equilibrium_state.pyx
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equilibrium_state.pyx
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			from libcpp.string cimport string
			from eigen cimport MatrixXd, VectorXd
			from equilibrium_state cimport EquilibriumState, EquilibriumSystem

			cdef create_equilibrium_system(const EquilibriumState& system):
			obj = EquilibriumSystem()
			obj.initialize(system)
			return obj

			cdef class EquilibriumSystem:
			"""A system at equilibrium"""
			def __cinit__(self):
			pass
			cdef initialize(self, const EquilibriumState& data):
			self.system = new EquilibriumState(data)
			def mass_water(self):
			return self.system.mass_water()
			def molality_component(self, int idc):
			return self.system.molality_component(idc)
			def moles_mineral(self, int idm):
			return self.system.moles_mineral(idm)
			def mass_mineral(self, int idm):
			return self.system.mass_mineral(idm)
			def pH(self):
			return self.system.pH()
			def molality_secondary(self, int ids):
			return self.system.molality_secondary(ids)
			def total_aqueous_concentration(self, int idc):
			return self.system.total_aqueous_concentration_component(idc)
			def activity_coefficient_component(self, int idc):
			return self.system.activity_coefficient_component(idc)
			def activity_component_secondary(self, int ids):
			return self.system.activity_coefficient_secondary(ids)
			def activity_secondary(self, int ids):
			return self.system.activity_secondary(ids)
			def logIAP(self, int idm):
			return self.system.logIAP(idm)
			def saturation_index(self, int idm):
			return self.saturation_index(idm)
			def logIAP_kinetic(self, int idk):
			return self.system.logIAP_kinetic(idk)
			def saturation_index_kinetic(self, int idk):
			return self.system.saturation_index_kinetic(idk)