Rules

> All time limits apply not only to participant code, but also on the interaction of the client-shell strategy game simulator -1

In engine code on page 10 in the update function. There are two variables robot.action.target_velocity and robot.target_velocity. It’s the same thing?

And I do not understand why in the normal movement first, you change the size of this vector and then subtracted from the current speed, and to use boost, you first subtract the speed, and then change the size?

In engine code on page 10 in the update function. There are two variables robot.action.target_velocity and robot.target_velocity . It’s the same thing? And I do not understand why in the normal movement first, you change the size of this vector and then subtracted from the current speed, and to use boost, you first subtract the speed, and then change the size?

I think in a robot.action speed is not normalized.

I have not found, where is the collision of ball with arena with robots?

How does the clamp function for 3D vectors? Here is an example from docks - target_velocity = clamp( robot.action.target_velocity, ROBOT_MAX_GROUND_SPEED.

For example ROBOT_MAX_GROUND_SPEED=30, robot.action.target_velocity=(100, 50, 10), return clamp()?

How does the clamp function for 3D vectors? Here is an example from docks - target_velocity = clamp( robot.action.target_velocity, ROBOT_MAX_GROUND_SPEED. For example ROBOT_MAX_GROUND_SPEED=30, robot.action.target_velocity=(100, 50, 10), return clamp()?

velocity*abs(Max_ground_Speed/length(velocity)) I think that something

Or not, it will return if length(velocity) > Max_ground_Speed. Otherwise, velocity

reasonable, but it would be nice confirmation

I have not found, where is the collision of ball with arena with robots?

Collision of the ball with the arena found, but the ball with the robots there.

Collision of the ball with the arena found, but the ball with the robots there.

collide_entities function(a: Entity, b: Entity):

collide_entities function(a: Entity, b: Entity):

The function is. Where it is called?

How does the clamp function for 3D vectors? Here is an example from docks - target_velocity = clamp( robot.action.target_velocity, ROBOT_MAX_GROUND_SPEED. For example ROBOT_MAX_GROUND_SPEED=30, robot.action.target_velocity=(100, 50, 10), return clamp()?

The clamp limits the length of the vector.

clamp(vector, length) — returns a vector if its length is less than length, otherwise normalize(vector) * length.

In a formula collision use a variable a.radius_change_speed, but never described what it is.

what is operation dot(vector, vector)? The idea returns the number

what is operation dot(vector, vector)? The idea returns the number

Well, apparently dot product (wiki)

> function update(delta_time: float):

Can I count on the fact that the delta_time will be always the same? ATO in the bot or passed, and acceleration is affected.

clamp( point.x arena.bottom_radius - (arena.goal_width / 2), (arena.goal_width / 2) - arena.bottom_radius, )

What does it do?

when you jump, the physical simulator considers that the radius of the robot is changed with a predetermined the speed of the jump (despite the fact that the radius is actually calculated by the formula, presented above). Due to this and does the jump.

Can anyone rephrase to make it clear, about what speech?

As you can definitely split your team at first and second?

As you can definitely split your team at first and second?

only Robot.id Inside of each turn the order of robots in the single player different

Hi all. A lot of the documentation is not clear. For example: __________________________________ robot.radius = ROBOT_MIN_RADIUS + (ROBOT_MAX_RADIUS - ROBOT_MIN_RADIUS) * robot.action.jump_speed / ROBOT_MAX_JUMP_SPEED robot.radius_change_speed = robot.action.jump_speed __________________________________ The number of robot.action.jump_speed remains unchanged for all 100 podtekov(MICROTICKS_PER_TICK)? Or it applies only to the first podtech, and then 0?

Another question on rules. Let’s say 2 of the robot, for each there is a method call. Time limit for each call or for 2 immediately. That is, if I do all the calculations in the first call and the second will only apply the action this is normal? Or it is necessary to evenly distribute the load?

Formula 1.3 in the documentation is not sootvetstvuet reality. the radius in this formula can grow indefinitely depending on jump_speed, but this is not happening. Therefore there is some limitation. You need to write about this limitation.

Formula 1.3 in the documentation is not sootvetstvuet reality. the radius in this formula can grow indefinitely depending on jump_speed, but this is not happening. Therefore there is some limitation. You need to write about this limitation.

A limitation in the denominator.

A limitation in the denominator.

Try to substitute in the numerator of 10000000000. Denominator, not a limitation. Moreover, in the old local runner the bug appeared. The radii of androids swelled to an enormous size. In the new ispravili. Most likely was adocumentary clamp in the formula.

Try to substitute in the numerator of 10000000000. Denominator, not a limitation. Moreover, in the old local runner the bug appeared. The radii of androids swelled to an enormous size. In the new ispravili. Most likely was adocumentary clamp in the formula.

Why frame it in the numerator if the condition:

The speed of the jump can be set anywhere from 0 (not jump) to ROBOT_MAX_JUMP_SPEED (jump with max speed).

But only I have is the question of why for movement in the plane using the coordinates x and z, and not the standard x and y? In all competitions it was 2D and used x and y and then added the third dimension and turned everything on its side. Even the example from the quick start enters into a stupor, so that translates from XZ to XY. Why this balancing act to confuse?

But only I have is the question of why for movement in the plane using the coordinates x and z, and not the standard x and y? In all competitions it was 2D and used x and y and then added the third dimension and turned everything on its side. Even the example from the quick start enters into a stupor, so that translates from XZ to XY. Why this balancing act to confuse?

Most likely it may be associated with koordinatami used in 3D graphics. I heard somewhere that a computer graph Y is responsible for tall, not familiar from mathematics Z.

“The goal is to*s*Shay’s team” Chapter 1. Paragraph 1.1. Paragraph 2.

“The goal is to*s*Shay’s team” Chapter 1. Paragraph 1.1. Paragraph 2.

“management skills control of robots” Page 3, paragraph 5.

“The goal is to*s*Shay’s team” Chapter 1. Paragraph 1.1. Paragraph 2.

what’s your side of the field to be Page 4, paragraph 6.

his speed tends to be desired Page 8, paragraph 3.

Object containing information Page 19, paragraph 8.

true if this eject your player Page 20, paragraph 4.

parallel - in 1.2, a typo

The attempt to send the strategy for the validation error: stderr:

Exit code:0 Time used: 24722 ms Memory used: 234MB

The tick took tick 0 id 1 time = 1723 ms. I anestisia?

The attempt to send the strategy for the validation error: stderr: Exit code:0 Time used: 24722 ms Memory used: 234MB The tick took tick 0 id 1 time = 1723 ms. I anestisia?

Does not fit in 24 seconds, game verification lasts for 200 ticks and 24 seconds TL.

heh, me 2 24 500 turned out

why in the rules it is specified that the duration of the game 20 thousand ticks, and in fact games now 18 thousand ticks?