sguzman

co[n_Integer /; EvenQ[n]] := co[n] = n / 2

co[n_Integer /; OddQ[n]] := co[n] = 3 n + 1

co[1] = 0

co[0] = 0

sguzman

Languages

Languages I know

• English
• Spanish

Languages I am studying

• Danish
• Dutch
• Portuguese

sguzman

Playing games in diff langs for fun and profit

Xbox Games

Language	Game
Spanish	Grim Fandango
German	Eastward
Italian	Genesis Noir
Japanese	Ghostwire: Tokyo
Chinese	Wo Long Fallen Dynasty

sguzman

Playing games in diff langs for fun and profit

Since I am practicing on my fluency for Spanish, I will choose Spanish as the language of choice for some text-based games whose story I would really like to be able to follow along.

Spanish games

ID	Game
1	Kentucky Road Zero
2	Grim Fandango

sguzman

# Got a bunch of .ckpt files to convert?
# Here's a handy script to take care of all that for you!
# Original .ckpt files are not touched!
# Make sure you have enough disk space! You are going to DOUBLE the size of your models folder!
#
# First, run:
# pip install torch torchsde==0.2.5 safetensors==0.2.5
#
# Place this file in the **SAME DIRECTORY** as all of your .ckpt files, open a command prompt for that folder, and run:
# python convert_to_safe.py

sguzman

First you find a copy of Mathematica_13.2.1_LINUX.sh or similar and find its sha256sum. Then you go to nixpkgs and copy all Mathematica files to a local directory. You need to modify default.nix and wrap its contents into

let pkgs = import <nixpkgs> {};
in pkgs.callPackage (
  # whatever is in default.nix
) {}

sguzman

./tokenizer_checklist.chk  50
./tokenizer.model          499723
./7B/checklist.chk         100
./7B/consolidated.00.pth   13476939516
./7B/params.json           101
./13B/checklist.chk        154
./13B/consolidated.00.pth  13016334699
./13B/consolidated.01.pth  13016334699
./13B/params.json          101
./30B/checklist.chk        262

sguzman

(* Projection from the sphere to the plane *)
stereo = Compile[{{xyz, _Real, 1}, {XYZ, _Real, 1}}, Module[{
     r = Sqrt[(xyz[[1]] - XYZ[[1]])^2 + (xyz[[2]] - XYZ[[2]])^2],
     theta = ArcTan[(xyz[[1]] - XYZ[[1]]), (xyz[[2]] - XYZ[[2]])]},
    {(r (1 + xyz[[3]]))/(1 - XYZ[[3]] + xyz[[3]]) Cos[theta + Pi] + xyz[[1]],
     (r (1 + xyz[[3]]))/(1 - XYZ[[3]] + xyz[[3]]) Sin[theta + Pi] + xyz[[2]], 0}]];

(* Projection from the plane to the sphere *)
stereoInv = Compile[{{pq, _Real, 1}, {xyz, _Real, 1}},
   {2 pq[[1]], 2 pq[[2]], 

sguzman

Algebraic Geometry

Introduction

1.1. Overview of algebraic geometry

1.2. Historical background

1.3. Basic concepts and notation

Affine Varieties

2.1. Affine algebraic sets

2.2. The coordinate ring

sguzman

Introduction

The Halting Problem and its constituent pedagogical discourse circumscribing it always has impressed me with its oddity. This peculiar problem, I would introspect in private, has availed itself lavishly to the contemplative spirit of the human imagination and very much ensconced notions of computation for our age. Through whatever inventive machinations it could afford, the broad outline of this logical exercise in futility had found purchase in the minds of many.

That this phenomena could be explained perhaps by the eagerness of computer scientists to have under their purview a body of literature rivaling that of more established intellectual traditions shines brightly for me. The zealotry in which a nascent school of thought possesses can of course be explained very much in this way without betraying any elucidating penetrative insight into the matter that animates this discussion in the first place of course. Should this explanation prevail, they can be forgiven for their overzealous effor