protected void MeasureAndUpdate(OC_Mode mode, int band, int gray)
{
double[] MeasuredXYLv = api.measure_XYL(channel_num);
ocparam.Set_OC_Mode_Measure(new XYLv(MeasuredXYLv[0], MeasuredXYLv[1], MeasuredXYLv[2]), mode, band, gray);
XYLv TargetXYLv = ocparam.Get_OC_Mode_Target(mode, band, gray);
api.WriteLine($"Measured X / Y / Lv : {MeasuredXYLv[0]} / {MeasuredXYLv[1]} / {MeasuredXYLv[2]}");
api.WriteLine($"Target X / Y / Lv : {TargetXYLv.double_X} / {TargetXYLv.double_Y} / {TargetXYLv.double_Lv}");
}
private bool REF4095_Compensation()
{
if (vars.Optic_Compensation_Stop == false)
{
const double REF4095_Resolution = 0.04;
double REF4095_Margin = DP213OCSet.Get_REF4095_Margin();
double Black_Limit_Lv = DP213OCSet.Get_Black_Limit_Lv();
byte REF4095 = (byte)DP213_Static.REF4095_REF0_Max;
Set_and_Send_VREF0_VREF4095(REF4095);
while (REF4095 > 0)
{
if (REF4095 == 0)
{
REF4095 += Convert.ToByte(REF4095_Margin / REF4095_Resolution);
Set_and_Send_VREF0_VREF4095(REF4095);
api.WriteLine("Black(REF4095) Compensation OK (Case 1)");
return(true);
}
else
{
double[] measured = api.measure_XYL(channel_num);
api.WriteLine("REF4095 / Lv : " + REF4095 + "/" + measured[2]);
if (measured[2] < Black_Limit_Lv)
{
REF4095--;
Set_and_Send_VREF0_VREF4095(REF4095);
continue;
}
else
{
REF4095 += Convert.ToByte(REF4095_Margin / REF4095_Resolution);
if (REF4095 > DP213_Static.REF4095_REF0_Max)
{
api.WriteLine("Black(REF4095) Compensation Fail (Black Margin Is Not Enough)");
return(false);
}
else
{
Set_and_Send_VREF0_VREF4095(REF4095);
api.WriteLine("Black(REF4095) Compensation OK (Case 2)");
return(true);
}
}
}
}
return(true);
}
return(false);
}
private XYLv[] Get_Multitimes_Measured_Values(int how_many_times)
{
XYLv[] Temp_Measures = new XYLv[how_many_times];
for (int i = 0; i < Temp_Measures.Length; i++)
{
double[] measured = api.measure_XYL(channel_num);
Temp_Measures[i].double_X = measured[0];
Temp_Measures[i].double_Y = measured[1];
Temp_Measures[i].double_Lv = measured[2];
}
return(Temp_Measures);
}
public void Measure(IOCparamters ocparam, OC_Mode mode, int band, int gray)
{
double[] XYLv = api.measure_XYL(channel_num);
api.WriteLine($"X / Y / Lv : {XYLv[0]} / {XYLv[1]} / {XYLv[2]}");
ocparam.Set_OC_Mode_Measure(new XYLv(XYLv[0], XYLv[1], XYLv[2]), mode, band, gray);
}