Python SDK

Python integration for SPTORT.ORB's quantum-precision orbital calculations and positioning engine.

Getting Started with Python SDK

  1. 1 Install the SDK pip install sptort-orb-sdk
  2. 2 Import and initialize with your key
  3. 3 Call SDK methods for orbital calculations

Code Example

SDK Usage


# Import SDK
from sptort_orb import SPTORTClient

# Initialize client
client = SPTORTClient(api_key="YOUR_API_KEY")

# Calculate orbit trajectory
result = client.calculate_orbit(
    satellite="SAT-7K-12",
    start_time="2025-08-28T00:00:00Z",
    end_time="2025-08-28T01:00:00Z"
)

# Get results
print(f"Trajectory: {result.trajectory}")
print(f"Peak altitude: {result.altitude.max} km")

Python SDK Features

Async Support

Use with Python's asyncio for high-throughput orbital calculations.

Type Hints

Full Python type annotations for IDE and linter compatibility.

Context Manager

Automatic session lifecycle management via the client context.

Validation

Strict schema validation for all API inputs and outputs

Available Methods

Method Arguments Description
calculate_orbit() satellite, start_time, end_time Calculate orbital trajectory parameters
get_position() satellite, timestamp Get 3D Cartesian coordinates for a satellite
predict_coverage() satellite, ground_station Predict link coverage between satellite and station
validate_query() query Validate and format orbital parameters

Integration Options

Standard Library

Basic Python usage for command line tools or Jupyter Notebooks.

Django Support

Integration with Django ORM models and request middleware for web applications.

Flask Support

Microservice integration with Flask route decorators and session middleware.

Jupyter Notebooks

Interactive analysis and orbital modeling in data science notebooks.

Need Help with Integration?

Our Python SDK experts can help with migration, optimization, and training for your spacecraft control systems.

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