phpdftk API Documentation

ShadingType4 extends MeshShading
in package

Free-form Gouraud-shaded triangle mesh (ShadingType 4) — ISO 32000-2 §8.7.4.5.5.

Table of Contents

Properties

$antiAlias  : bool|null
$background  : PdfArray|null
$bbox  : PdfArray|null
$bitsPerComponent  : int
$bitsPerCoordinate  : int
$bitsPerFlag  : int
$colorSpace  : ColorSpace|PdfName|PdfArray
$data  : string
$decode  : PdfArray
$dictionary  : PdfDictionary
$function  : PdfReference|PdfArray|null
$generationNumber  : int
$objectNumber  : int

Methods

__construct()  : mixed
getShadingType()  : int
setFilter()  : void
Set a filter to encode/decode the stream data.
toIndirectObject()  : string
Wrap the object in an indirect object structure: X Y obj ... endobj
toPdf()  : string
Returns the stream body: dictionary, stream keyword, data, endstream.
populateCommon()  : void

Properties

$generationNumber

public int $generationNumber = 0

Methods

getShadingType()

public getShadingType() : int
Return values
int

setFilter()

Set a filter to encode/decode the stream data.

public setFilter(FilterInterface $filter, string $pdfFilterName) : void
Parameters
$filter : FilterInterface

The filter implementation

$pdfFilterName : string

The PDF filter name (e.g. 'FlateDecode', 'ASCII85Decode')

toIndirectObject()

Wrap the object in an indirect object structure: X Y obj ... endobj

public toIndirectObject() : string
Return values
string

toPdf()

Returns the stream body: dictionary, stream keyword, data, endstream.

public toPdf() : string

/Length is injected into the dictionary at serialization time. If a filter is set, the data is encoded before writing.

Return values
string 

        

        
    




    

    

                                

                

                                
    

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