The FTC CenterStage Game Manual Part 2 provides detailed rules, field setups, and scoring mechanisms for the 2023-2024 season. It ensures clarity and fairness for all teams.
1.1 Overview of the FTC CenterStage Game
The FTC CenterStage game is a competitive robotics challenge designed for teams to showcase their engineering skills. The game features a themed field with specific objectives, such as scoring points by manipulating game elements like balls, cubes, or other objects. Teams operate their robots in both autonomous and tele-operated modes, with a focus on precision, strategy, and teamwork. The game manual provides detailed rules, field dimensions, and scoring mechanisms, ensuring fairness and consistency across competitions. Updates in the manual reflect the latest changes for the 2023-2024 season, including new challenges and gameplay enhancements. This overview sets the foundation for understanding the game’s structure and objectives, preparing teams for successful participation.
1.2 Key Features of Game Manual Part 2
Game Manual Part 2 for the FTC CenterStage game offers a comprehensive guide tailored for the 2023-2024 season. It includes detailed rules, updates, and clarifications to ensure a smooth competition experience. Key features encompass field setup instructions, specific game element dimensions, and scoring mechanisms. The manual also provides insights into approved materials and construction guidelines for robots, ensuring compliance with safety and technical standards. Additionally, it outlines the structure of autonomous and tele-operated phases, offering strategies for optimization. Teams can rely on this manual for precise information on game components, field layouts, and scoring systems. Regular updates ensure alignment with the latest competition requirements, making it an essential resource for participants. This part is designed to equip teams with the knowledge needed to excel in the CenterStage challenge.
Game Specifics and Rules
The FTC CenterStage game specifics outline the field setup, gameplay rules, and scoring systems. Teams must adhere to these guidelines to ensure fair and competitive matches.
2.1 Field Setup and Dimensions
The FTC CenterStage field setup is detailed in the Game Manual Part 2, Appendix B. The playing field measures 12 feet by 12 feet, featuring a flat, even surface. Teams must ensure the field is accurately assembled, including all official elements like the playing carpet, barriers, and goal zones. The field includes key components such as the Balance Beams, which are central to gameplay. Teams are required to verify dimensions and placements using the official Game Manual and supporting documents. Proper setup ensures fair competition and adherence to rules. Always refer to the manual for precise measurements and visual guides to avoid penalties during matches.
2.2 Game Elements and Components
The FTC CenterStage game features specific elements designed to challenge teams. Key components include the Balancing Beams, which are central to gameplay, and Goals where teams score points. The beams are 12 inches wide and 48 inches long, requiring precise robot interaction. Goals are positioned at each corner of the field, with heights and dimensions detailed in the manual. Additional elements like barriers and ramps are also specified. Teams must ensure all components are correctly placed according to the official Game Manual to maintain game integrity. These elements are crucial for scoring and gameplay, ensuring a dynamic and competitive environment for all participants.
Scoring and Gameplay
The FTC CenterStage game emphasizes strategic scoring through precise robot interactions. Points are awarded for balancing, goal scoring, and successful autonomous maneuvers. Gameplay phases include autonomous and tele-operated modes, each with unique challenges and opportunities for earning points. Teams must master field elements like balancing beams and goals to maximize their scores. The scoring system rewards both efficiency and creativity, making each match dynamic and competitive. Understanding these mechanisms is essential for developing effective strategies and achieving victory.
3.1 Scoring Mechanisms and Point System
The FTC CenterStage game uses a structured point system to reward teams for achieving specific objectives during matches. Points are awarded for balancing robots, scoring game elements into goals, and completing autonomous tasks. Each action has a designated point value, with higher rewards for more complex maneuvers. For example, balancing on a beam during the autonomous phase grants bonus points, while manually scoring elements during tele-op earns consistent points. The system encourages strategic planning and efficient execution. Teams can also earn penalties for violations, deducting points from their total score. Understanding the scoring mechanisms is crucial for maximizing points and securing a competitive edge in the game.
3.2 Autonomous and Tele-Operated Phases
The FTC CenterStage game is divided into two primary phases: Autonomous and Tele-Operated. The Autonomous phase lasts for 30 seconds, during which robots operate purely based on pre-programmed instructions without driver input. This phase rewards precision and strategic coding, as robots must perform tasks like scoring elements or navigating to specific zones. The Tele-Operated phase, lasting 90 seconds, allows drivers to manually control the robot to score points by completing objectives such as depositing game elements into goals or balancing on platforms. The transition between phases is seamless, and teams must optimize both phases to maximize their score. Effective teamwork and communication are essential during the Tele-Operated phase to achieve high efficiency. Both phases require distinct strategies and skills, making the game dynamic and challenging for participants.
Robot Design and Build Specifications
The FTC CenterStage Game Manual Part 2 outlines robot design requirements, including maximum dimensions, weight limits, and approved materials. Teams must adhere to these guidelines to ensure safety and fair competition.
4.1 Robot Dimensions and Weight Limits
The FTC CenterStage Game Manual Part 2 specifies that robots must not exceed 18 inches in height, 12 inches in width, and 12 inches in length when measured from the farthest points. The maximum weight limit for robots is 25 pounds, including all components and attachments. These dimensions and weight restrictions ensure fair competition and safety during matches. Teams must design their robots to fit within these limits to avoid penalties or disqualification. The manual also provides detailed diagrams and measurement guidelines to help teams verify compliance. Adhering to these specifications is crucial for successful participation in the competition.
4.2 Approved Materials and Construction Guidelines
The FTC CenterStage Game Manual Part 2 outlines specific materials and construction guidelines for robot building. Teams are permitted to use materials like aluminum, steel, polycarbonate, and 3D-printed plastics, but must avoid prohibited items such as glass or overly brittle components. Robots must be constructed to ensure safety and durability, with no sharp edges or hazardous protrusions. The manual emphasizes the importance of proper assembly and secure fastening of all parts. Additionally, teams are encouraged to use environmentally friendly and sustainable materials where possible. Detailed diagrams and examples are provided to clarify acceptable designs and constructions. Adherence to these guidelines ensures compliance with competition rules and promotes innovation within the specified constraints.
Programming and Autonomous Systems
This section covers programming tools, supported languages, and software for autonomous systems in FTC CenterStage, ensuring teams can develop effective robot control strategies.
5.1 Programming Languages and Tools
FTC CenterStage supports programming languages like Java, Kotlin, and Python for robot control. Teams can use tools such as OnBot Java, Blockly, and Android Studio for development. These tools enable teams to create custom autonomous and tele-operated modes. The Game Manual Part 2 provides guidelines for programming frameworks and software integration. Additionally, teams can leverage GitHub repositories for code examples and community-driven solutions. The manual emphasizes adherence to FTC-approved libraries and APIs to ensure compatibility and fair competition. By utilizing these resources, teams can optimize their robot’s performance and adapt to the game’s dynamic challenges effectively.
5.2 Autonomous Mode Strategies and Examples
Autonomous mode in FTC CenterStage requires precise programming to execute pre-defined actions. Teams often use sensors like gyroscopes and distance sensors for navigation. Strategies include starting from specific positions, such as the loading zone, and programming robots to perform tasks like scoring or moving game elements. Examples include autonomous routines for depositing cargo or activating mechanisms. Teams can optimize their code using state machines or behavior-based programming. The Game Manual Part 2 provides guidelines for autonomous period rules and timing. Community resources, such as GitHub repositories, offer example codes and strategies for teams to adapt. Effective autonomous modes can significantly enhance a team’s scoring potential and overall performance during matches.
