📦 Bellande Step Models & Executables

Demo of Bellande Step Executable

🧙 Organization Website

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🧙 Organization Github

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Author, Creator and Maintainer

• Ronaldson Bellande

Usage

./Bellande_Step passcode coord1 coord2 limit dimensions

Arguments

1. passcode: The access key for the Bellande Step Executable (must be "bellande_step_executable_access_key")
2. coord1: The first coordinate as a Python list (e.g., "[0, 0, 0]" for 3D)
3. coord2: The second coordinate as a Python list (e.g., "[1, 1, 1]" for 3D)
4. limit: An integer representing the limit for the algorithm
5. dimensions: An integer specifying the number of dimensions for the coordinates

Example

./Bellande_Step "bellande_step_executable_access_key" "[0, 0, 0]" "[1, 1, 1]" 10 3

Notes

• The passcode must be exactly "bellande_step_executable_access_key" to run the script.
• Ensure that the number of values in each coordinate matches the specified dimensions.
• Use proper Python list syntax for the coordinates (square brackets and comma-separated values).
• The limit and dimensions arguments must be integers.
• The script supports infinite dimensions, limited only by system resources.

Error Handling

The script includes error handling for:

• Incorrect number of arguments
• Invalid passcode
• Mismatched dimensions between coordinates and specified dimensions
• Invalid input format (syntax errors in coordinate lists)
• Other unexpected errors

If an error occurs, an appropriate error message will be displayed.

Research Organization for Open-source/Semi-open-source API

• The API documentation for the Bellande Step Models can be found on Bellande Robotics & Sensors Research Innovation Center, a platform dedicated to open-source and semi-open-source APIs.

Model Downloads

• For downloading the Bellande Step Models, please visit Bellande Artificial Intelligence & Computer Vision Research Innovation Center Website

Models Information

Open-Source Models to Download

• 2D Space: Users can download the 2D model from Hugging Face - Bellande Artificial Intelligence & Computer Vision Research Innovation Center with precision of 1 decimal.

Close-Source Models to Download

• Visit the research organization website to see how to obtain a Close-Source Model
• 2D Space - Infinite Dimensions: Downloadable resources related to different dimensions can be accessed from Bellande Artificial Intelligence & Computer Vision Research Innovation Center with precision of 10 decimals.

License

This Algorithm or Models is distributed under the Creative Commons Attribution-ShareAlike 4.0 International License, see LICENSE and NOTICE for more information.