We have multiple GNSS systems and want to be able to use the GNSS supplying the best result.
This would mean that we would need to make 9 computations
In the picture below we did this for 2 GNSS systems and which resulted in 6 computation, which becomes quite complex for a user
Suggested Improvement
Add the option the support Cascading Positioning Systems within a computation where just 1 positioning system is used as result to trigger the computation.
NOTE: You can enable all GNSS systems in a single computation which will give you the least squared adjusted result:
This will make it partly possible and will reduce the number of computations.
Notes
You need to make sure that your GNSS systems are outputting the SD values and that you have set the thresholds per system.
Node positions of the GNSS systems need to be properly measured with good Dimension Control (DimCom).
The SD's of the nodes within the object/vessel frame need to be set accordingly (a bit wider/bigger) to get this working properly with possible flex within the object/vessel structure.
Set all the GNSS systems to update at the same rate or use the slowest updating GNSS as triggering system.
When the GNSS, selected as Triggering system, is not outputting data (turned off) the computation will not be triggered.
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Use Case:
We have multiple GNSS systems and want to be able to use the GNSS supplying the best result.
This would mean that we would need to make 9 computations
In the picture below we did this for 2 GNSS systems and which resulted in 6 computation, which becomes quite complex for a user
Suggested Improvement
Add the option the support Cascading Positioning Systems within a computation where just 1 positioning system is used as result to trigger the computation.
NOTE:
You can enable all GNSS systems in a single computation which will give you the least squared adjusted result:
This will make it partly possible and will reduce the number of computations.
Notes
You need to make sure that your GNSS systems are outputting the SD values and that you have set the thresholds per system.
Node positions of the GNSS systems need to be properly measured with good Dimension Control (DimCom).
The SD's of the nodes within the object/vessel frame need to be set accordingly (a bit wider/bigger) to get this working properly with possible flex within the object/vessel structure.
Set all the GNSS systems to update at the same rate or use the slowest updating GNSS as triggering system.
When the GNSS, selected as Triggering system, is not outputting data (turned off) the computation will not be triggered.