1. By: Harold De Armas Erik Hanchett Raymond Lee Zachary Norcross Presented by: Harold De Armas & Raymond Lee University of Nevada, Reno Department of Computer Science and Engineering

2.  Introduction  Problem Statement  Goals  UI Design  Class Layout  Hardware Implementation  Conclusion  Questions

3.  History of Music Notation  15 th century ▪ Gutenberg, Printing Press  17 th century ▪ Part-wise Notation  20 th century ▪ Electronic Notation

4.  Distribution of annotations is time consuming  Paper is difficult during performance  Turning pages  Inclement conditions

5.  Existing software is inadequate  eStand ▪ Hardware / Software Combination ▪ File Formats: Images, Finale, Sibelius ▪ Pen notations ▪ Emerging collaboration

6.  Start from the performance standpoint  Create  Edit  Distribute  Organize  Maintain  Visualize  Utilize MusicXML format

7. UserTreeNode (from rolecoll::beans) UserBean (from rolecoll::beans) LoginFrame (from rolecoll::ui::frames) MainFrame (from rolecoll::ui::frames) AdminFrame (from rolecoll::ui::frames) EditUserFrame (from rolecoll::ui::frames) NewUserFrame (from rolecoll::ui::frames) GUIBean (from rolecoll::beans) GUIBean (from rolecoll::beans) NewUserFrame (from rolecoll::ui::frames) EditUserFrame (from rolecoll::ui::frames) AdminFrame (from rolecoll::ui::frames) MainFrame (from rolecoll::ui::frames) LoginFrame (from rolecoll::ui::frames) UserBean (from rolecoll::beans) UserTreeNode (from rolecoll::beans)

9.  Hardware Requirements:  Users must be able to advance pages  Users must be able to go back pages  Convenient for user  USB Connection  Implementation 1 – Step Pad  Implementation 2 – IR Sensor

10.  High Level Design

11.  Low Level Design

12.  High Level Design

13.  Low Level Design

14.  Problem Statement  Goals  UI Design  Class Layout  Hardware Implementation