Eric Platon ic

I hereby claim:

To claim this, I am signing this object:

	from pprint import pprint as pp

	import chromadb

	client = chromadb.Client()
	collection = client.create_collection("all-my-documents")

	# "document" is Chroma terminology. In VectorDB and others it is "chunk"
	# And when querying with Chroma, response "units" are "documents". So better
	# chop them finely to get good granularity, or not at all to get whole docs.

	#!/bin/bash

	# IMPORTANT: Don't forget to logout from your Apple ID in the settings before running it!
	# IMPORTANT: You will need to run this script from Recovery. In fact, macOS Catalina brings read-only filesystem which prevent this script from working from the main OS.
	# This script needs to be run from the volume you wish to use.
	# E.g. run it like this: cd /Volumes/Macintosh\ HD && sh /Volumes/Macintosh\ HD/Users/sabri/Desktop/disable.sh
	# WARNING: It might disable things that you may not like. Please double check the services in the TODISABLE vars.

	# If the disk is encrypted, you need to mount it with:
	#

	#!/usr/bin/env bash

	#
	# Build Tesseract with Autotools on Darwin.
	#
	# Tested with a MacPorts environment.
	#
	# Code for a Homebrew environment is here too, but little tested.
	# It worked at some point, but it will probably fail for 4.x. It
	# should look like the MacPorts command, though.

	/*
	* About the calibration model:
	* This calibration is very simple, and so lacks accuracy for serious use. See this script as a getting-started solution.
	* The calibration relies on 2 points, at 400ppm and 1000ppm. The 400ppm is the assumed CO2 concentration in "fresh air".
	* You see that this number is really inaccurate (references ranges from 350 to 390ppm). The 1000ppm comes from TODO.
	* 150s -> ~40000ppm
	* 0s -> ~400ppm, approximate linear growth based on Vernier's
	* slope = 264 ppm/s; V0 = 400
	* Avg human 1 breath every 3-5s
	* => 1 breath ~ +792 to +1320ppm => avg. 1056ppm, let's say 1000ppm

	#!/usr/bin/env bash

	#
	# Setup and prepare for visualizing the OpenSimRoot demo.
	#
	# Stages:
	# * Get OpenSimRoot and its dependencies,
	# * Get the demo data,
	# * Execute the data crunching,
	# * Explain how to run the visualization.

	### Keybase proof

	I hereby claim:

	* I am ic on github.
	* I am ic (https://keybase.io/ic) on keybase.
	* I have a public key whose fingerprint is C501 A1B8 1B7C 97FE C442 D4DC 953C 7658 D0B4 BCCA

	To claim this, I am signing this object:

	" Vim syntax file
	" Language: HTML (version 5)
	" Maintainer: Rodrigo Machado <[email protected]>
	" URL: http://gist.github.com/256840
	" Last Change: 2014 Sept 22
	" License: Public domain
	" (but let me know if you liked it :) )
	"
	" Note: This file just adds the new tags from HTML 5
	" and don't replace default html.vim syntax file