randy
d041c21270
Serial fetches (no connection reuse) measured ~650ms/tile, almost all TCP+TLS handshake — a real bbox at z0..15 is tens of thousands of tiles, so this was hours for a modest region. Now: 16 worker threads share a queue (I/O-bound, so the GVL doesn't get in the way), each keeping its own persistent connection across every tile it fetches. Measured live against the real Terrarium source: ~40ms/tile, ~16x faster. write_terrarium_mbtiles's SQLite writes and progress updates stay on one thread (draining a results Queue the workers feed), so nothing needed its own locking beyond the two Queues themselves.
MapTool
Table of Contents
A mapping application written in Ruby with Sinatra.
The project’s shape is still open — this is the initial scaffold.
Status
Early scaffold. The web application serves a vector map (MapLibre GL JS), with an online style and an optional offline style backed by a local PMTiles file, an animated RainViewer radar overlay, GPX upload/display (points and tracks, organized in folders), and a live position marker from a local GNSS receiver via gpsd.
Requirements
-
Ruby (see
.ruby-version) and Bundler
Getting started
bundle install
bundle exec puma -C config/puma.rbThen open http://127.0.0.1:4567 in a browser.