internal string ForRLanguage(string listName)
{
const string ME_CV_RANGE = "me_CVRange";
const string ME_SD_RANGE = "MESDRange";
const string NUMERIC0 = "numeric(0)";
StringBuilder sb = new StringBuilder();
StringBuilder sbA;
StringBuilder sbW;
sb.AppendFormat("{0} <- list()\n", listName);
// L'erreur de mesure
if (!this.MEAny)
{
sb.AppendFormat("{0}${1} <- {2}\n", listName, ME_CV_RANGE, NUMERIC0);
sb.AppendFormat("{0}${1} <- {2}\n", listName, ME_SD_RANGE, NUMERIC0);
}
else
{
sb.AppendFormat("{0}${1} <- c({2:R}, {3:R})\n",
listName,
ME.ThroughCV ? ME_CV_RANGE : ME_SD_RANGE,
this.ME.Minimum,
this.ME.Maximum);
sb.AppendFormat("{0}${1} <- {2}\n",
listName,
ME.ThroughCV ? "MESDRange" : "me_CVRange",
NUMERIC0);
}
sb.AppendFormat("{0}$WorkerInfoComplete <- {1}", listName, IsWorkerInfoComplete ? "T" : "F").AppendLine();
foreach (Measure.MeasureType ct in Enum.GetValues(typeof(Measure.MeasureType)))
{
if (ct == Measure.MeasureType.Interval)
{
Tuple <string, string, string> t = ForRLanguageIntervals(listName, measuresByCensoringType[ct]);
sb.Append(t.Item1).Append(t.Item2).Append(t.Item3);
continue;
}
sbA = new StringBuilder();
sbW = new StringBuilder();
sbA.AppendFormat("{0}${1}$values <-", listName, ct.ToString());
sbW.AppendFormat("{0}${1}$worker <-", listName, ct.ToString());
if (measuresByCensoringType[ct].Count == 0)
{
sbA.AppendFormat(" {0}\n", NUMERIC0);
sbW.Append(" character(0)\n");
}
else
{
sbA.Append("c(");
sbW.Append("c(");
Measure currentMeasure = measuresByCensoringType[ct][0];
sbA.AppendFormat("{0:R}", currentMeasure.A);
if (currentMeasure.Worker == null)
{
sbW.Append("NA");
}
else
{
sbW.AppendFormat("\"{0}\"", currentMeasure.Worker.Tag);
}
for (int i = 1; i < measuresByCensoringType[ct].Count; i++)
{
currentMeasure = measuresByCensoringType[ct][i];
sbA.AppendFormat(", {0:R}", currentMeasure.A);
if (currentMeasure.Worker == null)
{
sbW.Append(", NA");
}
else
{
sbW.AppendFormat(", \"{0}\"", currentMeasure.Worker.Tag);
}
}
sbA.Append(")\n");
sbW.AppendFormat(")\n");
}
sb.Append(sbA).Append(sbW);
}
string sbStr = sb.ToString();
return(sbStr);
}
internal WorkerData(BetweenWorkerModel parent)
{
this.parentModel = parent;
this.logNormalDistrn = this.parentModel.OutcomeIsLogNormallyDistributed;
Data = parent.Data;
workerDigests = new WorkerDigest[Data.NWorkers];
int i = 0;
this.MeasureCountByWorker = new int[Data.NWorkers];
foreach (Worker w in Data.WorkersByOrdinal)
{
MeasureCountByWorker[i] = Data.MeasuresByWorker[w].Count;
workerDigests[i] = new WorkerDigest(ordinal: i, mean: 0, measureCount: Data.MeasuresByWorker[w].Count);
i++;
}
DFRecordByMeasureType.Add(Measure.MeasureType.Uncensored, new List <DfRecord>());
DFRecordByMeasureType.Add(Measure.MeasureType.GreaterThan, new List <DfRecord>());
DFRecordByMeasureType.Add(Measure.MeasureType.LessThan, new List <DfRecord>());
DFRecordByMeasureType.Add(Measure.MeasureType.Interval, new List <DfRecord>());
df = new DfRecord[Data.N];
int j = 0;
Positions[(int)Measure.MeasureType.Uncensored] = new Position(j, Data.UncensoredMeasures.Length);
for (i = 0; i < Data.UncensoredMeasures.Length; i++)
{
int workerOrdinal = Data.UncensoredMeasures[i].Worker.Ordinal;
Measure m = Data.UncensoredMeasures[i];
m.WorkerDataOrdinal = j;
df[j] = new DfRecord(
measureOrdinal: j,
genValue: this.logNormalDistrn ? Math.Log(m.A) : m.A,
workerOrdinal: workerOrdinal,
workerDigest: workerDigests[workerOrdinal]);
DFRecordByMeasureType[Measure.MeasureType.Uncensored].Add(df[j]);
j++;
}
Positions[(int)Measure.MeasureType.GreaterThan] = new Position(j, Data.GT.Length);
for (i = 0; i < Data.GTMeasures.Length; i++)
{
int workerOrdinal = Data.GTMeasures[i].Worker.Ordinal;
Measure m = Data.GTMeasures[i];
m.WorkerDataOrdinal = j;
df[j] = new DfRecord(
measureOrdinal: j,
genValue: Tools.ND,
workerOrdinal: workerOrdinal,
workerDigest: workerDigests[workerOrdinal]);
DFRecordByMeasureType[Measure.MeasureType.GreaterThan].Add(df[j]);
j++;
}
Positions[(int)Measure.MeasureType.LessThan] = new Position(j, Data.LT.Length);
for (i = 0; i < Data.LTMeasures.Length; i++)
{
int workerOrdinal = Data.LTMeasures[i].Worker.Ordinal;
Measure m = Data.LTMeasures[i];
m.WorkerDataOrdinal = j;
df[j] = new DfRecord(
measureOrdinal: j,
genValue: Tools.ND,
workerOrdinal: workerOrdinal,
workerDigest: workerDigests[workerOrdinal]);
DFRecordByMeasureType[Measure.MeasureType.LessThan].Add(df[j]);
j++;
}
Positions[(int)Measure.MeasureType.Interval] = new Position(j, Data.IntervalGT.Length);
for (i = 0; i < Data.IntervalMeasures.Length; i++)
{
int workerOrdinal = Data.IntervalMeasures[i].Worker.Ordinal;
Measure m = Data.IntervalMeasures[i];
m.WorkerDataOrdinal = j;
df[j] = new DfRecord(
measureOrdinal: j,
genValue: Tools.ND,
workerOrdinal: workerOrdinal,
workerDigest: workerDigests[workerOrdinal]);
DFRecordByMeasureType[Measure.MeasureType.Interval].Add(df[j]);
j++;
}
this.WorkerIds = df.Select(rec => rec.WorkerOrdinal).ToArray();
UpdatePublicProperties();
}
private Tuple <string, string, string> ForRLanguageIntervals(string listName, List <Measure> intervals)
{
//RData$uncensored < -c(0.406, 0.597, 0.718312913)
//RData$rightCensored < -c(0.2, 0.2, 0.2, 0.2)
//RData$leftCensored < -c(0.6)
//RData$intervalCensored$left < -c(RData$intervalCensored$right < -0.4, 0.4)
//c(0.6, 0.6)
StringBuilder sbA = new StringBuilder();
StringBuilder sbB = new StringBuilder();
StringBuilder sbW = new StringBuilder();
if (intervals.Count == 0)
{
sbA.AppendFormat("{0}${1}$left$values <- numeric(0)\n", listName, Measure.MeasureType.Interval);
sbB.AppendFormat("{0}${1}$right$values <- numeric(0)\n", listName, Measure.MeasureType.Interval);
sbW.AppendFormat("{0}${1}$worker <- character(0)\n", listName, Measure.MeasureType.Interval);
}
else
{
sbA.AppendFormat("{0}${1}$left$values <- c(", listName, Measure.MeasureType.Interval);
sbB.AppendFormat("{0}${1}$right$values <- c(", listName, Measure.MeasureType.Interval);
sbW.AppendFormat("{0}${1}$worker <- c(", listName, Measure.MeasureType.Interval);
Measure currentMeasure = intervals[0];
sbA.AppendFormat("{0:R}", currentMeasure.A);
sbB.AppendFormat("{0:R}", currentMeasure.B);
if (currentMeasure.Worker == null)
{
sbW.Append("NA");
}
else
{
sbW.AppendFormat("\"{0}\"", currentMeasure.Worker.Tag);
}
for (int i = 1; i < intervals.Count; i++)
{
currentMeasure = intervals[i];
sbA.AppendFormat(", {0}", currentMeasure.A);
sbB.AppendFormat(", {0}", currentMeasure.B);
if (currentMeasure.Worker == null)
{
sbW.Append(", NA");
}
else
{
sbW.AppendFormat(", \"{0}\"", currentMeasure.Worker.Tag);
}
}
sbA.Append(")\n");
sbB.Append(")\n");
sbW.Append(")\n");
}
return(new Tuple <string, string, string>(sbA.ToString(), sbB.ToString(), sbW.ToString()));
}
