Thanks, and sorry for butchering your name above! -Matt On Dec 16, 8:27 am, Peter Bienstman <peter.bienst...@ugent.be> wrote: > Hi, > > Here is the code: > > def calculate_interval_noise(self, interval): > if interval == 0: > noise = 0 > elif interval <= DAY: > noise = random.choice([0, DAY]) > elif interval <= 10 * DAY: > noise = random.choice([-DAY, 0, DAY]) > elif interval <= 60 * DAY: > noise = random.uniform(-3 * DAY, 3 * DAY) > else: > noise = random.uniform(-0.05 * interval, 0.05 * interval) > return noise > > On Wednesday, December 15, 2010 10:09:41 pm Matt wrote: > > > Hi Pter, > > > I have another question: > > > They are: scheduled interval, actual interval (could be different from > > > scheduled interval if you review early or late), new interval, noise > > > (random scheduling fudge factor), thinking time in seconds. > > > Is the "fudge factor" a random integer between -3 and 3, where each > > integer is equally probable? > > An integer rounded from a random number drawn from a normal > > distribution with mean=0 and standard devation=1? > > Something else? > > > Thanks! > > -Matt > > -- > Peter Bienstman > Ghent University, Dept. of Information Technology > Sint-Pietersnieuwstraat 41, B-9000 Gent, Belgium > tel: +32 9 264 34 46, fax: +32 9 264 35 93 > WWW:http://photonics.intec.UGent.be > email: peter.bienst...@ugent.be
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