Optika_ArrayHelperFunctions.cpp

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// 
//         Optika: A Tool For Developing Parameter Obtaining GUIs
//                Copyright (2009) Sandia Corporation
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// notice, this list of conditions and the following disclaimer in the
// documentation and/or other materials provided with the distribution.
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// contributors may be used to endorse or promote products derived from
// this software without specific prior written permission.
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#include "Optika_ArrayHelperFunctions.hpp"

namespace Optika{

QString determineArrayType(RCP<const ParameterEntry> parameter, bool twoD){
  any anyArray = parameter->getAny();
  if(anyArray.type() == (twoD ? typeid(TwoDArray<int>) : typeid(Array<int>))){
    return intId;
  }
  else if(anyArray.type() == (twoD ? typeid(TwoDArray<short>) : typeid(Array<short>))){
    return shortId;
  }
  else if(anyArray.type() == (twoD ? typeid(TwoDArray<double>) : typeid(Array<double>))){
    return doubleId;
  }
  else if(anyArray.type() == (twoD ? typeid(TwoDArray<float>) : typeid(Array<float>))){
    return floatId;
  }
  else if(anyArray.type() == (twoD ? typeid(TwoDArray<std::string>) : typeid(Array<std::string>))){
    return stringId;
  }
  else{
    return unrecognizedId;    
  }
}

QString determineArrayType(RCP<const ParameterEntry> parameter){
  any anyArray = parameter->getAny();
  if(anyArray.type() == typeid(Array<int>)){
    return intId;
  }
  else if(anyArray.type() == typeid(Array<short>)){
    return shortId;
  }
  else if(anyArray.type() == typeid(Array<double>)){
    return doubleId;
  }
  else if(anyArray.type() == typeid(Array<float>)){
    return floatId;
  }
  else if(anyArray.type() == typeid(Array<std::string>)){
    return stringId;
  }
  else{
    return unrecognizedId;    
  }
}

QVariant arrayEntryToVariant(
  RCP<const ParameterEntry> arrayEntry, QString type, bool twoD){
  if(type == intId){
    return (twoD ? 
      QVariant::fromValue<TwoDArray<int> >(
      getValue<TwoDArray<int> >(*arrayEntry))
      :
      QVariant::fromValue<Array<int> >(
      getValue<Array<int> >(*arrayEntry)));
  }
  else if(type == shortId){
    return (twoD ? 
      QVariant::fromValue<TwoDArray<short> >(
      getValue<TwoDArray<short> >(*arrayEntry))
      :
      QVariant::fromValue<Array<short> >(
      getValue<Array<short> >(*arrayEntry)));
  }
  else if(type == doubleId){
    return (twoD ? 
      QVariant::fromValue<TwoDArray<double> >(
      getValue<TwoDArray<double> >(*arrayEntry))
      :
      QVariant::fromValue<Array<double> >(
      getValue<Array<double> >(*arrayEntry)));
  }
  else if(type == floatId){
    return (twoD ? 
      QVariant::fromValue<TwoDArray<float> >(
      getValue<TwoDArray<float> >(*arrayEntry))
      :
      QVariant::fromValue<Array<float> >(
      getValue<Array<float> >(*arrayEntry)));
  }
  else if(type == stringId){
    return (twoD ? 
      QVariant::fromValue<TwoDArray<std::string> >(
      getValue<TwoDArray<std::string> >(*arrayEntry))
      :
      QVariant::fromValue<Array<std::string> >(
      getValue<Array<std::string> >(*arrayEntry)));
  }
  return QVariant();
}

QString getArrayType(QString itemType){
  return itemType.section(" ",-1);  
}

bool isArrayEmpty(RCP<const ParameterEntry> arrayEntry, QString type){
  if(type == intId){
    return getValue<Array<int> >(*arrayEntry).size() == 0;
  }
  else if(type == shortId){
    return getValue<Array<short> >(*arrayEntry).size() == 0;
  }
  else if(type == doubleId){
    return getValue<Array<double> >(*arrayEntry).size() == 0;
  }
  else if(type == floatId){
    return getValue<Array<float> >(*arrayEntry).size() == 0;
  }
  else if(type == stringId){
    return getValue<Array<std::string> >(*arrayEntry).size() == 0;
  }
  return true;
}


}