/// <exclude />
public IndexAttribute(string fieldName, IndexDirection indexDirection)
{
_fields = new List <Tuple <string, IndexDirection> >
{
new Tuple <string, IndexDirection>(fieldName, indexDirection)
};
}
/// <exclude />
public IndexAttribute(string fieldName, IndexDirection indexDirection)
{
_fields = new List<Tuple<string, IndexDirection>>
{
new Tuple<string, IndexDirection>(fieldName, indexDirection)
};
}
public BoardIndex GetIndex(IndexDirection direction)
{
switch (direction)
{
case IndexDirection.Up:
return(new BoardIndex(RowIndex - 1, ColIndex));
case IndexDirection.Down:
return(new BoardIndex(RowIndex + 1, ColIndex));
case IndexDirection.Left:
return(new BoardIndex(RowIndex, ColIndex - 1));
case IndexDirection.Right:
return(new BoardIndex(RowIndex, ColIndex + 1));
case IndexDirection.UpLeft:
return(new BoardIndex(RowIndex - 1, ColIndex - 1));
case IndexDirection.DownLeft:
return(new BoardIndex(RowIndex + 1, ColIndex - 1));
case IndexDirection.UpRight:
return(new BoardIndex(RowIndex - 1, ColIndex + 1));
case IndexDirection.DownRight:
return(new BoardIndex(RowIndex + 1, ColIndex + 1));
default:
throw new ArgumentException("無効な方向です。");
}
}
public IndexAnimator(int indexLenght = 1, int currentIndex = 0, IndexDirection indexMovingTo = IndexDirection.Forward, bool isBiderctional = false)
{
_IndexLenght = indexLenght;
_CurrentIndex = currentIndex;
_IndexMovingTo = indexMovingTo;
_IsBiderctional = isBiderctional;
_IndexBase = (_CurrentIndex / _IndexLenght) * _IndexLenght;
}
/// <exclude />
public IndexAttribute(string field1Name, IndexDirection indexDirection1,
string field2Name, IndexDirection indexDirection2)
{
_fields = new List<Tuple<string, IndexDirection>>
{
new Tuple<string, IndexDirection>(field1Name, indexDirection1),
new Tuple<string, IndexDirection>(field2Name, indexDirection2)
};
}
/// <exclude />
public IndexAttribute(string field1Name, IndexDirection indexDirection1,
string field2Name, IndexDirection indexDirection2)
{
_fields = new List <Tuple <string, IndexDirection> >
{
new Tuple <string, IndexDirection>(field1Name, indexDirection1),
new Tuple <string, IndexDirection>(field2Name, indexDirection2)
};
}
private IEnumerable <BoardIndex> GetIndexEnumerable(BoardIndex index, IndexDirection direction)
{
var ary = new BoardIndex[Setting.ConnectCount];
foreach (var ii in Enumerable.Range(0, Setting.ConnectCount))
{
ary[ii] = index;
index = index.GetIndex(direction);
}
return(ary);
}
public void ChangeDirection()
{
// Is it bidirectional index?
if (_IsBiderctional == true)
{
// Yes.
_CurrentIndex += (_IndexMovingTo == IndexDirection.Forward) ? -_IndexLenght / 2 : _IndexLenght / 2;
}
_IndexMovingTo = (_IndexMovingTo == IndexDirection.Forward) ? IndexDirection.Backward : IndexDirection.Forward;
}
/// <summary>
/// Creates the channel index <see cref="ChannelIndex"/>
/// </summary>
/// <param name="indexType">Type of the index.</param>
/// <param name="direction">The direction.</param>
/// <param name="mnemonic">The mnemonic.</param>
/// <param name="uom">The uom.</param>
/// <param name="datumReference">The datum reference.</param>
/// <returns></returns>
public ChannelIndex CreateChannelIndex(ChannelIndexType indexType, IndexDirection direction, string mnemonic, UnitOfMeasure?uom, string datumReference)
{
return(new ChannelIndex()
{
Direction = direction,
IndexType = indexType,
Mnemonic = mnemonic,
Uom = uom,
DatumReference = datumReference
});
}
/// <summary>
/// Creates the log.
/// </summary>
/// <param name="indexType">Type of the index.</param>
/// <param name="isIncreasing">if set to <c>true</c> [is increasing].</param>
/// <returns></returns>
public Log CreateLog(ChannelIndexType indexType, bool isIncreasing)
{
Log log = new Log();
log.Citation = Citation("ChannelSet");
log.Uuid = Uid();
log.ChannelSet = new List <ChannelSet>();
log.Wellbore = DataObjectReference(ObjectTypes.Wellbore, Name("Wellbore"), Uid());
List <ChannelIndex> indexList = new List <ChannelIndex>();
IndexDirection direction = isIncreasing ? IndexDirection.increasing : IndexDirection.decreasing;
if (LogGenerator.DepthIndexTypes.Contains(indexType))
{
log.TimeDepth = ObjectFolders.Depth;
ChannelIndex channelIndex = LogGenerator.CreateMeasuredDepthIndex(direction);
if (indexType.Equals(ChannelIndexType.trueverticaldepth))
{
channelIndex = LogGenerator.CreateTrueVerticalDepthIndex(direction);
}
else if (indexType.Equals(ChannelIndexType.passindexeddepth))
{
channelIndex = LogGenerator.CreatePassIndexDepthIndex(direction);
}
indexList.Add(channelIndex);
}
else if (LogGenerator.TimeIndexTypes.Contains(indexType))
{
log.TimeDepth = ObjectFolders.Time;
if (indexType.Equals(ChannelIndexType.datetime))
{
// DateTime should be increasing only
indexList.Add(LogGenerator.CreateDateTimeIndex());
}
else if (indexType.Equals(ChannelIndexType.elapsedtime))
{
indexList.Add(LogGenerator.CreateElapsedTimeIndex(direction));
}
}
else
{
log.TimeDepth = ObjectFolders.Other;
return(null);
}
InitChannelSet(log, indexList);
return(log);
}
/// <exclude />
public IndexAttribute(string field1Name, IndexDirection indexDirection1,
string field2Name, IndexDirection indexDirection2,
string field3Name, IndexDirection indexDirection3,
string field4Name, IndexDirection indexDirection4,
string field5Name, IndexDirection indexDirection5)
{
_fields = new List<Tuple<string, IndexDirection>>
{
new Tuple<string, IndexDirection>(field1Name, indexDirection1),
new Tuple<string, IndexDirection>(field2Name, indexDirection2),
new Tuple<string, IndexDirection>(field3Name, indexDirection3),
new Tuple<string, IndexDirection>(field4Name, indexDirection4),
new Tuple<string, IndexDirection>(field5Name, indexDirection5)
};
}
/// <exclude />
public IndexAttribute(string field1Name, IndexDirection indexDirection1,
string field2Name, IndexDirection indexDirection2,
string field3Name, IndexDirection indexDirection3,
string field4Name, IndexDirection indexDirection4,
string field5Name, IndexDirection indexDirection5)
{
_fields = new List <Tuple <string, IndexDirection> >
{
new Tuple <string, IndexDirection>(field1Name, indexDirection1),
new Tuple <string, IndexDirection>(field2Name, indexDirection2),
new Tuple <string, IndexDirection>(field3Name, indexDirection3),
new Tuple <string, IndexDirection>(field4Name, indexDirection4),
new Tuple <string, IndexDirection>(field5Name, indexDirection5)
};
}
protected string CreateIndex(Expression <Func <T, object> > field, IndexDirection direction, TimeSpan?TTL = null)
{
if (TTL == TimeSpan.Zero)
{
throw new Exception(TTL_ZERO_ERROR_MESSAGE);
}
return(Collection.Indexes.CreateOne(
new CreateIndexModel <T>(
direction == IndexDirection.Ascending ?
Builders <T> .IndexKeys.Ascending(field) :
Builders <T> .IndexKeys.Descending(field),
new CreateIndexOptions()
{
ExpireAfter = TTL
}
)));
}
public void InitHeader(Log log, LoggingMethod loggingMethod, ChannelIndex channelIndex, IndexDirection direction = IndexDirection.increasing)
{
log.ChannelSet = new List <ChannelSet>();
log.LoggingMethod = loggingMethod;
var index = List(channelIndex);
if (channelIndex.IndexType == ChannelIndexType.measureddepth)
{
log.TimeDepth = "depth";
var pointMetadataList = List(LogGenerator.CreatePointMetadata("Quality", "Quality", EtpDataType.boolean));
ChannelSet channelSet = LogGenerator.CreateChannelSet(log);
channelSet.Index = index;
channelSet.Channel.Add(LogGenerator.CreateChannel(log, index, "Rate of Penetration", "ROP", UnitOfMeasure.mh, "Velocity", EtpDataType.@double, pointMetadataList: pointMetadataList));
channelSet.Channel.Add(LogGenerator.CreateChannel(log, index, "Hookload", "HKLD", UnitOfMeasure.klbf, "Force", EtpDataType.@double, null));
channelSet.Channel.Add(LogGenerator.CreateChannel(log, index, "GR1AX", "GR", UnitOfMeasure.gAPI, "Gamma_Ray", EtpDataType.@double, null));
CreateMockChannelSetData(channelSet, channelSet.Index);
log.ChannelSet.Add(channelSet);
}
else if (channelIndex.IndexType == ChannelIndexType.datetime)
{
log.TimeDepth = "time";
var pointMetadataList = List(LogGenerator.CreatePointMetadata("Confidence", "Confidence", EtpDataType.@float));
ChannelSet channelSet = LogGenerator.CreateChannelSet(log);
channelSet.Index = index;
channelSet.Channel.Add(LogGenerator.CreateChannel(log, index, "Rate of Penetration", "ROP", UnitOfMeasure.mh, "Velocity", EtpDataType.@double, pointMetadataList: pointMetadataList));
channelSet.Channel.Add(LogGenerator.CreateChannel(log, index, "GR1AX", "GR", UnitOfMeasure.gAPI, "Gamma_Ray", EtpDataType.@double, null));
CreateMockChannelSetData(channelSet, channelSet.Index);
log.ChannelSet.Add(channelSet);
}
}
/// <summary>
/// Creates the index <see cref="ChannelIndex"/> of the elapsed time.
/// </summary>
/// <param name="direction">The direction.</param>
/// <returns></returns>
public ChannelIndex CreateElapsedTimeIndex(IndexDirection direction)
{
return(CreateChannelIndex(ChannelIndexType.elapsedtime, direction, "TIME", UnitOfMeasure.ms, "MSL"));
}
/// <summary>
/// Creates the index <see cref="ChannelIndex"/> of the pass index depth.
/// </summary>
/// <param name="direction">The direction.</param>
/// <returns></returns>
public ChannelIndex CreatePassIndexDepthIndex(IndexDirection direction)
{
return(CreateChannelIndex(ChannelIndexType.passindexeddepth, direction, "PID", UnitOfMeasure.m, "MSL"));
}
/// <summary>
/// Creates the index <see cref="ChannelIndex"/> of the true vertical depth.
/// </summary>
/// <param name="direction">The direction.</param>
/// <returns></returns>
public ChannelIndex CreateTrueVerticalDepthIndex(IndexDirection direction)
{
return(CreateChannelIndex(ChannelIndexType.trueverticaldepth, direction, "TVD", UnitOfMeasure.ft, "MSL"));
}
/// <summary>
/// Creates the index <see cref="ChannelIndex"/> of the measured depth
/// </summary>
/// <param name="direction">The direction.</param>
/// <returns></returns>
public ChannelIndex CreateMeasuredDepthIndex(IndexDirection direction)
{
return(CreateChannelIndex(ChannelIndexType.measureddepth, direction, "MD", UnitOfMeasure.m, "MSL"));
}
public MongoIndexField(string indexName, IndexDirection direction) : this(indexName, 0, direction)
{
}
public MongoIndexField(string indexName, int columnIndex, IndexDirection direction)
{
Direction = direction;
ColumnIndex = columnIndex;
IndexName = indexName;
}
private (double first, double second) EvaluateCellDirectionValue(ISimpleBoard board, BoardIndex index, IndexDirection direction)
{
var count_first = 0;
var count_second = 0;
var count_available = 0;
var count_void = 0;
var count_out = 0;
foreach (var cellVal in GetIndexEnumerable(index, direction).Select(idx => board.GetCellStatus(idx)))
{
switch (cellVal)
{
case CellStatus.First:
count_first++;
break;
case CellStatus.Second:
count_second++;
break;
case CellStatus.Available:
count_available++;
break;
case CellStatus.Void:
count_void++;
break;
case CellStatus.OutOfOrder:
count_out++;
break;
}
}
// 枠内で上がることがない。単純個数評価
if (0 < count_out)
{
return(count_first, count_second);
}
// 枠内混在
if (0 < count_first && 0 < count_second)
{
return(count_first, count_second);
}
// 単一で埋まっている場合は高評価。空きがavailableでない場合妨害がしにくいため評価を上げてみる。
var ratio = count_void > 0 ? 2.0 : 1.5;
return(ratio * Math.Pow(count_first, 2), ratio *Math.Pow(count_second, 2));
}
