size are unitless values in the coordinate system of the parent document. (If the parent uses CSS or XSL layout, then unitless values represent pixel units for the current CSS or XSL viewport, as described in the CSS2 specification.) If the parent element does not have a coordinate system, then the user agent should provide reasonable default values for this attribute. The object itself and its contents are both readonly.

Size of a pixel units (as defined by CSS2) along the x-axis of the viewport, which represents a unit somewhere in the range of 70dpi to 120dpi, and, on systems that support this, might actually match the characteristics of the target medium. On systems where it is impossible to know the size of a pixel, a suitable default pixel size is provided.

Corresponding size of a pixel unit along the y-axis of the viewport.

User interface (UI) events in DOM Level 2 indicate the screen positions at which the given UI event occurred. When the user agent actually knows the physical size of a "screen unit", this attribute will express that information; otherwise, user agents will provide a suitable default value such as .28mm.

Corresponding size of a screen pixel along the y-axis of the viewport.

The initial view (i.e., before magnification and panning) of the current innermost SVG document fragment can be either the "standard" view (i.e., based on attributes on the 'svg' element such as fitBoxToViewport) or to a "custom" view (i.e., a hyperlink into a particular 'view' or other element - see Linking into SVG content: URI fragments and SVG views). If the initial view is the "standard" view, then this attribute is false. If the initial view is a "custom" view, then this attribute is true.

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute.

The definition of the initial view (i.e., before magnification and panning) of the current innermost SVG document fragment. The meaning depends on the situation: * If the initial view was a "standard" view, then: o the values for viewBox, preserveAspectRatio and zoomAndPan within currentView will match the values for the corresponding DOM attributes that are on SVGSVGElement directly o the values for transform and viewTarget within currentView will be null * If the initial view was a link into a 'view' element, then: o the values for viewBox, preserveAspectRatio and zoomAndPan within currentView will correspond to the corresponding attributes for the given 'view' element o the values for transform and viewTarget within currentView will be null * If the initial view was a link into another element (i.e., other than a 'view'), then: o the values for viewBox, preserveAspectRatio and zoomAndPan within currentView will match the values for the corresponding DOM attributes that are on SVGSVGElement directly for the closest ancestor 'svg' element o the values for transform within currentView will be null o the viewTarget within currentView will represent the target of the link * If the initial view was a link into the SVG document fragment using an SVG view specification fragment identifier (i.e., #svgView(...)), then: o the values for viewBox, preserveAspectRatio, zoomAndPan, transform and viewTarget within currentView will correspond to the values from the SVG view specification fragment identifier The object itself and its contents are both readonly.

This attribute indicates the current scale factor relative to the initial view to take into account user magnification and panning operations, as described under Magnification and panning. DOM attributes currentScale and currentTranslate are equivalent to the 2x3 matrix [a b c d e f] = [currentScale 0 0 currentScale currentTranslate.x currentTranslate.y]. If "magnification" is enabled (i.e., zoomAndPan="magnify"), then the effect is as if an extra transformation were placed at the outermost level on the SVG document fragment (i.e., outside the outermost 'svg' element).

NO_MODIFICATION_ALLOWED_ERR: Raised on an attempt to change the value of a readonly attribute

This function is super useful, calculates out the transformation matrix (i.e., scale and translate) of the viewport to user space.

A Matrix which has the translate and scale portions set.

The corresponding translation factor that takes into account user "magnification".

Takes a time-out value which indicates that redraw shall not occur until: (a) the corresponding unsuspendRedraw(suspend_handle_id) call has been made, (b) an unsuspendRedrawAll() call has been made, or (c) its timer has timed out. In environments that do not support interactivity (e.g., print media), then redraw shall not be suspended. suspend_handle_id = suspendRedraw(max_wait_milliseconds) and unsuspendRedraw(suspend_handle_id) must be packaged as balanced pairs. When you want to suspend redraw actions as a collection of SVG DOM changes occur, then precede the changes to the SVG DOM with a method call similar to suspend_handle_id = suspendRedraw(max_wait_milliseconds) and follow the changes with a method call similar to unsuspendRedraw(suspend_handle_id). Note that multiple suspendRedraw calls can be used at once and that each such method call is treated independently of the other suspendRedraw method calls.

The amount of time in milliseconds to hold off before redrawing the device. Values greater than 60 seconds will be truncated down to 60 seconds. A number which acts as a unique identifier for the given suspendRedraw() call. This value must be passed as the parameter to the corresponding unsuspendRedraw() method call.

Cancels a specified suspendRedraw() by providing a unique suspend_handle_id.

A number which acts as a unique identifier for the desired suspendRedraw() call. The number supplied must be a value returned from a previous call to suspendRedraw() This method will raise a with value NOT_FOUND_ERR if an invalid value (i.e., no such suspend_handle_id is active) for suspend_handle_id is provided.

Cancels all currently active suspendRedraw() method calls. This method is most useful at the very end of a set of SVG DOM calls to ensure that all pending suspendRedraw() method calls have been cancelled.

In rendering environments supporting interactivity, forces the user agent to immediately redraw all regions of the viewport that require updating.

Suspends (i.e., pauses) all currently running animations that are defined within the SVG document fragment corresponding to this 'svg' element, causing the animation clock corresponding to this document fragment to stand still until it is unpaused.

Unsuspends (i.e., unpauses) currently running animations that are defined within the SVG document fragment, causing the animation clock to continue from the time at which it was suspended.

Returns true if this SVG document fragment is in a paused state

Boolean indicating whether this SVG document fragment is in a paused state.

The current time in seconds relative to the start time for the current SVG document fragment.

Returns the list of graphics elements whose rendered content intersects the supplied rectangle, honoring the 'pointer-events' property value on each candidate graphics element.

The test rectangle. The values are in the initial coordinate system for the current 'svg' element. If not null, then only return elements whose drawing order has them below the given reference element. A list of Elements whose content intersects the supplied rectangle.

Returns the list of graphics elements whose rendered content is entirely contained within the supplied rectangle, honoring the 'pointer-events' property value on each candidate graphics element.

Returns true if the rendered content of the given element intersects the supplied rectangle, honoring the 'pointer-events' property value on each candidate graphics element.

The element on which to perform the given test. The test rectangle. The values are in the initial coordinate system for the current 'svg' element. True or false, depending on whether the given element intersects the supplied rectangle.

Returns true if the rendered content of the given element is entirely contained within the supplied rectangle, honoring the 'pointer-events' property value on each candidate graphics element.

The element on which to perform the given test The test rectangle. The values are in the initial coordinate system for the current 'svg' element. True or false, depending on whether the given element is enclosed by the supplied rectangle.

Unselects any selected objects, including any selections of text strings and type-in bars.

Creates an SVGNumber object outside of any document trees. The object is initialized to a value of zero.

An SVGNumber object.

Creates an SVGLength object outside of any document trees. The object is initialized to the value of 0 user units.

An SVGLength object.

Creates an SVGAngle object outside of any document trees. The object is initialized to the value 0 degrees (unitless).

An SVGAngle object.

Creates an SVGPoint object outside of any document trees. The object is initialized to the point (0,0) in the user coordinate system.

An SVGPoint object.

Creates an SVGMatrix object outside of any document trees. The object is initialized to the identity matrix.

An SVGMatrix object.

Creates an SVGRect object outside of any document trees. The object is initialized such that all values are set to 0 user units.

An SVGRect object.

Creates an SVGTransform object outside of any document trees. The object is initialized to an identity matrix transform (SVG_TRANSFORM_MATRIX).

An SVGTransform object.

Creates an SVGTransform object outside of any document trees. The object is initialized to the given matrix transform (i.e., SVG_TRANSFORM_MATRIX).

The transform matrix. An SVGTransform object.

Searches this SVG document fragment (i.e., the search is restricted to a subset of the document tree) for an Element whose id is given by elementId. If an Element is found, that Element is returned. If no such element exists, returns null. Behavior is not defined if more than one element has this id.

The unique id value for an element. The matching element.

The SvgSwitchElement interface corresponds to the 'switch' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Corresponds to attribute x on the given 'svg' element.

Corresponds to attribute y on the given 'svg' element.

Corresponds to attribute width on the given 'svg' element.

Corresponds to attribute height on the given 'svg' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

The SvgTitleElement interface corresponds to the 'title' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

For each given element, the accumulation of all transformations that have been defined on the given element and all of its ancestors up to and including the element that established the current viewport (usually, the 'svg' element which is the most immediate ancestor to the given element) is called the current transformation matrix or CTM.

A matrix representing the mapping of current user coordinates to viewport coordinates.

Create and assign an empty SvgDocument to this window. This is needed only in situations where the library user needs to create an SVG DOM tree outside of the usual LoadSvgDocument mechanism.

This is expected to be called by the host

The new width of the control The new height of the control

Arguments when namespace is trying to be resolved

Gets or sets the prefix (for example: 'rdf')

The prefix.

Gets or sets the URI (for example: 'http://www.w3.org/1999/02/22-rdf-syntax-ns#'). This value may have already been initialized, it's up to the application to check if it wants to override the resolution

The URI.

Arguments when URI is trying to be resolved while loading schema

Gets or sets the URI (for example: 'http://www.w3.org/2000/svg'). This value may have already been initialized, it's up to the application to check if it wants to override the resolution

The URI.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

This function is super useful, calculates out the transformation matrix (i.e., scale and translate) of the viewport to user space.

A Matrix which has the translate and scale portions set.

The implementation of the radialGradient element or the interface.

Radial Gradient fx/fy values should only be inherited from a referenced element if that element is explicitly defining them, otherwise they should follow the cy special case behavior. Additionally, because xlink references can inherit to an arbitrary level, we should walk up the tree looking for explicitly defined fx/fy values to inherit before falling back to the cx/cy definitions.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

An SVG object represents an 'solidcolor' element in the DOM.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Summary description for SvgStopElement.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

This defines a base class used by the component transfer function interfaces.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Corresponds to attribute 'type' on the given element.

type = "identity | table | discrete | linear | gamma" Indicates the type of component transfer function. The type of function determines the applicability of the other attributes. An enumeration of the type . The default value is .

Corresponds to attribute 'tableValues' on the given element.

tableValues = "(list of numbers)"

When type="linear", the slope of the linear function.

slope = "number" The initial value for slope is 1.

When type="linear", the intercept of the linear function.

slope = "number" The initial value for intercept is 0.

When type="gamma", the amplitude of the gamma function.

amplitude = "number" The initial value for amplitude is 1.

When type="gamma", the exponent of the gamma function.

exponent = "number" The initial value for exponent is 1.

When type="gamma", the offset of the gamma function.

offset = "number" The initial value for offset is 0.

This filter blends two objects together using commonly used imaging software blending modes. It performs a pixel-wise combination of two input images.

One of the blend modes defined by 'Compositing and Blending Level 1' with the input in representing the source Cs and the second input in2 representing the backdrop Cb. The output of this filter primitive Cm is the result of blending Cs with Cb.

mode = "blend-mode" An enumeration of the type . The default value is .

Corresponds to attribute in on the given feBlend element.

Corresponds to attribute in2 on the given feBlend element.

An enumeration of the type . The default value is .

Corresponds to attribute in on the given feBlend element.

Corresponds to attribute in on the given feBlend element.

An enumeration of the type . The default value is .

Corresponds to attribute in on the given feBlend element.

Corresponds to attribute in2 on the given feBlend element.

This applies a matrix convolution filter effect. A convolution combines pixels in the input image with neighboring pixels to produce a resulting image. A wide variety of imaging operations can be achieved through convolutions, including blurring, edge detection, sharpening, embossing and beveling.

Determines how to extend the input image as necessary with color values so that the matrix operations can be applied when the kernel is positioned at or near the edge of the input image.

edgeMode = "duplicate | wrap | none" An enumeration of the type . The default value is . "duplicate" indicates that the input image is extended along each of its borders as necessary by duplicating the color values at the given edge of the input image. "wrap" indicates that the input image is extended by taking the color values from the opposite edge of the image. "none" indicates that the input image is extended with pixel values of zero for R, G, B and A. If attribute 'edgeMode' is not specified, then the effect is as if a value of duplicate were specified.

bias = "number" After applying the 'kernelMatrix' to the input image to yield a number and applying the 'divisor', the 'bias' attribute is added to each component. One application of 'bias' is when it is desirable to have .5 gray value be the zero response of the filter. The bias property shifts the range of the filter. This allows representation of values that would otherwise be clamped to 0 or 1. If 'bias' is not specified, then the effect is as if a value of 0 were specified.

divisor = number After applying the to the input image to yield a number, that number is divided by 'divisor' to yield the final destination color value. A divisor that is the sum of all the matrix values tends to have an evening effect on the overall color intensity of the result. It is an error to specify a divisor of zero. The default value is the sum of all values in , with the exception that if the sum is zero, then the divisor is set to 1.

kernelMatrix = "list of numbers" The list of numbers that make up the kernel matrix for the convolution. Values are separated by space characters and/or a comma. The number of entries in the list must equal times .

Corresponds to attribute 'kernelUnitLength' on the given 'feConvolveMatrix' element.

Indicates the number of cells in each dimension for 'kernelMatrix'.

order = "number-optional-number" The values provided must be integers greater than zero. The first number, , indicates the number of columns in the matrix. The second number, , indicates the number of rows in the matrix. If is not provided, it defaults to . A typical value is order="3". It is recommended that only small values(e.g., 3) be used; higher values may result in very high CPU overhead and usually do not produce results that justify the impact on performance. If the attribute is not specified, the effect is as if a value of 3 were specified.

Indicates the number of cells in each dimension for 'kernelMatrix'.

Determines the positioning in X of the convolution matrix relative to a given target pixel in the input image.

targetX = "integer" The leftmost column of the matrix is column number zero. The value must be such that: By default, the convolution matrix is centered in X over each pixel of the input image (i.e., targetX = floor ( orderX / 2 )).

Determines the positioning in Y of the convolution matrix relative to a given target pixel in the input image.

targetY = "integer" The leftmost column of the matrix is column number zero. The value must be such that: By default, the convolution matrix is centered in Y over each pixel of the input image (i.e., targetY = floor ( orderY / 2 )).

preserveAlpha = "false | true"

Corresponds to attribute in on the given feDiffuseLighting element.

Corresponds to attribute 'surfaceScale' on the given 'feDiffuseLighting' element.

surfaceScale = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified.

Corresponds to attribute 'diffuseConstant' on the given 'feDiffuseLighting' element.

diffuseConstant = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified.

Corresponds to attribute 'kernelUnitLength' on the given 'feDiffuseLighting' element.

This filter primitive uses the pixels values from the image from 'in2' to spatially displace the image from 'in'.

Corresponds to attribute in on the given feBlend element.

Corresponds to attribute in2 on the given feBlend element.

Displacement scale factor. The amount is expressed in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

scale = "number" When the value of this attribute is 0, this operation has no effect on the source image. If the attribute is not specified, then the effect is as if a value of 0 were specified.

Indicates which channel from 'in2' to use to displace the pixels in 'in' along the x-axis.

xChannelSelector = "R | G | B | A" An enumeration of the type . The default value is . If attribute 'xChannelSelector' is not specified, then the effect is as if a value of A were specified.

Indicates which channel from 'in2' to use to displace the pixels in 'in' along the y-axis.

yChannelSelector = "R | G | B | A" An enumeration of the type . The default value is . If attribute 'yChannelSelector' is not specified, then the effect is as if a value of A were specified.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Direction angle for the light source on the XY plane (clockwise), in degrees from the x axis.

Corresponds to attribute 'azimuth' on the given 'feDistantLight' element. azimuth = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified.

Direction angle for the light source from the XY plane towards the z axis, in degrees. Note the positive Z-axis points towards the viewer of the content.

Corresponds to attribute 'elevation' on the given 'feDistantLight' element. elevation = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified.

Corresponds to attribute in on the given feBlend element.

This filter primitive performs a Gaussian blur on the input image.

Corresponds to attribute in on the given feBlend element.

The standard deviation for the blur operation. If two numbers are provided, the first number represents a standard deviation value along the x-axis of the coordinate system established by attribute 'primitiveUnits' on the 'filter' element. The second value represents a standard deviation in Y. If one number is provided, then that value is used for both X and Y. A negative value is an error(see Error processing). A value of zero disables the effect of the given filter primitive(i.e., the result is the filter input image). If 'stdDeviation' is 0 in only one of X or Y, then the effect is that the blur is only applied in the direction that has a non-zero value.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Corresponds to attribute in on the given feBlend element.

Corresponds to attribute in on the given feBlend element.

A keyword indicating whether to erode (i.e., thin) or dilate (fatten) the source graphic.

operator = "erode | dilate" An enumeration of the type . The default value is . If attribute 'operator' is not specified, then the effect is as if a value of erode were specified.

The radius (or radii) for the operation. If two numbers are provided, the first number represents a x-radius and the second value represents a y-radius. If one number is provided, then that value is used for both X and Y. The values are in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element. A negative value is an error(see Error processing). A value of zero disables the effect of the given filter primitive(i.e., the result is a transparent black image). If the attribute is not specified, then the effect is as if a value of 0 were specified.

Corresponds to attribute in on the given feBlend element.

The amount to offset the input graphic along the x-axis. The offset amount is expressed in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

dx = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'dx' on the given 'feOffset' element.

The amount to offset the input graphic along the y-axis. The offset amount is expressed in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

dy = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'dy' on the given 'feOffset' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

X location for the light source in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

x = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'x' on the given 'fePointLight' element.

Y location for the light source in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

y = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'y' on the given 'fePointLight' element.

Z location for the light source in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element, assuming that, in the initial coordinate system, the positive Z-axis comes out towards the person viewing the content and assuming that one unit along the Z-axis equals one unit in X and Y.

z = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'z' on the given 'fePointLight' element.

This filter primitive lights a source graphic using the alpha channel as a bump map. The resulting image is an RGBA image based on the light color. The lighting calculation follows the standard specular component of the Phong lighting model. The resulting image depends on the light color, light position and surface geometry of the input bump map. The result of the lighting calculation is added. The filter primitive assumes that the viewer is at infinity in the z direction (i.e., the unit vector in the eye direction is (0,0,1) everywhere).

Corresponds to attribute in on the given feBlend element.

surfaceScale = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified. Corresponds to attribute 'surfaceScale' on the given 'feSpecularLighting' element.

specularConstant = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified. Corresponds to attribute 'specularConstant' on the given 'feSpecularLighting' element.

specularExponent = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified. Corresponds to attribute 'specularExponent' on the given 'feSpecularLighting' element.

Corresponds to attribute 'kernelUnitLength' on the given 'feSpecularLighting' element.

The first number is the dx value. The second number is the dy value. If the dy value is not specified, it defaults to the same value as dx. Indicates the intended distance in current filter units (i.e., units as determined by the value of attribute 'primitiveUnits') for dx and dy, respectively, in the surface normal calculation formulas. By specifying value(s) for 'kernelUnitLength', the kernel becomes defined in a scalable, abstract coordinate system. If 'kernelUnitLength' is not specified, the dx and dy values should represent very small deltas relative to a given (x,y) position, which might be implemented in some cases as one pixel in the intermediate image offscreen bitmap, which is a pixel-based coordinate system, and thus potentially not scalable. For some level of consistency across display media and user agents, it is necessary that a value be provided for at least one of 'filterRes' and 'kernelUnitLength'.

Corresponds to attribute 'kernelUnitLength' on the given 'feSpecularLighting' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

X location for the light source in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

x = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'x' on the given 'feSpotLight' element.

Y location for the light source in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element.

y = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'y' on the given 'feSpotLight' element.

z = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'z' on the given 'feSpotLight' element.

X location in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element of the point at which the light source is pointing.

pointsAtX = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'pointsAtX' on the given 'feSpotLight' element.

Y location in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element of the point at which the light source is pointing.

pointsAtY = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'pointsAtY' on the given 'feSpotLight' element.

Z location in the coordinate system established by attribute 'primitiveUnits' on the 'filter' element of the point at which the light source is pointing, assuming that, in the initial coordinate system, the positive Z-axis comes out towards the person viewing the content and assuming that one unit along the Z-axis equals one unit in X and Y.

pointsAtZ = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. Corresponds to attribute 'pointsAtZ' on the given 'feSpotLight' element.

Exponent value controlling the focus for the light source.

specularExponent = "number" If the attribute is not specified, then the effect is as if a value of 1 were specified. Corresponds to attribute 'specularExponent' on the given 'feSpotLight' element.

A limiting cone which restricts the region where the light is projected. No light is projected outside the cone. 'limitingConeAngle' represents the angle in degrees between the spot light axis (i.e. the axis between the light source and the point to which it is pointing at) and the spot light cone. User agents should apply a smoothing technique such as anti-aliasing at the boundary of the cone.

limitingConeAngle = "number" If no value is specified, then no limiting cone will be applied. Corresponds to attribute 'limitingConeAngle' on the given 'feSpotLight' element.

Corresponds to attribute in on the given feBlend element.

This filter primitive creates an image using the Perlin turbulence function. It allows the synthesis of artificial textures like clouds or marble.

Corresponds to attribute 'baseFrequency' on the given 'feTurbulence' element. Contains the X component of the 'baseFrequency' attribute.

baseFrequency = "number-optional-number" If the attribute is not specified, then the effect is as if a value of 0 were specified. The base frequency (frequencies) parameter(s) for the noise function. If two numbers are provided, the first number represents a base frequency in the X direction and the second value represents a base frequency in the Y direction. If one number is provided, then that value is used for both X and Y. A negative value for base frequency is an error (see Error processing).

Corresponds to attribute 'baseFrequency' on the given 'feTurbulence' element. Contains the Y component of the (possibly computed automatically) 'baseFrequency' attribute.

baseFrequency = "number-optional-number" If the attribute is not specified, then the effect is as if a value of 0 were specified.

The numOctaves parameter for the noise function.

numOctaves = "integer" If the attribute is not specified, then the effect is as if a value of 1 were specified. Corresponds to attribute 'numOctaves' on the given 'feTurbulence' element.

The starting number for the pseudo random number generator.

seed = "number" If the attribute is not specified, then the effect is as if a value of 0 were specified. When the seed number is handed over to the algorithm above it must first be truncated, i.e. rounded to the closest integer value towards zero. Corresponds to attribute 'seed' on the given 'feTurbulence' element.

Corresponds to attribute 'stitchTiles' on the given 'feTurbulence' element.

stitchTiles = "stitch | noStitch" An enumeration of the type . The default value is . If stitchTiles="noStitch", no attempt it made to achieve smooth transitions at the border of tiles which contain a turbulence function. Sometimes the result will show clear discontinuities at the tile borders. If stitchTiles = "stitch", then the user agent will automatically adjust baseFrequency-x and baseFrequency-y values such that the feTurbulence node's width and height (i.e., the width and height of the current subregion) contains an integral number of the Perlin tile width and height for the first octave. The baseFrequency will be adjusted up or down depending on which way has the smallest relative (not absolute) change as follows: Given the frequency, calculate lowFreq=floor(width*frequency)/width and hiFreq=ceil(width*frequency)/width. If then use lowFreq, else use hiFreq. While generating turbulence values, generate lattice vectors as normal for Perlin Noise, except for those lattice points that lie on the right or bottom edges of the active area (the size of the resulting tile). In those cases, copy the lattice vector from the opposite edge of the active area. If attribute 'stitchTiles' is not specified, then the effect is as if a value of noStitch were specified.

Indicates whether the filter primitive should perform a noise or turbulence function.

type = "fractalNoise | turbulence" An enumeration of the type . The default value is . Corresponds to attribute 'type' on the given 'feTurbulence' element. If attribute 'type' is not specified, then the effect is as if a value of turbulence were specified.

An implementation of the interface, which corresponds to the 'filter' element.

A filter effect is a graphical operation that is applied to an element as it is drawn into the document. It is an image-based effect, in that it takes zero or more images as input, a number of parameters specific to the effect, and then produces an image as output. The output image is either rendered into the document instead of the original element, used as an input image to another filter effect, or provided as a CSS image value. Filter Region A filter element can define a filter region on the canvas to which a given filter effect applies and can provide a resolution for any intermediate continuous tone images used to process any raster-based filter primitives. The filter element has the following attributes which work together to define the filter region: , , , ,

This keyword represents the graphics elements that were the original input into the filter element.

This keyword represents the back drop defined by the current isolation group behind the filter region at the time that the filter element was invoked.

Same as BackgroundImage except only the alpha channel is used. See SourceAlpha and the isolation property.

This keyword represents the value of the fill property on the target element for the filter effect.

This keyword represents the value of the stroke property on the target element for the filter effect.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value definining the coordinate system for attributes , , , .

filterUnits = "userSpaceOnUse | objectBoundingBox" If the value is equal to , x, y, width, height represent values in the current user coordinate system in place at the time when the filter element is referenced (i.e., the user coordinate system for the element referencing the filter element via a filter property). If the value is equal to , then x, y, width, height represent fractions or percentages of the bounding box on the referencing element (see object bounding box units). The initial value for filter-units is .

Gets a value specifying the coordinate system for the various length values within the filter primitives and for the attributes that define the filter primitive subregion.

primitiveUnits = "userSpaceOnUse | objectBoundingBox" If the value is equal to , any length values within the filter definitions represent values in the current local coordinate system in place at the time when the filter element is referenced (i.e., the user coordinate system for the element referencing the filter element via a filter property). If the value is equal to , then any length values within the filter definitions represent fractions or percentages of the bounding box on the referencing element (see object bounding box units). Note that if only one number was specified in a number-optional-number value this number is expanded out before the primitive-units computation takes place. The initial value for primitive-units is .

The contains the X component of attribute 'filterRes'. The 'filterRes' indicates the width and height of the intermediate images in pixels of a filter primitive.

This value takes one or two values, the first one outlining the resolution in horizontal direction, the second one in vertical direction. If only one value is specified, it is used for both directions. The 'filterRes' attribute was removed from the SVG 2 specification.

The contains the X component of attribute 'filterRes'. The 'filterRes' indicates the width and height of the intermediate images in pixels of a filter primitive.

Sets the values for attribute 'filterRes'.

The X component of attribute 'filterRes'. The Y component of attribute 'filterRes'.

This is class for filter primitive attributes that are available for all filter primitives:

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The minimum x coordinate for the subregion which restricts calculation and rendering of the given filter primitive.

x = length-percentage The initial value is 0%.

The minimum y coordinate for the subregion which restricts calculation and rendering of the given filter primitive.

y = length-percentage The initial value is 0%.

The width of the subregion which restricts calculation and rendering of the given filter primitive.

width = length-percentage A negative or zero value disables the effect of the given filter primitive (i.e., the result is a transparent black image). The initial value is 100%.

The height of the subregion which restricts calculation and rendering of the given filter primitive.

height = length-percentage A negative or zero value must disable the effect of the given filter primitive (i.e., the result is a transparent black image). The initial value is 100%.

This is an custom-ident and an assigned name for this filter primitive.

result = filter-primitive-reference If supplied, then graphics that result from processing this filter primitive can be referenced by an in attribute on a subsequent filter primitive within the same filter element. If no value is provided, the output will only be available for re-use as the implicit input into the next filter primitive if that filter primitive provides no value for its in attribute.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Sets the value of attribute orient to 'auto'.

Sets the value of attribute orient to the given angle.

The angle value to use for attribute orient.

Corresponds to attribute refX on the given 'marker' element.

Corresponds to attribute refY on the given 'marker' element.

Corresponds to attribute markerUnits on the given 'marker' element.

Corresponds to attribute markerWidth on the given 'marker' element

Corresponds to attribute markerHeight on the given 'marker' element.

Corresponds to attribute orient on the given 'marker' element. One of the Marker Orientation Types defined above.

Corresponds to attribute orient on the given 'marker' element. If markerUnits is SVG_MARKER_ORIENT_ANGLE, the angle value for attribute orient; otherwise, it will be set to zero.

This interface must be implemented and then registred as the handler of a PathParser instance in order to be notified of parsing events.

Invoked when the path starts.

if an error occured while processing the path

Invoked when the path ends.

if an error occured while processing the path

Invoked when a relative moveto command has been parsed. Command : m

the relative x coordinate for the end point the relative y coordinate for the end point if an error occured while processing the path

Invoked when an absolute moveto command has been parsed. Command : M

the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

Invoked when a closepath has been parsed. Command : z | Z

if an error occured while processing the path

Invoked when a relative line command has been parsed. Command : l

the relative x coordinates for the end point the relative y coordinates for the end point if an error occured while processing the path

Invoked when an absolute line command has been parsed. Command : L

the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

Invoked when an horizontal relative line command has been parsed. Command : h

the relative X coordinate of the end point if an error occured while processing the path

Invoked when an horizontal absolute line command has been parsed. Command : H

the absolute X coordinate of the end point if an error occured while processing the path

Invoked when a vertical relative line command has been parsed. Command : v

the relative Y coordinate of the end point if an error occured while processing the path

Invoked when a vertical absolute line command has been parsed. Command : V

the absolute Y coordinate of the end point if an error occured while processing the path

Invoked when a relative cubic bezier curve command has been parsed. Command : c

the relative x coordinate for the first control point the relative y coordinate for the first control point the relative x coordinate for the second control point the relative y coordinate for the second control point the relative x coordinate for the end point the relative y coordinate for the end point if an error occured while processing the path

Invoked when an absolute cubic bezier curve command has been parsed. Command : C

the absolute x coordinate for the first control point the absolute y coordinate for the first control point the absolute x coordinate for the second control point the absolute y coordinate for the second control point the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

Invoked when a relative smooth cubic bezier curve command has been parsed. The first control point is assumed to be the reflection of the second control point on the previous command relative to the current point. Command : s

the relative x coordinate for the second control point the relative y coordinate for the second control point the relative x coordinate for the end point the relative y coordinate for the end point if an error occured while processing the path

Invoked when an absolute smooth cubic bezier curve command has been parsed. The first control point is assumed to be the reflection of the second control point on the previous command relative to the current point. Command : S

the absolute x coordinate for the second control point the absolute y coordinate for the second control point the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

Invoked when a relative quadratic bezier curve command has been parsed. Command : q

the relative x coordinate for the control point the relative y coordinate for the control point the relative x coordinate for the end point the relative x coordinate for the end point if an error occured while processing the path

Invoked when an absolute quadratic bezier curve command has been parsed. Command : Q

the absolute x coordinate for the control point the absolute y coordinate for the control point the absolute x coordinate for the end point the absolute x coordinate for the end point if an error occured while processing the path

Invoked when a relative smooth quadratic bezier curve command has been parsed. The control point is assumed to be the reflection of the control point on the previous command relative to the current point. Command : t

the relative x coordinate for the end point the relative y coordinate for the end point if an error occured while processing the path

Invoked when an absolute smooth quadratic bezier curve command has been parsed. The control point is assumed to be the reflection of the control point on the previous command relative to the current point. Command : T

the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

Invoked when a relative elliptical arc command has been parsed. Command : a

the X axis radius for the ellipse the Y axis radius for the ellipse the rotation angle in degrees for the ellipse's X-axis relative to the X-axis the value of the large-arc-flag the value of the sweep-flag the relative x coordinate for the end point the relative y coordinate for the end point if an error occured while processing the path

Invoked when an absolute elliptical arc command has been parsed. Command : A

the X axis radius for the ellipse the Y axis radius for the ellipse the rotation angle in degrees for the ellipse's X-axis relative to the X-axis the value of the large-arc-flag the value of the sweep-flag the absolute x coordinate for the end point the absolute y coordinate for the end point if an error occured while processing the path

This interface must be implemented and then registred as the handler of a PointsParser instance in order to be notified of parsing events.

Invoked when the points attribute starts.

if an error occured while processing the points

Invoked when a point has been parsed.

the x coordinate of the point the y coordinate of the point if an error occured while processing the points

Invoked when the points attribute ends.

if an error occured while processing the points

This class represents a parser with support for numbers.

Array of powers of ten. Using double instead of float gives a tiny bit more precision.

Parses the content of the buffer and converts it to a float.

Computes a float from mantissa and exponent.

This class is the superclass of all parsers. It provides localization and error handling methods.

The normalizing reader.

The current character.

Returns the current character value.

Parses the given string.

Method responsible for actually parsing data after AbstractParser has initialized itself.

Signals an error to the error handler.

The message key in the resource bundle. The message arguments.

simple api to call often reported error. Just a wrapper for reportError().

what caller expected what caller found

simple api to call often reported error. Just a wrapper for reportError().

what the caller found and didnt expect

Returns a localized error message.

The message key in the resource bundle. The message arguments.

Skips the whitespaces in the current reader.

Skips the whitespaces and an optional comma.

This class implements an event-based parser for the SVG path's d attribute values.

The path handler used to report parse events.

Creates a new PathParser.

Allows an application to register a path handler. If the application does not register a handler, all events reported by the parser will be silently ignored. Applications may register a new or different handler in the middle of a parse, and the parser must begin using the new handler immediately.

The transform list handler.

Parses a 'm' command.

Parses a 'M' command.

Parses a 'l' command.

Parses a 'L' command.

Parses a 'h' command.

Parses a 'H' command.

Parses a 'v' command.

Parses a 'V' command.

Parses a 'c' command.

Parses a 'C' command.

Parses a 'q' command.

Parses a 'Q' command.

Parses a 's' command.

Parses a 'S' command.

Parses a 't' command.

Parses a 'T' command.

Parses a 'a' command.

Parses a 'A' command.

Skips a sub-path.

Skips the whitespaces and an optional comma.

true if comma was skipped.

This class implements an event-based parser for the SVG points attribute values (used with polyline and polygon elements).

The points handler used to report parse events.

Whether the last character was a 'e' or 'E'.

Creates a new PointsParser.

Gets or sets an application implementation to register a points handler.

The transform list handler. If the application does not register a handler, all events reported by the parser will be silently ignored. Applications may register a new or different handler in the middle of a parse, and the parser must begin using the new handler immediately.

Parses the current stream.

This class represents a which handles strings.

The characters.

The length of the string.

The index of the next character.

The current line in the stream.

The current column in the stream.

Creates a new StringNormalizingReader.

The string to read.

Read a single character. This method will block until a character is available, an I/O error occurs, or the end of the stream is reached.

Returns the current line in the stream.

Returns the current column in the stream.

Close the stream.

This class represents a reader which normalizes the line break: \n, \r, \r\n are replaced by \n. The methods of this reader are not synchronized. The input is buffered.

Read characters into a portion of an array.

Destination buffer Offset at which to start writing characters Maximum number of characters to read The number of characters read, or -1 if the end of the stream has been reached

Gets the current line in the stream.

Gets the current column in the stream.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Summary description for SvgPathSegLinetoAbs.

Summary description for SvgPathSegClosePath.

Summary description for SvgPathSegCurvetoCubicRel.

Summary description for SvgPathSegCurvetoCubicSmoothAbs.

Summary description for SvgPathSegCurvetoCubicAbs.

The SvgPathSegCurvetoQuadraticSmoothAbs interface corresponds to an "absolute smooth quadratic curveto" (T) path data command.

The absolute X coordinate for the end point of this path segment.

The absolute Y coordinate for the end point of this path segment.

The SvgPathSegCurvetoQuadraticSmoothRel interface corresponds to an "relative smooth quadratic curveto" (t) path data command.

The absolute X coordinate for the end point of this path segment.

The absolute Y coordinate for the end point of this path segment.

Summary description for SvgMoveToSeg.

The SvgPathSegMovetoRel interface corresponds to an "relative moveto" (m) path data command.

The ISvgScriptElement interface corresponds to the 'script' element.

A 'script' element is equivalent to the 'script' element in HTML and thus is the place for scripts. Any functions defined within any 'script' element have a 'global' scope across the entire current document.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets or sets a value corresponding to the attribute 'type' on the given 'script' element.

A string specifying the script type.

Gets or sets a value corresponding to the attribute 'crossorigin' on the given 'script' element.

An enumeration specifying the CORS (Cross-Origin Resource Sharing) setting attributes. Possible values are anonymous, use-credentials and empty string. This is introduced in SVG 2.

The ISvgCircleElement interface corresponds to the 'circle' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

The SvgEllipseElement class corresponds to the 'ellipse' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

The SVGLineElement interface corresponds to the 'line' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

The SVGRectElement interface corresponds to the 'rect' element.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

This implements the interface corresponds to the 'altGlyphDef' element.

*Content model:* Either one or more 'glyphRef' elements, or In the simplest case, an 'altGlyphDef' contains one or more 'glyphRef' elements. Each 'glyphRef' element references a single glyph within a particular font. one or more 'altGlyphItem' elements. In the more complex case, an 'altGlyphDef' contains one or more 'altGlyphItem' elements. Each 'altGlyphItem' represents a candidate set of substitute glyphs. Each 'altGlyphItem' contains one or more 'glyphRef' elements. Each 'glyphRef' element references a single glyph within a particular font.

Initializes a new instance of the class with the specified parameters.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a value indicating whether this is a simple content model.

Returns if this element defines a simple content model that contains only 'glyphRef' elements, otherwise returns .

Gets the first child element with the name 'glyphRef'.

The first if matched. It returns a if there is no match.

Gets the with the specified name or ID.

The name or ID of the required . A specifying the 'glyphRef' element of the specifiied name or ID. This will always return , if the is .

Gets the with the specified name or ID.

The name or ID of the required . A specifying the 'altGlyphItem' element of the specifiied name or ID. This will always return , if the is .

The ISvgAltGlyphElement interface corresponds to the 'altGlyph' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Corresponds to attribute 'glyphRef attribute' on the given element.

It is read only attribute

Corresponds to attribute 'format' on the given element.

It is read only attribute

This implements the interface corresponds to the 'altGlyphItem' element.

*Content model:* One or more 'glyphRef' elements. The 'altGlyphItem' element defines a candidate set of possible glyph substitutions. The first 'altGlyphItem' element whose referenced glyphs are all available is chosen. Its glyphs are rendered instead of the character(s) that are inside of the referencing 'altGlyph' element.

Initializes a new instance of the class with the specified parameters.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets the with the specified name or ID.

The name or ID of the required . A specifying the 'glyphRef' element of the specifiied name or ID.

The SvgFontElement interface corresponds to the 'font' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets or sets the default horizontal advance after rendering a glyph in horizontal orientation.

Glyph widths are required to be non-negative, even if the glyph is typically rendered right-to-left, as in Hebrew and Arabic scripts.

Gets or sets X-coordinate in the font coordinate system of the origin of a glyph to be used when drawing horizontally oriented text

Note that the origin applies to all glyphs in the font. If the attribute is not specified, the effect is as if a value of '0' were specified.

Gets or sets the Y-coordinate in the font coordinate system of the origin of a glyph to be used when drawing horizontally oriented text.

Note that the origin applies to all glyphs in the font. If the attribute is not specified, the effect is as if a value of '0' were specified.

Gets or sets the

Gets or sets the default X-coordinate in the font coordinate system of the origin of a glyph to be used when drawing vertically oriented text.

If the attribute is not specified, the effect is as if the attribute were set to half of the effective value of attribute ‘horiz-adv-x’.

Gets or sets the default Y-coordinate in the font coordinate system of the origin of a glyph to be used when drawing vertically oriented text.

If the attribute is not specified, the effect is as if the attribute were set to the position specified by the font's ‘ascent’ attribute.

This is an extension attribute for externally defined fonts with its unicode-range in 'defs' tag. The unicode-range value is lost in the current processing method.

The SvgFontFaceElement interface corresponds to the 'font-face' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

attribute name = "alphabetic" {number}

attribute name = "ascent" {number}

attribute name = "ascent-height" {number}

attribute name = "descent" {number}

Indicates which font family is to be used to render the text.

attribute name = "font-family" {string}

Refers to the size of the font from baseline to baseline when multiple lines of text are set solid in a multiline layout environment.

attribute name = "font-size" {string}

Refers to the style of the font.

attribute name = "font-style" {string}

Refers to the varient of the font.

attribute name = "font-variant" {string}

Refers to the boldness of the font.

attribute name = "font-weight" {string}

attribute name = "font-stretch" {string}

attribute name = "panose-1" {string}

attribute name = "unicode-range" {{urange} [, {urange}]*>

attribute name = "units-per-em" {number}

attribute name = "x-height" {number}

Gets the distance from the baseline to the top of an English lowercase letter for a typeface. The distance excludes ascenders.

A that indicates the distance from the baseline to the top of an English lowercase letter (excluding ascenders), expressed as a fraction of the font em size. attribute name = "cap-height" {number}

Gets a value that indicates the distance from the baseline to the strikethrough for the typeface.

A that indicates the strikethrough position, measured from the baseline and expressed as a fraction of the font em size. attribute name = "strikethrough-position" {number}

Gets a value that indicates the thickness of the strikethrough relative to the font em size.

A that indicates the strikethrough thickness, expressed as a fraction of the font em size. attribute name = "strikethrough-thickness" {number}

Gets a value that indicates the distance of the underline from the baseline for the typeface.

A that indicates the underline position, measured from the baseline and expressed as a fraction of the font em size. attribute name = "underline-position" {number}

Gets a value that indicates the thickness of the underline relative to the font em size for the typeface.

A that indicates the underline thickness, expressed as a fraction of the font em size. attribute name = "underline-thickness" {number}

Gets a value that indicates the distance of the overline from the baseline for the typeface.

A that indicates the overline position, measured from the baseline and expressed as a fraction of the font em size. attribute name = "overline-position" {number}

Gets a value that indicates the thickness of the overline relative to the font em size for the typeface.

A that indicates the overline thickness, expressed as a fraction of the font em size. attribute name = "overline-thickness" {number}

The interface corresponds to the font-face-format'' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgFontFaceNameElement interface corresponds to the 'font-face-name' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgFontFaceSrcElement interface corresponds to the 'font-face-src' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgFontFaceUriElement interface corresponds to the 'font-face-uri' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgGlyphElement interface corresponds to the 'glyph' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Gets a of path data.

Gets or sets.

The ISvgGlyphRefElement interface corresponds to the 'glyphRef' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Corresponds to attribute 'glyphRef attribute' on the given element.

It is read only attribute

Corresponds to attribute 'format' on the given element.

It is read only attribute

Corresponds to attribute 'x' on the given element.

It is read only attribute

Corresponds to attribute 'y' on the given element.

It is read only attribute

Corresponds to attribute 'dx' on the given element.

It is read only attribute

Corresponds to attribute 'dy' on the given element.

It is read only attribute

The SvgHKernElement interface corresponds to the 'hkern' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgKernElement is the base interface corresponds to the 'vkern' and 'hkern' elements.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

The SvgMissingGlyphElement interface corresponds to the 'missing-glyph' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Summary description for SvgTextAreaElement.

Summary description for SvgTextElement.

Summary description for SvgTextContentElement.

Gets a value providing a hint on the rendering defined by this element.

An enumeration of the specifying the rendering hint. This will always return

Summary description for SvgTextElement.

The implementation of the ISvgTextPathElement interface corresponds to the 'textPath' element.

The SvgTextPositioningElement interface is inherited by text-related interfaces: SvgTextElement, SvgTSpanElement, SvgTRefElement and SvgAltGlyphElement.

Summary description for SvgTRefElement.

The SvgTSpanElement interface corresponds to the 'tspan' element.

The SvgVKernElement interface corresponds to the 'vkern' element.

Gets a value indicating whether this SVG element is renderable.

This is if the element is renderable; otherwise, it is .

Marks resources root

Bit reading helpers.

Input byte buffer, consist of a ring-buffer and a "slack" region where bytes from the start of the ring-buffer are copied.

Input stream is finished.

Pre-fetched bits.

Current bit-reading position in accumulator.

Offset of next item in intBuffer.

Fills up the input buffer.

Fills up the input buffer. No-op if there are at least 36 bytes present after current position. After encountering the end of the input stream, 64 additional zero bytes are copied to the buffer.

Advances the Read buffer by 5 bytes to make room for reading next 24 bits.

Reads the specified number of bits from Read Buffer.

Initialize bit reader.

Initialize bit reader. Initialisation turns bit reader to a ready state. Also a number of bytes is prefetched to accumulator. Because of that this method may block until enough data could be read from input. BitReader POJO data source

API for Brotli decompression.

Static Huffman code for the code length code lengths.

Decodes a number in the range [0..255], by reading 1 - 11 bits.

Decodes the next Huffman code from bit-stream.

Reads next metablock header.

decoding state

Actual decompress implementation.

A decorator that decompresses brotli data. Not thread-safe.

Internal buffer used for efficient byte-by-byte reading.

Number of decoded but still unused bytes in internal buffer.

Next unused byte offset.

Decoder state.

Creates a wrapper that decompresses brotli data. For byte-by-byte reading () internal buffer with size is allocated and used. Will block the thread until first kilobyte of data of source is available.

underlying data source in case of corrupted data or source stream problems

Creates a wrapper that decompresses brotli data. For byte-by-byte reading () internal buffer of specified size is allocated and used. Will block the thread until first kilobyte of data of source is available.

compressed data source size of internal buffer used in case of byte-by-byte reading in case of corrupted data or source stream problems

compressed data source size of internal buffer used in case of byte-by-byte reading custom dictionary data; if not used in case of corrupted data or source stream problems

Unchecked exception used internally.

Associate input with decoder state.

uninitialized state without associated input compressed data source

Transformations on dictionary words.

Common context lookup table for all context modes.

Collection of static dictionary words.

Collection of static dictionary words. Dictionary content is loaded from binary resource when is executed for the first time. Consequently, it saves memory and CPU in case dictionary is not required. One possible drawback is that multiple threads that need dictionary data may be blocked (only once in each classworld). To avoid this, it is enough to call proactively.

"Initialization-on-demand holder idiom" implementation.

"Initialization-on-demand holder idiom" implementation. This static class definition is not initialized until the JVM determines that it must be executed (when the static method is invoked).

Utilities for building Huffman decoding tables.

Maximum possible Huffman table size for an alphabet size of 704, max code length 15 and root table bits 8.

Returns reverse(reverse(key, len) + 1, len).

Returns reverse(reverse(key, len) + 1, len). reverse(key, len) is the bit-wise reversal of the len least significant bits of key.

Stores in table[0], table[step], table[2 * step] .., table[end]. Assumes that end is an integer multiple of step.

histogram of bit lengths for the remaining symbols, code length of the next processed symbol. table width of the next 2nd level table.

Builds Huffman lookup table assuming code lengths are in symbol order.

Contains a collection of huffman trees with the same alphabet size.

The maximal alphabet size in this group.

Storage for Huffman lookup tables.

Offsets of distinct lookup tables in storage.

Initializes the Huffman tree group.

POJO to be initialised the maximal alphabet size in this group number of Huffman codes

Decodes Huffman trees from input stream and constructs lookup tables.

target POJO data source

Byte-to-int conversion magic.

Translates bytes to ints.

Translates bytes to ints. NB: intLen == 4 * byteSize! NB: intLen should be less or equal to intBuffer length.

Lookup tables to map prefix codes to value ranges.

Lookup tables to map prefix codes to value ranges. This is used during decoding of the block lengths, literal insertion lengths and copy lengths. Range represents values: [offset, offset + 2 ^ n_bits)

Enumeration of decoding state-machine.

A set of utility methods.

Fills byte array with zeroes.

Fills byte array with zeroes. Current implementation uses , so it should be used for length not less than 16. array to fill with zeroes the first byte to fill number of bytes to change

Fills int array with zeroes.

Fills int array with zeroes. Current implementation uses , so it should be used for length not less than 16. array to fill with zeroes the first item to fill number of item to change

Enumeration of all possible word transformations.

Enumeration of all possible word transformations. There are two simple types of transforms: omit X first/last symbols, two character-case transforms and the identity transform.

Inicializa una nueva instancia de la clase ZLibStream usando la secuencia y nivel de compresión especificados.

Secuencia que se va a comprimir Nivel de compresión

Inicializa una nueva instancia de la clase ZLibStream usando la secuencia y modo de compresión especificados.

Secuencia que se va a comprimir o descomprimir Modo de compresión

Inicializa una nueva instancia de la clase ZLibStream usando la secuencia y nivel de compresión especificados y, opcionalmente, deja la secuencia abierta.

Secuencia que se va a comprimir Nivel de compresión Indica si se debe de dejar la secuencia abierta después de comprimir la secuencia

Inicializa una nueva instancia de la clase ZLibStream usando la secuencia y modo de compresión especificados y, opcionalmente, deja la secuencia abierta.

Secuencia que se va a comprimir o descomprimir Modo de compresión Indica si se debe de dejar la secuencia abierta después de comprimir o descomprimir la secuencia

Check if the stream is in ZLib format

Stream to check Returns in case the stream is in ZLib format, otherwise returns or error.

Read the last 4 bytes of the stream as it is where is the CRC

Initialize the stream

Initialize the stream header in ZLib format

IRegisteredType is return by Container.Register and allows further configuration for the registration

Make registered type a singleton

Make registered type a per-scope type (single instance within a Scope)

Represents a scope in which per-scope objects are instantiated a single time

Inversion of control container handles dependency injection for registered types

Creates a new instance of IoC Container

Registers a factory function which will be called to resolve the specified interface

Interface to register Factory function

Registers an implementation type for the specified interface

Interface to register Implementing type

Returns the object registered for the given type

Type as registered with the container Instance of the registered type

Returns a value indicating whether the object type is registered or not.

Type as registered with the container Returns if the specified type is registered, otherwise; return .

Creates a new scope

Scope object

Disposes any objects owned by this container.

Extension methods for Container

Registers an implementation type for the specified interface

Interface to register This container instance Implementing type IRegisteredType object

Registers an implementation type for the specified interface

Interface to register Implementing type This container instance IRegisteredType object

Registers a factory function which will be called to resolve the specified interface

Interface to register This container instance Factory method IRegisteredType object

Registers a type

This container instance Type to register IRegisteredType object

Returns an implementation of the specified interface

Interface type This scope instance Object implementing the interface

Implementation wrapper for IJsSvgAnimationElement

Implementation wrapper for IJsSvgAnimateElement

Implementation wrapper for IJsSvgSetElement

Implementation wrapper for IJsSvgAnimateMotionElement

Implementation wrapper for IJsSvgMPathElement

Implementation wrapper for IJsSvgAnimateColorElement

Implementation wrapper for IJsSvgAnimateTransformElement

Implementation wrapper for IJsSvgAnimatedBoolean

Implementation wrapper for IJsSvgAnimatedString

Implementation wrapper for IJsSvgStringList

Implementation wrapper for IJsSvgAnimatedEnumeration

Implementation wrapper for IJsSvgAnimatedInteger

Implementation wrapper for IJsSvgNumber

Implementation wrapper for IJsSvgAnimatedNumber

Implementation wrapper for IJsSvgNumberList

Implementation wrapper for IJsSvgAnimatedNumberList

Implementation wrapper for IJsSvgLength

Implementation wrapper for IJsSvgAnimatedLength

Implementation wrapper for IJsSvgLengthList

Implementation wrapper for IJsSvgAnimatedLengthList

Implementation wrapper for IJsSvgAngle

Implementation wrapper for IJsSvgAnimatedAngle

Implementation wrapper for IJsSvgColor

Implementation wrapper for IJsSvgIccColor

Implementation wrapper for IJsSvgRect

Implementation wrapper for IJsSvgAnimatedRect

Implementation wrapper for IJsSvgUnitTypes

Implementation wrapper for IJsSvgRenderingIntent

Implementation wrapper for IJsSvgPoint

Implementation wrapper for IJsSvgPointList

Implementation wrapper for IJsSvgMatrix

Implementation wrapper for IJsSvgTransform

Implementation wrapper for IJsSvgTransformList

Implementation wrapper for IJsSvgAnimatedTransformList

Implementation wrapper for IJsSvgPreserveAspectRatio

Implementation wrapper for IJsSvgAnimatedPreserveAspectRatio

Implementation wrapper for IJsSvgAnimatedPathData

Implementation wrapper for IJsSvgAnimatedPoints

Implementation wrapper for IJsCssRuleList

Implementation wrapper for IJsCssRule

Implementation wrapper for IJsCssStyleRule

Implementation wrapper for IJsCssMediaRule

Implementation wrapper for IJsCssFontFaceRule

Implementation wrapper for IJsCssPageRule

Implementation wrapper for IJsCssImportRule

Implementation wrapper for IJsCssCharsetRule

Implementation wrapper for IJsCssUnknownRule

Implementation wrapper for IJsCssStyleDeclaration

Implementation wrapper for IJsCssValue

Implementation wrapper for IJsCssPrimitiveValue

Implementation wrapper for IJsCssValueList

Implementation wrapper for IJsRgbColor

Implementation wrapper for IJsRect

Implementation wrapper for IJsCounter

Implementation wrapper for IJsElementCssInlineStyle

Implementation wrapper for IJsCssStyleSheet

Implementation wrapper for IJsViewCss

Implementation wrapper for IJsDocumentCss

Implementation wrapper for IJsDomImplementationCss

IJsDomTimeStamp

Implementation wrapper for IJsDomImplementation

Implementation wrapper for IJsNode

Implementation wrapper for IJsNodeList

Implementation wrapper for IJsNamedNodeMap

Implementation wrapper for IJsCharacterData

Implementation wrapper for IJsAttr

Implementation wrapper for IJsElement

Implementation wrapper for IJsText

Implementation wrapper for IJsComment

Implementation wrapper for IJsCDataSection

Implementation wrapper for IJsDocumentType

Implementation wrapper for IJsNotation

Implementation wrapper for IJsEntity

Implementation wrapper for IJsEntityReference

Implementation wrapper for IJsProcessingInstruction

Implementation wrapper for IJsDocumentFragment

Implementation wrapper for IJsDocument

Implementation wrapper for IJsEventTarget

Implementation wrapper for IJsEventListener

Implementation wrapper for IJsEvent

Implementation wrapper for IJsDocumentEvent

Implementation wrapper for IJsUiEvent

Implementation wrapper for IJsMouseEvent

Implementation wrapper for IJsMutationEvent

Implementation wrapper for IJsSvgClipPathElement

Implementation wrapper for IJsSvgMaskElement

Implementation wrapper for IJsSvgFilterElement

Implementation wrapper for IJsSvgFilterPrimitiveStandardAttributes

Implementation wrapper for IJsSvgFEBlendElement

Implementation wrapper for IJsSvgFEColorMatrixElement

Implementation wrapper for IJsSvgFEComponentTransferElement

Implementation wrapper for IJsSvgComponentTransferFunctionElement

Implementation wrapper for IJsSvgFEFuncRElement

Implementation wrapper for IJsSvgFEFuncGElement

Implementation wrapper for IJsSvgFEFuncBElement

Implementation wrapper for IJsSvgFEFuncAElement

Implementation wrapper for IJsSvgFECompositeElement

Implementation wrapper for IJsSvgFEConvolveMatrixElement

Implementation wrapper for IJsSvgFEDiffuseLightingElement

Implementation wrapper for IJsSvgFEDistantLightElement

Implementation wrapper for IJsSvgFEPointLightElement

Implementation wrapper for IJsSvgFESpotLightElement

Implementation wrapper for IJsSvgFEDisplacementMapElement

Implementation wrapper for IJsSvgFEFloodElement

Implementation wrapper for IJsSvgFEGaussianBlurElement

Implementation wrapper for IJsSvgFEImageElement

Implementation wrapper for IJsSvgFEMergeElement

Implementation wrapper for IJsSvgFEMergeNodeElement

Implementation wrapper for IJsSvgFEMorphologyElement

Implementation wrapper for IJsSvgFEOffsetElement

Implementation wrapper for IJsSvgFESpecularLightingElement

Implementation wrapper for IJsSvgFETileElement

Implementation wrapper for IJsSvgFETurbulenceElement

Implementation wrapper for IJsGetSvgDocument

Implementation wrapper for IJsSvgCursorElement

Implementation wrapper for IJsSvgViewElement

Implementation wrapper for IJsSvgEvent

Implementation wrapper for IJsSvgZoomEvent

Implementation wrapper for IJsSvgDefinitionSrcElement

Implementation wrapper for IJsSvgMetadataElement

Implementation wrapper for IJsSvgForeignObjectElement

Implementation wrapper for IJsSvgElementInstance

Implementation wrapper for IJsSvgElementInstanceList

Implementation wrapper for IJsSvgColorProfileElement

Implementation wrapper for IJsSvgColorProfileRule

Creates a new scriptable wrapper for the specified object. Use this function instead of calling the JsObject constructor.

The object to wrap. It's type will be used as a key in a lookup for creating the correct wrappable type. A new scriptable object that has been created with a type corresponding to the wrappableObject's type.

Removes the wrapper and base object key value pair. This function is called by the JsObject destructor.

The key object that was wrapped, to be removed.

Builds the wrapper type table for static lookups

Base class for all wrappers

Base constructor, if used you must assign the baseObject after the call. This constructor should only be called internally. Higher order classes should construct new wrappers using the CreateWrapper function to allow for type lookups.

Base constructor, accepts the baseObject that will be wrapped with all inherited calls. This constructor should only be called internally. Higher order classes should construct new wrappers using the CreateWrapper function to allow for type lookups.

The object to wrap with a scriptable object.

Implementation wrapper for IJsSvgPathSeg

Implementation wrapper for IJsSvgPathSegClosePath

Implementation wrapper for IJsSvgPathSegMovetoAbs

Implementation wrapper for IJsSvgPathSegMovetoRel

Implementation wrapper for IJsSvgPathSegLinetoAbs

Implementation wrapper for IJsSvgPathSegLinetoRel

Implementation wrapper for IJsSvgPathSegCurvetoCubicAbs

Implementation wrapper for IJsSvgPathSegCurvetoCubicRel

Implementation wrapper for IJsSvgPathSegCurvetoQuadraticAbs

Implementation wrapper for IJsSvgPathSegCurvetoQuadraticRel

Implementation wrapper for IJsSvgPathSegArcAbs

Implementation wrapper for IJsSvgPathSegArcRel

Implementation wrapper for IJsSvgPathSegLinetoHorizontalAbs

Implementation wrapper for IJsSvgPathSegLinetoHorizontalRel

Implementation wrapper for IJsSvgPathSegLinetoVerticalAbs

Implementation wrapper for IJsSvgPathSegLinetoVerticalRel

Implementation wrapper for IJsSvgPathSegCurvetoCubicSmoothAbs

Implementation wrapper for IJsSvgPathSegCurvetoCubicSmoothRel

Implementation wrapper for IJsSvgPathSegCurvetoQuadraticSmoothAbs

Implementation wrapper for IJsSvgPathSegCurvetoQuadraticSmoothRel

Implementation wrapper for IJsSvgPathSegList

Implementation wrapper for IJsSvgPathElement

Implementation wrapper for IJsSvgRectElement

Implementation wrapper for IJsSvgCircleElement

Implementation wrapper for IJsSvgEllipseElement

Implementation wrapper for IJsSvgLineElement

Implementation wrapper for IJsSvgPolylineElement

Implementation wrapper for IJsSvgPolygonElement

Implementation wrapper for IJsTimeEvent

Implementation wrapper for IJsStyleSheet

Implementation wrapper for IJsStyleSheetList

Implementation wrapper for IJsMediaList

Implementation wrapper for IJsLinkStyle

Implementation wrapper for IJsDocumentStyle

Implementation wrapper for IJsSvgElement

Implementation wrapper for IJsSvgStylable

Implementation wrapper for IJsSvgLocatable

Implementation wrapper for IJsSvgTransformable

Implementation wrapper for IJsSvgTests

Implementation wrapper for IJsSvgLangSpace

Implementation wrapper for IJsSvgExternalResourcesRequired

Implementation wrapper for IJsSvgFitToViewBox

Implementation wrapper for IJsSvgZoomAndPan

Implementation wrapper for IJsSvgViewSpec

Implementation wrapper for IJsSvgUriReference

Implementation wrapper for IJsSvgCssRule

Implementation wrapper for IJsSvgDocument

Implementation wrapper for IJsSvgSvgElement

Implementation wrapper for IJsSvgGElement

Implementation wrapper for IJsSvgDefsElement

Implementation wrapper for IJsSvgDescElement

Implementation wrapper for IJsSvgTitleElement

Implementation wrapper for IJsSvgSymbolElement

Implementation wrapper for IJsSvgUseElement

Implementation wrapper for IJsSvgImageElement

Implementation wrapper for IJsSvgSwitchElement

Implementation wrapper for IJsSvgStyleElement

Implementation wrapper for IJsSvgPaint

Implementation wrapper for IJsSvgMarkerElement

Implementation wrapper for IJsSvgGradientElement

Implementation wrapper for IJsSvgLinearGradientElement

Implementation wrapper for IJsSvgRadialGradientElement

Implementation wrapper for IJsSvgStopElement

Implementation wrapper for IJsSvgPatternElement

Implementation wrapper for IJsSvgAElement

Implementation wrapper for IJsSvgScriptElement

Implementation wrapper for IJsSvgTextContentElement

Implementation wrapper for IJsSvgTextPositioningElement

Implementation wrapper for IJsSvgTextElement

Implementation wrapper for IJsSvgTSpanElement

Implementation wrapper for IJsSvgTRefElement

Implementation wrapper for IJsSvgTextPathElement

Implementation wrapper for IJsSvgAltGlyphElement

Implementation wrapper for IJsSvgAltGlyphDefElement

Implementation wrapper for IJsSvgAltGlyphItemElement

Implementation wrapper for IJsSvgGlyphRefElement

Implementation wrapper for IJsSvgFontElement

Implementation wrapper for IJsSvgGlyphElement

Implementation wrapper for IJsSvgMissingGlyphElement

Implementation wrapper for IJsSvgHKernElement

Implementation wrapper for IJsSvgVKernElement

Implementation wrapper for IJsSvgFontFaceElement

Implementation wrapper for IJsSvgFontFaceSrcElement

Implementation wrapper for IJsSvgFontFaceUriElement

Implementation wrapper for IJsSvgFontFaceFormatElement

Implementation wrapper for IJsSvgFontFaceNameElement

Implementation wrapper for IJsAbstractView

Implementation wrapper for IJsDocumentView

Implementation wrapper for IJsSvgWindow

A memory buffer with support for Big-Endian based data types conversions (bytes to/from integers).

Reads a number of characters from the current source Stream and writes the data to the target array at the specified index.

The source Stream to read from. Contains the array of characteres read from the source Stream. The starting index of the target array. The maximum number of characters to read from the source Stream. The number of characters read. The number will be less than or equal to count depending on the data available in the source Stream. Returns -1 if the end of the stream is reached.

Reads a number of characters from the current source TextReader and writes the data to the target array at the specified index.

The source TextReader to read from Contains the array of characteres read from the source TextReader. The starting index of the target array. The maximum number of characters to read from the source TextReader. The number of characters read. The number will be less than or equal to count depending on the data available in the source TextReader. Returns -1 if the end of the stream is reached.

UIntBase128 is a different variable length encoding of unsigned integers, suitable for values up to 2^32 - 1.

The font stream. The UIntBase128 encoded number A UIntBase128 encoded number is a sequence of bytes for which the most significant bit is set for all but the last byte, and clear for the last byte. The number itself is base 128 encoded in the lower 7 bits of each byte. Thus, a decoding procedure for a UIntBase128 is: start with value = 0. Consume a byte, setting value = old value times 128 + (byte bitwise-and 127). Repeat last step until the most significant bit of byte is false.

Read a 255UInt16, which is a variable-length encoding of an unsigned integer in the range 0 to 65535 inclusive.

A variable-length encoding of an unsigned short. This data type is intended to be used as intermediate representation of various font values, which are typically expressed as UInt16 but represent relatively small values.

Try to skip bytes in the input stream and return the actual number of bytes skipped.

Input stream that will be used to skip the bytes. Number of bytes to be skipped. Actual number of bytes skipped.

Skips a given number of characters into a given Stream.

The number of caracters to skip. The stream in which the skips are done. The number of characters skipped.

Writes the data to the specified file stream

Data to write File to write to

Writes the received string to the file stream

String of information to write File to write to

Reads a little endian small integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a big endian small integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a little endian small integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a big endian small integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a little endian integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a big endian integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a little endian integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a big endian integer.

The raw data buffer. The offset into the buffer where the int resides. The int read from the buffer at the offset location.

Reads a little endian 8 byte integer.

The raw data buffer. The offset into the buffer where the long resides. The long read from the buffer at the offset location.

Reads a little endian 8 byte integer.

The raw data buffer. The offset into the buffer where the long resides. The long read from the buffer at the offset location.

Reads a little endian 8 byte integer.

The raw data buffer. The offset into the buffer where the long resides. The long read from the buffer at the offset location.

Reads a little endian 8 byte integer.

The raw data buffer. The offset into the buffer where the long resides. The long read from the buffer at the offset location.

Reads a little endian float.

The raw data buffer. The offset into the buffer where the float resides. The float read from the buffer at the offset location.

Reads a big endian float.

The raw data buffer The offset into the buffer where the float resides The float read from the buffer at the offset location.

Reads a little endian double.

The raw data buffer. The offset into the buffer where the double resides. The double read from the buffer at the offset location.

Reads a big endian double.

The raw data buffer. The offset into the buffer where the double resides. The double read from the buffer at the offset location.

Writes the given short to the given buffer at the given location in big endian format.

the data buffer. the offset into the buffer where writing should occur. the short to write. the number of bytes written.

Writes the given short to the given buffer at the given location in big endian format.

the data buffer. the offset into the buffer where writing should occur. the short to write. the number of bytes written.

Writes the given integer to the given buffer at the given location in little endian format.

the data buffer the offset into the buffer where writing should occur the integer to write the number of bytes written.

Writes the given integer to the given buffer at the given location in big endian format.

the data buffer. the offset into the buffer where writing should occur. the integer to write. the number of bytes written.

Writes the given long to the given buffer at the given location in little endian format.

the data buffer the offset into the buffer where writing should occur the long to write the number of bytes written

Writes the given long to the given buffer at the given location in big endian format.

the data buffer the offset into the buffer where writing should occur. the long to write. the number of bytes written.

Writes the given double to the given buffer at the given location in little endian format.

the data buffer the offset into the buffer where writing should occur the double to write the number of bytes written

Writes the given double to the given buffer at the given location in big endian format.

the data buffer the offset into the buffer where writing should occur the double to write the number of bytes written

This writes the transformed WOFF2 font collection data to the TTC OpenType.

The strategy is to produce a layout similar to the simple layout used in the WOFF2 data structure and still confirm to the OpenType format.

Font Collection ID string: 'ttcf'

The Version of the TTC Header in the original font.

Major version of the TTC Header.

Minor version of the TTC Header.

The number of fonts in the collection.

Tag indicating that a DSIG table exists, 0x44534947 ('DSIG') (null if no signature)

The length (in bytes) of the DSIG table (null if no signature)

The offset (in bytes) of the DSIG table from the beginning of the TTC file (null if no signature)

The number of tables in this font

The "sfnt version" of the font

The index identifying an entry in the Table Directory for each table in this font (where the index of the first Table Directory entry is zero.)

This function stores just the point data. Coordinates packing algorithm based on the Google/woff2 sources.

Returns true on success.

File header with basic font type and version, along with offsets to metadata and private data blocks.

WOFF File Format 1.0 WOFF File Format 2.0

The Woff 1 or 2 signature

The "sfnt version" of the input font.

Total size of the WOFF file.

Number of entries in directory of font tables.

Reserved; set to zero.

Total size needed for the uncompressed font data, including the sfnt header, directory, and font tables (including padding).

WOFF2 only: Total length of the compressed data block.

Major version of the WOFF file.

Minor version of the WOFF file.

Offset to metadata block, from beginning of WOFF file.

Length of compressed metadata block.

Uncompressed size of metadata block.

Offset to private data block, from beginning of WOFF file.

Length of private data block.

The format version of the WOFF file. Possible values are 1 or 2.

Gets the W3C Specifications Format Version of the WOFF file.

Possible values are 1 or 2, for the Web Open Font Format 1 (WOFF1) and 2 (WOFF2).

Gets or set the signature field of the WOFF format header. The value is 0x774F4646 or 'wOFF'.

The signature field in the WOFF header must contain the "magic number" 0x774F4646. If the field does not contain this value, user agents MUST reject the file as invalid.

The "sfnt version" of the input font.

Total size of the WOFF file.

Number of entries in directory of font tables.

Reserved; set to zero.

Total size needed for the uncompressed font data, including the sfnt header, directory, and font tables (including padding).

WOFF 2 The value in the WOFF2 Header is intended to be used for reference purposes only. It may represent the size of the uncompressed input font file, but if the transformed 'glyf' and 'loca' tables are present, the uncompressed size of the reconstructed tables and the total decompressed font size may differ substantially from the original total size specified in the WOFF2 Header.

Major version of the WOFF file.

Minor version of the WOFF file.

Offset to metadata block, from beginning of WOFF file.

Length of compressed metadata block.

Uncompressed size of metadata block.

Offset to private data block, from beginning of WOFF file.

Length of private data block.

This is a writer wrapper, providing index access to the buffer (usually a fixed buffer).

Initializes a new instance of the class with an expandable capacity initialized to zero.

Initializes a new instance of the class with a non-resizable capacity initialized as specified.

The initial size of the internal array in bytes.

Initializes a new non-resizable instance of the class based on the specified region (index) of a byte array.

The array of unsigned bytes from which to create this stream. The index into buffer at which the stream begins. The length of the stream in bytes.

Gets the length of the stream in bytes.

The length of the stream in bytes.

Returns the array of unsigned bytes from which this stream was created.

The byte array from which this stream was created, or the underlying array if a byte array was not provided to the System.IO.MemoryStream constructor during construction of the current instance.

Writes an eight-byte signed integer to the current stream and advances the stream position by eight bytes.

The eight-byte signed integer to write. Returns if successful; otherwise, returns .

Writes an eight-byte unsigned integer to the current stream and advances the stream position by eight bytes.

The eight-byte unsigned integer to write. Returns if successful; otherwise, returns .

Writes a four-byte signed integer to the current stream and advances the stream position by four bytes.

The four-byte signed integer to write. Returns if successful; otherwise, returns .

Writes a four-byte unsigned integer to the current stream and advances the stream position by four bytes.

The four-byte unsigned integer to write. Returns if successful; otherwise, returns .

Writes a two-byte signed integer to the current stream and advances the stream position by two bytes.

The two-byte signed integer to write. Returns if successful; otherwise, returns .

Writes a two-byte signed integer to the current stream and advances the stream position by two bytes.

The two-byte signed integer to write. Returns if successful; otherwise, returns .

Writes a two-byte unsigned integer to the current stream and advances the stream position by two bytes.

The two-byte unsigned integer to write. Returns if successful; otherwise, returns .

Writes a signed byte to the current stream and advances the stream position by one byte.

The signed byte to write. Returns if successful; otherwise, returns .

Writes a signed byte array to the underlying stream.

A signed byte array containing the data to write. Returns if successful; otherwise, returns .

Writes a region of a signed byte array to the current stream.

A signed byte array containing the data to write. The starting point in buffer at which to begin writing. The number of signed bytes to write. Returns if successful; otherwise, returns .

Writes an unsigned byte to the current stream and advances the stream position by one byte.

The unsigned byte to write. Returns if successful; otherwise, returns .

Writes a byte array to the underlying stream.

A byte array containing the data to write. Returns if successful; otherwise, returns .

Writes a region of a byte array to the current stream.

A byte array containing the data to write. The starting point in buffer at which to begin writing. The number of bytes to write. Returns if successful; otherwise, returns .

Offset to metadata block, from beginning of WOFF file.

Length of compressed metadata block.

Uncompressed size of metadata block.

Offset to private data block, from beginning of WOFF file.

Length of private data block.

Initializes a new instance of the class with the specified bytes stream.

A object containing the bytes stream.

Initializes a new instance of the class with the specified bytes stream.

A object containing the bytes stream.

Gets or sets the position within the current stream.

The current position within the stream.

Gets the length in bytes of the stream.

A signed integer value representing the length of the stream in bytes.

Reads a unsigned byte from this stream and advances the current position of the stream by one byte.

A unsigned byte read from the current stream.

Reads a signed byte from this stream and advances the current position of the stream by one byte.

A signed byte read from the current stream.

Reads a 2-byte signed integer from the current stream and advances the current position of the stream by two bytes.

A 2-byte signed integer read from the current stream.

Reads a 2-byte unsigned integer from the current stream using little-endian encoding and advances the position of the stream by two bytes.

A 2-byte unsigned integer read from this stream.

Reads a 4-byte signed integer from the current stream and advances the current position of the stream by four bytes.

A 4-byte signed integer read from the current stream.

Reads a 4-byte unsigned integer from the current stream and advances the position of the stream by four bytes.

A 4-byte unsigned integer read from this stream.

Reads an 8-byte signed integer from the current stream and advances the current position of the stream by eight bytes.

An 8-byte signed integer read from the current stream.

Reads an 8-byte unsigned integer from the current stream and advances the position of the stream by eight bytes.

An 8-byte unsigned integer read from this stream.

UIntBase128 is a different variable length encoding of unsigned integers, suitable for values up to 2^32 - 1.

Read a 255UInt16, which is a variable-length encoding of an unsigned integer in the range 0 to 65535 inclusive.

Checksum of the uncompressed table.

Calculate checksum for all except for 'head'

Index of the font directory in the WOFF store order.

The format version of the WOFF file. Possible values are 1 or 2.

WOFF2: The table type and flags

4-byte sfnt table identifier.

Offset to the data, from beginning of WOFF file.

Length of the compressed data, excluding padding.

Length of the uncompressed table, excluding padding.

WOFF2: The transformed length (if applicable)

Checksum of the uncompressed table.

The padding to the next block.

Gets the W3C Specifications Format Version of the WOFF file.

Possible values are 1 or 2, for the Web Open Font Format 1 (WOFF1) and 2 (WOFF2).

4-byte sfnt table identifier.

Offset to the data, from beginning of WOFF file.

Length of the compressed data, excluding padding.

Length of the uncompressed table, excluding padding.

Checksum of the uncompressed table.

Offsets to specific elements in the underlying data, relative to the start of the table.

hhea — Horizontal Header Table.

The following parameters maybe affected due updates in table. advanceWidthMax - UFWORD Maximum advance width value in 'hmtx' table. minLeftSideBearing - FWORD Minimum left sidebearing value in 'hmtx' table for glyphs with contours (empty glyphs should be ignored). minRightSideBearing - FWORD Minimum right sidebearing value; calculated as Min(aw - (lsb + xMax - xMin)) for glyphs with contours (empty glyphs should be ignored). xMaxExtent - FWORD Max(lsb + (xMax - xMin)).

Offsets to specific elements in the underlying data, relative to the start of the table.

A class defining the Triplet Encoding used for simple glyph encoding in Compact Table Format (CTF).

A simple glyph defines all the contours and points that are used to create the glyph outline. Each point is presented in a {dx, dy, on/off-curve} triplet that is stored with the variable length encoding consuming 2 to 5 bytes per triplet. This class represents the data formats of flags[], (xCoordinate, yCoordinates)[] of the simple glyph data. The coordinate values of simple glyph outline points are calculated as follows:


                Xcoord[i] = (short)((Xsign)*(xCoordinate[i] + DeltaX[index]);
                Ycoord[i] = (short)((Ysign)*(xCoordinate[i] + DeltaY[index]);

Here is some pseudo-code illustrating how to read in the data:


            > ((byteCount * 8) - coordEncoding[index].xBits)
                ultmp &= ((1L << coordEncoding[index].xBits) - 1)
                dx = ultmp
            
                ultmp = data >> ((byteCount * 8) - coordEncoding[index].xBits - coordEncoding[index].yBits)
                ultmp &= ((1L << coordEncoding[index].yBits) - 1)
                dy = ultmp
            
                dx += coordEncoding[index].deltaX
                dy += coordEncoding[index].deltaY
            
                if (xIsNegative)
                    dx = -dx
            
                if (yIsNegative)
                    dy = -dy
            
                x = (x + dx)
                y = (y + dy)
            }
            ]]>

5.1. Transformed glyf table format. 5.6. The 'glyf' Table Translation.

Data types UInt32 32-bit (4-byte) unsigned integer in big-endian format UInt16 16-bit (2-byte) unsigned integer in big-endian format

The byte boundary.