public override object Clone()
{
Value_MaxMin ret = new Value_MaxMin();
ret.bCheckValue = this.bCheckValue;
ret.FilePath = this.FilePath;
ret.IsUpdated = this.IsUpdated;
ret.TypeOfClass = this.TypeOfClass;
ret.MinValue = this.MinValue;
ret.MaxValue = this.MaxValue;
return ret;
}
/// <summary>
/// モード１データのセット
/// </summary>
/// <param name="reserveData"></param>
/// <param name="sampleData"></param>
private void SetMode1Data(Mode1Record reserveData, ref SampleData sampleData)
{
if(((Mode1Header)reserveData.HeaderData).Time.Hour == 23 && DateTime.Now.Hour == 0)
sampleData.SampleTime = DateTime.Today.AddDays(-1).AddTicks(((Mode1Header)reserveData.HeaderData).Time.Ticks);
else
sampleData.SampleTime = DateTime.Today.AddTicks(((Mode1Header)reserveData.HeaderData).Time.Ticks);
sampleData.ChannelDatas = new ChannelData[11];
Value_Standard valuedata = null;
Value_MaxMin valueMaxMin = null;
//データ取得用オフセット
int dataoffset = 0;
//チャンネル分＋回転数分ループ
for (int channelIndex = 0; channelIndex < channelEnables.Length + 1 ; channelIndex++)
{
if (channelIndex != 0 && !ChannelEnables[channelIndex - 1]) continue;
sampleData.ChannelDatas[channelIndex] = new ChannelData();
sampleData.ChannelDatas[channelIndex].Position = channelIndex;
//回転数の場合
if (channelIndex == 0)
{
valuedata = new Value_Standard();
valuedata.Value = ((Mode1Header)reserveData.HeaderData).RevolutionSpeed;
sampleData.ChannelDatas[channelIndex].DataValues = valuedata;
}
else
{
//モード１データを生成
//センサ種により処理分け
switch (channelsSetting.ChannelSettingList[channelIndex - 1].ChKind)
{
case ChannelKindType.B:
valuedata = new Value_Standard();
//温度補償
valuedata.Value = CalcOperator.Calc(channelIndex - 1,
reserveData.MeasData.chData[dataoffset + 2],
reserveData.MeasData.chData[dataoffset],
(reserveData.MeasData.chData[dataoffset + 1] == 0xFFFF ? -1 : reserveData.MeasData.chData[dataoffset + 1]));
//valuedata.Value = SystemSetting.CalibrationTables[channelIndex - 1].Calc(
// reserveData.MeasData.chData[dataoffset + 2]
// , reserveData.MeasData.chData[dataoffset]
// , reserveData.MeasData.chData[dataoffset + 1]);
//chData[dataoffset + 2] == AD値
//chData[dataoffset] == 最大振幅
//chData[dataoffset + 1] == 温度データ
////臨時
//valuedata.Value = reserveData.MeasData.chData[dataoffset + 2];
sampleData.ChannelDatas[channelIndex].DataValues = valuedata;
break;
case ChannelKindType.R:
//最終データが無効値ならば通常データ
if (reserveData.MeasData.chData[dataoffset + 2] == 0xFFFF)
{
valuedata = new Value_Standard();
//温度補償
valuedata.Value = CalcOperator.Calc(channelIndex - 1
, reserveData.MeasData.chData[dataoffset + 1]
, tempValue:(reserveData.MeasData.chData[dataoffset] == 0xFFFF ? -1 : reserveData.MeasData.chData[dataoffset]));
//valuedata.Value = SystemSetting.CalibrationTables[channelIndex - 1].Calc(
// reserveData.MeasData.chData[dataoffset + 1]
// , -1
// , reserveData.MeasData.chData[dataoffset]);
//温度補償必要
//chData[dataoffset] == 温度データ
//chData[dataoffset + 1] == AD値
//臨時
//valuedata.Value = reserveData.MeasData.chData[dataoffset + 1];
sampleData.ChannelDatas[channelIndex].DataValues = valuedata;
}
else
{
valueMaxMin = new Value_MaxMin();
//最大値温度補償
valueMaxMin.MaxValue = CalcOperator.Calc(channelIndex - 1
, reserveData.MeasData.chData[dataoffset + 1]
, tempValue:(reserveData.MeasData.chData[dataoffset] == 0xFFFF ? -1 : reserveData.MeasData.chData[dataoffset]));
//valueMaxMin.MaxValue = SystemSetting.CalibrationTables[channelIndex - 1].Calc(
// reserveData.MeasData.chData[dataoffset + 1]
// , -1
// , reserveData.MeasData.chData[dataoffset]);
//最小値温度補償
valueMaxMin.MinValue = CalcOperator.Calc(channelIndex - 1
, reserveData.MeasData.chData[dataoffset + 2]
, tempValue:(reserveData.MeasData.chData[dataoffset] == 0xFFFF ? -1 : reserveData.MeasData.chData[dataoffset]));
//valueMaxMin.MinValue = SystemSetting.CalibrationTables[channelIndex - 1].Calc(
// reserveData.MeasData.chData[dataoffset + 2]
// , -1
// , reserveData.MeasData.chData[dataoffset]);
//温度補償必要
//chData[dataoffset] == 温度データ
//chData[dataoffset + 1] == MAX AD値
//chData[dataoffset + 2] == MIN AD値
//臨時
//valueMaxMin.MaxValue = reserveData.MeasData.chData[dataoffset + 1];
//valueMaxMin.MinValue = reserveData.MeasData.chData[dataoffset + 2];
sampleData.ChannelDatas[channelIndex].DataValues = valueMaxMin;
}
break;
default:
//B,Rセンサ以外は1つ目がデータ
valuedata = new Value_Standard();
//補償演算
valuedata.Value = CalcOperator.Calc(channelIndex - 1, reserveData.MeasData.chData[dataoffset]);
//valuedata.Value = reserveData.MeasData.chData[dataoffset];
sampleData.ChannelDatas[channelIndex].DataValues = valuedata;
break;
}
dataoffset += 3;
}
}
}
