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* Make a 'GPS receiver' instrument which models the physical GPS instrument | * Make a 'GPS receiver' instrument which models the physical GPS instrument | ||
* Make an 'IRS' instrument which models an inertial reference platform | * Make an 'IRS' instrument which models an inertial reference platform | ||
* Make the current 'GPS' instrument use a selectable position source - sim position, GPS, or INS. | * Make a radio-positioning module (DME triangulation) | ||
* GPS Restructuring | |||
** Make the current 'GPS' instrument use a selectable position source - sim position, GPS, or INS. | |||
** Break the C++ GPS into various discrete modules, which can be selected or combined from Nasal | |||
** Bug-fix the various LNAV path controllers (DME arcs, DME intercepts) | |||
** Move many current C++ GPS functions to Nasal (searching for waypoints, etc) | |||
** Make a VNAV module for FMS use (compute climb and descent profiles) | |||
Using the above, more real-world GPS and FMC units can be created with Nasal to combine C++ core modules. | |||
=== NAV Display === | === NAV Display === |
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