Draft: Update ecosystem.rst

Dear ase Developers, We have implemented a high-throughput python algorithm that uses ase to automatically find the most stable geometry for molecules on surfaces. Among the different features it is able to:

• Generate a handful of adsorbate-surface structures by combining:
  1. surface sites
  2. adsorbate’s anchoring points
  3. conformers
  4. orientations
  5. probe dissociation of acidic H
• Guess the direction where to place the adsorbate. Useful for nanoparticles or stepped/kinked surfaces.
• Sample different orientations efficiently by using internal angles.
• Detect and correct atomic clashes.
• Optimize the geometry of the generated structures using CP2K or VASP.
• Submit jobs to a computing center and check if they have finished normally.
• Track progress by logging all events on a log file.
• Customize the execution through the edition of a simple input file.

For further information you can read:

• its corresponding paper (https://www.doi.org/10.26434/chemrxiv.14095699)
• its source code (https://gitlab.com/lch_interfaces/dockonsurf)
• its documentation (https://dockonsurf.readthedocs.io)