[[TOC]] {{{#!comment [[TracNav(JO2021)]] }}} = 編集中 Under edit = = !RoboCup [https://www.robocup.or.jp/japanopen2024/ JapanOpen 2024] Logistics League = == 競技概要 == {{{#!comment [[Image(https://vega.elec.ryukoku.ac.jp/trac/raw-attachment/wiki/robocupLogisticsLeague/2021RCAP/rulebook/figure1.jpg, 320px, align=right)]] }}} [[Image(https://vega.elec.ryukoku.ac.jp/trac/raw-attachment/wiki/robocupLogisticsLeague/JapanOpen2024/rulebook/challenge-field2021.jpg, 640px, align=right)]] * タスクは,[https://github.com/robocup-logistics/rcll-rulebook/releases/tag/2023 RCLL Rulebook 2023]のChallenge Trackになります. > Tasks are Challenge Track on "RCLL Rulebook 2023". * フィールドは5x5のマスです. > Size of field is 5 x 5 squares. * 図はRCLL Rulebook 2023のルールブックのフィールド図です. > It is figure of field on RCAP2021 Rulebook. * ロボットは3台まで使用可,手前左のマス(M-Z31からZ51)からスタートし,フィールドには'''M-Z32からしか'''入れません. > Each teams can use up to 3 robots. They must start from the square of front left (from M-Z31 to M-Z51) and can enter the field from '''only M-Z32'''. * タスクの詳細は,以下の章にまとめますので,そちらを参照して下さい. > The detail of the tasks is summarized in the following sections and each teams can refer to them. * 2024のスケジュールは,4/26(金)-4/29(月)です. > The schedule is from 4.26 to 4.29 in 2024. * 4/26(金): チームセットアップ日 > 4.26: Team setup day * 4/27(土): 開会式,競技日 > 4.27: Opening celemony, competition day * 4/28(日): 競技日 > 4.28: competition day * 4/29(月): 決勝戦,閉会式 > 4.29: Final game, closing celemony ---- == タスク == * 30分以内であれば競技への再挑戦が可能であり,30分を越えたら再度競技の選択から行う形を取って下さい. * 具体的には,機器などの配置(サイコロによるランダム割り当て)をやり直さない/やり直すの違いになります. * ただし,競技への再挑戦時にプログラムの修正は認めません. * 修正が必要な場合は,次のスロットとしての実施となり,サイコロの振り直しが必要になります. * (ランダム性のない競技の場合は,プログラムの修正可能ってことになりますね) === 1. Navigation Challenge === * Navigation Challengeは,RefBoxで指定された12個のゾーンを巡る.MPSの数は2台,3台,4台,4台(+1台)がある. > Drive to 12 randomly generated target zones. > A number of available machines is 2, 3, 4 or 4(+1). * 配点表は,以下の通りである. > The score distribution table is the following. ||Machines (Unknown)||||||||Scoring|| || ||≧ 4 zones||≧ 8 zones||all 12 zones||combined|| ||2||+4||+3||+3||10|| ||3||+5||+4||+3||12|| ||4||+6||+5||+4||15|| ||4(+1)||+7||+6||+5||18|| === 2. Exploration Challenge === * Exploration Challenge は,RefBoxで指定された場所に配置されたMPSの種類と向きを報告する.MPSの数は2台,3台,4台がある. > Find and report all machines on the field (type and orientation). > A number of machines is 2, 3 or 4. * 配点表は,以下の通りである. > The score distribution table is the following. ||Machines||Scoring|| ||2||10|| ||3||12|| ||4||15|| === 3. Grasping Challenge === * Grasping は,OutputのワークをInputに運ぶことを3回実施し,MPSの数(というかRobotinoの数)は1台,2台,3台がある. > A robot brings a base from one machine's output back to its input. > Repeat until all products were placed at the respective machines input 3 times and all robots returned to their starting positions. > A number of machines is 1, 2, or 3. * 配点表は,以下の通りである. > The score distribution table is the following. ||Machines||||Scoring|| || ||first repetition||each subsequent repetition|| ||1||+4||+2|| ||2||+6||+2|| ||3||+9||+2|| === 4. Product Challenges === * Product Challengeは,全ての注文を作成する.ワークの種類は,C0,C1,C2,C3がある.MPSの数は2台,3台,4台がある. > Produce all posted orders. > The available complexities are C0, C1, C2 and C3. > A number of machines is 2, 3, or 4. * 配点表は,以下の通りである. > The score distribution table is the following. ||Machines||Challenge type||Scoring|| ||2||C0||10|| ||3||C1||12|| ||3||C2||15|| ||4||C2||15|| ||3||C3||20|| ||4||C3||20|| === 5. Exploration + Production Challenges === * Exploration + Production Challengesは,Production Challengesと同じく,全ての注文を作成するが,MPSの位置はロボットに伝えられない. > The same challenge as Product Challenges but without receiving the machine positions. * 得点は,Production Challengesの対応する点数に5点追加した点数となる. > The same point scores as Product Challenges apply with an additional +5 per challenge. * 配点表は,以下の通りである. > The score distribution table is the following. ||Machines||Challenge type||Scoring|| ||2||C0||15|| ||3||C1||17|| ||3||C2||20|| ||4||C2||20|| ||3||C3||25|| ||4||C3||25|| === 6. Simulation Challenge === * Simulation Challengeは,全て[https://github.com/robocup-logistics/rcll-simulator RCLL Simulator]上で行い,C3を配達する. > In this Challenge a full game has to be played using the [https://github.com/robocup-logistics/rcll-simulator RCLL Simulator]. > The goal is to deliver a C3. * ロボットの数は,2台,3台がある. > Either two or three robots have to be used, each of them has to perform at least one retrieve and one deliver task. * 配点表は,以下の通りである. > The score distribution table is the following. ||Robots||Scoring|| ||2||10|| ||3||15|| === 7. Markerless Detection Challenge === * Markerless Detection Challengeは,異なる型のMPSを分類する. > Image recognition challenge to classify different machine types. * 配点表は,以下の通りである. > The score distribution table is the following. ||% Correctly Classified||% Wrongly Classified||% Not Classified||Scoring|| ||x||y||z||(x-y)*30|| == 使用する機器・備品等について == === グリッパー / gripper === 世界大会のルールと同様です.[[br]] https://github.com/robocup-logistics/rcll-rulebook/blob/master/rulebook.tex > The robots peripherals must not exceed the maximum total height of > 1.1[m] including the tower and the table on top. 高さは,一応,1.1mが規定です. > Additional > hardware (sensors, computing equipment, etc.) must be within a circle > of a diameter of 0.55[m] or centered at the robot's rotational > center-point. 追加機器は,ロボットの中心を通る0.55mの直径以内に設置すること. (Robotino 3の直径が40cm程度ですので,5cm程度のはみ出しが可能) > Additional hardware may only occupy up to 25% of this > additional 0.05[m] wide ring around the > robot. 追加機器は,この追加の5cmの外周のうち,25%以内に抑えること. > In the resting > position and while driving it also must not exceed the robot diameter by > more than this 5cm, including workpiece. 通常時や走行時は,この5cmのはみ出し以内に抑えていること. > In front of a machine and during a production process, the gripper may > be extended up to 30cm. But it is only allowed to reach a maximum of > 15cm into the machine area. MPSの正面で生産作業をするときは,グリッパーは30cmまで伸びて良い. しかし,MPSの領域には行って良いのは最大15cmまでである.[[br]] (30cmは,MPSとRobotino 間の距離が少しある場合を考慮していますね) === ワーク / work ===