This code is the implementation of the "10 000" concept (see https://10ktblog.wordpress.com/a-propos/ for a description of the concept).

You can check the end product at https://tenktorg.appspot.com/. Zoom in the top area (france). Click, get your territory and check the twin territory in Haïti.

This reopository programs related

• the "extractor" program that turns an open source density file from a country into a country body file at initial configuration
• the "simulation" programm that simulates the spreading of bodies (it takes a country body file and output a new one with updated positions)
• the "runtime" 10 000 web server for the end user who need to find his territory in france among the 10 000 territories and the sister territory in Haiti. This program take a 2 country body files (one at init and one at the end of the simulation)

Running the web server with go command tool

Have go (golang.org) (>= v1.16) installed

go run runtime_server/runtime_server.go

a vscode configuration is available to run and debug the server.

Running the web client

launch your browser at http://localhost:8002/10000.html

On the top panel, zoom to your place of interest (it is currently limited to france). Left click. You terrritory appears as well as the matching territory in Haiti.

You can run with default parameters

cd grump-reader
go run grump-reader.go -tkvdata="C:\Users\peugeot\tkv-data"

to see the execution flags

cd grump-reader
go run grump-reader.go -help

depending on the input country the program exectutes in less that a minute

cd sim_server
go run sim_server.go -sourceCountry=hti -sourceCountryNbBodies=82990

you can monitor sim_server progress running by opening the file tkv-client/tkv-monitor.html in your favorite browser

The "movie" program

This program generates a movie from the simulation steps

cd sim-movie
go run sim-movie.go <some flags to be completed>