Remove some default arrays that are read. (#875)

These were removed so that the DREAM.3D generated HDF5 files from BCF could also
be read using the Import Bruker Esprit HDF5 filter.

Signed-off-by: Michael Jackson <mike.jackson@bluequartz.net>

Source/EbsdLib/BrukerNano/EspritConstants.h

@@ -92,21 +92,21 @@ const QString Setting("Setting");
const QString SpaceGroup("SpaceGroup");

// Data Section for EBSD Data
const QString DD("DD");
// const QString DD("DD");
const QString MAD("MAD");
const QString MADPhase("MADPhase");
// const QString MADPhase("MADPhase");
const QString NIndexedBands("NIndexedBands");
const QString PCX("PCX");
const QString PCY("PCY");
// const QString PCX("PCX");
// const QString PCY("PCY");
const QString PHI("PHI");
const QString Phase("Phase");
const QString RadonBandCount("RadonBandCount");
const QString RadonQuality("RadonQuality");
const QString RawPatterns("RawPatterns");
const QString XBEAM("X BEAM");
const QString YBEAM("Y BEAM");
const QString XSAMPLE("X SAMPLE");
const QString YSAMPLE("Y SAMPLE");
// const QString XSAMPLE("X SAMPLE");
// const QString YSAMPLE("Y SAMPLE");
const QString phi1("phi1");
const QString phi2("phi2");

Source/EbsdLib/BrukerNano/H5EspritFields.cpp

@@ -50,21 +50,21 @@ H5EspritFields::~H5EspritFields() = default;
QVector<QString> H5EspritFields::getFieldNames()
{
  QVector<QString> features;
  features.push_back(Ebsd::H5Esprit::DD);
  // features.push_back(Ebsd::H5Esprit::DD);
  features.push_back(Ebsd::H5Esprit::MAD);
  features.push_back(Ebsd::H5Esprit::MADPhase);
  // features.push_back(Ebsd::H5Esprit::MADPhase);
  features.push_back(Ebsd::H5Esprit::NIndexedBands);
  features.push_back(Ebsd::H5Esprit::PCX);
  features.push_back(Ebsd::H5Esprit::PCY);
  // features.push_back(Ebsd::H5Esprit::PCX);
  // features.push_back(Ebsd::H5Esprit::PCY);
  features.push_back(Ebsd::H5Esprit::PHI);
  features.push_back(Ebsd::H5Esprit::Phase);
  features.push_back(Ebsd::H5Esprit::RadonBandCount);
  features.push_back(Ebsd::H5Esprit::RadonQuality);
  features.push_back(Ebsd::H5Esprit::RawPatterns);
  features.push_back(Ebsd::H5Esprit::XBEAM);
  features.push_back(Ebsd::H5Esprit::YBEAM);
  features.push_back(Ebsd::H5Esprit::XSAMPLE);
  features.push_back(Ebsd::H5Esprit::YSAMPLE);
  // features.push_back(Ebsd::H5Esprit::XSAMPLE);
  // features.push_back(Ebsd::H5Esprit::YSAMPLE);
  features.push_back(Ebsd::H5Esprit::phi1);
  features.push_back(Ebsd::H5Esprit::phi2);
  return features;

Source/EbsdLib/BrukerNano/H5EspritFields.h

@@ -62,21 +62,21 @@ class EbsdLib_EXPORT H5EspritFields : public AbstractEbsdFields
  template <typename T> T getFilterFeatures()
  {
    T features;
    features.push_back(Ebsd::H5Esprit::DD);
    // features.push_back(Ebsd::H5Esprit::DD);
    features.push_back(Ebsd::H5Esprit::MAD);
    features.push_back(Ebsd::H5Esprit::MADPhase);
    // features.push_back(Ebsd::H5Esprit::MADPhase);
    features.push_back(Ebsd::H5Esprit::NIndexedBands);
    features.push_back(Ebsd::H5Esprit::PCX);
    features.push_back(Ebsd::H5Esprit::PCY);
    //    features.push_back(Ebsd::H5Esprit::PCX);
    //    features.push_back(Ebsd::H5Esprit::PCY);
    features.push_back(Ebsd::H5Esprit::PHI);
    features.push_back(Ebsd::H5Esprit::Phase);
    features.push_back(Ebsd::H5Esprit::RadonBandCount);
    features.push_back(Ebsd::H5Esprit::RadonQuality);
    features.push_back(Ebsd::H5Esprit::RawPatterns);
    features.push_back(Ebsd::H5Esprit::XBEAM);
    features.push_back(Ebsd::H5Esprit::YBEAM);
    features.push_back(Ebsd::H5Esprit::XSAMPLE);
    features.push_back(Ebsd::H5Esprit::YSAMPLE);
    //    features.push_back(Ebsd::H5Esprit::XSAMPLE);
    //    features.push_back(Ebsd::H5Esprit::YSAMPLE);
    features.push_back(Ebsd::H5Esprit::phi1);
    features.push_back(Ebsd::H5Esprit::phi2);
    return features;