The Arena

[kenan-rhoton]

Estaria bé tenir un simulador del joc que permeti que fem proves en local.

M'ho autoasigno com a tasca, la meva idea serà que per fer-ho servir només caldrà fer:

./simulate Player1.cpp Player2.cpp

[kenan-rhoton]

A tot això, com mai m'he molestat en arribar a Legend al CodinGame, estaria bé si podeu copiar-me aquí el text de l'enunciat, jaja.

Tot i que potser el meu nou RustBot podrà entrar a Legend quan estigui acabat... muahaha.

[Masclins]

Aquest vespre penjo un bot per pujar fins a Or. Per si el vols.

El 3 jun. 2017 9:49, "kenan-rhoton" notifications@github.com escribió:

A tot això, com mai m'he molestat en arribar a Legend al CodinGame, estaria bé si podeu copiar-me aquí el text de l'enunciat, jaja.

Tot i que potser el meu nou RustBot podrà entrar a Legend quan estigui acabat... muahaha.

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[kenan-rhoton]

Ah no tranqui, si això no em preocupa pas jaja.

De fet vaig pujar a silver amb 20 linees en ruby

[Masclins]

The Goal

Win the race. Rules

The players each control a team of two pods during a race. As soon as a pod completes the race, that pod's team is declared the winner. The circuit of the race is made up of checkpoints. To complete one lap, your vehicle (pod) must pass through each one in order and back through the start. The first player to reach the start on the final lap wins.

The game is played on a map 16000 units wide and 9000 units high. The coordinate X=0, Y=0 is the top left pixel.

The checkpoints work as follows: The checkpoints are circular, with a radius of 600 units. Checkpoints are numbered from 0 to N where 0 is the start and N-1 is the last checkpoint. The disposition of the checkpoints is selected randomly for each race. The pods work as follows: To pass a checkpoint, the center of a pod must be inside the radius of the checkpoint. To move a pod, you must print a target destination point followed by a thrust value. Details of the protocol can be found further down. The thrust value of a pod is it's acceleration and must be between 0 and 200. The pod will pivot to face the destination point by a maximum of 18 degrees per turn and will then accelerate in that direction. You can use 1 acceleration boost in the race, you only need to replace the thrust value by the BOOST keyword. You may activate a pod's shields with the SHIELD command instead of accelerating. This will give the pod much more weight if it collides with another. However, the pod will not be able to accelerate for the next 3 turns. The pods have a circular force-field around their center, with a radius of 400 units, which activates in case of collisions with other pods. The pods may move normally outside the game area. If none of your pods make it to their next checkpoint in under 100 turns, you are eliminated and lose the game.

Note: You may activate debug mode in the settings panel () to view additional game data.

Victory Conditions Be the first to complete all the laps of the circuit with one pod.

Lose Conditions Your program provides incorrect output. Your program times out. None of your pods reach their next checkpoint in time. Somebody else wins. Expert Rules

On each turn the pods movements are computed this way: Rotation: the pod rotates to face the target point, with a maximum of 18 degrees (except for the 1rst round). Acceleration: the pod's facing vector is multiplied by the given thrust value. The result is added to the current speed vector. Movement: The speed vector is added to the position of the pod. If a collision would occur at this point, the pods rebound off each other. Friction: the current speed vector of each pod is multiplied by 0.85 The speed's values are truncated and the position's values are rounded to the nearest integer. Collisions are elastic. The minimum impulse of a collision is 120. A boost is in fact an acceleration of 650. A shield multiplies the Pod mass by 10. The provided angle is absolute. 0° means facing EAST while 90° means facing SOUTH. Note

The program must first read the initialization data from standard input. Then, within an infinite loop, read the contextual data from the standard input and provide to the standard output the desired instructions. Game Input

Initialization input Line 1: laps : the number of laps to complete the race. Line 2: checkpointCount : the number of checkpoints in the circuit. Next checkpointCount lines : 2 integers checkpointX , checkpointY for the coordinates of checkpoint. Input for one game turn First 2 lines: Your two pods. Next 2 lines: The opponent's pods. Each pod is represented by: 6 integers, x & y for the position. vx & vy for the speed vector. angle for the rotation angle in degrees. nextCheckPointId for the number of the next checkpoint the pod must go through. Output for one game turn Two lines: 2 integers for the target coordinates of your pod followed by thrust , the acceleration to give your pod, or by SHIELD to activate the shields, or by BOOST for an acceleration burst. One line per pod. Constraints 0 ≤ thrust ≤ 200 2 ≤ checkpointCount ≤ 8 Response time first turn ≤ 1000ms Response time per turn ≤ 150ms

[kenan-rhoton]

Em falta un detall, que podeu vosaltres obtenir amb un simple cerr << data;

Vull 5-10 exemples de les posicions on comencen els pods junt amb la posició del checkpoint 0.

Més que res que no se a ON inicialitzar els pods D:

[Masclins]

Fet: https://github.com/pernilsalat/one-bot-to-rule-them-all/blob/master/ExemplesInici