How to use

getRealFloat

method

in

net.imglib2.type.numeric.ComplexType

  @Override
  public void convert(final T input, final FloatType output) {
    output.setReal( input.getRealFloat() );
  }        
}

  @Override
  public void convert( final R input, final FloatType output )
  {
    output.set( input.getRealFloat() );
  }
}

  @Override
  public void convert( final R input, final FloatType output )
  {
    output.set( input.getRealFloat() );
  }
}

@Override
public void compute(final C input, final FloatType output) {
  output.set(input.getRealFloat());
}

@Override
public void compute(final C input, final ComplexFloatType output) {
  output.set(input.getRealFloat(), input.getImaginaryFloat());
}

  final int j = i * 2;
  tempIn[j] = randomAccess.get().getRealFloat();
  tempIn[j + 1] = randomAccess.get().getImaginaryFloat();
  randomAccess.fwd(dim);
tempIn[max2] = randomAccess.get().getRealFloat();
tempIn[max2 + 1] = randomAccess.get().getImaginaryFloat();

  tempIn[ j ] = randomAccess.get().getRealFloat();
  tempIn[ j + 1 ] = randomAccess.get().getImaginaryFloat();
  randomAccess.fwd( dim );
tempIn[ max2 ] = randomAccess.get().getRealFloat();
tempIn[ max2 + 1 ] = randomAccess.get().getImaginaryFloat();

  final int j = i * 2;
  tempIn[j] = randomAccessIn.get().getRealFloat();
  tempIn[j + 1] = randomAccessIn.get().getImaginaryFloat();
  randomAccessIn.fwd(0);
tempIn[complexMax2] = randomAccessIn.get().getRealFloat();
tempIn[complexMax2 + 1] = randomAccessIn.get().getImaginaryFloat();

  tempIn[ j ] = randomAccessIn.get().getRealFloat();
  tempIn[ j + 1 ] = randomAccessIn.get().getImaginaryFloat();
  randomAccessIn.fwd( 0 );
tempIn[ complexMax2 ] = randomAccessIn.get().getRealFloat();
tempIn[ complexMax2 + 1 ] = randomAccessIn.get().getImaginaryFloat();

  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( dim  );
tempIn[ (size-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (size-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();

  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( dim  );
tempIn[ (size-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (size-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();

  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( dim );
tempIn[ (size-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (size-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();

  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( dim );
tempIn[ (size-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (size-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();

    tempIn[ i * 2 ] = cursor.get().getRealFloat();
    tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
    cursor.fwd( 0 );
  tempIn[ (complexSize-1) * 2 ] = cursor.get().getRealFloat();
  tempIn[ (complexSize-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();
  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( 0 );
tempIn[ (complexSize-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (complexSize-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();

    tempIn[ i * 2 ] = cursor.get().getRealFloat();
    tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
    cursor.fwd( 0 );
  tempIn[ i * 2 ] = cursor.get().getRealFloat();
  tempIn[ i * 2 + 1 ] = cursor.get().getImaginaryFloat();
  cursor.fwd( 0 );
tempIn[ (complexSize-1) * 2 ] = cursor.get().getRealFloat();
tempIn[ (complexSize-1) * 2 + 1 ] = cursor.get().getImaginaryFloat();