PISM, A Parallel Ice Sheet Model stable 0.4.1779

HybridIce Member List

This is the complete list of members for HybridIce, including all inherited members.
A_coldIceFlowLaw [protected]
A_warmIceFlowLaw [protected]
averagedHardness_from_enth(PetscReal thickness, PetscInt kbelowH, const PetscReal *zlevels, const PetscReal *enthalpy) const IceFlowLaw [virtual]
basal_AHybridIce [protected]
basal_nHybridIce [protected]
basal_QHybridIce [protected]
beta_CC_gradIceFlowLaw
c_pIceFlowLaw
commIceFlowLaw [protected]
crit_tempIceFlowLaw [protected]
d_grain_sizeHybridIce [protected]
diff_crit_tempHybridIce [protected]
diff_D_0bHybridIce [protected]
diff_D_0vHybridIce [protected]
diff_deltaHybridIce [protected]
diff_Q_bHybridIce [protected]
diff_Q_vHybridIce [protected]
diff_V_mHybridIce [protected]
disl_A_coldHybridIce [protected]
disl_A_warmHybridIce [protected]
disl_crit_tempHybridIce [protected]
disl_nHybridIce [protected]
disl_Q_coldHybridIce [protected]
disl_Q_warmHybridIce [protected]
ECIceFlowLaw [protected]
effectiveViscosity(PetscReal hardness, PetscReal u_x, PetscReal u_y, PetscReal v_x, PetscReal v_y) const IceFlowLaw [virtual]
effectiveViscosity_with_derivative(PetscReal hardness, const PetscReal Du[], PetscReal *nu, PetscReal *dnu) const IceFlowLaw [virtual]
exponent() const IceFlowLaw [inline, virtual]
flow_from_enth(PetscReal stress, PetscReal E, PetscReal pressure, PetscReal gs) const ThermoGlenIce [virtual]
flow_from_temp(PetscReal stress, PetscReal temp, PetscReal pressure, PetscReal gs) const HybridIce [virtual]
flowParts(PetscReal stress, PetscReal temp, PetscReal pressure) const HybridIce
gbs_A_coldHybridIce [protected]
gbs_A_warmHybridIce [protected]
gbs_crit_tempHybridIce [protected]
gbs_nHybridIce [protected]
gbs_Q_coldHybridIce [protected]
gbs_Q_warmHybridIce [protected]
hardnessParameter_from_enth(PetscReal E, PetscReal p) const IceFlowLaw [virtual]
hardnessParameter_from_temp(PetscReal T_pa) const ThermoGlenIce [inline, virtual]
HybridIce(MPI_Comm c, const char pre[], const NCConfigVariable &config)HybridIce
IceFlowLaw(MPI_Comm c, const char pre[], const NCConfigVariable &config)IceFlowLaw
ideal_gas_constantIceFlowLaw [protected]
kIceFlowLaw
latentHeatIceFlowLaw
melting_point_tempIceFlowLaw
nIceFlowLaw [protected]
p_grain_sz_expHybridIce [protected]
prefixIceFlowLaw [protected]
Q_coldIceFlowLaw [protected]
Q_warmIceFlowLaw [protected]
rhoIceFlowLaw
schoofLenIceFlowLaw [protected]
schoofRegIceFlowLaw [protected]
schoofVelIceFlowLaw [protected]
setFromOptions()IceFlowLaw [virtual]
softnessParameter_from_enth(PetscReal enthalpy, PetscReal pressure) const ThermoGlenIce [virtual]
softnessParameter_from_temp(PetscReal T_pa) const ThermoGlenIce [inline, virtual]
softnessParameter_paterson_budd(PetscReal T_pa) const IceFlowLaw [protected]
standard_gravityIceFlowLaw [protected]
ThermoGlenIce(MPI_Comm c, const char pre[], const NCConfigVariable &config)ThermoGlenIce [inline]
V_act_volHybridIce [protected]
~IceFlowLaw()IceFlowLaw [virtual]
~ThermoGlenIce()ThermoGlenIce [inline, virtual]
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