#!/usr/bin/python2
#Constants
pi = 3.1415927
Mu0=4*pi*1e-7
kB=1.3806503e-23
eV=1.60217646e-19
RoomTemperature=300 #[K]
pressure = 0 # neznam !!!
#Basics
MajorRadius=0.4
MinorRadius=0.1
Aspect = MinorRadius/MajorRadius
LimiterPosition=0.05 # [m] max plasma radius 0.05 for ring with Mach probes
MeanPlasmaRadius=0.060 # [m] mean plasma radius without any stabilization
PlasmaVolume=pi*LimiterPosition**2*2*pi*MajorRadius
ToroidalMagneticFieldCoilInductance=2.8e-3 #[H] PhD. thesis J. Brotankova
#Energetics (15.09.10):
TororoidalMagneticFieldCapacitor=6*13.5e-3 #[F]
BreakDownElectricFieldCapacitor=8*450e-6 #[F]
CurrentDriveElectricFieldCapacitor=25*450e-6 #[F]
StabilizationCapacitor=6*450e-6 #[F]
TororoidalMagneticFieldTrigger = 5e-3 #[s]
#DAS calibration
#LineCount=40000 #scopes DAS file line count
#TriggerLine=3500 #plasma discharge is triggered at data row
#DeltaT=1e-3 #[ms] DAS time
#DeltaTs=1e-6 #[s] DAS time
#LineCount=4000 #scopes DAS file line count
#TriggerLine=350 #plasma discharge is triggered at data row
#DeltaT=10e-3 #[ms] DAS time
#DeltaTs=10e-6 #[s] DAS time
#LineCount=40000 #scopes DAS file line count
#TriggerLine=3500 #plasma discharge is triggered at data row
#DeltaT=1e-3 #[ms] DAS time
#DeltaTs=1e-6 #[s] DAS time
Bt_calibration=70.42 #[T/Vs] 0311 podle Tomase Markovice
RogowskiCalibration=5.3e6 #[A/V(10us)] 03/2010, CASTOR calibration (Mr. F.Zacek), 10 us vzorkovani, p. Zacek uvadi 5.3 e6 A/Vs
UloopCalibration=5.5
#ChamberResistance=7.44e-3 #[Ohm]
#ChamberInduktance=0.60e-6 #[H]
#$ChamberResistance=7.44e-3; #[Ohm]
ChamberResistance= 9.7e-3 # 5e-4; # 9.7e-3 #9.44e-3; #[Ohm]
ChamberInduktance=0.55e-6; #[H]
MaxTransformatorSaturation = 0.17 # V.s
Zeff = 3 # stupid estimation of Z effective
nu = 2 # current profile is j_O*(1-(r/a)^2)^nu
#PlasmaDetect
#PlCurrentRise=500 #[A]
#PlCurrentIncrTime=1e-3
#PlCurrentSurv=1e-3
#Others
shotdir='/mnt/data2/srv/www/svoboda/golem/operation/shots'
#calibration data of the mirnov coils for plasma position [Tomas Odstrcil
#calib_mirnov_coils = [-234.9, -234.9, -234.9, -234.9] #T/(V*s) 1.1.2013 zmeneno
calib_mirnov_coils = [ 0, 0, 0, 0 ] #T/(V*s)
