Scientific software

Represent measurements, coordinates, sequences, experiments, and acquisition plans with explicit units and provenance.

Working rules

Keep units, uncertainty, coordinate frames, timestamps, and source identity attached to the value they qualify.
Do not infer scientific meaning in the view. Display supplied records and send explicit requests back to the host.
Make the evidence behind plots and summaries available as readable values or tables.

Measurement value. A supplied scientific reading with units, symmetric uncertainty, optional scientific notation and explicit availability.
Quantity field. A 44px Vlak numeric input and styled unit selector with controlled quantity values, form submission and reset support.
Experiment run. Supplied experiment metadata, conditions and ordered protocol steps with explicit statuses and controlled recording actions.
Spectrum plot. A supplied numeric spectrum with labelled axes, caller-provided peak annotations and a complete paginated data table.
Sequence alignment. Displays a bounded window of already aligned reference and read strings, with supplied genomic positions, gaps and keyboard region selection.
Stack navigator. Navigates supplied depth, time, channel and stage-position axes while preserving exact physical readings and indexed positions.

Microscopy acquisition planner. Plan stage positions, exposure sequences and multidimensional stacks before an acquisition.
Genome mapping workspace. A bounded reference browser with region selection, coverage, aligned reads, and local annotations.
Protein sequence workbench. A local sequence editor with residue inspection, saved variants, and explicit constraint review.
Microbiology notebook. A culture collection with plate records, colony inspection, and a local review notebook.

Install Vlak or inspect the linked pages for React, CSS, registry, keyboard, and accessibility details.