❌ – poor performance, no in-app purchases. ❌ Professional VR – no 6DoF, no controllers, unstable. ❌ Battery-sensitive apps – Processing is not optimized. ❌ Apps needing native UI – impossible without ugly workarounds. 8. Comparison to Alternatives | Framework | Ease of use | Performance | VR support | Sensors | Best for | |-----------|-------------|-------------|------------|---------|----------| | Processing for Android | Very easy | Low-Medium | Basic | Easy | Artists, prototypes | | Android Studio (Kotlin) | Hard | High | Full (ARCore) | Hard | Production apps | | Unity | Medium | High | Excellent | Medium | Games, advanced VR | | TouchDesigner (Android) | Medium | Medium | None | Easy | Real-time visuals | | p5.js (Web + Cordova) | Easy | Low | None | Medium | Web-based mobile | Final Recommendation Buy / Use if: You are a creative coder, educator, or prototyper who values speed of development over performance, and you want to add sensor or touch interactivity to your mobile sketches without learning Android SDK.
void draw() println(accelerometerX + ", " + accelerometerY); ❌ – poor performance, no in-app purchases
Since this is not a standard "book" but rather a , this review evaluates the developer experience, capabilities, limitations, and practical use cases for creating mobile, sensor-aware, and VR applications. Overall Verdict: Powerful for Prototypes & Visual Artists, Less So for Production Apps Rating: 7.5/10 Excellent for creative coders, educators, and rapid prototyping. Frustrating for serious VR developers or those seeking high performance. 1. Core Concept & Target Audience Processing for Android allows you to write Android apps (including live wallpapers, VR experiences, and sensor-driven apps) using the same simple, Java-based syntax as standard Processing. ❌ Apps needing native UI – impossible without
