…uctor.

Pico PR : removed HitNew and TrackNew classes from Makefile

…e in the case of an inactive element crossing the Z=0 plane. 1) Should take the negative value of eta on the left side, otherwise comparisions with track eta does not make any sense!!! 2) Should be innerRadius + rWidth instead of innerRadius. Fortunately, was unused since all inactive surfaces are cut in 2 by the Z=0 plane.

…only for tracks coming from 0 until now).

…ctive element, one should not select the Z > 0 volumes only (assuming eta >= 0). Indeed, the IP can be at Z < 0, hence volumes on (-Z) side can be hit.

…unt in track length section calculation!

…red along a track!.

…ement::checkTrackHits has the following issues in devLite: some hits positions are wrongly computed and are actually not inside the inactive volume, hugely increasing the total crossed MB (and hence worsening the resolution). + Case of a tube or disk crossed in the non-trivial sense not always taken into account. Created new and fully debugged InactiveElement::checkTrackHits method (should be backported to devLitegit log).

…s region is a gaussian Gaus(0, 70). Though, the code was only taking into consideration the sensors such that sensor.maxZ() > 0.

…gion from -70 mm to 70 mm.

… Still addEfficiency issue to solve.

…) : now compiles :)

…, because the local resolution is assigned to it. It cannot be stored directly within the track, since a given module will be hit by several tracks, and we want the information at the module level!

…s) plot in OT material tab: was showing OT + IT result instead of OT result only. This is not really an issue in itself, but since there is a OT, IT, and Total material tabs, things should follow that logic.

…Simparms. Not finished yet

…fied directly in SimParms, instead of hardcoded in Analysis code. NB 1: rPhiErrorCollider has never been used for defining the origin of the track! And the analysis code is not adapted consequently. One assumes that the track is always on (Z) axis. NB 2: Would be more elegant to have a Shape of luminous region class, where one could specify the parameters of interest relevant for each supported distribution.