| local wezterm = require('wezterm') | |
| local act = wezterm.action | |
| local c = wezterm.config_builder() | |
| -- | |
| -- General settings: reload config, close confirmation, key encoding | |
| -- | |
| c.automatically_reload_config = true |
| Name,Sex,Age,Height (in),Weight (lbs) | |
| Alex,M,41,74,170 | |
| Bert,M,42,68,166 | |
| Carl,M,32,70,155 | |
| Dave,M,39,72,167 | |
| Elly,F,30,66,124 | |
| Fran,F,33,66,115 | |
| Gwen,F,26,64,121 | |
| Hank,M,30,71,158 | |
| Ivan,M,53,72,175 |
| # We read the data as just an array of words. No need for line-by-line, although | |
| # that is fine as well. | |
| def test_data_09(): | |
| return open("data/09.1.txt").read().split() | |
| def real_data_09(): | |
| return open("data/09.txt").read().split() | |
| D = test_data_09() |
| ;; Problem 13 from Advent of Code 2021 -- origami | |
| (defn fold-left [fold-x [x y :as point]] | |
| (if (< x fold-x) | |
| point | |
| [(- (* 2 fold-x) x) y])) | |
| (defn fold-up [fold-y [x y :as point]] | |
| (if (< y fold-y) | |
| point |
Gavin Sinclair, January 2022
I use Karabiner (configured with Gosu) to make advanced key mappings on my Apple computer. Karabiner allows you to create “layers”, perhaps simulating those on a programmable mechanical keyboard. I make good use of these layers to give me easy access (home-row or nearby) to all symbols and navigational controls, and even a numpad.
The motivation is to keep hand movement to a minimum. Decades of coding on standard keyboards has unfortunately left me with hand and wrist pain. I will soon enough own a small split keyboard which will force me to use layers to access symbols etc., so this Karabiner solution, which has evolved over months, is a training run for that.
| { | |
| :devices { | |
| :sculpt-keyboard [{:product_id 1957 :vendor_id 1118}] | |
| } | |
| :layers {:capslock-mode {:key :caps_lock :alone {:key :escape}} | |
| ; CAPSLOCK gives arrow keys with hjkl and Enter with m or Escape if tapped | |
| } |
| MANSW 2021 | |
| Different By Design | |
| Differential Equations | |
| Gavin Sinclair | |
| Slides: bit.ly/diff-eq-mansw-2021 | |
| Scratchings: bit.ly/3tCgHF7 |
| import random | |
| UPPER_LIMIT = 1000000 | |
| target = random.randint(1, UPPER_LIMIT) | |
| print("I've chosen a number between 1 and", UPPER_LIMIT) | |
| num_guesses = 0 | |
| while True: |
| # --- Question 1 ------------------------------------------- # | |
| # Return the number of jumps required to get to zero. | |
| def light_years(n): | |
| return 0 | |
| def test_light_years(n): | |
| assert light_years(10) == 4 | |
| assert light_years(11) == 4 |