void skin_Click(object sender, EventArgs e)
{
CommonHandler.Skin_Name = (sender as ToolStripMenuItem).Text;
LookAndFeel.SetSkinStyle((sender as ToolStripMenuItem).Text);
}
private void _drawRadar()
{
ChartModel model = Model;
List <UIElement> dataElems = DataElements;
bool animate = (AnimationDuration > 0);
double marginLeft = MarginLeft, marginTop = MarginTop;
double gridWidth = (ChartCanvas.Width - marginLeft - MarginRight);
double gridHeight = (ChartCanvas.Height - marginTop - MarginBottom);
double cx = marginLeft + gridWidth / 2.0, cy = marginTop + gridHeight / 2.0;
double radius = Math.Min(gridWidth, gridHeight) / 2.0;
bool isRadarArea = (Type == Chart.ChartType.RADAR_AREA);
LookAndFeel lf = CurrentLookAndFeel;
string pathXAML = isRadarArea ? lf.GetAreaPathXAML() : lf.GetLinePathXAML();
string lineDotXAML = null;
string[] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color [] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
string gradientXAML = lf.GetElementGradientXAML();
MatrixTransform defaultTransform = null;
int yValueCount = yValues.GetUpperBound(0) + 1;
double dx, dy;
if (!isRadarArea)
{
lineDotXAML = CurrentLookAndFeel.GetLineDotXAML();
}
if (animate && _dotElements == null)
{
_dotElements = new UIElement[seriesCount, yValueCount];
}
for (int i = 0; i < seriesCount; ++i)
{
StringBuilder sb = new StringBuilder();
for (int j = 0; j < yValueCount; ++j)
{
double yPoint = radius * (yValues[j, i] - minValue) / (maxValue - minValue);
dx = cx + yPoint * Math.Sin((j) * 2 * Math.PI / yValueCount);
dy = cy - yPoint * Math.Cos((j) * 2 * Math.PI / yValueCount);
if (j == 0)
{
sb.Append("M").Append(dx).Append(",").Append(dy);
}
else
{
sb.Append(" L").Append(dx).Append(",").Append(dy);
}
if (!isRadarArea)
{
Path dotElem = XamlReader.Load(lineDotXAML) as Path;
EllipseGeometry eg = dotElem.Data as EllipseGeometry;
eg.Center = new Point(dx, dy);
if (gradientXAML != null)
{
SetGradientOnElement(dotElem, gradientXAML, seriesColors[i], 0xe5);
}
else
{
SetFillOnElement(dotElem, seriesColors[i]);
}
dotElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
if (animate)
{
_dotElements[i, j] = dotElem;
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M11 = m.M22 = 0.0;
defaultTransform.Matrix = m;
dotElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
ChartCanvas.Children.Add(dotElem);
}
}
sb.Append("Z");
Path pathElem = CreatePathFromXAMLAndData(pathXAML, sb);
if (animate)
{
dataElems.Add(pathElem);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M11 = m.M22 = 0.0;
defaultTransform.Matrix = m;
pathElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
if (isRadarArea)
{
if (gradientXAML != null)
{
SetGradientOnElement(pathElem, gradientXAML, seriesColors[i], 0x72);
}
else
{
SetFillOnElement(pathElem, seriesColors[i]);
}
}
pathElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
(pathElem.Data as PathGeometry).FillRule = FillRule.Nonzero;
SetExpandosOnElement(pathElem, -1, i, new Point());
if (DisplayToolTip)
{
pathElem.MouseMove += new MouseEventHandler(ShowToolTip);
pathElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
pathElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
ChartCanvas.Children.Add(pathElem);
}
}
/// <summary>
/// The load look and feel settings.
/// </summary>
private static void LoadLookAndFeelSettings()
{
try
{
string path = FileSystemPaths.PathSettings + "LookAndFeel.txt";
if (!File.Exists(path))
{
return;
}
string json = IO.ReadTextFromFile(path);
lookAndFeel = JsonConvert.DeserializeObject(json, typeof(LookAndFeel)) as LookAndFeel;
}
catch (Exception exception)
{
XtraMessageBox.Show("Failed to load LookAndFeel settings. Please check log for more info.");
Log.WriteToLog(LogSeverity.Error, 0, exception.Message, exception.StackTrace);
}
}
protected override void CreateTextMarkerGroup(Canvas gauge, double gaugeR)
{
ChartModel model = Model;
Canvas gElem = new Canvas();
gauge.Children.Add(gElem);
LookAndFeel lf = CurrentLookAndFeel;
int majorMarkerCount = YMajorGridCount;
int minorMarkerCount = YMinorGridCount;
string majorMarkerXAML = lf.GetGauageMarkerMajorXAML(),
minorMarkerXAML = lf.GetGauageMarkerMinorXAML();
string textXAML = lf.GetGauageTextXAML();
TextBlock textElem;
Canvas markerContainerCanvas = gauge.FindName("markerContainer") as Canvas;
double markerContainerR = markerContainerCanvas.Width / 2;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
double x, y, angle, textMargin = 0.0;
for (int i = 0; i <= majorMarkerCount; ++i)
{
double theta = i * Math.PI / majorMarkerCount;
x = gaugeR - markerContainerR * (Math.Cos(theta));
y = gaugeR - markerContainerR * (Math.Sin(theta));
angle = theta * 180 / Math.PI;
Path marker = XamlReader.Load(majorMarkerXAML) as Path;
TransformGroup tg = new TransformGroup();
TranslateTransform tt = new TranslateTransform();
RotateTransform rt = new RotateTransform();
tt.X = x;
tt.Y = y;
rt.Angle = angle;
tg.Children.Add(rt);
tg.Children.Add(tt);
marker.RenderTransform = tg;
gElem.Children.Add(marker);
double value = minValue + i * (maxValue - minValue) / (majorMarkerCount);
textElem = XamlReader.Load(textXAML) as TextBlock;
textElem.Text = value.ToString(Format);
if (i == 0)
{
textMargin = textElem.ActualHeight / 2;
}
x = gaugeR - (markerContainerR - textMargin) * (Math.Cos(theta));
y = gaugeR - (markerContainerR - textMargin) * (Math.Sin(theta));
if (theta >= Math.PI / 3 && theta <= 2 * Math.PI / 3)
{
x -= textElem.ActualWidth / 2;
}
else
{
y -= textElem.ActualHeight / 2;
if (theta < Math.PI / 2)
{
x += 2 * _TEXT_MARGIN;
}
else
{
x -= textElem.ActualWidth + 2 * _TEXT_MARGIN;
}
}
tt = new TranslateTransform();
tt.X = x;
tt.Y = y;
textElem.RenderTransform = tt;
gElem.Children.Add(textElem);
}
for (int i = 1; i <= (majorMarkerCount) * minorMarkerCount; ++i)
{
if (i % minorMarkerCount == 0)
{
continue;
}
double theta = i * Math.PI / (majorMarkerCount * minorMarkerCount);
x = gaugeR - markerContainerR * (Math.Cos(theta));
y = gaugeR - markerContainerR * (Math.Sin(theta));
angle = theta * 180 / Math.PI;
Path marker = XamlReader.Load(minorMarkerXAML) as Path;
TransformGroup tg = new TransformGroup();
TranslateTransform tt = new TranslateTransform();
RotateTransform rt = new RotateTransform();
tt.X = x;
tt.Y = y;
rt.Angle = angle;
tg.Children.Add(rt);
tg.Children.Add(tt);
marker.RenderTransform = tg;
gElem.Children.Add(marker);
}
}
private void _drawPerspectiveLines(int mod, int rem)
{
bool animate = (this.AnimationDuration > 0);
double xOffset = XOffsetPerspective, yOffset = YOffsetPerspective;
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight - xOffset);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom - yOffset);
LookAndFeel lf = CurrentLookAndFeel;
string pathXAML = lf.GetLinePath3DXAML();
Path pathElem;
List <UIElement> dataElems = null;
MatrixTransform defaultTransform = null;
if (animate)
{
dataElems = DataElements;
}
ChartModel model = Model;
string[] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string[] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color[] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
// For combo graphs we display every once in mod
int seriesBars = (mod > 1) ? (int)Math.Ceiling(1 / (double)mod) : seriesCount;
int yValueCount = yValues.GetUpperBound(0) + 1;
string gradientXAML = lf.GetElementGradientXAML();
double barWidth = (gridWidth / Math.Max(yValueCount, groupCount));
double gridBottom = gridHeight + marginTop + yOffset, dx, dy;
for (int i = 0; i < seriesCount; ++i)
{
// for combo charts we draw a bar every once in a mod.
if ((mod > 1) && (i % mod) != rem)
{
continue;
}
dx = marginLeft + barWidth / 2;
StringBuilder sb = new StringBuilder();
for (int j = 0; j < yValueCount; ++j)
{
dy = gridBottom - gridHeight * (yValues[j, i] - minValue) / (maxValue - minValue);
if (j != yValueCount - 1)
{
sb.Append("M").Append(dx).Append(",").Append(dy);
sb.Append(" l").Append(xOffset).Append(",").Append(-yOffset);
var nextdy = gridBottom - gridHeight * (yValues[j + 1, i] - minValue) / (maxValue - minValue);
var nextdx = dx + barWidth;
sb.Append(" L").Append(nextdx + xOffset).Append(",").Append(nextdy - yOffset);
sb.Append(" L").Append(nextdx).Append(",").Append(nextdy);
sb.Append(" L").Append(dx).Append(",").Append(dy);
dx += barWidth;
}
}
pathElem = CreatePathFromXAMLAndData(pathXAML, sb);
if (gradientXAML != null)
{
SetGradientOnElement(pathElem, gradientXAML, seriesColors[i], 0xC0);
}
else
{
SetFillOnElement(pathElem, seriesColors[i]);
}
pathElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
(pathElem.Data as PathGeometry).FillRule = FillRule.Nonzero;
SetExpandosOnElement(pathElem, -1, i, new Point());
if (DisplayToolTip)
{
pathElem.MouseMove += new MouseEventHandler(ShowToolTip);
pathElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
pathElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
if (animate)
{
dataElems.Add(pathElem);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M11 = 0.0;
defaultTransform.Matrix = m;
pathElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
ChartCanvas.Children.Add(pathElem);
}
}
private void _drawLines(int mod, int rem)
{
bool animate = (this.AnimationDuration > 0);
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom);
LookAndFeel lf = CurrentLookAndFeel;
string lineDotXAML = lf.GetLineDotXAML(),
pathXAML = lf.GetLinePathXAML();
Path pathElem, dotElement;
List <UIElement> dataElems = null;
MatrixTransform defaultTransform = null;
if (animate)
{
dataElems = DataElements;
}
bool isStacked = (Type == ChartType.AREA_STACKED);
ChartModel model = Model;
string[] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string[] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color[] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
int yValueCount = yValues.GetUpperBound(0) + 1;
string gradientXAML = lf.GetElementGradientXAML();
double barWidth = gridWidth / Math.Max(yValueCount, groupCount);
double dx, dy;
for (int i = 0; i < seriesCount; ++i)
{
// for combo charts we draw a bar every once in a mod.
if ((mod > 1) && (i % mod) != rem)
{
continue;
}
dx = marginLeft + barWidth / 2;
StringBuilder sb = new StringBuilder();
for (int j = 0; j < yValueCount; ++j)
{
dy = gridHeight + marginTop - gridHeight * (yValues[j, i] - minValue) / (maxValue - minValue);
if (j == 0)
{
sb.Append("M").Append(dx).Append(",").Append(dy);
}
else
{
sb.Append("L").Append(dx).Append(",").Append(dy);
}
dotElement = XamlReader.Load(lineDotXAML) as Path;
EllipseGeometry rectG = dotElement.Data as EllipseGeometry;
rectG.Center = new Point(dx, dy);
if (gradientXAML != null)
{
SetGradientOnElement(dotElement, gradientXAML, seriesColors[i], 0xe5);
}
else
{
SetFillOnElement(dotElement, seriesColors[i]);
}
dotElement.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
if (animate)
{
dataElems.Add(dotElement);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M11 = 0.0;
defaultTransform.Matrix = m;
dotElement.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
ChartCanvas.Children.Add(dotElement);
dx += barWidth;
}
pathElem = CreatePathFromXAMLAndData(pathXAML, sb);
// There is no fill for lines
pathElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
SetExpandosOnElement(pathElem, -1, i, new Point());
if (DisplayToolTip)
{
pathElem.MouseMove += new MouseEventHandler(ShowToolTip);
pathElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
pathElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
if (animate)
{
dataElems.Add(pathElem);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M11 = 0.0;
defaultTransform.Matrix = m;
pathElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
ChartCanvas.Children.Add(pathElem);
}
}
public bool ShouldSerializeLookAndFeel()
{
return(LookAndFeel != null && LookAndFeel.ShouldSerialize());
}
public override void DrawChartData()
{
// calculate the number of rows and columns
ChartModel model = Model;
double [,] yValues = model.YValues;
int yValueCount = yValues.GetUpperBound(0) + 1;
string[] groupLabels = model.GroupLabels;
int groupCount = (groupLabels != null)?groupLabels.Length:1;
int nCols = (int)Math.Ceiling(Math.Sqrt(yValueCount)),
nRows = (int)Math.Round(Math.Sqrt(yValueCount));
double dx = MarginLeft, dy = MarginTop;
double quadWidth = (ChartCanvas.Width - MarginLeft - MarginRight) / (double)nCols;
// We do not need any gap for 3D pie chart because of the vertical scaling
double vGap = IsPerspective?0:2.0 * _TEXT_MARGIN;
double quadHeight = (ChartCanvas.Height - MarginTop - MarginBottom - (nRows - 1) * vGap) / (double)nRows;
LookAndFeel lf = CurrentLookAndFeel;
string labelXAML = lf.GetGroupLabelXAML();
TextBlock labelElem = null;
for (int i = 0; i < nRows; ++i)
{
for (int j = 0; j < nCols; ++j)
{
int iGroup = (groupLabels != null)?(i * nCols + j):(-1);
if (iGroup >= yValueCount)
{
break;
}
string groupLabel = (iGroup == -1)?null:groupLabels[iGroup];
Canvas fnlContainer = new Canvas();
ChartCanvas.Children.Add(fnlContainer);
double newHeight = DrawGroupLabelTitle(groupLabel, ChartCanvas, labelXAML, ref labelElem,
dx, dy, quadWidth, quadHeight);
double newWidth = quadWidth - 2 * _TEXT_MARGIN;
TranslateTransform transform = new TranslateTransform();
if (IsPerspective)
{
// Top ring has a height of 1/6 that of the width. So we need to compensate for half of it.
newHeight -= newWidth / 6;
_drawPerspectiveFunnel(fnlContainer, newWidth, newHeight, iGroup);
transform.X = (dx + _TEXT_MARGIN);
transform.Y = (dy + newWidth / 12);
}
else
{
_drawFunnel(fnlContainer, newWidth, newHeight, iGroup);
transform.X = dx + _TEXT_MARGIN;
transform.Y = dy;
}
fnlContainer.RenderTransform = transform;
dx += quadWidth;
}
dx = MarginLeft;
dy += quadHeight + vGap;
}
}
private void _drawPerspectiveBars(int mod, int rem)
{
bool animate = (this.AnimationDuration > 0);
double xOffset = XOffsetPerspective, yOffset = YOffsetPerspective;
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight - xOffset);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom - yOffset);
LookAndFeel lf = CurrentLookAndFeel;
string pathXAML = lf.GetBarPathXAML();
Path pathElem;
List <UIElement> dataElems = null;
MatrixTransform defaultTransform = null;
if (animate)
{
dataElems = DataElements;
}
int barItemPadding = _BARITEM_PADDING;
bool isStacked = (Type == ChartType.VBAR_STACKED);
ChartModel model = Model;
string [] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string [] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color [] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
// For combo graphs we display every once in mod
int seriesBars = (mod > 1) ? (int)Math.Ceiling(seriesCount / (double)mod) : seriesCount;
double barWidth;
int yValueCount = yValues.GetUpperBound(0) + 1;
if (isStacked)
{
barWidth = gridWidth / Math.Max(yValueCount, groupCount) - 2 * barItemPadding;
}
else
{
barWidth = (gridWidth / Math.Max(yValueCount, groupCount) - 2 * barItemPadding - (seriesBars) * barItemPadding) / seriesBars;
}
double dx = marginLeft, dy, barHeight, stackBase = minValue;
string gradientXAML = lf.GetElementGradientXAML();
for (int i = 0; i < yValueCount; ++i)
{
dx += barItemPadding;
dy = gridHeight + marginTop + yOffset;
for (int j = 0; j < seriesCount; ++j)
{
// for combo charts we draw a bar every once in a mod.
if ((mod > 1) && j % mod != rem)
{
continue;
}
// If we use non zero min and it is a stacked graph, we need to remove the min for only
// the first series.
if (isStacked)
{
stackBase = (j == 0?minValue:0);
}
barHeight = gridHeight * (yValues[i, j] - stackBase) / (maxValue - minValue);
if (isStacked)
{
dy -= barHeight;
}
else
{
dy = gridHeight + yOffset + marginTop - barHeight;
}
StringBuilder sb = new StringBuilder();
Get3DBarPathData(sb, dx, dy, xOffset, yOffset, barWidth, barHeight);
pathElem = CreatePathFromXAMLAndData(lf.GetBarPathXAML(), sb);
if (animate)
{
dataElems.Add(pathElem);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M22 = 0.0;
defaultTransform.Matrix = m;
pathElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
pathElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[j]));
if (gradientXAML != null)
{
SetGradientOnElement(pathElem, gradientXAML, seriesColors[j], 0xe5);
}
else
{
SetFillOnElement(pathElem, seriesColors[j]);
}
(pathElem.Data as PathGeometry).FillRule = FillRule.Nonzero;
SetExpandosOnElement(pathElem, i, j, new Point(dx + (xOffset + barWidth) / 2.0, dy - yOffset / 2.0));
if (DisplayToolTip)
{
pathElem.MouseEnter += new MouseEventHandler(ShowToolTip);
pathElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
pathElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
ChartCanvas.Children.Add(pathElem);
if (!isStacked)
{
dx += barWidth;
dx += barItemPadding;
}
}
if (isStacked)
{
dx += barWidth;
}
dx += barItemPadding;
}
}
private void _drawBars(int mod, int rem)
{
bool animate = (this.AnimationDuration > 0);
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom);
LookAndFeel lf = CurrentLookAndFeel;
string rectXAML = lf.GetBarPathXAML();
Path rectElem;
List <UIElement> dataElems = null;
MatrixTransform defaultTransform = null;
if (animate)
{
dataElems = DataElements;
}
int barItemPadding = _BARITEM_PADDING;
bool isStacked = (Type == ChartType.VBAR_STACKED);
ChartModel model = Model;
string[] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string[] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color[] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
// For combo graphs we display every once in mod
double barDivider = isStacked ? 1 : ((mod > 1) ? Math.Ceiling(seriesCount / (double)mod) : seriesCount);
int yValueCount = yValues.GetUpperBound(0) + 1;
double barWidth = (gridWidth / Math.Max(yValueCount, groupCount) - 2 * barItemPadding) / barDivider;
double dx = marginLeft, dy, barHeight, stackBase = minValue;
string gradientXAML = lf.GetElementGradientXAML();
for (int i = 0; i < yValueCount; ++i)
{
dx += barItemPadding;
dy = gridHeight + marginTop;
for (int j = 0; j < seriesCount; ++j)
{
// for combo charts we draw a bar every once in a mod.
if ((mod > 1) && (j % mod) != rem)
{
continue;
}
// If we use non zero min and it is a stacked graph, we need to remove the min for only
// the first series.
if (isStacked)
{
stackBase = (j == 0?minValue:0);
}
rectElem = XamlReader.Load(rectXAML) as Path;
if (animate)
{
dataElems.Add(rectElem);
// FIXTHIS: This is inefficient. However Silverlight currently does not allow sharing transform attribute
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M22 = 0.0;
defaultTransform.Matrix = m;
rectElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
barHeight = gridHeight * (yValues[i, j] - stackBase) / (maxValue - minValue);
if (isStacked)
{
dy -= barHeight;
}
else
{
dy = gridHeight + marginTop - barHeight;
}
RectangleGeometry rectGeometry = new RectangleGeometry();
rectGeometry.RadiusX = rectGeometry.RadiusY = 2;
rectGeometry.Rect = new Rect(dx, dy, barWidth, barHeight);
rectElem.SetValue(Path.DataProperty, rectGeometry);
if (gradientXAML != null)
{
SetGradientOnElement(rectElem, gradientXAML, seriesColors[j], 0xe5);
}
else
{
SetFillOnElement(rectElem, seriesColors[j]);
}
rectElem.Stroke = new SolidColorBrush(seriesColors[j]);
SetExpandosOnElement(rectElem, i, j, new Point(dx + barWidth / 2.0, dy));
if (DisplayToolTip)
{
rectElem.MouseEnter += new MouseEventHandler(ShowToolTip);
rectElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
rectElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
ChartCanvas.Children.Add(rectElem);
if (!isStacked)
{
dx += barWidth;
}
}
if (isStacked)
{
dx += barWidth;
}
dx += barItemPadding;
}
}
DialogResult ShowMessageBoxDialog()
{
if (Message.GetLookAndFeel() != null)
{
LookAndFeel.Assign(Message.GetLookAndFeel());
}
if (!AllowCustomLookAndFeel)
{
if (LookAndFeel.ActiveStyle != ActiveLookAndFeelStyle.Skin)
{
ActiveLookAndFeelStyle active = UserLookAndFeel.Default.ActiveStyle;
if (active == ActiveLookAndFeelStyle.Office2003)
{
LookAndFeel.SetStyle(LookAndFeelStyle.Office2003, true, false, "");
}
else
{
LookAndFeel.SetDefaultStyle();
}
}
}
this.Text = Message.Caption;
FormBorderStyle = FormBorderStyle.FixedSingle;
MinimizeBox = false;
MaximizeBox = false;
IWin32Window owner = Message.Owner;
if (owner == null)
{
Form activeForm = Form.ActiveForm;
if (activeForm != null && !activeForm.InvokeRequired)
{
owner = activeForm;
}
}
if (owner != null)
{
Control ownerControl = owner as Control;
if (ownerControl != null)
{
if (!ownerControl.Visible)
{
owner = null;
}
else
{
Form ownerForm = ownerControl.FindForm();
if (ownerForm != null)
{
if ((!ownerForm.Visible) ||
ownerForm.WindowState == FormWindowState.Minimized ||
ownerForm.Right <= 0 ||
ownerForm.Bottom <= 0)
{
owner = null;
}
}
}
}
}
if (owner == null)
{
ShowInTaskbar = true;
StartPosition = FormStartPosition.CenterScreen;
}
else
{
ShowInTaskbar = false;
StartPosition = FormStartPosition.CenterParent;
}
CreateButtons();
CalcIconBounds();
CalcMessageBounds();
CalcFinalSizes();
Form frm = owner as Form;
if (frm != null && frm.TopMost)
{
this.TopMost = true;
}
return(DoShowDialog(owner));
return(this.ShowDialog(owner));
}
public override void DrawChartData()
{
bool animate = (this.AnimationDuration > 0);
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom);
LookAndFeel lf = CurrentLookAndFeel;
string rectXAML = lf.GetBarPathXAML();
Path rectElem;
List <UIElement> dataElems = null;
MatrixTransform defaultTransform = null;
if (animate)
{
dataElems = DataElements;
}
if (!(Model is CandleStickChartModel))
{
throw new Exception("model is not a CandleStickChartModel");
}
CandleStickChartModel model = Model as CandleStickChartModel;
string[] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string[] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color[] seriesColors = model.SeriesColors;
double[][][] candleStickYValues = model.CandleStickYValues;
double minValue = model.MinYValue, maxValue = model.MaxYValue;
int yValueCount = candleStickYValues.Length;
double barWidth = ((gridWidth - _PADDING_LEFT) / Math.Max(yValueCount, groupCount));
double dx = marginLeft + _PADDING_LEFT, dy, barStart, barEnd, stackBase = minValue;
string gradientXAML = lf.GetElementGradientXAML();
for (int i = 0; i < yValueCount; ++i)
{
dy = gridHeight + marginTop;
// skip over missing values
if (candleStickYValues[i] != null)
{
for (int j = 0; j < seriesCount; ++j)
{
rectElem = XamlReader.Load(rectXAML) as Path;
double openValue = candleStickYValues[i][j][0];
double closeValue = candleStickYValues[i][j][3];
double highValue = candleStickYValues[i][j][1];
double lowValue = candleStickYValues[i][j][2];
// use the stock open value
barStart = (gridHeight + marginTop) - (gridHeight * (openValue - stackBase) / (maxValue - minValue));
// use the stock close value
barEnd = (gridHeight + marginTop) - (gridHeight * (closeValue - stackBase) / (maxValue - minValue));
bool doFill = openValue > closeValue;
RectangleGeometry rectGeometry = new RectangleGeometry();
rectGeometry.Rect = new Rect(dx, Math.Min(barStart, barEnd), _CANDLE_WIDTH, Math.Abs(barStart - barEnd));
rectElem.SetValue(Path.DataProperty, rectGeometry);
if (doFill)
{
if (gradientXAML != null)
{
SetGradientOnElement(rectElem, gradientXAML, seriesColors[j], 0xe5);
}
else
{
SetFillOnElement(rectElem, seriesColors[j]);
}
}
SolidColorBrush scb = new SolidColorBrush(seriesColors[j]);
rectElem.SetValue(Rectangle.StrokeProperty, scb);
SetExpandosOnElement(rectElem, i, j,
new Point(dx + _CANDLE_WIDTH / 2.0, Math.Min(barStart, barEnd)));
if (DisplayToolTip)
{
rectElem.MouseEnter += new MouseEventHandler(ShowToolTip);
rectElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
rectElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
ChartCanvas.Children.Add(rectElem);
// Draw the sticks for the candle
Line lineTop = new Line(), lineBottom = new Line();
if (animate)
{
dataElems.Add(lineTop);
dataElems.Add(lineBottom);
dataElems.Add(rectElem);
defaultTransform = new MatrixTransform();
Matrix m = new Matrix();
m.M22 = 0.0;
defaultTransform.Matrix = m;
lineTop.SetValue(UIElement.RenderTransformProperty, defaultTransform);
lineBottom.SetValue(UIElement.RenderTransformProperty, defaultTransform);
rectElem.SetValue(UIElement.RenderTransformProperty, defaultTransform);
}
lineTop.SetValue(Line.StrokeProperty, scb);
lineBottom.SetValue(Line.StrokeProperty, scb);
lineTop.X1 = lineTop.X2 = lineBottom.X1 = lineBottom.X2 = dx + _CANDLE_WIDTH / 2.0;
lineTop.Y1 = doFill ? barStart : barEnd;
lineTop.Y2 = (gridHeight + marginTop) - (gridHeight * (highValue - stackBase) / (maxValue - minValue));
lineBottom.Y1 = doFill ? barEnd : barStart;
lineBottom.Y2 = (gridHeight + marginTop) - (gridHeight * (lowValue - stackBase) / (maxValue - minValue));
ChartCanvas.Children.Add(lineTop);
ChartCanvas.Children.Add(lineBottom);
}
}
dx += barWidth;
}
}
private void ShowMessageBoxDialog(string caption, string exceptionMessage)
{
this.Text = caption;
this.messageText = exceptionMessage;
if (GetLookAndFeel() != null)
{
LookAndFeel.Assign(GetLookAndFeel());
}
FormBorderStyle = FormBorderStyle.FixedDialog;
MinimizeBox = false;
MaximizeBox = false;
IWin32Window owner = Owner;
if (owner == null)
{
Form activeForm = Form.ActiveForm;
if (activeForm != null && !activeForm.InvokeRequired)
{
owner = activeForm;
}
}
if (owner != null)
{
Control ownerControl = owner as Control;
if (ownerControl != null)
{
if (!ownerControl.Visible)
{
owner = null;
}
else
{
Form ownerForm = ownerControl.FindForm();
if (ownerForm != null)
{
if ((!ownerForm.Visible) ||
ownerForm.WindowState == FormWindowState.Minimized ||
ownerForm.Right <= 0 ||
ownerForm.Bottom <= 0)
{
owner = null;
}
}
}
}
}
if (owner == null)
{
ShowInTaskbar = true;
StartPosition = FormStartPosition.CenterScreen;
}
else
{
ShowInTaskbar = false;
StartPosition = FormStartPosition.CenterParent;
}
CreateButtons();
CalcIconBounds();
CalcMessageBounds();
CreateMemo();
CalcFinalSizes();
Form frm = owner as Form;
if (frm != null && frm.TopMost)
{
this.TopMost = true;
}
ShowDialog(owner);
}
private void _drawPoints()
{
bool animate = (this.AnimationDuration > 0);
double marginLeft = MarginLeft, marginTop = MarginTop;
double marginRight = MarginRight, marginBottom = MarginBottom;
double gridWidth = (ChartCanvas.Width - marginLeft - marginRight);
double gridHeight = (ChartCanvas.Height - marginTop - marginBottom);
LookAndFeel lf = CurrentLookAndFeel;
string dotXAML = lf.GetScatterDotXAML();
Path dotElem;
List <UIElement> dataElems = null;
if (animate)
{
dataElems = DataElements;
}
ChartModel model = Model;
string [] groupLabels = model.GroupLabels;
int groupCount = groupLabels.Length;
string [] seriesLabels = model.SeriesLabels;
int seriesCount = seriesLabels.Length;
Color [] seriesColors = model.SeriesColors;
double[,] yValues = model.YValues;
double minYValue = model.MinYValue, maxYValue = model.MaxYValue;
int nValues = yValues.GetUpperBound(0) + 1;
double[,] xValues = model.XValues;
double minXValue = model.MinXValue, maxXValue = model.MaxXValue;
double barWidth = (gridWidth / (double)(groupCount - 1));
double dx, dy, gridCx = 0, gridCy = 0;
string gradientXAML = lf.GetElementGradientXAML();
if (animate)
{
_cxs = new double[seriesCount * nValues];
_cys = new double[seriesCount * nValues];
gridCx = gridWidth / 2 + marginLeft;
gridCy = gridHeight / 2 + marginTop;
}
for (int i = 0; i < seriesCount; ++i)
{
for (int j = 0; j < nValues; ++j)
{
dy = gridHeight + marginTop - gridHeight * (yValues[j, i] - minYValue) / (maxYValue - minYValue);
dx = marginLeft + gridWidth * (xValues[j, i] - minXValue) / (maxXValue - minXValue);
dotElem = XamlReader.Load(dotXAML) as Path;
EllipseGeometry eg = dotElem.Data as EllipseGeometry;
if (gradientXAML != null)
{
SetGradientOnElement(dotElem, gradientXAML, seriesColors[i], 0xe5);
}
else
{
SetFillOnElement(dotElem, seriesColors[i]);
}
dotElem.SetValue(Path.StrokeProperty, new SolidColorBrush(seriesColors[i]));
SetExpandosOnElement(dotElem, j, i, new Point(dx, dy));
if (DisplayToolTip)
{
dotElem.MouseEnter += new MouseEventHandler(ShowToolTip);
dotElem.MouseLeave += new MouseEventHandler(HideToolTip);
}
dotElem.MouseLeftButtonUp += new MouseButtonEventHandler(ChartDataClicked);
if (animate)
{
dataElems.Add(dotElem);
eg.Center = new Point(gridCx, gridCy);
// we will use it during animation
int cIndex = (i * nValues + j);
_cxs[cIndex] = dx;
_cys[cIndex] = dy;
}
else
{
eg.Center = new Point(dx, dy);
}
ChartCanvas.Children.Add(dotElem);
}
}
}
private void sbtnskin_Click(object sender, EventArgs e)
{
LookAndFeel.SetSkinStyle("Stardust");
}
public static void RegisterLookAndFeel(LookAndFeel lAndF)
{
_LookAndFeelMap.Add(lAndF.GetId(), lAndF);
// set the current look and feel to the newly registered ones
_currentLookAndFeelId = lAndF.GetId();
_currentLookAndFeel = lAndF;
}
protected internal virtual void uninstallDefaults()
{
LookAndFeel.uninstallBorder(this.popupPanel);
}