The SuperCard Pro hardware represents a good alternative to the more popular KryoFlux (Issue #57). Unlike with KryoFlux, the software equipment of SuperCard Pro seems to be an easy-to-use lightweight C++ application, so there is little intention to give users of RIDE a better/faster support than that from the official source. However, thanks to being well documented, this hardware became the baseline for similar budget cards, most notably the Greaseweazle (Issue #65). It thus might be very attractive to fully support SuperCard Pro, and later fork the functionality to derived hardware (as, for instance, the aforementioned Greaseweazle).
A full support means that the user of SuperCard Pro can via RIDE
access floppies,
create images of them,
and write images back to real media.
The support should also cover all additional assets included already with KryoFlux, not liminting itself to the native *.SCP container, Scatter Plot, precompensation, track editor, etc.
The SuperCard Pro hardware represents a good alternative to the more popular KryoFlux (Issue #57). Unlike with KryoFlux, the software equipment of SuperCard Pro seems to be an easy-to-use lightweight C++ application, so there is little intention to give users of RIDE a better/faster support than that from the official source. However, thanks to being well documented, this hardware became the baseline for similar budget cards, most notably the Greaseweazle (Issue #65). It thus might be very attractive to fully support SuperCard Pro, and later fork the functionality to derived hardware (as, for instance, the aforementioned Greaseweazle).
A full support means that the user of SuperCard Pro can via RIDE
The support should also cover all additional assets included already with KryoFlux, not liminting itself to the native *.SCP container, Scatter Plot, precompensation, track editor, etc.