Output¶
-
class
Output
¶
Properties¶
Saved Values¶
-
distributions
¶
Cell with Distributions
at times.
-
yc
¶
Cell with yc at times.
-
nr
¶
Cell with nr at times.
-
averageEnergyMeV
¶
Cell with averageEnergyMeV at times.
-
averageFastEnergyMeV
¶
Cell with averageFastEnergyMeV at times.
-
averageREEnergyMeV
¶
Cell with averageREEnergyMeV at times.
-
currentDensity
¶
Cell with currentDensity at times.
-
currentDensityRE
¶
Cell with currentDensityRE at times.
-
fracRE
¶
Cell with fracRE at times.
-
fracRECurrent
¶
Cell with fracRECurrent at times.
-
fracREEnergy
¶
Cell with fracREEnergy at times.
-
growthRate
¶
Cell with growthRate at times.
-
growthRatePerSecond
¶
Cell with growthRatePerSecond at times.
-
times
¶
Cell with times where other values are saved.
-
totalEnergyMeV
¶
Cell with totalEnergyMeV at times.
-
totalEnergyJ
¶
Cell with totalEnergyJ at times.
-
dJdtSI
¶
Cell with dJdtSI at times.
-
dJ_rundtSI
¶
Cell with dJ_rundtSI at times.
-
T
¶
Cell with T at times.
-
n
¶
Cell with n at times.
-
Z
¶
Cell with Z at times.
-
E
¶
Cell with E at times.
-
B
¶
Cell with B at times.
-
species
¶
Cell with species at times.
-
neTotalOverneFree
¶
Cell with neTotalOverneFree at times.
-
nuees
¶
Cell with nuees at times.
-
deltas
¶
Cell with deltas at times.
-
EOverEc
¶
Cell with EOverEc at times.
-
EOverED
¶
Cell with EOverED at times.
-
EHats
¶
Cell with EHats at times.
-
BHatRef
¶
Cell with BHatRef at times.
-
nueeBars
¶
Cell with nueeBars at times.
-
nBars
¶
Cell with nBars at times.
-
veBars
¶
Cell with veBars at times.
-
veBars
Cell with veBars at times.
-
veBars
Cell with veBars at times.
-
lnLambdas
¶
Cell with lnLambdas at times.
Functions¶
-
this = Output()
-
save
(this, timeIndex, state, f, fbefore)¶
Add another entry in all saved properties.
-
addDistribution
(this, f, state, saveIndex)¶
Adds distrubtion function to saved cells, where values of distribution corresponds to saveIndex of state.physicalParams.[PARAM](saveIndex)
-
[f, times] = getDistributions(this)
Returns distributions and their corresponding times into matlab vector format. Each coloumn is a distribution function at a specific time.
-
[p, times] = getMomentumVectors(this)
Returns the momentum vectors used for the distributions functions returned in getDistributions()
and their respective times