public FormCalibrate(GasCalibration gc, SenserForm sf)
{
InitializeComponent();
this.gc = gc;
this.parentForm = sf;
for (int i = 0; i < 6; i++)
{
string name = "desc" + i;
Label lb = this.Controls.Find(name, true).FirstOrDefault() as Label;
if (i < gc.descs.Length)
{
lb.Text = gc.descs[i];
}
else
{
lb.Text = String.Empty;
}
}
time_label.Text = (gc.time / 60).ToString() + ":" + (gc.time % 60).ToString().PadLeft(2, '0');
switch (gc.type)
{
case "o2":
calibrate_send_btn.Text = "氧气校准[21.9]";
cmd_label.Text = gc.cmd.Replace(" ", string.Empty);
customValue_NumberUpDown.Visible = false;
custom_gen.Visible = false;
custom_calibrate_btn.Visible = false;
break;
case "ch4":
calibrate_send_btn.Text = "ch4零点校准";
cmd_label.Text = gc.cmd.Replace(" ", string.Empty) + "0000";
customValue_NumberUpDown.Value = 50;
custom_calibrate_btn.Text = "50%LEL校准";
break;
case "h2s":
calibrate_send_btn.Text = "h2s零点校准";
cmd_label.Text = gc.cmd.Replace(" ", string.Empty) + "0000";
customValue_NumberUpDown.Value = 50;
custom_calibrate_btn.Text = "50ppm校准";
break;
case "co":
calibrate_send_btn.Text = "co零点校准";
cmd_label.Text = gc.cmd.Replace(" ", string.Empty) + "0000";
customValue_NumberUpDown.Value = 200;
custom_calibrate_btn.Text = "200ppm校准";
break;
}
customValue_NumberUpDown.Enabled = false;
string v = Decimal.ToInt32(customValue_NumberUpDown.Value).ToString("X2").PadLeft(4, '0');
custom_gen.Text = (gc.cmd + v).Replace(" ", string.Empty);
}
/// <summary>
///
/// </summary>
/// <param name="formText"></param> 窗体的标题
/// <param name="gasType"></param> 气体类型
/// <param name="descriptions"></param> 描述的数组 填充label
/// <param name="time"></param> 定时秒数
/// <param name="cmd"></param> 校验的命令
public void OpenCalibrateForm(GasCalibration gc)
{
if (!serialPort.IsOpen)
{
MessageBox.Show("串口未打开或连接异常", "提示");
return;
}
FormCalibrate fc = new FormCalibrate(gc, this);
fc.Text = gc.title;
fc.ShowDialog();
}
private void ch4_calibrate_Click(object sender, EventArgs e)
{
GasCalibration ch4 = new GasCalibration();
ch4.title = "甲烷校准";
ch4.type = "ch4";
ch4.time = 180;
ch4.cmd = "ff1000 3100 0102";
string[] descs =
{
"1.首先保证传感器上电时间大于30分钟以。",
"2.使用50%LEL的CH4标气，流速是500ml/min，通过管路将气体通到传感器表面。",
"3.通气三分钟后，向模组发送零点校准指令【FF 10 00 30 00 01 02 00 00 】。",
"4.观察模组输出数据是否为50%LEL 是则说明校准正常，否则说明校准失败。",
"5.多次标定不成功或出现其它情况，请联系本公司。"
};
ch4.descs = descs;
OpenCalibrateForm(ch4);
}
private void co_calibrate_Click(object sender, EventArgs e)
{
GasCalibration co = new GasCalibration();
co.title = "一氧化碳校准";
co.type = "co";
co.time = 210;
co.cmd = "ff1000 3300 0102";
string[] descs =
{
"1.首先保证传感器上电时间大于5min。（长时间未使用的，需要老化24h）",
"2.使用200ppm的CO，流量在100ml/min左右，通过管路将气体通到传感器表面。",
"3.通气三分钟后，向模组发送校准指令 【FF 01 88 00 C8 00 00 00 AF】。",
"4.观察模组输出数据是否为200ppm， 是则说明校准正常，否则说明校准失败。",
"5.在200ppm环境下发送校准命令时，模组输出的模拟电压需在0.8V~1.3V之间，",
" 若超出此范围，则不能校准成功，需要返厂校准。"
};
co.descs = descs;
OpenCalibrateForm(co);
}
private void h2s_calibrate_Click(object sender, EventArgs e)
{
GasCalibration h2s = new GasCalibration();
h2s.title = "硫化氢校准";
h2s.type = "h2s";
h2s.time = 180;
h2s.cmd = "ff1000 3200 0102";
string[] descs =
{
"1.首先保证传感器上电时间大于5min。",
"2.使用50ppm的H2S，流量在100ml/min左右，通过管路将气体通到传感器表面。",
"3.通气三分钟后，向模组发送校准指令 【FF 10 00 30 00 01 02 00 01 】。",
"4.观察模组输出数据是否为50ppm 是则说明校准正常，否则说明校准失败。",
"5.发送校准命令时,模组输出的模拟电压需在0.8V~1.8V之间，",
" 若超出此范围,则不能校准成功，需要返厂校准。"
};
h2s.descs = descs;
OpenCalibrateForm(h2s);
}
private void o2_calibrate_Click(object sender, EventArgs e)
{
GasCalibration o2 = new GasCalibration();
o2.title = "氧气校准";
o2.type = "o2";
o2.time = 210;
o2.cmd = "ff 10 00 30 00 01 02 00 03";//校准O2:
string[] descs =
{
"1.模组上电老化24小时，如果已老化，可直接进行步骤2",
"2.老化完成后，断电，重新上电，开始计时三分钟半",
"3.通气三分半钟后，向模组发送校准指令【 ff 10 00 30 00 01 02 00 03】",
"4.串口返回命令或当前浓度值，标定成功",
"5.如标定不成功，等待5秒后重新发送标定命令。",
"6.步骤5多次不成功，请尝试重新断电上电，重复标定步骤。",
"6.多次标定不成功或出现其它情况，请联系本公司。"
};
o2.descs = descs;
OpenCalibrateForm(o2);
}
