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this is part 2 of the assignment, Assignments of Computer Numerical Control

Pacific UniversityComputer Numerical Control
Prof. Antonio Lopez

this is part 2 of the assignment more complex

Typology: Assignments

2022/2023

Uploaded on 04/17/2025

ibrahim-mirza
ibrahim-mirza 🇺🇸

2 documents

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CT077-3-2-DSTR Lab Evaluation Work #2 Page 1 of 6
Level 2 Asia Pacific University of Technology and Innovation 2025
ASIA PACIFIC UNIVERSITY ESPORTS
CHAMPIONSHIP MANAGEMENT SYSTEM
(Working Duration: Monday of Week 10 to Monday of Week 14 – 30 Marks)
STORY BACKGROUND:
The Asia Pacific University Esports Championship (APUEC) has become one of the most
anticipated collegiate esports tournaments in Asia, attracting top gamers from universities
across the region. Hosted annually by Asia Pacific University (APU), this event is more than
just a gaming competition, it celebrates skill, teamwork, and strategic thinking.
Given the scale and complexity of the tournament, efficient management is essential. APU has
taken an innovative approach by leveraging advanced data structures to enhance scheduling,
player management, spectator experience, and match tracking. The tournament committee has
identified key areas where Stacks, Queues, Priority Queues, and Circular Queues can
optimize operations for a seamless competition.
CHALLENGES:
Managing an esports championship requires handling multiple components efficiently,
including:
• Match Scheduling & Player Progression, ensuring players compete fairly through
qualifier, group, and knockout stages.
• Tournament Registration & Player Queueing, managing sign-ups, check-ins, and last-
minute entries efficiently.
• Live Stream & Spectator Queue Management, prioritizing VIPs, streamers, and
audience engagement.
• Game Result Logging & Performance History, keeping an accurate record of match
outcomes, stats, and highlights.
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ASIA PACIFIC UNIVERSITY ESPORTS

CHAMPIONSHIP MANAGEMENT SYSTEM

(Working Duration: Monday of Week 10 to Monday of Week 14 – 30 Marks) STORY BACKGROUND: The Asia Pacific University Esports Championship (APUEC) has become one of the most anticipated collegiate esports tournaments in Asia, attracting top gamers from universities across the region. Hosted annually by Asia Pacific University (APU), this event is more than just a gaming competition, it celebrates skill, teamwork, and strategic thinking. Given the scale and complexity of the tournament, efficient management is essential. APU has taken an innovative approach by leveraging advanced data structures to enhance scheduling, player management, spectator experience, and match tracking. The tournament committee has identified key areas where Stacks, Queues, Priority Queues, and Circular Queues can optimize operations for a seamless competition. CHALLENGES: Managing an esports championship requires handling multiple components efficiently, including:

  • Match Scheduling & Player Progression, ensuring players compete fairly through qualifier, group, and knockout stages.
  • Tournament Registration & Player Queueing, managing sign-ups, check-ins, and last- minute entries efficiently.
  • Live Stream & Spectator Queue Management, prioritizing VIPs, streamers, and audience engagement.
  • Game Result Logging & Performance History, keeping an accurate record of match outcomes, stats, and highlights.

SYSTEM TASKS & MEMBER ALLOCATION:

Each student in a team will take responsibility for one of the following tasks, applying appropriate data structures to solve key challenges. TASK 1: MATCH SCHEDULING & PLAYER PROGRESSION This task involves organizing the competition’s structure and managing player advancement through stages such as qualifiers, group rounds, and knockout matches. Key Actions:

  • Ensure fair match pairings based on player rankings.
  • Manage the flow of matches.
  • Update tournament brackets dynamically as players progress. TASK 2: TOURNAMENT REGISTRATION & PLAYER QUEUEING Handling player registrations, last-minute check-ins, and ensuring an orderly tournament start. Key Actions:
  • Implement check-ins for players.
  • Prioritize early-bird signups and wildcard entries.
  • Handle withdrawals and replacements efficiently.

Lab Work # 2 – Program & Live Presentation Guidelines ( 30 Marks) Team & Submission Requirements

  1. Each team must have up to FOUR (4) members.
  2. Your team is required to use C++ to develop ONLY ONE (1) prototype in this section, without using STL containers like or .
  3. Each team member must be responsible for AT LEAST ONE (1) of the following tasks, applying the appropriate data structures and algorithms. o Task 1: Match Scheduling & Player Progression o Task 2: Tournament Registration & Player Queuing o Task 3: Live Stream & Spectator Queue Management o Task 4: Game Result Logging & Performance History Marks awarded will be based on individual contributions, considering each member's responsibility in the system and how accurately you can justify your selection of data structures and algorithms.
  4. The evaluation criteria for this lab work # 2 also include assessing the clarity and structural design of the code, as well as the quality of comments and adherence to good programming practices. (e.g., indentation, meaningful identifier names, comments, etc.).
  5. This task requires a group submission, but grading will be based on everyone’s contribution to the system. The team leader must upload a ZIP file of the system solution to the Moodle system by Monday of Week 14 , no later than 5:00 pm.
    • Include only .cpp, .hpp, and .csv/text files.
    • Follow this file naming format: <1stMemberID><2ndMemberID>< rdMemberID>.zip
    • For example, “G1_TP012345_TP014556_TP067554_TP034325.zip” Refer to Page 6 for marking criteria of this Lab Evaluation Work #2 submission.
  6. After submitting your system code to Moodle, your team must schedule a live presentation with your lecturer between Tuesday of Week 14 to Friday of Week 1 6 (Your final exam week #1).

Summary: What You Need to Submit?

  1. This assignment requires TWO (2) submissions by your team, which include the following: i. Group Submission (By Monday, Week 14, before 5:00pm) - C++ solution in a ZIP folder, inclusive the .cpp, .hpp and csv/text files. ii. Individual Live Demonstration ( 30 Marks)
  • Each member must present their task individually within 30 minutes , including both system demonstration and Q&A session.
  • PowerPoint slides are not required for this demonstration.
  • Failing to attend the live demo = 0 marks for Lab Work #2.