Improved some base game code

[Ramit110]

Not too much, going to explain each of the code pushes.

[Ramit110]

                var core = unitLock.Target.Core;
                unitLock.Target.Core -= coreNeutralized;
                coreNeutralizedDone = Math.Abs(core - unitLock.Target.Core);

                can be read as

                var core = unitLock.Target.Core;
                var newcore = unitLock.Target.Core - coreNeutralized;
                coreNeutralizedDone = Math.Abs(core - newcore);
                unitLock.Target.Core = newcore;

                can be read as

                var core = unitLock.Target.Core;
                var newcore = unitLock.Target.Core - coreNeutralized;
                coreNeutralizedDone = Math.Abs(core - newcore);
                    -> coreNeutralizedDone = Math.Abs(unitLock.Target.Core - (unitLock.Target.Core - coreNeutralized));
                    -> coreNeutralizedDone = Math.Abs(unitLock.Target.Core - unitLock.Target.Core + coreNeutralized));
                    -> coreNeutralizedDone = Math.Abs(coreNeutralized));
                unitLock.Target.Core = newcore;

                can then be read as

                var core = unitLock.Target.Core;
                var newcore = unitLock.Target.Core - coreNeutralized;
                coreNeutralizedDone = Math.Abs(coreNeutralized));
                unitLock.Target.Core = newcore;

                to become

                unitLock.Target.Core -= coreNeutralized;
                coreNeutralizedDone = Math.Abs(coreNeutralized));

Is my logic for #456 98fd582

[andrey-at-home]

What happens when unitLock.Target.Core is equal to the minimum boundary? In the original version, coreNeutralizedDone will be zero. In your code, coreNeutralizedDone will be equal to the module of coreNeutralized.

[Ramit110]

Right of course, the core can't be negative