huytd

How to use:

./wordle.sh

Or try the unlimit mode:

gramian

#!/bin/bash

# project: build_oct
# version: 1.12 (2023-01-01)
# authors: C. Himpe (0000-0003-2194-6754), M. Koehler (0000-0003-2338-9904)
# license: BSD-2-Clause License (opensource.org/licenses/BSD-2-Clause)
# summary: Build Octave and numerical dependencies from source (in Ubuntu 20.04 with GCC >= 10.3).

# requires hardware: either X86-64 with AVX2 or ARM64 with NEON.
# requires software packages: octave libpcre2-dev libreadline-dev libgmp3-dev libmpfr-dev libfreetype6-dev libgl2ps-dev libfontconfig1-dev libglu1-mesa-dev

Luthaf

using PyCall

# Change that to whatever packages you need.
const PACKAGES = ["pyyaml"]

# Import pip
try
    @pyimport pip
catch
    # If it is not found, install it

mbauman

using Cassette, ReplMaker

Cassette.@context NoNaN

nonnan(s, x::Number) = (@assert(!isnan(x), string(s, " returned NaN")); x)
nonnan(s, A::AbstractArray) = (foreach(x->nonnan(s, x), A); A)
nonnan(s, x) = x

Cassette.overdub(::NoNaN, f, args...) = nonnan("$f$args", f(args...))

briochemc

# Here I store more data as I go, 
# which I could use to plot figures comparing methods
# the convergence speed of different methods

# I use the Rosenbrock classic example and
# Optim.jl as an iterative process which will
# call f multiple times to find its minimum
# and I plot the convergence vs time
using Optim, Cassette

Roger-luo

module HoistMem

export hoist_alloc, Buffer

using Cassette, LinearAlgebra
using Cassette: @context, overdub

@context BuffCtx

mutable struct Buffer

jrevels

using Cassette, Test
using Cassette: @context, enabletagging, @overdub, overdub, recurse,
                hasmetadata, metadata, tag, untag
using ChainRules: frule, Zero, extern

@context DiffCtx

Cassette.metadatatype(::Type{<:DiffCtx}, ::Type{T}) where {T<:Real} = T

function D(f, x)

JeffreySarnoff

#=
These examples use ArbNumerics v0.4.4, no earlier version supports `exp(matrix)`. 
So, either first do `pkg> up` or do `pkg> rm ArbNumerics` then `pkg> add ArbNumerics`.
Sometimes, rebuilding with `pkg> build ArbNumerics` cleans up after itself.
All the matrix handling is new code, the examples here are working as of now.
If you find anything unclear or something awry, post an issue and
please use slack's direct message to draw my attention.
=#

#=