maxine ⎔ @mfzx.net · 27/09/2026i heavily disagree with pure anarchism but i suppose this is accurate outside of that 0100
maxine ⎔ @mfzx.net · 25/09/2026@jonbois.bsky.social are you aware some of the 17776 videos got taken down 091
maxine ⎔ @mfzx.net · 22/09/2026@dame.is these votes of mine were absolutely before the close; they were stuck at "Counting..." for like 3 days 130
maxine ⎔ @mfzx.net · 08/09/2026you changed your handle but you're still on one of bluesky's PDSes 010
maxine ⎔ @mfzx.net · 08/09/2026so it turns out this was actually specified at some point but only ever published on SSB itself lol 021
maxine ⎔ @mfzx.net · 04/09/2026i find this definition of "person" to be the most helpful in this regard. again, we will have to (collectively) come to terms with changing terminology. or maybe we won't idk 120
![Wiktionary entry for "person"
person (plural people or persons)
1. An individual who has been granted personhood; usually a human being.
Each person is unique, both mentally and physically.
3. [highlighted text follows] Any sapient or socially intelligent being.](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:erqwpimsmwnzohwoiojsy22z/bafkreifaeacaaev7phqhyodeyz2z5jpszqxk6gz2kjo43qxfgwp625nb4q)
![Gimme A Cheese With Nothin' is a catchphrase and exploitable format taken from a commercial for Polly-O String Cheese from the 1980s, which later became a meme in 2023. [...] In the commercial, three kids go to a pizzeria and tell the man at the counter, named Fred, to give them a pizza with extra cheese, but hold the tomato sauce and crust. Fred looks at them in disbelief and turns back to tell the pizza chef behind him, who is named Jimmy, to "Gimme a cheese with nothin'!" Jimmy looks back, also in disbelief, and replies, "Nothin'!?"](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:erqwpimsmwnzohwoiojsy22z/bafkreifc2qrq73a42iagnnrhzg546nt2yzwqns5bvfukwq6pwgd3uf2t34)
![[A visualization of a three-dimensional space with axes labeled "slow–quick", "light–heavy", and "happy–somber"]
Figure 1. A sample three-dimensional space
A user interface presents this three-dimensional space to the human DJ, including an interactive simulation of a flock of n boids. The boids are limited to fly into the virtual box defined by the extreme values of the three characteristics. Every boid, which we call dj-boid, corresponds to a channel of the radio station and its behavior programs the list of songs of its corresponding channel.](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:erqwpimsmwnzohwoiojsy22z/bafkreifrndyu3a2q55gquqhbi32e2l4cvhtg7b6mztjzx3ndnq2x5oiyye)
![[LISPWORKS][Common Lisp HyperSpec (TM)]
> Welcome to the Common Lisp HyperSpec.
> I hope it serves your need.
>
> --Kent Pitman, X3J13 Project Editor
[Starting Points] Here are some useful starting points:
[Highlights][Contents][Index][Symbols][Glossary][Issues]
[Help] A text-only version of this cover sheet is available.
Copyright 1996-2005, LispWorks Ltd. All Rights Reserved.](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:erqwpimsmwnzohwoiojsy22z/bafkreib2nar5ddgwcfkq7pg3b2rqbqzbhzr7qeqbnuluk5y7jof72hsizu)
![[LISPWORKS][Common Lisp HyperSpec (TM)] [Previous][Up][Next]
4.1 Introduction
A type is a (possibly infinite) set of objects. An object can belong to more than one type. Types are never explicitly represented as objects by Common Lisp. Instead, they are referred to indirectly by the use of type specifiers, which are objects that denote types.
New types can be defined using deftype, defstruct, defclass, and define-condition.
The function typep, a set membership test, is used to determine whether a given object is of a given type. The function subtypep, a subset test, is used to determine whether a given type is a subtype of another given type. The function type-of returns a particular type to which a given object belongs, even though that object must belong to one or more other types as well. (For example, every object is of type t, but type-of always returns a type specifier for a type more specific than t.)
Objects, not variables, have types. Normally, any variable can have any object as its value. It is possible to declare that a variable takes on only values of a given type by making an explicit type declaration. Types are arranged in a directed acyclic graph, except for the presence of equivalences.
Declarations can be made about types using declare, proclaim, declaim, or the. For more information about declarations, see Section 3.3 (Declarations).
Among the fundamental objects of the object system are classes. A class determines the structure and behavior of a set of other objects, which are called its instances. Every object is a direct instance of a class. The class of an object determines the set of operations that can be performed on the object. For more information, see Section 4.3 (Classes).
It is possible to write functions that have behavior specialized to the class of the objects which are their arguments. For more information, see Section 7.6 (Generic Functions and Methods).
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