static public void invokeOutput(OUTPUT_NAME outputName, List <IO> I_O, int outputParameter = -1)
{
for (int i = 0; i < I_O.Count; i++)
{
//Debug.Log("param: "+ I_O[i].outputParam);
if (I_O[i].outputName == outputName && (I_O[i].outputParam <= 0 || I_O[i].outputParam == outputParameter))
{
//Invoke time
if (I_O[i].input != null)
{
I_O[i].input.Invoke();
I_O[i].invokeTimes--;
}
else//null input, trash
{
I_O[i].invokeTimes = 0;
}
//Trash depleted inputs
if (I_O[i].invokeTimes <= 0)
{
I_O.RemoveAt(i);
i--;
}
}
}
}
public static string SetRelay(OUTPUT_NAME ch)
{
var cmd = "";
switch (ch)
{
case OUTPUT_NAME.PWM1_I_50:
cmd = "VCK07";
break;
case OUTPUT_NAME.PWM1_I_100:
cmd = "VCK08";
break;
case OUTPUT_NAME.PWM2_I_50:
cmd = "VCK11";
break;
case OUTPUT_NAME.PWM2_I_100:
cmd = "VCK12";
break;
case OUTPUT_NAME.PWM1_V_50:
cmd = "VCK05";
break;
case OUTPUT_NAME.PWM1_V_100:
cmd = "VCK06";
break;
case OUTPUT_NAME.PWM2_V_50:
cmd = "VCK09";
break;
case OUTPUT_NAME.PWM2_V_100:
cmd = "VCK10";
break;
}
return(cmd);
}
public static async Task <bool> CheckPwmOut(OUTPUT_NAME ch)
{
bool result = false;
Double measData = 0;
double Max = 0;
double Min = 0;
try
{
return(await Task <bool> .Run(() =>
{
try
{
//製品にコマンドを送ると、PWM出力させ、マルチメータに出力端子を接続します
if (!Target.SendData(SetRelay(ch), Wait: 10000))
{
return false;
}
switch (ch)
{
case OUTPUT_NAME.PWM1_I_50:
case OUTPUT_NAME.PWM2_I_50:
Max = State.TestSpec.PWM_I50_HI;
Min = State.TestSpec.PWM_I50_LO;
break;
case OUTPUT_NAME.PWM1_I_100:
case OUTPUT_NAME.PWM2_I_100:
Max = State.TestSpec.PWM_I100_HI;
Min = State.TestSpec.PWM_I100_LO;
break;
case OUTPUT_NAME.PWM1_V_50:
case OUTPUT_NAME.PWM2_V_50:
Max = State.TestSpec.PWM_V50_HI;
Min = State.TestSpec.PWM_V50_LO;
break;
case OUTPUT_NAME.PWM1_V_100:
case OUTPUT_NAME.PWM2_V_100:
Max = State.TestSpec.PWM_V100_HI;
Min = State.TestSpec.PWM_V100_LO;
break;
}
var tm = new GeneralTimer(5000);
tm.start();
while (true)
{
if (tm.FlagTimeout)
{
return false;
}
if (!General._34401.GetDcVoltage())
{
continue;
}
measData = General._34401.VoltData;
if (Min < measData && measData < Max)
{
break;
}
Sleep(200);
}
if (!General._34401.GetDcVoltage())
{
return false;
}
measData = General._34401.VoltData;
return result = (Min < measData && measData < Max);
}
catch
{
return result = false;
}
}));
}
finally
{
//ビューモデルの更新
switch (ch)
{
case OUTPUT_NAME.PWM1_I_50:
State.VmTestResults.VolPwm1_I_50 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm1_I_50 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM1_I_100:
State.VmTestResults.VolPwm1_I_100 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm1_I_100 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM2_I_50:
State.VmTestResults.VolPwm2_I_50 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm2_I_50 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM2_I_100:
State.VmTestResults.VolPwm2_I_100 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm2_I_100 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM1_V_50:
State.VmTestResults.VolPwm1_V_50 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm1_V_50 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM1_V_100:
State.VmTestResults.VolPwm1_V_100 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm1_V_100 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM2_V_50:
State.VmTestResults.VolPwm2_V_50 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm2_V_50 = result ? General.OffBrush : General.NgBrush;
break;
case OUTPUT_NAME.PWM2_V_100:
State.VmTestResults.VolPwm2_V_100 = measData.ToString("F2") + "V";
State.VmTestResults.ColPwm2_V_100 = result ? General.OffBrush : General.NgBrush;
break;
}
//NGだった場合、エラー詳細情報の規格値を更新する
if (!result)
{
State.VmTestStatus.Spec = $"規格値 : {Min.ToString("F2")} ～ {Max.ToString("F2")}V";
State.VmTestStatus.MeasValue = "計測値 : " + measData.ToString("F2") + "V";
}
}
}