`src.magma_ocean`

Module Contents

Classes

`magma_ocean`
`fractional_crystallization`

class src.magma_ocean.magma_ocean(T_pot, p_CMB, eos={'rho': 'cst', 'alpha': 'cst', 'cp': 'cst'}, **kw)

getRa(domain)

getPr(domain)

setCMBdepth(z_CMB)

setCMBpressure(p_CMB)

adjustPressures()

updatePressures()

updateDepths(propagate=True)

updateRadii(propagate=True)

updateState(**kw)

updateParam(name='all')

updateAverages()

updateT_pot(new_T_pot, **kw)

updatep_bot()

setParametrization(name, equation, variables, **kw)

addSpecies(species, bulk, volatile=False, reg_elems=True)

getElementMass(name)

getMass(name)

getDissolvedMass(elem)

fractionation(species_list)

speciation(eqs_list, elements_list, **kw)

saveMeltingCurves(file_name)

setMeltingCurves(mc, **kw)

addBoundaryLayer(Delta_T)

getIntegral(profile, **kw)

getAverage(profile, **kw)

dTpot_dt(Q, H)

updateBL(T_surf)

get_H_int()

decay(t)

get_q_top()

get_q_bot(regime='zero')

RK4_step(dt, **kw)

init_ts(ts)

class src.magma_ocean.fractional_crystallization(T_pot, p_CMB, eos={'rho': 'cst', 'alpha': 'cst', 'cp': 'cst'}, **kw)

Bases: magma_ocean

updateState(**kw)

updatep_bot()

saveMeltingCurves(file_name)

setMeltingCurves(mc, **kw)