Proportional representation: Difference between revisions

(→‎Non-Partisan Definitions: update and clarification)
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| [[Sequential proportional approval voting]] || Thiele Interpretation || Approval ballots only
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| [[Reweighted Range Voting]]|| Thiele Interpretation || May not be strictly UnitaryThiele but follows from the theory
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| [[Single distributed vote]] || Thiele Interpretation || A more Thiele implementation of [[Reweighted Range Voting]]
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| [[Sequential Phragmen]] || [[Phragmén's Method | Phragmén interpretation]] ||
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| [[Sequential Ebert]] || [[Phragmén's Method | Phragmén interpretation]] ||
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Phragmen/Monroe-type methods fail 1. and Thiele-type methods fail 2. and as of this point, it doesn’t seem possible to have them both without giving up PR.
 
 
Footnote:
 
In addition, maximizing the natural log favors small parties a little too much to pass proportional criteria and when a voter’s satisfaction is zero is just the most extreme example of that. The partial sums of the harmonic series equation does however pass the proportional criteria that a maximization of the natural log can’t. I{{who}} personally think that the partial sums of the harmonic series are better for determining the winners of an election, but the natural log of summed utilities is a better tool for measuring proportionality in computer simulations even if those simulations are skewed to representing small parties too much (which may or may not be a bad thing).
 
== Alternatives ==
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