Dan P. mallardduck

Shell Version	Kubectl	Kustomize	K9S	Helm
v0.1.19	v1.21.8	v5.0.0	v0.27.3	v3.11.1 (rancher)
v0.1.22	v1.26.9	v5.1.1	v0.27.4	v3.12.3 (rancher)
v0.1.23	v1.26.9	v5.3.0	v0.31.7	v3.13.3 (rancher)
v0.1.24	v1.26.9	v5.4.1	v0.32.4	v3.13.3 (rancher)
v0.1.25	v1.26.15	v5.4.2	v0.32.4	v3.13.3 (rancher)
v0.2.1-rc.2	v1.26.9	v5.4.1	v0.32.4	v3.14.3 (rancher)
v0.2.1-rc.4	v1.28.10	v5.4.2	v0.32.4	v3.15.1 (rancher)

Difficulty: The difficulty of the server's map. (Default: None)
DayTimeSpeedRate: Day time speed (Default: 1.000000)
NightTimeSpeedRate: Night time speed (Default: 1.000000)
ExpRate: EXP rate (Default: 1.000000)
PalCaptureRate: Pal capture rate (Default: 1.000000)
PalSpawnNumRate: Pal appearance rate; note, may affect game performance. (Default: 1.000000)
PalDamageRateAttack: Damage from pals multiplier (Default: 1.000000)
PalDamageRateDefense: Damage to pals multiplier (Default: 1.000000)
PlayerDamageRateAttack: Damage from player multiplier (Default: 1.000000)
PlayerDamageRateDefense: Damage to player multiplier (Default: 1.000000)

MTG EDH Game State Tracker Specification

Status of this Memo

This document is created purely for entertainment purposes and is not meant to imply any authoratative stance. The memo has been created by a fan of the EDH game format and is not at all associated with the EDH rules committee.

Abstract

This document serves as a specification for the properties of a single player's "Game State" in the context of an EDH Commander Magic: The Gathering game.

The intention of this specification is to provide a comprehensive overview of the game state elements that should be tracked for each player during gameplay. It is important to note that this document is not authoritative and is independent of the EDH Rules Committee.

Current Supported AVR Chips

Type	Chipset	Total Pins	GPIO Pins	Usable GPIO	Vcc	USB
AVR	ATmega16U2 / ATmega32U2	32	22	17	5v	Native
AVR	ATmega16U4 / ATmega32U4	44	26	22	5v	Native
AVR	AT90USB64 / AT90USB128	64	48	44	5v	Native
AVR	AT90USB162	32	22	17	5v	Native
AVR	ATmega32A	44	32	29	5v	vUSB
AVR	ATmega328P	32	23	15	5v	vUSB

erDiagram

	rancher_releases {
		INTEGER RancherReleaseId
		NVARCHAR Version
	}

	hosted_runtime_versions {
		INTEGER HostedRuntimeVersionId

	// vue2
	const app = Array.from(document.querySelectorAll('*')).find((e) => e.__vue__).__vue__
	const devtools = window.__VUE_DEVTOOLS_GLOBAL_HOOK__
	devtools.enabled = true
	const Vue = Object.getPrototypeOf(app).constructor
	while (Vue.super) {
	Vue = Vue.super
	}
	Vue.config.devtools = true
	devtools.emit('init', Vue)

	version: "3"

	# More info at https://github.com/pi-hole/docker-pi-hole/ and https://docs.pi-hole.net/
	services:
	pihole:
	container_name: piholes
	image: pihole/pihole:2022.07
	network_mode: host # I do this to keep things simple - but could also do macvlan
	environment:
	TZ: 'America/Detroit' # Update

	<?php

	function missyElliott(int $id): int {
	if ($id > 4294967295) {
	throw new \RuntimeException('Maximum integer size is 4_294_967_295');
	}
	// Int to Binary - ensure at least 32 char long binary string
	$binaryInt = str_pad(decbin($id), 32, '0', STR_PAD_LEFT);
	// Split into workIt array
	$workIt = str_split($binaryInt, 1);


	export LANG=C

	TMP=`mktemp -d`
	umask 022
	mkdir -p $TMP/earlycpio
	mkdir $TMP/initramfs
	umask 077

	cd $TMP/earlycpio