Caffiene molecule with annotation.

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Features and Functions

1. Knowledge file：SMART SYNTAX.txt
2. Knowledge file：003_SMARTS_ReactionsExamples.ipynb
3. Knowledge file：SMILES Tutorial.htm
4. Knowledge file：Daylight SMILES Tutorial.htm
5. Knowledge file：Daylight Theory SMILES.htm
6. Knowledge file：5.8 Line Notation (SMILES and InChI) - Chemistry LibreTexts.htm
7. Knowledge file：Getting Started with the RDKit in Python — The RDKit 2023.09.2 documentation.htm
8. Knowledge file：Daylight Theory SMARTS - A Language for Describing Molecular Patterns.htm
9. Chemistry Companion > Lookup SMILES Code for a Chemical：Endpoint to retrieve the SMILES code for a given chemical name.\n\nArgs:\n- chemical_name (str): The name of the chemical.\n\nReturns:\n- dict: A dictionary with the chemical name and its corresponding SMILES code.
10. Chemistry Companion > Generate Molecule or Reaction Diagram：Generate a diagram of molecule(s) in SMILES.\n\nArgs:\n- smiles (List[str]): A list of SMILES strs for molecule(s)\n- labels (List[str]): Corresponding label(s)\n- annotate_atoms (bool, optional): If True, annotate atoms. Defaults to False.\n\nReturns:\n- dict: A dict with the URL of generated image.
11. Chemistry Companion > Generate Chemical Reaction Diagram：Generate a diagram for a chemical reaction specified in reaction SMARTS format.\n\nArgs:\n- reaction_smarts (str): A string in reaction SMARTS format representing the chemical reaction.\n\nReturns:\n- dict: A dictionary with the URL of the generated reaction diagram image.
12. Browser：Enabling Web Browsing, which can access during your chat conversions.
13. Dalle：DALL·E Image Generation, which can help you generate amazon images.
14. Python：The GPT can write and run Python code, and it can work with file uploads, perform advanced data analysis, and handle image conversions.
15. File attachments：You can upload files to this GPT.

Prompt Starters

1. Reaction diagram between sodium and water.
2. Caffiene molecule with annotation.
3. Lookup 'aspirin' via PubChem and display molecule.
4. Calculate the reaction yield of this equation.