com.aleclownes.SpellScript

Class Node

java.lang.Object

com.aleclownes.SpellScript.Node

public class Node
extends java.lang.Object

Node is the object which is manipulated by the javascript code written by the player. It is referenced with the "node" variable in the javascript code. Most methods in this object take Power, which your node can replenish by stealing health from living entities or other nodes. When your node runs out of power, it will silently die. You can also kill a node prematurely by right clicking with it's ticket in your hand. A node's location is represented in the world by a mobspawner flame effect. Only public methods are accessible through the javascript code.

Author:

alownes

Constructor Summary

Constructors

Constructor and Description
Node(SpellScript p, Player sender, ChatWrapper chatWrapper, java.lang.String command, java.lang.String[] args, Location loc)

Method Summary

Methods

Modifier and Type	Method and Description
void	addPotionEffect(LivingEntityWrapper live, PotionEffect effect) Adds a potion effect to the living entity.
void	announce(PlayerWrapper player, java.lang.String message) Sends a message to the specified player.
void	breakBlock() Breaks the block the node is currently occupying.
void	burn() Sets the current block the node resides in on fire if the block is air.
PotionEffect	createPotionEffect(java.lang.String potionEffectType, int duration, int amplifier) Creates a potion effect.
ItemWrapper	dropItem(int slot, int amount) Drops the item in the current slot and returns it's ItemWrapper.
boolean	equals(java.lang.Object object)
java.lang.String[]	getArgs() Gets the node's arguments.
PlayerWrapper	getCaster() Gets the node's caster.
ChatWrapper	getChatWrapper() Gets the ChatWrapper that represents the most recent player chat in that world
java.lang.String	getCommand() Gets the node's command.
Vector	getDirection() Gets the node's direction
ItemStackWrapper	getItemInInv(int slot) Gets the ItemStackWrapper in the specified slot of the node's inventory.
double[]	getLocation() Gets the node's location
java.util.Map<java.lang.String,java.lang.Object>	getMap() Gets the node's map for storing information visible to other nodes
java.util.List<EntityWrapper>	getNearbyEntities(double distance) Gets a list of nearby entities within a radius
java.util.List<NodeWrapper>	getNearbyNodes(double distance) Gets a list of nearby nodes within a radius
double	getPower() Gets the power in the node
void	givePower(LivingEntityWrapper live, double amount) Gives power to a living entity in the form of health.
void	givePower(NodeWrapper node, double amount) Gives power to a node.
Material	inspectBlock() Gets the material the block the node resides in is made of.
boolean	isAlive() Gets whether or not the node is still alive
void	moveForward() Moves the node forward on it's set direction
void	placeBlock(int slot) Places the block in the current slot in the location the node resides.
void	selfDestruct() Creates an explosion at the location of the node which has a power of (remainingPower/1000)
void	sendBlockChange(PlayerWrapper player, double[] location, java.lang.String type, byte data) Sends a block change to the player.
void	setDirection(Vector direction) Sets the node's direction
void	setFallDistance(EntityWrapper entity, float distance) Sets the fall distance of the entity.
void	setFireTicks(EntityWrapper entity, int ticks) Sets the fire ticks of the entity.
void	setFoodLevel(PlayerWrapper live, int level) Sets the food level of the specified player.
void	setItemMeta(int slot, ItemMeta meta) Sets the item meta of an item in the inventory.
void	setPassenger(EntityWrapper passenger, EntityWrapper vehicle) Sets the vehicle entity's passenger.
void	setPickupDelay(ItemWrapper item, int delay) Sets the pickup delay of an ItemWrapper.
void	setRemainingAir(LivingEntityWrapper live, int air) Sets the living entity's remaining air.
void	setVelocity(EntityWrapper entity, Vector vector) Sets the velocity of the entity.
void	sleep(double seconds) Makes the node sleep for the specified number of seconds
void	suicide() Destroys the node
void	takeItem(ItemWrapper item) Incorporates the selected ItemWrapper into the node's inventory.
void	takePower(LivingEntityWrapper live, double amount) Takes power as health from a living entity, giving it to the node.
void	takePower(NodeWrapper node, double amount) Takes power from a node, giving it to this node.
void	teleport(EntityWrapper entity, double[] location) Teleports the entity to the specified location.

Methods inherited from class java.lang.Object

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

Constructor Detail

Node

public Node(SpellScript p,
    Player sender,
    ChatWrapper chatWrapper,
    java.lang.String command,
    java.lang.String[] args,
    Location loc)

Method Detail

getChatWrapper

public ChatWrapper getChatWrapper()

Gets the ChatWrapper that represents the most recent player chat in that world

Returns:

ChatWrapper

suicide

public void suicide()

Destroys the node

sleep

public void sleep(double seconds)

Makes the node sleep for the specified number of seconds

Parameters:

seconds - - Seconds to sleep

moveForward

public void moveForward()

Moves the node forward on it's set direction

Power Used:

1

setDirection

public void setDirection(Vector direction)

Sets the node's direction

Parameters:

direction - - Vector

getDirection

public Vector getDirection()

Gets the node's direction

Returns:

Vector

getLocation

public double[] getLocation()

Gets the node's location

Returns:

The node's location as an array of 3 doubles

teleport

public void teleport(EntityWrapper entity,
            double[] location)

Teleports the entity to the specified location. The entity must be within 1 meter.

Parameters:

entity - - Entity to teleport

location - - Location to teleport to

Power Used:

Square root of the distance

getPower

public double getPower()

Gets the power in the node

Returns:

power in the node

getMap

public java.util.Map<java.lang.String,java.lang.Object> getMap()

Gets the node's map for storing information visible to other nodes

Returns:

- Map

takePower

public void takePower(LivingEntityWrapper live,
             double amount)

Takes power as health from a living entity, giving it to the node. A maximum of 1000 power can be drained from a living entity at a time. 1 health = 1000 power. The entity must be within 1 meter.

Parameters:

live - - Living entity

amount - - less than or equal to 1000

Power Used:

1

takePower

public void takePower(NodeWrapper node,
             double amount)

Takes power from a node, giving it to this node. A maximum of 1000 power can be drained from a node at a time. The node must be within 1 meter.

Parameters:

node - - Target

amount - - Less than or equal to 1000

Power Used:

1

givePower

public void givePower(LivingEntityWrapper live,
             double amount)

Gives power to a living entity in the form of health. A maximum of 1000 power can be given at a time. There is 1000 power per 1 health. The entity must be within 1 meter.

Parameters:

live - - LivingEntity

amount - - Less than or equal to 1000

Power Used:

1

givePower

public void givePower(NodeWrapper node,
             double amount)

Gives power to a node. A maximum of 1000 power can be given at a time. The node must be within 1 meter.

Parameters:

node - - Receiving node

amount - - Less than or equal to 1000

Power Used:

1

setVelocity

public void setVelocity(EntityWrapper entity,
               Vector vector)

Sets the velocity of the entity. The entity must be within 1 meter.

Parameters:

entity - - Entity to set the velocity of

vector - - Vector for velocity

Power Used:

10

getNearbyEntities

public java.util.List<EntityWrapper> getNearbyEntities(double distance)

Gets a list of nearby entities within a radius

Parameters:

distance - - Radius to check for entities in

Returns:

List of EntityWrapper

Power Used:

1

getNearbyNodes

public java.util.List<NodeWrapper> getNearbyNodes(double distance)

Gets a list of nearby nodes within a radius

Parameters:

distance - - Radius to check for nodes in

Returns:

List of NodeWrapper

Power Used:

1

breakBlock

public void breakBlock()

Breaks the block the node is currently occupying.

Power Used:

100

getItemInInv

public ItemStackWrapper getItemInInv(int slot)

Gets the ItemStackWrapper in the specified slot of the node's inventory. The inventory is 54 spaces large.

Parameters:

slot - - Specified slot

Returns:

ItemStackWrapper

placeBlock

public void placeBlock(int slot)

Places the block in the current slot in the location the node resides. This is cancelled if the block the node is occupying is not Air or if the item in the slot is not a block.

Parameters:

slot - - Slot number

Power Used:

10

takeItem

public void takeItem(ItemWrapper item)

Incorporates the selected ItemWrapper into the node's inventory. The item must be within 1 meter.

Parameters:

item - - Selected ItemWrapper

Power Used:

10

dropItem

public ItemWrapper dropItem(int slot,
                   int amount)

Drops the item in the current slot and returns it's ItemWrapper.

Parameters:

slot - - Specified slot of the node's inventory

amount - - Number of items to drop

Returns:

ItemWrapper of the dropped item

Power Used:

10

getCaster

public PlayerWrapper getCaster()

Gets the node's caster.

Returns:

PlayerWrapper

getCommand

public java.lang.String getCommand()

Gets the node's command.

Returns:

String command

getArgs

public java.lang.String[] getArgs()

Gets the node's arguments.

Returns:

String array of arguments

setPassenger

public void setPassenger(EntityWrapper passenger,
                EntityWrapper vehicle)

Sets the vehicle entity's passenger. The vehicle entity and passenger entity must be within 1 meter.

Parameters:

passenger - - EntityWrapper

vehicle - - EntityWrapper

Power Used:

50

setFireTicks

public void setFireTicks(EntityWrapper entity,
                int ticks)

Sets the fire ticks of the entity. The entity must be within 1 meter.

Parameters:

entity - - EntityWrapper

ticks - - ticks the entity will be on fire

Power Used:

The difference between the current fire ticks and the specified amount

setFallDistance

public void setFallDistance(EntityWrapper entity,
                   float distance)

Sets the fall distance of the entity. The entity must be within 1 meter.

Parameters:

entity - - EntityWrapper

distance - - fall distance

Power Used:

difference between the current fall distance and the specified amount

announce

public void announce(PlayerWrapper player,
            java.lang.String message)

Sends a message to the specified player.

Parameters:

player - - PlayerWrapper

message - - String

Power Used:

1

addPotionEffect

public void addPotionEffect(LivingEntityWrapper live,
                   PotionEffect effect)

Adds a potion effect to the living entity. The entity must be within 1 meter.

Parameters:

live - - LivingEntityWrapper

effect - - PotionEffect

Power Used:

duration multiplied by amplifier+1

createPotionEffect

public PotionEffect createPotionEffect(java.lang.String potionEffectType,
                              int duration,
                              int amplifier)

Creates a potion effect.

Parameters:

potionEffectType - - String name of potion effect type

duration - - Duration in ticks

amplifier - - Amplifier. The base effect is 0

Returns:

Created potion effect

setRemainingAir

public void setRemainingAir(LivingEntityWrapper live,
                   int air)

Sets the living entity's remaining air. Must be within 1 meter of entity.

Parameters:

live - - LivingEntityWrapper

air - - remaining air in ticks

Power Used:

difference between current remaining air and specified value

setFoodLevel

public void setFoodLevel(PlayerWrapper live,
                int level)

Sets the food level of the specified player. Must be within 1 meter of the player.

Parameters:

live - - PlayerWrapper

level - - Food level

Power Used:

difference between current food level and specified value

sendBlockChange

public void sendBlockChange(PlayerWrapper player,
                   double[] location,
                   java.lang.String type,
                   byte data)

Sends a block change to the player. This is an illusion and no map change will actually occur.

Parameters:

player - - PlayerWrapper

location - - Location of block change as an array of 3 doubles

type - - Material of block change as a string

data - - Data as byte

Power Used:

10

setItemMeta

public void setItemMeta(int slot,
               ItemMeta meta)

Sets the item meta of an item in the inventory.

Parameters:

slot - - Slot number

meta - - ItemMeta

setPickupDelay

public void setPickupDelay(ItemWrapper item,
                  int delay)

Sets the pickup delay of an ItemWrapper. Must be within 1 meter of the item.

Parameters:

item - - ItemWrapper

delay - - delay in ticks

Power Used:

difference between current pickup delay and specified value

burn

public void burn()

Sets the current block the node resides in on fire if the block is air.

Power Used:

50

inspectBlock

public Material inspectBlock()

Gets the material the block the node resides in is made of.

Returns:

Material

selfDestruct

public void selfDestruct()

Creates an explosion at the location of the node which has a power of (remainingPower/1000)

Power Used:

1000

isAlive

public boolean isAlive()

Gets whether or not the node is still alive

Returns:

true if yes, false if no

equals

public boolean equals(java.lang.Object object)

Overrides:

equals in class java.lang.Object