Returns all attributes of a specific attribute_type. ReturnsĬls classmethod get_attributes ( attribute_type = None ) ¶
Parametersįile_path ( str) – The path to load the JSON from. SimulationSchema classmethod from_json ( file_path ) ¶Ĭreate this object from a JSON file. The schema to follow when estimating this property. N_molecules ( int) – The number of molecules to use in the simulation. Uncertainty) to estimate the property to within. Relative_tolerance ( float) – The tolerance (as a fraction of the properties reported ParametersĪbsolute_tolerance ( pint.Quantity, optional) – The absolute tolerance to estimate the property to within. This class of property from direct simulations. Returns the default calculation schema to use when estimating
static default_simulation_schema ( absolute_tolerance=, relative_tolerance=, n_molecules=2000 ) ¶ g / mol) associated with thisĬlass of property. The measured / estimated value of this property. The uncertainty in measured / estimated value of this property. The thermodynamic state that this propertywas measured / estimated at. The substance that this property was measured estimated for. The original source of this physical property. The phase / phases that this property was measured in. The gradients of this property with respect to different force field parameters.Ī unique identifier string assigned to this propertyĪdditional metadata associated with this property. Parses a typed json string into the corresponding class structure. Returns all attributes of a specific attribute_type.Ĭreates a JSON representation of this class. Returns the default calculation schema to use when estimating this class of property from direct simulations. _init_()Ĭonstructs a new PhysicalProperty object. Source ( Source) – The source of this property.
Uncertainty ( pint.Quantity) – The uncertainty in the measured value.
Value ( pint.Quantity) – The value of the measured physical property. Substance ( Substance) – The composition of the substance that was measured. Phase ( PropertyPhase) – The phase that the property was measured in. Thermodynamic_state ( ThermodynamicState) – The thermodynamic state that the property was measured in. _init_ ( thermodynamic_state=None, phase=, substance=None, value=None, uncertainty=None, source=None ) ¶Ĭonstructs a new PhysicalProperty object.
Property evaluator free free#
SolvationFreeEnergy ( thermodynamic_state=None, phase=, substance=None, value=None, uncertainty=None, source=None ) ¶Ī class representation of a solvation free energy property. We’d love to sell your property - book your free valuation today.SolvationFreeEnergy ¶ class. On top of that, we are speaking to local buyers all of the time so we know exactly what they’re looking for and having a branch right in the middle of the local community means we’re available to talk face-to-face. Not only can we put your property in front of millions online, when it comes to local knowledge we make it our business to know the area like the back of our hand. your home is likely to be your biggest financial asset and we never forget that We put all of our knowledge and experience to good use to create a marketing plan that’s right for you - that’s what being a great estate agent is all about. With our expertise, we’ll get you moving too. Every year we help thousands of people to sell their properties.
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