run()
advection()
atmosphere()
shocktube()
kelvinHelmholtz()
kelvinHelmholtzMovie()
sedovExplosion()
cloudCrushing()
freefall()
rayleighTaylor()
tidalDisruption()
HydroScheme
Simulation
Simulation.setHydroScheme()
Simulation.setEquationOfState()
Simulation.setCodeUnits()
Simulation.setGravityMode()
Simulation.setDomain()
Simulation.emptyArray()
Simulation.xyGrid()
Simulation.setGravityPotentials()
Simulation.enforceBoundaryConditions()
Simulation.primitiveToConserved()
Simulation.primitiveToConservedRet()
Simulation.conservedToPrimitive()
Simulation.fluxVector()
Simulation.primitiveEvolution()
Simulation.soundSpeed()
Simulation.maxSpeedInDomain()
Simulation.reconstructionConst()
Simulation.reconstructionLinear()
Simulation.limiterNone()
Simulation.limiterMinMod()
Simulation.limiterVanLeer()
Simulation.limiterMC()
Simulation.riemannSolverHLL()
Simulation.cflCondition()
Simulation.addSourceTerms()
Simulation.timestep()
Simulation.save()
load()
fields
plot1d()
plot2d()
getPlotQuantities()
Setup
Setup.shortName()
Setup.initialConditions()
Setup.setInitialData()
Setup.trueSolution()
Setup.plotLimits()
Setup.plotColorMaps()
Setup.internalEnergyFromTemperature()
SetupShocktube
SetupFreefall
SetupAtmosphere
SetupAdvection
SetupCloudCrushing
SetupKelvinHelmholtz
SetupSedov
SetupRayleighTaylor
SetupTidalDisruption
units_l
units_t
units_m
ulula
ulula.examples.examples
ulula.plots
ulula.run
ulula.utils.utils
