  A self consistent description of angular correlations in neutron induced
reactions is required for quantitative analysis of parity violating (PV) and
time reversal invariance violating (TRIV) effects in neutron nucleus
scattering. The 1.33 eV p-wave compound resonance in $^{117}$Sn is one of the
few p-wave resonances where enough measurements have been performed to allow a
nontrivial test of the internal consistency of the theory. We present the
results of a global analysis of the several different asymmetries and angular
distribution measurements in ($n, \gamma$) reactions on the 1.33 eV p-wave
resonance in $^{117}$Sn conducted over the last few decades. We show that the
compound resonance mixing theory can give an internally consistent description
of all observations made in this system to date within the experimental
measurement errors. We also confirm the conclusions of previous analyses that a
subthreshold resonance in $^{117}$Sn dominates correlations related to s-p
mixing, and discuss the implications of these results for future searches for
TRIV in this system.
