public virtual void testWebGrowthCompensation()
{
JDFElement.setLongID(false);
doc = new JDFDoc("JDF");
JDFNode n = doc.getJDFRoot();
JDFResourcePool rp = n.getCreateResourcePool();
JDFResource lo = n.addResource("Layout", EnumResourceClass.Parameter, EnumUsage.Input, null, null, null, null);
JDFLayout losh = (JDFLayout)lo.addPartition(EnumPartIDKey.SheetName, "Sheet1");
JDFLayout lofr = (JDFLayout)losh.addPartition(EnumPartIDKey.Side, EnumSide.Front.getName());
rp.appendXMLComment("LayoutShift SHOULD be partitioned: at least Side and Separation will make sense", null);
JDFResource los = n.addResource("LayoutShift", EnumResourceClass.Parameter, EnumUsage.Input, null, null, null, null);
los.appendXMLComment("Note that the interpolation algorithm between positions is implementation dependent", null);
los = los.addPartition(EnumPartIDKey.Side, "Front");
VString vSep = new VString("Cyan Magenta Yellow Black", " ");
for (int i = 0; i < 16; i++)
{
int x = 720 * (i % 4);
int y = 1000 * (i / 4);
int ord = i % 8;
JDFContentObject co = lofr.appendContentObject();
co.setOrd(ord);
co.setOrdID(i);
co.setCTM(new JDFMatrix(1, 0, 0, 1, x, y));
JDFMarkObject mo = lofr.appendMarkObject();
mo.setOrd(ord);
mo.setOrdID(i + 100);
mo.setCTM(new JDFMatrix(1, 0, 0, 1, x + 700, y + 900));
}
for (int j = 0; j < vSep.Count; j++)
{
KElement sepShift = los.addPartition(EnumPartIDKey.Separation, vSep.stringAt(j));
for (int i = 0; i < 16; i += 2)
{
int x = 720 * (i % 4);
int y = 1000 * (i / 4);
KElement shiftObject = sepShift.appendElement("ShiftPoint");
shiftObject.setAttribute("Position", new JDFXYPair(x + 360, y + 500).ToString());
shiftObject.setAttribute("CTM", new JDFMatrix(1, 0, 0, 1, j + i / 4, j + i % 4).ToString());
}
}
doc.write2File(sm_dirTestDataTemp + "WebgrowthPartition.jdf", 2, false);
}
public virtual void testCombinedVarnish()
{
JDFElement.setLongID(false);
JDFDoc d = new JDFDoc("JDF");
JDFNode n = d.getJDFRoot();
VString vCombiNodes = new VString("ConventionalPrinting Varnishing", " ");
VString vSeparations = new VString("Cyan Magenta Yellow Black Varnish", " ");
n.setCombined(vCombiNodes);
JDFConventionalPrintingParams cpp = (JDFConventionalPrintingParams)n.addResource(ElementName.CONVENTIONALPRINTINGPARAMS, null, EnumUsage.Input, null, null, null, null);
cpp.setModuleAvailableIndex(new JDFIntegerRangeList("1 ~ 6"));
cpp.setModuleIndex(new JDFIntegerRangeList("1 ~ 4 6"));
cpp.appendXMLComment("Module 0 and 7 are varnishing modules, 1-4 are process colors and 6 is the ink module used to varnish", null);
n.appendMatchingResource("Component", JDFNode.EnumProcessUsage.AnyOutput, null);
JDFExposedMedia xm = (JDFExposedMedia)n.appendMatchingResource("ExposedMedia", JDFNode.EnumProcessUsage.Plate, null);
n.appendNodeInfo();
JDFMedia media = xm.appendMedia();
media.setMediaType(EnumMediaType.Plate);
JDFInk ink = (JDFInk)n.appendMatchingResource("Ink", JDFNode.EnumProcessUsage.AnyInput, null);
JDFResource vp = n.addResource("VarnishingParams", EnumResourceClass.Parameter, EnumUsage.Input, null, null, null, null);
JDFExposedMedia xmVarnish = (JDFExposedMedia)n.addResource("ExposedMedia", null, EnumUsage.Input, null, null, null, null);
JDFMedia mediaVarnish = xmVarnish.appendMedia();
mediaVarnish.setAttribute("MediaType", "Sleeve");
JDFResourceLink rl = n.getLink(xmVarnish, null);
JDFColorantControl cc = (JDFColorantControl)n.appendMatchingResource(ElementName.COLORANTCONTROL, JDFNode.EnumProcessUsage.AnyInput, null);
cc.getCreateDeviceColorantOrder().appendXMLComment("Should the VarnishingParams seps be excluded, as is shown here?", null);
cc.getCreateDeviceColorantOrder().setSeparations(vSeparations);
rl.setCombinedProcessIndex(new JDFIntegerList("1"));
vSeparations.addAll(new VString("PreVarnish Varnish2", " "));
for (int i = 0; i < vSeparations.Count; i++)
{
string sep = vSeparations.stringAt(i);
ink.addPartition(EnumPartIDKey.Separation, sep);
if (!sep.Equals("PreVarnish") && !sep.Equals("Varnish2"))
{
xm.addPartition(EnumPartIDKey.Separation, sep);
}
if (sep.Equals("Varnish2"))
{
vp.appendXMLComment("full varnishing in a varnishing module with or wihtout a sleeve. Full varnishing means to cover the complete media surface.", null);
xmVarnish.addPartition(EnumPartIDKey.Separation, sep);
JDFResource varnishPart = vp.addPartition(EnumPartIDKey.Separation, sep);
varnishPart.setAttribute("ModuleIndex", "7");
varnishPart.setAttribute("VarnishMethod", "Sleeve");
varnishPart.setAttribute("VarnishArea", "Spot");
}
else if (sep.Equals("Varnish"))
{
vp.appendXMLComment("varnishing in a printing module only with a mandatory plate. The plate may be exposed or not, for example, for full varnihing. ", null);
// xmVarnish.addPartition(EnumPartIDKey.Separation, sep);
JDFResource varnishPart = vp.addPartition(EnumPartIDKey.Separation, sep);
varnishPart.setAttribute("ModuleIndex", "6");
varnishPart.setAttribute("VarnishMethod", "Plate");
varnishPart.setAttribute("VarnishArea", "Full");
}
else if (sep.Equals("PreVarnish"))
{
vp.appendXMLComment("varnishing in a varnishing module only with a mandatory prepared sleeve ", null);
xmVarnish.addPartition(EnumPartIDKey.Separation, sep);
JDFResource varnishPart = vp.addPartition(EnumPartIDKey.Separation, sep);
varnishPart.setAttribute("ModuleIndex", "0");
varnishPart.setAttribute("VarnishMethod", "Sleeve");
varnishPart.setAttribute("VarnishArea", "Full");
}
}
d.write2File(sm_dirTestDataTemp + "varnishing.jdf", 2, true);
}
