/**
* Updates the filters of the filteredDataTableView so that the data is filtered by the user
* defined ranges (if applicable) of the {@link DimensionConfig}s.
*/
private void updateFilteredDataTable() {
cachedSampledDataTable = null;
List<ValueRange> dimensionRanges = new LinkedList<ValueRange>();
for (PlotDimension dimension : PlotDimension.values()) {
DimensionConfig dimConf =
plotInstance.getCurrentPlotConfigurationClone().getDimensionConfig(dimension);
if (dimConf != null) {
if (dimConf.isUsingUserDefinedLowerBound() || dimConf.isUsingUserDefinedUpperBound()) {
ValueRange dimensionRange =
dimConf.getUserDefinedRangeClone(filteredDataTableView.getParentTable());
if (dimensionRange instanceof NumericalValueRange) {
NumericalValueRange numericalDimensionRange = (NumericalValueRange) dimensionRange;
if (!dimConf.isUsingUserDefinedLowerBound()) {
numericalDimensionRange.setLowerBound(Double.NEGATIVE_INFINITY);
}
if (!dimConf.isUsingUserDefinedUpperBound()) {
numericalDimensionRange.setUpperBound(Double.POSITIVE_INFINITY);
}
}
if (dimensionRange != null) {
dimensionRanges.add(dimensionRange);
}
}
}
}
filteredDataTableView.replaceConditions(dimensionRanges);
dataTableIsValid = true;
}
/**
* @param valueGroups
* @param valuesAreDates
* <p>TODO use param valuesAreDates
*/
protected void applyAdaptiveVisualRounding(List<ValueRange> valueGroups, boolean valuesAreDates) {
if (valuesAreDates) {
DateFormat dateFormat = getDateFormat();
for (ValueRange range : valueGroups) {
NumericalValueRange numericalValueRange = (NumericalValueRange) range;
numericalValueRange.setDateFormat(dateFormat);
}
} else {
// values are not dates
// first pass
NumericalValueRange previous = null;
NumericalValueRange current = null;
NumericalValueRange next = null;
for (ValueRange valueGroup : valueGroups) {
next = (NumericalValueRange) valueGroup;
if (previous != null) {
int precisionLower =
Math.min(
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound()),
DataStructureUtils.getOptimalPrecision(
previous.getLowerBound(), current.getLowerBound()));
int precisionUpper =
Math.min(
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound()),
DataStructureUtils.getOptimalPrecision(
current.getUpperBound(), next.getUpperBound()));
if (precisionUpper >= Integer.MAX_VALUE) {
precisionUpper = precisionLower;
}
current.setVisualPrecision(precisionLower, precisionUpper);
} else if (current != null) {
int precisionLower =
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound());
int precisionUpper =
Math.min(
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound()),
DataStructureUtils.getOptimalPrecision(
current.getUpperBound(), next.getUpperBound()));
if (precisionUpper >= Integer.MAX_VALUE) {
precisionUpper = precisionLower;
}
current.setVisualPrecision(precisionLower, precisionUpper);
}
previous = current;
current = next;
}
if (previous != null) {
// even if eclipse states that this code is dead, it is not! (eclipse bug)
int precisionLower =
Math.min(
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound()),
DataStructureUtils.getOptimalPrecision(
previous.getLowerBound(), current.getLowerBound()));
int precisionUpper =
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound());
if (precisionUpper >= Integer.MAX_VALUE) {
precisionUpper = precisionLower;
}
current.setVisualPrecision(precisionLower, precisionUpper);
} else if (current != null) {
int precision =
DataStructureUtils.getOptimalPrecision(
current.getLowerBound(), current.getUpperBound());
current.setVisualPrecision(precision, precision);
}
// // second pass
// current = null;
// next = null;
// for (ValueRange valueGroup : valueGroups ) {
// next = (NumericalValueRange)valueGroup;
// if (current != null) {
// int currentPrecision = current.getUpperPrecision();
// int nextPrecision = next.getLowerPrecision();
// int precision = Math.min(nextPrecision, currentPrecision);
// current.setUpperPrecision(precision);
// next.setLowerPrecision(precision);
// }
// current = next;
// }
}
}
