Well, knowing how the energy system works, I'll give this a +1 (sort of).
The way the energy system works, is that there is actually two bars within the one bar. There is "maximum" energy that decreases slowly, and increases even slower over the duration of a game. Then there is "breath" which decreases quickly even during a single play, but increases even faster while out of that play.
For example, a typical play, at 100 maximum and 100 breath, afterwards, a player might look like...
98 maximum
85 breath
Then for the beginning of the next play,
99 maximum
92 breath
etc
It would make sense if halftime set breath equal to maximum, but didn't put maximum back up to 100%.
The way the energy system works, is that there is actually two bars within the one bar. There is "maximum" energy that decreases slowly, and increases even slower over the duration of a game. Then there is "breath" which decreases quickly even during a single play, but increases even faster while out of that play.
For example, a typical play, at 100 maximum and 100 breath, afterwards, a player might look like...
98 maximum
85 breath
Then for the beginning of the next play,
99 maximum
92 breath
etc
It would make sense if halftime set breath equal to maximum, but didn't put maximum back up to 100%.




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