public void ApplyMaster(string name)
{
MasterSpread master = guide.GetMaster(name);
if (master != null)
{
page.AppliedMaster = guide.GetMaster(name);
}
}
void SetupSidebar()
{
if (sideBarMax > 0)
{
double maxWidth = 40;
double height = GetPage(0).contentBounds.height;
double topMargin = GetPage(0).contentBounds.top;
double top;
if (sideBarCount > sideBarMax)
{
Log("!! sideBarCount is bigger than sideBarMax");
}
double spacing = (height - maxWidth) / (sideBarMax - 1);
if (spacing > maxWidth)
{
spacing = maxWidth;
}
top = topMargin + spacing * (sideBarCount - 1);
MasterSpread master = GetMaster("A-Master");
TextFrames tfs = master.TextFrames;
foreach (TextFrame tf in tfs)
{
Bounds b = new Bounds(tf.GeometricBounds);
if (tf.Paragraphs.Count > 0)
{
Paragraph p = (Paragraph)tf.Paragraphs[1];
if (((ParagraphStyle)p.AppliedParagraphStyle).Name == "SideBar")
{
//double h = b.height;
b.top = top;
b.height = maxWidth;
tf.GeometricBounds = b.raw;
}
}
}
}
}
void ProcessHeader(XmlElement node)
{
string intro = GetAttr(node, "intro");
string name = GetAttr(node, "name");
string sun = GetAttr(node, "sun");
string rock = GetAttr(node, "rock");
string walk = GetAttr(node, "walk");
string history = GetAttr(node, "history");
string access = GetAttr(node, "access");
string acknowledgement = GetAttr(node, "acknowledgement");
GuideFrame frame = GetTextFrame(Mode.SingleColumn, FrameType.Multi, true);
frame.AddPara(name, "heading1", true);
frame.bounds.top -= 4;
frame.ApplyBounds();
frame.ResizeAndPaginate();
frame.bottomOffset += 2;
double bottomExtra = 0;
double iconTop = currentPage.GetNextTop();
bool done = false;
string graphPath = GetAttachmentPath("graph.pdf");
if (File.Exists(graphPath) && this.xml.SelectNodes("//climb").Count > 0)
{
Bounds graphBounds = new Bounds();
graphBounds.top = iconTop;
graphBounds.height = GRAPHSIZE;
graphBounds.left = currentPage.contentBounds.left;
graphBounds.width = GRAPHSIZE;
//PlaceImageInRect( graphPath, graphBounds, true, idPDFCrop.idCropContent);
PlaceImageInRect(graphPath, graphBounds, true, idPDFCrop.idCropContentAllLayers);
bottomExtra = graphBounds.bottom + 3;
done = true;
}
if (walk.Length > 0 || sun.Length > 0 || rock.Length > 0)
{
done = true;
iconTop = DoHeaderIcon(iconTop, "walk2.pdf", walk);
iconTop = DoHeaderIcon(iconTop, "sun2.pdf", sun);
iconTop = DoHeaderIcon(iconTop, "rock2.pdf", rock);
iconTop += 4;
}
if (done)
{
bottomExtra = Math.Max(iconTop, bottomExtra);
currentPage.nextTopMin = bottomExtra;
MasterSpread master = GetMaster("FP-Master");
// assume every rect needs moving
Rectangles rects = master.Rectangles;
foreach (Rectangle rect in rects)
{
Bounds b = new Bounds(rect.GeometricBounds);
b.bottom = bottomExtra - 2;
rect.GeometricBounds = b.raw;
}
}
else
{
frame.bottomOffset += 2;
}
//DoIndentedText(walk, "Walk");
//DoIndentedText(sun, "Sun");
//DoIndentedText(rock, "Rock");
DoIndentedText(acknowledgement, "Author");
DoIndentedText(intro, "Intro");
DoIndentedText(history, "History");
DoIndentedText(access, "Access");
currentPage.frames[currentPage.frames.Count - 1].bottomOffset += 1;
//currentPage.currentY += 3;
}