@@ -116,7 +116,7 @@ More examples can be found [here](uploads/66bc7fb78ed597a789249a0e2870cc03/snipp
For a complete list of available get methods see [EnergyLossCalculator.h](https://gitlab.au.dk/ausa/ausalib/-/blob/master/include/ausa/eloss/EnergyLossCalculator.h).
## 6. Default calculator
If you are in a rush and do not care too much about how the energy loss is being determined, you can skip steps 2-4 and instead use the [default energy-loss calculator](blob/master/include/ausa/eloss/Default.h) which determines energy loss by numerical integration of GEANT stopping powers. To determine, say, the energy loss of 1 MeV protons in 100 nm aluminium, you would write
If you are in a rush and do not care too much about how the energy loss is being determined, you can skip steps 2-4 and instead use the [default energy-loss calculator](https://gitlab.au.dk/ausa/ausalib/-/blob/master/include/ausa/eloss/Default.h) which determines energy loss by numerical integration of GEANT stopping powers. To determine, say, the energy loss of 1 MeV protons in 100 nm aluminium, you would write
