Abstract Interfaces

Abstract InterfaceLocationDescription
abs_alpha yaeos__models_ar_genericcubic
abs_Bmix yaeos__models_ar_genericcubic
abs_D1mix yaeos__models_ar_genericcubic
abs_Dmix yaeos__models_ar_genericcubic
abs_optimize yaeos__optimizers
abs_residual_helmholtz yaeos__models_ar

Residual Helmholtz model generic interface.

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abs_volume_initializer yaeos__models_ar

Function that provides an initializer value for the liquid-root of newton solver of volume. In the case the model will use the volume_michelsen routine this value should provide the co-volume of the model.

Ares ar_interface
continuation_function yaeos__math_continuation
continuation_solver yaeos__math_continuation

Solver to solve a point during numerical contination.

continuation_stopper yaeos__math_continuation

Function that returns true if the method should stop

excess_gibbs yaeos__models_ge

Excess Gibbs and derivs procedure

f_1d yaeos__math
get_aij yaeos__models_ar_cubic_quadratic_mixing

Combining rule for the attractive parameter.

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hyperdual_Ar yaeos__adiff_hyperdual_ar_api
initial_volume ar_interface
model_from_X yaeos__fitting

Function that returns a setted model from the parameters vector

obj_func yaeos__optimizers
process yaeos__math_continuation

Subroutine to make variation in the method after a point converged

tapenade_ar yaeos__tapenade_ar_api
tapenade_ar_b yaeos__tapenade_ar_api
tapenade_ar_d yaeos__tapenade_ar_api
tapenade_ar_d_b yaeos__tapenade_ar_api
tapenade_ar_d_d yaeos__tapenade_ar_api
tapenade_ge yaeos__tapenade_ge_api
tapenade_ge_b yaeos__tapenade_ge_api
tapenade_ge_d yaeos__tapenade_ge_api
tapenade_ge_d_b yaeos__tapenade_ge_api
tapenade_ge_d_d yaeos__tapenade_ge_api
tapenade_v0 yaeos__tapenade_ar_api
temperature_dependence yaeos__models_ge_gc_td

Interface subroutine for UNIFAC models temperature dependent functions

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