Table of Contents

1.     model: template
2.     Packages and Types
2.1     [root package]
2.2     package: Implementation
2.3     package: Implementation2
2.4     package: SSLDM
2.4.1     objectType: Environment
2.4.2     enumeration: IdentificationStatusType
2.4.3     objectType: Level
2.4.4     objectType: Line
2.4.5     primitiveType: PhysicalIntegerQuantity
2.4.6     objectType: PhysicalModel
2.4.7     dataType: PhysicalRealQuantity
2.4.8     objectType: Process
2.4.9     enumeration: ProcessType
2.4.10     objectType: QuantumNumber
2.4.11     objectType: QuantumState
2.4.12     objectType: Reference
2.4.13     objectType: Source
2.4.14     objectType: Species
2.4.15     enumeration: SpeciesType
2.5     package: STC
2.5.1     objectType: ObsDataLocation
3.     vodml-id-s
4.     Imported Models
4.1     ivoa

1. Model: (template)

Authors :
Date : 2019-05-06T15:43:08
Version : 0.x
Abstract : TODO : Missing description : please, update your UML model asap.

2.Model contents: Packages and Types

The following sub-sections present all packages in the model with their types. The packages are listed here in alphabetical order. Each sub-section contains a description of the package and a table containing its various features.

2.1 [root package]

Model template
child package(s) Implementation Implementation2 SSLDM STC

2.2 package: Implementation

vodml-id Implementation
description TODO : Missing description : please, update your UML model asap.
parent template

2.3 package: Implementation2

vodml-id Implementation2
description TODO : Missing description : please, update your UML model asap.
parent template

2.4 package: SSLDM

vodml-id SSLDM
description <Enter note text here>
parent template
Object types Environment Level Line PhysicalModel Process QuantumNumber QuantumState Reference Source Species
Data types PhysicalRealQuantity
Enumerations IdentificationStatusType ProcessType SpeciesType
Primitive types PhysicalIntegerQuantity

2.4.1 objectType: Environment

vodml-id SSLDM.Environment
description The scope of this class is describing the physical properties of the ambient gas, plasma, dust or stellar atmosphere where the line is generated.
package SSLDM
referrers Line
attributes
name feature value
temperature type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.temperature
multiplicity 1
description The temperature in the line-producing plasma.
opticalDepth type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.opticalDepth
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
particleDensity type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.particleDensity
multiplicity 1
description The particle density in the line-producing plasma.
massDensity type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.massDensity
multiplicity 1
description The mass density in the line-producing plasma.
pressure type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.pressure
multiplicity 1
description The pressure in the line-producing plasma.
entropy type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.entropy
multiplicity 1
description The entropy of the line-producing plasma.
mass type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.mass
multiplicity 1
description The total mass of the line-producing gas/dust cloud or star.
metallicity type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.metallicity
multiplicity 1
description The logarithmic ratio between the element and the Hydrogen abundance, normalized to the solar value.
extinctionCoefficient type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Environment.extinctionCoefficient
multiplicity 1
description A quantitative observable k, which expresses the suppression of the emission line intensity due to the presence of optically thick matter along the line-of-sight.
references
name feature value
envModel type PhysicalModel [template:SSLDM.PhysicalModel]
vodml-id SSLDM.Environment.envModel
multiplicity 0..*
description TODO : Missing description : please, update your UML model asap.

2.4.2 enumeration: IdentificationStatusType

vodml-id SSLDM.IdentificationStatusType
description TODO : Missing description : please, update your UML model asap.
package SSLDM
literals
name feature value
UNIDENTIFIED vodml-id SSLDM.IdentificationStatusType.UNIDENTIFIED
description TODO : Missing description : please, update your UML model asap.
IDENTIFICATION_UNCERTAIN vodml-id SSLDM.IdentificationStatusType.IDENTIFICATION_UNCERTAIN
description TODO : Missing description : please, update your UML model asap.
IDENTIFICATION_PROVISIONAL vodml-id SSLDM.IdentificationStatusType.IDENTIFICATION_PROVISIONAL
description TODO : Missing description : please, update your UML model asap.
IDENTIFIED vodml-id SSLDM.IdentificationStatusType.IDENTIFIED
description TODO : Missing description : please, update your UML model asap.

2.4.3 objectType: Level

vodml-id SSLDM.Level
description This class describes the quantum mechanical properties of each level, between which the transition originating the line occurs.
package SSLDM
referrers Line
attributes
name feature value
totalStatWeight type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Level.totalStatWeight
multiplicity 1
description An integer representing the total number of terms pertaining to a given level.
nuclearStatWeight type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Level.nuclearStatWeight
multiplicity 1
description The same as totalStatWeight for nuclear spin states only
landeFactor type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Level.landeFactor
multiplicity 1
description A dimensionless factor g that accounts for the splitting of normal energy levels into uniformly spaced sublevels in the presence of a magnetic field.
lifeTime type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Level.lifeTime
multiplicity 1
description Intrinsic lifetime of a level due to its radiative decay.
energy type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Level.energy
multiplicity 1
description The binding energy of an electron belonging to the level.
configuration type ivoa:string
vodml-id SSLDM.Level.configuration
multiplicity 1
description For atomic levels, the standard specification of the quantum numbers nPrincipal (n) and lElectronicOrbitalAngularMomentum (l) for the orbital of each electron in the level; an exponent is used to indicate the numbers of electrons sharing a given n and l.
nuclearSpinSymmetryType type ivoa:string
vodml-id SSLDM.Level.nuclearSpinSymmetryType
multiplicity 1
description A string indicating the type of nuclear spin symmetry.
parity type ivoa:integer
vodml-id SSLDM.Level.parity
multiplicity 1
description Eigenvalue of the parity operator.
symmetryGroup type ivoa:string
vodml-id SSLDM.Level.symmetryGroup
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
energyOrigin type ivoa:string
vodml-id SSLDM.Level.energyOrigin
multiplicity 1
description Human readable string indicating the nature of the energy origin.
references
name feature value
element type Species [template:SSLDM.Species]
vodml-id SSLDM.Level.element
multiplicity 1
description TODO : Missing description : please, update your UML model asap.

2.4.4 objectType: Line

vodml-id SSLDM.Line
description Radiation associated with a possible transition between the states belonging to two levels
package SSLDM
attributes
name feature value
lineTitle type ivoa:string
vodml-id SSLDM.Line.lineTitle
multiplicity 1
description A small description title identifying the line.
transitionType type ivoa:string
vodml-id SSLDM.Line.transitionType
multiplicity 1
description String indicating the first non zero term in the expansion of the operator in the atomic transition probability integral as described in specifications
wavelength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.wavelength
multiplicity 1
description Wavelength in the vacuum of the transition originating the line.
observedWavelength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedWavelength
multiplicity 1
description Observed wavelength of the transition originating the line.
wavenumber type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.wavenumber
multiplicity 1
description Wavenumber in the vacuum of the transition originating the line.
airWavelength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.airWavelength
multiplicity 1
description Wavelength in the air of the transition originating the line.
observedFlux type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedFlux
multiplicity 1
description Integrated flux of the line profile over a given wavelength range
observedFluxWaveMin type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedFluxWaveMin
multiplicity 1
description Minimum wavelength for observedFlux integration.
observedFluxWaveMax type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedFluxWaveMax
multiplicity 1
description Maximum wavelength for observedFlux integration.
intensity type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.intensity
multiplicity 1
description This is a source dependent relative intensity, useful as a guideline for low density sources. These are values that are intended to represent the strengths of the lines of a spectrum as they would appear in emission. They may have been normalized. They can be expressed in absolute physical units or in relative units with respect to a reference line.
observedIntensity type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedIntensity
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
einsteinA type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.einsteinA
multiplicity 1
description Einstein coefficient Aji for spontaneous emission from the final level j to the initial level I, defined as the probability per second that an atom in level j will decay to level i.
oscillatorStrength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.oscillatorStrength
multiplicity 1
description <Enter note text here>
lineStrength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.lineStrength
multiplicity 1
description Strength of the Line ( please refer to SSLDM documentation for complete description)
weightedOscillStrength type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.weightedOscillStrength
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
observedBroadeningCoefficient type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedBroadeningCoefficient
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
observedShiftingCoefficient type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.observedShiftingCoefficient
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
significanceOfDetection type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.significanceOfDetection
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
identificationStatus type IdentificationStatusType [template:SSLDM.IdentificationStatusType]
vodml-id SSLDM.Line.identificationStatus
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
frequency type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.Line.frequency
multiplicity 1
description Frequency in the vacuum of the transition originating the line.
references
name feature value
happens with type Environment [template:SSLDM.Environment]
vodml-id SSLDM.Line.happens with
multiplicity 0..1
description TODO : Missing description : please, update your UML model asap.
lowerLevel type Level [template:SSLDM.Level]
vodml-id SSLDM.Line.lowerLevel
multiplicity 1
description A full description of the lower level of the transition originating the line.
reference type Reference [template:SSLDM.Reference]
vodml-id SSLDM.Line.reference
multiplicity 1..*
description TODO : Missing description : please, update your UML model asap.
source type Source [template:SSLDM.Source]
vodml-id SSLDM.Line.source
multiplicity 0..*
description TODO : Missing description : please, update your UML model asap.
upperLevel type Level [template:SSLDM.Level]
vodml-id SSLDM.Line.upperLevel
multiplicity 1
description A full description of the upper level of the transition originating the line.

2.4.5 primitiveType: PhysicalIntegerQuantity

vodml-id SSLDM.PhysicalIntegerQuantity
description TODO : Missing description : please, update your UML model asap.
package SSLDM

2.4.6 objectType: PhysicalModel

vodml-id SSLDM.PhysicalModel
description Placeholder for future detailed theoretical models of the environment plasma where the line appears.
package SSLDM
referrers Environment Process

2.4.7 dataType: PhysicalRealQuantity

vodml-id SSLDM.PhysicalRealQuantity
description TODO : Missing description : please, update your UML model asap.
package SSLDM
extends ivoa:RealQuantity
attributes
name feature value
error type ivoa:real
vodml-id SSLDM.PhysicalRealQuantity.error
multiplicity 1
description TODO : Missing description : please, update your UML model asap.

2.4.8 objectType: Process

vodml-id SSLDM.Process
description The scope of this class is to describe the physical process responsible for the generation of the line, or for the modification of its physical properties with respect to those measured in the laboratory
package SSLDM
attributes
name feature value
type type ProcessType [template:SSLDM.ProcessType]
vodml-id SSLDM.Process.type
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
name type ivoa:string
vodml-id SSLDM.Process.name
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
references
name feature value
model type PhysicalModel [template:SSLDM.PhysicalModel]
vodml-id SSLDM.Process.model
multiplicity 0..*
description TODO : Missing description : please, update your UML model asap.

2.4.9 enumeration: ProcessType

vodml-id SSLDM.ProcessType
description TODO : Missing description : please, update your UML model asap.
package SSLDM
literals
name feature value
Matter-radiation interaction vodml-id SSLDM.ProcessType.Matter-radiation interaction
description TODO : Missing description : please, update your UML model asap.
Matter-matter interaction vodml-id SSLDM.ProcessType.Matter-matter interaction
description TODO : Missing description : please, update your UML model asap.
Energy shift vodml-id SSLDM.ProcessType.Energy shift
description TODO : Missing description : please, update your UML model asap.
Broadening vodml-id SSLDM.ProcessType.Broadening
description TODO : Missing description : please, update your UML model asap.

2.4.10 objectType: QuantumNumber

vodml-id SSLDM.QuantumNumber
description Represent a quantum number in the set describing each QuantumState.
package SSLDM
attributes
name feature value
label type ivoa:string
vodml-id SSLDM.QuantumNumber.label
multiplicity 1
description The name of the quantum number.
type type ivoa:string
vodml-id SSLDM.QuantumNumber.type
multiplicity 1
description A string describing the quantum number.
origin1 type ivoa:string
vodml-id SSLDM.QuantumNumber.origin1
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
origin2 type ivoa:string
vodml-id SSLDM.QuantumNumber.origin2
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
numeratorValue type ivoa:integer
vodml-id SSLDM.QuantumNumber.numeratorValue
multiplicity 1
description The numerator of the quantum number value
denominatorValue type ivoa:integer
vodml-id SSLDM.QuantumNumber.denominatorValue
multiplicity 1
description The denominator of the quantum number value.
stringValue type ivoa:string
vodml-id SSLDM.QuantumNumber.stringValue
multiplicity 1
description <Enter note text here>
description type ivoa:string
vodml-id SSLDM.QuantumNumber.description
multiplicity 1
description TODO : Missing description : please, update your UML model asap.

2.4.11 objectType: QuantumState

vodml-id SSLDM.QuantumState
description A representation of the level quantum state through its set of quantum numbers
package SSLDM
attributes
name feature value
normalizedProbability type ivoa:real
vodml-id SSLDM.QuantumState.normalizedProbability
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
termSymbol type ivoa:string
vodml-id SSLDM.QuantumState.termSymbol
multiplicity 1
description The term (symbol) to which this quantum state belongs, if applicable.
mixingCoefficient type PhysicalRealQuantity [template:SSLDM.PhysicalRealQuantity]
vodml-id SSLDM.QuantumState.mixingCoefficient
multiplicity 1
description A positive or negative number giving the squared or the signed linear coefficient corresponding to the associated component in the expansion of the eigenstate

2.4.12 objectType: Reference

vodml-id SSLDM.Reference
description Class representing bibliographical references
package SSLDM
referrers Line
attributes
name feature value
url type ivoa:anyURI
vodml-id SSLDM.Reference.url
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
doi type ivoa:string
vodml-id SSLDM.Reference.doi
multiplicity 1
description TODO : Missing description : please, update your UML model asap.
bibtex type ivoa:string
vodml-id SSLDM.Reference.bibtex
multiplicity 1
description TODO : Missing description : please, update your UML model asap.

2.4.13 objectType: Source

vodml-id SSLDM.Source
description This class gives a basic characterization of the celestial source, where an astronomical line has been observed.
package SSLDM
referrers Line
attributes
name feature value
IAUName type ivoa:string
vodml-id SSLDM.Source.IAUName
multiplicity 1
description The IAUname of the source
name type ivoa:string
vodml-id SSLDM.Source.name
multiplicity 1
description An alternative or conventional name of the source
references
name feature value
coordinates type ObsDataLocation [template:STC.ObsDataLocation]
vodml-id SSLDM.Source.coordinates
multiplicity 0..1
description TODO : Missing description : please, update your UML model asap.

2.4.14 objectType: Species

vodml-id SSLDM.Species
description A simple description of a species
package SSLDM
referrers Level
attributes
name feature value
name type ivoa:string
vodml-id SSLDM.Species.name
multiplicity 1
description Name of the chemical element or compound including ionization status.
ionCharge type ivoa:integer
vodml-id SSLDM.Species.ionCharge
multiplicity 1
description Ionization stage of the species, with 0 for neutral, greater than 0 for positive charge and less than 0 for negative charge (excess electron).
inChi type ivoa:string
vodml-id SSLDM.Species.inChi
multiplicity 1
description The IUPAC International Chemical Identifier
inChiKey type ivoa:string
vodml-id SSLDM.Species.inChiKey
multiplicity 1
description Hashed, fixed-length (currently 27 character) form of International Chemical Identifier (InChI)
type type SpeciesType [template:SSLDM.SpeciesType]
vodml-id SSLDM.Species.type
multiplicity 1
description The type of a species.

2.4.15 enumeration: SpeciesType

vodml-id SSLDM.SpeciesType
description TODO : Missing description : please, update your UML model asap.
package SSLDM
literals
name feature value
atom vodml-id SSLDM.SpeciesType.atom
description TODO : Missing description : please, update your UML model asap.
molecule vodml-id SSLDM.SpeciesType.molecule
description TODO : Missing description : please, update your UML model asap.
particle vodml-id SSLDM.SpeciesType.particle
description TODO : Missing description : please, update your UML model asap.

2.5 package: STC

vodml-id STC
description TODO : Missing description : please, update your UML model asap.
parent template
Object types ObsDataLocation

2.5.1 objectType: ObsDataLocation

vodml-id STC.ObsDataLocation
description TODO : Missing description : please, update your UML model asap.
package STC
referrers Source

3.Element Identifiers/VO-DMLrefs

The following table shows all fully qualified vodml-ids for this data model. It is ordered alphabetically and the identifiers are hyper-linked to the location in the document where the actual element is fully defined.
vodml-id feature type description
vo-dml:model TODO : Missing description : please, update your UML model asap.
Implementation package TODO : Missing description : please, update your UML model asap.
Implementation2 package TODO : Missing description : please, update your UML model asap.
SSLDM package <Enter note text here>
SSLDM.Environment objectType The scope of this class is describing the physical properties of the ambient gas, plasma, dust or stellar atmosphere where the line is generated.
SSLDM.Environment.entropy attribute The entropy of the line-producing plasma.
SSLDM.Environment.envModel reference TODO : Missing description : please, update your UML model asap.
SSLDM.Environment.extinctionCoefficient attribute A quantitative observable k, which expresses the suppression of the emission line intensity due to the presence of optically thick matter along the line-of-sight.
SSLDM.Environment.mass attribute The total mass of the line-producing gas/dust cloud or star.
SSLDM.Environment.massDensity attribute The mass density in the line-producing plasma.
SSLDM.Environment.metallicity attribute The logarithmic ratio between the element and the Hydrogen abundance, normalized to the solar value.
SSLDM.Environment.opticalDepth attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Environment.particleDensity attribute The particle density in the line-producing plasma.
SSLDM.Environment.pressure attribute The pressure in the line-producing plasma.
SSLDM.Environment.temperature attribute The temperature in the line-producing plasma.
SSLDM.IdentificationStatusType enumeration TODO : Missing description : please, update your UML model asap.
SSLDM.IdentificationStatusType.IDENTIFICATION_PROVISIONAL literal TODO : Missing description : please, update your UML model asap.
SSLDM.IdentificationStatusType.IDENTIFICATION_UNCERTAIN literal TODO : Missing description : please, update your UML model asap.
SSLDM.IdentificationStatusType.IDENTIFIED literal TODO : Missing description : please, update your UML model asap.
SSLDM.IdentificationStatusType.UNIDENTIFIED literal TODO : Missing description : please, update your UML model asap.
SSLDM.Level objectType This class describes the quantum mechanical properties of each level, between which the transition originating the line occurs.
SSLDM.Level.configuration attribute For atomic levels, the standard specification of the quantum numbers nPrincipal (n) and lElectronicOrbitalAngularMomentum (l) for the orbital of each electron in the level; an exponent is used to indicate the numbers of electrons sharing a given n and l.
SSLDM.Level.element reference TODO : Missing description : please, update your UML model asap.
SSLDM.Level.energy attribute The binding energy of an electron belonging to the level.
SSLDM.Level.energyOrigin attribute Human readable string indicating the nature of the energy origin.
SSLDM.Level.landeFactor attribute A dimensionless factor g that accounts for the splitting of normal energy levels into uniformly spaced sublevels in the presence of a magnetic field.
SSLDM.Level.lifeTime attribute Intrinsic lifetime of a level due to its radiative decay.
SSLDM.Level.nuclearSpinSymmetryType attribute A string indicating the type of nuclear spin symmetry.
SSLDM.Level.nuclearStatWeight attribute The same as totalStatWeight for nuclear spin states only
SSLDM.Level.parity attribute Eigenvalue of the parity operator.
SSLDM.Level.symmetryGroup attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Level.totalStatWeight attribute An integer representing the total number of terms pertaining to a given level.
SSLDM.Line objectType Radiation associated with a possible transition between the states belonging to two levels
SSLDM.Line.airWavelength attribute Wavelength in the air of the transition originating the line.
SSLDM.Line.einsteinA attribute Einstein coefficient Aji for spontaneous emission from the final level j to the initial level I, defined as the probability per second that an atom in level j will decay to level i.
SSLDM.Line.frequency attribute Frequency in the vacuum of the transition originating the line.
SSLDM.Line.happens with reference TODO : Missing description : please, update your UML model asap.
SSLDM.Line.identificationStatus attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Line.intensity attribute This is a source dependent relative intensity, useful as a guideline for low density sources. These are values that are intended to represent the strengths of the lines of a spectrum as they would appear in emission. They may have been normalized. They can be expressed in absolute physical units or in relative units with respect to a reference line.
SSLDM.Line.lineStrength attribute Strength of the Line ( please refer to SSLDM documentation for complete description)
SSLDM.Line.lineTitle attribute A small description title identifying the line.
SSLDM.Line.lowerLevel reference A full description of the lower level of the transition originating the line.
SSLDM.Line.observedBroadeningCoefficient attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Line.observedFlux attribute Integrated flux of the line profile over a given wavelength range
SSLDM.Line.observedFluxWaveMax attribute Maximum wavelength for observedFlux integration.
SSLDM.Line.observedFluxWaveMin attribute Minimum wavelength for observedFlux integration.
SSLDM.Line.observedIntensity attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Line.observedShiftingCoefficient attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Line.observedWavelength attribute Observed wavelength of the transition originating the line.
SSLDM.Line.oscillatorStrength attribute <Enter note text here>
SSLDM.Line.reference reference TODO : Missing description : please, update your UML model asap.
SSLDM.Line.significanceOfDetection attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Line.source reference TODO : Missing description : please, update your UML model asap.
SSLDM.Line.transitionType attribute String indicating the first non zero term in the expansion of the operator in the atomic transition probability integral as described in specifications
SSLDM.Line.upperLevel reference A full description of the upper level of the transition originating the line.
SSLDM.Line.wavelength attribute Wavelength in the vacuum of the transition originating the line.
SSLDM.Line.wavenumber attribute Wavenumber in the vacuum of the transition originating the line.
SSLDM.Line.weightedOscillStrength attribute TODO : Missing description : please, update your UML model asap.
SSLDM.PhysicalIntegerQuantity primitiveType TODO : Missing description : please, update your UML model asap.
SSLDM.PhysicalModel objectType Placeholder for future detailed theoretical models of the environment plasma where the line appears.
SSLDM.PhysicalRealQuantity dataType TODO : Missing description : please, update your UML model asap.
SSLDM.PhysicalRealQuantity.error attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Process objectType The scope of this class is to describe the physical process responsible for the generation of the line, or for the modification of its physical properties with respect to those measured in the laboratory
SSLDM.Process.model reference TODO : Missing description : please, update your UML model asap.
SSLDM.Process.name attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Process.type attribute TODO : Missing description : please, update your UML model asap.
SSLDM.ProcessType enumeration TODO : Missing description : please, update your UML model asap.
SSLDM.ProcessType.Broadening literal TODO : Missing description : please, update your UML model asap.
SSLDM.ProcessType.Energy shift literal TODO : Missing description : please, update your UML model asap.
SSLDM.ProcessType.Matter-matter interaction literal TODO : Missing description : please, update your UML model asap.
SSLDM.ProcessType.Matter-radiation interaction literal TODO : Missing description : please, update your UML model asap.
SSLDM.QuantumNumber objectType Represent a quantum number in the set describing each QuantumState.
SSLDM.QuantumNumber.denominatorValue attribute The denominator of the quantum number value.
SSLDM.QuantumNumber.description attribute TODO : Missing description : please, update your UML model asap.
SSLDM.QuantumNumber.label attribute The name of the quantum number.
SSLDM.QuantumNumber.numeratorValue attribute The numerator of the quantum number value
SSLDM.QuantumNumber.origin1 attribute TODO : Missing description : please, update your UML model asap.
SSLDM.QuantumNumber.origin2 attribute TODO : Missing description : please, update your UML model asap.
SSLDM.QuantumNumber.stringValue attribute <Enter note text here>
SSLDM.QuantumNumber.type attribute A string describing the quantum number.
SSLDM.QuantumState objectType A representation of the level quantum state through its set of quantum numbers
SSLDM.QuantumState.mixingCoefficient attribute A positive or negative number giving the squared or the signed linear coefficient corresponding to the associated component in the expansion of the eigenstate
SSLDM.QuantumState.normalizedProbability attribute TODO : Missing description : please, update your UML model asap.
SSLDM.QuantumState.termSymbol attribute The term (symbol) to which this quantum state belongs, if applicable.
SSLDM.Reference objectType Class representing bibliographical references
SSLDM.Reference.bibtex attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Reference.doi attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Reference.url attribute TODO : Missing description : please, update your UML model asap.
SSLDM.Source objectType This class gives a basic characterization of the celestial source, where an astronomical line has been observed.
SSLDM.Source.IAUName attribute The IAUname of the source
SSLDM.Source.coordinates reference TODO : Missing description : please, update your UML model asap.
SSLDM.Source.name attribute An alternative or conventional name of the source
SSLDM.Species objectType A simple description of a species
SSLDM.Species.inChi attribute The IUPAC International Chemical Identifier
SSLDM.Species.inChiKey attribute Hashed, fixed-length (currently 27 character) form of International Chemical Identifier (InChI)
SSLDM.Species.ionCharge attribute Ionization stage of the species, with 0 for neutral, greater than 0 for positive charge and less than 0 for negative charge (excess electron).
SSLDM.Species.name attribute Name of the chemical element or compound including ionization status.
SSLDM.Species.type attribute The type of a species.
SSLDM.SpeciesType enumeration TODO : Missing description : please, update your UML model asap.
SSLDM.SpeciesType.atom literal TODO : Missing description : please, update your UML model asap.
SSLDM.SpeciesType.molecule literal TODO : Missing description : please, update your UML model asap.
SSLDM.SpeciesType.particle literal TODO : Missing description : please, update your UML model asap.
STC package TODO : Missing description : please, update your UML model asap.
STC.ObsDataLocation objectType TODO : Missing description : please, update your UML model asap.

4.Imported Models

This section lists the external models imported by the current data model. For each imported model we list URLs to the VO-DML and HTML representations and the prefix used for vodml-ids from inside the model.

4.1 ivoa

Model vodml-id ivoa
url http://www.ivoa.net/xml/VODML/IVOA-v1.vo-dml.xml
documentation url https://volute.g-vo.org/svn/trunk/projects/dm/vo-dml/models/ivoa/vo-dml/IVOA-v1.0.html