Next thing
Ok, the CTIPtype RIDE has lost its magnetic field. Next thing's to lose all the extraneous atmospheric species:
Current state of the modules:
randgen - No need to change
atom - Needs to be adjusted
cross - Needs adjusting
electron - Needs adjusting
strike - Needs adjusting
proton - Needs adjusting
proton1 - Needs adjusting
selectron - Needs adjusting
recoil - Needs adjusting
back - Needs adjusting
hit - Needs adjusting
Curent state of the input files:
NDens0 - Remains
NDens1 - Remains
NDens2 - Remains
NDens3 - Goes
NDens4 - Becomes NDens3
NDens5 - Goes
NDens6 - Goes
NDens7 - Goes
Temp - Remains
Note this is an intermediate step, which is why I don't just keep NDens1-3. I'm recreating RIDE from its own number densities before putting in the new ones.
Extraneous NDens' removed, N2 NDens renamed
Adjustments:
atom - adjusted arrays - done!
cross - adjusted echeck, adjusted ecross, adjusted cross - done!
Ok, for when I return:
electron
strike
proton
proton1
selectron
recoil
back
hit
Current state of the modules:
randgen - No need to change
atom - Needs to be adjusted
cross - Needs adjusting
electron - Needs adjusting
strike - Needs adjusting
proton - Needs adjusting
proton1 - Needs adjusting
selectron - Needs adjusting
recoil - Needs adjusting
back - Needs adjusting
hit - Needs adjusting
Curent state of the input files:
NDens0 - Remains
NDens1 - Remains
NDens2 - Remains
NDens3 - Goes
NDens4 - Becomes NDens3
NDens5 - Goes
NDens6 - Goes
NDens7 - Goes
Temp - Remains
Note this is an intermediate step, which is why I don't just keep NDens1-3. I'm recreating RIDE from its own number densities before putting in the new ones.
Extraneous NDens' removed, N2 NDens renamed
Adjustments:
atom - adjusted arrays - done!
cross - adjusted echeck, adjusted ecross, adjusted cross - done!
Ok, for when I return:
electron
strike
proton
proton1
selectron
recoil
back
hit
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