/// <summary>
/// Assumes full sized sheet as input. Draws grid, points and axis
/// </summary>
public override void DrawSeriesAndAxis(FivePointNine.Windows.Graphics.Graphics2 g)
{
if (DataSeries == null) // only in the designer
{
return;
}
if (!DataSeries.Enabled)
{
return;
}
string YUnit = DataSeries.YUnits.ToString();
var yLabelSz = g.MeasureString(YUnit, Font);
var xLabelSz = g.MeasureString(XUnit, Font);
YLabelWidth = yLabelSz.Height * 2;
XLabelHeight = xLabelSz.Height * 2;
g.DrawString(YUnit, Font, Color.Black, Width - YLabelWidth / 2 * 1.5F, (Height - XLabelHeight) / 2 + yLabelSz.Width / 2, -90);
g.DrawString(XUnit, Font, Color.Black, (Width - YLabelWidth) / 2, Height - XLabelHeight * 1.5F / 2.0F);
if (DataSeries != null)
{
g.SmoothingMode = SmoothingMode.AntiAlias;
g.Clip = new Region(DrawPlotArea);
DataSeries.Draw(g, (int)DrawPlotArea.Width, (int)(Height - XLabelHeight), xOffsetG, yOffsetG, XPPU, YPPU, false);
}
g.Clip = new Region(new RectangleF(0, 0, Width, Height));
}
public void DrawTasksAfterSeriesPlot(FivePointNine.Windows.Graphics.Graphics2 g)
{
if (showCursorX)
{
var f = Font;
var CursorV = GtoV(CursorG);
var strSz = g.MeasureString(roundedFrac(CursorV.X, 3), f);
g.FillRectangle(BackColor, CursorG.X, Height - XLabelHeight - strSz.Height, strSz.Width, strSz.Height);
g.DrawString(
roundedFrac(CursorV.X, 3),
f,
Color.Black,
new PointF(CursorG.X, Height - XLabelHeight - strSz.Height));
g.DrawLine(Pens.Black, CursorG.X, 0, CursorG.X, Height - 20);
}
if (showCursorY)
{
var f = Font;
var CursorV = GtoV(CursorG);
var strSz = g.MeasureString(roundedFrac(CursorV.Y, 3), f);
g.FillRectangle(BackColor, Width - strSz.Width - XLabelHeight, CursorG.Y, strSz.Width, strSz.Height);
g.DrawString(
roundedFrac(CursorV.Y, 3),
f,
Color.Black,
new PointF(Width - strSz.Width - XLabelHeight, CursorG.Y));
g.DrawLine(Pens.Black, 0, CursorG.Y, Width, CursorG.Y);
}
if (TimeUndershootInDisplay())
{
RightLimitImage.Draw(g, TentativeOp == MoveOp.goToZero);
}
InScale = true;
if (MinValueOvershootInDisplay())
{
DownLimitImage.Draw(g, TentativeOp == MoveOp.resetScale);
InScale = false;
}
if (MaxValueOvershootInDisplay())
{
UpLimitImage.Draw(g, TentativeOp == MoveOp.resetScale);
InScale = false;
}
if (InScale)
{
AutoScaleRequested = false;
}
if (!InScale && AutoScaleRequested)
{
AutoSetScale();
}
}
public static RectangleF drawXYAxis(FivePointNine.Windows.Graphics.Graphics2 g, float w, float h, float xs, float ys, float xog, float yog, bool grid, Color backColor, Font Font)
{
RectangleF drawingRect = new RectangleF(0, 0, w, h);
// X Axis
var axisP = new Pen(Color.DarkGray, 1.5F);
var majLine = new Pen(Color.FromArgb(155, 155, 155), 1F);
var minLine = new Pen(Color.FromArgb(200, 200, 200), 1F);
float unitX = 1e-8F;
float multF = 5;
// determine scale first
while (unitX * xs < Font.Height * 2.2F)
{
unitX *= multF;
multF = multF == 2 ? 5 : 2;
}
if (unitX < 1e-8 || unitX > 1e8)
{
return(drawingRect);
}
float minX = 0, maxX = 0;
while (minX * xs < -xog)
{
minX += unitX;
}
while (minX * xs > -xog)
{
minX -= unitX;
}
while (maxX * xs > w - xog)
{
maxX -= unitX;
}
while (maxX * xs < w - xog)
{
maxX += unitX;
}
Font f = new Font("ARIAL", Font.Height * 0.5F);
int yaWid = f.Height * 4;
int xaHei = (f.Height * 15 / 10);
drawingRect = new RectangleF(0, 0, w - yaWid, h - xaHei);
bool isMinLine = false;
var xSigFiguresAfterD = 0;
var totalFigs = (unitX / 2 - Math.Floor(unitX / 2)).ToString().Length - 2;
while (Math.Round(unitX, xSigFiguresAfterD) == Math.Round(unitX / 2, xSigFiguresAfterD) &&
xSigFiguresAfterD <= totalFigs)
{
xSigFiguresAfterD++;
}
for (float i = minX; i <= maxX; i += unitX / 2)
{
PointF drawableMid = VtoG(new PointF(i, 0), xog / xs, xs, yog / ys, ys, h);
drawableMid = new PointF(drawableMid.X, h);
if (!isMinLine)
{
PointF drawable1 = new PointF(drawableMid.X, drawableMid.Y - 1.5F);
PointF drawable2 = new PointF(drawableMid.X, drawableMid.Y + 1.5F);
if (grid)
{
drawable1 = new PointF(drawable1.X, 0);
}
if (grid)
{
drawable2 = new PointF(drawable2.X, h - xaHei);
}
string s = roundedFrac(i, xSigFiguresAfterD);
var xyo = g.MeasureString(s, f);
PointF drawableStrPos = new PointF(drawableMid.X - xyo.Width / 2, drawableMid.Y - xyo.Height - 2);
if (drawable1.X < w - yaWid && drawable1.X > 0)
{
g.DrawLine(majLine, drawable1, drawable2);
g.DrawString(s, f, Color.Gray, drawableStrPos);
}
}
else
{
//PointF drawable1 = new PointF(drawableMid.X, drawableMid.Y - 1);
//PointF drawable2 = new PointF(drawableMid.X, drawableMid.Y + 1);
//if (grid) drawable1 = new PointF(drawable1.X, 0);
//if (grid) drawable2 = new PointF(drawable2.X, h - 15);
//if (drawable1.X < w - 30 && drawable1.X > 0)
// g.DrawLine(minLine, drawable1, drawable2);
}
isMinLine = !isMinLine;
}
if (xog < w - yaWid && xog > 0)
{
g.DrawLine(axisP, xog, 0, xog, h - 15);
}
// Y Axis
float unitY = 1e-6F;;
multF = 5;
// determine scale first
while (unitY * ys < Font.Height * 1.5F)
{
unitY *= multF;
multF = multF == 2 ? 5 : 2;
}
if (unitY < 1e-7 || unitY > 1e7)
{
return(drawingRect);
}
float minY = 0, maxY = 0;
while (minY * ys < -yog)
{
minY += unitY;
}
while (minY * ys > -yog)
{
minY -= unitY;
}
while (maxY * ys > h - yog)
{
maxY -= unitX;
}
while (maxY * ys < h - yog)
{
maxY += unitY;
}
isMinLine = false;
var ySigFiguresAfterD = 0;
totalFigs = (unitY / 2 - Math.Floor(unitY / 2)).ToString().Length - 2;
while (Math.Round(unitY, ySigFiguresAfterD) == Math.Round(unitY / 2, ySigFiguresAfterD) &&
ySigFiguresAfterD <= totalFigs)
{
ySigFiguresAfterD++;
}
for (float i = minY; i <= maxY; i += unitY / 2)
{
PointF drawableMid = VtoG(new PointF(0, i), xog / xs, xs, yog / ys, ys, h);
drawableMid = new PointF(w, drawableMid.Y);
if (!isMinLine)
{
PointF drawable1 = new PointF(drawableMid.X - 1.5F, drawableMid.Y);
PointF drawable2 = new PointF(drawableMid.X + 1.5F, drawableMid.Y);
if (grid)
{
drawable1 = new PointF(0, drawable1.Y);
}
if (grid)
{
drawable2 = new PointF(w - yaWid, drawable2.Y);
}
string s = roundedFrac(i, ySigFiguresAfterD);
var xyo = g.MeasureString(s, f);
PointF drawableStrPos = new PointF(drawableMid.X - xyo.Width, drawableMid.Y - xyo.Height / 2 - 2);
if (drawable2.Y < h - xaHei && drawable2.Y > 0)
{
g.DrawLine(majLine, drawable1, drawable2);
g.DrawString(s, f, Color.Gray, drawableStrPos);
}
}
else
{
//PointF drawable1 = new PointF(drawableMid.X - 1F, drawableMid.Y);
//PointF drawable2 = new PointF(drawableMid.X + 1F, drawableMid.Y);
//if (grid) drawable1 = new PointF(0, drawable1.Y);
//if (grid) drawable2 = new PointF(w - 30, drawable2.Y);
//if (drawable2.Y < h - 15 && drawable2.Y > 0)
// g.DrawLine(minLine, drawable1, drawable2);
}
isMinLine = !isMinLine;
}
g.DrawLine(axisP, 0, h - yog, w - yaWid, h - yog);
g.DrawRectangle(axisP, drawingRect);
return(drawingRect);
}
public override void DrawSeriesAndAxis(FivePointNine.Windows.Graphics.Graphics2 g)
{
if (dsCollection == null)
{
return;
}
string YUnit = dsCollection[0].YUnits.Name;
string unit = dsCollection[0].YUnits.Unit;
bool noUnit = false;
for (int i = 1; i < dsCollection.Count; i++)
{
if (!dsCollection[i].Enabled)
{
continue;
}
if (unit != dsCollection[i].YUnits.Unit)
{
noUnit = true;
break;
}
if (!YUnit.Contains(dsCollection[i].YUnits.Name))
{
YUnit += ", " + dsCollection[i].YUnits.Name;
}
}
if (noUnit)
{
YUnit = "Error -- Incompatible units";
}
else
{
YUnit += " (" + dsCollection[0].YUnits.Unit + ")";
}
var yLabelSz = g.MeasureString(YUnit, Font);
var xLabelSz = g.MeasureString(XUnit, Font);
YLabelWidth = yLabelSz.Height * 2;
XLabelHeight = xLabelSz.Height * 2;
g.Clip = new Region(DrawPlotArea);
g.DrawString(YUnit, Font, Color.Black, Width - YLabelWidth / 2 * 1.5F, (Height - XLabelHeight) / 2 + yLabelSz.Width / 2, -90);
g.DrawString(XUnit, Font, Color.Black, (Width - YLabelWidth) / 2, Height - XLabelHeight * 1.5F / 2.0F);
g.SmoothingMode = SmoothingMode.AntiAlias;
foreach (var DataSeries in dsCollection.SeriesList)
{
if (DataSeries != null)
{
if (DataSeries.Enabled)
{
if (DataSeries != HoverOver)
{
DataSeries.Draw(g, (int)DrawPlotArea.Width, (int)(Height - XLabelHeight), xOffsetG, yOffsetG, XPPU, YPPU, false);
}
}
}
}
if (HoverOver != null)
{
HoverOver.Draw(g, (int)DrawPlotArea.Width, (int)DrawPlotArea.Height, xOffsetG, yOffsetG, XPPU, YPPU, false);
}
g.Clip = new Region(new RectangleF(0, 0, Width, Height));
}
