Luxter77

while globals().get("c",  True): print((lambda F: F[F[8][7]](F[F[8][4]])[F[F[8][6]](F[F[8][3]](F[F[8][2]],  F[F[8][1]]))](F[F[8][5]](F[F[8][3]],  F[F[8][0]])))([(lambda j: [(lambda f: j + str((x := f())[0] + x[1])), (lambda f: j + str((x := f())[0] - x[1])), (lambda f: j + str((x := f())[0] * x[1])), (lambda f: ("Math: can't divide by zero"if (x := f())[1] == 0else (j + str((x[0] / x[1]))))), (lambda f: j + str((x := f())[0] ** x[1])), (lambda f: ("Math: there is no zero'th root"if (x := f())[1] == 0else (j + str((x[0] ** (1 / x[1])))))), (lambda _: globals().update({"c": False}) or "Ending Program")]), (lambda i: max(-1,  min(i,  6))), (lambda f,  t: (lambda: ((f("First Number: ",  t) or "6"), (f("Second Number: ",  t) or "6")))), "The result is: ", (lambda q,  t: t(input(q))), "calc:\n\t0: sum\n\t1: sub\n\t2: mult\n\t3: div\n\t4: pow\n\t5: root\n\t6: end program\nop: ", int, float, [7,  6,  5,  4,  3,  2,  1,  0]]))

Luxter77

void mainImage(out vec4 fragColor, in vec2 fragCoord) {
  float pi2 = 6.28318530718;

  float S = 15.0;
  float logS = log(S);

  vec2 uv = fragCoord / iResolution.xy;

  vec2 tile_coords = uv * 1.0;

Luxter77

#define BOXEL_SIZE 0.1 + 0.0073 * sin(iTime * 0.155)
#define MAX_STEPS 100000
#define MAX_DIST 200.0
#define SURF_DIST                                                              \
  0.00027 + (cos(iTime * 0.01) * 0.00001) + 0.00011 * cos(iTime * 0.01) +      \
      0.001 * abs(sin(iTime * 0.0001))

vec3 transform(vec3 p) {
  float t = iTime * 0.1;
  float s = 1.0 + sin(p.y + t);

Luxter77

# Configuration
$Model = "granite3-dense:2b"
$OllamaExe = "ollama"

# Define Prompts of varying lengths to test memory ranges
$TestPrompts = [ordered]@{
    "Short"  = "What is the capital of France?"
    "Medium" = "Explain the theory of relativity in simple terms."
    "Long"   = "Summarize the following text: " + ("The quick brown fox jumps over the lazy dog. " * 300)
}

Luxter77

<#
.SYNOPSIS
    Enumerates Vulkan physical devices directly via the Vulkan API.
.DESCRIPTION
    This script uses P/Invoke to load 'vulkan-1.dll' (part of standard display drivers) 
    and query the Vulkan loader for available physical devices (GPUs/CPUs). 
    
    It returns a list of devices with their corresponding API index, name, and hardware type.
    This is useful for determining the correct device index for environment variables 
    without relying on external tools like 'vulkaninfo' or the Vulkan SDK.

Luxter77

param([switch]$Upload, [switch]$Clean)

$ErrorActionPreference = "Stop"

$src = ".\src"
$dest = ".\mirror"
$port = "COM5"

# --- CLEAN STEP (Delete .mpy files from device) ---
if ($Clean) {

Luxter77

-- filter.lua
local skip_titles = {["SEE ALSO"] = true, ["COMPATIBILITY"] = true}
local skipping = false

function Header(el)
    local header_text = pandoc.utils.stringify(el.content)
    
    if skip_titles[header_text] then
        skipping = true
        return {}

Luxter77

/**
 * @function fn_doCollide
 *
 * @param {Id.Instance}.
 * @param {Id.Asset.GMLObject} [collider=obj_collider].
 *
 * @returns {undefined}
 */
function fn_doCollide(subject, collider = obj_collider.object_index){
    if (subject.vspeed != 0) {

Luxter77

Clear-Host

function Chunk-Objects {
  param(
    [Parameter(Mandatory = $true, ValueFromPipeline = $true)]
    [psobject]$InputObject,

    [ValidateRange(1, 100000)]
    [int]$ChunkSize = 255
  )

Luxter77

function Chunk-Objects {
  param(
    [Parameter(Mandatory = $true, ValueFromPipeline = $true)]
    [psobject]$InputObject,

    [ValidateRange(1, 100000)]
    [int]$ChunkSize = 255
  )

  begin {