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### Instruction:
Extract the cause and effect entities from the following sentence:
Justification: A lower inclination will reduce the effects of the SAA
### Assistant:
NOT_RELEVANT: Justification
CONDITION: reduce
VARIABLE: A
KEYWORD: will
CAUSE_1: A lower inclination
EFFECT_1: reduce the effects of the SAA.
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Although not the prime science it is clear that fast response times will enable additional science
### Assistant:
NOT_RELEVANT: Although not the prime science it is clear that
KEYWORD: will
CONDITION: enable
VARIABLE: additional science
CAUSE_1: fast response times
EFFECT_1: enable additional science
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Clearly, this requirement should not inhibit faster response times in case a ToO is identified at the beginning of a working day
### Assistant:
NOT_RELEVANT: Clearly
KEYWORD: at
VARIABLE: this requirement
CONDITION: inhibit faster response times
CAUSE_1: a ToO is identified
CAUSE_2: the beginning of a working day
NEGATION: not
EFFECT_1: this requirement should not inhibit faster response times
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
A Quick Look data analysis subsystem should be provided at SOC (and SDC) in order to determine the properties of triggering sources and LAD target object in order to provide an alert for observation plan changes, and verify LOFT Burst Alert messages
### Assistant:
KEYWORD: in order
CONDITION: should be provided at SOC
VARIABLE: A Quick Look data analysis subsystem
AND: and
NOT_RELEVANT: (and SDC)
CAUSE_1: A Quick Look data analysis subsystem should be provided at SOC
EFFECT_1: to determine the properties of triggering sources
CAUSE_2: LAD target object
EFFECT_2: to provide an alert for observation plan changes
EFFECT_3: verify LOFT Burst Alert messages.
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The re-planning timescales should be faster to avoid loss of useful observing time
### Assistant:
CONDITION: should be faster
VARIABLE: The re-planning timescales
CAUSE_1: The re-planning timescales should be faster
EFFECT_1: to avoid loss of useful observing time
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Justification: For a 500 mCrab source, observed with an efficiency of 60% the data rates must support all LAD event mode data
### Assistant:
NOT_RELEVANT: Justification
KEYWORD: For
AND: observed with
CONDITION: must support all LAD event mode data
VARIABLE: a
CAUSE_1: a 500 mCrab source
CAUSE_2: an efficiency of 60%
EFFECT_1: the data rates must support all LAD event mode data
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Only when, during this campaign, the source fades away, the campaign can be stopped to save observing time
### Assistant:
KEYWORD: during
VARIABLE: observing time
CAUSE_1: this campaign
CONDITION: to save
CAUSE_2: the source fades away
EFFECT_1: the campaign can be stopped
EFFECT_2: to save observing time
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
If the total number of pointings is a concern, pointings of less than 10 ks can be added up to make pointings of at least 10 ksec in length
### Assistant:
KEYWORD: If
VARIABLE: pointings
CONDITION: of at least 10 ksec in length
CAUSE_1: the total number of pointings is a concern
EFFECT_1: can be added up
EFFECT_2: to make pointings of at least 10 ksec in length
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
It will, of course, affect the overall science return of the mission as it reduces the discovery space
### Assistant:
CAUSE_1: it reduces the discovery space
CONDITION: reduces the discovery space
VARIABLE: it
NOT_RELEVANT: It will, of course
EFFECT_1: affect the overall science return of the mission
KEYWORD: as
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In summary this analysis shows that the core science goals are not at stake if the effective area reduces by the order of 10%
### Assistant:
KEYWORD: if
VARIABLE: the core science goals
CONDITION: at stake
CAUSE_1: the effective area reduces by the order of 10%
NOT_RELEVANT: In summary this analysis shows that
EFFECT_1: the core science goals are not at stake
NEGATION: are not
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
As can be seen from Table A-2 the visibility with a very small solar constraint (± 10o) gives still a total of 8.7 Ms for a 4 year mission, well in excess over the needed observing time
### Assistant:
NOT_RELEVANT: well in excess over the needed observing time
VARIABLE: a
CONDITION: 4 year
KEYWORD: for
CAUSE_1: the visibility with a very small solar constraint
EFFECT_1: gives still a total of 8.7 Ms
CAUSE_2: a 4 year mission
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
With an upper range of 80 keV (no specific resolution is required) fast high-energy phenomena such as SGR/AXP flares can be studied
### Assistant:
KEYWORD: With
VARIABLE: fast high-energy phenomena
CONDITION: can be studied
NOT_RELEVANT: such as SGR/AXP flares
EFFECT_1: can be studied
CAUSE_1: an upper range of 80 keV
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
As we will show, with CCD-class spectral resolution and passively cooled detectors we can achieve these three science goals
### Assistant:
NOT_RELEVANT: As we will show
KEYWORD: with
VARIABLE: we
CONDITION: can achieve these three science goals
CAUSE_1: CCD-class spectral resolution
CAUSE_2: passively cooled detectors
EFFECT_1: we can achieve these three science goals
AND: and
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
However, in case of a hot spot the prime science comes from the variability of the spectra
### Assistant:
NOT_RELEVANT: However
KEYWORD: in case of
VARIABLE: the prime science
CONDITION: comes from the variability of the spectra
CAUSE_1: a hot spot
EFFECT_1: the prime science comes from the variability of the spectra
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The actual value is set at 400 eV but could be also somewhat larger (100 eV) before affecting the science significantly
### Assistant:
NEGATION: before
CONDITION: could be also somewhat larger
VARIABLE: The actual value
CAUSE_1: affecting the science significantly
AND: but
NOT_RELEVANT: (100 eV)
EFFECT_1: The actual value is set at 400 eV
EFFECT_2: could be also somewhat larger
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Requirements are identified by the use of the term “shall”, as opposed to “should” for goals
### Assistant:
KEYWORD: by
VARIABLE: the term “shall”
CONDITION: to “should” for goals
NEGATION: as opposed
CAUSE_2: as opposed to “should” for goals
CAUSE_1: the use of the term “shall”
EFFECT_1: Requirements are identified
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Requirements applicable to the S/C only are flown-down into the SRD
### Assistant:
VARIABLE: Requirements
CONDITION: are flown-down into the SRD
CAUSE_1: Requirements applicable to the S/C only
EFFECT_1: are flown-down into the SRD
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirements applicable to the S/C and the instrument are budgeted into the RJBD
### Assistant:
VARIABLE: Requirements
CONDITION: are budgeted into the RJBD
AND: and
CAUSE_1: Requirements applicable to the S/C
CAUSE_2: the instrument
EFFECT_1: are budgeted into the RJBD
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Supplementary text added to explain the source or reasoning behind a requirement shall be written after the requirement in italics
### Assistant:
VARIABLE: Supplementary text
CONDITION: shall be written after the requirement in italics
OR: or
CAUSE_1: Supplementary text added to explain the source
CAUSE_2: reasoning behind a requirement
EFFECT_1: shall be written after the requirement in italics
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
In addition to those, all ESA approved standards (including relevant ECSS standards) are applicable documents as well
### Assistant:
NOT_RELEVANT: as well
CONDITION: are applicable documents
VARIABLE: all
CAUSE_1: all ESA approved standards
EFFECT_1: are applicable documents
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
For the brightest targets it will be possible to obtain high quality spectra in a single visit; for fainter targets the necessary signal-to-noise will be built up through repeated visits over the mission lifetime
### Assistant:
KEYWORD: it
CONDITION: will be built up through repeated visits over the mission lifetime.
VARIABLE: the necessary signal-to-noise
CAUSE_1: the brightest targets
EFFECT_1: will be possible to obtain high quality spectra in a single visit
CAUSE_2: fainter targets
EFFECT_2: the necessary signal-to-noise will be built up through repeated visits over the mission lifetime.
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
MR-MIS-100 After separation from the LV, the S/C shall autonomously activate one of its transmitting channels and its 2 receiving channels to allow the ESA ground station network to establish the first contact
### Assistant:
NOT_RELEVANT: MR-MIS-100
NEGATION: After
CAUSE_1: separation from the LV
VARIABLE: separation from the LV
CONDITION: to establish the first contact
AND: and
KEYWORD: to allow
EFFECT_1: the S/C shall autonomously activate one of its transmitting channels
EFFECT_2: its 2 receiving channels
EFFECT_3: the ESA ground station network to establish the first contact
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In the case that there is no extended science operations phase, the post operations phase shall start at the end of the nominal science operations phases
### Assistant:
KEYWORD: In the case that there
NEGATION: is no
VARIABLE: the post operations phase
CAUSE_1: is no extended science operations phase
CONDITION: shall start at the end of the nominal science operations phases
EFFECT_1: the post operations phase shall start at the end of the nominal science operations phases
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
MR-PERF-030 During phases 4 and 5, the EChO S/C shall have the ability to make a rotation of 72 degrees around YECHO and observe a target from any of those attitudes
### Assistant:
NOT_RELEVANT: MR-PERF-030
KEYWORD: During
VARIABLE: the EChO S/C
AND: and
CONDITION: observe a target from any of those attitudes
CAUSE_1: phases 4
CAUSE_2: 5
EFFECT_1: the EChO S/C shall have the ability to make a rotation of 72 degrees around YECHO
EFFECT_2: observe a target from any of those attitudes
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
MR-PERF-040 During phases 4 and 5, the EChO S/C shall have the ability to make a rotation of 2 degrees around XECHO and observe a target from any of those attitudes
### Assistant:
NOT_RELEVANT: MR-PERF-040
KEYWORD: During
VARIABLE: the EChO S/C
AND: and
CONDITION: observe a target from any of those attitudes
CAUSE_1: phases 4
CAUSE_2: 5
EFFECT_1: the EChO S/C shall have the ability to make a rotation of 2 degrees around XECHO
EFFECT_2: observe a target from any of those attitudes
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
MR-PERF-061 Corruption or loss of science data during a science observation shall be deducted from the observation efficiency budget with a degradation factor of 2
### Assistant:
NOT_RELEVANT: MR-PERF-061
VARIABLE: loss of science data
OR: or
EFFECT_1: shall be deducted from the observation efficiency budget with a degradation factor of 2.
EFFECT_2: loss of science data
KEYWORD: during
CAUSE_1: a science observation
CONDITION: shall be deducted from the observation efficiency budget with a degradation factor of 2.
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In case alternative designs are proposed (e.g. FTS), equivalent requirements shall be derived
### Assistant:
KEYWORD: In case
VARIABLE: equivalent requirements
CONDITION: shall be derived
NOT_RELEVANT: (e.g. FTS)
CAUSE_1: alternative designs are proposed
EFFECT_1: equivalent requirements shall be derived
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The complete wavelength range can be split into as many channels as necessary as long as all science performance requirements are met
### Assistant:
KEYWORD: as long as
VARIABLE: The complete wavelength range
CONDITION: can be split into as many channels as necessary
EFFECT_1: The complete wavelength range can be split into as many channels as necessary
CAUSE_1: all science performance requirements are met
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
MR-PERF-255 An extended FoV of ≥ 20’’ (half angle) in the spatial direction of each science channel shall enable the monitoring of the background (e.g. zodiacal and thermal background but also detector dark current) using off-source pixels (TBC)
### Assistant:
NOT_RELEVANT: (TBC)
VARIABLE: the spatial direction of each science channel
CONDITION: using off-source pixels
CAUSE_1: An extended FoV of ≥ 20’’
EFFECT_1: shall enable the monitoring of the background
KEYWORD: in
CAUSE_2: the spatial direction of each science channel
CAUSE_3: using off-source pixels
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
MR-SYS-190 Any hazardous situation, which will not cause immediate loss of but may develop into the loss of the S/C or instrument, shall be prevented by design or protected against
### Assistant:
NOT_RELEVANT: MR-SYS-190
CONDITION: may develop into the loss of the S/C or instrument
VARIABLE: hazardous situation
CAUSE_1: will not cause immediate loss of
KEYWORD: which
NEGATION: not
OR: or
EFFECT_1: shall be prevented by design
EFFECT_2: protected against
AND: but
CAUSE_2: may develop into the loss of the S/C or instrument
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
MR-SYS-210 Where redundancy is employed, the design shall allow operation and verification of the redundant item/function, independent of nominal use
### Assistant:
NOT_RELEVANT: MR-SYS-210
KEYWORD: Where
VARIABLE: the design
CONDITION: independent of nominal use
CAUSE_1: redundancy is employed
AND: and
EFFECT_1: the design shall allow operation
EFFECT_2: verification of the redundant item/function
EFFECT_3: independent of nominal use
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The use of units inducing mechanical vibrations during science observations shall be avoided as far as practicable
### Assistant:
VARIABLE: science observations
KEYWORD: during
CONDITION: inducing mechanical vibrations
CAUSE_1: The use of units inducing mechanical vibrations
CAUSE_2: science observations
EFFECT_1: shall be avoided as far as practicable
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In all mission phases after LEOP, the S/C shall be able to survive without ground contact for at least 11 days
### Assistant:
KEYWORD: for
VARIABLE: LEOP
CAUSE_2: after LEOP
CAUSE_1: all mission phases
CONDITION: at least 11 days
NEGATION: after
EFFECT_1: the S/C shall be able to survive
EFFECT_2: without ground contact
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
MR-OGS-190 During the science operations phase, the ground contact duration and frequency shall be 14 hours per week, spread over 4 ground contacts
### Assistant:
NOT_RELEVANT: MR-OGS-190
KEYWORD: During
VARIABLE: frequency
AND: and
CONDITION: spread over 4 ground contacts
CAUSE_1: the science operations phase
EFFECT_1: the ground contact duration
EFFECT_2: frequency shall be 14 hours per week
EFFECT_3: spread over 4 ground contacts
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Supplementary text added to explain the source or reasoning behind a requirement is written after the requirement in italics
### Assistant:
VARIABLE: Supplementary text
CONDITION: is written after the requirement in italics.
OR: or
CAUSE_1: Supplementary text added to explain the source
CAUSE_2: reasoning behind a requirement
EFFECT_1: is written after the requirement in italics
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Due to an innovative design and the development of large monolithic silicon drift detectors, the Large Area Detector (LAD) on board LOFT will achieve an effective area of ~10 m^2 (more than an order of magnitude larger than current space-borne X-ray detectors) in the 2-30 keV range (up to 80 keV in expanded mode)
### Assistant:
NOT_RELEVANT: (up to 80 keV in expanded mode)
KEYWORD: Due to
CONDITION: in the 2-30 keV range
VARIABLE: on board LOFT
AND: and
CAUSE_1: an innovative design
CAUSE_2: the development of large monolithic silicon drift detectors
EFFECT_1: in the 2-30 keV range
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The scientific objectives are be achieved through the measurement of the X-ray photometric light curves and spectra of a range of different astrophysical target classes
### Assistant:
KEYWORD: through
CONDITION: are be achieved
VARIABLE: The scientific objectives
AND: and
CAUSE_1: the measurement of the X-ray photometric light curves
CAUSE_2: spectra of a range of different astrophysical target classes
EFFECT_1: The scientific objectives are be achieved
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The targets are all compact objects (neutron stars, black holes and AGN) therefore the measurement requires no imaging capability
### Assistant:
VARIABLE: the measurement
CONDITION: imaging capability
NOT_RELEVANT: (neutron stars, black holes and AGN)
KEYWORD: therefore
CAUSE_1: The targets are all compact objects
EFFECT_1: the measurement requires no imaging capability
NEGATION: no
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The platform-provider will provide the TM-function on-board the SC to allow the WFM to transmit the LBAS packet to ground
### Assistant:
VARIABLE: the WFM
CONDITION: to transmit the LBAS packet to ground
KEYWORD: to allow
CAUSE_1: The platform-provider will provide the TM-function on-board the SC
EFFECT_1: the WFM to transmit the LBAS packet to ground
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
A FoR of 35% of the sky can be achieved, for example, if the LAD solar aspect angle can be varied between 90±~20°
### Assistant:
VARIABLE: the LAD solar aspect angle
CONDITION: can be varied between 90±~20°
NOT_RELEVANT: for example
KEYWORD: if
CAUSE_1: the LAD solar aspect angle can be varied between 90±~20°
EFFECT_1: A FoR of 35% of the sky can be achieved
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The LAD Nominal Field of Regard (FoR) should be at least 75% of the sky at the beginning of the Nominal Operations Phase
### Assistant:
KEYWORD: at
CONDITION: should be at least 75% of the sky
VARIABLE: The LAD Nominal Field of Regard
CAUSE_1: the beginning of the Nominal Operations Phase
NOT_RELEVANT: (FoR)
EFFECT_1: should be at least 75% of the sky
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The LAD Degraded Field of Regard (FoR) shall be at least 50% of the sky at the end of the Nominal Operations Phase
### Assistant:
KEYWORD: at
CONDITION: shall be at least 50% of the sky
VARIABLE: The LAD Degraded Field of Regard
CAUSE_1: the end of the Nominal Operations Phase
NOT_RELEVANT: (FoR)
EFFECT_1: shall be at least 50% of the sky
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
A FoR of 50% of the sky can be achieved, for example, if the LAD solar aspect angle can be varied between 90±30
### Assistant:
KEYWORD: if
VARIABLE: A FoR
CONDITION: of 50% of the sky can be achieved
NOT_RELEVANT: for example
CAUSE_1: the LAD solar aspect angle can be varied between 90±30
EFFECT_1: A FoR of 50% of the sky can be achieved
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The LAD Degraded Field of Regard shall contain a single point located within the Galactic Centre area for at least 35% of the nominal mission duration
### Assistant:
KEYWORD: for
CONDITION: shall contain a single point located within the Galactic Centre area
VARIABLE: The LAD Degraded Field of Regard
CAUSE_1: at least 35% of the nominal mission duration
EFFECT_1: The LAD Degraded Field of Regard shall contain a single point located within the Galactic Centre area
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Observations with the LAD shall be considered as suspended during the period of the orbit when the background integral flux of protons with energy greater than 50keV is greater than 0.5/cm2/s (TBC)
### Assistant:
KEYWORD: when
VARIABLE: the background integral flux of protons
CONDITION: shall be considered as suspended
CAUSE_2: the period of the orbit
CAUSE_3: the background integral flux of protons with energy greater than 50keV is greater than 0.5/cm2/s
NOT_RELEVANT: (TBC)
EFFECT_1: shall be considered as suspended
CAUSE_1: Observations with the LAD
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The WFM instrument data will include information on transients which must be down-linked in a timely manner in order to be input into the observation planning for the LAD instrument - see [SCI-WFM-R-14] in [RD 1]
### Assistant:
KEYWORD: which
CONDITION: must be down-linked in a timely manner
NOT_RELEVANT: - see [SCI-WFM-R-14] in [RD 1].
EFFECT_1: to be input into the observation planning for the LAD instrument
VARIABLE: The WFM instrument data
CAUSE_1: The WFM instrument data will include information on transients
CAUSE_2: must be down-linked in a timely manner
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
This requirement supports sufficient source position accuracy to enable observations by the LAD and also to provide the required localisation accuracy to the LBAS
### Assistant:
VARIABLE: observations by the LAD
CONDITION: to the LBAS
CAUSE_1: This requirement supports sufficient source position accuracy
AND: and also
EFFECT_1: to enable observations by the LAD
EFFECT_2: to provide the required localisation accuracy to the LBAS
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
During the Commissioning Phase, the payload instruments on-board shall be deployed, calibrated and tested
### Assistant:
KEYWORD: During
VARIABLE: the payload instruments on-board
CONDITION: tested
AND: and
CAUSE_1: the Commissioning Phase
EFFECT_1: the payload instruments on-board shall be deployed
EFFECT_2: calibrated
EFFECT_3: tested
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
In the EOP degradation in mission performances are allowable
### Assistant:
KEYWORD: In
VARIABLE: degradation in mission performances
CONDITION: are allowable
CAUSE_1: the EOP
EFFECT_1: degradation in mission performances are allowable
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
For the initial phases of the study, the margin policy described in [AD 4] shall be applied
### Assistant:
KEYWORD: For
CONDITION: shall be applied
VARIABLE: the
NOT_RELEVANT: described in [AD 4]
CAUSE_1: the initial phases of the study
EFFECT_1: shall be applied
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
At all times during operation, the WFM shall be shielded from direct solar flux by a sunshield
### Assistant:
KEYWORD: At
VARIABLE: the WFM
CAUSE_1: all times
CAUSE_2: operation
CONDITION: shall be shielded from direct solar flux by a sunshield
EFFECT_1: the WFM shall be shielded from direct solar flux by a sunshield
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The spacecraft shall enter safe-mode in case of anomalies or failures from which it cannot recover autonomously
### Assistant:
VARIABLE: failures
CONDITION: recover autonomously
EFFECT_1: The spacecraft shall enter safe-mode
KEYWORD: from which
OR: or
NEGATION: cannot
CAUSE_1: anomalies
CAUSE_2: failures
CAUSE_3: it cannot recover autonomously
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The LAD Reference Boresight LoS Absolute Performance Error (APE) shall be better than 1 arcminute (TBC) at all times during observation to a confidence of 99.7%
### Assistant:
VARIABLE: The LAD Reference Boresight LoS Absolute Performance Error
KEYWORD: during
CAUSE_1: at all times
CAUSE_2: observation
NOT_RELEVANT: (TBC)
CONDITION: to a confidence of 99.7%
EFFECT_1: shall be better than 1 arcminute
EFFECT_2: to a confidence of 99.7%
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
R-POIN-030 During LAD instrument operations, the LoS RPE (pointing jitter) of the LAD Reference Boresight and each LAD Module Reference Boresight shall not exceed the requirement limits specified in the following table
### Assistant:
NOT_RELEVANT: (pointing jitter)
KEYWORD: During
VARIABLE: each LAD Module Reference Boresight
CAUSE_1: LAD instrument operations
AND: and
NEGATION: shall not
CONDITION: exceed the requirement limits specified in the following table
EFFECT_1: of the LAD Reference Boresight
EFFECT_2: each LAD Module Reference Boresight shall not exceed the requirement limits specified in the following table
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The Power subsystem shall provide sufficient power for the spacecraft systems and payload instruments during all operational modes and mission phases
### Assistant:
KEYWORD: during
VARIABLE: The Power subsystem
AND: and
CAUSE_1: all operational modes
CAUSE_2: mission phases
CONDITION: payload instruments
EFFECT_1: The Power subsystem shall provide sufficient power for the spacecraft systems
EFFECT_2: payload instruments
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The uplink and downlink data rates shall be compatible with the data transmission requirements during all mission phases
### Assistant:
KEYWORD: during
VARIABLE: downlink data rates
CAUSE_1: all mission phases
AND: and
CONDITION: shall be compatible with the data transmission requirements
EFFECT_1: The uplink
EFFECT_2: downlink data rates shall be compatible with the data transmission requirements
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The spacecraft shall be able to uplink with an average TC-rate of 64 kbps (TBC) during ground contact periods
### Assistant:
KEYWORD: during
VARIABLE: The spacecraft
CAUSE_1: ground contact periods
CONDITION: shall be able to uplink with an average TC-rate of 64 kbps
NOT_RELEVANT: (TBC)
EFFECT_1: The spacecraft shall be able to uplink with an average TC-rate of 64 kbps
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
During LEOP and critical mission phases, the 15-m ESA station at Kourou shall be used
### Assistant:
KEYWORD: During
VARIABLE: the 15-m ESA station at Kourou
AND: and
CAUSE_1: LEOP
CAUSE_2: critical mission phases
CONDITION: critical
EFFECT_1: the 15-m ESA station at Kourou shall be used
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In all mission phases after LEOP, the S/C shall be able to continue to operate nominally without ground support for at least 1 day (TBC)
### Assistant:
NEGATION: without
VARIABLE: ground support for at least 1 day
KEYWORD: In
CAUSE_1: all mission phases
CAUSE_2: after LEOP
CONDITION: shall be able to continue to operate nominally
EFFECT_1: the S/C shall be able to continue to operate nominally
NOT_RELEVANT: (TBC)
EFFECT_2: without ground support for at least 1 day
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
In all mission phases after LEOP, the S/C shall be able to survive without ground contact for at least 7 days (TBC)
### Assistant:
NOT_RELEVANT: (TBC)
KEYWORD: In
NEGATION: without
VARIABLE: ground contact for at least 7 days
CAUSE_1: all mission phases
CAUSE_2: after LEOP
CONDITION: shall be able to survive
EFFECT_1: the S/C shall be able to survive
EFFECT_2: without ground contact for at least 7 days
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
If a European equipment does not meet the requirements, a non-European alternative can be used
### Assistant:
KEYWORD: If
VARIABLE: a non-European alternative
NEGATION: does not
CONDITION: can be used
CAUSE_1: a European equipment does not meet the requirements
EFFECT_1: a non-European alternative can be used
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The link transfers the clock signals in both directions (space-to-ground and ground-to-space) allowing the received signal to be compared with the local clock at both ends
### Assistant:
KEYWORD: allowing
VARIABLE: The link
CONDITION: transfers the clock signals in both directions
EFFECT_1: the received signal to be compared with the local clock at both ends
NOT_RELEVANT: (space-to-ground and ground-to-space)
CAUSE_1: The link transfers the clock signals in both directions
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
During launch and until a safe attitude is acquired, all payload systems shall be switched off with the exception of vacuum systems and the spacecraft in a minimal power stage using s/c batteries
### Assistant:
KEYWORD: During
AND: and
VARIABLE: the spacecraft
NEGATION: until
CONDITION: in a minimal power stage using s/c batteries
CAUSE_1: launch
CAUSE_2: a safe attitude is acquired
EFFECT_1: all payload systems shall be switched off with the exception of vacuum systems
EFFECT_2: the spacecraft in a minimal power stage using s/c batteries
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
During nominal modes, no spacecraft re-orientations and/or orbit maintenance manoeuvres shall be performed
### Assistant:
KEYWORD: During
VARIABLE: orbit maintenance manoeuvres
NEGATION: no
AND: and
OR: or
CONDITION: shall be performed
CAUSE_1: nominal modes
EFFECT_1: no spacecraft re-orientations
EFFECT_2: orbit maintenance manoeuvres shall be performed
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
DC non-gravitational accelerations on the spacecraft shall be less than 1E-6 m/s2 , within the instrument volume, when measuring
### Assistant:
KEYWORD: when
VARIABLE: DC non-gravitational accelerations on the spacecraft
CAUSE_1: the instrument volume
CAUSE_2: measuring
CONDITION: shall be less than 1E-6 m/s2
EFFECT_1: DC non-gravitational accelerations on the spacecraft shall be less than 1E-6 m/s2
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
DC non gravitational accelerations on the spacecraft along the sensitive axis of the atom interferometer shall be less than 4⋅10-7 m/s2 , during atom interferometer operations
### Assistant:
KEYWORD: during
VARIABLE: DC non gravitational accelerations on the spacecraft along the sensitive axis of the atom interferometer
CAUSE_1: atom interferometer operations
CONDITION: shall be less than 4⋅10-7 m/s2
EFFECT_1: DC non gravitational accelerations on the spacecraft along the sensitive axis of the atom interferometer shall be less than 4⋅10-7 m/s2
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The Power subsystem shall provide sufficient power for the spacecraft systems and payload instruments during all modes and mission phases
### Assistant:
KEYWORD: during
VARIABLE: The Power subsystem
AND: and
CAUSE_1: all modes
CAUSE_2: mission phases
CONDITION: all
EFFECT_1: The Power subsystem shall provide sufficient power for the spacecraft systems
EFFECT_2: payload instruments
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The payload shall perform according to specifications in the on-board environment of the spacecraft during all nominal modes (defined in R- MIS-240)
### Assistant:
KEYWORD: during
VARIABLE: The payload
NOT_RELEVANT: (defined in R- MIS-240)
CONDITION: all nominal
EFFECT_1: The payload shall perform according to specifications in the on-board environment of the spacecraft
CAUSE_1: all nominal modes
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The mission shall rely on a maximum of two MOC ground stations for TT&C during nominal operations
### Assistant:
KEYWORD: during
VARIABLE: The mission
CONDITION: shall rely on a maximum of two MOC ground stations for TT&C
CAUSE_1: nominal operations
EFFECT_1: The mission shall rely on a maximum of two MOC ground stations for TT&C
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
If there are more than 3 ground terminals, only three of them have to fulfil this requirement
### Assistant:
KEYWORD: only
CAUSE_1: there are more than 3 ground terminals
VARIABLE: there
CONDITION: are more than 3 ground terminals
EFFECT_1: three of them have to fulfil this requirement
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The numbering of the requirements facilitates later discussions and change control
### Assistant:
EFFECT_1: facilitates later discussions
AND: and
EFFECT_2: change control
VARIABLE: change control
CAUSE_1: The numbering of the requirements
CONDITION: The numbering of
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Several independent observations indicate that the cosmological expansion began to accelerate when the universe was around half of its present age
### Assistant:
VARIABLE: the universe
CONDITION: was around half of its present age
EFFECT_1: the cosmological expansion began to accelerate
KEYWORD: when
CAUSE_1: the universe was around half of its present age
NOT_RELEVANT: Several independent observations indicate that
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
This conclusion assumes the correctness of General Relativity, and requires that the universe must contain a new component known as dark energy
### Assistant:
CAUSE_1: This conclusion
VARIABLE: This conclusion
EFFECT_1: assumes the correctness of General Relativity
AND: and
EFFECT_2: the universe must contain a new component known as dark energy
CONDITION: must contain a new component known as dark energy
KEYWORD: requires that
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The statistical study of structures in a large volume of the Universe requires a survey of a large fraction of the extragalactic sky
### Assistant:
VARIABLE: The statistical study of structures
KEYWORD: requires
EFFECT_1: a survey of a large fraction of the extragalactic sky
CONDITION: of a large fraction of the extragalactic sky
CAUSE_1: The statistical study of structures in a large volume of the Universe
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
By measuring this characteristic scale in the galaxy power spectrum (or correlation function) as a function of redshift both in the tangential and redshift directions, one directly probes the expansion history H(z) and thus the equation of state of dark energy w(z)
### Assistant:
AND: and
KEYWORD: By
VARIABLE: this characteristic scale in the galaxy power spectrum
CONDITION: as a function of redshift both in the tangential and redshift directions
EFFECT_1: one directly probes the expansion history H(z)
EFFECT_2: the equation of state of dark energy w(z)
CAUSE_1: as a function of redshift both in the tangential and redshift directions
NOT_RELEVANT: (or correlation function)
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The spacecraft will be placed in a large L2 orbit which will ensure stable thermal and observing conditions
### Assistant:
CONDITION: will be placed in a large L2 orbit
VARIABLE: stable thermal
AND: and
EFFECT_1: will ensure stable thermal
EFFECT_2: observing conditions
CAUSE_1: The spacecraft will be placed in a large L2 orbit
KEYWORD: which
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Euclid’s primary wide survey will cover 20,000 deg2, i.e. the entire extragalactic sky, thus measuring shapes and redshifts of galaxies to redshift 2 as required for WL and BAO
### Assistant:
VARIABLE: redshifts of galaxies to redshift 2
CONDITION: measuring
CAUSE_1: Euclid’s primary wide survey will cover 20,000 deg2, i.e. the entire extragalactic sky
KEYWORD: thus
EFFECT_1: measuring shapes
NOT_RELEVANT: as required for WL and BAO
AND: and
EFFECT_2: redshifts of galaxies to redshift 2
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The combination of these two probes allows us to control and measure a wide range of systematics
### Assistant:
KEYWORD: allows us
VARIABLE: these two probes
CONDITION: The combination of
AND: and
EFFECT_2: measure a wide range of systematics
EFFECT_1: to control
CAUSE_1: The combination of these two probes
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
Conventional wisdom in the dark energy community, which is emphasized in both the DETF and ESA/ESA WGFC reports, is that high precision and accurate measurements will require a combi- nation of two or more probes
### Assistant:
VARIABLE: precision
CONDITION: high
CAUSE_1: a combi- nation of two or more probes
KEYWORD: will require
AND: and
EFFECT_1: high precision
EFFECT_2: accurate measurements
NOT_RELEVANT: Conventional wisdom in the dark energy community, which is emphasized in both the DETF and ESA/ESA WGFC reports, is that
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
To achieve the best photo-z accuracy for the required redshift binning, the Euclid WL experiment relies on com- plementary ground based photometry in visible bands derived through engaged collaborations with ground based projects
### Assistant:
VARIABLE: the Euclid WL experiment
CONDITION: relies on com- plementary ground based photometry in visible bands derived through engaged collaborations with ground based projects
EFFECT_1: To achieve the best photo-z accuracy for the required redshift binning
CAUSE_1: the Euclid WL experiment relies on com- plementary ground based photometry in visible bands derived through engaged collaborations with ground based projects
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
In case of larger values of z, the BAO FoM will decrease significantly
### Assistant:
KEYWORD: In case of
VARIABLE: the BAO FoM
CONDITION: will decrease significantly
CAUSE_1: larger values of z
EFFECT_1: the BAO FoM will decrease significantly
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The Euclid spectroscopic channel is considered not sensitive enough to fulfil the photo-z calibration requirement if one assumes a deep survey which is 2 mag deeper than the wide survey
### Assistant:
VARIABLE: The Euclid spectroscopic channel
CONDITION: is 2 mag deeper than the wide survey
CAUSE_1: one assumes a deep survey
KEYWORD: which
EFFECT_1: The Euclid spectroscopic channel is considered not sensitive enough to fulfil the photo-z calibration requirement
NEGATION: not
CAUSE_2: is 2 mag deeper than the wide survey
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
The survey depth will be achieved by repeating about 40 times the observations of the same fields using the same wide survey observing modes
### Assistant:
VARIABLE: the observations of the same fields
CONDITION: using the same wide survey observing modes
EFFECT_1: The survey depth will be achieved
KEYWORD: by
CAUSE_1: repeating about 40 times the observations of the same fields
CAUSE_2: using the same wide survey observing modes
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Objects at z>5 and up to z~10 can be colour-selected from the Y, J, H photometry
### Assistant:
VARIABLE: Objects
CONDITION: can be colour-selected from the Y, J, H photometry
AND: and
CAUSE_1: Objects at z>5
CAUSE_2: up to z~10
EFFECT_1: can be colour-selected from the Y, J, H photometry
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Opportunities may arise during periods when the wide and deep surveys cannot be carried out in the nominal way
### Assistant:
VARIABLE: periods
CONDITION: be carried out in the nominal way
EFFECT_1: Opportunities may arise
KEYWORD: when
AND: and
NEGATION: cannot
CAUSE_2: the wide
CAUSE_3: deep surveys cannot be carried out in the nominal way
CAUSE_1: periods
### END
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### Instruction:
Extract the cause and effect entities from the following sentence:
For example, during the equinoxes, the galactic polar caps (b>30 degrees) are poorly visible, and these periods can be dedicated to Milky Way science
### Assistant:
KEYWORD: during
VARIABLE: these periods
CAUSE_1: the equinoxes
CONDITION: can be dedicated to Milky Way science
EFFECT_1: the galactic polar caps (b>30 degrees) are poorly visible
AND: and
EFFECT_2: these periods can be dedicated to Milky Way science
NOT_RELEVANT: For example,
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Due to the longer expected lifetime of the NIR detectors, search for extra solar planets can be performed using only the NIR detectors during the later stages of the mission
### Assistant:
KEYWORD: during
VARIABLE: the
CONDITION: later
CAUSE_1: the longer expected lifetime of the NIR detectors
EFFECT_1: search for extra solar planets can be performed using only the NIR detectors
CAUSE_2: the later stages of the mission
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
As long as the relative accuracy is met, the absolute photometric accuracy can be constructed from the data afterwards
### Assistant:
KEYWORD: As long as
VARIABLE: the absolute photometric accuracy
CONDITION: can be constructed from the data afterwards
CAUSE_1: the relative accuracy is met
EFFECT_1: the absolute photometric accuracy can be constructed from the data afterwards
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: the spectral range shall be 1.0-2.0 micron (required, <1.0 to >2.0 micron goal) to ensure the detection of spectral features expected for the redshift distributions of the galaxy samples
### Assistant:
VARIABLE: the detection of spectral features expected for the redshift distributions of the galaxy samples
CONDITION: to ensure
CAUSE_1: the spectral range shall be 1.0-2.0 micron
EFFECT_1: to ensure the detection of spectral features expected for the redshift distributions of the galaxy samples
NOT_RELEVANT: (required, <1.0 to >2.0 micron goal)
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
The survey depth in terms of AB magnitude limit shall be R+I+ZAB =24.5 (10σ extended source), assuming a PSF FWHM of 0.23 arcsec in this band
### Assistant:
KEYWORD: assuming
VARIABLE: The survey depth in terms of AB magnitude limit
CONDITION: shall be R+I+ZAB =24.5
CAUSE_1: a PSF FWHM of 0.23 arcsec in this band
EFFECT_1: The survey depth in terms of AB magnitude limit shall be R+I+ZAB =24.5
NOT_RELEVANT: (10σ extended source)
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: To meet the photometric redshift requirement, the depth in each of the Y, J and H NIR bands shall be 24 AB (5σ point source)
### Assistant:
VARIABLE: the photometric redshift requirement
CONDITION: To meet
CAUSE_1: the depth in each of the Y, J and H NIR bands shall be 24 AB
EFFECT_1: To meet the photometric redshift requirement
NOT_RELEVANT: (5σ point source)
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
If we adopt the deep survey strategy as outlined below, the NIS data are not sufficiently deep to obtain a spectroscopic subsample of ~105 spectra for the NIP photo-z calibration down to AB=24 mag (cf Reqs
### Assistant:
KEYWORD: If
VARIABLE: the NIS data
CONDITION: sufficiently deep to obtain a spectroscopic subsample of ~105 spectra for the NIP photo-z calibration down to AB=24 mag
CAUSE_1: we adopt the deep survey strategy as outlined below
EFFECT_1: the NIS data are not sufficiently deep to obtain a spectroscopic subsample of ~105 spectra for the NIP photo-z calibration down to AB=24 mag
NOT_RELEVANT: (cf Reqs.
NEGATION: are not
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
One could think of the following survey strategy: if the catalogue selection is a random fraction of for example 33%, then 120 exposures of a given field would give an average total integration time of 6.3x6.3=40 exposures for all galaxy candidates in the field (2 mag = factor 6.3)
### Assistant:
NOT_RELEVANT: (2 mag = factor 6.3)
KEYWORD: then
VARIABLE: 120 exposures of a given field
CONDITION: would give an average total integration time of 6.3x6.3=40 exposures for all galaxy candidates in the field
CAUSE_1: the catalogue selection is a random fraction of for example 33%
EFFECT_1: 120 exposures of a given field would give an average total integration time of 6.3x6.3=40 exposures for all galaxy candidates in the field
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
In case of slitless spectroscopy, there is no selection of the targets
### Assistant:
KEYWORD: In case of
VARIABLE: there
CONDITION: is
CAUSE_1: slitless spectroscopy
NEGATION: no
EFFECT_1: there is no selection of the targets
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: the deep-field spectroscopic survey shall have at least 105 galaxies with a limiting magnitude H(AB) = 24.0 mag in order to match the depth of the near-IR photometric channel and R+I+Z=24 mag (AB) corresponds to about H(AB)=24, depending of the colours of the targets (TBD)
### Assistant:
NOT_RELEVANT: (TBD)
KEYWORD: in order
VARIABLE: a limiting magnitude
CONDITION: H(AB) = 24.0 mag
CAUSE_1: the deep-field spectroscopic survey shall have at least 105 galaxies
AND: with
EFFECT_1: to match the depth of the near-IR photometric channel
EFFECT_2: R+I+Z=24 mag (AB) corresponds to about H(AB)=24
CAUSE_3: depending of the colours of the targets
CAUSE_2: a limiting magnitude H(AB) = 24.0 mag
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
In this period it is possible to carry out 3-8 visits where an entire patch of 10 deg2 is covered
### Assistant:
VARIABLE: an entire patch of 10 deg2
CAUSE_1: this period
CONDITION: is covered
EFFECT_1: it is possible to carry out 3-8 visits
CAUSE_2: an entire patch of 10 deg2 is covered
KEYWORD: In
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: To meet the science objectives, the total wide survey area to be collected shall be more than 95% of the required area of 20,000 deg2
### Assistant:
NOT_RELEVANT: Requirement:
VARIABLE: the total wide survey area to be collected
CONDITION: shall be more than 95% of the required area of 20,000 deg2
EFFECT_1: To meet the science objectives
CAUSE_1: the total wide survey area to be collected shall be more than 95% of the required area of 20,000 deg2
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: In case a nominal patch of 400 deg2 cannot be completed in the allocated amount of observing time at a given epoch, the “lost” fields shall be situated at the edge of the patch
### Assistant:
NOT_RELEVANT: Requirement:
KEYWORD: In case
VARIABLE: the “lost” fields
CONDITION: shall be situated at the edge of the patch
CAUSE_1: a nominal patch of 400 deg2 cannot be completed in the allocated amount of observing time at a given epoch
EFFECT_1: the “lost” fields shall be situated at the edge of the patch
NEGATION: cannot
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Requirement: in case of the presence of clusters of bad pixels invalidating the dithering require- ment 4.5.1.5, the planned scanning strategy or the field observing sequence shall be modified
### Assistant:
NOT_RELEVANT: Requirement:
KEYWORD: in case of
VARIABLE: the field observing sequence
CONDITION: shall be modified
CAUSE_1: the presence of clusters of bad pixels invalidating the dithering require- ment 4.5.1.5
OR: or
EFFECT_1: the planned scanning strategy
EFFECT_2: the field observing sequence shall be modified
### END
|
### Instruction:
Extract the cause and effect entities from the following sentence:
Any S/C (or transfer vehicle) shall not enter the “LEO protected zone” and the “GEO protected zone” after mission completion
### Assistant:
VARIABLE: mission
CONDITION: completion
AND: and
EFFECT_1: shall not enter the “LEO protected zone”
EFFECT_2: the “GEO protected zone”
KEYWORD: Any
CAUSE_1: mission completion
NEGATION: shall not
NOT_RELEVANT: (or transfer vehicle)
### END
|