Method loadPlaylist

YUViewLib/src/statistics/ColorMapper.cpp:408–449

}

void ColorMapper::loadPlaylist(const QStringPairList &attributes)
{
  for (auto attribute : attributes)
  {
    if (attribute.first == "colorMapperType")
    {
      bool ok    = false;
      auto value = attribute.second.toInt(&ok);
      if (ok)
      {
        if (auto type = MappingTypeMapper.at(value))
          this->mappingType = *type;
      }
      else if (auto type = MappingTypeMapper.getValue(attribute.second.toStdString()))
        this->mappingType = *type;
    }
    else if (attribute.first == "colorMapperMinColor" ||
             attribute.first == "colorMapperGradientStart")
      this->gradientColorStart = Color(attribute.second.toStdString());
    else if (attribute.first == "colorMapperMaxColor" ||
             attribute.first == "colorMapperGradientEnd")
      this->gradientColorEnd = Color(attribute.second.toStdString());
    else if (attribute.first == "colorMapperRangeMin")
      this->valueRange.min = attribute.second.toInt();
    else if (attribute.first == "colorMapperRangeMax")
      this->valueRange.max = attribute.second.toInt();
    else if (attribute.first == "colorMapperRange")
      this->valueRange = rangeFromString(attribute.second.toStdString());
    else if (attribute.first == "colorMapperComplexType" ||
             attribute.first == "colorMapperPredefinedType")
    {
      if (auto type = PredefinedTypeMapper.getValueCaseInsensitive(attribute.second.toStdString()))
        this->predefinedType = *type;
    }
    else if (attribute.first.startsWith("colorMapperMapValue"))
    {
      auto key            = attribute.first.mid(19).toInt();
      auto value          = Color(attribute.second.toStdString());
      this->colorMap[key] = value;
    }
  }
}

bool ColorMapper::operator!=(const ColorMapper &other) const
{