Software

Each scientific tool connects a question or workflow to inspectable methods, deterministic checks, and implemented outputs.

Scientific product

Ideal Momentum Jet Explorer

An interactive TypeScript application for a reduced-order ideal momentum jet model.

Designed for model exploration, teaching, and technical communication.

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Who it is for: Researchers, students, and technical communicators exploring jet-model assumptions and geometry.
Inputs: Nozzle geometry, prescribed area-growth parameters, and optional labeled comparison overlays.
Workflow: Configure → inspect normalized fields and geometry → compare states → export data or a report.
Outputs: Interactive plots, geometry, shareable states, CSV/configuration exports, and browser-side reports.
Methods: React, TypeScript, browser-side computation, unit and visual checks

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Scientific product

VisualOpenFOAM

A Linux-first CLI for reproducible OpenFOAM and VTK scenes and field reports.

The implemented workflow uses explicit case and field contracts, deterministic plans, and synthetic reference fixtures for reproducible scientific visualization.

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Who it is for: OpenFOAM and VTK users who need inspectable, repeatable scientific-visualization plans.
Inputs: Read-only case inventories, VTK families, field arrays, units, native times, and explicit transforms.
Workflow: Inspect → manifest → plan fields and scenes → render or export → report.
Outputs: Versioned case, field, Blender, gallery, and report plans with checksums and scientific semantics.
Methods: Linux CLI, six JSON schemas, deterministic dry runs, synthetic fixtures, and 21 pytest checks

Scientific product

VisualBasilisk

A bridge from compact Basilisk facet manifests to reproducible visualization plans.

Validates explicit facet manifests and reproducible render planning.

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Who it is for: Basilisk users working with small, explicit facet and frame exports.
Inputs: Facet files, frame paths, checksums, and compact manifests.
Workflow: Validate manifest → inspect inputs → create a dry-run Blender plan → render and summarize metadata.
Outputs: Checked manifests, render plans, contact sheets, and traceable metadata reports.
Methods: Python CLI, manifests, dry-run Blender plans, synthetic fixtures

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Scientific product

DualSPHysics / VisualsPhysics workflow

A reproducible particle-simulation post-processing and scientific-media workflow.

Focuses on reproducible post-processing and scientific visualization of solver outputs.

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Who it is for: SPH practitioners and technical audiences who need finished, interpretable simulation media.
Inputs: DualSPHysics outputs plus explicit VTK, IsoSurface, camera, and video-assembly settings.
Workflow: Simulate → export and reconstruct surfaces → render in Blender → assemble and review video.
Outputs: Four finished video examples, two compact hosted derivatives, and a geometry-metrics handoff.
Methods: DualSPHysics outputs, VTK/IsoSurface processing, Blender, and ffmpeg

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Scientific product

CIMAP

An agrometeorological-index platform in the Ensenada regional research context.

Demonstrated as a reproducible pilot using partial real data.

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Who it is for: Researchers and students exploring reproducible agroclimatic data products.
Inputs: Weather-station records with units, timestamps, and station context.
Workflow: Collect → clean and normalize → aggregate → calculate exploratory indices → visualize.
Outputs: Comparable daily and monthly data products, exploratory indices, and map-based views.
Methods: Python data processing and a software platform interface

Scientific software