leonid-shevtsov

// adapted from https://gitlab.com/manzhara157/nanobelts/-/blob/main/example.pas

package main

import (
	"bufio"
	"fmt"
	"math"
	"os"
	"strconv"

leonid-shevtsov

# translated from https://gitlab.com/manzhara157/nanobelts/-/blob/main/example.pas

import math
import os
import numpy
from contextlib import suppress


def clean_files():
    with suppress(FileNotFoundError):

leonid-shevtsov

# translated from https://gitlab.com/manzhara157/nanobelts/-/blob/main/example.pas

import array
import math
import random
import os
from contextlib import suppress


n0 = 200000

leonid-shevtsov

The goal: swap White and Black knights:

    +-+
A   |W|
    +-+-+
B   | | |
    +-+-+-+
C   | |W| |
  +-+-+-+-+
D |B| |B| |

leonid-shevtsov

max_precise = 10 ** Float::DIG

last_best = 10

2.upto(256) do |base|
  total = base
  bits = 0
  power2 = 1
  chars = 1

leonid-shevtsov

require 'json'

canvas = JSON.parse(STDIN.read, symbolize_names: true)

all_ids = canvas[:nodes].map { |n| n[:id] }
dest_ids = canvas[:edges].map {|e| e[:toNode] }.uniq
root_ids = all_ids - dest_ids

nodes_by_id = canvas[:nodes].to_h {|n| [n[:id],n] }
graph = canvas[:edges].group_by {|e| e[:fromNode] }.transform_values { |vv| vv.map {|v| v[:toNode] }}

leonid-shevtsov

0. Install https://github.com/michaellw/Obsidian-Canvas-Style-Menu into your vault
1. Copy mindmap_helpers.json to vault/.obsidian/plugins/canvas-style-menu/packages/mindmap_helpers.json
2. Copy mindmap_helpers.css to `vault/.obsidian/snippets
3. Enable "Mindmap Helpers" in Canvas Style Menu settings
4. Enable snippets in Appearance settings

leonid-shevtsov

struct PickleString {
    u32 length;
    char16 chars[length];
    char16 zeroChar;
};

struct PickleEntry {
    PickleString key;
    PickleString value;
};

leonid-shevtsov

# ruby lines_to_canvas.rb <items.txt >items.canvas

require 'random/formatter'
require 'json'

nodegap = 10
nodewidth = 300
nodeheight = 60

list = STDIN.readlines

leonid-shevtsov

package main

import (
	"fmt"
	"runtime"
)

func main() {
	var stats runtime.MemStats