Anime.Vajda.me

Visual Branding, Asset Optimization & UI Polish

User Interface & Experience

• Unified Visual Identity: Finalized and integrated the official Anime.Vajda.me logo across the entire platform. The logo features a geometric, intersecting blue "A" and black "V" design based on the Azonix typeface.
• Vector Asset Optimization: Converted all branding assets into strict 1:1 aspect ratio, 512x512px SVG and PNG formats, eliminating layout distortions and ensuring pixel-perfect rendering on high-DPI displays.
• Refined Branding Integration: Injected the new logo directly into the main calendar header as well as the modal "Release Notes" window, creating a native, app-like visual experience.
• Global Favicon Deployment: Successfully embedded the optimized logo files into the HTML <head> across all active modules and legal pages, establishing a consistent brand presence in browser tabs.
• Grid-Based Footer Layout: Re-engineered the global footer using a strict CSS Grid structure (2fr 1fr 2fr). This replaces the previous flexbox layout to ensure the creator attribution remains perfectly centered while preventing long text blocks from overlapping on 16:10 aspect ratio displays (e.g., MacBooks and ThinkPads).
• Main Domain Integration: Seamlessly integrated the Anime.Vajda.me subdomain into the parent vajda.me/projects portfolio hub. The project card inherits the exact color palette, typography (Azonix), and hover animations, ensuring total cross-site brand consistency.

Core Engine & Backend

• Pre-Flight Image Validation: Enhanced the TVDB sync engine with a pre-flight CURL check (is_tvdb_image_alive). The engine now verifies HTTP 200 statuses during the image cascade selection and manual overrides, mathematically preventing dead links from ever entering the local cache.
• Self-Healing Poster Architecture: Engineered a real-time HTTP validation system within the calendar engine. If an upstream TVDB poster is deleted or returns a 404/403 error, the system instantly suppresses the broken link and triggers an automatic fallback to the native MyAnimeList artwork, ensuring zero visual disruption.
• Automated Cache Invalidation: The self-healing engine now automatically flushes the local .txt poster cache and invalidates user schedule caches upon detecting a broken image, forcing the system to serve fresh fallback assets immediately.
• Master Dictionary Error Logging: Upgraded the background sync script to dynamically update the master mapping file when a broken poster is detected. The affected anime is flagged with an ERROR: TVDB_POSTER_404 status, explicitly notifying the administrator on the sync dashboard.
• Extended Delay Flag Support: Upgraded the delay detection algorithm to parse a broader spectrum of API status flags, including edge cases like delayedText and delayed-air, ensuring perfect synchronization with external broadcast interruptions.
• Intelligent Delay Verification: Engineered an advanced, multi-week cross-referencing logic to eliminate "phantom delays" caused by external API data retention bugs. The calendar engine now actively looks ahead to the following week's schedule to verify if a "Delayed" episode number remains static or increments, ensuring that delay banners are only displayed on genuinely postponed episodes while maintaining accurate historical records.

Modular Landing Hub, Chronological Sorting & UI Polish

Core Engine & Backend

• Chronological Daily Sorting: Implemented an array sorting function that forces a strict chronological order for all daily schedule outputs. Entries marked as "TBA" or "Delayed" are algorithmically anchored to the top of the day, followed by sequentially ordered broadcast times.
• Smart Navigation Memory: Implemented smart session tracking across legal documents to prevent browser history loops. The "Back" buttons now intelligently return users to their last active primary module, rather than bouncing them between policy pages.

User Interface & Experience

• Modular Landing Hub: Built a new, scalable entry hub featuring a sleek, dark-themed UI. The page includes an active entry point for the Calendar and a placeholder card with a custom, calm CSS bounce animation for future modules.
• Interactive Header Navigation: Added a soft white glow and scaling hover effect to the main title in the calendar module, serving as an elegant, non-intrusive "Home" button back to the landing page.
• Footer Architecture Overhaul: Re-engineered the global footer using a strict 3-column flexbox grid. Resolved CSS margin inheritance bugs to eliminate unwanted gaps between inline links and ensured perfect center alignment for the creator attribution.

Legal & Compliance

• Cookie Consent Optimization: Reduced the functional cookie consent TTL (Time-To-Live) from 1 year to 30 days to better accommodate rapid beta development cycles and frequent future updates.

Title Normalization, NSFW Support & Fallback Engine Overhaul

Core Engine & Backend

• Advanced Title Normalization: Upgraded the title matching algorithm to automatically convert Roman numerals (II, III, IV, etc.) to Arabic numerals, resolving mismatches between MyAnimeList and AnimeSchedule (e.g., Cyberpunk: Edgerunners II). Also integrated English alternative titles from the AnimeSchedule payload for higher matching accuracy.
• Extended Global Cache Range: Expanded the AnimeSchedule background sync script to fetch and store a complete 8-week data range (4 weeks back, 3 weeks forward, plus current), ensuring seamless navigation across the entire calendar UI without cache misses.
• Strict Fallback Hierarchy: Completely overhauled the heuristic fallback engine. The system now strictly prioritizes AnimeSchedule data, entirely eliminating "phantom episodes" in the past and future. MyAnimeList fallback data is now exclusively triggered during global API outages or explicitly for Mini Anime.
• ONA vs. Mini Anime Differentiation: Implemented an episode duration threshold (15 minutes) to accurately distinguish full-length Original Net Animations (ONAs, like Netflix batch releases) from true short-form Mini Anime. Regular ONAs are now processed seamlessly alongside standard TV broadcasts.
• Completed Series Dub Isolation: Engineered an internal is_completed flag logic. When tracking recent dubs for completed series, the engine now actively ignores their subtitle (SUB) schedules, preventing previously watched subbed episodes from cluttering the calendar.
• 18+ / Erotica Integration: Modified the MyAnimeList API query structure to support the nsfw=true parameter, enabling the retrieval of R+ rated content previously hidden by default restrictions.

User Interface & Experience

• NSFW Toggle: Added a dedicated third checkbox to the header controls, allowing users to opt-in and display 18+ / Erotica anime releases dynamically.
• Label Precision: Renamed the ONA checkbox to "Include Mini Anime & Specials" to better reflect the new duration-based backend logic.

Legal & Compliance

• API Policy Linking: Officially linked the live Privacy Policy and Terms of Service URLs to the MyAnimeList Developer Console for full API compliance.

Master Sync Engine, Priority Queue & Advanced Poster Fallbacks

Core Engine & Backend

• Master Override Dashboard: Replaced scattered error logs with a single, centralized, human-readable JSON configuration file. This acts as a unified dashboard for tracking, managing, and manually overriding API metadata.
• Priority Queue System: Engineered an intelligent task runner that categorizes background sync tasks into SUCCESS, PENDING, RETRY, and ERROR. The engine entirely skips completed items and prioritizes user-corrected RETRY entries, drastically reducing external API load and execution time.
• Multi-Tier Poster Fallback Cascade: Resolved missing poster issues for single-season anime by implementing a smart fallback sequence. The engine now searches for Season-level artwork first, and automatically falls back to Series-level artwork if the former is empty.
• Textless (zxx) Language Support: Implemented a linguistic cascade (eng -> zxx -> any -> default) to prioritize clean, textless posters over random foreign-language covers when official English artwork is missing from the database.
• Direct URL Overrides: Introduced the ability to completely bypass API searches by directly injecting a poster_url into the master configuration for immediate, guaranteed rendering.
• Specials & Movies Alignment: Standardized support for "Season 0" (Specials) to accurately pull metadata and artwork for Movies, OVAs, and ONAs from TheTVDB.

Legal & Compliance

• "Use As Is" Disclaimer Update: Expanded the Terms of Service to explicitly disclaim liability for upstream API data anomalies, including "phantom episodes" (e.g., movies showing as multi-episode series due to delayed dubs) and inaccurate delay statuses.

TVDB Poster Synchronization, Fallback Infrastructure & ONA Integration

Core Engine & Backend

• TVDB Poster Sync Engine: Integrated a standalone, hybrid background engine that synchronizes the global timetable with the TVDB poster database. The system pre-fetches English posters based on internal IDs for faster and more consistent visual rendering.
• Hybrid Mapping Dictionary: Integrated a community-driven ID mapping dictionary to act as an internal bridge between different databases, ensuring highly accurate and stable anime identification.
• Dynamic Poster Fallback: Engineered a dynamic fallback mechanism where the calendar engine automatically reverts to official Japanese MyAnimeList cover art if an English poster is unavailable in the external database, ensuring a seamless, uninterrupted user experience.
• Optimized Poster Cache Architecture: Migrated poster storage to a dedicated, ID-based file structure rather than title-based MD5 hashing, significantly improving cache access speeds and reliability.
• Cron Job Frequency Optimization: Increased the execution frequency of the background cleanup script from hourly to every 15 minutes. This ensures that the strict 1-hour Time-To-Live (TTL) for local user cache files is enforced much more accurately, bringing the system into full technical alignment with the data retention policies outlined in the Privacy Policy.
• Isolated Staging Environment: Engineered a hidden, parameter-secured staging environment designed for live testing without disrupting production cache architectures. Includes functional overrides to simulate upstream API failures, comprehensive raw JSON data inspection consoles, and a dedicated, non-destructive cache-wiping mechanism restricted to development sessions.
• MyAnimeList Fallback System: Engineered a robust fail-safe mechanism. If the primary AnimeSchedule API experiences downtime or connection issues, the engine automatically falls back to MyAnimeList's native Japanese broadcast data, ensuring the calendar remains functional and populated with estimated sub release times.
• ONA (Mini Anime) Support: Expanded schedule tracking to include Original Net Animations (ONAs). The engine now automatically supplements the AnimeSchedule timetable with ONA releases directly from MyAnimeList.
• Heuristic ONA Scheduling (Aired Date Fallback): Developed a fallback calculation method for ONAs (Mini Anime) that lack formal broadcast times on MyAnimeList. By parsing the show's initial "Aired" date, the engine calculates the corresponding day of the week and places the show accurately in the calendar with a "TBA" timestamp. This feature is opt-in to maintain core calendar stability and includes a safety cutoff that prevents scheduling past the series finale if the end date is known.
• Dynamic Timezone Conversion: Implemented a backend PHP algorithm to parse and convert MyAnimeList's raw Japanese Standard Time (JST) broadcast strings into the user's local timezone on the fly, guaranteeing accurate scheduling for fallback and ONA entries.

User Interface & Experience

• UI Fallback Indicators: Added a prominent warning banner that automatically displays when the system is operating in fallback mode, while intelligently hiding the English Dub toggle to prevent user confusion during API outages.
• Visual Identifiers: Created new inline CSS badges to clearly identify entries generated by the backup system, including MAL for fallback broadcasts and EST for estimated ONA releases.

Quality of Life, UI Polish, Optimization & Legal Compliance

Core Engine & Backend

• Hybrid Cache Architecture (API Optimization): Split the caching system into distinct user-specific and global schedule storage areas. Introduced a cron-scheduled background script that pre-fetches and locally stores the AnimeSchedule data daily, drastically reducing live API calls and preventing rate-limiting.
• Version-Agnostic Cache Cleanup: Upgraded the backend cleanup script with wildcard targeting, ensuring legacy and orphaned cache versions are reliably swept and deleted in strict compliance with data retention policies.
• Direct API ID Parsing: Modified the backend engine to capture and pass internal MyAnimeList IDs directly to the frontend for precise outbound linking.
• Timezone Auto-Detection: Replaced the hardcoded server timezone with a JavaScript-based client timezone detection, saving the preference in a cookie.
• Live Calendar Auto-Refresh: Implemented a silent background check that automatically reloads the page at midnight to ensure the "Current Week" view never gets stuck on past days.
• Clean URL Routing: Added server-level configuration rules to hide file extensions in the address bar, and implemented a frontend script to hide messy query parameters from the calendar URL after loading.

User Interface & Experience

• "Slate-Navy" Theme Overhaul: Completely revamped the color palette to a modern, unified dark blue/slate aesthetic that pays homage to external providers while maintaining a distinct, premium identity.
• Interactive Anime Cards: Upgraded all calendar cards with hover elevations and made them fully clickable, routing users directly to the specific show's MyAnimeList profile.
• Collapsible Release Notes: Upgraded the changelog modal into a native HTML5 accordion (<details>), keeping the latest changes visible while hiding older updates to prevent information overload.
• Responsive UI/UX Overhaul: Abandoned fixed pixel heights in favor of viewport-relative sizing. The layout now dynamically scales to perfectly fit screen resolutions ranging from laptop displays to 2K monitors.
• Typography & Alignment Polish: Unified SUB/DUB badge dimensions, increased padding for better title text wrapping, and subdued footer colors for a more structured layout.
• Interactive Landing Page: Built a dedicated, clean landing interface at the root URL that allows users to manually enter their MyAnimeList username to generate their personalized calendar.
• Finale Episode Detection: Engineered a smart detection system that cross-references MyAnimeList's episode counts with AnimeSchedule's data to automatically append an elegant (F) indicator to series finales.
• Refined Dub Toggle: Converted the bulky "Check Completed" button into a sleek, auto-submitting checkbox ("Show new Dubs for recently completed anime") placed directly in the profile header row to save space.

Legal & Compliance

• GDPR Cookie Banner: Built an animated, non-intrusive cookie consent banner that saves user preferences for 1 year.
• Legal Documentation: Created and linked fully styled Privacy Policy and Terms of Service pages, detailing data handling, API usage, and the newly introduced technical cookies.

Initial Architecture, API Integration & Proof of Concept

Core Engine & API

• Modular Architecture: Built the engine using distinct, modular components (Separation of Concerns: UI, Logic, CSS) to ensure scalability and easy maintenance.
• API Integration: Integrated the MyAnimeList (MAL) API with AnimeSchedule's Timetable API to generate accurate, personalized weekly release calendars.
• Strict Title Normalization: Implemented a robust title parsing algorithm to standardize naming conventions, effectively eliminating false matches for sequel series.
• Delay Detection Engine: Added automatic background parsing of AnimeSchedule's delay flags to accurately track postponed broadcasts.
• Retrospective Dub Tracking: Built an optional engine parameter to cross-reference a user's recently completed anime for newly airing English dubs.

User Interface & Experience

• UI/UX Foundation: Designed a responsive, dark-themed CSS Flexbox calendar view.
• Visual Identifiers: Created distinct inline badges for Subbed (SUB) and Dubbed (DUB) releases, along with support for double-episode formatting.
• Delay Notifications: Engineered a prominent visual banner that automatically displays above episodes affected by official broadcast delays.
• Dynamic Navigation: Added parameter-based pagination tools to seamlessly navigate up to 4 weeks into the past and 3 weeks into the future.

Performance

• Local Caching System: Implemented a JSON-based caching layer paired with a randomized Garbage Collector to minimize external API calls and ensure rapid page loads on repeated visits.