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java.awt.image package.
See:
Description
| Interface Summary | |
|---|---|
| ComponentTransferFunction | Defines the interface expected from a component transfer function. |
| Light | Top level interface to model a light element. |
| TransferFunction | Defines the interface for all the ComponentTransferOp transfer
functions, which can all be converted to a lookup table |
| Class Summary | |
|---|---|
| AbstractLight | An abstract implementation of the Light interface. |
| ARGBChannel | Enumerated type for an ARGB Channel selector. |
| CompositeRule | This is a typesafe enumeration of the standard Composite rules for the CompositeRable operation. |
| ConcreteComponentTransferFunction | This class implements the interface expected from a component transfer function. |
| DiscreteTransfer | This class defines the Discrete type transfer function for the feComponentTransfer filter, as defined in chapter 15, section 11 of the SVG specification. |
| DistantLight | A light source placed at the infinity, such that the light angle is constant over the whole surface. |
| GammaTransfer | GammaTransfer.java This class defines the Gamma type transfer function for the feComponentTransfer filter, as defined in chapter 15, section 11 of the SVG specification. |
| GraphicsUtil | Set of utility methods for Graphics. |
| IdentityTransfer | IdentityTransfer.java This class defines the Identity type transfer function for the feComponentTransfer filter, as defined in chapter 15, section 11 of the SVG specification. |
| LinearTransfer | LinearTransfer.java This class defines the Linear type transfer function for the feComponentTransfer filter, as defined in chapter 15, section 11 of the SVG specification. |
| PadMode | This is a typesafe enumeration of the standard Composite rules for the CompositeRable operation. |
| PointLight | A light source which emits a light of constant intensity in all directions. |
| SpotLight | A light source which emits a light of constant intensity in all directions. |
| SVGComposite | This provides an implementation of all the composite rules in SVG. |
| SVGComposite.AlphaPreCompositeContext | |
| SVGComposite.AlphaPreCompositeContext_INT_PACK | |
| SVGComposite.ArithCompositeContext | |
| SVGComposite.ArithCompositeContext_INT_PACK | |
| SVGComposite.ArithCompositeContext_INT_PACK_LUT | |
| SVGComposite.AtopCompositeContext | |
| SVGComposite.AtopCompositeContext_INT_PACK | |
| SVGComposite.DarkenCompositeContext | |
| SVGComposite.DarkenCompositeContext_INT_PACK | |
| SVGComposite.InCompositeContext | |
| SVGComposite.InCompositeContext_INT_PACK | |
| SVGComposite.LightenCompositeContext | |
| SVGComposite.LightenCompositeContext_INT_PACK | |
| SVGComposite.MultiplyCompositeContext | The following classes implement the various blend modes from SVG. |
| SVGComposite.MultiplyCompositeContext_INT_PACK | |
| SVGComposite.OutCompositeContext | |
| SVGComposite.OutCompositeContext_INT_PACK | |
| SVGComposite.OverCompositeContext | This implements SRC_OVER for 4 band byte data. |
| SVGComposite.OverCompositeContext_INT_PACK | This implements SRC_OVER for Int packed data where the src is premultiplied. |
| SVGComposite.OverCompositeContext_INT_PACK_NA | This implements SRC_OVER for Int packed data and dest has no Alpha... |
| SVGComposite.OverCompositeContext_INT_PACK_UNPRE | This implements SRC_OVER for Int packed data where the src is unpremultiplied. |
| SVGComposite.OverCompositeContext_NA | This implements SRC_OVER for 4 band byte src data and 3 band byte dst data. |
| SVGComposite.ScreenCompositeContext | |
| SVGComposite.ScreenCompositeContext_INT_PACK | |
| SVGComposite.XorCompositeContext | |
| SVGComposite.XorCompositeContext_INT_PACK | |
| TableTransfer | TableTransfer.java This class defines the Table type transfer function for the feComponentTransfer filter, as defined in chapter 15, section 11 of the SVG specification. |
| URLImageCache | This class manages a cache of soft references to Images that we have already loaded. |
Contains extensions to the java.awt.image package. This
package provides convenient methods and some utility classes. These
generally bypass broken methods in Java2D or provide tweaked
implementations.
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