Message-Id: <200008150141.KAA19732@neutrino.kek.jp> Subject: Re: Minutes of SciFi weekly meeting (00/Aug/13) Date: Tue, 15 Aug 2000 10:41:52 +0900 From: Makoto Sakuda <sakuda@neutrino.kek.jp> > To: sakuda@neutrino.kek.jp > Cc: e362scifi@neutrino.kek.jp > Subject: Re: Minutes of SciFi weekly meeting (00/Aug/13) > From: Yoshinari.Hayato@kek.jp > In-Reply-To: <200008141149.UAA14698@neutrino.kek.jp> > References: <200008141149.UAA14698@neutrino.kek.jp> > X-Mailer: Mew version 1.94.2 on Emacs 19.34 / Mule 2.3 (SUETSUMUHANA) > Mime-Version: 1.0 > > Dear all, > > Could someone report the current status of Monte-Carlo of > the Scifi-detector and the related projects? I heard that > the electronics simulation part has been separated. Then, > you can start the more systematic study related to the > possible sources of systematic errors such as IIT and elctronic > noises, changes of gains gain and so on. > > Regards, > Yoshinari Hayato Hi, The systematic study of tracking and simulation is the main topics of the SciFi meeting for the next collaboration meeting. Steve who made the scheme is testing it and Iwashita/Ishida will work on it too. Your comments are welcome. Regards, M.Sakuda ----------------- Date: Tue, 15 Aug 2000 08:27:02 +0900 (JST) From: Steve Boyd <boyd@neutrino.kek.jp> X-Sender: boyd@nurock.kek.jp To: Yoshinari.Hayato@kek.jp cc: sakuda@neutrino.kek.jp, e362scifi@neutrino.kek.jp Subject: Re: Minutes of SciFi weekly meeting (00/Aug/13) In-Reply-To: <20000815074146Y.hayato@neutrino.kek.jp> Message-ID: <Pine.LNX.3.96.1000815082301.23301E-100000@nurock.kek.jp> MIME-Version: 1.0 Content-Type: TEXT/PLAIN; charset=US-ASCII The simulation of the pixel clusters has been separated from the tracking of the particles. In principle one can now read in the same energy deposition and use different gains to estimate tracking efficiency systematic errors. I am attempting to do this (crudely at first) by looking at a DOPX=4 and DOPX=3 sample of the same MC sample. Since the algorithms are so different I would think that the difference in the tracking efficiencies from these is a conservative estimate of the tracking efficiency systematic error due to gain differences. Steve --
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