moble

import marimo

__generated_with = "0.15.2"
app = marimo.App(width="full")


@app.cell
def _():
    import gwsurrogate
    import sxs

moble

"""

This script downloads and extracts named characters from the Wolfram
Language documentation and generates a dictionary mapping those names
to their Unicode representations.  The named characters are available
at

    https://reference.wolfram.com/language/guide/ListingOfNamedCharacters.html

Not all named characters have a direct Unicode equivalent, in which

moble

import marimo

__generated_with = "0.11.17"
app = marimo.App(
    width="medium",
    app_title="SXS Catalog",
    css_file="custom.css",
)

moble

moble

        @threads for j ∈ eachindex(𝒯.R)
            Rⱼ = 𝒯.R[j]
            αⱼ = real(𝒯.α[j])
            ð̄²α = real(𝒯.ð̄²α[j])
            κ⁻¹ = γ * (1 - v⃗ ⋅ Rⱼ(𝐤))
            spline = @view 𝒯.splines[:, :, j]
            guess = firstindex(𝒯.u)
            for (i, u′) ∈ enumerate(𝒯.u′)
                u = κ⁻¹ * u′ + αⱼ
                d, guess = interpolate(𝒯.u, 𝒯.h, spline, u, guess)

moble

#%%
"""
This script shows how to load CCE data into a `scri.AsymptoticBondiData` object
and evaluate a set of constraints that should be satisfied involving the strain
and the Newman-Penrose quantities (assuming the waveform is in Bondi gauge).
These constraints are listed in the plot legend (see below) as equations to be
satisfied at each instant.  The violation is just one side minus the other, and
the norm is that difference squared integrated over the sphere (and
square-rooted).
"""

moble

moble

moble

moble

# This bash/zsh function queries for the input DOI's bibtex entry.  When the DOI points
# to a journal article, this usually resolves to the journal's own bibtex output.

doi2bibtex () {
    curl -fsSLH "Accept: application/x-bibtex" "https://doi.org/$1" | sed -e 's|%2F|/|g'
}