private string GetTimingData(TIMING_TYPE e_timingType, Timing_Parameters timingParam)
{
try
{
if (e_timingType == TIMING_TYPE.PRE_CONDITION)
{
var timingCoord = new TimeCoord(TIMING_TYPE.PRE_CONDITION);
return(GenerateTimingData(timingCoord, timingParam));
}
else if (e_timingType == TIMING_TYPE.LED)
{
var timingCoord = new TimeCoord(TIMING_TYPE.LED);
return(GenerateTimingData(timingCoord, timingParam));
}
else if (e_timingType == TIMING_TYPE.INTEG_SEQUENCE)
{
var timingCoord = new TimeCoord(TIMING_TYPE.INTEG_SEQUENCE);
return(GenerateTimingData(timingCoord, timingParam));
}
}
catch (Exception ex)
{
Console.WriteLine("Exception in GenerateTimingData API = " + ex);
}
return(string.Empty);
}
public TimeCoord[] GetHistory (Gdk.Window window, uint start, uint stop)
{
IntPtr coords_handle;
int count;
if (gdk_device_get_history (Handle, window.Handle, start, stop, out coords_handle, out count)) {
TimeCoord[] result = new TimeCoord [count];
for (int i = 0; i < count; i++) {
IntPtr ptr = Marshal.ReadIntPtr (coords_handle, i + IntPtr.Size);
result [i] = TimeCoord.New (ptr);
}
gdk_device_free_history (coords_handle, count);
return result;
} else
return new TimeCoord [0];
}
private string GenerateTimingData_local(TimeCoord timingCoord, Timing_Parameters timingParam)
{
string timingData = string.Empty;
int automatic_period = 150;
int pre_width = 8; //8
int led_offset = 16; //16
double integ_offset = (16625 / 1000.0); // Divide by 1000 to convert nanosecond to microsecond
int led_width = 2; //2
int integ_width = 3; //3
var default_Y = 100.0;
var peak_height = 50.0;
var x1 = 0.0;
var X2 = 0.0;
var X3 = 0.0;
var X4 = 0.0;
var X5 = 0.0;
var x6 = 0.0;
var X7 = 0.0;
var Y1 = 0.0;
var Y2 = 0.0;
try
{
if (timingCoord.eTimingType == TIMING_TYPE.PRE_CONDITION)
{
x1 = (TimeCoord.START_POINT + timingCoord.initial_width);
X2 = (x1 + (pre_width * TimeCoord.Per_ms));
X3 = (X2 + (END_WIDTH - X2));
Y1 = default_Y - peak_height;
timingData = "M " + TimeCoord.START_POINT + "," + default_Y + " ";
timingData += "L ";
timingData += x1 + "," + default_Y + " ";
timingData += x1 + "," + Y1 + " ";
timingData += X2 + "," + Y1 + " ";
timingData += X2 + "," + default_Y + " ";
timingData += X3 + "," + default_Y;
m_preCoord = timingCoord;
Console.WriteLine("Pre Condition Timing data = " + timingData);
}
else if (timingCoord.eTimingType == TIMING_TYPE.LED)
{
var end_width_diff = 0.0;
x1 = timingCoord.initial_width + (pre_width * TimeCoord.Per_ms) + (led_offset * TimeCoord.Per_ms);
Y1 = default_Y - peak_height;
X2 = x1 + (led_width * TimeCoord.Per_ms);
X3 = (integ_checkpoint + (integSeq_Offset_diff * TimeCoord.Per_ms));
// X3 = X2 + automatic_period; //automatically calculated period
X4 = X3 + (led_width * TimeCoord.Per_ms);
if (X4 > END_WIDTH)
{
end_width_diff = X4 - END_WIDTH;
X5 = X4 - end_width_diff;
}
else
{
end_width_diff = END_WIDTH - X4;
X5 = X4 + end_width_diff;
}
//X5 = X4 + end_width_diff;
timingData = "M " + TimeCoord.START_POINT + "," + default_Y + " ";
timingData += "L ";
timingData += x1 + "," + default_Y + " ";
timingData += (x1 + 1) + "," + Y1 + " ";
timingData += X2 + "," + Y1 + " ";
timingData += (X2 + 1) + "," + default_Y + " ";
timingData += X3 + "," + default_Y + " ";
timingData += (X3 + 1) + "," + Y1 + " ";
timingData += X4 + "," + Y1 + " ";
timingData += (X4 + 1) + "," + default_Y + " ";
timingData += X5 + "," + default_Y;
Console.WriteLine("LED Timing data = " + timingData);
}
else if (timingCoord.eTimingType == TIMING_TYPE.INTEG_SEQUENCE)
{
var end_width = 100.0;
x1 = timingCoord.initial_width + (pre_width * TimeCoord.Per_ms) + (integ_offset * TimeCoord.Per_ms);
Y1 = default_Y - peak_height;
Y2 = default_Y + peak_height;
X2 = x1 + (integ_width * TimeCoord.Per_ms);
X3 = X2 + (integ_width * TimeCoord.Per_ms);
X4 = X3 + automatic_period;
integSeq_Offset_diff = led_offset - integ_offset;
integ_checkpoint = X4;
X5 = X4 + (integ_width * TimeCoord.Per_ms);
x6 = X5 + (integ_width * TimeCoord.Per_ms);
X7 = x6 + end_width;
END_WIDTH = X7;
timingData = "M " + TimeCoord.START_POINT + "," + default_Y + " ";
timingData += "L ";
timingData += x1 + "," + default_Y + " ";
timingData += x1 + "," + Y1 + " ";
timingData += X2 + "," + Y1 + " ";
timingData += X2 + "," + Y2 + " ";
timingData += X3 + "," + Y2 + " ";
timingData += X3 + "," + default_Y + " ";
timingData += X4 + "," + default_Y + " ";
timingData += X4 + "," + Y1 + " ";
timingData += X5 + "," + Y1 + " ";
timingData += X5 + "," + Y2 + " ";
timingData += x6 + "," + Y2 + " ";
timingData += x6 + "," + default_Y + " ";
timingData += X7 + "," + default_Y + " ";
Console.WriteLine("INTEG Sequence timing data = " + timingData);
}
}
catch (Exception ex)
{
Console.WriteLine("Exception in GenerateTimingData API = " + ex);
}
return(timingData);
}
