Quantitating the relative performance of slices and boxed Iterators in graphs.
Stepping outside the black box to answer the question of what to test next.
Encapsulating the full OpenSMILES syntax using a set of streamlined production rules.
Designing a suite of power tools for SMILES manipulation in Rust.
Kick the tires on a short, hackable aqueous solubility predictor built from a DeepChem graph convolutional network.
Rust and C++/Python cheminformatics toolkits face off on a core task.
Inexpensive molecular validation through simple integer arithmetic.
Cleaner cheminformatics datasets begin with standards.
Understanding a classic algorithm in graph theory that remains relevant today.
Explore Rust and its libraries with immediate feedback.
Build a workbench for exploring machine learning primitives in chemistry.
Understanding a useful but limited tool for chemical structure analysis.
A Project using Rust and WebAssembly.
Quickly set up an environment for cheminformatics and machine learning experimentation.
Avoid a lot of manual labor when creating Python wrappers.
A step-by-step guide to rolling your own pythonic Rust wrappers.
Toward practical rules for improved data quality in cheminformatics.
Learn the basics of Rust file I/O and Iterators while solving a common cheminformatics problem.
A close look at the ubiquitous cheminformatics data exchange format.
Bare bones approach to two-way string passing - without wasm-bindgen.
A short, no-frills guide from blank project to running code.
Some simple tricks go a long way when dealing with iterators as return values.
First steps toward bringing ChemCore to a Python interpreter near you.
On the differences - and similarities - between implicit and virtual hydrogens.