// 2005-03-08 Cursor Option Added.
/*
private bool FCursorMode = false ;
[Category("Plotter")]
[Description("The cursor mode of plotter.")]
public bool CursorMode
{
get { return FCursorMode ; }
set { if ( ! grid && ! ShowLegend ) FCursorMode = value; }
}
*/
protected override void OnPaint(PaintEventArgs e)
{
if(bIsColorMap == false)
{
int x0, y0, x1, y1, w0, h0, w1=0, h1=0;
int i, j, x, y, n, d, d1;
string s;
// try // overall exception handling to avoid crashes
// {
// check properties
if (xRangeEnd <= xRangeStart) return;
if (yRangeEnd <= yRangeStart) return;
if ( FXAxisMode == XAxisModeType.Linear ) // linear.
{
if (xGrid <= 0) return;
}
else // logarithmic
{
if (xRangeStart <= 0) return;
}
switch ( FYAxisMode )
{
case YAxisModeType.Linear : // linear.
if (yGrid <= 0) return;
break;
case YAxisModeType.Log10 : // logarithmic.
if (yRangeStart <= 0) return;
break;
case YAxisModeType.dB :
if (yRangeStart <= 0) return; // dB Mode.
break;
}
// prepare the tools
Graphics g = e.Graphics;
e.Graphics.SmoothingMode = SmoothingMode.AntiAlias;
g.FillRectangle(new SolidBrush(colorBg), ClientRectangle);
Pen penDraw = new Pen(colorDraw, penWidth);
Pen penGrid = new Pen(colorGrid, 1);
Pen penAxis = new Pen(colorAxis, 1);
Pen penTitle = new Pen(titlecolor, 3);
Pen penLabel = new Pen(xlabelcolor, 2);
SolidBrush brushAxis = new SolidBrush(colorAxis);
SolidBrush brushTitle = new SolidBrush(titlecolor);
SolidBrush xBrushLabel = new SolidBrush(xlabelcolor);
SolidBrush yBrushLabel = new SolidBrush(ylabelcolor);
// calculate coordinates, width and hight inside
x0 = ClientRectangle.Left + borderLeft;
y0 = ClientRectangle.Top + borderTop;
w0 = ClientRectangle.Width - borderLeft - borderRight;
h0 = ClientRectangle.Height - borderTop - borderBottom;
x1 = ClientRectangle.Right - borderRight;
y1 = ClientRectangle.Bottom - borderBottom;
// draw title and label
s = title ;
SizeF tp = g.MeasureString(s, fontTitle);
// g.DrawString(s, fontTitle, brushTitle, ClientRectangle.Left + w0/2-tp.Width/2, ClientRectangle.Top + 5);
// ���⸮�� ������ �κ�
g.DrawString(s, fontTitle, brushTitle, ((ClientRectangle.Left + ClientRectangle.Right) / 2) - (tp.Width / 2), ClientRectangle.Top + 5);
// �������
s = xlabel ;
tp = g.MeasureString(s, fontLabel);
g.DrawString(s, fontLabel, xBrushLabel, ((ClientRectangle.Left + ClientRectangle.Right) / 2) - (tp.Width / 2), ClientRectangle.Bottom - 20);
s = ylabel;
tp = g.MeasureString(s, fontLabel);
StringFormat drawFormat = new StringFormat();
//drawFormat.FormatFlags = StringFormatFlags.DirectionVertical;
drawFormat.FormatFlags = StringFormatFlags.FitBlackBox;
// g.DrawString(s, fontLabel, yBrushLabel, ClientRectangle.Left + 5, ClientRectangle.Top + tp.Width + 10, drawFormat);
// ���⸮�� ������ �κ�
g.RotateTransform(-90,System.Drawing.Drawing2D.MatrixOrder.Append);
g.DrawString(s, fontLabel, yBrushLabel, ((ClientRectangle.Top - ClientRectangle.Bottom) / 2) - (tp.Width / 2),ClientRectangle.Left + 10, drawFormat);
//g.DrawString(s, fontLabel, yBrushLabel, ClientRectangle.Left - 200, ((ClientRectangle.Top + ClientRectangle.Bottom) / 2) - 180, drawFormat);
// g.DrawString(s, fontLabel, yBrushLabel, ClientRectangle.Left + 10, ((ClientRectangle.Top + ClientRectangle.Bottom) / 2) - (tp.Width / 2), drawFormat);
g.RotateTransform(90,System.Drawing.Drawing2D.MatrixOrder.Append);
// �������
drawFormat.Dispose();
// draw grid
switch ( FXAxisMode )
{
case XAxisModeType.Linear : // linear.
if(IsOctave == false)
{
n = Convert.ToInt32(Math.Floor((xRangeEnd - xRangeStart) / xGrid));
if (n == 0) n = 1;
d = (int)(w0 * xGrid / (xRangeEnd - xRangeStart));
for (i = 0; i <= n; i++)
{
x = x0 + i * d;
// grid ����� ������ ���带 ����.
if ( grid ) g.DrawLine(penGrid, x, y0, x, y1);
// �����Ͱ� �ִٸ� ���� ���� ������ tick marker �� ����.
// if ( series.Count > 0 ) // �����ǰ� ( xData != null && yData != null)
// {
g.DrawLine(penAxis, x, y1, x, y1-5);
g.DrawLine(penAxis, x, y0, x, y0+5);
// }
// Tick Label
s = Convert.ToString(xRangeStart + xGrid * i);
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x - sf.Width / 2, y1 + sf.Height / 2);
}
w1 = d * n;
}
else
{
n = Convert.ToInt32(((DataSeries)this.series[0]).XData.Length);
float w0_Temp = w0;
float n_Temp = n;
float fTemp_d = w0_Temp / n_Temp ;
float xd = 0;
int count = Interval;
for (i = 0; i < n; i++)
{
if(i == 0.0)
{
xd = fTemp_d / 2;
}
else
{
xd = fTemp_d + xd ;
}
x = (int)(x0 + xd);
// grid ����� ������ ���带 ����.
if ( grid ) g.DrawLine(penGrid, x, y0, x, y1);
if(Interval > 0)
{
if(Interval == count)
{
// ���� ���� ������ tick marker �� ����.
g.DrawLine(penAxis, x, y1, x, y1-5);
g.DrawLine(penAxis, x, y0, x, y0+5);
s = Convert.ToString(((DataSeries)series[0]).XData[(int)i]);
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x - sf.Width / 2, y1 + sf.Height / 2);
count = 0;
}
}
else
{
// ���� ���� ������ tick marker �� ����.
g.DrawLine(penAxis, x, y1, x, y1-5);
g.DrawLine(penAxis, x, y0, x, y0+5);
s = Convert.ToString(((DataSeries)series[0]).XData[(int)i]);
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x - sf.Width / 2, y1 + sf.Height / 2);
}
count++;
}
w1 = (int)(fTemp_d * n);
}
break;
case XAxisModeType.Log10 : // logarithmic
//if ( xRangeStart > 0 )
n = Convert.ToInt32(Math.Log10(xRangeEnd) - Math.Log10(xRangeStart));
//else
//n = Convert.ToInt32(Math.Log10(xRangeEnd));
if (n == 0) n = 1;
d = w0 / n;
for (i = 0; i <= n; i++)
{
x = x0 + i * d;
if (i < n)
{
for (j = 1; j < 10 /* log base */ ; j++)
{
d1 = Convert.ToInt32(Math.Log10(j) * d);
// grid ����� ������ ���带 ����.
if ( grid ) g.DrawLine(penGrid, x + d1, y0, x + d1, y1);
}
}
// �����Ͱ� �ִٸ� ���� ���� ������ tick marker �� ����.
// if ( series.Count > 0 ) // �����ǰ� ( xData != null && yData != null)
// {
g.DrawLine(penAxis, x, y1, x, y1-5);
g.DrawLine(penAxis, x, y0, x, y0+5);
// }
if ( xRangeStart > 0 )
s = Convert.ToString(Math.Pow(10, Math.Log10(xRangeStart) + i));
else
{
if ( i == 0 ) s = "0";
if ( i != 0 ) s = Convert.ToString(Math.Pow(10, 0 + i));
}
// int Temp_ss = (int)double.Parse(s);
// s = Temp_ss.ToString();
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x - sf.Width / 2, y1 + sf.Height / 2);
}
w1 = d * n;
break;
}
switch ( FYAxisMode )
{
case YAxisModeType.Linear : // linear.
n = Convert.ToInt32(Math.Floor((yRangeEnd - yRangeStart) / yGrid));
if (n == 0) n = 1;
d = (int)(h0 * yGrid / (yRangeEnd - yRangeStart));
for (i = 0; i <= n; i++)
{
y = y1 - i * d;
// grid ����� ������ ���带 ����.
if ( grid ) g.DrawLine(penGrid, x0, y, x1, y);
// �����Ͱ� �ִٸ� ���� ���� ������ tick marker �� ����.
// if ( series.Count > 0 ) // �����ǰ� ( xData != null && yData != null)
// {
g.DrawLine(penAxis, x0, y, x0+5, y);
g.DrawLine(penAxis, x1, y, x1-5, y);
// }
s = Convert.ToString(yRangeStart + yGrid * i);
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x0 - sf.Width - sf.Height / 4, y - sf.Height / 2);
}
h1 = d * n;
break;
case YAxisModeType.Log10 : // logarithmic.
n = Convert.ToInt32(Math.Log10(yRangeEnd) - Math.Log10(yRangeStart));
if (n == 0) n = 1;
d = h0 / n;
for (i = 0; i <= n; i++)
{
y = y1 - i * d;
if (i < n)
{
for (j = 1; j < 10 ; j++)
{
d1 = Convert.ToInt32(Math.Log10(j) * d);
// grid ����� ������ ���带 ����.
if (grid ) g.DrawLine(penGrid, x0, y - d1, x1, y - d1);
}
}
// �����Ͱ� �ִٸ� ���� ���� ������ tick marker �� ����.
// if ( series.Count > 0 ) // �����ǰ� ( xData != null && yData != null)
// {
g.DrawLine(penAxis, x0, y, x0+5, y);
g.DrawLine(penAxis, x1, y, x1-5, y);
// }
s = Convert.ToString(Math.Pow(10, Math.Log10(yRangeStart) + i));
// int Temp_ss = (int)double.Parse(s);
// s = Temp_ss.ToString();
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x0 - sf.Width - sf.Height / 4, y - sf.Height / 2);
}
h1 = d * n;
break;
case YAxisModeType.dB : // dB Mode.
n = Convert.ToInt32((yRangeEnd - yRangeStart) / yGrid);
if (n == 0) n = 1;
d = h0 / n;
for (i = 0; i <= n; i++)
{
y = y1 - i * d;
// grid ����� ������ ���带 ����.
if ( grid ) g.DrawLine(penGrid, x0, y, x1, y);
// �����Ͱ� �ִٸ� ���� ���� ������ tick marker �� ����.
// if ( series.Count > 0 ) // �����ǰ� ( xData != null && yData != null)
// {
g.DrawLine(penAxis, x0, y, x0+5, y);
g.DrawLine(penAxis, x1, y, x1-5, y);
// }
s = Convert.ToString(yRangeStart + (yRangeEnd - yRangeStart) * i / n);
// int Temp_ss = (int)double.Parse(s);
// s = Temp_ss.ToString();
SizeF sf = g.MeasureString(s, fontAxis);
g.DrawString(s, fontAxis, brushAxis, x0 - sf.Width - sf.Height / 4, y - sf.Height / 2);
}
h1 = d * n;
break;
}
// draw axis
g.DrawRectangle(penAxis, x0, y0, w0, h0);
// Correct internal width and height.
// This is necessary because equidistant grid lines may not fit into
// the axis rectangle without rounding errors
//h0 = h1;
//w0 = w1;
// draw data if available
if ( series.Count == 0 ) return;
for ( int ppp = 0 ; ppp < series.Count ; ++ ppp )
{
DataSeries tSeries = new DataSeries() ;
tSeries = (DataSeries)series[ppp];
if ( tSeries.XData.Length != tSeries.YData.Length ) return ;
}
// draw legend - ���� ��ġ �߿�.
// �� �� if �� ���ų� ���� ���� �Ϸ��� ���ǿ� && (xData != null && yData != null) �߰�.
if ( showlegend )
{
int lb_w = 0, lb_h = 0, ln_w = 0, ln_h = 0, lx0, ly0, max_CapW = 0;
// lb_w : legend box width. lb_h : legend box height.
// ln_w : legend name width. ln_w : legend name height.
// lx0 : legend box x position ly0 : legend box y position.
// max_CapW : ���� �� ������ ���� ���� .
DataSeries tSeries = new DataSeries();
float[] ln_hs = new float[series.Count]; // ������ ���ڵ� ������ �迭�̴�.
for ( int ppp = 0; ppp < series.Count ; ++ ppp )
{
tSeries = (DataSeries)series[ppp];
s = tSeries.Name ; // ���� s = legendname ;
tp = g.MeasureString(s, tSeries.Font); // ���� fontLegend);
ln_w = Convert.ToInt32(tp.Width);
ln_h += Convert.ToInt32(tp.Height);
ln_hs[ppp] = tp.Height ;
if( max_CapW < ln_w )
{
max_CapW = ln_w;
}
else
{
max_CapW = max_CapW ;
}
/* ������ �����尡 �ƴϸ� ���ݵ� ���Խ�Ų��. */
if ( ppp + 1 != series.Count ) ln_h += 2 ; // �ø������ �� ������ 2������.
}
ln_w = max_CapW;
lb_w = 30+2+ln_w+10*2;
lb_h = ln_h+3*2;
lx0 = 0;
ly0 = 0;
if(LegendPosition_ == LegendPosition_Enum.RIGHT_TOP)
{
lx0 = x0+w0-lb_w-4;
ly0 = y0+10;
}
else if(LegendPosition_ == LegendPosition_Enum.LEFT_TOP)
{
lx0 = x0 + 4;
ly0 = y0+10;
}
if(LegendPosition_ == LegendPosition_Enum.RIGHT_DOWN)
{
lx0 = x0+w0-lb_w-4;
ly0 = y1 - lb_h - 10;
}
else if(LegendPosition_ == LegendPosition_Enum.LEFT_DOWN)
{
lx0 = x0 + 4;
ly0 = y1 - lb_h - 10;
}
// ������ �ڽ��� ����.
g.DrawRectangle(penAxis, lx0, ly0, lb_w, lb_h);
PointF[] lp = new PointF[2];
float Lcyp = ly0+3; // legend caption Y position.
// ���� �����带 ������.
for ( int ppp = 0; ppp < series.Count ; ++ ppp )
{
tSeries = (DataSeries)series[ppp];
s = tSeries.Name ;
Pen tpen = new Pen(tSeries.Color);
lp[0].X = lx0+10; lp[1].X = lp[0].X+30;
lp[0].Y = Lcyp+ln_hs[ppp]/2;
lp[1].Y = lp[0].Y ;
g.DrawLine(tpen, lp[0], lp[1]);
g.DrawString(s, tSeries.Font, xBrushLabel, lp[1].X + 2, Lcyp);
Lcyp = Lcyp + ln_hs[ppp] + 2 ;
}
}
// first convert the data arrays into points inside the axis rectangle
DataSeries pSeries = new DataSeries();
for ( int ppp = 0 ; ppp < series.Count ; ++ ppp )
{
pSeries = (DataSeries)series[ppp];
Pen ppen = new Pen(pSeries.Color, pSeries.PenWidth);
Point[] pt = new Point[pSeries.XData.Length];
Point lastValidPt = new Point(x0, y1);
n = Convert.ToInt32(((DataSeries)this.series[0]).XData.Length);
float w0_Temp = w0;
float n_Temp = n;
float fTemp_d = w0_Temp / n_Temp ;
float xd = 0;
for (i = 0; i < pt.Length; i++)
{
// try // catch invalid data points
// {
switch ( FXAxisMode )
{
case XAxisModeType.Linear : // linear.
if(this.IsOctave == true)
{
if(i == 0)
{
xd = fTemp_d / 2;
}
else
{
xd = fTemp_d + xd ;
}
x = (int)(x0 + xd);
pt[i].X = x;
}
else
{
pt[i].X = (int)(x0 + (pSeries.XData[i] - xRangeStart) / (xRangeEnd - xRangeStart) * w0);
}
break;
case XAxisModeType.Log10 : // logarithmic
pt[i].X = (int)(x0 + (Math.Log10(pSeries.XData[i]) - Math.Log10(xRangeStart)) / (Math.Log10(xRangeEnd) - Math.Log10(xRangeStart)) * w0);
break;
}
switch ( FYAxisMode )
{
case YAxisModeType.Linear : // linear.
pt[i].Y = (int)(y1 - (pSeries.YData[i] - yRangeStart) / (yRangeEnd - yRangeStart) * h0);
break;
case YAxisModeType.Log10 : // logarithmic
pt[i].Y = (int)(y1 - (Math.Log10(pSeries.YData[i]) - Math.Log10(yRangeStart)) / (Math.Log10(yRangeEnd) - Math.Log10(yRangeStart)) * h0);
break;
case YAxisModeType.dB : // dB
pt[i].Y = (int)(y1 - (pSeries.YData[i] - yRangeStart) / (yRangeEnd - yRangeStart) * h0);
break;
}
lastValidPt = pt[i];
// }
// catch(System.Exception )
// {
pt[i] = lastValidPt; // redraw last valid point on error
// }
}
// now draw the points
g.Clip = new Region(new Rectangle(new Point(x0, y0), new Size(w0, h0)));
for (i = 0; i < pt.Length; i++)
{
if ( ( pt[i].X >= x0 && pt[i].X <= x0 + w0 ) && ( pt[i].Y >= y0 && pt[i].Y <= y0 + h0 ) ) // ���� �������� ���� ����.
{
switch(drawMode)
{
case DrawModeType.Dot:
Debug.WriteLine("Dot");
g.DrawEllipse(ppen, pt[i].X - penWidth / 2, pt[i].Y - penWidth / 2, penWidth, penWidth);
break;
case DrawModeType.Bar:
Debug.WriteLine("Bar");
g.DrawLine(ppen, new Point(pt[i].X, y1), pt[i]);
break;
default:
// Draw mode �� dot�� bar�� ��� ������ ��ü�� �̻����̹Ƿ� Line Mode �ÿ��� Marker �� ǥ���Ѵ�.
// �������� �����Ͱ� Continuous �DZ����� Marker�� ����.
switch ( markerType )
{
case MarkerModeType.None :
Debug.WriteLine("None");
break;
case MarkerModeType.Circle :
Debug.WriteLine("Circle");
g.DrawEllipse(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, markerSize, markerSize);
break;
case MarkerModeType.Square :
Debug.WriteLine("Square");
g.DrawRectangle(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, markerSize, markerSize);
break;
case MarkerModeType.Cross :
Debug.WriteLine("Cross");
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, pt[i].X + markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y - markerSize/2, pt[i].X - markerSize/2, pt[i].Y + markerSize/2);
break;
case MarkerModeType.Plus :
Debug.WriteLine("Plus");
g.DrawLine(ppen, pt[i].X, pt[i].Y - markerSize/2, pt[i].X, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y, pt[i].X + markerSize/2, pt[i].Y);
break;
case MarkerModeType.Triangle :
Debug.WriteLine("Triangle");
g.DrawLine(ppen, pt[i].X, pt[i].Y - markerSize/2, pt[i].X - markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y + markerSize/2, pt[i].X + markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y + markerSize/2, pt[i].X, pt[i].Y - markerSize/2);
break;
case MarkerModeType.Diamond :
Debug.WriteLine("Diamond");
g.DrawLine(ppen, pt[i].X, pt[i].Y - markerSize/2, pt[i].X - markerSize/2, pt[i].Y);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y, pt[i].X, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X, pt[i].Y + markerSize/2, pt[i].X + markerSize/2, pt[i].Y);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y, pt[i].X, pt[i].Y - markerSize/2);
break;
case MarkerModeType.Asterik :
Debug.WriteLine("Asterik");
g.DrawLine(ppen, pt[i].X, pt[i].Y - markerSize/2, pt[i].X, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y, pt[i].X + markerSize/2, pt[i].Y);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, pt[i].X + markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y - markerSize/2, pt[i].X - markerSize/2, pt[i].Y + markerSize/2);
break;
case MarkerModeType.Right :
Debug.WriteLine("Right");
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, pt[i].X - markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y + markerSize/2, pt[i].X + markerSize/2, pt[i].Y);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y, pt[i].X - markerSize/2, pt[i].Y - markerSize/2);
break;
case MarkerModeType.Left :
Debug.WriteLine("Left");
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y - markerSize/2, pt[i].X + markerSize/2, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y + markerSize/2, pt[i].X - markerSize/2, pt[i].Y);
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y, pt[i].X + markerSize/2, pt[i].Y - markerSize/2);
break;
case MarkerModeType.Down :
Debug.WriteLine("Down");
g.DrawLine(ppen, pt[i].X - markerSize/2, pt[i].Y - markerSize/2, pt[i].X + markerSize/2, pt[i].Y - markerSize/2);
g.DrawLine(ppen, pt[i].X + markerSize/2, pt[i].Y - markerSize/2, pt[i].X, pt[i].Y + markerSize/2);
g.DrawLine(ppen, pt[i].X, pt[i].Y + markerSize/2, pt[i].X - markerSize/2, pt[i].Y - markerSize/2);
break;
}
// ���� ����̹Ƿ� ������ �̾� �ش�. ������ �ʿ� ������ �÷����� �и�.... =��=;;
if (i > 0) g.DrawLine(ppen, pt[i - 1], pt[i]);
/*
* ��ģ �� ó��..... =��=;;
if ( pt[i-1].X <= x0 )
{
g.DrawLine(ppen, pt[i - 1], pt[i]);
}
*/
break;
}
}
}
g.Flush();
}
// }
// catch( System.Exception )
// { }
}
else // Color Map
{
ColorMapDraw();
}
}
/// <summary>
/// ��ȿ�� üũ
/// </summary>
/// <returns></returns>
private bool Exception_Check()
{
bool bResult = true;
// check properties
if (xRangeEnd <= xRangeStart)
{
bResult = false;
}
if (yRangeEnd <= yRangeStart)
{
bResult = false;
}
if ( FXAxisMode == XAxisModeType.Linear ) // linear.
{
if (xGrid <= 0)
{
bResult = false;
}
}
else // logarithmic
{
if (xRangeStart <= 0)
{
bResult = false;
}
}
switch ( FYAxisMode )
{
case YAxisModeType.Linear : // linear.
if (yGrid <= 0)
{
bResult = false;
}
break;
case YAxisModeType.Log10 : // logarithmic.
if (yRangeStart <= 0)
{
bResult = false;
}
break;
case YAxisModeType.dB :
if (yRangeStart <= 0)
{
bResult = false;
}
break;
}
// draw data if available
if ( series.Count == 0 )
{
bResult = false;
}
for ( int ppp = 0 ; ppp < series.Count ; ++ ppp )
{
DataSeries tSeries = new DataSeries() ;
tSeries = (DataSeries)series[ppp];
if ( tSeries.XData.Length != tSeries.YData.Length )
{
bResult = false;
}
}
return bResult;
}
/// <summary>
/// Legend ����
/// </summary>
/// <param name="g"></param>
private void Legend_Draw(Graphics g)
{
// draw legend - ���� ��ġ �߿�.
int x0 = ClientRectangle.Left + borderLeft;
int y0 = ClientRectangle.Top + borderTop;
int w0 = ClientRectangle.Width - borderLeft - borderRight;
Pen penAxis = new Pen(colorAxis, 1);
SolidBrush xBrushLabel = new SolidBrush(xlabelcolor);
if ( showlegend )
{
int lb_w = 0, lb_h = 0, ln_w = 0, ln_h = 0, lx0, ly0, max_CapW = 0;
// lb_w : legend box width. lb_h : legend box height.
// ln_w : legend name width. ln_w : legend name height.
// lx0 : legend box x position ly0 : legend box y position.
// max_CapW : ���� �� ������ ���� ���� .
DataSeries tSeries = new DataSeries();
float[] ln_hs = new float[series.Count]; // ������ ���ڵ� ������ �迭�̴�.
for ( int ppp = 0; ppp < series.Count ; ++ ppp )
{
tSeries = (DataSeries)series[ppp];
string s = tSeries.Name ; // ���� s = legendname ;
SizeF tp = g.MeasureString(s, tSeries.Font); // ���� fontLegend);
ln_w = Convert.ToInt32(tp.Width);
ln_h += Convert.ToInt32(tp.Height);
ln_hs[ppp] = tp.Height ;
ln_w = ( max_CapW < ln_w ) ? ln_w : max_CapW ;
/* ������ �����尡 �ƴϸ� ���ݵ� ���Խ�Ų��. */
if ( ppp + 1 != series.Count ) ln_h += 2 ; // �ø������ �� ������ 2������.
}
lb_w = 30+2+ln_w+10*2; lb_h = ln_h+3*2;
lx0 = x0+w0-lb_w-4; ly0 = y0+10;
// ������ �ڽ��� ����.
g.DrawRectangle(penAxis, lx0, ly0, lb_w, lb_h);
PointF[] lp = new PointF[2];
float Lcyp = ly0+3; // legend caption Y position.
// ���� �����带 ������.
for ( int ppp = 0; ppp < series.Count ; ++ ppp )
{
tSeries = (DataSeries)series[ppp];
string s = tSeries.Name ;
Pen tpen = new Pen(tSeries.Color);
lp[0].X = lx0+10; lp[1].X = lp[0].X+30;
lp[0].Y = Lcyp+ln_hs[ppp]/2;
lp[1].Y = lp[0].Y ;
g.DrawLine(tpen, lp[0], lp[1]);
g.DrawString(s, tSeries.Font, xBrushLabel, lp[1].X + 2, Lcyp);
Lcyp = Lcyp + ln_hs[ppp]/2 + 2 ;
}
}
}
/// <summary>
/// Data ����
/// </summary>
/// <param name="g"></param>
private void Data_Draw(Graphics g)
{
float y1 = ClientRectangle.Bottom - borderBottom;
float h0 = ClientRectangle.Height - borderTop - borderBottom;
float x0 = ClientRectangle.Left + borderLeft;
float w0 = ClientRectangle.Width - borderLeft - borderRight;
float y0 = ClientRectangle.Top + borderTop;
float d = h0 / Convert.ToInt32(this.series.Count);
//float xd = w0 / Convert.ToInt32(((DataSeries)this.series[0]).XData.Length);
float xd = (w0 - this.ColorBarGap) / Convert.ToInt32(((DataSeries)this.series[0]).XData.Length);
Pen penAxis = new Pen(colorAxis, 1);
// first convert the data arrays into points inside the axis rectangle
DataSeries pSeries = new DataSeries();
for ( int ppp = 0 ; ppp < series.Count ; ++ ppp )
{
pSeries = (DataSeries)series[ppp];
Pen ppen = new Pen(pSeries.Color, pSeries.PenWidth);
Point_Data [] pt = new Point_Data[pSeries.XData.Length];
for (int iii = 0;iii<pSeries.XData.Length;iii++)
{
pt[iii] = new Point_Data();
}
Point_Data lastValidPt = new Point_Data(x0, y1);
Color [] dimColor = new Color[pt.Length];
for(int jjj = 0 ; jjj < pt.Length ; jjj++)
{
dimColor[jjj] = new Color();
}
for (int i = 0; i < pt.Length; i++)
{
// try // catch invalid data points
// {
switch ( FXAxisMode )
{
case XAxisModeType.Linear : // linear.
//pt[i].x_Data = (double)(x0 + (pSeries.XData[i] - xRangeStart) / (xRangeEnd - xRangeStart) * w0);
pt[i].x_Data = x0 + (i + 1) * xd;
break;
}
switch ( FYAxisMode )
{
case YAxisModeType.Linear : // linear.
// RGB ������ ���س���
pt[i].y_Data = y1 - (pSeries.YData[i] - yRangeStart) / (yRangeEnd - yRangeStart) * h0;
dimColor[i] = GetRGB(pSeries.YData[i]);
break;
#region Log10
// case YAxisModeType.Log10 : // logarithmic
// pt[i].Y = Convert.ToInt32(y1 - (Math.Log10(pSeries.YData[i]) - Math.Log10(yRangeStart)) / (Math.Log10(yRangeEnd) - Math.Log10(yRangeStart)) * h0);
// break;
#endregion
#region DB
// case YAxisModeType.dB : // dB
// pt[i].Y = Convert.ToInt32(y1 - (pSeries.YData[i] - yRangeStart) / (yRangeEnd - yRangeStart) * h0);
// break;
#endregion
}
switch ( FZAxisMode )
{
case ZAxisModeType.Linear : // linear.
pt[i].y_Data = y1 - (ppp + 1) * d;
break;
}
lastValidPt = pt[i];
// }
// catch(System.Exception )
// {
//// }
}
for (int i = 0; i < pt.Length; i++)
{
float X1, XW, Y1, YH;
// Color Map �� ��ĭ ��ĭ �� ����.
SolidBrush brushColor = new SolidBrush(dimColor[i]);
// if(i == 0)
// {
// X1 = x0;
// XW = (float)(pt[1].x_Data/2 + pt[0].x_Data - x0);
// }
// else if(i == pt.Length-1)
// {
// X1 = (float)(pt[i].x_Data/2 + pt[i-1].x_Data/2);
// XW = x0 + w0;
// }
// else
// {
// X1 = (float)(pt[i].x_Data/2 + pt[i-1].x_Data/2);
// XW = (float)(pt[i+1].x_Data/2 - pt[i-1].x_Data/2);
// }
X1 = x0 + i * xd;
XW = xd;
Y1 = y1 - (ppp + 1) * d;
YH = d;
g.FillRectangle(brushColor,X1,Y1, XW, YH);
//g.DrawRectangle(brushColor,X1,Y1, XW, YH);
}
}
}