Namespace Guide math: Difference between revisions

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== Functions ==
== Functions ==
=== Function Categories ===
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==== Exponentiation (2) ====
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* Double pow(Double base, Double exponent)
* Double sqrt(Double value)
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=== TpData===
A data structure to manage teleport destinations that are set by a player positioned at the desired location.
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==== Fields (6) ====
==== Rounding/Mapping (3) ====
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* '''Double x''' : x-coordinate of the teleport destination
* Double abs(Double value)
* '''Double y''' : y-coordinate of the teleport destination
* Int floor(Double x)
* '''Double z''' : z-coordinate of the teleport destination
* Int ceil(Double x)
* '''Float yaw''' : yaw of the teleport destination
* '''Float pitch''' : pitch of the teleport destination
* '''String world''' : world of the teleport destination
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==== Random (5) ====
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'''Type-Bounded'''
* Int randomInt()
* Long randomLong()
* Float randomFloat()
* Double randomDouble()


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'''User-Bounded'''
==== Constructors (1) ====
* Double random(Double min, Double max)
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* '''rtp::TpData(Player setter)''' : destination fields are set to match the ''setter''<nowiki>'</nowiki>s position at the time of initialization
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==== Trigonometry (14)====
==== Methods (3) ====
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* '''String string()''' : returns a simplified representation of the position held by the structure
'''Conversions'''
* '''String tpString()''' : returns a string representation of an anonymous tp call performed by tpHere
* Double deg(Double x)
* '''Void tpHere(Player player)''': teleports the ''player'' to the position held by the structure
* Double rad(Double x)
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=== Rtp ===
'''Basic Functions (Degrees)'''
A TpData list selector and management tool that mimics the /rtp plugin functionality.
* Double sin(Double x)
* Double cos(Double x)
* Double tan(Double x)


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'''Inverse Functions (Degrees)'''
==== Fields (3) ====
* Double arcsin(Double x)
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* Double arccos(Double x)
* '''String name''' : custom identifier for the set of teleport locations
* Double arctan(Double x)
* '''Boolean doLogging''' : flag to enable logging of each use of teleportation
* '''rtp::TpData[] tpList''' : list of potential teleport locations
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'''Basic Functions (Radians)'''
==== Constructors (4) ====
* Double radsin(Double x)
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* Double radcos(Double x)
* '''rtp::Rtp()''' : initialize an empty location manager (defaults "UNNAMED", true)
* Double radtan(Double x)
* '''rtp::Rtp(String name)''' : initialize a location manager with identifier name set
* '''rtp::Rtp(Boolean doLogging)''' : initialize with logging option set
* '''rtp::Rtp(String name, Boolean doLogging)''' : initialize with name and logging set
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'''Inverse Functions (Radians)'''
==== Methods (8) ====
* Double radarcsin(Double x)
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* Double radarccos(Double x)
* '''String string()''' : returns a representation of name, logging status, and capacity of the structure
* Double radarctan(Double x)
* '''Int count()''' : returns size of the managed location list
* '''Void setName(String name)''' : updates the name of the structure
* '''Void setLogging(Boolean doLogging)''' : updates the logging status of the structure
* '''Void addWarp(Player setter)''' : adds a location generated from ''setter''<nowiki>'</nowiki>s position at the time of the function call
* '''Void removeWarp(Int index)''' : removes a location specified by the ''index'' (between 1 and Rtp.count() inclusive)
* '''Void useWarp(Player player, Int index)''' : warps the ''player'' to the location specified by ''index'' (1 to count() inclusive), performing optional logging
* '''Void rtp(Player player)''' : Selects a location randomly and performs the actions of useWarp using the ''player''
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Revision as of 00:28, 30 April 2020

math

Status: STABLE (safe to use)

Functions

Function Categories

Exponentiation (2)

  • Double pow(Double base, Double exponent)
  • Double sqrt(Double value)

Rounding/Mapping (3)

  • Double abs(Double value)
  • Int floor(Double x)
  • Int ceil(Double x)

Random (5)

Type-Bounded

  • Int randomInt()
  • Long randomLong()
  • Float randomFloat()
  • Double randomDouble()

User-Bounded

  • Double random(Double min, Double max)

Trigonometry (14)

Conversions

  • Double deg(Double x)
  • Double rad(Double x)

Basic Functions (Degrees)

  • Double sin(Double x)
  • Double cos(Double x)
  • Double tan(Double x)

Inverse Functions (Degrees)

  • Double arcsin(Double x)
  • Double arccos(Double x)
  • Double arctan(Double x)

Basic Functions (Radians)

  • Double radsin(Double x)
  • Double radcos(Double x)
  • Double radtan(Double x)

Inverse Functions (Radians)

  • Double radarcsin(Double x)
  • Double radarccos(Double x)
  • Double radarctan(Double x)
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