Revert "Try codeflash" (#405)

Reverts #404

paper/paper.md

@@ -48,9 +48,9 @@ wavelets are built upon the eigenfunctions of the Slepian concentration problem
 of the manifold [@Slepian1961; @Landau1961; @Landau1962]: a set of bandlimited
 functions that are maximally concentrated within a given region. Wavelets are
 constructed through a tiling of the Slepian harmonic line by leveraging the
-existing scale-discretised framework [@Wiaux2008; @Leistedt2013]. Whilst these
-wavelets were inspired by spherical datasets, like in cosmology, the wavelet
-construction may be utilised for manifold or graph data.
+existing scale-discretised framework [@Wiaux2008; @Leistedt2013]. Whilst these wavelets
+were inspired by spherical datasets, like in cosmology, the wavelet construction
+may be utilised for manifold or graph data.
 
 To the author's knowledge, there is no public software that allows one to
 compute Slepian wavelets (or a similar approach) on the sphere or general

pyproject.toml

@@ -98,13 +98,6 @@ ignore = [
     "src/sleplet/_version.py",
 ]
 
-[tool.codeflash]
-ignore-paths = []
-# All paths are relative to this pyproject.toml's directory.
-module-root = "src"
-test-framework = "pytest"
-tests-root = "tests"
-
 [tool.coverage]
 report = {skip_covered = true, sort = "cover"}
 run = {branch = true, parallel = true, source = [