| ''' | |
| Print all requested anchors as a mark feature | |
| Requires Robofont, Robofab and the Adobe FDK | |
| ''' | |
| # TODO: Include mkmk? | |
| #################################################### | |
| ### Edit the next settings to match your font setup. | |
| #################################################### |
| # http://dailydrawbot.tumblr.com/post/143801148619/square-vs-lozenge | |
| def rotatedSquare(x, y, squareSize, angle): | |
| offsetSin = squareSize * sin(radians(angle)) | |
| save() | |
| translate(x + offsetSin, 0) | |
| rotate(angle) | |
| rect(0, 0, squareSize, squareSize) | |
| restore() |
I wanted this capability for various reasons. It's not necessarily stable, because uap0 has to use the same channel as wlan0, and if you're traveling/mobile, wifi channels aren't necessarily predictable.
This is not a guide. This is just so I remember how to get back where I started, in case I wipe this thing. =)
Extremely helpful guides that got me here:
These are my own personal notes on how i setup a Pi Zero W as an access points it is a blatant copy of this: https://gist.github.com/tcg/0c1d32770fcf6a0acf448b7358c5d059 but is just missing a couple of things from: http://imti.co/post/145442415333/raspberry-pi-3-wifi-station-ap and like tcg, this is not intended as a guide but notes as i will invariably have to rebuild this sometime and i have broken biscuits for brains.
this is really just the same info as here https://gist.github.com/gbaman/975e2db164b3ca2b51ae11e45e8fd40a
cmdline.txt add: modules-load=dwc2,g_ether after the word rootwaitconfig.txt and add dtoverlay=dwc2 to the end of the filessh
| """ | |
| Flatten a font's GPOS kerning. | |
| """ | |
| from fontTools.ttLib import TTFont | |
| def _kerning_lookup_indexes(ttfont): | |
| """Return the lookup ids for the kern feature""" | |
| for feat in ttfont['GPOS'].table.FeatureList.FeatureRecord: | |
| if feat.FeatureTag == 'kern': |
| ''' | |
| Type@Cooper West, June 2018 | |
| Contribution to Andy Clymer's "Expanding a Type Family" workshop | |
| Script to create joyful GIF animations of interpolated glyphs, | |
| either colorful or black & white. | |
| ''' | |
| from fontTools.pens.cocoaPen import CocoaPen |
| -- Q * U * E * N * C * E | |
| -- | |
| -- a probababilistic | |
| -- 4-track MIDI sequencer | |
| -- for norns and grid | |
| -- | |
| -- Rob Schoen | |
| -- millxing at gmail | |
| -- inspired by Turing Machine, Fugue Machine, and Physical (Norns Study #4) |
| -- LA Drivers | |
| -- thanks to mark | |
| --enc 1: move key center by 5th | |
| --enc 2: move key center by 4th | |
| --key 2: walk through current scale | |
| --enc 3: add random/remove last | |
| --key 2: parallel modulation | |
| --key 3: random scale | |
| MusicUtil = require "mark_eats/musicutil" |
| -- ISOKB | |
| -- | |
| -- 2-channel MIDI keyboard for Norns and Grid | |
| -- Isomorphic "in key" note layout (similar to Ableton Push) | |
| -- Select a tonic note and one of nine 7-note scales (default C Major) | |
| -- Two independent keyboards, each sends MIDI to a different MIDI channel | |
| -- Left hand notes go to MIDI 1 | |
| -- Right hand notes go to MIDI 2 | |
| -- There will be multiple buttons for each note and all buttons corresponding to a pressed note will light up | |
| -- |
| local mp = {} | |
| mp.__index = mp | |
| mp.MODE_POSITION = 0 | |
| mp.MODE_SPEED = 1 | |
| mp.MODE_RULES = 2 | |
| local mp_set = {} | |
| mp_set.__index = mp_set |