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dsh-sci

Model Inference Updated 2026.08.15

Run the following command in DeepSeek Harness:

dsh plugin install Blaczz/dsh-sci

Paste the following prompt into your AI chat to install this plugin:

To install the dsh-sci plugin in DeepSeek Harness, run the command 'dsh plugin install Blaczz/dsh-sci'; the full source code is available at https://github.com/Blaczz/dsh-sci.

About this plugin

The dsh-sci plugin is a scientific computing tool within the DeepSeek Harness ecosystem, addressing the lack of physical unit conversion, CODATA constant lookup, and dynamical system simulation tools in DSH environments. In research and daily work, users often need quick unit conversions, standard constant searches, or dynamic system simulations, which traditionally depend on external software or networks. This plugin solves these pain points with zero-dependency, pure-function implementations, making model inference more efficient and integrated.

The plugin's core capabilities are embodied in three model tools: units_convert supports accurate conversion for over 70 physical units across length, mass, time, temperature, and other domains; physical_constants offers convenient access to CODATA physical constants like the Planck constant or speed of light; and ode_solve implements a 4th-order Runge–Kutta integrator with a curated library of nine common dynamical systems, including exponential, logistic, and harmonic oscillators, ensuring safety and reliability. All tools are zero-dependency pure functions, requiring no network or external libraries, and are unit-tested for verified accuracy.

This plugin is ideal for scientists, researchers, and educators who need efficient, secure tools for daily physical calculations, educational demonstrations, or dynamical systems research. For DeepSeek Harness users, especially developers integrating scientific computing into model inference, dsh-sci simplifies workflows by extending computational capabilities without modifying core code, providing a safe and seamless addition to the ecosystem.

Use Cases

  • Quickly convert units while processing physical experiment data
  • Demonstrate CODATA physical constants and dynamical system models in education
  • Simulate dynamical systems using Runge–Kutta methods in research

Best For

  • Scientists and engineers needing daily physical unit conversions
  • Educators for teaching and demonstrations
  • DeepSeek Harness users looking to extend model computational capabilities