private void ShowIVCurves(double ioc, double ipm, double vpm, double voc)
{
I_V_Point[] oriPointArray = new I_V_Point[3];
I_V_Point ivp = new I_V_Point(ioc, 0);
oriPointArray[0] = ivp;
ivp = new I_V_Point(ipm, vpm);
oriPointArray[1] = ivp;
ivp = new I_V_Point(0, voc);
oriPointArray[2] = ivp;
ivCurves1.SetOriginalPoints(oriPointArray, true);
}
private void button1_Click(object sender, EventArgs e)
{
I_V_Point[] oriPointArray = new I_V_Point[3];
I_V_Point ivp = new I_V_Point(8.97, 0);
oriPointArray[0] = ivp;
ivp = new I_V_Point(8.42, 30.73);
oriPointArray[1] = ivp;
ivp = new I_V_Point(0, 38.08);
oriPointArray[2] = ivp;
ivCurves1.SetOriginalPoints(oriPointArray, true);
}
/// <summary>
///
/// </summary>
/// <param name="ioc"></param>
/// <param name="ipm"></param>
/// <param name="vpm"></param>
/// <param name="voc"></param>
/// <param name="oriPointArray">add by genhong.hu On 2017-12-31 </param>
private void ShowIVCurves(double ioc, double ipm, double vpm, double voc, string LotID = "", I_V_Point[] oriPointArray = null)
{
if (oriPointArray == null || oriPointArray.Length < 4) // 4 个 以下用 ico、ipm、vpm、voc
{
oriPointArray = new I_V_Point[3];
I_V_Point ivp = new I_V_Point(ioc, 0);
oriPointArray[0] = ivp;
ivp = new I_V_Point(ipm, vpm);
oriPointArray[1] = ivp;
ivp = new I_V_Point(0, voc);
oriPointArray[2] = ivp;
}
ivCurves1.SetOriginalPoints(oriPointArray, true, LotID);
}
public ModuleInfo ParserTagData(byte[] tagBuff)
{
try
{
MemoryStream memStream = new MemoryStream(tagBuff);
BinaryReader buffReader = new BinaryReader(memStream);
if (buffReader.ReadString() != "@@")
{
throw new Exception("数据包开始标志出错");
}
//string customer = buffReader.ReadString();
string strProductType = buffReader.ReadString();
string strModule_ID = buffReader.ReadString();
string mfg_country = buffReader.ReadString();
string mfg_name = buffReader.ReadString();
string packingDate = buffReader.ReadString();
decimal dPmax = (decimal)buffReader.ReadInt32() / 100M;
decimal dVoc = (decimal)buffReader.ReadInt16() / 100M;
decimal dIsc = (decimal)buffReader.ReadInt16() / 100M;
decimal dVpm = (decimal)buffReader.ReadInt16() / 100M;
decimal dIpm = (decimal)buffReader.ReadInt16() / 100M;
decimal ff = (decimal)buffReader.ReadInt16() / 100M;
string cell_mfg_name = buffReader.ReadString();
string cell_mfg_date = buffReader.ReadString();
//string cell_source_country = buffReader.ReadString();
//string iso_9000_date = buffReader.ReadString();
//string iso_9000_name = buffReader.ReadString();
//string iso_14000_date = buffReader.ReadString();
//string iso_14000_name = buffReader.ReadString();
//string polarity_of_terminal = buffReader.ReadString();
string iec_date = buffReader.ReadString();
string iec_verfy = buffReader.ReadString();
//string max_sys_vol = buffReader.ReadString();
string packetEnd = buffReader.ReadString();
if (packetEnd != "##")
{
throw new Exception("数据包结束标志出错");
}
else
{
ModuleInfo rfidTag = new ModuleInfo();
//rfidTag.customer = customer;
rfidTag.ProductType = strProductType;
rfidTag.mfg_country = mfg_country;
rfidTag.Module_ID = strModule_ID;
rfidTag.PackedDate = packingDate;
rfidTag.Pmax = dPmax.ToString();
rfidTag.Voc = dVoc.ToString();
rfidTag.Isc = dIsc.ToString();
rfidTag.Vpm = dVpm.ToString();
rfidTag.Ipm = dIpm.ToString();
rfidTag.FF = ff.ToString();
rfidTag.mfg_name = mfg_name;
//rfidTag.polarity_of_terminal = polarity_of_terminal;
rfidTag.cell_mfg_name = cell_mfg_name;
rfidTag.cell_mfg_date = cell_mfg_date;
//rfidTag.cell_supplier_country = cell_source_country;
//rfidTag.iso_9000_date = iso_9000_date;
//rfidTag.iso_9000_name = iso_9000_name;
//rfidTag.iso_14000_date = iso_14000_date;
//rfidTag.iso_14000_name = iso_14000_name;
rfidTag.iec_date = iec_date;
rfidTag.iec_verfy = iec_verfy;
//rfidTag.max_system_voltage = max_sys_vol;
//rfidTag.cell_supplier_country = cell_source_country;
//rfidTag.iso = ms_iso;
//rfidTag.mfg_name = ms_cfg_mfg_name;
//SetRFIDConstants(customer);
return(rfidTag);
}
short length = buffReader.ReadInt16();
I_V_Point[] pointArray = new I_V_Point[length];
for (int i = 0; i < length; i++)
{
pointArray[i] = new I_V_Point();
pointArray[i].Current = buffReader.ReadInt32() * 1.0 / 10000000;
pointArray[i].Voltage = buffReader.ReadInt32() * 1.0 / 10000000;
}
}
catch (Exception ex)
{
MessageBox.Show("解析数据包出错：\r\n" + ex.Message);
return(null);
}
}
