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Dictionary

   
A
abstract Property from Class ObsProposal A short, textual, abstract of the proposal, entered by the user. Maximum number of characters enforced via observatory policy  
AbstractBaseBandConfig Class from Package schedblock Abstract base class for a base band configuration for one of the correlators. Will have a limited number of concrete instances - one for each baseband specification.  
AbstractCorrelatorConfiguration Class from Package schedblock Abstract correlator configuration class containing the attributes common to all correlator configurations.  
AbstractInstrumentSpec Class from Package schedblock This abstract class is the root for all instrument specifications. It allows them to be treated in a common way at a very basic level.  
AbstractInstrumentSpec Property from Class Target   
AbstractInstrumentSpec Property from Class SchedBlock   
AbstractScienceGoal Class from Package obsproject Base class for Science Goals. Holds the name and a reference to the ObsUnitSet containing the program implementation of the goal.  
AbstractScienceSpectralWindow Class from Package obsproject A base, abstract, spectral window for science use. A concrete instance will define one spectral window, and many are allowed to fully define a rx/corr setup.  
AbstractSpectralLine Class from Package obsproject Brief description of a spectral line. Used by SpectralWindow to indicate which line(s) are expected in that window.  
AbstractSpectralWindow Class from Package schedblock Abstract spectral window class with the common attributes.  
AbstractSwitchingCycle Class from Package schedblock Abstract base class for defining switching cycles.  
AbstractSwitchingState Class from Package schedblock   
AbstractTargetParameters Class from Package obsproject The basic science oriented target setup for (probably) most observing.  
AbstractTimingConstraints Class from Package obsproject Any specific timing requirements for the observing  
ACABaseBandConfig Class from Package schedblock Concrete class for the ACA BaseBandConfig  
ACACorrelatorConfiguration Class from Package schedblock Concrete version of a correlator configuration for the ACA correlator.  
ACAPhaseSwitchingConfiguration Class from Package schedblock Defines the phase switching configuration 180 degrees which is performed in the ACA correlator.  
ACASpectralWindow Class from Package schedblock Concrete spectral window for the ACA. Up to 64 may be created.  
ACASpectrometerCorrelatorConfiguration Class from Package schedblock Concrete version of a correlator configuration for the ACA correlator.  
acceptableAngularResolution Property from Class PerformanceParameters This is the acceptable angular resolution limit, when a range of resolutions is requested.  
addedSensitivity Property from Class AdvancedWindowSetup Whether or not extra sensitivity is desired. This will translate into extra bits in the correlator setting in the SB.  
AdvancedSpectralSetup Class from Package obsproject Advanced spectral setup options, not normally displayed.   
AdvancedWindowSetup Class from Package obsproject Advanced spectral window setup. These properties will be used to set some details in the correlator and spectral setups in the SB, but are not displayed in the Science Goal by default, being classified as "advanced". Many are not yet available.  
aggregatedExecutionCount Property from Class ControlBlock   
allowedExec Property from Class Investigator The allowed executives for this investigator. Some investigators will be entitled to charge time against more than one executive. This will be their list of allowed choices.  
allowedMargin Property from Class TemporalConstraints This specifies the allowed "fuzziness" on the starting of this SB.   
allowedMargin Property from Class AbstractTimingConstraints Allowed margin in the implementation of the start and ending times.  
alma Package from Project Model Data   
AmplitudeCalParameters Class from Package schedblock Attaching this indicates that the target can be used for amplitude calibrations.  
Angle Class from Package valuetypes Angle type for general use.  
angularResolution Property from Class DataProcessingParameters   
AngularVelocity Class from Package valuetypes Angular velocity type  
antennaPositionTolerance Property from Class OpticalPointingParameters The acceptable position tolerance for the antenna.  
antennaPositionTolerance Property from Class RadiometricPointingParameters The acceptable position tolerance for the antenna.  
antennaPositionTolerance Property from Class ObservatoryGoalControlParameters how close the antenna must be to the commanded on-sky position before taking data  
antennaPositionTolerance Property from Class OpticalCameraControlParameters how close the antenna must be to the commanded on-sky position before a CCD exposure should be taken  
aPCDataSets Property from Class AbstractCorrelatorConfiguration   
ArrayDataRates Class from Package obsproposal   
arrayName Property from Class ArrayDataRates The array name for which the data rate information applies  
arrayName Property from Class ArrayTime   
ArrayName Property from Class ExecStatus   
arrayRequested Property from Class ControlBlock Which of the antenna arrays this obsunit requires for execution.  
ArrayTime Class from Package obsproposal   
ArrayTimeBreakdown Class from Package obsproposal   
assignedPriority Property from Class ObsProject Priority of the whole project.Deprecated - To Be Removed  
associatedBulkStoreUid Property from Class ObsAttachment A temporary work-around to solve the issue that Archive does not allow "update" of a document in the bulkstore. This holds the uid of the bulkstore document  
associatedExec Property from Class Investigator Executive to be used for time charging purposes. May be chosen from the list of allowed Executives for this investigator.  
associatedSpectralWindowNumberInPair Property from Class AbstractSpectralWindow Which spectral window is associated with this one. For double sideband receivers (DSB), spectral windows are defined as a pair due to the nature of sideband separation. If SideBandSeparationMode is PHASE_SWITCH_SEPARATION, then we must pay attention to which spectral windows comprise a pair. The OT has 2 options, either associate a pair of spectral windows, e.g., 1 & 2, or suppress one of the spectral windows in the pair. Currently it's TBD how this suppression is specified, either by not including the 'other' spectral window or by setting a flag. If SideBandSeparationMode is not PHASE_SWITCH_SEPARATION, then this value is 0 (ignored)  
AtmosphericCalParameters Class from Package schedblock   
attentionFlag Property from Class ObsProposal This flag should be set true if something in the proposal requires attention from the proposal handling team. The reason(s) for it being set to true are given in the attribute attentionReason.  
attentionReason Property from Class ObsProposal If attentionFlag is set to true then this (array) attribute lists the reasons why. It is an array so that the reasons can be extended trivially.  
AxisToAdjust Property from Class FocusCalParameters   
   
B
bandpassAccuracy Property from Class CalibrationRequirements The bandpass calibration must be to this level - deviation from the mean, expressed as a fraction.
TODO: May need to divide between amplitude and phase (RL 1 Feb 05).
  
BandpassCalParameters Class from Package schedblock Attaching this indicates that the target can be used for bandpass calibrations.  
bandWidth Property from Class SpectralScan   
bandWidth Property from Class ScienceSpectralWindow The bandwidth of the window. This is simply a double value, but is constrained in the ALMA OT interface to take specific values (to fit in with the hardware restrictions).  
baseBandName Property from Class BaseBandSpecification Set automatically, one of BB_1, BB_2, BB_3 or BB_4.  
BaseBandSpecification Class from Package schedblock Specification of a baseband.  
baselineCalValid Property from Class Preconditions If true, baseline calibration must have been done before this SB is executed.  
BeamSwitchingCycle Class from Package schedblock   
BeamSwitchingState Class from Package schedblock   
BestSB Class from Package sbstatus The list of best scheduling blocks
that were considered at this execution time.
  
BestSBItem Class from Package sbstatus   
bin Property from Class AbstractSwitchingState   
BLBaseBandConfig Class from Package schedblock A concrete version of the BaseBandConfig for the baseline correlator.  
BLCorrelatorConfiguration Class from Package schedblock Concrete version of a correlator configuration for the baseline correlator.  
BLSpectralWindow Class from Package schedblock Concrete spectral window for the baseline correlator. 1..64 may be created.  
bookkeepingInitialized Property from Class StatusBase   
BreakpointTime Property from Class ProjectStatus   
   
C
calendarId Property from Class ReservationParameters Identifier into the originated calendar database,  
CalibrationRequirements Class from Package obsproject Outlines the calibration requirements of any given ObsUnit (ObsUnitSet or SB). Details are still a little fuzzy. This information may be used by the Scheduler in order to determine whether existing calibrations can be used for this SB, and by the observing script to set parameters for the various calibration scans.  
CalibrationSetupParameters Class from Package obsproject The, science oriented, calibration setup parameters required. For the moment this is a placeholder until we get a better understanding of what is needed.  
CalibrationTargetParameters Class from Package obsproject The parameters of a single observatory goal target  
CalibrationTargetProperties Class from Package obsproject   
CalibratorParameters Class from Package schedblock This is a base class for the different varieties of calibrator parameters. Each of these types of calibrations are likely to be performed during normal, science, observing. These should be attached to targets to give that target an "intent" of the specific tyhpe of calibration. Multiple types of calibration may be attached to any given target.  
calMode Property from Class HolographyParameters Calibration mode to use with the scan  
calTime Property from Class HolographyParameters Time spent on each calibration observation.  
cAM Property from Class AbstractCorrelatorConfiguration   
catalogLocation Property from Class OpticalPointingTargetQueryParameters The file location of a local catalog file. This differs from the localFileName in that it is an externally produced catalog.  
centerFreqOfResidualDelay Property from Class ACABaseBandConfig The center frequency of the fringe rotation. This value is used in the residual delay compensation to calculate the phase error.  
centerFrequency Property from Class BaseBandSpecification A centre frequency (rest) for this Baseband. This is maintained as the user's desire for the location of this BB, and thus to calculate the LOs.  
centerFrequency Property from Class AbstractSpectralWindow The center frequency of the spectral window, between 2000 and 4000 MHz. This value is an offset into the 2GHz bandwidth of the baseband. Can only take discrete values, determined by the step size of the band, i.e. 2GHz/8192 = 244.141 KHz.  
centerFrequency Property from Class ScienceSpectralWindow The centre frequency of the window. Sky or rest determined by the boolean isSkyFrequency attribute.  
centerVelocity Property from Class Velocity The actual speed.  
centre Property from Class Field The central coorindates of the field.  
channelAverageDuration Property from Class AbstractCorrelatorConfiguration The duration of the channel averaging is between 0.5 and 1.024 seconds, such that the smallest number of channel average durations fits into the spectral integration duration. For values < 500msecs there will be no channel averages calculated.  
ChannelAverageRegion Class from Package schedblock The user can select up to 10 sets of contiguous channels (a ChannelAverageRegion) which contribute to the channel average result.
Note that these parameters are based on effective channels. That is, startChannel must be a zero based index within the effective range of spectral channels and the number of channels is interpreted based on the spectral resolution (band-width per channel) before any spectral averaging (spectralAveragingFactor) has been applied.
  
ChannelAverageRegion Property from Class ACASpectralWindow   
CheckSourceCalParameters Class from Package schedblock Attaching this indicates that the target can be used for phase calibrations.  
Circle Class from Package obsproject Specialisation of FIeld for a circular map. Not yet implemented.  
code Property from Class ObsProposal A unique, user friendly, identification for the project, assigned by the observatory on initial submission. Deprecated - use the one in ObsProject. To be Removed.  
code Property from Class ObsProject The project code - a user friendly, unique, identification code for the project. To be assigned by the Observatory on proposal submission. Intended to be read-only for the user, but at the moment is writable for AIV/CSV use.  
CoInvestigator Property from Class ObsProposal   
Comment Property from Class PipelineProcessingRequest   
CompletionStatus Property from Class PipelineProcessingRequest   
consensusReport Property from Class ObsProject Consensus report from the review process. Added via the Ph1M, read only in the OT.  
ContainingObsUnitSet Property from Class ObsUnitStatus   
continuation Property from Class ObsProposal Set to true if this project is a continuation of a previous ALMA project  
ControlBlock Class from Package obsproject Provides the execution control limits on any given ObsUnit (ObsUnitSet or SB), in terms of items like the maximum time allowed, the user and tac priorities etc.  
controlScript Property from Class FlowControl Describes the flow of ObsUnits (sets and SBs). Basically this will define an ordered sequence of these, complete with conditions to determine flow ("if either SB1 or SB2 has completed..."), or time patterns that define the flow ("SB2 2 hours +/- 30min after SB1", or regular measurements over some period). The details of how these are expressed are TBD, so the controlScript attribute is a placeholder for the moment.  
CoPrincipalInvestigator Property from Class ObsProposal   
correlationBits Property from Class BLSpectralWindow The correlation bits settings for the baseline correlator. Options are: 2x2, 3x3, 4x4  
correlationNyquistOversampling Property from Class BLSpectralWindow Nyquist sampling/oversampling True means do Nyquist oversampling, False means non-oversampling.  
CrossPattern Class from Package schedblock General definition of a crosspattern that can be used to geometrically define a cross scan pattern.  
cycle Property from Class ObsProposal Which proposal cycle this proposal is for.  
cycleTime Property from Class Reference This is the period between visits to the reference position.  
cycleTime Property from Class CalibratorParameters How often this calibrator should be observed within the observing script of the SB.  
cycleTime Property from Class MonitoringConstraint How often to observe the target, during the monitoring period.  
   
D
dataOrigin Property from Class CalibratorParameters Origin of the data (e.g. channel average, cross or auto, wvr, etc) - needed by TelCal. Options in an enumeration.  
DataProcessingParameters Class from Package obsproject This contains user-specified parameters that are to be used by the data processing pipeline to guide its execution. It should contain attributes that are not easily found in, or derived from, other elements in either the APDM or the ASDM. The items will typically be defaulted when the system view is determined from a science view, or may be user-input from the system view. The present version is a place holder!  
dataProducts Property from Class AbstractBaseBandConfig Allows the user to select both auto & cross correlation products or auto only or cross only. When the accumulation mode is ALMA_FAST, only the auto products are available. The default is CROSS_AND_AUTO  
DataRate Class from Package valuetypes Data rate type.  
DataRateBreakdown Class from Package obsproposal Container for the data rate estiamtes for each array used in the project  
dateOfMeasurement Property from Class SourceProperty Date on which these measurements were made.  
dateOfMeasurement Property from Class CalibrationTargetProperties   
dateReceived Property from Class ObsProposal The date this proposal was (first?) submitted to the observatory.  
dec Property from Class Point   
defaultIntegrationTime Property from Class CalibratorParameters Default integration time on this calibrator (could be used, e.g., as initial guess for phase calibration). In the long run, it might be better to derive this from the calibrator's known characteristics (e.g., flux) and the desired accuracy.  
delay Property from Class UnitDependencies This is a fuzzy time constraint indicating the required delay between the completion of any units upon which this unit depends and the beginning of this unit.  
DelayCalParameters Class from Package schedblock Attaching this indicates that the observing can be used for delay calibration  
dependencyList Property from Class UnitDependencies This is a list of units upon which this unit depends. These units must be completed, and the logical expression encoded in "expression" evalute as true before this unit can begin execution.  
description Property from Class ReservationParameters A description of the special SB, presumably elaborating on the "reason".  
description Property from Class AbstractSpectralLine The common description for the molecule, from the splatalog  
desiredACASensitivity Property from Class PerformanceParameters Desired sensivitiy goal for observing with the ACA 7M antenna array. Normally derived from the main array value.  
desiredAccuracy Property from Class PointingCalParameters The desired pointing accuracy as the outcome of this calibration.  
desiredAmplitudeAccuracy Property from Class BandpassCalParameters   
desiredAngularResolution Property from Class PerformanceParameters The desired angular resolution for this science goal, at the representative frequency specified.  
desiredCenterFrequency Property from Class AbstractSpectralWindow The central frequency of the window as desired by the user. Intended for use by Control to get the LO4 setting correct after doppler shifts.  
desiredCircularPolarizationPercentage Property from Class ExpectedProperties The desired of expected CONTINUUM CIRCULAR polarization to be measured  
desiredDynamicRange Property from Class PerformanceParameters The dynamic range it is desirable to achieve in this sciemce goal, at the representative frequency.  
desiredLargestScale Property from Class PerformanceParameters The largest scale structures it is desired to resolve at the representative frequency.  
desiredLineCircularPolarizationPercentage Property from Class ExpectedProperties The desired of expected LINE CIRCULAR polarization to be measured  
desiredLinePolarizationPercentage Property from Class ExpectedProperties The desired of expected LINE polarization to be measured  
desiredPhaseAccuracy Property from Class BandpassCalParameters   
desiredPolAccuracy Property from Class PolarizationCalParameters Percentage polarization accuracy required.  
desiredPolarizationPercentage Property from Class ExpectedProperties The desired or expected CONTINUUM polarization percentage to be measured.   
desiredSDSensitivity Property from Class PerformanceParameters Desired sensitivity for single dish observing. Probably deprecated.  
desiredSensitivity Property from Class PerformanceParameters The sensitivity aim of this science goal, at the representative frequency.  
desiredSensitivityFrequencyMeasure Property from Class PerformanceParameters List of available possible frequency width choices  
desiredSensitivityReferenceFrequencyWidth Property from Class PerformanceParameters The frequency width to be used in se3nsivity calculations. This may be the width of a resolution element, one window, all the windows, or user entered.  
desiredTime Property from Class PerformanceParameters   
desiredTPSensitivity Property from Class PerformanceParameters Desired sensivitiy goal for observing with the ACA Total Power antenna array. Normally derived from the main array value.  
DGCReferenceCalParameters Class from Package schedblock Attaching this indicates that the target can be used for DGC reference calibrations.  
DGCScienceCalParameters Class from Package schedblock Attaching this indicates that the target can be used for DGC reference calibrations.  
documentClass Property from Class DocumentLink The "class" of the document, what sort of document it is, science case, figures, etc. List is determined by the DocumentClasses enumeration.  
DocumentLink Class from Package obsattachment Describes a binary document. This will get stored in the bulkstore as a multi-part mime document.  
Documents Property from Class ObsProposal   
doD180demodulation Property from Class ACAPhaseSwitchingConfiguration  If doD180demodulation = TRUE then '180-degree demodulation' is performed in the CIP module, else, no '180-degree demodulation' is performed. The '180-degree demodulation' cancels the '180 degrees anti-demodulation' in the DTS receiver if doD180modulation = TRUE. Or the '180-degree demodulation' cancels the 180 degrees modulation performed in the LO, if neither the 180 degrees demodulation in the DTS transmitter nor '180-degree anti-demodulation' in the DTS receiver are performed. The doD180demodulation must be TRUE when doD180modulation = TRUE, because '180-degree anti-demodulation' must be canceled if the '180-degree anti-demodulation' is performed.  
doD180modulation Property from Class ACAPhaseSwitchingConfiguration If doD180modulation = TRUE then '180-degree anti-demodulation' is performed in the DTS receiver, else no '180-degree anti-demodulation' is performed. The '180-degree anti-demodulation' cancels the 180 degrees demodulation in the DTS transmitter to detect potential spurious signals mixed at the digitizer. The '180 degrees anti-demodulation' is also used to reduce the bias generated in the FFT calculation.   
dopplerCalcType Property from Class Velocity One of the calculation types assumed in the derivation of this velocity, typically radio, optical or relativistic. (As list in the enumeration)  
dopplerReference Property from Class FrequencySetup   
dumpDuration Property from Class BLCorrelatorConfiguration The dump interval must be a multiple of 16msec (if accumulation mode is ALMA_NORMAL) or 1msec (for accumulation mode ALMA_FAST).  
duplicateObservationsJustification Property from Class ObsProposal Holds the textual justification by the user of why duplicate observations are being requested.  
dwellTime Property from Class AbstractSwitchingCycle Part of the setup for the "swtiching" definition. The dwell time is the data collecting duration at a given position. dwell time + dead time must be a multiple of 48msecs. Dwell time is ignored if there is no switching (TBC).  
dwellTime Property from Class AbstractSwitchingState   
dynamicRange Property from Class SchedulingConstraints This is the ratio of maximum flux expected to rms level desired; it may apply either to a particular spectral window or as a minimum goal for all windows. It affects the uv-coverage necessary as well, and hence is needed by the Scheduler.  
   
E
effectiveBandwidth Property from Class AbstractSpectralWindow  The effective bandwidth of the spectral window.  
effectiveNumberOfChannels Property from Class AbstractSpectralWindow The effective number of channels in the spectral window,  
elevationLimit Property from Class OpticalPointingParameters Elevation limit, below which stars should not be used.  
elevationLimit Property from Class RadiometricPointingParameters Elevation limit, below which sources should not be used.  
elevationLimit Property from Class ObservatoryGoalControlParameters The elevation limit that the Control system should not go below in order to find its sources  
elevationLimit Property from Class OpticalCameraControlParameters The elevation limit that the Control system should not go below in order to find optical pointing sources  
Ellipse Class from Package obsproject Sppecialization of a Field for an elliptical map. Not yet implemented  
eMail Property from Class Investigator Email address for the investigator. Preferred email address for those with more than one.  
enable180DegreeWalshFunction Property from Class AbstractCorrelatorConfiguration   
enable90DegreeWalshFunction Property from Class AbstractCorrelatorConfiguration   
endFrequency Property from Class SpectralScan Placeholder  
endTime Property from Class TemporalConstraints This is a String, containing an ISO Date/time.  
endTime Property from Class AbstractTimingConstraints The end time for a temporally constrained observation. Must finish by this time (though allowing for the specified margin)  
EndTime Property from Class Session   
EndTime Property from Class Status   
ephemerisFileName Property from Class FieldSource Local file name of the loaded ephemeris file.  
ephemerisFileName Property from Class AbstractTargetParameters The (local) filename of the ephemeris - for user convenience only  
estimated12mTime Property from Class ScienceGoal   
estimated7mTime Property from Class ScienceGoal   
estimatedACATime Property from Class ScienceGoal   
estimatedAverageDataRate Property from Class ArrayDataRates The estimated average data rate for this project for the specified array  
estimatedDataVolume Property from Class ArrayDataRates The estimated total data volume for this project for the specified array  
estimatedExecutionTime Property from Class ControlBlock This is the estimated actual execution time as calculated by the OT.  
estimatedMaximumDataRate Property from Class ArrayDataRates The estimated maximum data rate for this project for the specified array  
estimatedTime Property from Class ArrayTime   
estimatedTotalIntegrationTime Property from Class ProposalFeedback Estimated total integration time required for the whole proposal.  
estimatedTotalTime Property from Class ScienceGoal The estimated total time required for this science goal. Set by the OT.  
estimatedTPTime Property from Class ScienceGoal   
excursion Property from Class PointingCalParameters The size of the excursion to be used in the pointing scan  
ExecBlockId Property from Class ExecBlockRef   
ExecBlockRef Class from Package valuetypes This class holds the ID of an ExecBlock from the ASDM model.  
ExecBlockRef Property from Class Session   
ExecBlockRef Property from Class ExecStatus   
ExecStatus Class from Package sbstatus Current status of a execution block of a project.  
executionCount Property from Class SchedBlockControl The number of times to execute this SB. (I.e., execution count = 0 --> SB will never be run and is an invalid value)  
executionCount Property from Class UnitDependencies This defines the numer of times this unit must be executed.  
executionsRemaining Property from Class StatusBase   
ExecutiveFraction Class from Package obsproposal Contains the time fraction of this project to be charged to a particular exectutive  
expectedImageDynamicRange Property from Class ExpectedProperties The expected measured imaging dynamic range for this source.  
expectedLineWidth Property from Class ExpectedProperties The expected line width to be measured.  
expectedPeakFluxDensity Property from Class ExpectedProperties Expected peak flux density for this target.  
expectedPeakLineFluxDensity Property from Class ExpectedProperties The expected Peak Line flux density for this source.  
ExpectedProperties Class from Package obsproject The properties of this source that are expected to be measured. Mostly for technical assessment and validation of the observing requested.  
expectedSpectralDynamicRange Property from Class ExpectedProperties The expected measured spectral dynamic range for this source.  
ExpectedSpectralLine Class from Package obsproject Brief description (rest frequency, name, splatalog ID) of a spectral line that is expected within a spectral window.  
expertParameter Property from Class ObservingParameters   
expertParameter Property from Class SchedBlock A set of expert keyword value pairs for direct use in the control script.  
expertParameters Property from Class ScienceGoal Permits the specification of parameters to faciliate temporary experimental configurations which may be used during the commissioning phase.   
expression Property from Class UnitDependencies This is a placeholder: It will encode a logical expression which needs to evaluate to true before this unit can begin execution. The evaluation will be done by Scheduling. For the moment it is simply entered as a String.  
ExternalCycleTime Property from Class DGCScienceCalParameters The external cycle time associated with a DGC-science calibrator   
   
F
failedExecutions Property from Class StatusBase   
failedSeconds Property from Class StatusBase   
fastMode Property from Class AdvancedSpectralSetup Whether or not a fast data acquisition mode should be used.  
Field Class from Package obsproject Abstract field class. Holds common information  
fieldMinSeparation Property from Class OpticalPointingTargetQueryParameters Minimum acceptable separation of two stars from the catalog query - this is based on values stored in the catalog  
fieldName Property from Class SkyCoordinates A fieldname (for the asdm) . Should be automaticalyl set.  
FieldPattern Class from Package schedblock The pattern to be used in observing the target, be it scientific or calibration. Note that this class must be subclassed, as it is abstract.  
FieldSource Class from Package schedblock Description of the source to be observed. Includes coordinates, velocity, name and a set of SourceProperties.
Note: Major solar system bodies will be known by the system and can selected by name. For other moving bodies a SourceEphemeris may be specified: this should probably be its own type, but details are TBC. For now it is a String.
  
FieldSource Property from Class SchedBlock   
FieldSpecStructure Class Diagram from Package schedblock   
fileName Property from Class DocumentLink Name of the document  
filename Property from Class OpticalPointingScienceGoal Name of file that can be used to read in a list of targets for optical pointing  
fileSize Property from Class DocumentLink Size of the document  
fileType Property from Class DocumentLink The type (mimetype) of the document, e.g. application/pdf. The list of allowed types is determined by the DocumentTypes enumeration  
FillPattern Class from Package schedblock   
filter Property from Class OpticalCameraSpec Filter to be used, daytime or nighttime.  
filter Property from Class OpticalCameraSpecParameters Whether the IR filter for daytime ("day") or "night" is used  
firstName Property from Class Investigator First ("given") name of the investigator.  
flags Property from Class StatusBase   
floog Property from Class FrequencySetup The FLOOG frequency - for expert use only  
FlowControl Class from Package obsproject Describes the flow of ObsUnits (sets and SBs). Basically this will define an ordered sequence of these, complete with conditions to determine flow ("if either SB1 or SB2 has completed..."), or time patterns that define the flow ("SB2 2 hours +/- 30min after SB1", or regular measurements over some period). The details of how these are expressed are TBD, so the controlScript attribute is a placeholder for the moment.   
Flux Class from Package valuetypes Flux type  
flux Property from Class ObservatoryGoalTargetParameters The flux of the source  
flux Property from Class CalibrationTargetProperties The flux of the source  
FocusCalParameters Class from Package schedblock Attaching this indicates that the target can be used for focus calibrations.  
forceAtmCal Property from Class CalibratorParameters If set to true then an atmospheric calibration must be performed alongside this regardless of script defaults.  
forceAtmCal Property from Class ScienceParameters If set to true then an atmospheric calibration must be performed just before execution, regardless of script defaults.  
forceExecution Property from Class CalibratorParameters If set to true then this calibration must be performed at least once in any given SB execution.  
Frequency Class from Package valuetypes Frequency type  
frequency Property from Class HolographyParameters Holography frequency. This is constrained to values within two specific windows.  
frequency Property from Class ObservatoryGoalTargetParameters   
frequency Property from Class CalibrationTargetProperties   
FrequencySetup Class from Package schedblock Details of the receiver and frequency setup.  
frequencySwitching Property from Class BaseBandSpecification Whether or not frequency switching is to be performed at LO2. This will always be false unless FREQUENCY_SWITCHING is selected at the SpectralSpec level. Still TBD if frequency switching at LO1 and LO2 simultaneously is allowed (or sensible).  
FrequencySwitchingCycle Class from Package schedblock   
FrequencySwitchingState Class from Package schedblock   
frqChProfReproduction Property from Class ACASpectralWindow The ACA correlator outputs the spectral results with a frequency channel profile compatible with that of the baseline correlator when frqChProfReproduction = TRUE. The ACA correlator outputs the spectral results with the FX correlator specific frequency channel profile when frqChProfReproduction = FALSE.  
fullName Property from Class Investigator Full name of the investigator. Still to be decided exactly what this means, but title given name, family name would match the user database schema.  
   
G
groupIndex Property from Class ScienceSpectralWindow For advanced use it is necessary to group windows together (to aid in mapping to the correlator subsytem). This index is used to identify the group this window belongs to. Value is from 1..4  
groupResourceUse Property from Class ScienceSpectralWindow Indicates what fraction of the correlator hardware this window should use. This will restrict the choices of bandwidth and resolution (and polarization) available. This is intended to be a user friendly reflection of the correlator limitations.  
   
H
hasExecutionCount Property from Class StatusBase   
hasHardwareSetup Property from Class FrequencySetup If this is set true then floog and tuneHigh must be set, and control over the LO setup is handed to the user.  
hasPhD Property from Class Investigator Wther or not the investigator has a PhD.  
hasSensitivityGoal Property from Class SBStatus   
hasTimeLimit Property from Class StatusBase   
HolographyParameters Class from Package schedblock Parameters for an holography SB. Presently this supports tower holography. There may be more to come in later holography modes. For tower holography this should not be attached to a target (there will be no targets in the SB)  
href Property from Class DocumentLink URL pointing to the document.  
   
I
Image Property from Class AbstractTargetParameters   
Image Property from Class FieldSource   
imageCenterFrequency Property from Class BaseBandSpecification Allows the specification of the image center frequency when used with DSB receivers and sideband separation. Specifying both this and the center frequency can be used to constrain the LO settings.  
imageScript Property from Class ImagingProcedure   
imageWeighting Property from Class BaseBandSpecification Weighting to be used with the image center frequency when it is used.  
ImagingProcedure Class from Package obsproject PLACEHOLDER for possible DR scripts at the science goal level.  
ImagingProcedureName Property from Class PipelineProcessingRequest   
indefiniteRepeat Property from Class SchedBlockControl Whether or not to repeat this SB an indefinite number of times - if true then the repeatCount is ignored and this SB will never be marked as completed. NOTE: This is an interim solution. A full solution to this problem should involve repeat patterns etc., and may in fact be included within the TemporalConstraints class.   
index Property from Class OrderedTarget The order of observing for this target.  
index Property from Class ObservingGroup Index of this Observing Group - observing groups are ordered.  
index Property from Class Investigator Position of the investigator in the list  
index Property from Class ObservatoryGoalTargetParameters Position of the source in the observing list  
index Property from Class CalibrationTargetParameters Position of the source in the observing list  
index Property from Class AbstractTargetParameters   
index Property from Class AbstractScienceSpectralWindow   
index Property from Class QuerySource   
initialScanDirection Property from Class CrossPattern The initial scan direction for the cross.  
InstrumentSpecStructure Class Diagram from Package schedblock   
integrationDuration Property from Class AbstractCorrelatorConfiguration This is the length of time to spend accumulating dumps in the CDP as spectral data blocks. For this reason it must be a multiple of the dump duration.
Use shorter integrations if: source is strong enough to allow self-cal; phase is rapidly varying; observations require high time resolution; OTF mosaics.
The more channels you use, the longer the minimum integration must be, because the time required to read out the maximum number of channels (8192) is 512 ms. UV smearing effects need to be considered at longer baselines. See the Data Rate memo for more details.
  
integrationDuration Property from Class SquareLawSetup The integration duration for the square law detectors. In hybrid mode this must be matched to the integration duration in the correlator config (CHECK!)  
integrationTime Property from Class Reference This is the time spent off-source in a single dish observation.  
integrationTime Property from Class ScienceParameters Desired time spent integrating on this source during an SB execution.  
integrationTime Property from Class ObservatoryGoal Integration time to be used on the targets observed as part of this observatory goal - it is the equivalent of specifying the sensitivity in a Science Goal.  
intendedUse Property from Class QuerySource Indicates the intended use of the return(s) from the query - internal to the OT used for determining what needs to be created in SB generation  
intendedUse Property from Class QuerySource Intended use for the results from this query source - internal OT use only for driving SB generation.  
intendedUse Property from Class CalibrationTargetParameters Indicates the intended use of the return(s) from the query - internal to the OT used for determining what needs to be created in SB generation  
intent Property from Class OnSourceTime   
InternalCycleCount Property from Class DGCScienceCalParameters The number of internal cycles associated with the DGC-science calibration.   
IntTimeReference Class from Package valuetypes Need to resolve differences between this, intTimeSource and Time. Why?  
IntTimeSource Class from Package valuetypes Need to resolve differences between this, intTimeReference and Time. Why?  
Investigator Class from Package obsproposal Captures the essential information about an investigator on a project. This is stored with the project as a snapshot of the investigator status at proposal time.  
isAvoidConstraint Property from Class AbstractTimingConstraints   
isCalibration Property from Class ObsProject Wether or not this is an Observatory Calibration project.  
isCommissioning Property from Class ObsProject Whether or not this is a commissioning project.  
isDDT Property from Class ObsProject Set to true if this proposal is for Director's Discretionary Time.  
isDescoped Property from Class ScienceGoal Indicates if the Science Goal has been marked as having been descoped by the proposal review process. SBs will not be generated for descoped science goals.  
isDGCOverride Property from Class CalibrationSetupParameters A value of true will indicate the user's wish to override (i.e. invert the result of) the logic which the system uses to determine if a DGC observing strategy is to be employed.  
isFixedStart Property from Class AbstractTimingConstraints Whether this scheduling constraint is a fixed start time (with a margin) or an arbitrary start time.  
isMosaic Property from Class PointingPattern Set to true if the pointing pattern is intended to be a pointed mosaic.  
isMosaic Property from Class TargetParameters Used to determine whether or not the fields comprise a mosaic or map setup. When used with single pointings then the pointings form a customised mosaic if this boolean is true. Otherwise they are separate, individual, single fields.
When used with a single rectangle definition this boolean may be ignored, as the rectangle is by definition a "mosaic". However, it may be best to set to true to avoid any doubt.
When ised with multiple rectangle definitions its purpose is as yet undefined. (And this concept is not yet supported). Again for now it may be best to set it to true, but future use case of this scenario may change this.
  
isPassivePhasing Property from Class ExpectedProperties   
isPointSource Property from Class PerformanceParameters Whether or not this is a point source.  
isQuery Property from Class FieldSource If this is true then this field source will get constructed fully at runtime, by Control, following a query to the catalog. More than one field source may result. A QuerySource should be attached is this field is true.  
isResubmission Property from Class ObsProposal Indicates whether or not the submitter believes this is a resubmitted proposal.  
isResubmission Property from Class ScienceGoal If true, then indicates that this science goal is a resubmission of a science goal from a previous cycle.  
isScheduleConstrained Property from Class PerformanceParameters Whether or not there are scheduling constraints to be applied to this observing - if true then these are further detailed elsewhere.  
isSimultaneous Property from Class SchedulingConstraints Whether or not the execution of this SB should be simultaneous with another.  
isSimultaneous12and7 Property from Class PerformanceParameters   
isSkyFrequency Property from Class ScienceSpectralWindow Whether or not the frequency for this window is a sky frequency (i.e. as observed, not rest frequency). Normally false for spectral line work, could be true or false for continuum.  
isSkyFrequency Property from Class SpectralScan   
isTimeConstrained Property from Class PerformanceParameters True if there is a time constraint for this observing.  
isUserSpecifiedLO1 Property from Class FrequencySetup If the LO1 found in this structure is fixed and must be used then this should be set to true. Defaults to false so that the Control system will determine the LO1 in use.  
   
J
justificationKey Property from Class TechnicalJustification   
justificationText Property from Class TechnicalJustification   
   
K
Keyword Property from Class KeywordValue   
keyword Property from Class ObsProposal User chosen keywords related to the scientific category. Allowed choices per category determined in observatory policies, as are min and max number.  
keywordCode Property from Class ObsProposal Code relating to the keywords. Code will be a subcode of the scientific category code. Allowed values determined in observatory policies.  
KeywordValue Class from Package valuetypes   
   
L
Latitude Class from Package valuetypes Latitude type. How is this different from Angle?  
latitude Property from Class SkyCoordinates The latitude of this position  
latitudeLength Property from Class RectanglePattern Length of the rectangle in the latitudenal coordinate  
latitudeLength Property from Class CrossPattern The length of the cross in the latitudenal direction  
latitudeLength Property from Class FillPattern   
Length Class from Package valuetypes Length type  
letterGrade Property from Class ObsProject The letterGrade of the project, assigned by the APRC, written by PhIM  
listMinSeparation Property from Class OpticalPointingTargetQueryParameters Minimum separation acceptable of any two stars contained in the list already obtained.  
lO1Frequency Property from Class FrequencySetup The LO1 frequency as determined in the OT, either by the tool itself, or entered by the user. This is an estimate used to help the user in correlator setup - the actual value used will depend on the time of observation. To be supplemented by a set of "user intents" for LO derivation.  
lO2Frequency Property from Class BaseBandSpecification The LO1 frequency as determined in the OT, either by the tool itself. This is an estimate used to help the user in correlator setup - the actual value used will depend on the time of observation.  
localFileName Property from Class OpticalPointingTargetQueryParameters Name of a local file to save a selected list of targets to (or load from).  
long Property from Class Rectangle Length of the long side of the rectangle  
Longitude Class from Package valuetypes Longitude type. How is this different from Angle?  
longitude Property from Class SkyCoordinates The longiitude of this position.  
longitudeLength Property from Class RectanglePattern Length of the rectangle in the longitudenal coordinate  
longitudeLength Property from Class CrossPattern The length of the cross in the longitudenal direction  
longitudeLength Property from Class FillPattern   
lOOffsettingMode Property from Class AbstractCorrelatorConfiguration   
lst Property from Class OpticalPointingTargetQueryParameters LST to be used to determine suitable sky coordinates for the queries  
lSTMax Property from Class AbstractTimingConstraints Used to constrain observing by LST - the maximum LST to be allowed for this observing.  
lSTMin Property from Class AbstractTimingConstraints Used to constrain the observation by LST - the minimum LST to be used for this observing.  
   
M
Magnitude Class from Package valuetypes Magnitude type. Not the usual value-unit pair.  
mainTarget Property from Class ObservingGroup   
manualMode Property from Class ObsProject Whether or not this is a manual mode project. All projects created through the OT should set this to false.  
margin Property from Class UnitDependencies Margin allowed on the execution time delay specified.  
maxAcceptableAngResolution Property from Class SchedulingConstraints See minAcceptableAngResolution  
maxAllowedBeamAxialRatio Property from Class SchedulingConstraints The maximum allowed axial ratio of the beam shape - used by QA and pipeline.  
maxAllowedHA Property from Class Preconditions SB must be scheduled at HA less than this maximum.  
maxAzimuth Property from Class OpticalPointingTargetQueryParameters Maximum azimuth of the sources (must be used in conjunction with an LST in order to create sky coordinates)  
maxCoordinates Property from Class OpticalPointingTargetQueryParameters Maximum set of sky coordinates bounding the query  
maxElevation Property from Class OpticalPointingTargetQueryParameters Maximum elevation of the sources (must be used in conjunction with an LST in order to create sky coordinates)  
maxFlux Property from Class RadiometricPointingParameters The maximum allowed flux of any source  
maxFlux Property from Class QuerySource The maximum allowed flux of the matching sources  
maxFlux Property from Class QuerySource The maximum flux a target should have to be included in the results  
maxFlux Property from Class ObservatoryGoalControlParameters The maximum flux of a source allowed before it should be observed  
maxFrequency Property from Class QuerySource The maximum observed frequency of the matching sources  
maxFrequency Property from Class QuerySource The maximum observed frequency to be used when searching for targets  
maximumElapsedTime Property from Class BandpassCalParameters   
maximumElapsedTime Property from Class PointingCalParameters If the desired accuracy is not obtained within this time, stop trying.  
maximumTime Property from Class ControlBlock This is the sum of allowed execution times for all parts of this ObsUnit; for an SB, this will be = repeatCount*SBMaximumTime; for an ObsUnitSet, it will accumulate the maximum times of all other ObsUnitSets and SBs below it in the hierarchy.  
maxMagnitude Property from Class OpticalPointingParameters The faintest magnitude star to use.  
maxMagnitude Property from Class OpticalPointingTargetQueryParameters Maximum (faintest) source to find  
maxMagnitude Property from Class OpticalCameraControlParameters Maximum magnitude of a source to be observed. If fainter then skip.  
maxPWVC Property from Class WeatherConstraints Maximum value of precitable water vapour column density in mm. If the current value exceeds this, the SB should not be executed.  
maxSources Property from Class QuerySource The maximum number of sources to use from the query results.  
maxSources Property from Class QuerySource The maximum number of sources to return in the results  
maxTargets Property from Class OpticalPointingTargetQueryParameters The maximum number of stars acceptable. This is intended to be used with the "random selection" control, to reduce the number already found by filtering.  
maxTimeSinceObserved Property from Class QuerySource The maximum time since the matching sources were last observed  
maxTimeSinceObserved Property from Class QuerySource The maximum time elapsed since the targets were last observed.  
maxWindVelocity Property from Class WeatherConstraints Maximum allowed wind velocity for this SB.  
mentor Property from Class ObsProposal   
minAcceptableAngResolution Property from Class SchedulingConstraints This parameter, its twin, "MaxAcceptableAngResolution," and the RepresentativeFrequency are used by the Scheduler to determine whether the current antenna configuration is suitable to achieve the angular resolution desired by the PI.  
minAllowedHA Property from Class Preconditions SB must be scheduled at HA greater than this minimum.  
minAzimuth Property from Class OpticalPointingTargetQueryParameters Minimum azimuth of the sources (must be used in conjunction with an LST in order to create sky coordinates)  
minCoordinates Property from Class OpticalPointingTargetQueryParameters Minimum set of sky coordinates bounding the query  
minElevation Property from Class OpticalPointingTargetQueryParameters Minimum elevation of the sources (must be used in conjunction with an LST in order to create sky coordinates)  
minFlux Property from Class RadiometricPointingParameters The minimum allowed flux of any source  
minFlux Property from Class QuerySource The minumum flux of the matching sources  
minFlux Property from Class QuerySource The minimum flux a target must have to be included in the results  
minFlux Property from Class ObservatoryGoalControlParameters The minimum flux of a source required before it should be observed  
minFrequency Property from Class QuerySource The minimum observed frequency of the matching sources  
minFrequency Property from Class QuerySource The miniimum observed frequency to be used when looking for targets  
minIntegrationTime Property from Class OpticalCameraSpec Minimum integration time to use. Actual integration time will be decided in real time by the control system.  
minIntegrationTime Property from Class OpticalCameraSpecParameters Minimum length of time to integrate - Control may choose to integrate longer to improve S/N  
minMagnitude Property from Class OpticalPointingParameters The brightest magnitude star to use.  
minMagnitude Property from Class OpticalPointingTargetQueryParameters Minimum(brightest) magnitude source to find  
minMagnitude Property from Class OpticalCameraControlParameters Minimum magnitude of a source to be observed. If brighter then skip.  
minTimeSinceObserved Property from Class QuerySource The minimum time since the matching sources were last observed  
minTimeSinceObserved Property from Class QuerySource The minimum time elapsed since the targets were last observed.  
mobile Property from Class Investigator Mobile/cell phone number for the investigator  
mode Property from Class BeamSwitchingCycle   
mode Property from Class ScienceGoal Type of observing modes in this Science Goal. Currently either "Standard" or "Other" - used to flag non-standard modes.  
modeName Property from Class SchedBlock The name of the (presumably standard) observing mode, e.g., SingleFieldinterferometry, OpticalPointing.  
modeType Property from Class SchedBlock The type of the observing mode: either a Standard mode, User or Observatory, or a non-standard Expert mode.  
MonitoringConstraint Class from Package obsproject Describes the setup for a monitoring-type observation, i.e. observing a target over a few hours at a regular cadance.  
monitoringLength Property from Class MonitoringConstraint How long to spend monitoring the target, in one visit  
   
N
name Property from Class ObsUnit A user entered name for this ObsUnit - to be used for mnemonic purposes.  
name Property from Class Field Name of the field - needed for ASDM  
name Property from Class Point   
name Property from Class ObservingParameters A user-settable name for the Observing Parameters - allows the user to identify a particular setup. Not meant to be used by any subsystem other than Obsprep.  
name Property from Class AbstractInstrumentSpec A user-settable name for the Instrument Spec - allows the user to identify a particular setup. Not meant to be used by any subsystem other than Obsprep.  
name Property from Class FieldSource A user-settable name for the Field Source - allows the user to identify a particular setup. Not meant to be used by any subsystem other than Obsprep. This name can be different from the source name, e.g. "NGC1068 nucleus".  
name Property from Class AbstractSpectralWindow A locally unique name for this spectral window, to pass into the ASDM output. Automatically set.  
name Property from Class AbstractScienceGoal User friendly name for this science goal. Not needed by the the systems, just for the user.  
name Property from Class ExecutiveFraction The name of the executive to which this time fraction applies  
name Property from Class ObservingGroup User settable name for the observing group.  
Name Property from Class PipelineParameter   
Name Property from Class ProjectStatus   
needsMoreTime Property from Class PerformanceParameters Whether or not the user thinks this observation will need more time than that indicated by the OT, e.g. for UV coverage reasons.  
nominalConfiguration Property from Class SchedulingConstraints Nominal configuration on which this SB could be executed, as determined by the OT during time estimation. Not binding.  
nonSiderealMotion Property from Class FieldSource Whether this is an object not moving with the stars. Default should be false. True means that there should be a selection made from solarSystemObject.  
nonSiderealMotion Property from Class CalibrationTargetParameters Whether or not this source moves with the sky. Default should be false, i.e. it does.  
nonSiderealMotion Property from Class AbstractTargetParameters Whether or not this source moves with the sky. Default should be false, i.e. it does.  
note Property from Class AbstractScienceGoal Can be used to add notes, or a description, of the science goal, e.g. as a mnemonic.  
note Property from Class ObsUnit An optional user-entered description of the ObsUnit.  
note Property from Class AbstractTimingConstraints Can be used to add notes, or a description, of the science goal, e.g. as a mnemonic.  
nRows Property from Class HolographyParameters Number of rows in the scan  
numberChannels Property from Class ChannelAverageRegion Number of spectral channels used to calculate the spectral channel average for the region.
This should be a positive integer.
  
NumberObsUnitSetsCompleted Property from Class OUSStatus   
NumberObsUnitSetsFailed Property from Class OUSStatus   
numberOfPositions Property from Class AbstractSwitchingCycle The number of switching positions in the switching setup, 1 (which is no switching), 2,3,or 4.  
NumberSBsCompleted Property from Class OUSStatus   
NumberSBsFailed Property from Class OUSStatus   
   
O
ObsAttachment Class from Package obsattachment A "container" entity for holding the link descriptions to binary attachments.  
obsattachment Package from Package obsprep The obsattachment pacakge conains what is needed to provide an xml wrapper around binary files.  
ObservatoryGoal Class from Package obsproject This aggregates the parameters necessary for creating an Observatory Goal - a specialized type of observing goal for many observatory calibration type modes, for instance interferometric pointing.   
ObservatoryGoalControlParameters Class from Package obsproject Parameters intended to place exection control on an Observatory Goal SB.  
ObservatoryGoalQueryParameters Property from Class ObservatoryGoal   
ObservatoryGoals Class Diagram from Package obsproject   
ObservatoryGoalTargetParameters Class from Package obsproject The parameters of a single observatory goal target  
Observing Parameters Class Diagram from Package schedblock   
ObservingGroup Class from Package schedblock Holds references to a set of Ordered Targets. These targets will be observed together in this group.  
ObservingParameters Class from Package schedblock Base class for ObservingParameters, which represent the "Intents" (name chosen to be different because they are not quite the same thing). There must be at least one ObservingParameter in a SchedBlock and there may be many. Each Target will normally (but not always) be associated with one or more of these ObservingParameters.
Observing Parameters specialise into a number of types. But the crucial differentiation is between those appropriate only to Targets and those appropriate to Schedblocks.
  
ObservingParameters Property from Class Target   
ObservingParameters Property from Class SchedBlock   
ObsPhase Class from Package obsproject The abstract concept of a "Phase". An ObsProject will accumulate data pertaining to different "Phases" of the Project, Phase I (Proposal preparation) and Phase II (Observing Program Preparation) are the most obvious, but other phases may be identified. In particular the reviewing comments and decisions are captured in a "Phase".
The characteristic common to all Phases is that they contain an ObsPlan. For Phase I this is the planned program at that time. For Phase II this is the approved part of the program and represents what will actually be observed. The full concept for other phases is not defined, but could be developed.
  
ObsPlan Property from Class ObsPhase   
obsprep Package from Package alma   
ObsProcedure Class from Package schedblock Contains an attribute holding the actual observing procedure to be used, in the form of a python script name or a complete python script. For standard modes this will be pre-selected as the name of the standard script.  
obsProcScript Property from Class ObsProcedure The script (written in Python) that contains the observation logic to be executed by the Control subsystem for this Scheduling Block. For standard observing modes, this script will be obtained from a configuration-controlled library that is managed by the ALMA observatory. At execution time, all parameters contained in the Scheduling Block will be made available to this script.  
ObsProgram Class from Package obsproject The ObsProgram (specialisation of an ObsPhase) holds all of the input data that is specific to Phase II (observing definition) of an Observing Project. This information is created by the Observer during "Phase II", following a successful review phase.
The information contained with the ObsProgram defines what will really happen at the Observatory. The ObsProgram may contain a Science Plan where science oriented goals are entered and must contain an Observing Plan (ObsPlan) where the control commands for observing are entered.
  
ObsProgramStatus Property from Class ProjectStatus   
ObsProgramTopLevel Class Diagram from Package obsproject   
ObsProject Class from Package obsproject The top level container class for an Observing Project. No part of an Observing Project Definition may exist without an Observing Project. As soon as an astronomer decides to create a (Phase I) Observing Proposal using the ALMA Observing Tool an ObsProject will get created to act as the container for everything associated with it.
ObsProject is an entity class.
  
obsproject Package from Package obsprep   
ObsProposal Class from Package obsproposal The ObsProposal contains data that are specific to Phase I of an Observing Project. This is not detailed at the moment, with most attributes being placeholders. Note that the ObsProposal (being a subclass of ObsPhase) also contains a SciencePlan and an ObsPlan. During Phase I the Science Plan must be used to enter science goals, and thus target and frequency details. The Observing Plan may be used to construct SBs that can be submitted to the ALMA simulator.  
obsproposal Package from Package obsprep   
ObsReview Class from Package obsreview The ObsReview is designed to holds information resulting from the reviewing process: reports, evaluations and scores from the referees, and the final report and score fromthe TAC. Currently there is no requirement for this to actually include a Science Plan and an ObsPlan, but the model allows it. It is possible these may be used to insert details of the TAC approval where relevant.   
obsreview Package from Package obsprep   
ObsUnit Class from Package obsproject The base class supporting the system side (i.e. executable at the observatory) of the project data model. With its specialisations ObsUnitSet and SchedBlock the pattern supports arbitrary hierarchical structures.
The status attribute allows a lifecycle to be tracked for all types of ObsUnit.
  
ObsUnitControl Class from Package obsproject Specifies controls on an ObsUnit, which are a combination of controls provided by the user and the PRC. Since they are on ObsUnits they can be applied with very small granularity.  
ObsUnitSet Class from Package obsproject A specialisation of ObsUnit that holds a collection of ObsUnits, This allows the creation of arbitrary structures, and also forms the container for SchedBlocks. Attributes allow the definition of data processing scripts that will occur at specific levels in the hierarchy.
Note that the "top level" ObsUnitSet within an Observing Phase has a role name of "ObsPlan". This is to indicate that it describes the actual observing plan, described in the ALMA "system view" intended executed at the observatory. (For PhaseI this ObsPlan, if it is detailed, is still to be confirmed and will never get executed. For Phase II it is what was approved and must be detailed and valid as it contains what will be executed).
  
ObsUnitSet Property from Class AbstractScienceGoal   
ObsUnitSetMemberType Property from Class ObsUnitStatus   
ObsUnitStatus Class from Package projectstatus   
offset Property from Class FrequencySwitchingState   
OnSourceTime Class from Package sbstatus   
opticalCameraControl Property from Class OpticalPointingScienceGoal   
OpticalCameraControlParameters Class from Package obsproject Parameters intended to place exection control on an Optical POinting SB.  
OpticalCameraSpec Class from Package schedblock The specification class for the optical camera that is used as part of the optical pointing mode.   
opticalCameraSpec Property from Class OpticalPointingScienceGoal   
OpticalCameraSpecParameters Class from Package obsproject Specification parameters for the visible light camera  
OpticalPointingParameters Class from Package schedblock The optical pointing parameters used to describe the controls on an optical pointing SB. Should not be attached to a target - only relevant to the SB.  
OpticalPointingScienceGoal Class from Package obsproject A specialised "Science Goal" designed to capture the information necessary to construct an Optical Pointing run SB  
OpticalPointingTargetParameters Class from Package obsproject The parameters of a single optical pointing target  
OpticalPointingTargetQueryParameters Class from Package obsproject Query parameters used to query a catalog of potential optical pointing sources  
OrderedTarget Class from Package schedblock Creates the concept of an "Ordered" target by wrapping a target and adding an index.  
organisation Property from Class Investigator The organisation to which the investigator belongs (at the time of proposal). Should usually be from a known list. May be called institution elsewhere.  
organisationId Property from Class Investigator Identification string matching the organisation (institution). For use by ObOps tools  
orientation Property from Class CrossPattern Position angle of the cross. NOTE: Zero point and direction need to be agreed with Control  
orientation Property from Class FillPattern   
orientation Property from Class RectanglePattern Position angle of the rectangle in the scanning coordinate frame. (Zero point needs to be agreed with control, direction is anti-clockwise.)  
orthogonalStep Property from Class RectanglePattern Step size in the direction orthogonal to the scan direction  
OUSStatus Class from Package ousstatus   
ousstatus Package from Package scheduling   
OverlaidSpectralLine Class from Package obsproject Brief description (rest frequency, name, splatalog ID) of a spectral line that is visually overlaid in the spectral setup.  
oversampling Property from Class AdvancedWindowSetup Nyquist sampling/oversampling True means do Nyquist oversampling, False means non-oversampling.  
   
P
p2gAttention Property from Class ObsProject Does this ticket require attention from a Phase 2 Group member?  
p2gAttentionReasons Property from Class ObsProject A comma-delimited list of reasons that the ticket is being brought to the attention of the Phase 2 Group. To be set when "p2GAttention" is true. Should be ignored if p2gAttention is false.  
pALong Property from Class Rectangle Position angle of the long side of the rectangle.  
pAMajor Property from Class Ellipse the Position angle of the major axis  
parallax Property from Class AbstractTargetParameters Parallax of the source - for Optical Pointing  
parallax Property from Class FieldSource Parallax of the object. Typically for Optical Pointing.  
parallax Property from Class OpticalPointingTargetParameters Parallax of the source  
patternCenterCoordinates Property from Class CrossPattern The center coordinates of the cross pattern  
patternCenterCoordinates Property from Class FillPattern   
patternCenterCoordinates Property from Class RectanglePattern The center coordinates of the rectangle  
patternSubtype Property from Class FillPattern   
patternType Property from Class FillPattern   
PerformanceParameters Class from Package obsproject The parameters that define the science performance required for this science goal.  
PhaseCalParameters Class from Package schedblock Attaching this indicates that the target can be used for phase calibrations.  
phaseCenterCoordinates Property from Class PointingPattern Array of offsets to be used for observing. For relative values the zero point is the coordinates of the FieldSource.  
PhaseI Class Diagram from Package obsproposal Stores the data rate information for a particular array  
PhaseIISystem Class Diagram from Package schedblock   
phaseStability Property from Class WeatherConstraints RMS of astronomical phase after WVR correction over some TBD time period (hopefully >= length of an SB), expressed in degrees. This quantity is calculated by TelCal.  
PhysicalQuantities Class Diagram from Package valuetypes   
pI Property from Class ObsProject Name of the Principal Investigator for the Project. Note that this is stored at the top, project level, not in the Proposal. The type of "String" will be replaced by a "User" type in time.   
PI Property from Class ProjectStatus   
pIName Property from Class SchedBlock Name of the PI for the project from which this SB is taken. Set by the OT prior to project submission.  
PipelineParameter Class from Package ousstatus   
PipelineProcessingRequest Class from Package ousstatus Initate a request to run the science data reduction pipeline.  
pMDec Property from Class FieldSource Proper motion in declination; typical units are milliarcsec/yr. Might be obtained from catalog.  
pmDec Property from Class AbstractTargetParameters Dec proper motion of the source  
pmDec Property from Class OpticalPointingTargetParameters Dec proper motion of the source  
pMRA Property from Class FieldSource Proper motion in right ascension; typical units are milliarcsec/yr. Might be obtained from catalog.  
pmRA Property from Class AbstractTargetParameters RA proper motion of the source  
pmRA Property from Class OpticalPointingTargetParameters RA Proper motion of the source  
Point Class from Package obsproject Intended as a single pointing position. Believe it may now be obsolete.  
pointingAccuracy Property from Class CalibrationRequirements This is the required pointing accuracy - the array in use must be calibrated to this level.  
PointingCalParameters Class from Package schedblock Specialisation describing Pointing Calibration parameters. (For local pointing as part of observing)  
pointingMethod Property from Class PointingCalParameters The type of pointing calibration to be performed.  
PointingPattern Class from Package schedblock An observing pattern made up of a series of discrete pointings. There are two types, offset and absolute patterns. Note that a single pointing is of this type - simply one point is defined.  
points Property from Class Polygon   
polarisation Property from Class SpectralSetupParameters Polarisation products that are desired from the observing. Enumerated  
polarizationAccuracy Property from Class CalibrationRequirements Polarisation must be calibrated to this level - probably expressed as a fraction.  
PolarizationCalParameters Class from Package schedblock Indicates that the target should be used for polarisation calibration, with the goals specified.  
polarizationCalValid Property from Class Preconditions Should be true if a valida polarization calibration is needed before execution. Note, for continuum(?) It is possible that this could be done after, rather than before, the target observations.  
polnProducts Property from Class AbstractSpectralWindow   
Polygon Class from Package obsproject Placeholder for building a polygonal map. Not yet properly implemented  
position Property from Class BeamSwitchingState   
positionalAccuracy Property from Class CalibrationSetupParameters Provides the PI with the ability to define what level of astrometry is desired.   
PPResults Class from Package ppresults So far just a dummy. Will probably have to be moved to a different UML package.  
ppresults Package from Package scheduling   
Preconditions Class from Package obsproject Specifies the conditions that must be met before this SchedBlock can be executed.   
previousProposals Property from Class ObsProposal To be elaborated. Probably to be removed  
previousVisitId Property from Class VisitConstraint Reference to the id of a previous visit, whose tme is used as the zero point of the delay.  
PrincipalInvestigator Property from Class ObsProposal   
priority Property from Class AbstractTimingConstraints   
projectName Property from Class ObsProject The user-entered name of the Project. To be used as a mnemonic for the user.  
ProjectStatus Class Diagram from Package projectstatus   
ProjectStatus Class from Package projectstatus ProjectStatus.... TODO: write something!!!  
projectstatus Package from Package scheduling   
projectType Property from Class DataProcessingParameters   
projectWasTimedOut Property from Class ProjectStatus   
ProposalFeedback Class from Package obsproposal Top level element for items to be calculated as part of the proposal feedback, used in the PhIM and for generating the summary documents of the proposal  
proposalTypeCode Property from Class ObsProposal Code for the porposal type. Choices obtained from the Observatory Characteristics  
proposalTypeString Property from Class ObsProposal User friendly string corresponding to the proposal type code.  
purpose Property from Class ObservatoryGoal The purpose of this goal. Used internally to help direct what sort of observing mdoe to create.  
   
Q
qa0Notes Property from Class SchedBlock Quality assurance level 0 notes for this SB. Added by downstream software.  
qa0Notes Property from Class SBStatus   
qa0Notes Property from Class ExecStatus   
quantizationCorrection Property from Class BLSpectralWindow Boolean selection to perform quantization ('VanVleck') correction on the lag data. Normally this is true, but for diagnostic purposes, we may wish to view the uncorrected lags.
The ACA correlator does not use this parameter, because the ACA-CDP always does the quantization correction on the spectral results.
  
queryCenter Property from Class QuerySource The centre coordinates for any cone search required.  
queryCenter Property from Class QuerySource The centre coordinates to be used for the cone search part of the query  
QuerySource Class from Package schedblock A QuerySource is a special type of FieldSource which does does specify directly a single source to point at. Instead it specifies a query that should be executed by the Control system to obtain a set of results matching that query. These results are turned into FieldSources, up to the maximum number desired.  
QuerySource Class from Package obsproject A QuerySource is a special type of FieldSource which does does specify directly a single source to point at. Instead it specifies a query that should be executed by the Control system to obtain a set of results matching that query. These results are turned into FieldSources, up to the maximum number desired.  
   
R
rA Property from Class Point   
RadiometricPointingParameters Class from Package schedblock The radiometric pointing parameters used to describe the controls on an radiometric (interferometry) pointing SB. Should not be attached to a target - only relevant to the SB.  
radius Property from Class Circle The radius of the circle  
randomizeOrder Property from Class OpticalCameraControlParameters If true then the control system will select sources from the target list within the SB in a random order.  
randomizeOrder Property from Class OpticalPointingParameters Whether or not the targets should be selected from the SB in a random order.  
randomizeOrder Property from Class RadiometricPointingParameters Whether or not the targets should be selected from the SB in a random order.  
randomizeOrder Property from Class ObservatoryGoalControlParameters If true then the control system will select sources from the target list within the SB in a random order.  
Rank Property from Class BestSBItem   
ReadyTime Property from Class Status   
reason Property from Class ReservationParameters The primary reason for the SB.  
receiverBand Property from Class ReceiverTime The receiver band for which the time estimate applies  
receiverBand Property from Class FrequencySetup   
ReceiverTime Class from Package obsproposal The time required in the proposal for a given receiver band.  
ReceiverTimeBreakdown Class from Package obsproposal Container for the collection of Receiver Times.  
receiverType Property from Class SpectralSpec   
recentPublications Property from Class ObsProposal List of recent publications and whether or not they used ALMA data. Current policy is within past three years.  
Rectangle Class from Package obsproject Definition of a rectangular mapping area for a science goal. Not yet used.  
RectanglePattern Class from Package schedblock General definition of a rectangular pattern that can be used to geometrically define raster and OTF observing modes.  
Reference Class from Package schedblock The reference coordinates ("off-source") to use in the case of single-dish observations.  
referenceCoordinates Property from Class Reference Only meaningful for single dish mode, this is the "off-source" position.  
referenceFrequency Property from Class ExpectedProperties The frequency to be used when considering value types with user units in this element. The origin and main version of this frequency is found as the representive frequency in the spectral setup parameters. However, that version may be in the SKY frame or the REST frame depending on setup. This version should always be in the SKY frame. It is used so that when this element is deserialised it provides the correct frequency to use when recalculating values for certain valuetypes with user units.  
referenceFrequency Property from Class Rectangle   
referenceSystem Property from Class Velocity One of the reference frames listed in the enumeration.  
relatedProposals Property from Class ObsProposal If this proposal is related to and/or dependent on others submitted to other telescopes, particularly if simultaneous observing is needed (would be detailed in TemporalSetup) (Telescopes from other organisations).  
repeats Property from Class AbstractTimingConstraints For observations repeated on a regular schedule.  
representativeBandwidth Property from Class ScienceParameters The sensitivity is a function of bandwidth. This is the representative bandwidth.  
representativeCoordinates Property from Class SchedulingConstraints Repesentative coordinates for this SB. Usually obtained from the representative target, but may be derived by some other algorithm for some types of SB.  
representativeFrequency Property from Class SpectralSetupParameters The frequency to be used when considering (setting up for or measuring) the performance goals identified for this science goal. This frequency is storedf in the SKY frqame for continuum setups and spectral scans, and in the REST frame for Spectral Line setups.  
representativeFrequency Property from Class SchedulingConstraints The frequency to be used by the Scheduler when calculating the angular resolution available, given the current antenna configuration. This will be in the sky frame.  
representativeFrequency Property from Class PerformanceParameters The frequency to be used when considering (setting up for or measuring) the performance goals identified for this science goal, particularly those value types with user units. The origin and main version of this frequency is found as the representive frequency in the spectral setup parameters. However, that version may be in the SKY frame or the REST frame depending on setup. This version should always be in the SKY frame. It is used so that when the PerformanceParameters element is deserialised it provides the correct frequency to use when recalculating values for certain valuetypes with user units.  
representativeFrequency Property from Class ScienceParameters The sensitivity is a function of frequency. This is the representative frequency. Need to confirm if this is sky or rest.  
representativeReceiverBand Property from Class SchedulingConstraints The representative receiver band for this SB, for convenience of scheduling.  
representativeTarget Property from Class SchedulingConstraints The representative target, to be used partly for more information about the required observing conditions, but mostly to indicate which target to measure the observing goals against.  
representativeWindow Property from Class ScienceSpectralWindow Whether or not the user chose this as their "representative window" or window of most interest.  
representativeWindow Property from Class AbstractSpectralWindow Whether or not this window is the "representativeWindow" for the observation. There should only be one representative window and it should be dervied from the equivalent "representativeWindow" in the Science Goal.  
reqId Property from Class ReservationParameters  A requisition, or ticket, id thought to be used mainly for antenna maintenance  
RequestStatus Property from Class PipelineProcessingRequest   
requiredDelay Property from Class VisitConstraint Required vdelay after the previous visit before this new visit should begin.  
requiredDelay Property from Class MonitoringConstraint   
requiredReceiverBands Property from Class SchedulingConstraints Array of receiver bands required by this SB. Set by the OT, to be used by scheduling.  
requiredReceiverBands Property from Class ScienceGoal Array of the receiver bands required by this science goal. To be set by the OT, used by ObOps.  
ReservationParameters Class from Package schedblock Used only by "special " SBs. Only attached to an SB, never to targets. Is not supported in the Observing Tool - creation is by EXEC using OT libraries.  
resolutionOption Property from Class PerformanceParameters Choice of resolution types, one of "Any", "Range", "Single" or "StandAloneACA". To be used in conjunction with the angular resolution fields.  
resourceList Property from Class ReservationParameters A list of resources to be reserved for use as part of this special SB.  
restFrequency Property from Class FrequencySetup The frequency the receiver should be tuned to. (? - It is called "restFrequency", but which frame?). Not clear that this needs to be here. What is it for, who uses it?  
restFrequency Property from Class SpectralLine The rest frequency of the spectral line  
restFrequency Property from Class AbstractSpectralLine The rest frequency of the spectral line  
resubmissionOfName Property from Class ScienceGoal   
resubmissionOfOusStatusUid Property from Class ScienceGoal   
resubmittedProjectCode Property from Class ObsProposal Project code of resubmitted code (if this is a resubmission).  
reviewer Property from Class ObsProposal   
rMSGoal Property from Class DataProcessingParameters   
rowsCal Property from Class HolographyParameters Number of observation rows between periods spent acquiring signal calibration data  
rowSize Property from Class HolographyParameters Size of each row  
runQuicklook Property from Class SchedBlockControl Indicates whether or not the quicklook should execute on completion of this SB. For most science uses this will be true, but for some engineering or calibration SBs it may be false. In general the value should be determined by the observing mode with rare need for user-override.  
runSciencePipeline Property from Class ObsUnitSet Whether or not the Science Pipeline should be executed when this ObsUnitSet is complete.  
   
S
samplingLength Property from Class FillPattern   
SB - Control Class Diagram from Package schedblock   
SB - Scheduling Class Diagram from Package schedblock   
SB_Hierarchy Class Diagram from Package schedblock   
sBMaximumTime Property from Class SchedBlockControl Maximum time for a single execution of this SB.  
sBMaximumTime Property from Class ObservatoryGoalControlParameters The maximum time allowed for a single execution of the SB.  
sBMaximumTime Property from Class OpticalCameraControlParameters The maximum time allowed for a single execution of the optical pointing SB.  
SBStatus Class from Package sbstatus   
sbstatus Package from Package scheduling   
scanDirection Property from Class RectanglePattern The scanning direction for the raster.  
scanDirection Property from Class HolographyParameters Which direction to scan in (Azimuth or Elevation)  
scanningCoordinateSystem Property from Class RectanglePattern The coordinate system in which the scan should take place.  
scanningCoordinateSystem Property from Class FillPattern   
scanVelocity Property from Class CrossPattern The scan velocity  
SchedBlock - Top Class Diagram from Package schedblock   
SchedBlock Class from Package schedblock The Schedblock entity is the fundamental, "atomic" (in the sense that it may be aborted, but not restarted in the middle) observing unit for ALMA. It will usually consist of a set of target definitions (field source + pattern, instrument setup and observing parameters) and logic to control their execution. It is essentially a "quantum" of observing.
SchedBlock is an entity class.
  
schedblock Package from Package obsprep   
SchedBlockControl Class from Package schedblock A control class for SchedBlocks. Includes controls such as the desired execution count of the SB and the maximum integration time per execution.  
schedBlockName Property from Class OpticalPointingScienceGoal Name of the SB to be created from this Optical Pointing Goal  
scheduling Package from Package alma   
SchedulingConstraints Class from Package schedblock Outlines some desired goals for this schedblock to be used by the scheduler as constraints in determining when to schedule the SB and when to deem it complete (following repeats). The class will have one of the Targets associated as a representative target - this is the target the goals are for.  
SchedulingConstraints Property from Class Target   
ScienceGoal Class from Package obsproject This aggregates the science oriented parameters necessary for creating a science observation.   
scienceGoalDesiredResolution Property from Class SchedulingConstraints Desired angular resolution as requested in the science goal. This applies to the whole science objective, not just to this SB. For use in the Scheduling Planning Tool  
scienceGoalLargestAngularScale Property from Class SchedulingConstraints Desired largest angular scale as requested in the science goal. This applies to the whole science objective, not just to this SB. For use in the Scheduling Planning Tool  
ScienceGoals Class Diagram from Package obsproject Base class for a science goal. Holds the "name", and reference to the ObsUnitSet that implements the program for the goal  
ScienceParameters Class from Package schedblock Attachment of this implies that a target will be used for science purposes.  
scienceProcessingScript Property from Class ObsUnitSet Name of the pipeline processing script that will be executed when the ObsUnits (SBs and ObsUnitSets) contained within this ObsUnitSet are complete. Having the processing script at this level allows for a heirarchy of processing to be performed as observing continues.  
ScienceSpectralWindow Class from Package obsproject Science oriented definition of a spectral window.  
scientificCategoryCode Property from Class ObsProposal Code for the scientific category. Choices obtained from the observatory characteristics.  
scientificCategoryString Property from Class ObsProposal User friendly string matching the scientific category code.  
scientificRank Property from Class ObsProject The scientific ranking of the project, assigned by the APRC, written by PhIM  
scientificScore Property from Class ObsProject The scientific score of the project, assigned by the APRC, written by PhIM  
Score Property from Class BestSBItem   
sdReferencePosition Property from Class AbstractTargetParameters Optional reference positions for use in single dish observing, if required. Currently hidden from the user.  
searchRadius Property from Class QuerySource The search radius to be used for a cone search - 0.0 will use the whole sky.  
searchRadius Property from Class QuerySource The search radius to be used for the cone search. A value of 0.0 will return objects from the whole sky  
secondsRemaining Property from Class StatusBase   
seeing Property from Class WeatherConstraints The user will want to input this in arcseconds. This should be the raw value (i.e., before correction).  
selection Property from Class CalibrationSetupParameters Whether the science goal should use a system-generated calibration setup, or allow the user to specify their own setup.  
Selection Property from Class BestSB   
selectionFactor Property from Class OpticalPointingTargetQueryParameters This allows the selection of every Nth target when querying the catalog. This provides a mechanism to reduce the number of targets found that match the criteria.  
semiMajor Property from Class Ellipse The semi-major axis of the elllipse  
semiMinor Property from Class Ellipse The semi-minor axis of the ellipse  
Sensitivity Class from Package valuetypes Sensitivity type  
sensitivityAchievedJy Property from Class SBStatus   
sensitivityAchievedJy Property from Class ExecStatus   
sensitivityGoal Property from Class ScienceParameters This is typically the rms in Jy or mJy desired for the target when observed at the RepresentativeFrequency with the RepresentativeBandwidth -- this allows specification for either continuum or spectral line observations. It is possible to keep track in near-real-time of the sensitivity already reached; this estimate can improve on that supplied by the OT's ETC because it can access the actual system temperatures   
sensitivityGoalJy Property from Class SBStatus   
Session Class from Package ousstatus Capture data related to the contents of an observed session.  
short Property from Class Rectangle Length of the short side of the rectangle  
sideBand Property from Class AbstractSpectralWindow This denotes the net sideband of this spectral window. This is the overall sideband considering all the local oscillators (LO's) that are involved in producing this spectral window. For ALMA this includes the first LO, second LO, sampling LO and, if an FDM mode is used, the tunable filter bank (TFB) LO. Normally for ALMA the lower sideband of the second LO and sampling LO and the upper sideband of the TFB LO are used. So this field will reflect the first LO sideband that is used. For double sideband receivers (DSB) receivers this field indicates which sideband is to be produced by LO offsetting and/or 90 degrees phase switching. Allowed values are USB and LSB.  
sideBandPreference Property from Class BaseBandSpecification Allows the specification of a sideband preference for this baseband when choosing lo solutions.  
SidebandRatioCalParameters Class from Package schedblock   
sideBandSeparation Property from Class AdvancedSpectralSetup Whether or not sideband separation should be used. In first order terms this means is 90 degree walsh switching to be used with a DSB receiver?  
SimpleTopLevel Class Diagram from Package obsprep   
simulationMode Property from Class ObsProject Whether or not this project has been created for simulation purposes - especially simulation of data.  
simultaneousSbUid Property from Class SchedulingConstraints If "isSimultaneous" is true this holds the list of SB UIDs with which this SB should be executed simultaneously.  
singleContinuumCorrelatorMode Property from Class SpectralSetupParameters   
singleContinuumFrequency Property from Class SpectralSetupParameters The single, "average" frequency to use if a single continuum type is chosen. Not used for other setup types  
SinglePoint Class from Package obsproject The Single point (for SFI) specialisation of a Field. No Attributes because the position in the base class is all there is.  
SkyCoordinates Class from Package valuetypes Sky coordinates. A complex type.  
skyPosition Property from Class AtmosphericCalParameters   
SmallAngle Class from Package valuetypes A small angle type (restricted unit set)  
smoothingFactor Property from Class AdvancedWindowSetup Smoothing factor to be applied to the spectra. Should be a power of 2.  
smoothingFunction Property from Class AdvancedWindowSetup Smoothing function to be applied to the spectra.  
solarActivityLevel Property from Class ExpectedProperties Expected level of solar activity for this target. Optional parameter, but default is None. Other choices are Quiet Sun or Active Sun.  
solarSystemObject Property from Class CalibrationTargetParameters If nonSiderealMotion is true, then one from this list should be selected. The list is a enumeration.  
solarSystemObject Property from Class FieldSource List of known (to the control system) solar system objects. "Ephemeris" is a special choice, for which the "ephemeris" attrbute should be completed.  
solarSystemObject Property from Class AbstractTargetParameters If nonSiderealMotion is true, then one from this list should be selected. The list is a enumeration.  
sourceCoordinates Property from Class FieldSource The cooordinates of the source. Will include the system. Typically might be obtained froma catalog.  
sourceCoordinates Property from Class ObservatoryGoalTargetParameters Coordinates of the source  
sourceCoordinates Property from Class CalibrationTargetParameters Coordinates of the source  
sourceCoordinates Property from Class AbstractTargetParameters The sky coordinates of the source position, including system. Here the position is a reference point for creation of the observing pattern, not necessarily the position that will be observed.  
sourceCoordinates Property from Class OpticalPointingTargetParameters Coordinates of the source  
sourceDiameter Property from Class SourceProperty If resolved at this frequency, this is the source's spatial diameter (FWHM?).  
sourceEphemeris Property from Class FieldSource This provides an ephemeris for non-sidereal targets - it need only be supplied/referenced for sources with non-sidereal motion and if "Ephemeris" is chosen from solarSystemObject. The ephemeris must be in the HORIZONS format.   
sourceEphemeris Property from Class AbstractTargetParameters If the non-sidereal target selected from the list is "Ephemeris" then an ephemeris needs to be provided. The Ephemeris must be in the HORIZONS format, see the user guide for more information.  
sourceFluxI Property from Class SourceProperty Total intensity (Stokes parameter I).  
sourceFluxQ Property from Class SourceProperty Flux (Stokes Q)  
sourceFluxU Property from Class SourceProperty Flux (StokesU)  
sourceFluxV Property from Class SourceProperty Flux (Stokes V)  
sourceFrequency Property from Class SourceProperty Frequency for which this SourceProperty is determined.  
sourceName Property from Class FieldSource The source name. Typically for resolving in a catalog.  
sourceName Property from Class ObservatoryGoalTargetParameters Name of the source  
sourceName Property from Class CalibrationTargetParameters Name of the source  
sourceName Property from Class AbstractTargetParameters Name of the source - often for searching in a catalog.  
sourceName Property from Class OpticalPointingTargetParameters Name of the source  
SourceProperty Class from Package schedblock Known Properties for a given source. There may be many of these per source.  
sourceVelocity Property from Class FieldSource The velocity of the source, including reference frame and doppler type. Might be picked up from catalog.  
sourceVelocity Property from Class ObservatoryGoalTargetParameters The velocity of the source  
sourceVelocity Property from Class CalibrationTargetParameters The velocity of the source  
sourceVelocity Property from Class AbstractTargetParameters The radial velocity of the source. A Reference frame and doppler type is provided with the velocity itself.  
spacing Property from Class Rectangle Spacing of the data taking required within the rectangle.  
spacing Property from Class Ellipse The spacing betgween data taking positions in the map  
spacing Property from Class Circle Spacing required between data taking points in the map  
spatalogId Property from Class SpectralLine If known the splatalogId of the spectral line.  
spatalogId Property from Class AbstractSpectralLine If known the splatalogId of the spectral line.  
spectralAveragingFactor Property from Class AbstractSpectralWindow Specifies the number of adjacent spectral channels to average together for each spectral window. This must be a power of 2, e.g., 1, 2, 4, 8, etc. The spectral averaging factor can be used to reduce the amount of spectral data sent to the Archive.   
spectralDynamicRange Property from Class SchedulingConstraints The spectral dynamic range  
spectralDynamicRangeBandwidth Property from Class SchedulingConstraints The bandwidth which was used for the calculation of the maximum spectral dynamic range.   
SpectralLine Class from Package schedblock Brief description of a spectral line. Used by SpectralWindow to indicate which line(s) are expected in that window.  
spectralResolution Property from Class SpectralScan   
spectralResolution Property from Class ScienceSpectralWindow The spectral resolution of the window. This is simply a double value, but is constrained by the ALMA OT to take specific values, reflecting the hardware restrictions.  
SpectralScan Class from Package obsproject Not yet implemented  
SpectralSetupParameters Class from Package obsproject Setup for the receiver and correlator from a science goal point of view. Allows selection of type of setup: continuum, spectral scan or a full setup. In all cases this is implemented by defining one or more spectral windows.  
SpectralSpec Class from Package schedblock The Spectral setup for radio observing. This includes the receiver setup and the correlator setup.  
Speed Class from Package valuetypes A speed type (no reference frame)  
speed Property from Class HolographyParameters The speed of the scanning.  
splatalogId Property from Class ScienceSpectralWindow When a spectral line has been selected from the splatalog this should contain its splatalogId.  
SquareLawSetup Class from Package schedblock Setup for the Square Law total power detectors  
staffMember Property from Class ReservationParameters Staff member responsible for this special SB. Might be replaced by a User class field at some point...  
staffProjectNote Property from Class ObsProject Notes added by staff about execution of this projects, added via the OT before or during execution.  
standardMode Property from Class SchedBlock If true, this SchedBlock is part of a supported, "standard ALMA observing mode," such as single-field interferometry or interferometric mosaicing. This field will be set to false by the Observing Tool should a user intervene directly in the ObsUnitSet/SchedBlock hierarchy, rather than relying on the OT's generated values that are derived from his/her scientific input.  
startChannel Property from Class ChannelAverageRegion Starting (0-based) channel used to calculate the spectral channel average for a given region.
This should be an unsigned type.
  
startFraction Property from Class HolographyParameters How far into the scan to begin???  
startFrequency Property from Class SpectralScan Placeholder  
startTime Property from Class TemporalConstraints This is a String, containing an ISO Date/time.  
startTime Property from Class AbstractTimingConstraints The starting time for a temporally constrained observation. Must start at this time (though allowing the specified margin)  
StartTime Property from Class Session   
StartTime Property from Class Status   
State Property from Class Status   
Status Class from Package valuetypes Status type (used in scheduling)  
status Property from Class ObsUnit The status of this ObsUnit. Once the project has been stored to the Archive this is always a slave to the value in the state database.  
status Property from Class ObsProject The status of the project - once the project has been in the Archive then this status is always a slave to the status found in the state database  
Status Property from Class StatusBase   
Status Property from Class ExecStatus   
StatusBase Class from Package projectstatus   
StorageVolume Class from Package valuetypes A Storage Volume type  
studentProject Property from Class ObsProposal Set true if this proposal is part of a student project.  
SubmissionRecord Class from Package obsproject The submission record keeps track of who submitted the project and when.  
submissionTime Property from Class SubmissionRecord Date/time of last successful submission  
submitter Property from Class SubmissionRecord The userid of the user submitting the project (updated at time of successful submission)  
subScanDuration Property from Class Reference The subscanduration to be used for this reference position  
subScanDuration Property from Class ScienceParameters The subscan duration for this science observing  
subScanDuration Property from Class CalibratorParameters Subscan duration to be used for this calibration.  
Success Property from Class BestSBItem   
successfulExecutions Property from Class StatusBase   
successfulSeconds Property from Class StatusBase   
summary Property from Class ReservationParameters A summary of the description.  
surName Property from Class Investigator The surname ("family name") of the investigator.  
switchingType Property from Class SpectralSpec   
synthProf Property from Class ACASpectralWindow   
system Property from Class SkyCoordinates The system the corordinates are in. Still some debate over which systems should be allowed: 1950 may be not allowed. Ecliptic depracated?  
   
T
tacPriority Property from Class ControlBlock Priority of this obsunit as set by the TAC. Perhaps should only apply to SBs, but at the obsunitset level might provide a convenient mechanism for recursion.  
taMainComments Property from Class ObsProject Project comments from the technical assessors. Added via the Ph1M, read only in the OT.  
taPhase2Comments Property from Class ObsProject Notes added by the technical assessors about the phase 2 execution of the project. Entered via the Ph1M, read only in the OT.  
Target Class from Package schedblock The target definition. Contains references to specifications for the spectral setup (or optical camera) and the field (spatial) setup and any attached observing parameters.   
Target Property from Class SchedBlock   
TargetParameters Class from Package obsproject Specialises the basic target setup by defining the type of mapping.  
tBSensitivityGoal Property from Class DataProcessingParameters   
TechnicalJustification Class from Package obsproject   
telephone Property from Class Investigator Telephone number for the investigator  
Temperature Class from Package valuetypes Temperature type  
TemporalConstraints Class from Package schedblock Any temporal constraints placed on the execution of this SB. Used by "special" SBs, but also for some science cases. Currently allows specification of start/end time, but should be extended to other timing patterns, eg. regular repeats.  
TemporalConstraints Property from Class SchedBlock   
TemporalParameters Class from Package obsproject   
TemporalParameters Property from Class PerformanceParameters   
Time Class from Package valuetypes Time type. (See comments under other times)  
time Property from Class ReceiverTime The estimate of time required in the specified receiver band.  
time Property from Class OnSourceTime   
TimeAllocationBreakdown Class from Package obsproposal Container for the collections of Executive Fractions.  
timeFraction Property from Class ExecutiveFraction The time fraction, in the range 0 to 1.0, for the specified executive.  
timeOfCreation Property from Class ObsProject Time the project was first submitted to the Archive.  
TimeOfCreation Property from Class ExecStatus   
TimeOfCreation Property from Class PipelineProcessingRequest   
TimeOfSelection Property from Class BestSB   
TimeOfUpdate Property from Class ExecStatus   
TimeOfUpdate Property from Class PipelineProcessingRequest   
TimeOfUpdate Property from Class StatusBase   
timingConstraintsType Property from Class PerformanceParameters If timing constraints are requested this is the type of timing constraint.  
title Property from Class ObsProposal Title of the proposal.  
TopLevelStructure Class Diagram from Package obsprep   
TotalObsUnitSets Property from Class OUSStatus   
TotalRequiredTimeInSec Property from Class ObsUnitStatus   
TotalSBs Property from Class OUSStatus   
TotalUsedTimeInSec Property from Class ObsUnitStatus   
towerName Property from Class HolographyParameters Name of the holography tower to use  
transition Property from Class SpectralLine The name of the transition for the spectral line  
transition Property from Class BeamSwitchingState   
transition Property from Class AbstractSpectralLine The name of the transition for the spectral line  
transitionName Property from Class FrequencySetup A standard name for a spectral line transition, e.g., CO1-0, usually entered directly from a spectral line catalog. Note: It is probably wrong for this to be here - it should probably be in each spectral window defined.  
transitionName Property from Class ScienceSpectralWindow A standard name for a spectral line transition, e.g., CO1-0, usually entered directly from a spectral line catalog.  
tuneHigh Property from Class FrequencySetup For expert use only  
type Property from Class FieldPattern The (to be) supported observing patterns.  
type Property from Class SkyCoordinates Type of corrdinates: absolute or relative. For relative there must be an absolute set in context somewhere.  
type Property from Class TargetParameters The type of the mapping field to be created.  
type Property from Class SpectralSetupParameters Type of spectral setup, full (multiple windows), continuum (whole correlator given to continuum) or spectral scan.  
   
U
uniDirectionalScan Property from Class HolographyParameters Whther or not to always scan in the same direction (fly-back as opposed to turning and scanning back)  
uniDirectionalScan Property from Class RectanglePattern   
unit Property from Class Angle   
unit Property from Class Length   
unit Property from Class Speed   
unit Property from Class Frequency   
unit Property from Class Flux   
unit Property from Class Time   
unit Property from Class AngularVelocity   
unit Property from Class SmallAngle   
unit Property from Class Sensitivity   
unit Property from Class Longitude   
unit Property from Class Latitude   
unit Property from Class IntTimeReference   
unit Property from Class IntTimeSource   
unit Property from Class DataRate   
unit Property from Class StorageVolume   
unit Property from Class Temperature   
UnitDependencies Class from Package obsproject This class implements the description of the unit dependencies described in the Scheduling Design document (section 4.2.2.2 in 2005-08). It is still very much in development, and presently is only expected to provide for a very simple dependency on the completion of one other unit. Actual implementation still in debate.  
use Property from Class QuerySource Allows searching by recomended "use" in the catalog. Requires the catalog objects to be tagged.  
use Property from Class QuerySource Narrows down the query to select only sources in the catalog that are tagged as being suitable for particular (mostly calibration) uses.  
use12GHzFilter Property from Class BaseBandSpecification If true then the 2 by 2 matrix switch, in the IF processors for both polarizations, will be set to pass the signal through the 12GHz low-pass filter. If false the 8.5GHz filter is used. Normally the 12GHz filter is used when the corresponding second LO frequency is greater than about 10.5GHz.  
useACA Property from Class PerformanceParameters Whether or not the ACA antennas should be used to complement the Main Array observing.  
useHotLoad Property from Class AtmosphericCalParameters   
useImage Property from Class AdvancedWindowSetup Whether or not to use the data from the mirror "image" window when using sideband separation and DSB receivers.  
useQuery Property from Class ObservatoryGoal Used to determine if this goal uses a query that be executed at runtime to find the targets to observe (useQuery=true) or instead actually has a list of targets to observe.  
UserAngle Class from Package valuetypes   
UserFrequency Class from Package valuetypes   
userId Property from Class Investigator Userid of the investigator in the user database (if the investigator is a registered user)  
userPriority Property from Class ControlBlock This is assigned by the user to this obsunit. Perhaps it should be associated only with Scheduling Blocks rather than with (additionally) ObsUnitSets, but applying to the latter might provide a convenience for recursion.  
userPriority Property from Class ScienceGoal A user-set priority for this science goal. Not yet used.  
userRepresentativeFrequency Property from Class SpectralSetupParameters   
UserSensitivity Class from Package valuetypes   
userUnit Property from Class UserAngle   
userUnit Property from Class UserFrequency   
userUnit Property from Class UserSensitivity   
useThis Property from Class AdvancedWindowSetup When used with sideband separation and DSB receivers allows this "main" window to be rejected (while setting useImage to true). Setting both false is probably an error.  
useThisSpectralWindow Property from Class AbstractSpectralWindow For DSB receivers, the user could suppress an image spectral window of a given pair. This would allow the user to improve data rate by discarding unwanted data. This flag is always TRUE for SSB & 2SB receivers and can be TRUE or FALSE only for DSB receivers.  
useTP Property from Class PerformanceParameters Whether or not the Total Power antennas in the ACA should be used to complement the observing. Normally useACA will also be true.  
useUSB Property from Class BaseBandSpecification If true then the 2 by 2 matrix switch, in the IF processors for both polarizations, will be set to use the upper sideband (USB) output of the front-end for this baseband. Because of wiring constraints in the IF processor, the first two and the last two base-bands must have the same value for this field.  
   
V
value Property from Class Angle   
value Property from Class Length   
value Property from Class Speed   
value Property from Class Frequency   
value Property from Class Flux   
value Property from Class Time   
value Property from Class AngularVelocity   
value Property from Class SmallAngle   
value Property from Class Sensitivity   
value Property from Class Longitude   
value Property from Class Latitude   
value Property from Class IntTimeReference   
value Property from Class IntTimeSource   
Value Property from Class KeywordValue   
value Property from Class DataRate   
value Property from Class StorageVolume   
Value Property from Class PipelineParameter   
value Property from Class Temperature   
value Property from Class Magnitude   
Valuetypes Class Diagram from Package valuetypes   
valuetypes Package from Package alma   
Velocity Class from Package valuetypes Velocity type. Assumed to be radial. Includes a speed, a reference system, and a doppler calculation type.  
velocityResolution Property from Class DataProcessingParameters   
verfiedUser Property from Class Investigator Whether or not this investigator is verified to exist in the user database.  
version Property from Class ObsProject A version number for the project definition. Currently this is user entered, but may be system determined in the long run.  
visibleMagnitude Property from Class SourceProperty Visible magnitude for the source (used in optical pointing). Is thisa definitely used/required?  
visibleMagnitude Property from Class OpticalPointingTargetParameters Visible magnitude of the source  
VisitConstraint Class from Package obsproject Describes the setup for a long term monitoring type observation, i.e. returning to observe a target on a medium term cadance, e.g. every month.  
visitId Property from Class VisitConstraint An id for this visit, to be used as a reference. Not directly user-settable.  
   
W
WeatherConstraints Class from Package obsproject As part of the Preconditions, outlines the weather constraints that must be satisfied before execution can begin.  
WeatherConstraints Property from Class Preconditions   
weighting Property from Class BaseBandSpecification A weighting for this baseband, to be used in determining the LO setup.  
windowFunction Property from Class AbstractSpectralWindow   
   
<UNNAMED>
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproposal   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsattachment   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package sbstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package ousstatus   
unnamed Association from Package ousstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproposal   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package ousstatus   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproject   
unnamed Association from Package sbstatus   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproposal   
unnamed Association from Package obsproposal   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package projectstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package schedblock   
unnamed Association from Package projectstatus   
unnamed Association from Package ppresults   
unnamed Association from Package projectstatus   
unnamed Association from Package schedblock   
unnamed Association from Package projectstatus   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package projectstatus   
unnamed Association from Package projectstatus   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Association from Package obsproject   
unnamed Generalization from Class ScienceParameters   
unnamed Generalization from Class CalibratorParameters   
unnamed Generalization from Class OpticalPointingParameters   
unnamed Generalization from Class ReservationParameters   
unnamed Generalization from Class HolographyParameters   
unnamed Generalization from Class CrossPattern   
unnamed Generalization from Class SinglePoint   
unnamed Generalization from Class ACACorrelatorConfiguration   
unnamed Generalization from Class BLCorrelatorConfiguration   
unnamed Generalization from Class ACABaseBandConfig   
unnamed Generalization from Class BLBaseBandConfig   
unnamed Generalization from Class ACASpectralWindow   
unnamed Generalization from Class BLSpectralWindow   
unnamed Generalization from Class SBStatus   
unnamed Generalization from Class OUSStatus   
unnamed Generalization from Class DelayCalParameters   
unnamed Generalization from Class AtmosphericCalParameters   
unnamed Generalization from Class RadiometricPointingParameters   
unnamed Generalization from Class ObservatoryGoal   
unnamed Generalization from Class UserAngle   
unnamed Generalization from Class UserFrequency   
unnamed Generalization from Class UserSensitivity   
unnamed Generalization from Class SidebandRatioCalParameters   
unnamed Generalization from Class BeamSwitchingCycle   
unnamed Generalization from Class FrequencySwitchingCycle   
unnamed Generalization from Class FrequencySwitchingState   
unnamed Generalization from Class BeamSwitchingState   
unnamed Generalization from Class MonitoringConstraint   
unnamed Generalization from Class VisitConstraint   
unnamed Generalization from Class TemporalParameters   
unnamed Generalization from Class FillPattern   
unnamed Generalization from Class CheckSourceCalParameters   
unnamed Generalization from Class OverlaidSpectralLine   
unnamed Generalization from Class ExpectedSpectralLine   
unnamed Generalization from Class DGCReferenceCalParameters   
unnamed Generalization from Class DGCScienceCalParameters   
unnamed Generalization from Class ACASpectrometerCorrelatorConfiguration   
unnamed Generalization from Class ProjectStatus   
unnamed Generalization from Class ObsUnitStatus   
unnamed Generalization from Class BandpassCalParameters   
unnamed Generalization from Class FocusCalParameters   
unnamed Generalization from Class ScienceGoal   
unnamed Generalization from Class TargetParameters   
unnamed Generalization from Class ScienceSpectralWindow   
unnamed Generalization from Class SpectralScan   
unnamed Generalization from Class RectanglePattern   
unnamed Generalization from Class PointingPattern   
unnamed Generalization from Class OpticalCameraSpec   
unnamed Generalization from Class SpectralSpec   
unnamed Generalization from Class OpticalPointingScienceGoal   
unnamed Generalization from Class ObsUnitControl   
unnamed Generalization from Class ObsUnitSet   
unnamed Generalization from Class Rectangle   
unnamed Generalization from Class Circle   
unnamed Generalization from Class Polygon   
unnamed Generalization from Class Ellipse   
unnamed Generalization from Class ObsProposal   
unnamed Generalization from Class ObsProgram   
unnamed Generalization from Class PointingCalParameters   
unnamed Generalization from Class ObsReview   
unnamed Generalization from Class PhaseCalParameters   
unnamed Generalization from Class SchedBlock   
unnamed Generalization from Class AmplitudeCalParameters   
unnamed Generalization from Class PolarizationCalParameters   
unnamed Instance Value from Property type   
unnamed Instance Value from Property type   
unnamed Instance Value from Property groupResourceUse   
unnamed Instance Value from Property polarisation   
unnamed Instance Value from Property type   
unnamed Instance Value from Property representativeReceiverBand   
unnamed Instance Value from Property name   
unnamed Instance Value from Property receiverBand   
unnamed Instance Value from Property arrayName   
unnamed Instance Value from Property timingConstraintsType   
unnamed Instance Value from Property arrayName   
unnamed Instance Value from Property resolutionOption   
unnamed Instance Value from Property singleContinuumCorrelatorMode   
unnamed Instance Value from Property positionalAccuracy   
unnamed Property from Association unnamed   
unnamed Property from Class Target   
unnamed Property from Association unnamed   
unnamed Property from Class TemporalConstraints   
unnamed Property from Class AbstractTimingConstraints   
unnamed Property from Class ObservingParameters   
unnamed Property from Class FieldSource   
unnamed Property from Class AbstractInstrumentSpec   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class AbstractScienceGoal   
unnamed Property from Class ObsPhase   
unnamed Property from Class Field   
unnamed Property from Class TargetParameters   
unnamed Property from Class OpticalPointingScienceGoal   
unnamed Property from Class OpticalPointingTargetQueryParameters   
unnamed Property from Class ACACorrelatorConfiguration   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class ACACorrelatorConfiguration   
unnamed Property from Class BLCorrelatorConfiguration   
unnamed Property from Association unnamed   
unnamed Property from Class ACABaseBandConfig   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class BLBaseBandConfig   
unnamed Property from Association unnamed   
unnamed Property from Class BLSpectralWindow   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class FrequencySetup   
unnamed Property from Association unnamed   
unnamed Property from Class AbstractBaseBandConfig   
unnamed Property from Association unnamed   
unnamed Property from Class SpectralSpec   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class ObsAttachment   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class SBStatus   
unnamed Property from Class SchedBlock   
unnamed Property from Association unnamed   
unnamed Property from Class SBStatus   
unnamed Property from Association unnamed   
unnamed Property from Class OUSStatus   
unnamed Property from Class OUSStatus   
unnamed Property from Class ObsUnitSet   
unnamed Property from Association unnamed   
unnamed Property from Class OUSStatus   
unnamed Property from Association unnamed   
unnamed Property from Class OUSStatus   
unnamed Property from Association unnamed   
unnamed Property from Class PipelineProcessingRequest   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class OrderedTarget   
unnamed Property from Class SchedBlock   
unnamed Property from Association unnamed   
unnamed Property from Class ObservingGroup   
unnamed Property from Association unnamed   
unnamed Property from Class SpectralLine   
unnamed Property from Class AbstractSpectralWindow   
unnamed Property from Class FieldSource   
unnamed Property from Association unnamed   
unnamed Property from Class ObservatoryGoal   
unnamed Property from Class ObservatoryGoalTargetParameters   
unnamed Property from Class ObservatoryGoal   
unnamed Property from Association unnamed   
unnamed Property from Class ObservatoryGoal   
unnamed Property from Association unnamed   
unnamed Property from Class CalibrationSetupParameters   
unnamed Property from Class QuerySource   
unnamed Property from Class QuerySource   
unnamed Property from Class ObsProposal   
unnamed Property from Class ProposalFeedback   
unnamed Property from Association unnamed   
unnamed Property from Class ProposalFeedback   
unnamed Property from Association unnamed   
unnamed Property from Class TimeAllocationBreakdown   
unnamed Property from Class DataRateBreakdown   
unnamed Property from Association unnamed   
unnamed Property from Class ProposalFeedback   
unnamed Property from Association unnamed   
unnamed Property from Class ReceiverTimeBreakdown   
unnamed Property from Association unnamed   
unnamed Property from Class ProposalFeedback   
unnamed Property from Association unnamed   
unnamed Property from Class ObservatoryGoalControlParameters   
unnamed Property from Class ObservatoryGoal   
unnamed Property from Class AbstractTargetParameters   
unnamed Property from Association unnamed   
unnamed Property from Class CalibrationSetupParameters   
unnamed Property from Class CalibrationTargetParameters   
unnamed Property from Class CalibrationTargetParameters   
unnamed Property from Class CalibrationTargetProperties   
unnamed Property from Association unnamed   
unnamed Property from Class ObservatoryGoalTargetParameters   
unnamed Property from Class Investigator   
unnamed Property from Class SpectralSpec   
unnamed Property from Association unnamed   
unnamed Property from Class FrequencySwitchingCycle   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class BeamSwitchingCycle   
unnamed Property from Class SpectralSetupParameters   
unnamed Property from Class AdvancedSpectralSetup   
unnamed Property from Class Session   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class AbstractScienceSpectralWindow   
unnamed Property from Class AdvancedWindowSetup   
unnamed Property from Association unnamed   
unnamed Property from Class ProposalFeedback   
unnamed Property from Class ArrayTimeBreakdown   
unnamed Property from Association unnamed   
unnamed Property from Class ScienceGoal   
unnamed Property from Class TechnicalJustification   
unnamed Property from Class ExecStatus   
unnamed Property from Class OnSourceTime   
unnamed Property from Class ObsProject   
unnamed Property from Association unnamed   
unnamed Property from Class Target   
unnamed Property from Class SchedBlock   
unnamed Property from Association unnamed   
unnamed Property from Class SchedBlock   
unnamed Property from Association unnamed   
unnamed Property from Class ExpectedSpectralLine   
unnamed Property from Class AbstractScienceSpectralWindow   
unnamed Property from Class OverlaidSpectralLine   
unnamed Property from Class SpectralSetupParameters   
unnamed Property from Association unnamed   
unnamed Property from Class Investigator   
unnamed Property from Class ACASpectrometerCorrelatorConfiguration   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class ACASpectrometerCorrelatorConfiguration   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class ObsUnitStatus   
unnamed Property from Class DataProcessingParameters   
unnamed Property from Class ObsUnitSet   
unnamed Property from Class SchedulingConstraints   
unnamed Property from Class SchedBlock   
unnamed Property from Class ObsUnit   
unnamed Property from Class UnitDependencies   
unnamed Property from Class ScienceGoal   
unnamed Property from Class TargetParameters   
unnamed Property from Class PerformanceParameters   
unnamed Property from Class ScienceGoal   
unnamed Property from Class ScienceGoal   
unnamed Property from Class CalibrationSetupParameters   
unnamed Property from Class ScienceGoal   
unnamed Property from Class SpectralSetupParameters   
unnamed Property from Class AbstractScienceSpectralWindow   
unnamed Property from Class SpectralSetupParameters   
unnamed Property from Class ObsUnit   
unnamed Property from Class Preconditions   
unnamed Property from Class SchedBlock   
unnamed Property from Class Target   
unnamed Property from Association unnamed   
unnamed Property from Class FieldPattern   
unnamed Property from Class FieldSource   
unnamed Property from Class Reference   
unnamed Property from Class FieldSource   
unnamed Property from Class PipelineParameter   
unnamed Property from Class PipelineProcessingRequest   
unnamed Property from Association unnamed   
unnamed Property from Class PipelineProcessingRequest   
unnamed Property from Class BestSB   
unnamed Property from Class ExecStatus   
unnamed Property from Class BestSBItem   
unnamed Property from Association unnamed   
unnamed Property from Class BestSB   
unnamed Property from Class BestSBItem   
unnamed Property from Class OpticalPointingTargetParameters   
unnamed Property from Class OpticalPointingScienceGoal   
unnamed Property from Class OpticalCameraControlParameters   
unnamed Property from Class OpticalCameraSpecParameters   
unnamed Property from Class ProjectStatus   
unnamed Property from Class ObsProject   
unnamed Property from Class ProjectStatus   
unnamed Property from Association unnamed   
unnamed Property from Class ObsUnitSet   
unnamed Property from Association unnamed   
unnamed Property from Class ObsUnit   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Association unnamed   
unnamed Property from Class ObsProposal   
unnamed Property from Class ObsReview   
unnamed Property from Class ObsProject   
unnamed Property from Class ObsProject   
unnamed Property from Class ObsUnitSet