Prompt: a futuristic electronics manufacturing factory, busy, many operators, clean, well lit, assembly robots, highly detailed, dramatic lighting, high contrast, varied colors
Prompt: Imagine we are standing in a modern, high-tech car factory. The factory is spacious and bright, with walls covered in a gentle silver glow that gives off a futuristic vibe. The roof is high and made of glass and steel, allowing us to see the busy robotic arms and automated assembly lines outside. In this grand scene, you can see an important element that embodies the factory's intelligence: multiple large digital displays suspended above the production area. These screens are not fixed, but are kept in the air through precise anti-gravity technology, silently monitoring the production process like floating guards. The screens display dense streams of data, some showing real-time car assembly status, some presenting production line efficiency charts, and others taking turns to display 3D scanning images and performance parameters of each vehicle to ensure that every part is manufactured to the highest standard.
Prompt: Factory assembly line, movable robot with two arms, four-wheel chassis, RoboCop style, tough,
Prompt: Factory assembly line, movable robot with two arms, four-wheel chassis, RoboCop style, tough,
Prompt: Generate a visually compelling image with a frontal view of an industrial workshop featuring integrated printed circuit boards, welding robots, visible Python code, and industrial-grade welding devices
Prompt: a futuristic electronics manufacturing factory, busy, many operators, clean, well lit, highly detailed, dramatic lighting, high contrast, varied colors
Prompt: Generate a detailed and realistic visual representation of the construction of a car in a factory setting. Highlight the different stages of the manufacturing process, including the assembly line, robotic arms, and the precision involved in crafting various components. Emphasize the intricate details of the machinery, the workers' roles, and the dynamic environment of a bustling automotive factory. Capture the essence of efficiency and precision as a car takes shape from raw materials to a finished product on the factory floor
Style: Fantasy Art
Prompt: a futuristic electronics manufacturing factory, clean, well lit, highly detailed, dramatic lighting, high contrast
Prompt: A Chinese immortal, handsome in appearance, thirty years old, dressed in a white robe, walking on clouds, set against a distant and ethereal fairyland backdrop.
Style: Photographic
Prompt: Create a front-facing image showcasing printed circuits interwoven with welding robots, all set against an automotive backdrop, while Python code subtly overlays the scene, merging technology and automotive themes in one composition.
Prompt: A majestic and fantastical Chinese-style dragon perches upon a mountain of stacked gold and gemstones. It possesses four legs, each adorned with five powerful claws. Its serpent-like body, without wings, gracefully soars through the air. The head of the dragon is a golden hue, with scales intricately interwoven with green jade and thin gold flakes. Surrounding the scene are bamboo groves and temples, representing traditional Chinese aesthetics. Capture the essence of this mythical creature with its imposing presence, the wealth it guards, and the cultural elements of bamboo and temples.
Prompt: in the middle of an abandoned overgrown highway, a big robot is on one knee and holding its hand out for a human who is on top of a car to walk onto
Prompt: The scene is set in a high-tech, advanced manufacturing workshop bustling with activity. At the center of the workshop, a team of skilled engineers is working on a sophisticated assembly line, where precision is key. They are using custom jigs and fixtures made from durable, yellow-green Durawheel polyurethane sheets. These jigs and fixtures have been intricately designed to hold delicate machine parts securely during the assembly process. The polyurethane material, known for its superior resistance to wear and tear, provides a soft yet firm grip, preventing any damage to the parts, and reducing vibration during machine operation. In the foreground, an engineer is seen carefully placing a precision part into a polyurethane jig, which perfectly contours to its shape. The fixture is mounted on a state-of-the-art CNC machine, ready for a detailed machining process. The soft surface of the polyurethane ensures that the metal part is not scratched or dented, maintaining the integrity of the part's delicate surface. In the background, shelves are stocked with a variety of custom polyurethane jigs and fixtures, showcasing the versatility of the material in accommodating different shapes and sizes. The overall atmosphere is one of precision and efficiency, with the Durawheel polyurethane sheets playing a crucial role in maintaining the high-quality standards of the manufacturing process.
Prompt: The scene is set in a high-tech, advanced manufacturing workshop bustling with activity. At the center of the workshop, a team of skilled engineers is working on a sophisticated assembly line, where precision is key. They are using custom jigs and fixtures made from durable, yellow-green slightly transparent polyurethane sheets. These jigs and fixtures have been intricately designed to hold delicate machine parts securely during the assembly process. The polyurethane material, known for its superior resistance to wear and tear, provides a soft yet firm grip, preventing any damage to the parts, and reducing vibration during machine operation. In the foreground, an engineer is seen carefully placing a precision part into a polyurethane jig, which perfectly contours to its shape. The fixture is mounted on a state-of-the-art CNC machine, ready for a detailed machining process. The soft surface of the polyurethane ensures that the metal part is not scratched or dented, maintaining the integrity of the part's delicate surface. In the background, shelves are stocked with a variety of custom polyurethane jigs and fixtures, showcasing the versatility of the material in accommodating different shapes and sizes. The overall atmosphere is one of precision and efficiency, with the Durawheel polyurethane sheets playing a crucial role in maintaining the high-quality standards of the manufacturing process.
Prompt: The scene is set in a high-tech, advanced manufacturing workshop bustling with activity. At the center of the workshop, a team of skilled engineers is working on a sophisticated assembly line, where precision is key. They are using custom jigs and fixtures made from durable, yellow-green slightly transparent polyurethane sheets. These jigs and fixtures have been intricately designed to hold delicate machine parts securely during the assembly process. The polyurethane material, known for its superior resistance to wear and tear, provides a soft yet firm grip, preventing any damage to the parts, and reducing vibration during machine operation. In the foreground, an engineer is seen carefully placing a precision part into a polyurethane jig, which perfectly contours to its shape. The fixture is mounted on a state-of-the-art CNC machine, ready for a detailed machining process. The soft surface of the polyurethane ensures that the metal part is not scratched or dented, maintaining the integrity of the part's delicate surface. In the background, shelves are stocked with a variety of custom polyurethane jigs and fixtures, showcasing the versatility of the material in accommodating different shapes and sizes. The overall atmosphere is one of precision and efficiency, with the yellow-green slightly transparent polyurethane sheets playing a crucial role in maintaining the high-quality standards of the manufacturing process.
Style: Photographic
Prompt: In the future, many human jobs will be replaced by robots. Please show various scenes of robots working for humans. The picture should be full of technology and futuristic sense, and the style should be cyberpunk.
Prompt: Describe the situation of a future factory, including smart robots, smart forklifts, and smart shelves
