{"push_id":1077373373,"size":7,"distinct_size":7,"ref":"refs/heads/master","head":"89a22e635ae8bf1ee3abbbb7b28b771997486138","before":"95214928d2921400b7874dc167c1d41adb6c5e1b","commits":[{"sha":"ab17ba218c06f385c4056086d4823918fbd4ef8a","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"PredictionParameterisation class for stills with spherical relp assumption","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/ab17ba218c06f385c4056086d4823918fbd4ef8a"},{"sha":"191ec2b42293720a2cb8e7d5441f5de59e38631c","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"start refactoring this test to make it easier to apply also to the new model","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/191ec2b42293720a2cb8e7d5441f5de59e38631c"},{"sha":"52cb58b0b602607aadb50e7fd9e5125bee125cb5","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"Provide access to SphericalRelpStillsReflectionPredictor within ExperimentsPredictor","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/52cb58b0b602607aadb50e7fd9e5125bee125cb5"},{"sha":"b7e50f8f7b075ad52ed72e96c4f52a0f46401667","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"Fixes","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/b7e50f8f7b075ad52ed72e96c4f52a0f46401667"},{"sha":"b5186d5e04b1ba54cf6d526e839ecccf62d44f27","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"Test both the standard StillsPredictionParameterisation and the new\nspherical relp version. The analytical derivative calculations for\ndX/dp and dY/dp are much better in the new version. DeltaPsi derivatives\nare the same as before (and not that good).","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/b5186d5e04b1ba54cf6d526e839ecccf62d44f27"},{"sha":"1a4c63d689ff4d1795b94da4e966ef5b531f8c90","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"bug fix","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/1a4c63d689ff4d1795b94da4e966ef5b531f8c90"},{"sha":"89a22e635ae8bf1ee3abbbb7b28b771997486138","author":{"email":"c215fac94964021a5089f8992076e7923a72c6d9@gmail.com","name":"David Waterman"},"message":"New Refiner parameter spherical_relp_model=True switches on use\nof the reflection predictor and its parameterisation for the\nspherical relp model in stills refinement (does nothing for scans).\n\nInterestingly, in the one test I have looked at so far, the spherical\nrelp model produces better RMSDs than the 'rotate-to-Ewald-sphere'\nmodel, for each dimension: X, Y and DeltaPsi. The gradients are\ncertainly better behaved than the old model.\n\nFurther testing needed in the hands of DIALS-West.","distinct":true,"url":"https://api.github.com/repos/dials/dials/commits/89a22e635ae8bf1ee3abbbb7b28b771997486138"}]}