Prompt: A humanoid robot with clear facial details, glare, flickering, ultra-detail, contour light, sparkle, lightning elements, ultra-high definition, 16k
Prompt: a beautiful humanoid robot, head and shoulders, kind, short brown hair, olive skin, electronic light hazel eyes, looking at camera
Prompt: a female humanoid robot with beautiful and soft features, and some futuristic visual element
Prompt: a female humanoid robot with beautiful and soft features, and some futuristic visual element
Prompt: Hyperrealistic and cinematic ((full body)) conceptual portrait of a mysterious and beautiful medieval woman, in a dynamic pose. She has pale skin, long and abundant black hair wavy beyond the waist and piercing green eyes with dark shading, which give her an intense gaze, she has a beautiful body, ((in a dynamic pose)), She wears a dark medieval dress with wide sleeves and green embroidery. Her beautiful face has captivating features, ((She is beautiful in body)). In the background is a black medieval castle. The lighting is dramatic with stylized tones and contrasts that highlight her sensuality. The image conveys epic medieval fantasy in every texture and hyperrealism in the details,
Prompt: simple waking robot, 3d printed, sci-fi, follow Human factors and ergonomics, whole screen face
Prompt: its a futuristic extremely detailed ultra realistic portrait of a robot. 32k UHD resolution captures every detail
Prompt: beautiful ultrafuturistic humanoid robot, head and shoulders, kind, short brown hair, mettalic skin, electronic light hazel eyes, looking at camera
Prompt: 3d artificial generated human being, indistinguishable, uncanny valley, very realistic, astonishing, really weird
Prompt: I want to make a medical monitoring robot with a clear and simple structure, including a camera, microphone, speaker, processor, etc,
Prompt: I want to make a medical monitoring robot with a clear and simple structure, including a camera, microphone, speaker, processor, etc,
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. studio lighting octane rendering industrial design high detail 16K--ar3：4
Prompt: Design a minimalist medical monitoring robot that can be hung on the wall, with a clear and clear structure, rich in human touch and warmth. A high-definition camera is used to capture and analyze images and video signals for facial expression recognition, eye tracking, gesture recognition, behavior recognition, and other functions. The position and angle of the camera should be adjustable to adapt to different environments and scenes. A highly sensitive microphone used to capture and analyze sound signals for functions such as sound sensing, cough recognition, and speech recognition. The directionality and array of the microphone should be adjustable to reduce the impact of noise and interference. A high-performance processor used to run and control various AI algorithms and models for functions such as motion amplification, natural language processing, and analytical decision-making. The speed and memory of the processor should be able to meet real-time and efficient computing needs. A high-definition display screen used to display and interact various information and content, achieving functions such as human-computer dialogue, emotional expression, and composite display. The size and resolution of the display screen should be able to adapt to different users and needs. A highly stable power supply used to supply and manage power for various devices and components to ensure the normal operation and safety of the robot. The capacity and lifespan of the power supply should be able to support long-term and continuous use. clean background studio lighting 16K--ar3：4 octane rendering
Prompt: this is an extremely detailed ultra realistic portrait of a cyborg. 32k resolution captures every detail
