{

// A D-dimensional range, without units;

// Note: if you want something more modern with dimensions for RT, m/z, intensity and mobility, then use RangeManager.

//

// You can use any dimension you like; for D=2 and D=3 there are some convenience overloads though, especially for C'tors

// a 2-dimensional, i.e. [x_min..x_max, y_min..y_max], range

DRange<2> range;

range.setMin(DPosition<2>(2.0, 3.0)); // for (x_min, y_min)

range.setMax(DPosition<2>(4.0, 5.0)); // for (x_max, y_max)

std::cout << "values:\n" << range; // prints [2..4, 3..5]

// Note: the class maintains the invariant min<=max for each dimension

// Thus, setting a 'min' which is larger than the current 'max', also adjusts 'max' to the same value

range.setMin(DPosition<2>(10.0, 2.0)); // for (x_max, y_max)

std::cout << "\nadjusted max:\n" << range; // prints [10..10, 2..5]

// you can also set each dimension's min/max: 0 = X, 1 = Y

range.setDimMinMax(0, {0.6, 6.6});

std::cout << "\nnew X range:\n" << range;

// print values using a custom format

for (UInt i = 0; i < range.DIMENSION; ++i)

{

std::cout << "DIM " << i << ": " << range.minPosition()[i] << " ... " << range.maxPosition()[i] << '\n';

}