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RI_FRAMEBUFFER 168 RI_RGBA 168 Rotate() 168 Scale() 169 170 ShadingRate() 168 Sphere() 169 Surface() 168 TransformBegin() 169 170 TransformEnd() 169 170 Translate() 168 169 version used in this book 33 WorldBegin() 168 WorldEnd() 168 RenderMan and the BMRT 165 replacing alpha channel 230 replacing alpha value per pixel 232 representing data visually 61 Resize() 270 RGB 7, 247 coordinates 8 from HLS 287 from HSV 285 retrieving image data 235 RGB cube 8 to CMY 8 to CMYK 9 to grayscale 13 to HLS 9, 286 to HSV 9, 284 to YCbCr 12 to YIQ 12 to YUV 12 RGB data retrieving 235 RGB values rotating 211 212 RGBA 247 RIB 166 Roll() 271 Rotate() 271 rotating RGB values 211 212, 214

We ve still used <xsl:for-each> in a couple of other places within TVGuide4.xsl, so let s convert those instances in the same way as we ve done with the one that iterated over <Channel> elements. The next <xsl:for-each> is where we iterate over the <Program> elements, which is within the template that matches <Channel> elements. We can convert it by first replacing the <xsl:for-each> with an <xsl:apply-templates> element that has the same value for its select attribute: <xsl:template match="Channel"> <h2 class="channel"><xsl:value-of select="Name" /></h2> <xsl:apply-templates select="Program" /> </xsl:template> and then creating a template that matches <Program> elements. The new template has the same contents as the old <xsl:for-each> did: <xsl:template match="Program"> <div> <p> <span class="date"><xsl:value-of select="Start" /></span><br /> <span class="title"><xsl:value-of select="Series" /></span><br /> <xsl:value-of select="Description" /> <span onclick="toggle({Series}Cast);">[Cast]</span> </p> <div id="{Series}Cast" style="display: none;"> <ul class="castlist"> <xsl:for-each select="CastList/CastMember">

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S Sample() 271 saturation 10, 284, 286 287 scalability of graphics 16 Scale() 272 scaling 139 scatter graphs 70 Schroeder, Hassan 4 scientific graphs 61, 89 SDL::sdlpl 155 Segment() 272 Seitner, Patrick xix, 84 selecting a charting module 61 Set() 272 Shade() 273 Sharpen() 273 Shear() 273 Shrek 153 Signature() 273 Silicon Graphics Incorporated 32, 154 simple X-Y plot 77 81 Solaris 304 Solarize() 274 Southern Oscillation Index 61, 72, 96 Spread() 274 STDOUT 150 Stegano() 274 steganography 150 Stein, Lincoln 29, 40, 63, 90, 92 Stereo() 274 string formatting 280 SVG 19, 50, 58 59, 125, 186, 281, 288 SWIG 234 Swirl() 274 Sydney, Australia 73 T Tag Image File Format. See TIFF Tahiti 72 Term::Gnuplot 33, 55 change_term() 55

<xsl:value-of select="Character" /> </span> <span class="actor"> <xsl:value-of select="Actor" /> </span> </li> </xsl:for-each> </ul> </div> </div> </xsl:template> This template also contains an <xsl:for-each>, one that iterates over the <CastMember> element children of <CastList> elements. Again, we can replace this <xsl:for-each> with an <xsl:apply-templates>: <xsl:template match="Program"> <div> <p> <span class="date"><xsl:value-of select="Start" /></span><br /> <span class="title"><xsl:value-of select="Series" /></span><br /> <xsl:value-of select="Description" /> <span onclick="toggle({Series}Cast);">[Cast]</span> </p> <div id="{Series}Cast" style="display: none;"> <ul class="castlist"> <xsl:apply-templates select="CastList/CastMember" /> </ul> </div> </div> </xsl:template> and create a separate template that deals with giving output for <CastMember> elements: <xsl:template match="CastMember"> <li> <span class="character"><xsl:value-of select="Character" /></span> <span class="actor"><xsl:value-of select="Actor" /></span> </li> </xsl:template> We now have four templates in TVGuide5.xsl, matching The document node <Channel> elements <Program> elements <CastMember> elements If you run TVGuide5.xsl with TVGuide.xml, you should get exactly the same result as the original, simplified stylesheet. Splitting up the processing into separate templates hasn t changed the result of the transformation.

We ve seen that when you apply templates to a node, the XSLT processor tries to find the template that matches that node. But what happens when there isn t a template that matches a node For example, if we applied templates to the <Name> child of the <Channel> element, as follows, but didn t have a template to match the <Name> element: <xsl:template match="Channel"> <h2 class="channel"><xsl:apply-templates select="Name" /></h2> <xsl:apply-templates select="Program" /> </xsl:template> When the XSLT processor can t find a template to match the node that it s been told to process, it uses a built-in template. If you find that the result of your stylesheet includes text you didn t expect, chances are that it s due to the built-in templates. Just because there isn t a template for a particular node doesn t mean that the node s not processed. For elements, the built-in template is as follows: <xsl:template match="*"> <xsl:apply-templates /> </xsl:template> This template uses two bits of syntax that we haven t seen before: The match attribute of the template takes the value *. Templates with a match pattern of * match all elements. The <xsl:apply-templates> element doesn t have a select attribute. If you use <xsl:apply-templates> without a select attribute, the XSLT processor collects all the children of the current node (which is the node that the template matches) and applies templates to them. To see the effect of this, take another look at the part of the node tree containing the <Name> element, shown in Figure 3-6.

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