OpenAI Introduces ChatGPT Code Interpreter Plugin for Coders
In a groundbreaking announcement, OpenAI has revealed its latest tool that could potentially revolutionize the programming landscape for coders using AI. The ChatGPT Code Interpreter plugin, set to be available to ChatGPT Plus subscribers next week, comes with a plethora of features aimed at enhancing programmer workflows. This latest development represents a significant milestone in the fast-evolving capabilities of artificial intelligence, following the successful rollout of GPT-4 and the introduction of web browsing.
One of the key features of the Code Interpreter plugin is its focus on data visualization. Similar to a plugin from Wolfram, it has the ability to transform data into more easily understandable formats, making it more accessible and comprehensive for programmers. Furthermore, it can generate clean Python code and convert files between different formats, adding to its versatility and utility.
However, the ChatGPT Code Interpreter’s functionality goes beyond conventional programming tasks. Recent demonstrations have shown that it can also be employed for unconventional purposes, such as dispelling the beliefs of flat Earth proponents. Ethan Mollick, a professor at the University of Pennsylvania, shared his experience using the Code Interpreter in his blog. Mollick mentioned how ChatGPT successfully used code and factual arguments to prove to a doubter that the Earth is round. By integrating text with code and images, ChatGPT effectively countered the flat Earth argument.
Decrypt, a news outlet specializing in blockchain and cryptocurrency, conducted a similar experiment and yielded comparable results. To demonstrate the Earth’s roundness, ChatGPT employed Python code to calculate the necessary latitude on Earth to observe a star at a given angle above the horizon. Using the star Sirius as an example, ChatGPT concluded that observing Sirius at an altitude of 20 degrees above the horizon would require a latitude near the North Pole. This calculation demonstrated the effect of Earth’s curvature on our perception of the stars, solidifying the round Earth theory.
Another example showcased ChatGPT’s ability to use Python code to determine the visible distance to the horizon for a 6-foot-tall observer. The results showed that the curvature of the Earth obstructs the view after approximately 4.83 kilometers (or about 3 miles).
Attempting to challenge the chatbot’s knowledge, Decrypt argued against these scientific explanations, proposing alternative theories. However, ChatGPT confidently countered each argument, highlighting its determination to uphold established scientific understanding.
The introduction of ChatGPT Code Interpreter unlocks a wide array of possibilities, enhancing workflow efficiency while also settling age-old scientific debates. From programming tasks to celestial observation, OpenAI’s new tool proves invaluable. It provides a universal language, demonstrating that Python has the capability to substantiate claims with concrete evidence. As OpenAI continues to innovate, advancements like the Code Interpreter plugin push the boundaries of AI’s potential in the coding realm.