/// <summary>結果に指定情報が含まれているかチェックする </summary>
/// <param name="cdata">パーセプトロン結果ファイル</param>
/// <param name="InspecName">計測名 Nut1,Hole1など</param>
/// <param name="element">計測要素 X,Y..など</param>
/// <param name="pCharacteristic">計測要素の結果格納先</param>
/// <returns>計測要素が存在する場合は true</returns>
public static bool IsContains(CPerceptronData cdata, string InspecName, string element, out CInspectionCharacteristic pCharacteristic)
{
CInspectionCharacteristic chara = null;
var ans = false;
//結果にInspecNameがない場合
if (cdata.Inspections.All(d => d.name != InspecName))
{
pCharacteristic = null;
return(false);
}
//InspecNameで、elementを検索し、合致すれば返す
var dInspec = cdata.Inspections.First(d => d.name == InspecName);
if (dInspec.CInspectionCharacteristics.Any(d => d.defaultName == element))
{
chara = dInspec.CInspectionCharacteristics.First(d => d.defaultName == element);
ans = true;
}
//var ans = cdata.Inspections.Any(d =>
//{
// if (d.CInspectionCharacteristics.Any(dd => dd.defaultName == element))
// {
// chara = d.CInspectionCharacteristics.First(ddd => ddd.defaultName == element);
// return true;
// }
// else
// {
// return false;
// }
//});
pCharacteristic = chara;
return(ans);
}
//xmlファイルを解析して、データを取得する
public static CPerceptronData LoadFromFile(string fname)
{
//Trace.WriteLine(STConst + System.Reflection.MethodBase.GetCurrentMethod().Name);
//xmlファイルを読み込む
var xmlData = XElement.Load(fname);
var ans = new CPerceptronData();
ans.Cell = new string[1];
ans.Cell[0] = xmlData.Element("cell").Element("name").Value;
ans.Parttype = new string[1];
ans.Parttype[0] = xmlData.Element("parttype").Element("name").Value;
var date = new CPerceptronDate();
date.year = int.Parse(xmlData.Element("cycle").Element("date").Element("year").Value);
date.month = int.Parse(xmlData.Element("cycle").Element("date").Element("month").Value);
date.day = int.Parse(xmlData.Element("cycle").Element("date").Element("day").Value);
var time = new CPerceptronTime();
time.hour = int.Parse(xmlData.Element("cycle").Element("time").Element("hour").Value);
time.minute = int.Parse(xmlData.Element("cycle").Element("time").Element("minute").Value);
time.second = int.Parse(xmlData.Element("cycle").Element("time").Element("second").Value);
var partid = new CPerceptronPartID();
partid.partID = xmlData.Element("cycle").Element("partid").Element("name").Value;
partid.partValue = xmlData.Element("cycle").Element("partid").Element("value").Value;
var processid = new CPerceptronProcessID();
processid.ProcessID = xmlData.Element("cycle").Element("processid").Element("name").Value;
processid.ProcessValue = xmlData.Element("cycle").Element("processid").Element("value").Value;
ans.Cycle = new CPerceptronCycle();
ans.Cycle.Date = date;
ans.Cycle.PTime = time;
ans.Cycle.PartID = partid;
ans.Cycle.ProcessID = processid;
var ins = xmlData.Elements("inspectionpoint").ToArray();
var insList = new List <CInspectionPoint>();
foreach (var xElement in ins)
{
var inspect = new CInspectionPoint();
inspect.name = xElement.Element("name").Value;
inspect.featuretype = xElement.Element("featuretype").Value;
inspect.CInspectionCharacteristics = new List <CInspectionCharacteristic>();
foreach (var chara in xElement.Elements("characteristic"))
{
var characteristic = new CInspectionCharacteristic();
characteristic.defaultName = chara.Element("defaultname").Value;
characteristic.aliasName = chara.Element("aliasname").Value;
//characteristic.Measurement = new CMeasurement();
//characteristic.Measurement.abusolute =
// double.Parse(chara.Elements("measurement").First().Element("deviation").Value);
//characteristic.Measurement.nominal =
// double.Parse(chara.Elements("measurement").First().Element("nominal").Value);
//characteristic.Measurement.abusolute =
// double.Parse(chara.Elements("measurement").First().Element("absolute").Value);
characteristic.Measurement = new CMeasurementString();
characteristic.Measurement.abusolute =
chara.Elements("measurement").First().Element("deviation").Value;
characteristic.Measurement.nominal =
chara.Elements("measurement").First().Element("nominal").Value;
characteristic.Measurement.abusolute =
chara.Elements("measurement").First().Element("absolute").Value;
inspect.CInspectionCharacteristics.Add(characteristic);
}
//inspect.CInspectionCharacteristics = clist.ToArray();
insList.Add(inspect);
}
ans.Inspections = insList;
return(ans);
}