mptest2 Module Reference

Parameters and data. More...

Variables
integer(mpi), parameter	nlyr =10
	number of detector layers More...
integer(mpi), parameter	nmlyr =14
	number of measurement layers More...
integer(mpi), parameter	nmx =10
	number of modules in x direction More...
integer(mpi), parameter	ncx =5
	center (vertical/x) row (used in cons.) More...
integer(mpi), parameter	nmy =5
	number of modules in y direction More...
integer(mpi), parameter	ntot =nlyr*nmx*nmy
	total number of modules More...
real(mps), parameter	dets = 10.0
	arclength of first plane More...
real(mps), parameter	diss = 10.0
	distance between planes More...
real(mps), parameter	thck = 0.02
	thickness of plane (X0) More...
real(mps), parameter	offs = 0.5
	offset of stereo modules More...
real(mps), parameter	stereo =0.08727
	stereo angle More...
real(mps), parameter	sizel = 20.0
	size of layers More...
real(mps), parameter	sigl =0.002
integer(mpi)	nhits
	number of hits More...
real(mps)	the0
	multiple scattering error More...
integer(mpi), dimension(nmlyr)	islyr
	(detector) layer More...
integer(mpi), dimension(nmlyr)	ihits
	module number More...
real(mps), dimension(ntot)	sdevx
	shift in x (alignment parameter) More...
real(mps), dimension(ntot)	sdevy
	shift in y (alignment parameter) More...
real(mps), dimension(nmlyr)	sarc
	arc length More...
real(mps), dimension(nmlyr)	ssig
	resolution More...
real(mps), dimension(2, nmlyr)	spro
	projection of measurent direction in (XY) More...
real(mps), dimension(nmlyr)	xhits
	position perp. More...
real(mps), dimension(nmlyr)	yhits
	measured position in plane (hit) More...
real(mps), dimension(nmlyr)	sigma
	measurement sigma (hit) More...

Detailed Description

Parameters and data.

Variable Documentation

dets

real(mps), parameter mptest2::dets = 10.0

arclength of first plane

Definition at line 70 of file mptest2.f90.

Referenced by mptst2().

diss

real(mps), parameter mptest2::diss = 10.0

distance between planes

Definition at line 71 of file mptest2.f90.

Referenced by mptst2().

ihits

integer(mpi), dimension(nmlyr) mptest2::ihits

module number

Definition at line 81 of file mptest2.f90.

Referenced by genln2(), and mptst2().

islyr

integer(mpi), dimension(nmlyr) mptest2::islyr

(detector) layer

Definition at line 80 of file mptest2.f90.

Referenced by genln2(), and mptst2().

ncx

integer(mpi), parameter mptest2::ncx =5

center (vertical/x) row (used in cons.)

Definition at line 66 of file mptest2.f90.

Referenced by mptst2().

nhits

integer(mpi) mptest2::nhits

number of hits

Definition at line 78 of file mptest2.f90.

Referenced by genln2(), and mptst2().

nlyr

integer(mpi), parameter mptest2::nlyr =10

number of detector layers

Definition at line 63 of file mptest2.f90.

Referenced by mptst2(), and mptwo().

nmlyr

integer(mpi), parameter mptest2::nmlyr =14

number of measurement layers

Definition at line 64 of file mptest2.f90.

Referenced by genln2().

nmx

integer(mpi), parameter mptest2::nmx =10

number of modules in x direction

Definition at line 65 of file mptest2.f90.

Referenced by genln2(), mptst2(), and mptwo().

nmy

integer(mpi), parameter mptest2::nmy =5

number of modules in y direction

Definition at line 67 of file mptest2.f90.

Referenced by genln2(), mptst2(), and mptwo().

ntot

integer(mpi), parameter mptest2::ntot =nlyr*nmx*nmy

total number of modules

Definition at line 68 of file mptest2.f90.

Referenced by mptwo().

offs

real(mps), parameter mptest2::offs = 0.5

offset of stereo modules

Definition at line 73 of file mptest2.f90.

Referenced by mptst2().

sarc

real(mps), dimension(nmlyr) mptest2::sarc

arc length

Definition at line 84 of file mptest2.f90.

Referenced by genln2(), and mptst2().

sdevx

real(mps), dimension(ntot) mptest2::sdevx

shift in x (alignment parameter)

Definition at line 82 of file mptest2.f90.

Referenced by genln2(), mptst2(), and mptwo().

sdevy

real(mps), dimension(ntot) mptest2::sdevy

shift in y (alignment parameter)

Definition at line 83 of file mptest2.f90.

Referenced by genln2(), mptst2(), and mptwo().

sigl

real(mps), parameter mptest2::sigl =0.002

Definition at line 76 of file mptest2.f90.

Referenced by mptst2().

sigma

real(mps), dimension(nmlyr) mptest2::sigma

measurement sigma (hit)

Definition at line 89 of file mptest2.f90.

Referenced by genln2(), and mptst2().

sizel

real(mps), parameter mptest2::sizel = 20.0

size of layers

Definition at line 75 of file mptest2.f90.

Referenced by genln2().

spro

real(mps), dimension(2,nmlyr) mptest2::spro

projection of measurent direction in (XY)

Definition at line 86 of file mptest2.f90.

Referenced by genln2(), and mptst2().

ssig

real(mps), dimension(nmlyr) mptest2::ssig

resolution

Definition at line 85 of file mptest2.f90.

Referenced by genln2(), and mptst2().

stereo

real(mps), parameter mptest2::stereo =0.08727

stereo angle

Definition at line 74 of file mptest2.f90.

Referenced by mptst2().

thck

real(mps), parameter mptest2::thck = 0.02

thickness of plane (X0)

Definition at line 72 of file mptest2.f90.

Referenced by mptst2().

the0

real(mps) mptest2::the0

multiple scattering error

Definition at line 79 of file mptest2.f90.

Referenced by genln2(), and mptst2().

xhits

real(mps), dimension(nmlyr) mptest2::xhits

position perp.

to plane (hit)

Definition at line 87 of file mptest2.f90.

Referenced by genln2(), and mptst2().

yhits

real(mps), dimension(nmlyr) mptest2::yhits

measured position in plane (hit)

Definition at line 88 of file mptest2.f90.

Referenced by genln2(), and mptst2().