LangChain
Tutorials
Google Colaboratory - OpenAI/ChatGPT
https://colab.research.google.com/drive/1e28m3zODIqdH4mmHa8VFnL5Ufz_Tm9Ui
Google Colaboratory - Google/Gemini
https://colab.research.google.com/drive/1V1zD1UXBF8pVcnN00gHkabCDJJlSTTFb
Results
Describe the following image
[Response of OpenAI/ChatGPT(gpt-4o) on July 14, 2025]
This image depicts a 3D model of Earth, showing the orbits of several satellites represented by colored lines (red, green, blue, purple, etc.). Each satellite is marked with labels such as "Sat1," "Sat2," etc. The globe displays continents and geographic features, and there is a grid overlay on both the Earth and the surrounding space. The background appears to be a starry sky with constellations labeled, like Sextans and Hydra. At the bottom, there is text displaying "Epoch: 01 Jan 2000 12:29:03.716."
[Response of Google/Gemini(gemini-2.5-pro) on July 14, 2025]
This is a computer-generated visualization, likely from an orbital mechanics simulation or satellite tracking software, depicting a satellite constellation in orbit around the Earth. The image presents a three-dimensional view of the planet Earth from space, with a focus on the continents of Africa, Europe, and the Middle East. A graticule of latitude and longitude lines is overlaid on the planet's surface. The primary subject is a constellation of numerous small, white and gold satellites orbiting the Earth in what appear to be inclined or polar orbits. The orbital paths of these satellites are traced by brightly colored lines—red, pink, green, yellow, purple, and blue—making it easy to distinguish the different orbital planes. Some of the satellites are individually labeled with text like "Sat13," "Sat41," and "Sat34." The background is the blackness of space, populated with white dots representing stars. Faint green lines connect some of these stars to outline constellations, which are also labeled with names such as "Sextans," "Hydra," "Monoceros," and "Canis Major." A dark blue 3D grid extends into space, providing a frame of reference. In the bottom-left corner, technical information is displayed: * **"EarthMJ2000Eq"**: This likely refers to the coordinate system used, the Mean Equator and Equinox of J2000.0, a standard astronomical reference frame. * **"Epoch: 01 Jan 2000 12:29:03.716"**: This timestamp indicates the precise moment in time for which the satellite positions and orbital data are being displayed. The overall aesthetic is characteristic of early 2000s computer graphics, with functional, non-photorealistic rendering and pixelated fonts.
Describe the following video as bullet-point list
[Response of OpenAI/ChatGPT(gpt-4o) on July 14, 2025]
Content: - The images show a digital representation of Earth with satellite trajectories. - Multiple satellites are orbiting along distinct paths, visualized with colored lines. - Satellite identifiers, such as "Sat21" to "Sat44," are labeled. - The paths are colorful, consisting of blue, red, green, and purple lines. - Each frame represents a different time stamp, showing the satellites' motion. - The Earth's position changes slightly across frames as the satellites orbit. - Constellations and star names are visible in the background. - A grid overlays the globe, indicating latitude and longitude lines.
[Response of Google/Gemini(gemini-2.5-pro) on July 14, 2025]
Based on the provided video frames, here is a summary of the content: - The images depict a computer simulation of a satellite constellation orbiting the Earth. - The central element is a rotating model of the Earth, showing the continents and oceans as they would appear from space. - Numerous satellites, represented by small graphical icons, are shown moving along predefined orbital paths. - The orbital paths are visualized as distinct, brightly colored lines (red, green, blue, magenta, cyan), indicating multiple orbital planes. - A running clock in the bottom-left corner shows the "Epoch" or time, progressing over several hours on January 1, 2000. - The entire simulation is set against a backdrop of a starfield with labeled constellations, such as Sextans, Hydra, and Canis Major, providing a celestial reference frame.
Identify frames where New York is visible as JSON format
[Response of OpenAI/ChatGPT(gpt-4o) on July 14, 2025]
```json [ {"frame_id": 5, "reason": "North America, including the northeastern region where New York is located, is visible."}, {"frame_id": 6, "reason": "North America, including the northeastern region where New York is located, is visible."}, {"frame_id": 7, "reason": "North America, including the northeastern region where New York is located, is visible."} ] ```
[Response of Google/Gemini(gemini-2.5-pro) on July 14, 2025]
```json [ {"frame_id": "3", "reason": "The Earth has rotated to a position where the eastern coast of North America, including the region of New York, is becoming visible on the upper left portion of the globe."}, {"frame_id": "4", "reason": "The North American continent is more fully in view. The East Coast of the United States, where New York is located, is clearly visible."}, {"frame_id": "5", "reason": "North America is now centrally located in the frame. The East Coast, including the location of New York, is clearly visible."}, {"frame_id": "6", "reason": "The view remains centered on North America, and the East Coast, including New York, is clearly visible."}, {"frame_id": "7", "reason": "North America is still the primary continent in view. The East Coast and the location of New York are clearly visible."}, {"frame_id": "8", "reason": "As the Earth continues to rotate, the view shifts towards the Pacific Ocean, but the East Coast of North America, including New York, is still visible on the right side of the continent."} ] ```
References
https://www.langchain.com/
https://python.langchain.com/docs/integrations/providers/openai/
https://python.langchain.com/docs/integrations/llms/openai/
https://python.langchain.com/docs/integrations/providers/google/
https://python.langchain.com/docs/integrations/chat/google_generative_ai/
https://zenn.dev/yufuji25/articles/5e7809e565afc2
https://zenn.dev/headwaters/articles/c8e785ac4193d0
Acknowledgments
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