This method considers the stroking of all polygons as an atomic operation in relation to the RenderState 's ::CompositeOperationy operation. That means, overlapping strokes from distinct polygons will look exactly as overlapping segments of the same polygon, even with transparency.

This method considers the stroking of all polygons as an atomic operation in relation to the RenderState 's ::CompositeOp operation. That means, overlapping strokes from distinct polygons will look exactly as overlapping segments of the same polygon, even with transparency.

This method considers the stroking of all polygons as an atomic operation in relation to the RenderState 's ::CompositeOp operation. That means, overlapping strokes from distinct polygons will look exactly as overlapping segments of the same polygon, even with transparency.

This method can be used to e.g. set a clipping which covers the same area as a stroke.

This method fills the given poly-polygon according to the RenderState 's color and the poly-polygon's fill rule.

This method fills the given poly-polygon according to the RenderState 's color, the given textures and poly-polygon's fill rule.

This method fills the given poly-polygon according to the RenderState 's color, the given textures and poly-polygon's fill rule. The texture is mapped to the poly-polygon's interior via the given texture mapping.

Kerning: a ::double between 0 and 1, where 0 completely disables kerning. Whether kerning is on or off by default is font-dependent. IsEmphasisMarks: a ::boolean , where true enables automatic placements of emphasis marks, e.g. for Hebrew. The default value, if this property is not specified, is false . ExpandedSpacing: a ::double value which is added between all cell distances for this font. The default value for this property is zero. Use negative values for condensed output, and positive values for expanded output. OptionalLayoutFeatures: a sequence of ::PropertyValue listing font-specific optional layout features, like glyph variants.

The local origin of this output operation is either the left end of the text baseline, for textDirection equal LEFT_TO_RIGHT, or the right end of the baseline, for textDirection equal to RIGHT_TO_LEFT, respectively.

The glyphs as represented by the text layout are always output with the reference position being the leftmost edge of the layout object's baseline. If the layout contains more than one baseline, the baseline of the first strong character in logical order is used here (strong in this context means that the character can be unambiguously assigned to a unicode script).

This method renders the bitmap, at a position and shape as specified by the combined view and render transformations. For fast render speed, the bitmap should be created by the corresponding XGraphicDevice 's XGraphicDevice::createCompatibleBitmap() method.

This method renders the bitmap, at a position and shape as specified by the combined view and render transformations. For fast render speed, the bitmap should be created by the corresponding XGraphicDevice 's XGraphicDevice::createCompatibleBitmap() method. The bitmap's color channel values are multiplied with the device color values as specified in the render state.

A graphic device provides methods specific to the underlying output device capabilities, which are common for all canvases rendering to such a device. This includes device resolution, color space, or bitmap formats.