/// <summary>
/// 解析前初期化処理
/// </summary>
/// <param name="ch_setting"></param>
/// <param name="meas_setting"></param>
/// <param name="folderPath"></param>
public void InitializeforAnalysis(AnalyzeData parent)
{
//親クラス参照設定
AnalyzeData_Parent = parent;
calcDatas = new CalcDataManager(parent.DataTagSetting, parent.ConstantSetting, parent.TagChannelRelationSetting, parent.MeasureSetting);
calcDatas.Init();
}
/// <summary>
/// 範囲取得
/// </summary>
/// <param name="_startindex">開始位置</param>
/// <param name="length">取得長さ</param>
/// <param name="sampleDatas">サンプルデータ格納領域</param>
/// <param name="calcDatas">演算データ測定領域</param>
/// <returns>実際の取得サイズ</returns>
public int GetRange(int _startindex, int length , out List<SampleData> sampleDatas , out List<CalcData> calcDatas )
{
//データ取得
sampleDatas = this.SampleDatas.GetRange(_startindex, length);
#region モード１時のオフセット設定
////モード１時のオフセット設定
//if (AnalyzeData_Parent.MeasureSetting.Mode == (int)ModeType.MODE1)
//{
foreach (SampleData sdata in sampleDatas)
{
//チャンネル分ループ
for (int i = 1; i < sdata.ChannelDatas.Length; i++)
{
if (sdata.ChannelDatas[i] == null) continue;
if (sdata.ChannelDatas[i].DataValues == null) continue;
#region モード１時のオフセット対応
//モード１ で チャンネルがBかRならば
bool bOffsetCalc = (AnalyzeData_Parent.MeasureSetting.Mode == (int)ModeType.MODE1) &&
(AnalyzeData_Parent.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.B
|| AnalyzeData_Parent.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.R);
#endregion
////チャンネルがBかRならば
//if (AnalyzeData_Parent.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.B
// || AnalyzeData_Parent.ChannelsSetting.ChannelSettingList[i - 1].ChKind == ChannelKindType.R)
//{
//TagNo1でチェック
if (AnalyzeData_Parent.TagChannelRelationSetting.RelationList[i].TagNo_1 != -1)
{
int tmpTagNo = AnalyzeData_Parent.TagChannelRelationSetting.RelationList[i].TagNo_1;
//ノーマルデータ
if (sdata.ChannelDatas[i].DataValues is Value_Standard)
{
if (bOffsetCalc)
((Value_Standard)sdata.ChannelDatas[i].DataValues).Value -= AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).StaticZero;
// 桁切り計算
((Value_Standard)sdata.ChannelDatas[i].DataValues).Value =
(decimal)ToRoundDown((double)((Value_Standard)sdata.ChannelDatas[i].DataValues).Value, AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).Point);
}
//MaxMinデータ
else if (sdata.ChannelDatas[i].DataValues is Value_MaxMin)
{
if (bOffsetCalc)
{
//MaxとMinとの差異が5umの場合MaxにMinを入れる（差を見せない）
if (((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MaxValue - ((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MinValue <= 5)
((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MaxValue = ((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MinValue;
((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MaxValue -= AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).StaticZero;
}
// 桁切り計算
((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MaxValue =
(decimal)ToRoundDown((double)((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MaxValue, AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).Point);
}
//Mode2データ
else if (sdata.ChannelDatas[i].DataValues is Value_Mode2)
{
for (int sampleindex = 0; sampleindex < ((Value_Mode2)sdata.ChannelDatas[i].DataValues).Values.Length; sampleindex++)
{
((Value_Mode2)sdata.ChannelDatas[i].DataValues).Values[sampleindex] =
(decimal)ToRoundDown((double)((Value_Mode2)sdata.ChannelDatas[i].DataValues).Values[sampleindex], AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).Point);
}
}
}
//TagNo2 でチェック
if (AnalyzeData_Parent.TagChannelRelationSetting.RelationList[i].TagNo_2 != -1)
{
int tmpTagNo = AnalyzeData_Parent.TagChannelRelationSetting.RelationList[i].TagNo_2;
//ノーマルならば使わない
if (sdata.ChannelDatas[i].DataValues is Value_Standard ||
sdata.ChannelDatas[i].DataValues is Value_Mode2)
{
}
//MaxMinでデータを使う
else
{
if (bOffsetCalc)
((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MinValue -= AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).StaticZero;
// 桁切り計算
((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MinValue =
(decimal)ToRoundDown((double)((Value_MaxMin)sdata.ChannelDatas[i].DataValues).MinValue, AnalyzeData_Parent.DataTagSetting.GetTag(tmpTagNo).Point);
}
}
}
}
//}
//}
#endregion
//演算処理
calcDatas = this.CalcDatas.GetRange(_startindex, length, sampleDatas);
//次回データの取得を別スレッドで実施。
//モード2のみ
if (this.SampleDatas.HeaderData.Mode == ModeType.MODE2)
{
System.Threading.Thread th = new System.Threading.Thread(new System.Threading.ParameterizedThreadStart(GetNextRange));
th.Start(new int[] { _startindex + 1, 1 });
}
return sampleDatas.Count;
}
public object Clone()
{
CalcDataManager ret = new CalcDataManager();
ret.CalcDatas = new List<CalcData>(this.CalcDatas);
ret.calcinitFlag = this.calcinitFlag;
if(this.dataTagSetting != null)
ret.dataTagSetting = (DataTagSetting)this.dataTagSetting.Clone();
if(this.constantSetting != null)
ret.constantSetting = (ConstantSetting)this.constantSetting.Clone();
if(this.tagChannelRelationSetting != null)
ret.tagChannelRelationSetting = (TagChannelRelationSetting)this.tagChannelRelationSetting.Clone();
if (this.measureSetting != null)
ret.measureSetting = (MeasureSetting)this.measureSetting.Clone();
for (int i = 0; i < list.Count; i++)
{
ret.list.Add((DataTag)list[i].Clone());
}
ret.CurFilePath = this.CurFilePath;
if(this.sampleDatas != null)
ret.sampleDatas = (SampleDataManager)this.sampleDatas.Clone();
ret.calcCount = this.calcCount;
ret.strErrorMessage = this.strErrorMessage;
if (this.valConstant != null)
ret.valConstant = new List<double>(this.valConstant).ToArray();
if( this.strConstantName != null)
ret.strConstantName = new List<string>(this.strConstantName).ToArray();
if (this.valVariable != null)
ret.valVariable = new List<double>(this.valVariable).ToArray();
ret.dataHandleVar = this.dataHandleVar;
if (this.strVariableName != null)
ret.strVariableName = new List<string>(this.strVariableName).ToArray();
if (this.strCalcName != null)
ret.strCalcName = new List<string>(this.strCalcName).ToArray();
if (this.strExpression != null)
ret.strExpression = new List<string>(this.strExpression).ToArray();
if(this.iCalcIndex != null)
ret.iCalcIndex = new List<int>(this.iCalcIndex).ToArray();
if(this.valCalcResult != null)
ret.valCalcResult = new List<double>(this.valCalcResult).ToArray();
ret.dataHandleCalc = this.dataHandleCalc;
if(this.calc != null)
ret.calc = new Calc();
if(this.calclock != null)
ret.calclock = new object();
ret.FolderPath = this.FolderPath;
ret.icount = this.icount;
ret.startIndex = this.startIndex;
ret.endIndex = this.endIndex;
ret.SamplesCount = this.SamplesCount;
return ret;
}
