Re: BUS: Re: DIS: Something vaguely interesting

2019-10-12 Thread Jason Cobb

On 10/12/19 6:11 PM, Timon Walshe-Grey wrote:

Maybe looking for problems with power? I have the general impression that 
high-powered rules oughtn't to be dependent on lower-powered ones.


Oooh, good idea.

--
Jason Cobb



Re: BUS: Re: DIS: Something vaguely interesting

2019-10-12 Thread Timon Walshe-Grey
On Saturday, October 12, 2019 7:56 PM, Jason Cobb  
wrote:
> I'm working on a writing up a thesis for this. I'll publish my code
> concurrently (not a pledge), at which point you could play with it all
> you want. Some other analyses I've considered:
>
> - Number of dependents by rule
>
> - Number of dependencies by rule
>
> - Circular dependencies
>
> I'm sure there's a bunch of interesting stuff that I'm missing.

Maybe looking for problems with power? I have the general impression that 
high-powered rules oughtn't to be dependent on lower-powered ones.

Looking forward to the thesis!

-twg


Re: BUS: Re: DIS: Something vaguely interesting

2019-10-12 Thread Jason Cobb

On 10/12/19 1:32 PM, Timon Walshe-Grey wrote:

I think your graphing software had a bit of a hiccup in the bottom right 
corner. :P


I noticed that - it appears I just got unlucky, since it looks like 
there's some randomness in the generation of the graph, but I didn't 
realize that until after I sent my last email.





Seriously though, this is pretty interesting! You can kind of see which are the 
most integral definitions (power, offices, switches, Agoran decisions, etc., 
plus the ones you've mentioned already) vs. which are more just implementing 
other mechanics (Win by Paradox, birthday gifts, HAN/GHAN, ratification w/o 
objection etc.)

Is there any chance you could publish your dataset? Would be fun to have a poke 
around and see if there are any other insights available.


I'm working on a writing up a thesis for this. I'll publish my code 
concurrently (not a pledge), at which point you could play with it all 
you want. Some other analyses I've considered:


- Number of dependents by rule

- Number of dependencies by rule

- Circular dependencies

I'm sure there's a bunch of interesting stuff that I'm missing.

--
Jason Cobb