holoscript 6.0.6

Python bindings for HoloScript — parsing, validation, and domain bridges for scientific computing

holoscript

Python bindings for HoloScript — parse, validate, and bridge domain-specific scientific tools into the HoloScript spatial computing ecosystem.

Install

pip install holoscript

Quick Start

import holoscript

# Parse a .holo composition
result = holoscript.parse('object Cube { position: [0, 1, 0] }')
print(result.success)  # True
print(result.ast)      # {"type": "composition", "source": "..."}

# Validate
validation = holoscript.validate('object Cube { position: [0, 1, 0] }')
print(validation.valid)  # True

# List available traits
traits = holoscript.list_traits()
print(traits)  # ["@grabbable", "@physics", "@clickable", "@color", "@position"]

Domain Bridges

HoloScript bridges Python scientific libraries into spatial computing. Install the extras you need:

pip install holoscript[medical]           # DICOM imaging
pip install holoscript[alphafold]         # Protein structure prediction
pip install holoscript[astronomy]         # Radio astronomy
pip install holoscript[robotics]          # ROS2 integration
pip install holoscript[scientific]        # Molecular docking (AutoDock)
pip install holoscript[all]              # Everything

Medical — DICOM Bridge

from holoscript.bridges.medical import load_dicom_series, extract_volume

# Load a DICOM series and extract 3D volume for HoloScript visualization
series = load_dicom_series("/path/to/dicom/")
volume = extract_volume(series)

Requires: pydicom, numpy

AlphaFold — Protein Structure

from holoscript.bridges.alphafold import AlphaFoldBridge

bridge = AlphaFoldBridge(api_key="your_key")
structure = bridge.predict("MKFLILLFNILCLFPVLAADNHGVS")

Requires: requests

Astronomy — Radio Telescope Data

from holoscript.bridges.radio_astronomy import calculate_synchrotron

flux = calculate_synchrotron({
    "magnetic_field_gauss": 1e-4,
    "frequency_hz": 1.4e9
})

Robotics — ROS2

from holoscript.bridges.robotics import ROS2Bridge

bridge = ROS2Bridge("ws://localhost:9090")
bridge.connect()
bridge.publish_joint_command("/joint_states", {"position": [0, 0.5, 1.0]})

Requires: roslibpy

Scientific — Molecular Docking

from holoscript.bridges.scientific import AutoDockBridge

bridge = AutoDockBridge()
results = bridge.run_docking({
    "protein_pdb": "receptor.pdb",
    "ligand_mol": "compound.mol"
})

MCP Server

HoloScript also runs as an MCP server with 214 tools (verify via curl mcp.holoscript.net/health). The Python package provides local parsing — the MCP server provides compilation, rendering, and deployment.

# No auth needed for parsing
curl -X POST https://mcp.holoscript.net/api/compile \
  -H "Content-Type: application/json" \
  -d '{"code": "object Cube { position: [0,1,0] }", "target": "r3f"}'

npm Ecosystem

The full HoloScript ecosystem is on npm:

npx create-holoscript my-app    # Scaffold a project
npm install @holoscript/core    # Core library

Links

• GitHub
• MCP Server
• Store
• npm
• PyPI

License

MIT