Index

Symbols

--output-file fairyfly-therm-config command line option

--version fairyfly-therm command line option

A

apply_properties_from_dict() (fairyfly_therm.properties.boundary.BoundaryThermProperties method) (fairyfly_therm.properties.model.ModelThermProperties method) (fairyfly_therm.properties.shape.ShapeThermProperties method)

B

bc_steady_state_lib_file (fairyfly_therm.config.Folders property) boundary_to_therm_xml() (in module fairyfly_therm.writer)

boundary_to_therm_xml_str() (in module fairyfly_therm.writer) BoundaryThermProperties (class in fairyfly_therm.properties.boundary)

C

cavity_material_by_name() (in module fairyfly_therm.lib.materials) cavity_model (fairyfly_therm.material.cavity.CavityMaterial property) CAVITY_MODELS (fairyfly_therm.material.cavity.CavityMaterial attribute) CavityMaterial (class in fairyfly_therm.material.cavity) check_all() (fairyfly_therm.properties.model.ModelThermProperties method) check_all_duplicate_identifiers() (fairyfly_therm.properties.model.ModelThermProperties method) check_duplicate_condition_identifiers() (fairyfly_therm.properties.model.ModelThermProperties method) check_duplicate_gas_identifiers() (fairyfly_therm.properties.model.ModelThermProperties method) check_duplicate_material_identifiers() (fairyfly_therm.properties.model.ModelThermProperties method) check_for_extension() (fairyfly_therm.properties.model.ModelThermProperties method) color (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.solid.SolidMaterial property)

condition (fairyfly_therm.properties.boundary.BoundaryThermProperties property) condition_by_name() (in module fairyfly_therm.lib.conditions) conditions (fairyfly_therm.properties.model.ModelThermProperties property) conductivity (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property) conductivity_at_temperature() (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) conductivity_coeff_a (fairyfly_therm.material.gas.PureGas property) conductivity_coeff_b (fairyfly_therm.material.gas.PureGas property) conductivity_coeff_c (fairyfly_therm.material.gas.PureGas property) config_file (fairyfly_therm.config.Folders property)

D

density (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property) density_at_temperature() (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) dict_abridged_to_material() (in module fairyfly_therm.material.dictutil) dict_to_material() (in module fairyfly_therm.material.dictutil) display_name (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property)

duplicate() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method) (fairyfly_therm.properties.boundary.BoundaryThermProperties method) (fairyfly_therm.properties.model.ModelThermProperties method) (fairyfly_therm.properties.shape.ShapeThermProperties method)

E

emissivity (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.solid.SolidMaterial property) emissivity_back (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.solid.SolidMaterial property)

ERROR_MAP (fairyfly_therm.properties.model.ModelThermProperties attribute) extract_all_from_xml_file() (fairyfly_therm.condition.steadystate.SteadyState static method) (fairyfly_therm.material.gas.Gas static method) extract_all_materials_from_xml_file() (in module fairyfly_therm.material.xmlutil)

F

fairyfly-therm command line option --version fairyfly-therm-config command line option --output-file fairyfly-therm-set-config-lbnl-data-path command line option FOLDER_PATH fairyfly-therm-set-config-therm-lib-path command line option FOLDER_PATH fairyfly-therm-set-config-therm-path command line option FOLDER_PATH fairyfly_therm module fairyfly_therm.cli module fairyfly_therm.cli.setconfig module fairyfly_therm.condition module fairyfly_therm.condition.steadystate module fairyfly_therm.config module fairyfly_therm.lib module fairyfly_therm.lib.conditions module fairyfly_therm.lib.gases module fairyfly_therm.lib.materials module fairyfly_therm.material module fairyfly_therm.material.cavity module fairyfly_therm.material.dictutil module fairyfly_therm.material.gas module

fairyfly_therm.material.solid module fairyfly_therm.material.xmlutil module fairyfly_therm.properties module fairyfly_therm.properties.boundary module fairyfly_therm.properties.model module fairyfly_therm.properties.shape module fairyfly_therm.writer module film_coefficient (fairyfly_therm.condition.steadystate.SteadyState property) FOLDER_PATH fairyfly-therm-set-config-lbnl-data-path command line option fairyfly-therm-set-config-therm-lib-path command line option fairyfly-therm-set-config-therm-path command line option Folders (class in fairyfly_therm.config) from_dict() (fairyfly_therm.condition.steadystate.SteadyState class method) (fairyfly_therm.material.cavity.CavityMaterial class method) (fairyfly_therm.material.gas.Gas class method) (fairyfly_therm.material.gas.PureGas class method) (fairyfly_therm.material.solid.SolidMaterial class method) (fairyfly_therm.properties.boundary.BoundaryThermProperties class method) (fairyfly_therm.properties.shape.ShapeThermProperties class method) from_dict_abridged() (fairyfly_therm.material.cavity.CavityMaterial class method) (fairyfly_therm.material.gas.Gas class method) from_therm_xml() (fairyfly_therm.condition.steadystate.SteadyState class method) (fairyfly_therm.material.cavity.CavityMaterial class method) (fairyfly_therm.material.gas.Gas class method) (fairyfly_therm.material.gas.PureGas class method) (fairyfly_therm.material.solid.SolidMaterial class method) from_therm_xml_str() (fairyfly_therm.condition.steadystate.SteadyState class method) (fairyfly_therm.material.cavity.CavityMaterial class method) (fairyfly_therm.material.gas.Gas class method) (fairyfly_therm.material.gas.PureGas class method) (fairyfly_therm.material.solid.SolidMaterial class method)

G

Gas (class in fairyfly_therm.material.gas) gas (fairyfly_therm.material.cavity.CavityMaterial property) gas_by_name() (in module fairyfly_therm.lib.gases)

gas_count (fairyfly_therm.material.gas.Gas property) gas_fractions (fairyfly_therm.material.gas.Gas property) gas_lib_file (fairyfly_therm.config.Folders property) gases (fairyfly_therm.properties.model.ModelThermProperties property)

H

heat_flux (fairyfly_therm.condition.steadystate.SteadyState property) host (fairyfly_therm.properties.boundary.BoundaryThermProperties property) (fairyfly_therm.properties.model.ModelThermProperties property) (fairyfly_therm.properties.shape.ShapeThermProperties property)

I

identifier (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property)

is_equivalent() (fairyfly_therm.properties.boundary.BoundaryThermProperties method) (fairyfly_therm.properties.shape.ShapeThermProperties method)

L

lbnl_data_path (fairyfly_therm.config.Folders property) load_properties_from_dict() (fairyfly_therm.properties.model.ModelThermProperties static method) lock() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method)

M

material (fairyfly_therm.properties.shape.ShapeThermProperties property) material_lib_file (fairyfly_therm.config.Folders property) materials (fairyfly_therm.properties.model.ModelThermProperties property) model_to_therm_xml() (in module fairyfly_therm.writer) model_to_therm_xml_str() (in module fairyfly_therm.writer) model_to_thmz() (in module fairyfly_therm.writer) ModelThermProperties (class in fairyfly_therm.properties.model) module fairyfly_therm fairyfly_therm.cli fairyfly_therm.cli.setconfig fairyfly_therm.condition fairyfly_therm.condition.steadystate fairyfly_therm.config fairyfly_therm.lib fairyfly_therm.lib.conditions fairyfly_therm.lib.gases fairyfly_therm.lib.materials fairyfly_therm.material fairyfly_therm.material.cavity fairyfly_therm.material.dictutil fairyfly_therm.material.gas fairyfly_therm.material.solid fairyfly_therm.material.xmlutil fairyfly_therm.properties fairyfly_therm.properties.boundary fairyfly_therm.properties.model fairyfly_therm.properties.shape fairyfly_therm.writer

molecular_weight (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property)

P

porosity (fairyfly_therm.material.solid.SolidMaterial property) prandtl (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) prandtl_at_temperature() (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) project_tag (fairyfly_therm.condition.steadystate.SteadyState property) protected (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property)

pure_gas_by_name() (in module fairyfly_therm.lib.gases) pure_gases (fairyfly_therm.material.gas.Gas property) PureGas (class in fairyfly_therm.material.gas)

R

radiant_temperature (fairyfly_therm.condition.steadystate.SteadyState property)

relative_humidity (fairyfly_therm.condition.steadystate.SteadyState property) resistivity (fairyfly_therm.material.solid.SolidMaterial property)

S

shape_to_therm_xml() (in module fairyfly_therm.writer) shape_to_therm_xml_str() (in module fairyfly_therm.writer) ShapeThermProperties (class in fairyfly_therm.properties.shape) solid_material_by_name() (in module fairyfly_therm.lib.materials) SolidMaterial (class in fairyfly_therm.material.solid) specific_heat (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property)

specific_heat_at_temperature() (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) specific_heat_coeff_a (fairyfly_therm.material.gas.PureGas property) specific_heat_coeff_b (fairyfly_therm.material.gas.PureGas property) specific_heat_coeff_c (fairyfly_therm.material.gas.PureGas property) specific_heat_ratio (fairyfly_therm.material.gas.PureGas property) SteadyState (class in fairyfly_therm.condition.steadystate)

T

temperature (fairyfly_therm.condition.steadystate.SteadyState property) therm_exe (fairyfly_therm.config.Folders property) therm_lib_path (fairyfly_therm.config.Folders property) therm_path (fairyfly_therm.config.Folders property) therm_settings_path (fairyfly_therm.config.Folders property) therm_uuid (fairyfly_therm.material.cavity.CavityMaterial property) THERM_VERSION (fairyfly_therm.config.Folders attribute) therm_version (fairyfly_therm.config.Folders property) therm_version_str (fairyfly_therm.config.Folders property) to_dict() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method) (fairyfly_therm.properties.boundary.BoundaryThermProperties method) (fairyfly_therm.properties.model.ModelThermProperties method) (fairyfly_therm.properties.shape.ShapeThermProperties method)

to_therm_xml() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method) to_therm_xml_str() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method) ToString() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method) (fairyfly_therm.properties.boundary.BoundaryThermProperties method) (fairyfly_therm.properties.model.ModelThermProperties method) (fairyfly_therm.properties.shape.ShapeThermProperties method)

U

unlock() (fairyfly_therm.condition.steadystate.SteadyState method) (fairyfly_therm.material.cavity.CavityMaterial method) (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method) (fairyfly_therm.material.solid.SolidMaterial method)

user_data (fairyfly_therm.condition.steadystate.SteadyState property) (fairyfly_therm.material.cavity.CavityMaterial property) (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) (fairyfly_therm.material.solid.SolidMaterial property)

V

vapor_diffusion_resistance (fairyfly_therm.material.solid.SolidMaterial property) viscosity (fairyfly_therm.material.gas.Gas property) (fairyfly_therm.material.gas.PureGas property) viscosity_at_temperature() (fairyfly_therm.material.gas.Gas method) (fairyfly_therm.material.gas.PureGas method)

viscosity_coeff_a (fairyfly_therm.material.gas.PureGas property) viscosity_coeff_b (fairyfly_therm.material.gas.PureGas property) viscosity_coeff_c (fairyfly_therm.material.gas.PureGas property)