Jieshuo-library-Official

Anthropic’s Claude text watermark works by subtly changing which tokens the model chooses while generating an answer. It does not add visible symbols, hidden characters, or metadata; instead, it creates a statistical pattern in ordinary word choices. � How it works At each generation step, Claude uses a secret key together with the words that came before. This determines which possible tokens are slightly preferred—similar to dividing the vocabulary into a “green list” and a “red list.” The model then gives the preferred tokens a small probability boost, but it can still choose other words when they fit the meaning better. � This process repeats throughout the answer. One word by itself proves nothing, but across a sufficiently long passage, the preferred token pattern may occur more often than would be expected by chance. � How detection works A detector with the correct secret key examines the text and reconstructs the token preferences at each position. It then checks whether the text contains the expected statistical pattern. If the result is strong enough, the detector estimates that Claude probably generated the text. �

• Build a "photo library" over time, don't post everything at once • Study real travel photography before generating — understand what looks natural • Post a mix of food, streets, landscapes, AND selfies — variety sells it • Location tags and geotags help but can also create contradictions • Stories disappear in 24h — lower risk, good for testing • Keep your AI tools and workflows private — don't overshare the process Final thought: Some people do this for creative portfolio work, content experiments, or privacy. Others do it for clout. Know your reason and understand the risks. The tech is wild but it's a moving target — what fools people today might not work next month. Stay updated or stay honest. 🤷 ---

--- 🤖 50 THINGS TO KNOW BEFORE POSTING FAKE TRAVEL CONTENT WITH AI So you wanna make it look like you're in Bali but you're actually on your couch? Here's everything you need to know before you start 👇 🧠 MINDSET & BASICS 1. This is a creative project, not just "click a button" — treat it like that 2. People are getting better at spotting AI content, so quality matters more now than ever 3. Consistency is king — your feed needs to tell a believable story 4. One fake photo won't fool anyone if the rest of your feed screams "homebody" 5. You need to understand lighting, angles, and composition even if AI generates the image 📸 AI IMAGE GENERATION 6. Midjourney, DALL·E, Stable Diffusion, Flux — know the differences 7. Flux is currently one of the best for realistic human photos 8. Midjourney nails aesthetics but sometimes gives that "too perfect" AI look 9. Stable Diffusion gives you the most control with local models 10. Always generate at the highest resolution possible 11. Learn prompt engineering — specific details about location, time of day, weather 12. "Shot on iPhone 15" or "candid vacation photo" style prompts work better than "beautiful travel photo" 13. Add imperfections — lens flare, slight blur, grain — real photos aren't perfect 14. Generate multiple versions and pick the best one 15. Background details matter — wrong architecture style for the country = instant giveaway 16. Research what the actual location looks like before generating 17. Street signs, license plates, text in the background — AI still struggles with these 18. Hands are getting better but still check them carefully 19. Skin texture should have pores, not airbrushed perfection 20. Shadows and lighting direction must be consistent throughout the image 🎬 AI VIDEO GENERATION 21. Runway Gen-3, Kling, Pika, Luma Dream Machine — current top options 22. Video is 10x harder than photos to get right 23. Short clips (2-5 seconds) are your friend — don't push it 24. Camera movement should match what a phone would actually do 25. Avoid complex human motion in videos — walking looks weird fast 26. Scenic pans and landscape videos are the easiest to fake convincingly 27. Add natural camera shake — tripods are less common in tourist content 28. Video-to-video with real footage as base gives more realistic results 29. AI video still has a "floaty" quality most of the time — use it sparingly 30. Music and sound effects sell the illusion more than the visuals sometimes 👤 AI FACE & IDENTITY 31. Face swap tools: InsightFace, FaceFusion, Roop — know your options 32. Source lighting must match target lighting or it looks uncanny 33. Angle consistency between your face and the body matters a lot 34. Hair, skin tone, and ear visibility need to match 35. Multiple face swaps in different angles build a more believable set 36. Face verification tools exist on platforms — be aware of detection 37. Some apps use liveness detection now, not just static face matching 38. Consistent face across multiple posts builds trust over time 39. Don't use the same AI body/pose template repeatedly 40. Sunglasses and hats help but also look suspicious if overused ⚠️ WHAT CAN GO WRONG 41. Reverse image search can sometimes find your AI source or similar generations 42. Metadata (EXIF data) — real photos have GPS, camera info; AI images don't 43. You can add fake EXIF data but sophisticated checks can detect it 44. Friends who actually know the location might spot wrong details 45. Posting in real-time creates timezone and weather contradictions 46. If someone asks for a video call from "that beach" you're stuck 47. Brands and tourism boards are starting to use AI detection tools 48. The more famous you are, the harder scrutiny you'll face 49. Someone might actually know the place and call out inconsistencies 50. The effort to maintain the lie grows exponentially with each post 💡 PRO TIPS

💡 The bottom line? AI is not a luxury for blind users — it's becoming a necessity. Every single item on this list is available TODAY, not in some future timeline. The gap between what's possible and what people actually use is huge. Share this with someone who needs it. ♻️ Repost to spread awareness. 💬 Drop your favorite AI accessibility tool in the comments. #AI #Accessibility #BlindTech #VisualImpairment #Inclusion #AIforGood ---

--- 🤖 50 Ways Blind People Can Use AI to Transform Daily Life AI isn't just for tech people — it's one of the most powerful tools ever built for accessibility. Here are 50 real, practical ways blind and visually impaired people can use AI right now. — 📖 READING & TEXT (1–8) 1. AI-powered OCR reads printed text from a photo — snap it, hear it 2. AI reads handwritten notes, letters, and cards aloud 3. AI summarizes long articles or documents into key points 4. AI reads PDFs and eBooks in natural-sounding voices 5. AI describes charts, graphs, and data visualizations in plain language 6. AI translates text between languages instantly via voice 7. AI reads textbooks and converts them into accessible audio formats 8. AI extracts text from screenshots, receipts, and signs — 🧭 NAVIGATION & MOBILITY (9–16) 9. AI navigation apps give turn-by-turn audio directions with landmark descriptions 10. AI describes your surroundings in real-time through your phone camera 11. AI detects obstacles ahead — stairs, poles, construction zones 12. AI reads street signs, building numbers, and addresses out loud 13. AI-powered indoor navigation helps find rooms in unfamiliar buildings 14. AI identifies bus numbers and public transport in real-time 15. AI describes the layout of a new environment before you enter 16. AI helps plan walking routes with accessibility in mind (curb cuts, ramps) — 🍳 DAILY LIFE & HOME (17–27) 17. AI identifies objects around the house — "what's on the counter?" 18. AI reads expiration dates on food packaging 19. AI identifies colors of clothing to help with outfit coordination 20. AI reads restaurant menus out loud from a photo 21. AI identifies currency and coins when handling money 22. AI helps with cooking — reads recipes step by step, answers questions like "is this sauce thick enough?" 23. AI identifies medication bottles and reads dosage instructions 24. AI sorts mail — reads sender names and flags important letters 25. AI describes product labels in the grocery store 26. AI helps organize and label items using voice tags 27. AI identifies plants, animals, or objects outdoors just by sound or photo — 💬 COMMUNICATION (28–34) 28. AI voice assistants draft, read, and reply to emails and messages 29. AI transcribes voice messages into text for Braille display users 30. AI generates alt text descriptions for images on social media 31. AI transcribes meetings, lectures, and calls in real-time 32. AI helps compose and proofread documents by voice 33. AI describes photos and memes people send you 34. AI translates sign language video into text or speech (and vice versa) — 📚 EDUCATION & LEARNING (35–40) 35. AI tutors explain complex topics in conversational, voice-friendly ways 36. AI converts any visual content into descriptive, learnable audio 37. AI generates study questions, flashcards, and quizzes on any topic 38. AI reads and explains math equations, formulas, and code 39. AI creates audio descriptions for educational videos 40. AI helps practice and learn Braille through interactive exercises — 💼 WORK & PRODUCTIVITY (41–45) 41. AI coding assistants help blind developers write and debug code 42. AI reads and analyzes spreadsheets — "what's the total in column B?" 43. AI summarizes meetings and generates action items automatically 44. AI helps create presentations from voice descriptions 45. AI manages calendars, sends reminders, and drafts meeting agendas — 🎬 ENTERTAINMENT & SOCIAL (46–50) 46. AI generates audio descriptions for movies, shows, and YouTube videos 47. AI-powered accessible games designed with audio-first experiences 48. AI describes visual art, photography, and memes in detail 49. AI helps recognize faces of people approaching you (via apps like Seeing AI) 50. AI acts as a companion — answers questions, tells stories, helps pass time with real conversation —

fix any error

ElevenLabs SFX Studio Generate studio-grade sound effects from text descriptions, powered by the ElevenLabs sound-generation API. Features: - Text to sound effect generation - Multiple variants and formats - Quick presets fill the form for you to review before generating - Play generated sounds instantly, no save required - Download button to save a file only when you choose to - History with clear-all option - Automatic fallback relay when the direct API is busy Developer: Jieshuo Library Join our channel: t.me/Jieshuolibrary

Honey Harvest Simulation is an idle beekeeping game where you automatically collect honey over time and sell it to a traveling trader for coins and experience. You can spend coins on upgrades like faster production, larger jars, and special items that boost your apiary or attract more frequent wild beehive events. Random empty hives also appear, giving you the chance to pay a restaurant to extract bonus honey, while your total honey sold is tracked on an online leaderboard.

new dashboard menu

Developing plugins for Jieshuo (also known as Commentary Screen Reader or CSR) is a fantastic way to extend accessibility on Android. Beyond knowing Lua syntax, there are specific Jieshuo-related requirements, architecture concepts, and custom APIs you need to learn. 1. Do You Need to Learn Specific Jieshuo APIs? Yes. Jieshuo exposes its own custom Lua runtime environment with specialized functions specifically tailored to screen reader interactions, UI inspection, touch events, TTS output, and system tasks. Key API modules provided by Jieshuo include: A. Output & Feedback APIs service.speak(text): Speaks text using the current primary text-to-speech engine. service.toast(text): Displays an Android system toast message. service.vibrate(pattern) / service.playSound(sound_path): Trigger haptic feedback or local audio effects. B. UI & Screen Node Inspection APIs service.getContent(): Gets the text or content of the currently focused UI element. service.click(): Simulates a click action on the currently focused node. service.findNodeByText(text) / service.findNodeById(id): Searches the current screen hierarchy for a specific element or widget ID. node.performAction(...): Directly interacts with Android accessibility nodes (swipe, scroll, double-tap, long-click). C. Task & Network APIs http.get(url) / http.post(url, body): Allows you to send HTTP requests to external APIs (great for connecting to LLMs, custom web scrapers, or third-party APIs). timer module: For running delayed or repeating background tasks. 2. Additional Specific Requirements Beyond standard Lua scripting and Jieshuo APIs, here are the technical concepts and environment details you need: 1. Android Accessibility Framework Fundamentals Jieshuo relies heavily on the Android AccessibilityService API. Understanding how Android exposes screen elements is critical: Node Trees: Recognizing how screens are structured into UI nodes (AccessibilityNodeInfo). Attributes: Knowing how Android tags UI components (e.g., clickable, focusable, className, viewIdResourceName). 2. Jieshuo Plugin Structure A Jieshuo plugin isn't just a raw .lua file; it follows a specific file structure bundled in a .zip or custom package format containing: main.lua: The entry-point script executed when the plugin/gesture is triggered. config.json or manifest metadata: Defines the plugin's name, author, version, description, and required permissions. 3. Event Types & Triggers You need to understand when and how Jieshuo calls your script: Gesture Plugins: Triggered manually when a user executes a mapped swipe or button combination. Timer/Self-Launching Plugins: Run automatically at scheduled time intervals in the background. Per-App Plugins: Scripting logic that activates only when a specific package (e.g., WhatsApp, YouTube) comes into the foreground. 3. Recommended Workflow to Get Started Study Existing Open-Source Plugins: Explore community-contributed plugins inside the Jieshuo plugin repository or GitHub. Deconstructing existing Lua scripts is the fastest way to learn Jieshuo's variable names and methods. Set Up a Quick Test Environment: Write your Lua script using a text editor. Transfer the script/plugin zip directly to your device into the Jieshuo/plugin directory. Open Jieshuo Plugins Settings, import your plugin, and map it to a test gesture. Debugging: Use service.toast() or write debug messages to Jieshuo’s system log to trace issues while your script executes.

What's new in this update: UI & Feature Improvements: Optimized the main interface to be cleaner and more intuitive. Added "Undo" and "Redo" features, allowing you to easily revert previous edits or recover accidentally deleted text in the main input field. Added two new audio effect sliders: Echo and Reverb , helping you customize the output audio to be more lively and realistic. Moved the file name input field into a separate dialog. Added a Settings dialog containing the following functions: Moved the "Voice roleplay for individual texts" option into Settings. Grouped all voice parameter and effect adjustment sliders into Settings, keeping the main interface clutter-free. Added a "Restore Defaults" button in the Settings dialog to quickly reset all parameters to their original states. Added "Forward" and "Rewind" buttons to the main interface, allowing you to quickly skip to the next segments or go back to previous ones during playback. Improved the behavior of the "Test Listen" (Preview) button for temporarily saved texts: Single tap: The system will play the most recently saved temporary text segment. Long press: The system will continuously play the entire list of saved temporary texts. Changes to the Voice Roleplay feature workflow: The process of creating an audio file with multiple different voices (roleplay) has been updated. Here are the steps: 1. Enable the feature: Open the utility, go to Settings, and check the "Use voice roleplay mode for individual texts" option. Then close the dialog to return to the main interface. (Note: When using this feature, you can ignore the text input field on the main interface). 2. Create a dialog segment: Click the "Create Profile" button, then enter your text content and adjust the voice parameters (including echo/reverb effects) as desired for that specific segment. 3. Preview and Save temporarily: Click the "Test Listen" button to check the audio. If you are satisfied, click "Save" to add this segment to the waiting list. Repeat steps 2 and 3 to continue creating more segments with different voices. 4. Export audio file: Once you have completed the entire script, return to the main interface and click the "Convert" button. 5. Save: A dialog asking you to name the file will appear. You can type a custom name or keep the system's suggested name, then click "Save" to export the final audio file. TG channel: https://t.me/accessiblevisionresources

This is a powerful tool that helps you easily convert documents, articles or super long text (up to hundreds of thousands of characters) into audio files quickly. Outstanding features: Flexible customization: Freely choose language, tool, voice and adjust speed, pitch, volume to your liking. Automatically remember: Your sound settings will be automatically saved for future use, no need to bother adjusting from the beginning. Role play mode: Allows assigning different voices to each piece of text. Extremely useful when you make audio stories or podcasts with many dialogue characters. Instructions for use 1. Convert regular text 1. Open the utility and set audio parameters (Language, Voice, Speed, Pitch...). 2. Paste your text into the input box. 3. Press the "Convert" button. 4. When the notification application is complete, you can find the audio file in the Download/TTS_Audio folder on the device. 2. Use Cast mode (Multiple characters) If your script has multiple characters, follow these steps: 1. Check the box "Use voice casting mode for each text". 2. Set the voice for the first character, enter their dialogue in the box, then press "Save temporarily". 3. Continue to change to the second character's voice, enter the dialogue and press "Save temporarily". Repeat this operation until the script is finished. 4. Click "Convert" to let the application combine everything into one complete audio file. How to manage saved voice clips: After temporary saving, the "Manage temporary documents" button will appear. Click to open your scenario list: To edit: Click on any paragraph to correct spelling errors or change voice parameters. To delete: Long press on the wrong text and select "Agree". Conclusion: ​With the combination of powerful data processing capabilities and unique casting features, the Text to Audio Converter Utility is not only a regular text reading tool, but also a great assistant for content creators, podcasters or audio story creators. Whether you need to listen to a document that is hundreds of thousands of words long or want to build a complex multi-character conversation scenario, every operation is now optimized to maximize your time and effort. Experience today to turn dry text into the most vivid and engaging sound works! TG channel: https://t.me/accessiblevisionresources

Brace yourselves, because the ultimate audio revolution is officially here to completely blow your mind today! The Acoustic Archive Explorer has just launched, unlocking a mind-blowing new dimension of limitless soundscapes that will leave you absolutely speechless! Dive in right now and let this game-changing experience take your creativity to unimaginable heights!

NeuralPilot Agent: AI assistant for Android users. Features: 1. Natural chat. 2. Cross-conversation memory. 3. 10 response styles. 4. Multi-step tasks. 5. Internal Lua execution. 6. Simultaneous chat and code. 7. Web APIs via httpGet(url). 8. JSON parsing via json.decode(text). 9. Library/Java imports (when enabled). 10. Auto-repair failed/incomplete code. 11. Fix code with no output. 12. Recover missing answers. 13. Stop generation anytime. 14. Multiple API keys (OpenRouter, Google, NVIDIA, Hugging Face). 15. Modes: Safe, Expanded, Android, Unrestricted. 16. Auto-update toggle in Settings. 17. Update skip/fail: start latest saved update. 18. No saved update: use built-in version. 19. Unrestricted mode: Lua runs in real app environment. 20. Full-screen ScrollView for TalkBack accessibility. Providers: - OpenRouter - Google AI Studio - NVIDIA NIM - Hugging Face Inference (router.huggingface.co) Credits: Developer: Jieshuo Library Channel: https://t.me/Jieshuolibrary

Hello everyone. If you've been following my channel over time, you probably know about the Dictation extension I've developed, as well as the reason behind creating it. The main reason I created this extension is that the default Dictation function of Jieshuo is currently experiencing an error. Specifically, when you activate this feature, after speaking the text and touching the screen, the input process ends but the text is not pasted into the text box, it's only read aloud. For that reason, I developed this extension to help you Dictate effectively without relying on Jieshuo's faulty default Dictation function. Previously, to use the extension, you had to launch it. After the extension started speech recognition, you just spoke normally. After finishing speaking, you had to tap the screen twice to end the recognition process. However, in this version, I've made a significant improvement: simulating Jieshuo's Dictation function. This means that when you run the extension to Dictate, just touching the screen will end the input process, exactly like Jieshuo's default Dictation function. Additionally, some languages support offline Dictation, try to see if your language supports offline Dictation. Telegram channel: https://t.me/accessiblevisionresources

Our source code is now closed.