Examples of org.apache.batik.ext.awt.image.Light

org.apache.batik.ext.awt.image.Light
Top level interface to model a light element. A light is responsible for computing the light vector on a given point of a surface. A light is typically in a 3 dimensional space and the methods assumes the surface is at elevation 0. @author Vincent Hardy @version $Id: Light.java,v 1.5 2005/03/27 08:58:32 cam Exp $


        // 'specularExponent' attribute - default is 1
        float specularExponent = convertSpecularExponent(filterElement);


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'kernelUnitLength' attribute
        // <!> FIXME: Why is it ignored ???


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'specularExponent' attribute - default is 1
        float specularExponent = convertSpecularExponent(filterElement);


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'kernelUnitLength' attribute
        // <!> FIXME: Why is it ignored ???


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'specularExponent' attribute - default is 1
        float specularExponent = convertSpecularExponent(filterElement);


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'kernelUnitLength' attribute
        // <!> FIXME: Why is it ignored ???


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'specularExponent' attribute - default is 1
        float specularExponent = convertSpecularExponent(filterElement, ctx);


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double[] kernelUnitLength = convertKernelUnitLength(filterElement, ctx);


        // 'in' attribute

View Full Code Here


        // 'kernelUnitLength' attribute
        // <!> FIXME: Why is it ignored ???


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double[] kernelUnitLength = convertKernelUnitLength(filterElement, ctx);


        // 'in' attribute

View Full Code Here


        // 'kernelUnitLength' attribute
        // <!> FIXME: Why is it ignored ???


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here


        // 'specularExponent' attribute - default is 1
        float specularExponent = convertSpecularExponent(filterElement);


        // extract the light definition from the filterElement's children list
        Light light = extractLight(filterElement, ctx);


        // 'kernelUnitLength' attribute
        double [] kernelUnitLength = convertKernelUnitLength(filterElement);


        // 'in' attribute

View Full Code Here

0 1

TOP

Related Classes of org.apache.batik.ext.awt.image.Light

org.apache.batik.bridge.SVGFeDiffuseLightingElementBridge

org.apache.batik.bridge.SVGFeSpecularLightingElementBridge

All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.