0x44 0x46 dfischer

Thue-Mirr interpreter,

usage: thue-mirr.py [-h] [--debug] [--char] [--num NUM] file

Thue-Mirr https://esolangs.org/wiki/Thue-Mirr Interpreter v1.0 by Salpynx. 2019 CC0

positional arguments:
 file source file to process

Thue-Mirr interpreter,

https://esolangs.org/wiki/Thue-Mirr

usage: thue-mirr.py [-h] [--debug] [--char] [--num NUM] file

Thue-Mirr https://esolangs.org/wiki/Thue-Mirr Interpreter v1.0 by Salpynx. 2019 CC0

positional arguments:
 file source file to process

https://web.archive.org/web/20110219163448/http://howtohft.wordpress.com/2011/02/15/how-to-build-a-fast-limit-order-book/

The response to my first few posts has been much larger than I’d imagined and I’d like to thank everyone for the encouragement.

If you’re interested in building a trading system I recommend first reading my previous post on general ideas to keep in mind.

My first really technical post will be on how to build a limit order book, probably the single most important component of a trading system. Because the data structure chosen to represent the limit order book will be the primary source of market information for trading models, it is important to make it both absolutely correct and extremely fast.

To give some idea of the data volumes, the Nasdaq TotalView ITCH feed, which is every event in every instrument traded on the Nasdaq, can have data rates of 20+ gigabytes/day with spikes of 3 megabytes/second or more. The individual messages average about 20 bytes each so this means handling

https://web.archive.org/web/20110219163448/http://howtohft.wordpress.com/2011/02/15/how-to-build-a-fast-limit-order-book/

The response to my first few posts has been much larger than I’d imagined and I’d like to thank everyone for the encouragement.

If you’re interested in building a trading system I recommend first reading my previous post on general ideas to keep in mind.

My first really technical post will be on how to build a limit order book, probably the single most important component of a trading system. Because the data structure chosen to represent the limit order book will be the primary source of market information for trading models, it is important to make it both absolutely correct and extremely fast.

To give some idea of the data volumes, the Nasdaq TotalView ITCH feed, which is every event in every instrument traded on the Nasdaq, can have data rates of 20+ gigabytes/day with spikes of 3 megabytes/second or more. The individual messages average about 20 bytes each so this means handling

	;-------------------------------------------------------------------------------
	; SIMPL - a very small Forth Inspired Extensible Language
	; Implementing the Initialisation, TextTead, TextEval and UART routines in MSP430 assembly language
	;
	; A Forth-Like Language in under 1024 bytes

	; Ken Boak May 2017
	; Loops, I/O, Strings and Delays added
	; This version 888 bytes
	; SIMPL_430ASM_5

	I believe this is correct. Please let me know if there are errors.

	X \| - 0 +
	---------
	- \| + 0 -
	0 \| - 0 +
	+ \| 0 + -

	Call this gate "R". It's universal, assuming we have fan-out (trit-copying) and the constants. That is, a circuit of R's can be built
	to represent any function f: T^n -> T where T = {-, 0, +}.

	#!/usr/bin/env python3
	# Distributed under the MIT software license
	import binascii, struct, sys, io, argparse
	from PIL import Image

	IMG_WIDTH = 512 # could be made adaptive...
	MIN_HEIGHT = 4 # minimum height of image; twitter won't let us upload anything smaller
	BYTES_PER_PIXEL = 4 # RGBA, 8 bit

	def div_roundup(x,y):

	<?xml version="1.0"?>
	<!DOCTYPE fontconfig SYSTEM "fonts.dtd">
	<fontconfig>
	<match>
	<edit mode="prepend" name="family"><string>Noto Sans</string></edit>
	</match>
	<match target="pattern">
	<test qual="any" name="family"><string>serif</string></test>
	<edit name="family" mode="assign" binding="same"><string>Noto Serif</string></edit>
	</match>

	# ~/.config/fish/config.fish



	eval (starship init fish)
	status --is-interactive; and source (pyenv init -\|psub)

	set -g fish_user_paths "/usr/local/sbin" $fish_user_paths
	set -g fish_user_paths "/Users/dfischer/.emacs.d/bin" $fish_user_paths
	set -g fish_user_paths "/Users/dfischer/.dotfiles/bin" $fish_user_paths

	# 'Item*' it the pattern to look for
	# sed "s/I/i/g" is the replacement pattern
	for f in Item*; mv $f (echo {$f} \| sed "s/I/i/g"); end