write diagram now!
write 200 hundred all! gambarkan hierarki semuanya!
Here’s a detailed list of 200 activities across the Project Management Life Cycle (PMLC) for developing V.I.X.E.V.I.A., broken down by phase:

 final project deliverable checklist.
The diagram here shows that the entire project as Level 1.
Level 2 – subdivided Level 1 into smaller components
Level 3 – subdivided Level 2 into smaller components
Continue to subdivide all the components until it defined are sufficiently  detailed for planning and management purposes. The lowest-level component  in a particular WBS branch is called work packages.
Hierarkinya begini
Bentuknya vertikal kiri ke kanan!
jadi          /
       /Teks\
Teks\
dst. begitu ya
tapi garis lurus ya!
         | -1. Initioation
         | -2.
         |- 3.
WBS-| (until 6)
Write in four level in hierarki!
          |-6.Closing
TULISKAN SEMUA HINGGA 200 aktivitas!

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### 1. **Initiation Phase**
   1. Define project goals and objectives.
   2. Identify project stakeholders.
   3. Conduct a feasibility analysis.
   4. Define project scope and limitations.
   5. Develop a project charter.
   6. Identify project sponsors and get initial approval.
   7. Determine the project’s value proposition.
   8. Conduct a high-level risk assessment.
   9. Outline key project deliverables.
   10. Develop a preliminary budget.
   11. Conduct stakeholder interviews.
   12. Define success criteria for the project.
   13. Identify required technology and resources.
   14. Assemble the initial project team.
   15. Establish a communication plan.
   16. Identify initial project constraints.
   17. Develop an initial timeline.
   18. Identify potential partners and vendors.
   19. Set up a project kickoff meeting.
   20. Document initial project requirements.
   21. Assess potential security risks.
   22. Define the project governance structure.
   23. Document legal and compliance requirements.
   24. Define roles and responsibilities.
   25. Obtain formal project approval from stakeholders.

### 2. **Planning Phase**
   26. Develop the detailed project plan.
   27. Define project milestones and phases.
   28. Outline tasks and subtasks for each phase.
   29. Develop a work breakdown structure (WBS).
   30. Create the detailed project schedule.
   31. Assign tasks to team members.
   32. Develop a risk management plan.
   33. Define risk mitigation strategies.
   34. Develop the quality management plan.
   35. Plan for quality assurance testing.
   36. Identify key performance indicators (KPIs).
   37. Set up project management software (e.g., JIRA, Trello).
   38. Develop a resource management plan.
   39. Estimate time and effort for each task.
   40. Develop the project budget and allocate resources.
   41. Obtain cost estimates from vendors.
   42. Review and finalize resource allocations.
   43. Develop a communication plan.
   44. Schedule regular project status meetings.
   45. Identify data security and privacy needs.
   46. Define security protocols.
   47. Document project requirements in detail.
   48. Develop a requirements traceability matrix.
   49. Set up a document repository.
   50. Develop a stakeholder management plan.
   51. Plan for stakeholder updates and feedback loops.
   52. Define training requirements for the team.
   53. Plan for user documentation.
   54. Review project scope and make adjustments if needed.
   55. Identify any potential project dependencies.
   56. Develop a change management plan.
   57. Establish a baseline for project schedule.
   58. Document assumptions and constraints.
   59. Obtain final approval on the project plan.
   60. Finalize the project charter.
   61. Distribute the project plan to stakeholders.
   62. Conduct a project kickoff meeting with the full team.
   63. Identify and prepare project management tools.

### 3. **Execution Phase**
   64. Develop and prototype initial design concepts.
   65. Conduct initial design reviews.
   66. Finalize V.I.X.E.V.I.A.’s user interface design.
   67. Begin coding core system components.
   68. Develop Live2D avatar integration.
   69. Implement the Google Gemini API integration.
   70. Develop initial AI model for language processing.
   71. Set up the backend server.
   72. Integrate backend with front-end components.
   73. Implement multimodal input processing.
   74. Test camera integration for visual input.
   75. Implement microphone integration for audio input.
   76. Conduct text-to-speech synthesis testing.
   77. Develop natural language processing (NLP) capabilities.
   78. Implement emotion recognition algorithms.
   79. Develop a prototype for the avatar’s movement.
   80. Conduct usability testing on the prototype.
   81. Obtain feedback from initial user testing.
   82. Refine the prototype based on feedback.
   83. Begin voice synthesis customization.
   84. Develop security features and protocols.
   85. Implement data encryption methods.
   86. Conduct secure data handling practices.
   87. Begin database setup and configuration.
   88. Integrate database with application.
   89. Develop real-time response capabilities.
   90. Implement the Live2D animation controller.
   91. Develop facial expression controls.
   92. Test avatar’s expression responses.
   93. Begin application integration testing.
   94. Develop error-handling routines.
   95. Refine response time for low latency.
   96. Conduct integration testing with Live2D and Gemini.
   97. Build frontend web interface.
   98. Integrate frontend with backend server.
   99. Test user interactions in the interface.
   100. Conduct cross-platform testing (desktop/mobile).
   101. Conduct functional testing for all components.
   102. Integrate Google Gemini’s language model.
   103. Develop personalization settings.
   104. Conduct user acceptance testing (UAT).
   105. Implement user feedback into design.
   106. Conduct audio testing for TTS.
   107. Develop auto-update system for Live2D avatar.
   108. Build reporting functionality.
   109. Develop analytics for user interactions.
   110. Implement quality assurance testing.
   111. Test session recording capabilities.
   112. Perform system stress tests.
   113. Conduct beta testing with select users.
   114. Document results from beta testing.
   115. Optimize codebase for performance.
   116. Document lessons from execution.
   117. Prepare user training material.
   118. Design onboarding tutorial.
   119. Set up help documentation.
   120. Conduct team training sessions.

### 4. **Control Phase**
   121. Monitor project progress against timeline.
   122. Track resource usage.
   123. Review budget expenditures.
   124. Conduct weekly team check-ins.
   125. Update stakeholders with project status.
   126. Manage changes in project scope.
   127. Perform ongoing risk assessment.
   128. Conduct risk mitigation efforts.
   129. Evaluate project milestones regularly.
   130. Document changes in the project scope.
   131. Monitor task completion.
   132. Track KPI performance.
   133. Reallocate resources as needed.
   134. Ensure quality standards are met.
   135. Conduct code reviews.
   136. Implement corrective actions as needed.
   137. Perform quality audits.
   138. Maintain issue log.
   139. Manage stakeholder communication.
   140. Monitor team productivity.
   141. Identify potential bottlenecks.
   142. Adjust project schedule as needed.
   143. Conduct impact analysis for delays.
   144. Update project plan based on feedback.
   145. Track changes in project budget.
   146. Conduct user feedback sessions.
   147. Monitor user satisfaction levels.
   148. Adjust team roles if necessary.
   149. Document process improvements.
   150. Ensure adherence to security protocols.
   151. Review feedback from testing phases.
   152. Conduct interim project evaluations.
   153. Manage ongoing testing and debugging.
   154. Track open issues and resolve promptly.
   155. Review implementation of UI/UX improvements.
   156. Conduct performance assessments.
   157. Review compliance with legal requirements.
   158. Prepare interim project report.
   159. Evaluate any outsourcing needs.
   160. Coordinate with external partners.
   161. Document risk mitigation efforts.
   162. Conduct final quality assurance checks.
   163. Hold project review meetings.
   164. Prepare risk response reports.
   165. Gather final feedback from stakeholders.

### 5. **Closing Phase**
   166. Conduct final project review.
   167. Compile final project report.
   168. Prepare project close-out documents.
   169. Obtain formal project acceptance.
   170. Review and finalize all deliverables.
   171. Confirm all contractual obligations.
   172. Reconcile project budget.
   173. Archive project documentation.
   174. Release unused project resources.
   175. Document final project lessons learned.
   176. Obtain client sign-off.
   177. Review project achievements with the team.
   178. Conduct team debrief sessions.
   179. Document team feedback.
   180. Celebrate project success.
   181. Release final software version.
   182. Conduct end-of-project evaluation.
   183. Share project summary with stakeholders.
   184. Conduct final risk assessment.
   185. Confirm successful closure of all risks.
   186. Update organization-wide knowledge base.
   187. Prepare press release (if applicable).
   188. Publish project success case study.
   189. Conduct final project audit.
   190. Schedule a post-mortem analysis meeting.
   191. Identify areas for future improvement.
   192. Collect and store final user feedback.
   193. Review software deployment success.
   194. Prepare maintenance plan for post-launch.
   195. Organize
   196. Re-assess the effectiveness of project tools used.
   197. Update project management templates.
   198. Archive final design documents.
   199. Schedule post-launch support.
   200. Officially announce project completion.

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Each activity is intended to ensure the project’s successful development, launch, and long-term maintenance, providing a comprehensive roadmap for a fully functional, AI-driven V.I.X.E.V.I.A.
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