@param newSkill the currentSkill to set

@param timable @param id

Returns the support vector of this line. The support vector represents the starting point of the line, i.e. where it is anchored. Please note that eve

Angle difference between this toVector and the given one, so that: <br> angle(this) + angle = angle(toVector) <br> So the operation is: <br> angle(toV

@return

@param a @param b @param c @return new triangle

@return the vector of the goal.

Get the state at the specified time in [s] after initial state in milli-units. @param time in [s] @return

@return the parent

@return the startAngle

Checks if x is a Number between to values (inclusive) @param x a value @param min smaller value @param max larger value @return true, if min <= x <

Check if this vector is parallel to the other giver vector. @param vector some other vector @return true, if both vectors are parallel

Scale an image from resources to small button size @param path @return

@param target the target to set

Providing a <strong>hard, deep</strong> copy of original @param original a vector to copy @return a new copy of the original

@return the acc [m/s², m/s²]

@return The xExtent of the border around the field

@return the play

@return the vel [mm/s]

Calculate the nearest point in the given list to this vector. @param points list of points to compare @return nearest point in list to point p

Returns the scalar product of 'this' and the given vector. @param v some vector @return this v

Sets the {@code state} and returns a reference to this Builder so that the methods can be chained together. @param botState the {@code state} to set

Center of the rectangle @return

Implementation of the {@code Comparator<IVector2>} interface to allow to sort positions along the shapes boundary @param p1 the first object to be co

@return the value

Multiplies 'this' by the given 'factor' @param factor @return

Scale an image from resources to default button size @param path @return

Scales a global length to a gui length. @param length length on field @return length in gui

@param value the current value

@return the kickingBot

@return the pos

@return

Get acceleration at a certain time. @param t time @return acceleration [m/s²]

@return

@return the depth of the goal

Run the runnable, catching any exception and logging it out. @param runnable the runnable to run

Take a list of records and somehow try to find a 3D kick velocity. @param records @return Kick velocity, if the solver found one.

This methods calculates the point where the bisector("Winkelhalbierende") of the angle(alpha) at p1 cuts the goal line. <pre> bisector gl----x---

Providing a <strong>hard, deep</strong> copy of original @param original hard copy of the original vector @return new instance

@return the instance class of the enum value

Returns the last received camera geometry frame. @return cam geometry

Calculate the length of the perimeter path @return the total length of the perimeter path

@return true on any stopped game state (BREAK, HALT, POST_GAME, STOP, TIMEOUT, BALL_PLACEMENT)

Parse given String-value according to implementation of this parameter @param impl the implementing class @param value the value encoded as String @

Notify all registered observers with the given state. @param newState the state

@return new instance

@return the center of this circle

Returns distance between two points @see IVector2#distanceTo(IVector2) @param a first point @param b second point @return euclidean distance

Warn: This will construct a new map each time it is called! @return

@return new list with all known bot ids