  Calculations are reported for low energy, proton capture by 14N with the
recoil corrected continuum shell model. An interaction from a fit to Cohen and
Kurath (6-16) p-shell matrix elements and Reid soft core g-matrix elements is
employed. The prediction for 14N(p,{\gamma})15O, based on this model and
available data, is that S(0) equals 1.632 and S(30) is 1.625 keV b. Good
agreement with available cross section data support this result. No evidence is
found for significant contributions from the subthreshold resonance.
