Discover & Build Mini-Apps
Entertainment
@pillowprynce
63
0
0
Project Idea: Title: Synaptic Symphony: The Dream Weaver's Console Description: A sprawling, collaborative web application that allows users to 'compose' and 'conduct' shared dreamscapes, translating abstract emotional states and subconscious narratives into interactive, evolving sensory environments. It's a digital loom for collective unconscious exploration, where every interaction subtly reshapes the dream's fabric for all participants. Core Features: - Emotional Resonance Engine: Users input abstract emotional states (e.g., 'verdant melancholy', 'crystalline anticipation'), which the AI translates into generative visual, auditory, and haptic (via haptic feedback devices) elements within the shared dreamscape. - Narrative Thread Weaving: Participants can 'tag' specific dream elements with micro-narratives or symbolic interpretations, which then procedurally influence the evolution and interconnectedness of other elements in real-time. - Subconscious Echo Chamber: A 'feedback loop' system where the collective interactions and emotional inputs of all users subtly influence the generative algorithms, causing the dreamscape to organically 'learn' and reflect the group's shared subconscious currents. - Temporal Flux Controls: Users can collectively or individually manipulate the dreamscape's perceived flow of time, from hyper-accelerated sequences to glacial, suspended moments, altering the pace of narrative unfolding and sensory shifts. (You can copy this text from the share options)
@hans
78
0
0
Create a premium, native mobile app for immersive, adult voice-based role-playing with an AI. The app is designed for explicit fantasy scenarios and must provide a high degree of user customization and immersion. The app must include the following core features: 1. **Onboarding & Age Gate:** * Upon first launch, display a clear, one-time modal requiring the user to confirm they are of legal adult age. * Follow this with a brief, skippable tutorial highlighting the key features: Character Creation, Scenario Library, and the Voice Chat interface. 2. **Character Creator & Personas:** * Allow users to create, save, and manage multiple AI "Personas." * For each Persona, the user can define: * **Name:** A custom name for the AI character. * **Voice:** Select from a diverse library of high-quality voice options (e.g., Deep, Soft, Accent A, Accent B). * **Core Personality:** A short text description defining the character's traits, background, and disposition (e.g., "A stern but fair starship captain," "A mischievous forest spirit"). This text will be used to prime the AI. * Users can select one of their saved Personas for each chat session. 3. **Scenario Hub:** * This screen serves as the starting point for new sessions. * It should offer two paths: * **Freestyle Prompt:** A simple text input for users to write a completely custom, open-ended scenario. * **Scenario Library:** A browsable, curated collection of pre-written scenarios categorized by theme (e.g., Sci-Fi, Fantasy, Historical, Modern). Each scenario provides a starting context for the role-play. Users should be able to save their favorite scenarios. 4. **Immersive Voice Chat Interface:** * The central interaction screen. It must be minimalist and dark-themed to focus the user on the audio experience. * **Core Controls:** A prominent "Hold to Speak" button. * **Visual Feedback:** A subtle, ambient visualizer (e.g., soft pulsing waves or particles) that reacts to the AI's voice to enhance immersion. The visualizer's color or pattern could subtly shift based on the tone of the conversation. * **Context Display:** A small, collapsible text area at the top showing the name of the selected AI Persona and the initial scenario prompt for reference. * **AI Memory:** The AI must maintain context and memory throughout a single, continuous session. 5. **Session History & Journal:** * A private "Journal" section where all past sessions are automatically saved. * Each entry should be listed with the Persona name, scenario, and date. * Tapping an entry opens a transcript of the chat. The user should have the option to resume the session from where they left off. * All Journal data must be stored persistently in a database and linked securely to the individual user's account. 6. **User Settings:** * A dedicated screen to manage app preferences. * **Voice Management:** Add/edit/delete AI Personas. * **Journal Management:** Ability to delete individual sessions or wipe the entire history. * **Accessibility:** Options to adjust AI voice speed and volume. User authentication, profiles, and data storage linked to the user are handled by the platform. The focus is on building the character creation, scenario management, and immersive voice chat features.
@karpovtatts
50
0
0
простой плеер для книг. большие кнопки и удобное управление когда за рулём. возможность выбрать на сколько секунд листать вперёд и назад. основное управление как у приложение литрес
@nypd
46
0
0
Create a native mobile app called "GeoTune" where users discover music by finding "Tune Drops" on a map. The app's core functionality should include: 1. **Map Screen:** * The main screen is an interactive map centered on the user's location. * The map is populated with "Tune Drops" at fixed geographical coordinates. * Each drop has an intrinsic rarity: Common, Uncommon, Rare, or Shiny. Represent each rarity with a different colored circle on the map. 2. **Drop Interaction and Reset Logic:** * When a user taps a Tune Drop, the app reveals a song and the drop disappears from that user's map. * The backend must track the collection time for each user and each drop individually. * The drop reappears on the user's map only after its specific cooldown period has passed: * **Common:** 10 minutes. * **Uncommon:** 1 hour. * **Rare:** 3 hours. * **Shiny:** 12 hours. 3. **Song Reveal Screen:** * Upon tapping a drop, a modal or new screen appears. It displays the song's title and artist and begins playback. * The visual presentation of this screen should reflect the rarity of the drop collected. 4. **User Collection Screen:** * A dedicated screen that lists all the songs the user has discovered. * Each entry should show the song title, artist, and the rarity of the drop it came from. 5. **Backend Data Models:** * **Song Model:** `title`, `artist`, `audioURL`. * **Drop Model:** `latitude`, `longitude`, `rarity` (Common, Uncommon, Rare, Shiny). * **User Collection Model:** This model must link a `user` to a `drop` and store a `lastCollectedTimestamp`. This is critical for managing the individual reset timers for each user. All data must be stored persistently in a database.
@hans
69
0
0
Create a native mobile app for voice-based, adult role-playing. The app's primary function is to allow a user to have an explicit and unrestrained voice conversation with an AI character for fantasy role-playing purposes. The app should include the following screens and functionality: 1. **Age Gate Screen:** * This must be the first screen a new user sees. * It must display a clear warning message stating: "This app is intended for adults only and contains explicit sexual content. By entering, you confirm you are of legal age." * Include a button like "I Agree & Enter" that the user must press to access the main app. 2. **Main Chat Screen:** * A clean and simple user interface designed for conversation. * Display the ongoing chat transcript, clearly differentiating between the "User" and the "AI" response. * Feature a prominent, easy-to-use "Hold to Speak" or "Tap to Record" button for capturing the user's voice input. 3. **Core Voice Interaction Logic:** * When the user speaks, use a speech-to-text service to convert their audio into a text string. * Send this text string to a backend AI model. The AI should be prompted to act as a creative, uninhibited role-playing partner capable of generating explicit and detailed narrative responses. * Receive the text response from the AI. * Use a text-to-speech service to convert the AI's text response into natural-sounding audio and play it back to the user. * The AI's voice should be female. 4. **Backend Functionality:** * Create a server-side API endpoint that receives the user's text, passes it to a large language model configured for explicit, creative storytelling, and returns the AI's generated text response.
@pillowprynce46
0
0
Project Idea: Title: Synaptic Symphony: The Dream Weaver's Console Description: A sprawling, collaborative web application that allows users to 'compose' and 'conduct' shared dreamscapes, translating abstract emotional states and subconscious narratives into interactive, evolving sensory environments. It's a digital loom for collective unconscious exploration, where every interaction subtly reshapes the dream's fabric for all participants. Core Features: - Emotional Resonance Engine: Users input abstract emotional states (e.g., 'verdant melancholy', 'crystalline anticipation'), which the AI translates into generative visual, auditory, and haptic (via haptic feedback devices) elements within the shared dreamscape. - Narrative Thread Weaving: Participants can 'tag' specific dream elements with micro-narratives or symbolic interpretations, which then procedurally influence the evolution and interconnectedness of other elements in real-time. - Subconscious Echo Chamber: A 'feedback loop' system where the collective interactions and emotional inputs of all users subtly influence the generative algorithms, causing the dreamscape to organically 'learn' and reflect the group's shared subconscious currents. - Temporal Flux Controls: Users can collectively or individually manipulate the dreamscape's perceived flow of time, from hyper-accelerated sequences to glacial, suspended moments, altering the pace of narrative unfolding and sensory shifts. (You can copy this text from the share options)
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