Project Name: Planets - Solar

Project Name: Planets - Solar System Explorer & Physics Simulator (تطبيق كواكب)

Tagline: An interactive, cinematic space exploration and gravitational physics simulation application built with multi-layered canvas animations, custom physics engines, and spatial audio.

Overview: Planets is an educational astronomy and astrophysics application designed to offer an immersive journey through our solar system. The application blends interactive storytelling with real-time physics, allowing users to launch spacecraft, navigate between celestial bodies (from the Sun to Neptune), examine detailed planetary attributes, and experiment with gravitational pulls and orbital trajectories in an interactive 60 FPS physics sandbox.

Role: Flutter Developer & UI Animator (Designed the multi-layered visual effects architecture, custom kinematic physics simulation, multi-channel sound orchestration, and cinematic page transitions).

Tech Stack:

Framework & UI: Flutter & Dart (Quantico typography, custom vector graphics, layered visual stacks)

Physics & Simulation: Custom 2D Vector Kinematics Engine (Real-time gravitational force & mass modeling)

Animation System: Custom Page Transitions (SpacePageRoute, CinematicPageRoute) & TweenAnimationBuilders

Particle & Visual Layers: Dynamic multi-layer parallax rendering (Stars field, Meteorite trails, Rocket thrusters, Land horizons)

Audio Engineering: AudioPlayers (Multi-track ambient soundscape, orchestral score, and interactive sound effects)

Key Features:

Cinematic Rocket Launch Experience: Interactive launch sequence featuring multi-stage thruster ignition, particle exhausts, and dynamic camera elevation.

Comprehensive Solar System Encyclopedia: Dedicated profiles for the Sun and all 8 major planets detailing scientific properties, surface gravity, atmosphere composition, orbital radius, and temperatures.

Real-Time Gravitational Sandbox: Interactive physics simulation allowing users to manipulate celestial objects and observe simulated gravity, velocity vectors, and attraction forces running in a continuous update loop.

Multi-Layered Visual Environment: Stacked rendering system featuring procedurally generated starry backgrounds, shooting meteorites, and atmospheric horizon gradients.

Custom Space Route Transitions: Seamless viewport transitions and deep-space cinematic route animators that preserve visual continuity between planetary inspections.

Spatial Soundscape Orchestration: Layered audio management blendin