/**
* Compute the raw matrix for an instance run set
*
* @param data the data the instance runs
* @return the raw matrix
*/
private final IMatrix __computeInstanceRuns(final IInstanceRuns data) {
final _List list;
final DimensionTransformation xIn, yIn;
final Transformation yOut;
final IDimension timeDim, goalDim;
xIn = this.getXAxisTransformation();
try (final TransformationFunction xInFunc = xIn.use(data)) {
yIn = this.getYAxisInputTransformation();
try (final TransformationFunction yInFunc = yIn.use(data)) {
yOut = this.getYAxisOutputTransformation();
try (final TransformationFunction yOutFunc = yOut.use(data)) {
timeDim = xIn.getDimension();
goalDim = yIn.getDimension();
if (goalDim.getDataType().isInteger() && yInFunc.isLongArithmeticAccurate()) {
if (timeDim.getDataType().isInteger()) {
list =
new _LongTimeLongGoal(
timeDim, goalDim, this.m_criterion, yInFunc, this.m_goalValueLong);
} else {
list =
new _DoubleTimeLongGoal(
timeDim, goalDim, this.m_criterion, yInFunc, this.m_goalValueLong);
}
} else {
if (timeDim.getDataType().isInteger()) {
list =
new _LongTimeDoubleGoal(
timeDim, goalDim, this.m_criterion, yInFunc, this.m_goalValueDouble);
} else {
list =
new _DoubleTimeDoubleGoal(
timeDim, goalDim, this.m_criterion, yInFunc, this.m_goalValueDouble);
}
}
for (final IRun run : data.getData()) {
list._addRun(run);
}
return list._toMatrix(xInFunc, yOutFunc);
}
}
}
}
