private void Form1_Load(object sender, EventArgs e)
        {
            board.AnalogPortConfigurationOut();
            board.DigitalConfigurationOut();
            timer1.Interval = 100;
            timer2.Interval = 100;
            board.DigitOutput(0, MccDaq.DigitalLogicState.Low);
            CoreSerialize cs = new CoreSerialize();

            TParameters dataT = new TParameters();

            try
            {
                dataT = cs.TParamDeSerializeNow();

                tbLastTime_1.Text     = dataT.lastTime_1.ToString();
                tbIntervalTime_1.Text = dataT.intervalTime_1.ToString();
                tbCircle_1.Text       = dataT.circle_1.ToString();
                tbVoltage_1.Text      = dataT.voltage_1.ToString();

                tbLastTime_2.Text     = dataT.lastTime_2.ToString();
                tbIntervalTime_2.Text = dataT.intervalTime_2.ToString();
                tbCircle_2.Text       = dataT.circle_2.ToString();
                tbVoltage_2.Text      = dataT.voltage_2.ToString();

                tbLastTime_3.Text     = dataT.lastTime_3.ToString();
                tbIntervalTime_3.Text = dataT.intervalTime_3.ToString();
                tbCircle_3.Text       = dataT.circle_3.ToString();
                tbVoltage_3.Text      = dataT.voltage_3.ToString();

                tbLastTime_4.Text     = dataT.lastTime_4.ToString();
                tbIntervalTime_4.Text = dataT.intervalTime_4.ToString();
                tbCircle_4.Text       = dataT.circle_4.ToString();
                tbVoltage_4.Text      = dataT.voltage_4.ToString();
            }
            catch
            {
                TParameters tp = new TParameters()
                {
                    lastTime_1     = 3,
                    intervalTime_1 = 3,
                    circle_1       = 3,
                    voltage_1      = 3.5,

                    lastTime_2     = 3,
                    intervalTime_2 = 3,
                    circle_2       = 3,
                    voltage_2      = 3.5,

                    lastTime_3     = 3,
                    intervalTime_3 = 3,
                    circle_3       = 3,
                    voltage_3      = 3.5,

                    lastTime_4     = 3,
                    intervalTime_4 = 3,
                    circle_4       = 3,
                    voltage_4      = 3.5,
                };

                cs.TParammSerializeNow(tp);

                dataT                 = cs.TParamDeSerializeNow();
                tbLastTime_1.Text     = dataT.lastTime_1.ToString();
                tbIntervalTime_1.Text = dataT.intervalTime_1.ToString();
                tbCircle_1.Text       = dataT.circle_1.ToString();
                tbVoltage_1.Text      = dataT.voltage_1.ToString();

                tbLastTime_2.Text     = dataT.lastTime_2.ToString();
                tbIntervalTime_2.Text = dataT.intervalTime_2.ToString();
                tbCircle_2.Text       = dataT.circle_2.ToString();
                tbVoltage_2.Text      = dataT.voltage_2.ToString();

                tbLastTime_3.Text     = dataT.lastTime_3.ToString();
                tbIntervalTime_3.Text = dataT.intervalTime_3.ToString();
                tbCircle_3.Text       = dataT.circle_3.ToString();
                tbVoltage_3.Text      = dataT.voltage_3.ToString();

                tbLastTime_4.Text     = dataT.lastTime_4.ToString();
                tbIntervalTime_4.Text = dataT.intervalTime_4.ToString();
                tbCircle_4.Text       = dataT.circle_4.ToString();
                tbVoltage_4.Text      = dataT.voltage_4.ToString();
            }
        }
Beispiel #2
0
 private void OpenLoop()
 {
     pc.DigitOutput(3, MccDaq.DigitalLogicState.Low);
     pc.DigitOutput(4, MccDaq.DigitalLogicState.High);
     pc.DigitOutput(2, MccDaq.DigitalLogicState.High);
 }