applyRadialCorrections Namespace Reference

Variables
	angle_correction = -angle
	diskToChamberCenter
float	evenDiskToChamberCenter = 35.4
	halfwidth
float	mem11angle = 0.002
float	mem12angle = 0.002
float	mem13angle = 0.002
float	mem21angle = 0.00261
float	mem22angle = 0.00303
float	mem31angle = 0.00237
float	mem32angle = 0.00288
float	mem41angle = 0.00221
float	mem42angle = 0.002
float	mep11angle = 0.002
float	mep12angle = 0.002
float	mep13angle = 0.002
float	mep21angle = 0.00239
float	mep22angle = 0.00273
float	mep31angle = 0.00230
float	mep32angle = 0.00263
float	mep41angle = 0.00208
float	mep42angle = 0.002
int	numchambers = 36
float	oddDiskToChamberCenter = 10.6
	radial_correction = angle*diskToChamberCenter
float	ye1_halfwidth = 30.0
float	ye2_halfwidth = 30.0
float	ye3_halfwidth = 11.5

Variable Documentation

applyRadialCorrections.angle_correction = -angle

Definition at line 41 of file applyRadialCorrections.py.

applyRadialCorrections.diskToChamberCenter

Definition at line 38 of file applyRadialCorrections.py.

float applyRadialCorrections.evenDiskToChamberCenter = 35.4

Definition at line 21 of file applyRadialCorrections.py.

applyRadialCorrections.halfwidth

Definition at line 33 of file applyRadialCorrections.py.

float applyRadialCorrections.mem11angle = 0.002

Definition at line 11 of file applyRadialCorrections.py.

float applyRadialCorrections.mem12angle = 0.002

Definition at line 12 of file applyRadialCorrections.py.

float applyRadialCorrections.mem13angle = 0.002

Definition at line 13 of file applyRadialCorrections.py.

float applyRadialCorrections.mem21angle = 0.00261

Definition at line 14 of file applyRadialCorrections.py.

float applyRadialCorrections.mem22angle = 0.00303

Definition at line 15 of file applyRadialCorrections.py.

float applyRadialCorrections.mem31angle = 0.00237

Definition at line 16 of file applyRadialCorrections.py.

float applyRadialCorrections.mem32angle = 0.00288

Definition at line 17 of file applyRadialCorrections.py.

float applyRadialCorrections.mem41angle = 0.00221

Definition at line 18 of file applyRadialCorrections.py.

float applyRadialCorrections.mem42angle = 0.002

Definition at line 19 of file applyRadialCorrections.py.

float applyRadialCorrections.mep11angle = 0.002

Definition at line 2 of file applyRadialCorrections.py.

float applyRadialCorrections.mep12angle = 0.002

Definition at line 3 of file applyRadialCorrections.py.

float applyRadialCorrections.mep13angle = 0.002

Definition at line 4 of file applyRadialCorrections.py.

float applyRadialCorrections.mep21angle = 0.00239

Definition at line 5 of file applyRadialCorrections.py.

float applyRadialCorrections.mep22angle = 0.00273

Definition at line 6 of file applyRadialCorrections.py.

float applyRadialCorrections.mep31angle = 0.00230

Definition at line 7 of file applyRadialCorrections.py.

float applyRadialCorrections.mep32angle = 0.00263

Definition at line 8 of file applyRadialCorrections.py.

float applyRadialCorrections.mep41angle = 0.00208

Definition at line 9 of file applyRadialCorrections.py.

float applyRadialCorrections.mep42angle = 0.002

Definition at line 10 of file applyRadialCorrections.py.

applyRadialCorrections.numchambers = 36

Definition at line 30 of file applyRadialCorrections.py.

float applyRadialCorrections.oddDiskToChamberCenter = 10.6

Definition at line 22 of file applyRadialCorrections.py.

applyRadialCorrections.radial_correction = angle*diskToChamberCenter

Definition at line 40 of file applyRadialCorrections.py.

Referenced by CSCChamberFitter.radiusCorrection().

float applyRadialCorrections.ye1_halfwidth = 30.0

Definition at line 24 of file applyRadialCorrections.py.

float applyRadialCorrections.ye2_halfwidth = 30.0

Definition at line 25 of file applyRadialCorrections.py.

float applyRadialCorrections.ye3_halfwidth = 11.5

Definition at line 26 of file applyRadialCorrections.py.