Package com.planet_ink.coffee_mud.Items.interfaces

Interface ShipEngine

All Superinterfaces:

Affectable, Behavable, java.lang.Cloneable, CMObject, java.lang.Comparable<CMObject>, Contingent, DBIdentifiable, Electronics, Environmental, Expireable, Item, Modifiable, MsgListener, Physical, PhysicalAgent, Readable, Rider, StatsAffecting, TechComponent, Technical, Tickable, Wearable

All Known Implementing Classes:

GenShipEngine, GenShipThruster, GenSpaceDrive, StdShipEngine, StdShipFuellessThruster, StdShipThruster

public interface ShipEngine
extends TechComponent

A ShipEngine is a special TechComponent that is often a fuel consumer, and which has special tracked attributes related to its ability to propel a ship and, usually, consume fuel.

Nested Class Summary

Nested classes/interfaces inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Technical

Technical.TechCommand, Technical.TechType

Nested classes/interfaces inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Wearable

Wearable.CODES

Field Summary

Fields inherited from interface com.planet_ink.coffee_mud.core.interfaces.CMObject

idConverter

Fields inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Wearable

DEFAULT_WORN_CODES, DEFAULT_WORN_DEPENDENCYGRID, DEFAULT_WORN_DESCS, DEFAULT_WORN_ORDER, DEFAULT_WORN_USUAL_NAMES, DEFAULT_WORN_WEIGHT_POINTS, DEFAULT_WORN_WEIGHTS, FILTER_ANY, FILTER_MOBINVONLY, FILTER_ROOMONLY, FILTER_UNWORNONLY, FILTER_WORNONLY, HIGHEST_WORN_CODE, IN_INVENTORY, WORN_ABOUT_BODY, WORN_ARMS, WORN_BACK, WORN_EARS, WORN_EYES, WORN_FEET, WORN_FLOATING_NEARBY, WORN_HANDS, WORN_HEAD, WORN_HELD, WORN_LEFT_FINGER, WORN_LEFT_WRIST, WORN_LEGS, WORN_MOUTH, WORN_NECK, WORN_RIGHT_FINGER, WORN_RIGHT_WRIST, WORN_TORSO, WORN_WAIST, WORN_WIELD

Method Summary

Modifier and Type	Method	Description
boolean	consumeFuel(int amount)	Forces this engine to consumer some amount of its fuel, without any other effect.
ShipDirectional.ShipDir[]	getAvailPorts()	Gets set of available thrust ports on this engine.
double	getFuelEfficiency()	Gets the fuel efficiency pct, denoting how well the engine uses fuel to product thrust.
int	getMaxThrust()	Gets the maximum amount of thrust that this engine can put out.
int	getMinThrust()	Gets the minimum amount of thrust that this engine can put out.
long	getSpecificImpulse()	Specific Impulse has to do with the efficiency of conversion of fuel into thrust.
double	getThrust()	Gets the current amount of thrust being emitted by this ShipEngine, typically only describing the AFT thrust, since all other thrust is done in spurts.
boolean	isReactionEngine()	Gets whether this engine, once thrust is engaged, will continue to thrust at that speed, thus accelerating.
void	setAvailPorts(ShipDirectional.ShipDir[] ports)	Sets set of available thrust ports on this engine.
void	setFuelEfficiency(double amt)	Sets the fuel efficiency pct, denoting how well the engine uses fuel to product thrust.
void	setMaxThrust(int max)	Sets the maximum amount of thrust that this engine can put out.
void	setMinThrust(int min)	Sets the minimum amount of thrust that this engine can put out.
void	setReactionEngine(boolean isConstant)	Sets whether this engine, once thrust is engaged, will continue to thrust at that speed, thus accelerating.
void	setSpecificImpulse(long amt)	Specific Impulse has to do with the efficiency of conversion of fuel into thrust.
void	setThrust(double aftThrust)	Gets the current amount of thrust being emitted by this ShipEngine, typically only describing the AFT thrust, since all other thrust is done in spurts.

Methods inherited from interface com.planet_ink.coffee_mud.core.interfaces.Behavable

addBehavior, addScript, behaviors, delAllBehaviors, delAllScripts, delBehavior, delScript, eachBehavior, eachScript, fetchBehavior, fetchBehavior, fetchScript, numBehaviors, numScripts, scripts

Methods inherited from interface com.planet_ink.coffee_mud.core.interfaces.CMObject

copyOf, ID, initializeClass, newInstance

Methods inherited from interface java.lang.Comparable

compareTo

Methods inherited from interface com.planet_ink.coffee_mud.core.interfaces.DBIdentifiable

canSaveDatabaseID, databaseID, setDatabaseID

Methods inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Electronics

activate, activated, powerCapacity, powerNeeds, powerRemaining, powerTarget, setPowerCapacity, setPowerRemaining, setPowerTarget

Methods inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Item

baseGoldValue, container, material, numberOfItems, owner, rawSecretIdentity, recursiveWeight, removeFromOwnerContainer, secretIdentity, setBaseValue, setContainer, setMaterial, setOwner, setSecretIdentity, setUsesRemaining, stopTicking, subjectToWearAndTear, ultimateContainer, usesRemaining, value

Methods inherited from interface com.planet_ink.coffee_mud.core.interfaces.Readable

isReadable, readableText, setReadable, setReadableText

Methods inherited from interface com.planet_ink.coffee_mud.core.interfaces.Rider

riding, setRiding

Methods inherited from interface com.planet_ink.coffee_mud.Items.interfaces.TechComponent

getInstalledFactor, getRechargeRate, isInstalled, setInstalledFactor, setRechargeRate

Methods inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Technical

getFinalManufacturer, getManufacturerName, getTechType, setManufacturerName, setTechLevel, techLevel

Methods inherited from interface com.planet_ink.coffee_mud.Items.interfaces.Wearable

amBeingWornProperly, amWearingAt, canWear, compareProperLocations, fitsOn, rawLogicalAnd, rawProperLocationBitmap, rawWornCode, setRawLogicalAnd, setRawProperLocationBitmap, setRawWornCode, unWear, wearAt, wearEvenIfImpossible, wearIfPossible, wearIfPossible, whereCantWear

Method Detail

getAvailPorts

ShipDirectional.ShipDir[] getAvailPorts()

Gets set of available thrust ports on this engine.

Returns:

the set of available thrust ports.

See Also:

setAvailPorts(com.planet_ink.coffee_mud.Items.interfaces.ShipDirectional.ShipDir[])

setAvailPorts

void setAvailPorts(ShipDirectional.ShipDir[] ports)

Sets set of available thrust ports on this engine.

Parameters:

ports - the set of available thrust ports.

See Also:

getAvailPorts()

getMaxThrust

int getMaxThrust()

Gets the maximum amount of thrust that this engine can put out.

Returns:

the maximum amount of thrust that this engine can put out.

See Also:

setMaxThrust(int)

setMaxThrust

void setMaxThrust(int max)

Sets the maximum amount of thrust that this engine can put out.

Parameters:

max - the maximum amount of thrust that this engine can put out.

See Also:

getMaxThrust()

getMinThrust

int getMinThrust()

Gets the minimum amount of thrust that this engine can put out.

Returns:

the minimum amount of thrust that this engine can put out.

See Also:

setMinThrust(int)

setMinThrust

void setMinThrust(int min)

Sets the minimum amount of thrust that this engine can put out.

Parameters:

min - the minimum amount of thrust that this engine can put out.

See Also:

getMinThrust()

isReactionEngine

boolean isReactionEngine()

Gets whether this engine, once thrust is engaged, will continue to thrust at that speed, thus accelerating. True if it does, and false if whatever speed you get out of it is all you get.

Returns:

true for an accelerator, false for one shot

See Also:

setReactionEngine(boolean)

setReactionEngine

void setReactionEngine(boolean isConstant)

Sets whether this engine, once thrust is engaged, will continue to thrust at that speed, thus accelerating. True if it does, and false if whatever speed you get out of it is all you get.

Parameters:

isConstant - true for an accelerator, false for one shot

See Also:

isReactionEngine()

getThrust

double getThrust()

Gets the current amount of thrust being emitted by this ShipEngine, typically only describing the AFT thrust, since all other thrust is done in spurts.

Returns:

the current amount of aft thrust

See Also:

setThrust(double)

setThrust

void setThrust(double aftThrust)

Gets the current amount of thrust being emitted by this ShipEngine, typically only describing the AFT thrust, since all other thrust is done in spurts.

Parameters:

aftThrust - the current amount of aft thrust

See Also:

getThrust()

getSpecificImpulse

long getSpecificImpulse()

Specific Impulse has to do with the efficiency of conversion of fuel into thrust.

Returns:

efficiency of conversion of fuel into thrust

See Also:

setSpecificImpulse(long)

setSpecificImpulse

void setSpecificImpulse(long amt)

Specific Impulse has to do with the efficiency of conversion of fuel into thrust.

Parameters:

amt - efficiency of conversion of fuel into thrust

See Also:

getSpecificImpulse()

getFuelEfficiency

double getFuelEfficiency()

Gets the fuel efficiency pct, denoting how well the engine uses fuel to product thrust. Basically, this is what specific impulse SHOULD be.

Returns:

the fuel efficiency pct

See Also:

setFuelEfficiency(double)

setFuelEfficiency

void setFuelEfficiency(double amt)

Sets the fuel efficiency pct, denoting how well the engine uses fuel to product thrust. Basically, this is what specific impulse SHOULD be.

Parameters:

amt - the fuel efficiency pct

See Also:

getFuelEfficiency()

consumeFuel

boolean consumeFuel(int amount)

Forces this engine to consumer some amount of its fuel, without any other effect. If there was not enough fuel to be consumed, it might result in de-activation.

Parameters:

amount - the amount of fuel to consume

Returns:

true if there was NOT enough fuel, false if fuel was consumed OK.