/**
* Returns the measure values for a set of bucket values.
*
* @param bucketValues the bucket values
* @return the measure values corresponding to the bucket values
*/
public MeasureValue[] getMeasureValues(Bucket[] bucketValues) {
BucketMap map = bucketValueMap;
for (int i = 0; map != null && i < allBuckets.length - 1; ++i) {
map = (BucketMap) map.get(bucketValues[i]);
}
return map == null ? null : (MeasureValue[]) map.get(bucketValues[allBuckets.length - 1]);
}
protected MeasureValue[][][] retrieveTotals(List vals, List bucketMaps) {
MeasureValue[][][] totals = new MeasureValue[rowBucketCount + 1][colBucketCount + 1][];
for (int row = rowRetrTotalMax; row >= rowRetrTotalMin; --row) {
if (!rowRetrTotals[row]) {
continue;
}
BucketMap rowMap = (BucketMap) bucketMaps.get(row);
for (int i = row; rowMap != null && i < rowBucketCount; ++i) {
Entry totalEntry = rowMap.getTotalEntry();
rowMap = totalEntry == null ? null : (BucketMap) totalEntry.getValue();
}
for (int col = 0; col <= rowRetrColMax[row]; ++col) {
BucketMap colMap = rowMap;
if (col < colBucketCount - 1) {
if (row == rowBucketCount) {
rowMap = (BucketMap) bucketMaps.get(rowBucketCount + col + 1);
} else if (rowMap != null) {
rowMap = (BucketMap) rowMap.get((Bucket) vals.get(rowBucketCount + col));
}
}
if (!retrieveTotal[row][col]) {
continue;
}
for (int i = col + 1; colMap != null && i < colBucketCount; ++i) {
colMap = (BucketMap) colMap.getTotalEntry().getValue();
}
if (colMap != null) {
if (col == colBucketCount) {
MeasureValue[] measureValues =
(MeasureValue[]) colMap.get((Bucket) vals.get(rowBucketCount + colBucketCount - 1));
totals[row][col] = getUserMeasureValues(measureValues);
} else {
Map.Entry totalEntry = colMap.getTotalEntry();
if (totalEntry != null) {
MeasureValue[] totalValues = (MeasureValue[]) totalEntry.getValue();
totals[row][col] = getUserMeasureValues(totalValues);
}
}
}
if (totals[row][col] == null) {
totals[row][col] = zeroUserMeasureValues;
}
}
}
return totals;
}