den-dynamiske-rettsstaten/CLAUDE.md
Kjell Tore Guttormsen dbcab3fb68
docs: present the plugin for Claude and state the start-point limitation
- README, the note (abstract, introduction, section 10), the two-page
  summary and the slides now point to the plugin dynamisk-rettsstat, with
  link. The slides get a new slide 16 about it (17 slides in all); the
  summary gets a box with both links and stays on two pages.
- New limitation in section 10: in the models with a court queue the
  starting point is close to, but not exactly, an equilibrium. Without any
  shock crime drifts from 1.000 to 1.018 and the processing time from 3.0
  to 4.6 months over 240 months. No numbers, tables or figures change.
- PDFs rebuilt: note 59 pages (was 58), summary 2, slides 17 (was 16).
- sim.py, diagnose.py, forlop.py and paper/data are unchanged.

Co-Authored-By: Claude Fable 5.2 <noreply@anthropic.com>
2026-11-11 20:39:26 +01:00

4.5 KiB

den-dynamiske-rettsstaten

Context

Concept note (Norwegian, LaTeX) and its simulation code. The principle: enforcement effort should track how much, and how seriously, laws are actually broken. Published as open, non-commercial material. Readers are Norwegian, so README and paper are in Norwegian (bokmål); CLAUDE.md and code comments may stay as they are.

Stack

  • paper/sim.py: Python 3, numpy + scipy (pinned in requirements.txt). Writes paper/data/*.dat, which pgfplots in the LaTeX source reads.
  • paper/*.tex: LaTeX. main.tex and notat.tex build with pdflatex, karusell.tex with xelatex (font Inter from TeX Live). main.tex = the note (inputs part1-part4, refs), notat.tex = 2-page summary, karusell.tex = slides. Shared preamble.tex. Bibliography is a hand-written thebibliography in refs.tex.
  • pdf/: the published PDFs. They are build output committed on purpose; rebuild and replace them together with source changes.

Conventions

  • The core sentence must be quoted verbatim everywhere: «Innsatsen for å håndheve lover og regler bør løpende stå i forhold til hvor mye, og hvor alvorlig, de faktisk brytes.» Short form of the clarification: «Straffebud og strafferammer ligger fast.»
  • Any change to sim.py must keep paper/data/ byte-identical unless the change is meant to alter results; then text, figures and PDFs change in the same commit.
  • Licensing is split: text (pdf/, paper/*.tex, README.md, CHANGELOG.md, CLAUDE.md) is CC BY 4.0 (LICENSE-CC-BY-4.0.txt); code and data (paper/sim.py, paper/diagnose.py, paper/forlop.py, paper/eksempel_domstol.json, paper/norge_2025.json, requirements.txt, paper/data/) are MIT (LICENSE). New files follow the same split.
  • Never commit working documents; private/ is ignored for that purpose.

Commands

  • Setup: python3 -m venv .venv && .venv/bin/pip install -r requirements.txt
  • Run simulation (about 2 min, from paper/): ../.venv/bin/python sim.py
  • Bottleneck diagnosis from own numbers (stdlib only, from paper/): python3 diagnose.py eksempel_domstol.json; must reproduce section 9.5 (utilization 1,28, +19 % capacity). python3 diagnose.py norge_2025.json must match the table in README (1,09 / 1,04 / 0,88 / 1,09).
  • Time course and stability check from own numbers (needs the venv, from paper/): ../.venv/bin/python forlop.py eksempel_domstol.json; must reproduce section 9.5 and table 10 (critical delay 7,2; +19 % now, +12 % after 12 months, capacity 137,9 = 1,31; with measures 8,3 / 0,74 / 1,10 / +31 % / 3,5; without 68,7 / 0,65 / 1,26). A copy of the example with restanse 3000 for Domstol must give a course that starts at 3 000 (first decision +119 %, as diagnose.py). forlop.py imports sim.py and must never require a change there. It has its own copy of the simulate_endo loop (simuler, policies koord and sched only) so that the backlog in the file can be put in directly; every run checks that the copy matches simulate_endo bit for bit, so a change to simulate_endo must be mirrored in simuler.
  • Reproduction check after a run: git status paper/data shows no changes (verified 2026-11-10: 22/22 files identical with Python 3.14.0, numpy 2.5.4, scipy 1.18.1)
  • LaTeX build (from paper/, TeX Live 2026 in /Library/TeX/texbin): pdflatex main.tex and pdflatex notat.tex three times each, xelatex karusell.tex twice; copy to pdf/ (verified 2026-11-11: main 59 pages, notat 2, karusell 17, no undefined references). Build in a scratch copy of paper/ to keep aux files out of the repo, and give each run a time limit: one pdflatex run has been seen to hang.

Workflow

  • Published at https://git.fromaitochitta.com/open/den-dynamiske-rettsstaten. Visibility, description and moves are the operator's decisions.
  • Run the repo-standard gate before pushing changes to README.md or the files the standard requires.
  • The plugin dynamisk-rettsstat (https://git.fromaitochitta.com/open/dynamisk-rettsstat, locally ~/repos/ktg-plugin-marketplace/dynamisk-rettsstat) carries unmodified copies of paper/sim.py, paper/diagnose.py and paper/forlop.py from commit 2badc25, pinned by sha256, plus reference output built from them. A change to any of the three files here must be followed by a sync there (the plugin's CLAUDE.md, Conventions). Text-only changes here need no sync, but check what the plugin's README and docs/forbehold.md say about the note.
  • notat.tex must stay on 2 pages; it is tight (margins and list spacing were reduced on 2026-11-11 to fit the box about the plugin). Check the page count after any change.