This page provides some additional material for the Part II Computational Physics course. ... Course timetable . ... Lecture 1 (introduction to Fortran) . ... Notes on the Assessed Exercise (Computing Project) . ... Computing resources by Dr. M. J. Rutter including an introduction to Fortran 95 at the right level for this course . ... An Introduction to Computer Simulation , Woolfson and Pert, Oxford . Computational Physics , Thijssen, Cambridge (Advanced and quite specialised) . ...

L1 Simulation Upgrade December 6th, 2004 BaBar Collaboration Meeting SLAC Eric Torrence University of Oregon Eric Torrence 1/15 December 2004 Phase 0 (Now) DchDigis EmcDigis EmtSim trgDC L1Accept This IS the current SP6 (14.4.X) Base simulation code unchanged, but interface elements are updated (Digis, TsfLUT) Remaining changes are inside black blob Eric Torrence 2/15 December ... Done · L1DZpdTrackDigi - cellLocation and cellPhi are not currently being simulated. ...

... Hu ChangSong for his Chinese translation * Ciprian Manea for his Romanian translation * Neil Muller for his suggestions on making bbclone work with register_globals off * Carlos Oliva for his Spanish translation * Vilius Simonaitis for his Lithuanian translation * Chad Schmidt for his numerous corrections * Gregori Arjona for his Catalan translation * Engelbert Gruber for his suggestions on correcting fopenlock() * Josef Pinc for his Czech ...

... Sun's ecliptical positions. Explanations. Each row contains at 0h of Time Dynamical Terrestrial: month, day , day of the week, julian day number at beginning of day (only last three digits is given, add head of column to form correct number ), longitude in system of mean equinox of date (degrees, minutes, seconds ), two latitudes (the first for mean equinox of date and the second for mean epoch of year; seconds ), radius-vector (astron. units), precession in ...