private void publishResult() throws IOException {
try {
outPlot =
(Plot)
PlotFactory.createPlot(
yType.name() + "_vs_" + xType.name(), DataDimensionType.pattern);
PlotFactory.addDataToPlot(
outPlot,
"data",
resultEData.getData(),
yAxisName + " vs " + xAxisName,
"",
resultEData.getVariance());
PlotFactory.addAxisToPlot(outPlot, xType.name(), xAxis, xAxisName, "", 0);
IDataItem notes = inPlot.findDataItem(DataLib.KEY_NOTES);
if (null != notes) {
outPlot.addDataItem(notes);
}
} catch (PlotFactoryException e) {
throw new IOException("Cannot create new Plot for result");
}
}
private void formatYAxis() throws IOException {
try {
yType = YAxisType.getInstance(yAxisName);
switch (yType) {
case I:
resultEData = inputEdata;
break;
case LogI:
resultEData = EMath.toLog10(inputEdata.getData(), inputEdata.getVariance());
break;
case LnI:
resultEData = EMath.toLn(inputEdata.getData(), inputEdata.getVariance());
break;
case IPowA:
resultEData = EMath.toPower(inputEdata.getData(), par_a, inputEdata.getVariance());
break;
case IXPowB:
resultEData =
EMath.toEltMultiply(
inputEdata.getData(),
xAxis.getArrayMath().toPower(par_b).getArray(),
inputEdata.getVariance(),
null);
break;
case IPowAXPowB:
resultEData = EMath.toPower(inputEdata.getData(), par_a, inputEdata.getVariance());
resultEData =
EMath.toEltMultiply(
resultEData.getData(),
xAxis.getArrayMath().toPower(par_b).getArray(),
resultEData.getVariance(),
null);
break;
case IReverse:
resultEData = EMath.toEltInverseSkipZero(inputEdata.getData(), inputEdata.getVariance());
break;
case LnIx:
resultEData =
EMath.toEltMultiply(inputEdata.getData(), xAxis, inputEdata.getVariance(), null);
resultEData = EMath.ln(resultEData.getData(), resultEData.getVariance());
break;
case LnIx2:
resultEData =
EMath.toEltMultiply(
inputEdata.getData(),
xAxis.getArrayMath().power(2).getArray(),
inputEdata.getVariance(),
null);
resultEData = EMath.toLn(resultEData.getData(), resultEData.getVariance());
break;
case SqrtIReverse:
resultEData = EMath.toSqrt(inputEdata.getData(), inputEdata.getVariance());
resultEData = EMath.eltInverseSkipZero(resultEData.getData(), resultEData.getVariance());
break;
default:
resultEData = inputEdata;
break;
}
} catch (ShapeNotMatchException e) {
throw new IOException("Unable to format Y-Axis data to shape");
}
}