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(Note that these are not real observations from the instrument's point of view, but they will allow us to model combinations of modes more simply.)

 

 



CombinationCorresponding SOOP(s)Pseudo-Observation Name in ModelRespective
durations
(hours)

Respective
data rates
(kbit/s)

Resulting duration
(hours) 

Resulting data rate,
weighted by time (kbit/s)
SPICE Composition Mapping & SPICE Dynamics interleaved

L_BOTH_MRES_MCAD_Farside

_

-Connection

L_SMALL_HRES_HCAD_

SlowWindConnection

Slow-Wind-Connection

L_BOTH_HRES_LCAD_CH

_

-Boundary

_

-Expansion

L_SMALL_MRES_MCAD_Ballistic-connection

SPICE_WIND_CONNECT

1 x Composition = 3.21

10 x Dynamics = 1.97

Composition = 0.42

Dynamics = 17.79

5.18

7.03
SPICE Waves mode & SPICE Composition Mapping interleaved

L_FULL_HRES_HCAD_Eruption

_

-Watch if at limb

SPICE_WAVES_COMP

1 x Composition = 3.21

5 x Waves = 3.38

 


Composition = 0.42

Waves = 50.34

6.5926.03
SPICE Composition Mapping raster followed by multiple instances of SPICE CME Watch 

L_BOTH_LRES_MCAD_Pole-to-Pole

R_SMALL_HRES_HCAD_AR

_

-Dynamics

SPICE_CME_COMP

1 x Composition = 3.21

5 x CME Watch = 1.22

Composition = 0.42

CME Watch = 4.12

4.431.44

SPICE Composition Mapping followed by multiple instances of SPICE Dynamics

L_SMALL_HRES_HCAD_Fast
_
-WindSPICE_FAST_WIND

1 x Composition = 3.21

22 x Dynamics =

(14+8)/10 * 1.97 = 4.33 hrs

Composition = 0.42

CME Watch = 4.12

7.542.50