//DAV校准\校验
private bool Cal_Ver_DAV(ushort ch_mask, byte device_ch_num, OTHER_TYPE_TypeDef standard_V, CAL_VER_FLAG_TypeDef c_v_flag)
{
bool ret = true;
int i = 0;
double truth_mv = 0;
Analog_Analyte_Type_Select(ANALYTE_TYPE_TypeDef.ANALYTE_DAV);
Analog_Analyte_Channel_Select((byte)ch_mask); //打开全部路通道一次性校准
Analog_DAC8760_Output_Switch_Flag_Set(":关"); //打开电压电流输出
//第一点电压校准\校验:
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_CH_Result_Sel, textBox_CH_Result, standard_V.First_Point_Value);
Set_CH_Result();
Thread.Sleep(2000);
truth_mv = Analog_ADV_DAV_Standard_Read(); //获取DAV的实际输入电压
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_Cal_Phy_CH_Sel, textBox_Cal_Phy, truth_mv); //填入基准值
ret = Handle_Cal_Ver(ch_mask, device_ch_num, standard_V.Max_D_Value, c_v_flag);
if (!ret)
{
return(false);
}
//第二点电压校准\校验:
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_CH_Result_Sel, textBox_CH_Result, standard_V.Second_Point_Value);
Set_CH_Result();
Thread.Sleep(2000);
truth_mv = Analog_ADV_DAV_Standard_Read(); //获取DAV的实际输入电压
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_Cal_Phy_CH_Sel, textBox_Cal_Phy, truth_mv); //填入基准值
ret = Handle_Cal_Ver(ch_mask, device_ch_num, standard_V.Max_D_Value, c_v_flag);
if (!ret)
{
return(false);
}
Analog_DAC8760_Output_Switch_Flag_Set(":开");//关闭电压电流输出
return(ret);
}
//TC的内置冷端温度校准\校验
private bool Cal_Ver_TC_CJC_T(ushort ch_mask, byte device_ch_num, OTHER_TYPE_TypeDef standard_T, CAL_VER_FLAG_TypeDef c_v_flag)
{
bool ret = true;
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_Cal_Phy_CH_Sel, textBox_Cal_Phy, standard_T.First_Point_Value); //填入基准值
ret = Handle_Cal_Ver(ch_mask, device_ch_num, standard_T.Max_D_Value, c_v_flag);
return(ret);
}
//DAI校准\校验
private bool Cal_Ver_DAI(ushort ch_mask, byte device_ch_num, OTHER_TYPE_TypeDef standard_mA, CAL_VER_FLAG_TypeDef c_v_flag)
{
bool ret = true;
int i = 0;
double truth_mA = 0;
Analog_Analyte_Type_Select(ANALYTE_TYPE_TypeDef.ANALYTE_DAI);
Analog_DAC8760_Output_Switch_Flag_Set(":关");//打开电压电流输出
for (i = 0; i < device_ch_num; i++)
{
checkBox_Cal_Phy_CH_Sel[i].Checked = false; //清空通道选择
}
for (i = 0; i < device_ch_num; i++) //选择通道，并填入发送值
{
if (0x01 == ((ch_mask >> i) & 0x01))
{
ushort current_mask = (ushort)(ch_mask & (1 << i));
checkBox_Cal_Phy_CH_Sel[i].Checked = true;
//选中当前通道
Analog_Analyte_Channel_Select((byte)current_mask);
//第一点电流校准\校验
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_CH_Result_Sel, textBox_CH_Result, standard_mA.First_Point_Value);
Set_CH_Result();
Thread.Sleep(2000);
truth_mA = Analog_ADI_DAI_Standard_Read(); //获取实际电流
Multichannel_One_Value_Fill(current_mask, device_ch_num, checkBox_Cal_Phy_CH_Sel, textBox_Cal_Phy, truth_mA); //填入基准值
ret = Handle_Cal_Ver(current_mask, device_ch_num, standard_mA.Max_D_Value, c_v_flag);
if (!ret)
{
return(false);
}
richTextBox_AnalogMessage.Text += toolStripStatusLabelCOM.Text + "\r\n";
//第二点电流校准\校验
Multichannel_One_Value_Fill(ch_mask, device_ch_num, checkBox_CH_Result_Sel, textBox_CH_Result, standard_mA.Second_Point_Value);
Set_CH_Result();
Thread.Sleep(2000);
truth_mA = Analog_ADI_DAI_Standard_Read(); //获取实际电流
Multichannel_One_Value_Fill(current_mask, device_ch_num, checkBox_Cal_Phy_CH_Sel, textBox_Cal_Phy, truth_mA); //填入基准值
ret = Handle_Cal_Ver(current_mask, device_ch_num, standard_mA.Max_D_Value, c_v_flag);
if (!ret)
{
return(false);
}
richTextBox_AnalogMessage.Text += toolStripStatusLabelCOM.Text + "\r\n";
checkBox_Cal_Phy_CH_Sel[i].Checked = false;
}
}
Analog_DAC8760_Output_Switch_Flag_Set(":开");//关闭电压电流输出
return(true);
}
