🐠 Virtual Fishtank Changelog

You now get to name your fish when you first visit! Your fish needs care! If you don't feed it for 24 hours, it will pass away, and you'll have to make a new friend, due to your neglect :(

New hearts animation!

Made various behind-the-scenes adjustments for a more stable and responsive fishtank, and as always, improved Dev Vibes.

Complete overhaul of the rendering system for better performance and adaptability across all device sizes. New scaling algorithm ensures objects maintain proper proportions on any screen. Improved depth perception with enhanced z-dimension handling.

The tank now properly scales on mobile devices and different screen sizes. Sand bed extends full width of the tank with improved texture rendering. Added dynamic DPI scaling for high-resolution displays.

Restored music controls with play/pause, genre toggle, and volume slider. Auto-plays next track when current one ends for continuous experience. CSS improvements for better button styling and hover effects.

Streamlined deployment process with new version tracking system. Added changelog to keep users informed of new features and bug fixes. Improved S3 bucket deployment and CloudFront invalidation.

Seabed decorations are now 4x larger for better visibility. Castle size increased by 2x for more impressive appearance. Food particles now have improved scaling based on z-position for better 3D effect.

Feed timer increased to 10 minutes with MM:SS display format. Better visual indication of cooldown state. Fixed timer glitches and made countdown smoother.

First public release of Pasha's Virtual Fishtank with animated clownfish. Basic tank environment with castle, sand, and seabed decorations. Simple fish AI with random swimming patterns.

Feed button drops food particles for fish to eat. Fish detects and swims toward food automatically. Heart animation appears when fish eats food.

Added credits button to display information about the project. Credits loaded from text file with clean formatting.

Water physics simulation for realistic underwater movement. Ambient background gradient and sand ripple effects. Depth perception with z-axis positioning.