Esempi in Python per CellVariable.getCellVolumeAverage

Linguaggio di programmazione: Python

Spazio dei nomi/nome del pacchetto: fipy.variables.cellVariable

Classe/tipologia: CellVariable

Metodo/funzione: getCellVolumeAverage

Esempi su hotexamples.com: 2

CellVariable.getCellVolumeAverage in Python: 2 esempi trovati. Questi sono i migliori esempi reali in Python per fipy.variables.cellVariable.CellVariable.getCellVolumeAverage, estratti da progetti open source. Li puoi valutare, per aiutarci a migliorare la qualità dei nostri esempi.

Metodi utilizzati di frequente

Mostra Nascondi

CellVariable(30)

__init__(14)

setValue(10)

updateOld(8)

getFaceGrad(3)

getCellVolumeAverage(2)

getGrad(2)

getOld(2)

_getArithmeticBaseClass(1)

constrain(1)

copy(1)

getArithmeticFaceValue(1)

sum(1)

Esempio n. 1

Mostra file

File: input2D.py Progetto: ghorn/Eg

mesh = Grid2D(nx=nx, ny=ny, dx=dx, dy=1.)

shift = 1.

KMVar = CellVariable(mesh=mesh, value=params['KM'] * shift, hasOld=1)
KCVar = CellVariable(mesh=mesh, value=params['KC'] * shift, hasOld=1)
TMVar = CellVariable(mesh=mesh, value=params['TM'] * shift, hasOld=1)
TCVar = CellVariable(mesh=mesh, value=params['TC'] * shift, hasOld=1)
P3Var = CellVariable(mesh=mesh, value=params['P3'] * shift, hasOld=1)
P2Var = CellVariable(mesh=mesh, value=params['P2'] * shift, hasOld=1)
RVar = CellVariable(mesh=mesh, value=params['R'], hasOld=1)

PN = P3Var + P2Var

KMscCoeff = params['chiK'] * (RVar + 1) * (1 - KCVar -
                                           KMVar.getCellVolumeAverage())
KMspCoeff = params['lambdaK'] / (1 + PN / params['kappaK'])
KMEq = TransientTerm() - KMscCoeff + ImplicitSourceTerm(KMspCoeff)

TMscCoeff = params['chiT'] * (1 - TCVar - TMVar.getCellVolumeAverage())
TMspCoeff = params['lambdaT'] * (KMVar + params['zetaT'])
TMEq = TransientTerm() - TMscCoeff + ImplicitSourceTerm(TMspCoeff)

TCscCoeff = params['lambdaT'] * (TMVar * KMVar).getCellVolumeAverage()
TCspCoeff = params['lambdaTstar']
TCEq = TransientTerm() - TCscCoeff + ImplicitSourceTerm(TCspCoeff)

PIP2PITP = PN / (PN / params['kappam'] + PN.getCellVolumeAverage() /
                 params['kappac'] + 1) + params['zetaPITP']

P3spCoeff = params['lambda3'] * (TMVar + params['zeta3T'])

Esempio n. 2

Mostra file

mesh = Grid1D(nx = nx, dx = dx)

shift = 1.

KMVar = CellVariable(mesh = mesh, value = params['KM'] * shift, hasOld = 1)
KCVar = CellVariable(mesh = mesh, value = params['KC'] * shift, hasOld = 1)
TMVar = CellVariable(mesh = mesh, value = params['TM'] * shift, hasOld = 1)
TCVar = CellVariable(mesh = mesh, value = params['TC'] * shift, hasOld = 1)
P3Var = CellVariable(mesh = mesh, value = params['P3'] * shift, hasOld = 1)
P2Var = CellVariable(mesh = mesh, value = params['P2'] * shift, hasOld = 1)
RVar = CellVariable(mesh = mesh, value = params['R'], hasOld = 1)

PN = P3Var + P2Var

KMscCoeff = params['chiK'] * (RVar + 1) * (1 - KCVar - KMVar.getCellVolumeAverage())
KMspCoeff = params['lambdaK'] / (1 + PN / params['kappaK'])
KMEq = TransientTerm() - KMscCoeff + ImplicitSourceTerm(KMspCoeff)

TMscCoeff = params['chiT'] * (1 - TCVar - TMVar.getCellVolumeAverage())
TMspCoeff = params['lambdaT'] * (KMVar + params['zetaT'])
TMEq = TransientTerm() - TMscCoeff + ImplicitSourceTerm(TMspCoeff)

TCscCoeff = params['lambdaT'] * (TMVar * KMVar).getCellVolumeAverage()
TCspCoeff = params['lambdaTstar']
TCEq = TransientTerm() - TCscCoeff + ImplicitSourceTerm(TCspCoeff) 

PIP2PITP = PN / (PN / params['kappam'] + PN.getCellVolumeAverage() / params['kappac'] + 1) + params['zetaPITP']

P3spCoeff = params['lambda3'] * (TMVar + params['zeta3T'])
P3scCoeff = params['chi3'] * KMVar * (PIP2PITP / (1 + KMVar / params['kappa3']) + params['zeta3PITP']) + params['zeta3']