com.projectkorra.projectkorra.firebending

Class Lightning.Arc

java.lang.Object

com.projectkorra.projectkorra.firebending.Lightning.Arc

Enclosing class:

Lightning

public class Lightning.Arc
extends java.lang.Object

An Arc represents a Lightning arc for the specific ability. These Arcs contain a list of Particles that are used to display the entire arc. Arcs can also generate a list of subarcs that chain off of their own instance.

Constructor Summary

Constructors

Constructor and Description
Arc(org.bukkit.Location startPoint, org.bukkit.Location endPoint)

Method Summary

Modifier and Type	Method and Description
void	cancel() Stops this Arc from further animating or doing damage.
java.util.ArrayList<Lightning.Arc>	generateArcs(double chance, double range, double maxArcAngle) Randomly generates subarcs off of this arc.
void	generatePoints(int times) Runs an arc generation algorithm by first creating two points, the starting point and the ending point.
int	getAnimationCounter()
java.util.ArrayList<Lightning.AnimationLocation>	getAnimationLocations()
org.bukkit.util.Vector	getDirection()
java.util.ArrayList<Lightning.LightningParticle>	getParticles()
java.util.ArrayList<org.bukkit.Location>	getPoints()
java.util.ArrayList<Lightning.Arc>	getSubArcs()
void	setAnimationCounter(int animationCounter)
void	setDirection(org.bukkit.util.Vector direction)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Arc

public Arc(org.bukkit.Location startPoint,
           org.bukkit.Location endPoint)

Method Detail

cancel

public void cancel()

Stops this Arc from further animating or doing damage.

generateArcs

public java.util.ArrayList<Lightning.Arc> generateArcs(double chance,
                                                       double range,
                                                       double maxArcAngle)

Randomly generates subarcs off of this arc.

Parameters:

chance - The chance that an arc will be generated for each specific point in the arc. Note: if you generate a lot of points then chance will need to be lowered.

range - The length of each subarc.

generatePoints

public void generatePoints(int times)

Runs an arc generation algorithm by first creating two points, the starting point and the ending point. Next, it creates a point in the middle that has an offset relative to the beginning and end points. Now that the arc is split into 3 points, we continue this processes by generating middle points in the two halfs of this arc. This process continues the amount of times specified.

Parameters:

times - The amount of times that the arc will be split in half causes O(n^2) complexity

getAnimationCounter

public int getAnimationCounter()

setAnimationCounter

public void setAnimationCounter(int animationCounter)

getDirection

public org.bukkit.util.Vector getDirection()

setDirection

public void setDirection(org.bukkit.util.Vector direction)

getPoints

public java.util.ArrayList<org.bukkit.Location> getPoints()

getAnimationLocations

public java.util.ArrayList<Lightning.AnimationLocation> getAnimationLocations()

getParticles

public java.util.ArrayList<Lightning.LightningParticle> getParticles()

getSubArcs

public java.util.ArrayList<Lightning.Arc> getSubArcs()