what is team 8367 OPR

Game Manual 0 lists FTC Scout as a community-developed frontend for viewing team and event results .

According to live data from FTC Scout (https://ftcscout.org/teams/8367), for the 2025 season, Team 8367 (ACME Robotics) has an overall OPR of 27.2, ranking 5108 out of 8363 teams. This overall rating is composed of an autonomous OPR of 3.6 (rank 6570), a driver-controlled OPR of 23.6 (rank 4762), and an endgame OPR of 6.9 (rank 4694).

Additional community resources regarding OPR, match predictions, team analytics, and scouting tools are covered in the restricted sections FTC Secrets - OPR, cOPR, match prediction and team analytics (https://secrets.team31000.org/resources) and FTC Secrets resources - scouting and statistics tools (https://secrets.team31000.org) .

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FTC Secrets > FTC Secrets — OPR, cOPR, match prediction and team analytics

FTC Community Resources·Community sites — not openly licensed

This source does not publish a licence, so its text is not reproduced here. Open the source to read it.

Open FTC Community Resources

FTC Secrets > FTC Secrets resources — scouting and statistics tools

FTC Community Resources·Community sites — not openly licensed

This source does not publish a licence, so its text is not reproduced here. Open the source to read it.

Open FTC Community Resources

Useful Resources > Team/Event Results

Game Manual 0·CC BY-NC 4.0

FTC Events (https://ftc-events.firstinspires.org/) --- Official FIRST team and event result database for FTC.

FTC Scout (https://ftcscout.org) --- A community FTC Events frontend with more features and a more slick UI.

Open Game Manual 0

Competition Manual > 4.1.3 Playoff Performance

FTC Competition Manual·FIRST copyright — summarised, never reproduced

Summarised above in Sharp AI’s own words. The original text is not reproduced here — open the source to read it.

Open FTC Competition Manual

Creating and Running an Op Mode OBJ > What's an Op Mode?

FTC Docs·BSD 3-Clause

During a typical FIRST Tech Challenge match, a team's robot must perform a variety of tasks to score points. For example, a team might want their robot to follow a white line on the competition floor and then score a game element into a goal autonomously during a match. Teams write programs called OpModes (which stands for "operational modes") to specify the behavior for their robot. These OpModes run on the Robot Controller phone after being selected on the DRIVER STATION device.

Teams who are participating in the FIRST Tech Challenge have a variety of programming tools that they can use to create their own OpModes. This document explains how to use the OnBot Java Programming Tool to write an op mode for a robot.

Open FTC Docs

Control System Introduction > What’s an OpMode?

FTC Docs·BSD 3-Clause

During a typical FIRST Tech Challenge match, a team’s robot has to perform a variety of tasks in an effort to score points. For example, a team might want their robot to follow a white line on the competition floor and then score a game element (such as a ball) into a goal autonomously during a match. Teams write “OpModes” (which stand for “operational modes”) to specify the behavior for their robot.

An OpMode is a computer program that is used to customize the behavior of a competition robot. The Robot Controller can execute a selected OpMode to perform certain tasks during a match.

Teams who are participating in FIRST Tech Challenge have a variety of programming tools that they can use to create their own OpMode. Teams can use a visual (“drag and drop”) programming tool called the Blocks Programming Tool to create their op modes. Teams can also use a text-based Java tool known as the OnBot Java Programming Tool or Google’s Android Studio integrated development environment (also known as an “IDE”) to create their OpModes.

Open FTC Docs

Creating Op Modes Blocks

FTC Docs·BSD 3-Clause

During a typical FIRST Tech Challenge match, a team's robot must perform a variety of tasks to score points. For example, a team might want their robot to follow a white line on the competition floor and then score a game element into a goal autonomously during a match. Teams write programs called op modes (which stands for "operational modes") to specify the behavior for their robot. These op modes run on the Robot Controller after being selected on the DRIVER STATION.

Teams who are participating in the FIRST Tech Challenge have a variety of programming tools that they can use to create their own op modes. This section of the wiki explains how to use the Blocks Programming Tool to write an op mode for a robot.

Open FTC Docs

FTC SDK API > com.qualcomm.robotcore.eventloop.opmode > AnnotatedOpModeManager

FTC SDK API·BSD 3-Clause

OpModeManager instances are used as part of a decentralized OpMode registration mechanism.

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Color Locator (Round Blobs) > OpMode Development

FTC Docs·BSD 3-Clause

You should eventually use or adapt program elements from the Color Locator _Circle or Rectangle Sample, to become part of your team's Autonomous (or TeleOp) OpMode.

An early choice is: how long should the processing (looping) continue, before using the extracted data for robot action? What should be the criteria to exit a loop, and which data should be used for subsequent calculations and movement?

You may find it useful to learn about Datalogging. Output this OpMode's Color Processor data to a file, then perhaps to a spreadsheet. Careful review may reveal which data are useful, rather than trying to observe the "jumpy" preview and Telemetry results.

Also, you may want to track multiple colors, like this:

(Figure: Tracking multiple colors within a single ROI)

This is quite possible, by setting up multiple processors, all incorporated into the Vision Portal. You may find it helpful to first organize the Sample OpMode into methods (or Functions for FTC Blocks): one for the processor and one for Telemetry. Then it should be straightforward to create parallel methods or Functions.

Open FTC Docs

Team Resources on ftc-docs > Technical Update Video by AJ Foster

FTC Docs·BSD 3-Clause

This is a Video Tech Tip from AJ Foster, FIRST Tech Challenge World Championship FTA and Orlando Robotics League All-Star Volunteer. AJ gives a great synopsis on many of the key technical updates for the CENTERSTAGE presented by RTX season and some background on those changes. Watch his Technical Update video on the FIRST Tech Challenge YouTube Channel (https://www.youtube.com/watch?v=uOcVGwdhG3E&feature=youtu.be).

Got any questions about these resources? Come start or join the conversation on the FTC Community Forums (https://ftc-community.firstinspires.org/)!

Open FTC Docs

FTC SDK API > com.qualcomm.robotcore.eventloop.opmode > OpModeManagerImpl

FTC SDK API·BSD 3-Clause

OpModeManagerImpl is the owner of the concept of a 'current' OpMode.

Open FTC SDK API

Computer Vision > Additional Vision Resources > FTC® Dashboard

Game Manual 0·CC BY-NC 4.0

FTC Dashboard runs a dashboard webpage on the Control Hub that, among other things, streams a live preview of a connected camera. This is a very useful tool for testing and debugging vision applications.

Warning: FTC Dashboard is not legal to run during matches, make sure it is disabled during a competition. More information can be found here (https://acmerobotics.github.io/ftc-dashboard/competition).

You can find FTC Dashboard here (https://github.com/acmerobotics/ftc-dashboard).

Open Game Manual 0

Creating and Running an OpMode AS

FTC Docs·BSD 3-Clause

If you successfully imported the Android Studio project folder, you will see on the project browser an Android module named TeamCode. The Android Studio project folder will be used to build a version of the Robot Controller app that includes the custom OpMode that you will write to control your competition robot.

When you create your classes and OpModes, you will to create them in the org.firstinspires.ftc.teamcode package that resides in the TeamCode module. This package is reserved for your use within the Android Studio project folder.

Open FTC Docs

Competition Manual > 4.1.1 Qualification Phase Performance

FTC Competition Manual·FIRST copyright — summarised, never reproduced

Summarised above in Sharp AI’s own words. The original text is not reproduced here — open the source to read it.

Open FTC Competition Manual

Competition Manual > 4.1 Advancement Points Calculation > A211

FTC Competition Manual·FIRST copyright — summarised, never reproduced

Summarised above in Sharp AI’s own words. The original text is not reproduced here — open the source to read it.

Open FTC Competition Manual

FTC SDK API > com.qualcomm.robotcore.eventloop.opmode > OpMode

FTC SDK API·BSD 3-Clause

Base class for user-defined iterative operation modes (OpModes). The OpMode name should be unique. It will be the name displayed on the driver station. If multiple OpModes have the same name, only one will be available.

Open FTC SDK API