== `updateChallengeRecord(recordType, value[, stat])` (1.0.0) ==

Report a new team record attempt in a [Missions mission] (preferably challenge missions). In missions, the team file of the mission team (see `AddMissionTeam` for more infos) can store several records (such as highscores) which will be shown in the frontend when the mission is selected. Note this only works for non-campaign missions so far.

Calling this function means the team has made a record attempt of a given record type (e.g. fastest time or highscore) with a given `value`. If the team's own record has been beaten, or is has set the first record, the team file is being updated.

 * `recordType`: Type of record (see [ConfigurationFiles#[Mission%20<MISSION_NAME>]] for a list)

 * `value`: Value that has been achieved by the team

 * `stat`: If `true` (default), will also write a message in the stats screen (whether record has been beaten, or current record if not). Otherwise, this writes nothing.

== `getReadableChallengeRecord(recordType)` (1.0.0) ==

Returns a human-readable description of a team record of the mission team (see also: `AddMissionTeam`) for the current challenge [Missions mission]. Team records are read from the team file. `recordType` is a record type. Possible record types are listed in [ConfigurationFiles#[Mission%20<MISSION_NAME>]]. This can be useful to display something in `ShowMission`.

If the team does not have a record for the given record type yet, the empty string is returned. If the record type is invalid, `nil` is returned.

For example, for `"TimeRecord"`, the returned string is something like `"Team's best time: 14.340s"`.

Example:

<code lang="lua">

ShowMission("MegaRace", "Race Challenge", "Try to finish the race as fast you can!\n" .. getReadableChallengeRecord("TimeRecord"))

-- Shows the mission panel and the current time record.

</code>

== `integerSqrt(num)` (1.0.0) ==

Calculates the square root of `num`, but rounded to an integer. This function is desync-safe.

== `integerHypotenuse(x, y)` (1.0.0) ==

Calculates the hypotenuse of a triangle with legs x, y, but rounded to an integer. This function is desync-safe.