similar to #4 ,Stash::Lambda, which should be quite a simple class to decode (it has only one value, angle), seems to decode incorrectly:
rh["fRAOffset"].array()[0].angle
np.float64(-1.4883837392272933e+24)
However, values that are 0 area correct, so I think this is just somehow not decoding the float correctly:
rh["fDecOffset"].array()[0].angle
An issue is thatLambda and Beta area classes that seem to have custom streamers, which may be the answer:
inline void Stash::Lambda::Streamer(TBuffer &R__b)
{
Stash::Angle::Streamer(R__b);
}Where Stash::Angle doesn't have a custom streamer, but it looks like the only value inside that gets automatically streamed is double angle; (all other attributes are marked with //! which tells ROOT not to serialize.
similar to #4 ,
Stash::Lambda, which should be quite a simple class to decode (it has only one value,angle), seems to decode incorrectly:However, values that are 0 area correct, so I think this is just somehow not decoding the float correctly:
An issue is that
LambdaandBetaarea classes that seem to have custom streamers, which may be the answer:Where
Stash::Angledoesn't have a custom streamer, but it looks like the only value inside that gets automatically streamed isdouble angle;(all other attributes are marked with//!which tells ROOT not to serialize.