FMX.RS.SVG Namespace

TControlCrack

Represents type TControlCrack.

TReaderCrack

Represents type TReaderCrack.

TSVGClipPath

Represents a SVG 'clip-path' element. A clipping path is defined with a ‘clipPath’ element. A clipping path is used/referenced using the ‘clip-path’ property.
 
A ‘clipPath’ element can contain ‘path’ elements, ‘text’ elements, basic shapes (such as ‘circle’) or a ‘use’ element. If a ‘use’ element is a child of a ‘clipPath’ element, it must directly reference ‘path’, ‘text’ or basic shape elements.

TSVGCustomGradient

Base class for SVG gradient elements

TSVGCustomGroup

Base class for container elements in the RSCL

TSVGCustomViewBox

Base class for SVG viewbox elements, elements that an define a new viewport

TSVGDefs

Represents a SVG 'defs' element. The ‘defs’ element is a container element for referenced elements. For understandability and accessibility reasons, it is recommended that, whenever possible, referenced elements be defined inside of a ‘defs’.
 
The content model for ‘defs’ is the same as for the ‘ g’ element; thus, any element that can be a child of a ‘g’ can also be a child of a ‘defs’, and vice versa.
 
Elements that are descendants of a ‘defs’ are not rendered directly; they are prevented from becoming part of the rendering tree just as if the ‘defs’ element were a ‘g’ element and the ‘display’ property were set to none. Note, however, that the descendants of a ‘defs’ are always present in the source tree and thus can always be referenced by other elements; thus, the value of the ‘display’ property on the ‘defs’ element or any of its descendants does not prevent those elements from being referenced by other elements.

TSVGDocument

Represents a SVG 'svg' element. An SVG document fragment consists of any number of SVG elements contained within an ‘svg’ element. The TSVGDocument class represents the actual SVG.

The TSVGDocument class is the base class for parsing a SVG and generating TSVGxxxElement classes to describe the SVG. Use the TSVGDocument class to load an SVG and paint the SVG to a TCanvas.

TSVGDrawEventWrapper

Represents type TSVGDrawEventWrapper.

TSVGElement

Base class for SVG elements

SVG elements have a Owner , which specifies the SVG document that provides applicable styles, options, etc

SVG elements can have child elements, stored in the     Items property

SVG elements can have a Parent , which is the parent in the SVG hierarchy for inherited properties.

TSVGElementTable

Defines a hash table type where the keys are IDs and the values are the SVG elements

TSVGGradientStop

Represents the SVG 'stop' element. The ramp of colors to use on a gradient is defined by the ‘stop’ elements that are child elements to either the ‘linearGradient’ element or the ‘ radialGradient’ element.

TSVGGraphicElement

Base class for SVG elements that contain graphics. As such, the element contains graphical properties like location and width and height.

TSVGGroup

Represents a SVG 'g' element. The ‘g’ element is a container element for grouping together related graphics elements. A ‘g’ element can contain other ‘g’ elements nested within it, to an arbitrary depth

TSVGImage

Represents a SVG 'image' element. The ‘image’ element indicates that the contents of a complete file are to be rendered into a given rectangle within the current user coordinate system. The ‘ image’ element can refer to raster image files such as PNG or JPEG or to files with MIME type of "image/svg+xml".

The TSVGImage element supports SVG and bitmap (PNG, JPG, BMP, etc) format files.

TSVGLinearGradient

Represents a SVG linear gradient.

TSVGMarker

Represents a SVG 'marker' element. Properties inherit into the ‘ marker’ element from its ancestors; properties do not inherit from the element referencing the ‘marker’ element. ‘marker’ elements are never rendered directly; their only usage is as something that can be referenced using the ‘marker’, ‘marker-start’, ‘marker-end’ and ‘marker-mid’ properties. The ‘display’ property does not apply to the ‘marker’ element; thus, ‘marker’ elements are not directly rendered even if the ‘display’ property is set to a value other than none, and ‘marker’ elements are available for referencing even when the ‘display’ property on the ‘marker’ element or any of its ancestors is set to none.

TSVGMetadata

SVG Metadata element

TSVGPath

Represents a SVG 'path' element. A path is defined by including a ‘path’ element which contains a d="(path data)" attribute, where the ‘d’ attribute contains the moveto, line, curve (both cubic and quadratic Béziers), arc and closepath instructions.

TSVGPattern

Represents a SVG 'pattern' element. A pattern is used to fill or stroke an object using a pre-defined graphic object which can be replicated ("tiled") at fixed intervals in x and y to cover the areas to be painted. Patterns are defined using a ‘pattern’ element and then referenced by properties ‘fill’ and ‘stroke’ on a given graphics element to indicate that the given element shall be filled or stroked with the referenced pattern.
 
 

TSVGRadialGradient

Represents a SVG radial gradient.

TSVGScript

SVG script element. A ‘script’ element is equivalent to the ‘ script’ element in HTML and thus is the place for scripts (e.g., ECMAScript). Any functions defined within any ‘script’ element have a "global" scope across the entire current document.

TSVGStyle

Encapsulates a SVG style with presentation attributes

TSVGSwitch

Represent a SVG 'switch' element. The ‘switch’ element evaluates the ‘requiredFeatures’, ‘requiredExtensions’ and ‘systemLanguage’ attributes on its direct child elements in order, and then processes and renders the first child for which these attributes evaluate to true. All others will be bypassed and therefore not rendered. If the child element is a container element such as a ‘ g’, then the entire subtree is either processed/rendered or bypassed/not rendered.

TSVGSymbol

Represents a SVG 'symbol' element. The ‘symbol’ element is used to define graphical template objects which can be instantiated by a ‘use’ element.

TSVGUse

Represents a SVG 'use' element. Any ‘svg’, ‘symbol’, ‘g’, graphics element or other ‘use’ is potentially a template object that can be re-used (i.e., "instanced") in the SVG document via a ‘use’ element. The ‘use’ element references another element and indicates that the graphical contents of that element is included/ drawn at that given point in the document.
 
Unlike ‘ image’, the ‘use’ element cannot reference entire files.

TWriterCrack

Represents type TWriterCrack.

TSVGDrawEventWrapper.TDrawEvent

Represents type TDrawEvent.

TSVGCreateControlEvent

TSVGDrawingEvent

TSVGDrawingModificationEvent

TSVGDrawingQEvent

TSVGElementEvent

TSVGGraphicElementEvent

TSVGGraphicElementFoundEvent

TSVGParserNodeEvent

TSVGSaveElementEvent

TSVGSavingElementEvent

TSVGSenderControlElementEvent

TSVGShouldDrawQEvent

TSVGStyleEvent

TControlClass

Represents type TControlClass.

TSVGControlElementEvent

TSVGControlTypeClasses

Defines an array of control classes indexed by TSVGElementType

TSVGDrawingQEventRef

TSVGElementClass

Defines class of TSVGElement

TSVGElements

Defines a list of TSVGElement

TSVGElementTypeClasses

Defines an array of TSVGElement classes indexed by TSVGElementType

TSVGGradientList

Defines a TList of FMX.RS.SVG.TSVGCustomGradient

TSVGMarkerList

Defines a TList of FMX.RS.SVG.TSVGMarker

TSVGPatternList

Defines a TList of FMX.RS.SVG.TSVGPattern

TSVGShape

Represents an alias of the TShape type.

TSVGShapePath

Defines the path class type

TSVGStyles

Defines a hash table type where the keys are style names and the values are the SVG styles

TSVGStyleValues

Represents an alias of the TRSStringHashTable type.

SVGClasses

Defines the mapping between SVG element type and the class to use for representing that type

SVGControlClasses

Defines the mapping between SVG element type and the class to use for representing that type

CompactStringToSet(string)

Represents method CompactStringToSet(string).

DrawSVGToBitmap(TSVGBitmap,TSVGGraphicElement,Boolean)

Draw the SVG graphic element into the bitmap. The SVG is stretched to fill the bitmap so the bitmap should be resized properly beforehand. Use the ScaleSize method to figure out an appropriate size for the SVG element.

DrawSVGWrapped(TSVGCanvas,TSVGGraphicElement,TSVGRect,TSVGImageWrapMode,Single)

Draw the SVG to the canvas using the WrapMode and Scale

FindSVGClass(string)

Finds and returns a class that is derived from FMX.RS.SVG.TSVGElement .
 
Call FindSVGClass to locate a TSVGElement class type by name.
 

The FindSVGClass function searches the SVGClasses variable for a match given the class name. The TSVGElement class does not need to be registered to be found. If there is no match, an exception is raised.
 

GetElementType(TClass)

Returns the SVG element type for the input class (based on FMX.RS.SVG.SVGClasses variable)

GetSVGClass(string)

Returns a FMX.RS.SVG.TSVGElement-descendant class given its name.
 
Call GetSVGClass to obtain a TSVGElement class from a class name. This class can be used as a parameter to routines that require a class.

The GetSVGClass function searches the SVGClasses variable for a match given the class name. The TSVGElement class does not need to be registered to be found. If there is no match, the function returns nil.
 

GetWrapModeRect(TSVGGraphicElement,TSVGRect,TSVGImageWrapMode,Single)

Returns the rectangle based on the SVG, the input aRect (usually PaintBox1.ClientRect or something like that), and the WrapMode

SetToCompactString(TSVGStyleProperties)

Represents method SetToCompactString(TSVGStyleProperties).