public static (string real, string imag) NnAmplFileEntry(BandType band, int id, Spin spin)
{
switch (spin)
{
case Spin.Down:
return(
$"wf_amplitude_real_quantum_region_{band.ToString()}_2_0000_{id.ToString("0000")}",
$"wf_amplitude_imag_quantum_region_{band.ToString()}_2_0000_{id.ToString("0000")}");
default:
return(
$"wf_amplitude_real_quantum_region_{band.ToString()}_1_0000_{id.ToString("0000")}",
$"wf_amplitude_imag_quantum_region_{band.ToString()}_1_0000_{id.ToString("0000")}");
}
}
public BBands(int avgPeriod, BandType type)
: base(avgPeriod, type.ToString())
{
_type = type;
}
public static string NnProbFileEntry(BandType band, int id) =>
$"wf_probability_quantum_region_{band.ToString()}_0000_{id.ToString("0000")}";
/// <summary>
/// Process a paragraph, converting its contents into jasper reports XML
/// </summary>
/// <param name="paragraph">A word paragraph</param>
public void ProcessParagraph(Word.Paragraph paragraph)
{
XmlElement band;
String text = paragraph.Range.Text;
text = text.Substring(0, text.Length - 1);
Word.Style style = paragraph.get_Style();
Word.ParagraphFormat paraFormat = paragraph.Format;
int spaceBefore = (int)paraFormat.SpaceBefore;
int spaceAfter = (int)paraFormat.SpaceAfter;
int fontSize = (int)style.Font.Size;
int bandHeight = spaceBefore + spaceAfter + fontSize;
Debug.WriteLine("Processing paragraph: " + text);
int parseFromChar = 0;
if (text.StartsWith("$"))
{
String tagName, tagValue;
int nextChar;
if (ParseTagText(text, out tagName, out tagValue, out nextChar))
{
if (tagName.Equals("bandtype"))
{
switch (tagValue.ToLower())
{
case "background":
currentBandType = BandType.Background;
break;
case "title":
currentBandType = BandType.Title;
break;
case "pageheader":
currentBandType = BandType.PageHeader;
break;
case "columnheader":
currentBandType = BandType.ColumnHeader;
break;
case "detail":
currentBandType = BandType.Detail;
break;
case "columnfooter":
currentBandType = BandType.ColumnFooter;
break;
case "pagefooter":
currentBandType = BandType.PageFooter;
break;
case "lastpagefooter":
currentBandType = BandType.LastPageFooter;
break;
case "summary":
currentBandType = BandType.Summary;
break;
case "nodata":
currentBandType = BandType.NoData;
break;
default:
Debug.WriteLine("Invalid band type " + tagValue);
break;
}
Debug.WriteLine("Changed band type to " + currentBandType.ToString());
return;
}
}
}
if (currentBandType == BandType.Detail)
{
// Add a new band for each paragraph
band = jDoc.CreateElement("band");
jDetail.AppendChild(band);
// Set the band attributes
// Set the height based upon the font size - it will stretch
band.SetAttribute("height", fontSize.ToString());
// Split type
band.SetAttribute("splitType", "Stretch");
}
else
{
// There is only one band of these types, so all paragraphs have to fit
XmlElement bandElement = GetBandElement(currentBandType);
// If there is a child element, it will be the band. If not, create it
if (bandElement.HasChildNodes)
{
XmlNode node = bandElement.GetElementsByTagName("band")[0];
band = (XmlElement)node;
}
else
{
// Add a new band covering all paragraphs
band = jDoc.CreateElement("band");
bandElement.AppendChild(band);
band.SetAttribute("height", bandHeight.ToString());
band.SetAttribute("splitType", "Stretch");
}
}
// Add the text field, report element, text element, and text field expression
XmlElement textField = jDoc.CreateElement("textField");
XmlElement reportElt = jDoc.CreateElement("reportElement");
XmlElement box = jDoc.CreateElement("box");
XmlElement textElt = jDoc.CreateElement("textElement");
XmlElement textEltParag = jDoc.CreateElement("paragraph");
XmlElement textFont = jDoc.CreateElement("font");
XmlElement textFieldExp = jDoc.CreateElement("textFieldExpression");
band.AppendChild(textField);
textField.AppendChild(reportElt);
textField.AppendChild(box);
textField.AppendChild(textElt);
textField.AppendChild(textFieldExp);
textElt.AppendChild(textFont);
textElt.AppendChild(textEltParag);
textField.SetAttribute("isStretchWithOverflow", "true");
textField.SetAttribute("isBlankWhenNull", "true");
reportElt.SetAttribute("stretchType", "RelativeToBandHeight");
reportElt.SetAttribute("x", "0");
reportElt.SetAttribute("width", ((int)columnWidth).ToString());
// TODO: If not detail band, then y and height need to be calculated
// TODO: y position should consider the paragraph spacing before
reportElt.SetAttribute("y", "0");
reportElt.SetAttribute("height", fontSize.ToString());
// Left and right indents - use the box, so we have flexibility to use the
// first line indent with negative values for hanging indents.
box.SetAttribute("leftPadding", ((int)paragraph.LeftIndent).ToString());
box.SetAttribute("rightPadding", ((int)paragraph.RightIndent).ToString());
textEltParag.SetAttribute("firstLineIndent", ((int)paragraph.FirstLineIndent).ToString());
// Top and bottom - paragraph spacing before and after
box.SetAttribute("topPadding", spaceBefore.ToString());
box.SetAttribute("bottomPadding", spaceAfter.ToString());
// Paragraph alignment
{
String alignment = "";
switch (paragraph.Alignment)
{
case Word.WdParagraphAlignment.wdAlignParagraphLeft:
alignment = "Left";
break;
case Word.WdParagraphAlignment.wdAlignParagraphRight:
alignment = "Right";
break;
case Word.WdParagraphAlignment.wdAlignParagraphCenter:
alignment = "Center";
break;
case Word.WdParagraphAlignment.wdAlignParagraphJustify:
case Word.WdParagraphAlignment.wdAlignParagraphJustifyHi:
case Word.WdParagraphAlignment.wdAlignParagraphJustifyMed:
case Word.WdParagraphAlignment.wdAlignParagraphJustifyLow:
case Word.WdParagraphAlignment.wdAlignParagraphDistribute:
case Word.WdParagraphAlignment.wdAlignParagraphThaiJustify:
alignment = "Justified";
break;
default:
break;
}
textElt.SetAttribute("textAlignment", alignment);
}
// Markup type
textElt.SetAttribute("markup", "styled");
// Get the format of the first character we are parsing. This becomes
// our 'base' format.
int textLength = text.Length;
Word.Characters chars = paragraph.Range.Characters;
Word.Range refRange = chars[parseFromChar + 1];
textFont.SetAttribute("fontName", refRange.Font.Name);
textFont.SetAttribute("size", refRange.Font.Size.ToString());
reportElt.SetAttribute("forecolor", RGBHex(refRange.Font.TextColor.RGB));
Word.Range lastRange = refRange;
String openStyle, closeStyle;
GetStyleTags(refRange, refRange, out openStyle, out closeStyle);
StringBuilder jText = new StringBuilder(openStyle, 2048);
for (int c = parseFromChar; c < textLength; c++)
{
// Current character
String ch = text.Substring(c, 1);
// Previous character
String prevCh = text.Substring((c > 0 ? c - 1 : 0), 1);
// Check if we are processing style changes
if (c > parseFromChar && // Must be past the first character to parse
(
// Either every character
styleCheck == StyleCheck.CheckEveryCharacter ||
// Or every word boundary (whitespace, punctuation)
(styleCheck == StyleCheck.CheckEveryWordBoundary &&
(
Char.IsWhiteSpace(ch, 0) || Char.IsWhiteSpace(prevCh, 0) ||
Char.IsPunctuation(ch, 0) || Char.IsPunctuation(prevCh, 0) ||
Char.IsSeparator(ch, 0) || Char.IsSeparator(prevCh, 0)
)
)
)
)
{
// Compare the style to refRange, and if style is different,
// close previous style tag and create a new one
Word.Range curRange = chars[c + 1];
if (!AreStylesEqual(lastRange, curRange))
{
// Close the previous style
jText.Append(closeStyle);
// Start the new style
GetStyleTags(curRange, refRange, out openStyle, out closeStyle);
jText.Append(openStyle);
lastRange = curRange;
}
}
// TODO: Cater for fields, etc
if (ch == "<")
{
ch = "<";
}
else if (ch == ">")
{
ch = ">";
}
else if (ch == "&")
{
ch = "&";
}
else if (ch == "\"")
{
ch = """;
}
else if (ch == "'")
{
ch = "'";
}
else if (ch == "\r" || ch == "\n" || ch == "\v")
{
ch = "<br/>";
}
jText.Append(ch);
}
// Close the style
jText.Append(closeStyle);
XmlCDataSection styledText = jDoc.CreateCDataSection("\"" + jText + "\"");
textFieldExp.AppendChild(styledText);
}