Android L & Material Design

Presentation about Android L & Material Design for "Google I/O: Extended" hosted by GDG Riga.

Transcript

1. Android L & Material Sergey Kibish
2. About μ • Student • ♥ Technology • More info @ http://sergeykibish.com • Latest project http://paffol.com
3. Material Design Cross-platform design
4. What if we could design for materials of the future instead of materials that we use today? - Matias Duarte
5. Principles 1. Material is the metaphor
6. Principles 1. Material is the metaphor 2. Surfaces are intuitive and natural
8. Principles 1. Material is the metaphor 2. Surfaces are intuitive and natural 3. Dimensionality affords interaction
11. Principles 1. Material is the metaphor 2. Surfaces are intuitive and natural 3. Dimensionality affords interaction 4. Contents is bold, graphics and intentional
12. Principles 1. Material is the metaphor 2. Surfaces are intuitive and natural 3. Dimensionality affords interaction 4. Contents is bold, graphics and intentional 5. Color, surface, and iconography emphasize action
16. Principles 1. Material is the metaphor 2. Surfaces are intuitive and natural 3. Dimensionality affords interaction 4. Contents is bold, graphics and intentional 5. Color, surface, and iconography emphasize action 6. Users initiate change
17. Principles 7. Animation is choreographed on a shared stage
19. Principles 7. Animation is choreographed on a shared stage 8. Motion provides meaning
22. Principles 7. Animation is choreographed on a shared stage 8. Motion provides meaning 9. One adaptive design
27. http://google.com/design
31. Performance Android L
32. Performance • Runtime • Graphics • Battery Life
33. ART • New runtime in L • Designed to support mix of AOT, JIT and interpreted • Truly cross platform: ARM, x86, MIPS
34. ART vs. Dalvik • AOT (Ahead-of-Time) • JIT (Just-in-Time)
35. ART vs. Dalvik • AOT (Ahead-of-Time) • Run faster • JIT (Just-in-Time) • Run slower
36. ART vs. Dalvik • AOT (Ahead-of-Time) • Run faster • Longer battery life • JIT (Just-in-Time) • Run slower • CPU bound
37. ART vs. Dalvik • AOT (Ahead-of-Time) • Run faster • Longer battery life • Slow install • JIT (Just-in-Time) • Run slower • CPU bound • Fast install
38. ART vs. Dalvik • AOT (Ahead-of-Time) • Run faster • Longer battery life • Slow install • Large storage footprint • JIT (Just-in-Time) • Run slower • CPU bound • Fast install • Small storage footprint
41. 64-bit • Large number registers • Newer instruction sets • Increased addressable memory space • Cross platform support • No modification for Java language
42. Android Extension Pack • Tesselation • Geometry shaders • Computer shaders • ASTC texture compression
43. Battery Life • Wifi radio • Cell radio • Bluetooth radio • GPS • CPU • Display
44. Project Volta