Implementation

1. Develop foundation of JCoople code execution - almost done!
2. Develop rest of JCoople code execution
3. Release JCoople as console-based compiler on GitHub
4. Implement GUI: monospaced mode
5. Release JCoople/GUI on GitHub
6. Write Joopletags design specs
7. Develop Joopletags
8. Integrate JCoople with Joopletags
9. JCoople/Joopletags: JCoople RUn-time Environment (JCRUE)
10. JCRUE for Linux is open source
11. Integrate JCRUE with Android: JCoople Library
12. Develop Java 2D game engine
13. Develop Java 2.5D game engine
14. Develop Java-JCoople interface
15. Implement user classes
16. Implement Swift concurrently:
    1. Hire Swift Programmer (SP)
    2. SP paid 60% of profits or 20K, whichever is greater
    3. Profit: revenue minus expenses
    4. Expenses include wages of Java programmers (not founder)
    5. Convert JCRUE from Java to Swift
    6. Port Android system to iOS
    7. SP receives 10K at midpoint of project
    8. SP receives another 10K (minimum) upon successful termination
    9. Note: initial offer of 8 to 10K, go as high as 20K
17. Implement CoopleTeach
18. Implement CoopleBoard (CB) using Java
19. CB: JCoople math functionality
20. CB: JCoople algebraic expression handler
21. Develop monetizing functionality
22. Perform beta testing
23. Launch website
24. Purchase Google AdWords advertising
25. Develop JCoople code editor
26. Expand code editor to JCoople SDK
27. Implement Keyboard Aid (bells and whistles of editor)
28. Develop WYSIWYG Joopletags screen editor

Annual Revenue

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