private string GetCommParamData()
{
try
{
//光源信息字 1字节
string meamtObjTypeB = Convert.ToString(meamtObjType.SelectedIndex, 2);
string lPTypeB = Convert.ToString(lPType.SelectedIndex, 2);
string pixelB = Convert.ToString(pixel.SelectedIndex, 2);
if (pixelB.Length == 1)
{
pixelB = "0" + pixelB;
}
string sensorTypeB = Convert.ToString(sensorType.SelectedIndex, 2);
string lSTypeB = Convert.ToString(lSType.SelectedIndex, 2);
string lightSource = Convert.ToByte(lSTypeB + sensorTypeB + pixelB + lPTypeB + meamtObjTypeB, 2).ToString("x2").ToUpper();
//光源控制电压 4字节
byte[] controlVol = BitConverter.GetBytes(Convert.ToSingle(lSControlVol.Text));
Array.Reverse(controlVol);
//应用模式信息字 1字节
string appModeInfoB = Convert.ToString(dualLPAppModeInfo.SelectedIndex, 2);
string appModeInfo = Convert.ToByte(appModeInfoB, 2).ToString("x2").ToUpper();
//调零次数 2字节
byte[] calTimes = BitConverter.GetBytes(Convert.ToUInt16(zeroConcCalTimes.Text));
Array.Reverse(calTimes);
return(lightSource + ByteStrUtil.ByteToHexStr(controlVol) + appModeInfo + ByteStrUtil.ByteToHexStr(calTimes));
}
catch
{
MessageBox.Show("请检查输入参数！");
return("");
}
}
private string GetCaliData()
{
try
{
//气体1，2，3，4判据数据 4*2*4字节
byte[] gas_1_lowCC = BitConverter.GetBytes(Convert.ToSingle(gas_1_lowRangCC.Text));
Array.Reverse(gas_1_lowCC);
byte[] gas_1_highCC = BitConverter.GetBytes(Convert.ToSingle(gas_1_highRangCC.Text));
Array.Reverse(gas_1_highCC);
byte[] gas_2_lowCC = BitConverter.GetBytes(Convert.ToSingle(gas_2_lowRangCC.Text));
Array.Reverse(gas_2_lowCC);
byte[] gas_2_highCC = BitConverter.GetBytes(Convert.ToSingle(gas_2_highRangCC.Text));
Array.Reverse(gas_2_highCC);
byte[] gas_3_lowCC = BitConverter.GetBytes(Convert.ToSingle(gas_3_lowRangCC.Text));
Array.Reverse(gas_3_lowCC);
byte[] gas_3_highCC = BitConverter.GetBytes(Convert.ToSingle(gas_3_highRangCC.Text));
Array.Reverse(gas_3_highCC);
byte[] gas_4_lowCC = BitConverter.GetBytes(Convert.ToSingle(gas_4_lowRangCC.Text));
Array.Reverse(gas_4_lowCC);
byte[] gas_4_highCC = BitConverter.GetBytes(Convert.ToSingle(gas_4_highRangCC.Text));
Array.Reverse(gas_4_highCC);
return(cc_lPInfo.SelectedIndex.ToString("x2") + "0F" + ByteStrUtil.ByteToHexStr(gas_1_lowCC) + ByteStrUtil.ByteToHexStr(gas_1_highCC) + ByteStrUtil.ByteToHexStr(gas_2_lowCC) + ByteStrUtil.ByteToHexStr(gas_2_highCC) + ByteStrUtil.ByteToHexStr(gas_3_lowCC) + ByteStrUtil.ByteToHexStr(gas_3_highCC) + ByteStrUtil.ByteToHexStr(gas_4_lowCC) + ByteStrUtil.ByteToHexStr(gas_4_highCC));
}
catch
{
MessageBox.Show("请检查输入参数！");
return("");
}
}
private void Measure()
{
//光谱采集与算法生成
SpecOperatorImpl.Instance.SendSpecCmn(lightPath, specType);
//浓度测量
string data = lightPath + ByteStrUtil.ByteToHexStr(tempValues) + ByteStrUtil.ByteToHexStr(pressValues);
SuperSerialPort.Instance.Send(new Command {
Cmn = "29", ExpandCmn = "55", Data = data
}, true);
}
private string GetRangeSwitchData()
{
try
{
//气体1，2，3，4判据数据 4*4字节
byte[] gas_1_crit = BitConverter.GetBytes(Convert.ToSingle(gas_1_critData.Text));
Array.Reverse(gas_1_crit);
byte[] gas_2_crit = BitConverter.GetBytes(Convert.ToSingle(gas_2_critData.Text));
Array.Reverse(gas_2_crit);
byte[] gas_3_crit = BitConverter.GetBytes(Convert.ToSingle(gas_3_critData.Text));
Array.Reverse(gas_3_crit);
byte[] gas_4_crit = BitConverter.GetBytes(Convert.ToSingle(gas_4_critData.Text));
Array.Reverse(gas_4_crit);
return(rs_lpInfo.SelectedIndex.ToString("x2") + "0F" + ByteStrUtil.ByteToHexStr(gas_1_crit) + ByteStrUtil.ByteToHexStr(gas_2_crit) + ByteStrUtil.ByteToHexStr(gas_3_crit) + ByteStrUtil.ByteToHexStr(gas_4_crit));
}
catch
{
MessageBox.Show("请检查输入参数！");
return("");
}
}
private string GetLPParamData()
{
try
{
//光路信息 1字节
string lPInfo = "0" + alpp_lPInfo.SelectedIndex.ToString();
//组分信息 1字节
string compntInfoB = Convert.ToString(compntInfo.SelectedIndex, 2);
string comptInfo = Convert.ToByte(compntInfoB, 2).ToString("x2").ToUpper();
//量程信息字一 1字节
string range_1 = Convert.ToString(gas_liquid_1_range.SelectedIndex, 2);
string range_2 = Convert.ToString(gas_liquid_2_range.SelectedIndex, 2);
string rangeInfo1 = Convert.ToByte("00" + range_2 + "00" + range_1, 2).ToString("x2").ToUpper();
//量程信息字二 1字节
string range_3 = Convert.ToString(gas_liquid_3_range.SelectedIndex, 2);
string range_4 = Convert.ToString(gas_liquid_4_range.SelectedIndex, 2);
string rangeInfo2 = Convert.ToByte("00" + range_4 + "00" + range_3, 2).ToString("x2").ToUpper();
//光谱平均次数，浓度滑动平均次数，零点平均次数，标定平均次数，打灯次数 各1字节
string sATs = Convert.ToByte(specATs.Text).ToString("x2");
string coATs = Convert.ToByte(concSlidATs.Text).ToString("x2");
string zATs = Convert.ToByte(zeroATs.Text).ToString("x2");
string caATs = Convert.ToByte(caliATs.Text).ToString("x2");
string lTs = Convert.ToByte(lightTimes.Text).ToString("x2");
//积分时间，采样时间间隔，光路切换时间间隔 各2字节
byte[] integrTimes = BitConverter.GetBytes(Convert.ToUInt16(integTime.Text));
Array.Reverse(integrTimes);
byte[] samplInter = BitConverter.GetBytes(Convert.ToUInt16(samplInterval.Text));
Array.Reverse(samplInter);
byte[] lPSwitchInter = BitConverter.GetBytes(Convert.ToUInt16(lPSwitchInterval.Text));
Array.Reverse(lPSwitchInter);
return(lPInfo + "0F" + comptInfo + rangeInfo1 + rangeInfo2 + sATs + coATs + zATs + caATs + lTs + ByteStrUtil.ByteToHexStr(integrTimes) + ByteStrUtil.ByteToHexStr(samplInter) + ByteStrUtil.ByteToHexStr(lPSwitchInter));
}
catch
{
MessageBox.Show("请检查输入参数！");
return("");
}
}