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WIP: NeuroML conversion #1

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This is taken from https://github.com/OpenSourceBrain/SolinasEtAl-GolgiCell/ where a version already existed.
However, a couple of parameters had been tweaked:

- diff is 1 instead of 3
- qt10factor is 2.7 instead of 3

I've also copied over the calcium clamp implementations to verify the
states. The test script now also inserts calcium if required and plots
it.

The NML file can probably be simplified a little to unify the rate
related component types. I'll look into that later, though.
re-use it from the main gateKS component
Almost there, but O values are smaller than they should be.
So I can compare the current densities
now testing with some calcium clamping
It's used in both CaT and CaP channels.
Note that this channel reads calcium concentration but does not
contribute to it, producing a different current density, much like a
calcium dependent potassium channel.

So, we use a different ion here to distinguish it from the "standard"
calcium ion. When using this channel, we need to remember to set this
particular ion in the GHK channel density also.
Now we get exact matches to NEURON.
Perhaps not needed, since I have checked all mechs individually in
single compartment cells
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