Welcome to the Game Manual Part 2, your comprehensive guide to understanding the rules, modes, and technical aspects of the game․ This section provides detailed insights into scoring, arena setup, and advanced technologies like cameras and sensors, ensuring a smooth and competitive experience for all participants․
Designed for teams and officials, this manual is essential for mastering the game’s intricacies and ensuring compliance with all regulations․ Dive in to explore the autonomous period, controlled mode, and scoring elements that shape the gameplay․
Game Rules and Modes
The game is divided into two primary modes: the Autonomous Period and Controlled Mode․ Each mode has specific rules governing robot behavior, ensuring fair and structured gameplay․
Autonomous Period
The Autonomous Period is a critical phase where robots operate independently without human control․ It begins with a countdown, signaling robots to execute pre-programmed actions․ During this time, robots must navigate the arena, perform tasks, and score points using sensors and algorithms․ Teams rely on cameras, IMUs, and motor encoders to guide their robots accurately․ The period lasts for a set duration, after which human drivers take over in Controlled Mode․ Properly designed autonomous routines can significantly impact a team’s score, making this phase both challenging and rewarding․ Mastery of autonomous strategies is essential for competitive success․ This section details the rules and guidelines for the Autonomous Period, ensuring teams understand the expectations and limitations for optimal performance․
Controlled Mode
Controlled Mode follows the Autonomous Period, allowing human drivers to operate the robot using joysticks or control systems․ During this phase, drivers manually navigate the arena, execute game-specific tasks, and interact with scoring elements․ Teams must coordinate effectively, as precise communication between drivers and strategists is crucial for optimal performance․ The robot’s movements and actions are entirely directed by the drivers, enabling real-time adjustments based on the game’s progression․ Controlled Mode emphasizes skill, strategy, and teamwork, as drivers must quickly adapt to dynamic situations and opponents’ moves․ This phase is where manual dexterity and tactical thinking come into play, making it a thrilling and challenging part of the game․ Proper execution during Controlled Mode can significantly influence a team’s overall score and competitive success․ Mastery of this phase requires extensive practice and coordination among team members․
Scoring Elements
Scoring Elements include coral and algae, essential components for earning points in the REEFSCAPE game․ These elements are detailed in section 5․7, outlining their roles and values․
Types of Scoring
In the game, scoring is divided into two primary types: CORAL and ALGAE․ CORAL scoring involves collecting and placing coral elements into designated zones, with points awarded based on placement accuracy and quantity․ ALGAE scoring focuses on the strategic deployment of algae pieces, which can either add to or deduct points depending on their positioning and interaction with coral․ Both types require precise teamwork and strategic planning to maximize points․ Detailed rules for each type are outlined in section 5․7 of the manual, ensuring clarity for teams aiming to optimize their scoring potential․
Team Scoring Elements
Team scoring elements are components designed and manufactured by teams to earn points during matches․ These elements must be used strategically to maximize scoring potential․ According to the manual, a detailed definition of team scoring elements can be found in section 7․4, outlining specific criteria for eligibility and usage․ Teams must ensure their elements comply with game rules to avoid penalties․ Proper utilization of these elements during the match is crucial for achieving higher scores․ The manual emphasizes adherence to guidelines to maintain fair competition and ensure all elements are functional and safe․ By understanding and effectively deploying these elements, teams can significantly enhance their performance and overall ranking in the game․
Arena Setup
The arena setup includes field configurations and inspection processes to ensure safety and functionality․ It outlines essential components like barriers, goals, and zones for gameplay compliance․
Field Inspection Checklist
The Field Inspection Checklist ensures the arena meets safety and competition standards․ It includes verifying barrier placements, goal alignment, and zone markings․ Proper inspection guarantees fair gameplay conditions for all teams․ Teams should review this checklist before each match to identify potential issues early․ The checklist covers essential components like field dimensions, obstacle positions, and scoring elements․ It also ensures all sensors and cameras are functional․ Regular inspections prevent delays and ensure smooth gameplay․ This process is vital for maintaining consistency across all matches․ By following the checklist, teams and officials can address any discrepancies promptly․ A well-prepared field fosters a competitive and enjoyable environment for everyone involved․ Proper inspection is key to a successful game experience․
Technology and Sensors
Cameras, IMUs, motor encoders, and sensors play a crucial role in gameplay, enabling autonomous navigation, motion tracking, and interaction with the environment efficiently during matches․
Cameras, IMUs, and Motor Encoders
Cameras, Inertial Measurement Units (IMUs), and motor encoders are essential technologies in the game, enabling precise navigation and control․ Cameras provide visual data for detecting game elements, while IMUs track the robot’s orientation and motion․ Motor encoders ensure accurate movement control, allowing teams to execute complex maneuvers seamlessly․ Together, these sensors enhance autonomous operations and real-time decision-making during matches․
By integrating these technologies, teams can achieve higher efficiency in interacting with the arena and other robots․ Proper calibration and synchronization of these components are critical for optimal performance, ensuring compliance with game rules and maximizing scoring opportunities․
Remote Events
Remote events are a cornerstone of modern competition, allowing teams to participate from diverse locations while maintaining the excitement and integrity of the game․ These events leverage advanced communication tools and live streaming platforms to ensure real-time interaction and judging․ Teams must adhere to specific guidelines to ensure fair play and technical compliance․
The game manual outlines detailed protocols for remote event organization, including setup, connectivity requirements, and data transmission․ By following these guidelines, teams can seamlessly integrate into the competition framework, ensuring a smooth and engaging experience for all participants․ This format has become increasingly popular, offering flexibility and inclusivity for global competitions․
Resources and Downloads
Access essential documents like the Game Manual Part 2 PDF and field-inspection-checklist for a seamless competition experience․ These resources provide detailed guidelines and templates․
Game Manual Part 2 PDF
The Game Manual Part 2 PDF is a downloadable resource that outlines the official rules, scoring systems, and technical specifications for the competition․ It ensures clarity and consistency for teams and officials, covering key aspects like autonomous and controlled modes, arena setup, and technology integration․ The PDF is optimized for easy access and reference, making it a vital tool for preparing strategies and adhering to guidelines․ Teams can find the download link on the official website or through designated portals, ensuring they stay updated with the latest revisions and updates for the current season․
By reviewing the PDF, participants gain a thorough understanding of the game’s structure and requirements, enabling them to compete effectively and efficiently․
Sponsor Acknowledgments
We extend our gratitude to the generous sponsors who have supported the FIRST Tech Challenge and contributed to the development of the Game Manual Part 2․ Their commitment to fostering innovation and education is invaluable, enabling teams to participate in this exciting competition․ Sponsors play a pivotal role in providing resources, expertise, and opportunities for growth, and their impact is felt throughout the event․ This manual recognizes their dedication and highlights their contributions, ensuring their support is visibly acknowledged․ Without their partnership, the success of the competition would not be possible․ We thank them for their continued involvement and encouragement of the next generation of innovators․
Their sponsorship not only enhances the quality of the event but also inspires participants to strive for excellence in robotics and engineering․