//----------------------------------------------------------------------------------------------------x
/// <summary>Determines whether the specified object is equal to the current object.</summary>
/// <param name="o">The object to compare with the current object.</param>
/// <returns>true if the specified Object is equal to the current Object; otherwise, false.</returns>
public override Boolean Equals(Object o)
{
if (o == null)
{
return(false);
}
PenProp pp = (PenProp)o;
return(RT.bEquals(rWidth, pp.rWidth, 0.1) && Object.Equals(_color, pp._color) &&
RT.bEquals(rPatternOn, pp.rPatternOn, 0.1) && RT.bEquals(rPatternOff, pp.rPatternOff, 0.1));
}
//----------------------------------------------------------------------------------------------------x
/// <overloads>
/// <summary>Adds a report object to the cell.</summary>
/// </overloads>
///
/// <summary>Adds a report object to the cell at the current position with the specified offset (inch version).</summary>
/// <remarks>
/// The current horizontal position <see cref="TlmCell.rCurX"/> will be incremented by the width of the report object.
/// <para>The horizontal offset <paramref name="rOfsH"/> can be used for example to make a space in front of the report object.
/// The vertical offset <paramref name="rOfsV"/> can be used for example to adjust the vertical position of an image or to set super-/subscript fonts.</para>
/// <para>For the metric version see <see cref="TlmCell.AddMM"/>.</para>
/// </remarks>
/// <param name="rOfsH">Horizontal offset (points, 1/72 inch)</param>
/// <param name="rOfsV">Vertical offset (points, 1/72 inch)</param>
/// <param name="repObj">Report object that will be added to the cell</param>
/// <seealso cref="TlmCell.AddMM"/>
public void Add(Double rOfsH, Double rOfsV, RepObj repObj)
{
RepString repString = repObj as RepString;
if (RT.bEquals(rAngle, -90, 0.001)) // vertical
{
Debug.Assert(tlmRow_Start.iIndex == tlmRow_End.iIndex, "vertically merged cell are not supported");
Double rPreferredHeight = tlmRow_Start.rPreferredHeight;
Double rInnerHeight = rPreferredHeight - rIndentTop - rIndentBottom;
if (status == Status.Init)
{
if (Double.IsNaN(rPreferredHeight))
{
throw new ReportException("The preferred height of the row must be set");
}
rCurX = rIndentLeft + rInnerWidth * rAlignV;
rCurY = rPreferredHeight - rIndentBottom - rInnerHeight * rAlignH;
status = Status.Open;
}
CheckStatus_Open("cannot add a report object.");
Double rUsedWidth = 0;
if (iFirstRepObjOfCurLine < iRepObjCount)
{
RepObj ro = repObj_Get(iRepObjCount - 1);
rUsedWidth = ro.rPosBottom;
ro = repObj_Get(iFirstRepObjOfCurLine);
rUsedWidth -= ro.rPosTop;
}
rUsedWidth += rOfsH;
Double rRemainingWidth = rInnerHeight - rUsedWidth;
if (repString != null)
{
if (status == Status.Open)
{
if (Double.IsNaN(rLineFeed))
{
rLineFeed = repString.fontProp.rLineFeed;
}
//rCurX -= repString.fontProp.rHeight() * rAlignV;
status = Status.OpenText;
}
if (tlmTextMode == TlmTextMode.EllipsisCharacter)
{
repString.sText = repString.fontProp.sTruncateText(repString.sText, rRemainingWidth);
// ... !!!
}
}
if (repString != null && (tlmTextMode == TlmTextMode.MultiLine || tlmTextMode == TlmTextMode.SingleMultiLine))
{
Debug.Fail("not implemented");
}
else
{
Double rOfs = (repObj.rWidth + rOfsH) * rAlignH;
for (Int32 i = iFirstRepObjOfCurLine; i < iRepObjCount; i++)
{
RepObj ro = repObj_Get(i);
ro.matrixD.rDY += rOfs;
}
repObj.RotateTransform(rAngle);
repObj.matrixD.rDX = rCurX - rOfsV;
repObj.rAlignH = rAlignH;
repObj.matrixD.rDY = rCurY - rOfsH * (1 - rAlignH);
repObj.rAlignV = rAlignV;
AddRepObj(repObj);
rCurY = repObj.rPosTop;
}
}
else // horizontal
{
if (status == Status.Init)
{
rCurX = rIndentLeft + rInnerWidth * rAlignH;
rCurY = rIndentTop;
status = Status.Open;
}
CheckStatus_Open("cannot add a report object.");
Double rUsedWidth = 0;
if (iFirstRepObjOfCurLine < iRepObjCount)
{
RepObj ro = repObj_Get(iRepObjCount - 1);
rUsedWidth = ro.rPosRight;
ro = repObj_Get(iFirstRepObjOfCurLine);
rUsedWidth -= ro.rPosLeft;
}
rUsedWidth += rOfsH;
Double rRemainingWidth = rInnerWidth - rUsedWidth;
if (repString != null)
{
if (status == Status.Open)
{
if (Double.IsNaN(rLineFeed))
{
rLineFeed = repString.fontProp.rLineFeed;
}
rCurY += repString.fontProp.rSize;
status = Status.OpenText;
}
if (tlmTextMode == TlmTextMode.EllipsisCharacter)
{
Double rWidth = repString.fontProp.rGetTextWidth(repString.sText);
if (rWidth > rRemainingWidth)
{
if (bCut)
{
return;
}
repString.sText = repString.fontProp.sTruncateText(repString.sText, rRemainingWidth);
bCut = true;
rWidth = repString.fontProp.rGetTextWidth(repString.sText);
if (rWidth >= rRemainingWidth)
{
if (iFirstRepObjOfCurLine < iRepObjCount)
{
RepObj ro = repObj_Get(iRepObjCount - 1);
RepString rs = ro as RepString;
if (rs != null)
{
rs.sText = rs.sText.Substring(0, rs.sText.Length - 1) + "...";
}
}
return;
}
}
}
}
if (repString != null && (tlmTextMode == TlmTextMode.MultiLine || tlmTextMode == TlmTextMode.SingleMultiLine))
{
Double rWidth = rInnerWidth + rIndentLeft;
lock (al_RepObj) {
Debug.Assert(al_RepObj.Count == 0);
Double rCopy = rCurY;
Double rOfs = rWidth * rAlignH;
rCurX -= rOfs;
tlmBase.FormatString(al_RepObj, repString, ref rCurX, rIndentLeft, rAlignH, ref _rCurY, rWidth);
rCurX += rOfs;
foreach (RepObj ro in al_RepObj)
{
AddRepObj(ro);
if (tlmTextMode == TlmTextMode.SingleMultiLine)
{
tlmBase.Commit();
}
}
al_RepObj.Clear();
if (!RT.bEquals(rCopy, _rCurY, TlmBase.rTol))
{
rCurY = _rCurY; // trigger iFirstRepObjOfCurLine
iFirstRepObjOfCurLine = iRepObjCount - 1;
}
}
}
else
{
Double rOfs = (repObj.rWidth + rOfsH) * rAlignH;
for (Int32 i = iFirstRepObjOfCurLine; i < iRepObjCount; i++)
{
RepObj ro = repObj_Get(i);
ro.matrixD.rDX -= rOfs;
}
repObj.matrixD.rDX = rCurX + rOfsH * (1 - rAlignH);
repObj.rAlignH = rAlignH;
repObj.matrixD.rDY = rCurY + rOfsV;
AddRepObj(repObj);
rCurX = repObj.rPosRight;
}
}
}
//------------------------------------------------------------------------------------------07.02.2006
/// <summary>Writes the RepObj to the buffer.</summary>
/// <param name="e">Environment data</param>
public void Write(PdfIndirectObject_PageContents.Environment e)
{
PdfIndirectObject_PageContents p = e.pdfIndirectObject_PageContents;
RepArcBase repArcBase = (RepArcBase)e.repObj;
Double rOfsX = repArcBase.rWidth * (-repArcBase.rAlignH + 0.5);
Double rOfsY = repArcBase.rHeight * (1 - repArcBase.rAlignV - 0.5);
e.matrixD.Multiply(new MatrixD(1, 0, 0, 1, rOfsX, rOfsY));
String sDrawCommand = null;
if (repArcBase._penProp != null && repArcBase._penProp.rWidth != 0.0)
{
p.Write_Pen(repArcBase._penProp);
if (repArcBase._brushProp != null)
{
p.Write_Brush(repArcBase._brushProp);
sDrawCommand = "b"; // close, fill and stroke path
}
else
{
sDrawCommand = (repArcBase is RepArc ? "S" : "s"); // stroke : close and stroke path
}
}
else if (repArcBase._brushProp != null)
{
p.Write_Brush(repArcBase._brushProp);
sDrawCommand = "f"; // fill path
}
else
{
return;
}
Double rA = repArcBase.rWidth / 2;
Double rA2 = rA * rA;
Double rB = repArcBase.rHeight / 2;
Double rB2 = rB * rB;
// start point: P0
Double rAngle0 = RT.rRadianFromDegree(repArcBase._rStartAngle);
Double rP0X, rP0Y;
repArcBase.GetEllipseXY(rAngle0, out rP0X, out rP0Y);
p.Command("q");
p.Write_Matrix(e.matrixD);
p.Command("cm");
if (repArcBase is RepArc || repArcBase is RepCircle || repArcBase is RepEllipse)
{
p.Number(rP0X); p.Space(); p.Number(rP0Y);
p.Command("m");
}
else
{
p.Number(0); p.Space(); p.Number(0);
p.Command("m");
p.Number(rP0X); p.Space(); p.Number(rP0Y);
p.Command("l");
}
Double r = repArcBase._rSweepAngle / 180 * Math.PI;
Int32 iNumberOfArcs = ((Int32)(r / (Math.PI / 3.0))) + 1;
Double rSweepAngle = r / iNumberOfArcs;
for (Int32 iArc = 0; iArc < iNumberOfArcs; iArc++)
{
// end point: P3
Double rAngle3 = rAngle0 + rSweepAngle;
Double rP3X, rP3Y;
repArcBase.GetEllipseXY(rAngle3, out rP3X, out rP3Y);
Double rAngle05 = rAngle0 + rSweepAngle / 2.0;
Double rMX, rMY;
repArcBase.GetEllipseXY(rAngle05, out rMX, out rMY);
Double rP1X, rP2X, rP1Y, rP2Y;
Double rDenominator = rP0X * rP3Y - rP3X * rP0Y;
Debug.Assert(!RT.bEquals(rDenominator, 0, 0.0001), "parallel tangents never appears if the sweep angle is less than PI/2");
if (RT.bEquals(rP0Y, 0, 0.0001))
{
Debug.Assert(!RT.bEquals(rP3Y, 0, 0.0001), "P0 and P3 on x-axis: never appears if the sweep angle is less than PI/2");
rP1X = rP0X;
rP2X = 8.0 / 3.0 * rMX - 4.0 / 3.0 * rP0X - rP3X / 3.0;
rP1Y = 8.0 / 3.0 * rMY - rB2 / rP3Y + rB2 * rP3X * (8.0 * rMX - 4 * rP0X - rP3X) / (3.0 * rA2 * rP3Y) - rP3Y / 3.0;
rP2Y = rB2 / rP3Y * (1 - rP2X * rP3X / rA2);
}
else if (RT.bEquals(rP3Y, 0, 0.0001))
{
rP1X = 8.0 / 3.0 * rMX - rP0X / 3.0 - 4.0 / 3.0 * rP3X;
rP2X = rP3X;
rP1Y = rB2 / rP0Y * (1 - rP0X * rP1X / rA2);
rP2Y = 8.0 / 3.0 * rMY - rP0Y / 3.0 - rB2 / rP0Y + rB2 * rP0X * (8.0 * rMX - rP0X - 4 * rP3X) / (3.0 * rA2 * rP0Y);
}
else
{
rP1X = (3.0 * rA2 * rB2 * (rP0Y + rP3Y)
+ rA2 * rP0Y * rP3Y * (rP0Y + rP3Y - 8 * rMY)
+ rB2 * rP3X * rP0Y * (rP0X + rP3X - 8 * rMX))
/ (3 * rB2 * rDenominator);
rP2X = 8.0 / 3.0 * rMX - (rP0X + rP3X) / 3.0 - rP1X;
rP1Y = rB2 / rP0Y * (1 - rP0X * rP1X / rA2);
rP2Y = rB2 / rP3Y * (1 - rP2X * rP3X / rA2);
}
Debug.Assert(RT.bEquals(rMX, rP0X / 8.0 + 3.0 / 8.0 * rP1X + 3.0 / 8.0 * rP2X + rP3X / 8.0, 0.0001));
Debug.Assert(RT.bEquals(rMY, rP0Y / 8.0 + 3.0 / 8.0 * rP1Y + 3.0 / 8.0 * rP2Y + rP3Y / 8.0, 0.0001));
p.Number(rP1X); p.Space(); p.Number(rP1Y); p.Space(); p.Number(rP2X); p.Space(); p.Number(rP2Y); p.Space();
p.Number(rP3X); p.Space(); p.Number(rP3Y);
p.Command("c");
rAngle0 += rSweepAngle;
rP0X = rP3X;
rP0Y = rP3Y;
}
p.Command(sDrawCommand);
p.Command("Q");
}