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Prompt: Please help me create an interactive SVG animation featuring a standing electric fan. Core functional requirements: Speed control: Create four clickable buttons on the fan base, labeled '0', '1', '2', and '3'. Speed '0' (Stop): Clicking '0' should cause the fan blades to slowly decelerate, simulating physical inertia, and eventually come to a smooth stop, regardless of the current speed setting. Speed '1' (Low Speed): Clicking '1' should cause the blades to slowly accelerate to a low speed if the fan is stationary (speed '0'). Switching to a higher speed ('2' or '3') should cause the blades to slowly decelerate to a low speed. Speed '2' (Medium Speed): Clicking '2' should cause the blades to slowly accelerate (from speed '0' or '1') or slowly decelerate (from speed '3') to a medium speed. Gear '3' (High Speed): When '3' is clicked, the blades should gradually accelerate (from gear '0', '1', or '2') to high speed. Key Animation Requirements (Very Important): Physics Simulation: All speed changes (acceleration and deceleration) must be smooth transitions (ease-in / ease-out). Abrupt Changes: Never allow the blades to start, stop, or switch to a new speed instantaneously. The inertia of a real motor must be simulated, requiring a buffer time to reach the target speed. Visual Feedback: When a button is selected, provide a clear 'activated' or 'pressed' visual state to indicate that this is the currently selected gear.
Prompt: Please help me create an interactive SVG animation featuring an internal combustion engine and wheel linkage structure. Core functional requirements: 1. Engine Components: Display a complete single-cylinder internal combustion engine with cylinder, piston, crankshaft, connecting rod, and flywheel. 2. Wheel Linkage: Connect the engine to a set of wheels (front and rear) through a transmission system. 3. Start/Stop Control: Add a clickable button to start/stop the engine. When clicked: - Start: The engine should gradually accelerate to a steady running speed, simulating the ignition process. - Stop: The engine should slowly decelerate and stop, simulating engine shutdown with inertia. 4. Motion Transfer: When the engine runs: - Piston moves up and down smoothly within the cylinder. - Crankshaft rotates continuously, driven by the piston via the connecting rod. - Flywheel rotates to maintain smooth motion, showing the effect of momentum. - Wheels rotate at a speed proportional to the engine speed, demonstrating the transfer of power. Key Animation Requirements (Very Important): - Physics Simulation: All motion transitions (acceleration, deceleration) must be smooth with natural easing (ease-in/ease-out) to simulate real-world inertia. - Component Coordination: Ensure the motion of all components (piston, crankshaft, connecting rod, flywheel, wheels) is synchronized correctly according to mechanical principles. - Visual Feedback: When the start/stop button is activated, provide a clear visual state change (e.g., color change, pressed effect) to indicate the current status. - Smooth Operation: Avoid abrupt changes in motion—all parts should move in a coordinated and realistic manner. Visual Design Requirements: - Clear Structure: Each component should be distinguishable with appropriate colors and labeling. - Realistic Motion: The animation should accurately reflect the mechanical interactions between engine parts and wheels. - Interactive Elements: The start/stop button should be easily clickable with hover effects for better user experience.
Prompt:Please help me create an interactive SVG animation of The Legend of Zelda running on Nintendo Switch

A model under the alias 'Riftrunner' has emerged on the benchmark platform LMArena (Large Model Arena), demonstrating exceptionally strong multi-modal performance.
Riftrunner (Gemini 3) harnesses the power of Google's latest Gemini 3 technology to deliver unparalleled AI image generation capabilities. Experience the next evolution in creative AI with our advanced platform.

Create stunning visuals with Riftrunner (Gemini 3) in three simple steps:
Enter your creative concept using natural language with Riftrunner (Gemini 3). Whether you need detailed illustrations, concept art, or product visuals, Gemini 3's advanced understanding will interpret your prompts with remarkable accuracy.
Google's Gemini 3 technology processes your request using its powerful neural networks, analyzing your prompt to generate high-quality images that match your creative vision with impressive detail and accuracy.
Review your generated images and use Riftrunner's editing tools to refine them further. Once satisfied, download your high-resolution images for use in your projects, presentations, or publications.
Riftrunner (Gemini 3) - Advanced AI Image Generation Technology
Utilize Google's Gemini 3 technology for sophisticated image modifications and enhancements. From detailed retouching to creative transformations, Riftrunner provides intuitive natural language editing tools that maintain consistency and quality throughout your creative process.
Create stunning, high-resolution images with incredible detail and accuracy. Gemini 3's advanced capabilities allow for photorealistic renderings, artistic illustrations, and everything in between with remarkable consistency.
Benefit from Gemini 3's superior language understanding that interprets complex creative requests with remarkable accuracy. Describe your vision in detail and watch as Riftrunner transforms your ideas into stunning visuals with precise understanding of context, composition, and artistic styles.
Powered by Google's cutting-edge Gemini 3 platform, Riftrunner delivers the most advanced AI image generation capabilities available today. Experience the next evolution in creative AI technology with our intuitive interface and powerful backend.
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Traditional image generation requires expensive software licenses, lengthy training, and inconsistent results that waste valuable time. With Riftrunner (Gemini 3), generate professional-quality images instantly without technical expertise. Powered by Google's Gemini 3 technology, it delivers exceptional image quality, precise creative editing, and rapid generation speeds that traditional tools cannot match. Experience the future of AI image generation today and revolutionize your creative workflows with the preferred choice of professionals worldwide.