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### Steps To Reproduce
```sage
sage: R. = ZZ[[]]
sage: x//2
```
### Expected Behavior
The last output should be `0`.
### Actual Behavior
The last output is empty.
### Additional Informa…
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Following the discussion in #642 it was concluded that the implementation of a generic branch could be an addition to Power Grid Model.
We can make a new component `generic_branch`, which models br…
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```
sage: t = QQ[['t']].0
sage: sqrt(1+t)
1 + 1/2*t - 1/8*t^2 + 1/16*t^3 - 5/128*t^4 + 7/256*t^5 - 21/1024*t^6 + 33/2048*t^7 - 429/32768*t^8 + 715/65536*t^9 - 2431/262144*t^10 + 4199/524288*t^11 - …
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Recently a quasi-linear algorithm for composing power series, and also the related power projections, was announced:
https://noshi91.hatenablog.com/entry/2024/03/16/224034
And there is now a more …
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Hi,
I believe that arguments in this condition:
https://github.com/JuliaMath/Bessels.jl/blob/fa3a1cb3376fb47177c8e09252d0e73385762478/src/BesselFunctions/besseli.jl#L626
should be reversed, i…
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[Definition 9.1.1](https://teambasedinquirylearning.github.io/calculus/2023/PS1.html#def-PS1powerseries) defines a power series as centered at x=c, where the coefficients are a sequence {a_n}. I guess…
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To do: create a ``gr_series`` module based on the code already in ``gr/series.c`` and document it.
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### Steps To Reproduce
_No response_
### Expected Behavior
It is natural to expect that code:
```
R3. = QQ[[]]
print( SR(t) )
```
would print just `t`.
### Actual Behavior
Instead, it prints…
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Hello, although the emulator is focused on PowerPC Macs, consider adding support for non-Mac devices, including the ThinkPad Power Series, BeBox, and others.
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the power available function multiplies its power available vectors by the PSPS matrix before it multiplies it by the TSPS matrix such that the thrust is larger than it should be. Essentially it adds…