private void UpdateZGraph(ZedGraphControl z, string s)
{
if (z.InvokeRequired)
{
axisChangeZedGraphCallBack dlz = new axisChangeZedGraphCallBack(UpdateZGraph);
z.Invoke(dlz, new object [] { z, s });
}
else
{
int a, b, c;
if (Sending_enable == 1)
{
if (s[0] != 'p')
{
a = s[0] - 48; b = s[1] - 48; c = s[3] - 48;
speed = 10 * (double)a + (double)b + 0.1 * (double)c;
time = time + 0.025;
myCurveTwo.AddPoint(time, setpoint);
myCurveOne.AddPoint(time, speed);
z.AxisChange();
//z.Invalidate();
z.Refresh();
}
}
}
}
private void axisChangeZedGraph(ZedGraphControl zg)
{
if (zg.InvokeRequired)
{
axisChangeZedGraphCallBack ad = new axisChangeZedGraphCallBack(axisChangeZedGraph);
zg.Invoke(ad, new object[] { zg });
}
else
{
zg.AxisChange();
zg.Invalidate();
zg.Refresh();
}
}
private void axisChangeZedGraph(ZedGraphControl zg)
{
if (zg.InvokeRequired)
{
axisChangeZedGraphCallBack ad = new axisChangeZedGraphCallBack(axisChangeZedGraph);
zg.Invoke(ad, new object[] { zg });
}
else
{
//double xRange = myPane.XAxis.Scale.Max - myPane.XAxis.Scale.Min;
//myPane.XAxis.Scale.Max = watch1.ElapsedMilliseconds;
//myPane.XAxis.Scale.Min = myPane.XAxis.Scale.Max - xRange;
zg.AxisChange();
zg.Invalidate();
zg.Refresh();
}
}
private void axisChangeZedGraph(ZedGraphControl zg)
{
if (zg.InvokeRequired)
{
axisChangeZedGraphCallBack ad = new axisChangeZedGraphCallBack(axisChangeZedGraph);
zg.Invoke(ad, new object[] { zg });
}
else
{
zg.AxisChange();
zg.Invalidate();
zg.Refresh();
}
}
private void axisChangeZedGraph(ZedGraphControl zg)
{
if (zg.InvokeRequired)
{
axisChangeZedGraphCallBack ad = new axisChangeZedGraphCallBack(axisChangeZedGraph);
zg.Invoke(ad, new object[] { zg });
}
else
{
//double xRange = myPane.XAxis.Scale.Max - myPane.XAxis.Scale.Min;
//myPane.XAxis.Scale.Max = watch1.ElapsedMilliseconds;
//myPane.XAxis.Scale.Min = myPane.XAxis.Scale.Max - xRange;
zg.AxisChange();
zg.Invalidate();
zg.Refresh();
}
}
