The video highlights the new features of ChatGPT, particularly the Canvas interface, which allows users to upload files and interactively edit text, making writing and coding tasks more efficient. The presenter demonstrates how these enhancements, including targeted editing and feedback capabilities, can save time and improve the quality of work for students and professionals alike.
In the video, the presenter discusses the latest enhancements in ChatGPT, particularly focusing on the new features available in the Plus subscription with the introduction of GPT-4 and the Canvas interface. The Canvas feature allows users to upload files from various sources, such as Google Drive and Microsoft OneDrive, making it a valuable tool for students and professionals alike. The presenter demonstrates how to use this feature to collaborate on writing tasks, such as creating a literature review on organic photovoltaic (OPV) devices.
One of the standout features of the Canvas interface is its interactivity, allowing users to edit text directly within the document. The presenter highlights how users can expand on specific sections of text by simply highlighting them and asking ChatGPT to elaborate. This targeted editing capability is a significant improvement over previous versions, where users had to regenerate entire sections of text, often leading to unwanted changes. The ability to make precise adjustments enhances the writing process and saves time.
The video also showcases ChatGPT’s ability to leave comments on text, acting as a virtual supervisor for users looking to improve their academic writing. The presenter demonstrates how to request feedback on specific areas of the text, which ChatGPT analyzes and provides suggestions for improvement. This feature allows users to receive constructive criticism and make informed revisions, streamlining the editing process and enhancing the overall quality of their work.
In addition to writing, the presenter explores how the Canvas feature can be utilized for coding tasks. By inputting requests for Python code, users can generate scripts for analyzing device efficiencies or troubleshooting errors. The interactive nature of the Canvas allows users to highlight specific code segments and ask for assistance, making it a powerful tool for programmers and researchers who need to refine their code efficiently.
Finally, the presenter compares the various models available in ChatGPT, emphasizing the utility of the Omni model for daily tasks and the Advanced Reasoning model for in-depth academic inquiries. The Advanced Reasoning model is particularly beneficial for researchers, as it takes time to think through questions and provide well-considered answers. Overall, the video highlights how these new features in ChatGPT can significantly enhance productivity in writing and coding, saving users valuable time and effort.