Prompt: Generate realistic images of cars featuring a small digital advertising board. The advertising board should prominently display a Coca-Cola and pepsi advertisement. The generated image should exhibit a natural integration of the digital display on the car, considering factors such as lighting, perspective, and overall visual coherence. Optimize the image to produce high-quality, diverse outputs while maintaining a consistent and authentic appearance of the car and the displayed Coca-Cola and pepsi advertisement
Prompt: Develop an AI model capable of generating realistic images of cars featuring a small digital advertising board. The advertising board should prominently display a Coca-Cola advertisement. The generated image should exhibit a natural integration of the digital display with the car, considering factors such as lighting, perspective, and overall visual coherence. Optimize the model to produce high-quality, diverse outputs while maintaining a consistent and authentic appearance of the car and the displayed Coca-Cola advertisement
Prompt: Generate a similar image like this for VANET(Vehicle Adhoc Newwork). Vehicular Ad Hoc Networks (VANETs) are a type of wireless communication network specifically designed for vehicles on the move. These networks enable vehicles to communicate with each other and with roadside infrastructure, forming an ad hoc network without the need for a pre-existing infrastructure. VANETs play a crucial role in enhancing road safety, traffic efficiency, and providing various applications such as collision avoidance, traffic management, and infotainment services. Communication in VANETs typically relies on Dedicated Short Range Communication (DSRC) technology, and the networks can operate in a decentralized manner, allowing vehicles to share information about their speed, position, and other relevant data. Privacy and security considerations are essential in VANETs to ensure the integrity and confidentiality of transmitted information.
Prompt: 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: 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: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
Prompt: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
Prompt: \"Generate a realistic image of a future version of a Honda Civic. The car should maintain its iconic compact design but incorporate futuristic elements. It should feature sleek, aerodynamic lines, advanced LED lighting, and a high-tech, minimalistic interior. The car should be in a vibrant shade of blue and be situated in an urban environment with modern architecture. Also, imagine it with innovative features like autonomous driving capabilities, solar-powered energy, and a digital, interactive dashboar.
Prompt: Create a photorealistic photo in 16:9 format that highlights the importance of driver engagement and responsible driving. The image should convey the message that relying solely on automated systems can lead to dangerous situations. Use visual elements such as a driver's hands on the steering wheel, a clear road ahead, and a warning sign symbolizing the need for attentiveness.
Prompt: Generate a comprehensive model sheet for a cutting-edge concept car using stable diffusion techniques. The car should embody futuristic design elements, advanced technology, and aerodynamic features. Provide detailed views from the front, side, and back, showcasing the vehicle's unique silhouette and key design components. Include close-up shots of notable features such as headlights, wheels, and the car's emblem. The color scheme should be modern and visually striking. Ensure that the concept car appears sleek, innovative, and ready for the future. The final model sheet should be suitable for use in both promotional materials and 3D modeling
Prompt: Generate a comprehensive model sheet for a cutting-edge concept car using stable diffusion techniques. The car should embody futuristic design elements, advanced technology, and aerodynamic features. Provide detailed views from the front, side, and back, showcasing the vehicle's unique silhouette and key design components. Include close-up shots of notable features such as headlights, wheels, and the car's emblem. The color scheme should be modern and visually striking. Ensure that the concept car appears sleek, innovative, and ready for the future. The final model sheet should be suitable for use in both promotional materials and 3D modeling
Prompt: The visuals evoke a sense of stretching the image. 3D screen interface, Deep blue data visualization, Dynamic 3D data display, Richly detailed information graphics, Immersive 3D data experience, Data-rich holographic screens, Deep blue knowledge projection, Comprehensive 3D data representation, Blue-hued interactive data screens, Information depth in 3D, Detailed data visualization on 3D screens, Interactive 3D information landscapes, Earth-centric 3D data models, Deep blue 3D data architecture, Celestial data insights on 3D screens, Advanced 3D data exploration, Blue spectrum 3D information retrieval, Enriched data presentation in 3D, Infinite depth 3D data ecosystem, Cutting-edge 3D knowledge display.
Prompt: Create an engaging image regarding cutting-edge Vision Assistance Technologies in gaming. Envision a futuristic scene with a central holographic screen covering the image. The holographic screen should vividly display the concept of vision assistance, incorporating elements such as heat vision, augmented reality overlays, and enhanced visibility through objects. Emphasize the immersive and high-tech nature of the holographic display, conveying the advancements in gaming visuals and the evolution of anti-cheat measures. Integrate subtle cues such as anti-cheat symbols or digital security patterns to reinforce the theme.
Prompt: Design Pepsi logo graphic extension, creative, high-definition, rich in details(masterpiece, best quality:1.3), 8k, HD, CGproduct asw, Style: Photographic
Prompt: \"Generate a realistic image of a Honda Civic with an impressive exterior tuning. The car should be in a striking shade of metallic black. It should feature custom bodywork, including a wide body kit, a large rear spoiler, and a vented hood. The car should also have lowered suspension, large alloy wheels with performance tires, and a custom exhaust system. The headlights should be upgraded to high-intensity LEDs, and the windows should have a dark tint. The setting should be an urban environment at night, with the car's stylish and aggressive modifications .
Prompt: \"Generate a realistic image of a Honda Civic with an impressive exterior tuning. The car should be in a striking shade of metallic black. It should feature custom bodywork, including a wide body kit, a large rear spoiler, and a vented hood. The car should also have lowered suspension, large alloy wheels with performance tires, and a custom exhaust system. The headlights should be upgraded to high-intensity LEDs, and the windows should have a dark tint. The setting should be an urban environment at night, with the car's stylish and aggressive modifications clearly visible.\"
Prompt: Capture the essence of your Desired Car experience – a visual symphony of diverse automobiles, seamlessly blending elegance and power. Find an image that mirrors the efficiency and excitement of your journey with us. Whether it's the sleek curves of a luxury sedan or the adventurous spirit of an SUV, let the image echo the endless possibilities awaiting on your road to the perfect ride
Prompt: Capture the essence of your Desired Car experience – a visual symphony of diverse automobiles, seamlessly blending elegance and power. Find an image that mirrors the efficiency and excitement of your journey with us. Whether it's the sleek curves of a luxury sedan or the adventurous spirit of an SUV, let the image echo the endless possibilities awaiting on your road to the perfect ride
Prompt: wide angle: landscape of Biomechanical futurist city. Cosmic horror, creepy Sculptures, horror art.
Style: Tile Texture
Prompt: driving monitoring assistant system. We are planning to make a regression model for driver drowsiness detection and there after applying brakes in the vehicle. Make a simple system of architecture for the project which will give exact flow of my project. Make simple and use English language
Prompt: Generate futuristic images depicting the implementation of a cutting-edge hands-free control system for smart home automation and major home appliances.
Prompt: design a child-friendly frame for presenting images to the user. This frame should automatically adjust to showcase images taken by the camera. Prompt the user to interact with various buttons within the application for changing the frame or accessing other features. Ensure that the frame's design is appealing to children, incorporating vibrant colors and delightful elements.
Prompt: design a child-friendly frame for presenting images to the user. This frame should automatically adjust to showcase images taken by the camera. Prompt the user to interact with various buttons within the application for changing the frame or accessing other features. Ensure that the frame's design is appealing to children, incorporating vibrant colors and delightful elements.
