Uses of Interface
de.extio.spacecraft.shared.model.world.CoordD2

Packages that use CoordD2

Package	Description
de.extio.spacecraft.shared.bo	Business objects implement various game mechanics
de.extio.spacecraft.shared.client.ui	Utilities for the client UI
de.extio.spacecraft.shared.model.entity	Business and data objects for the entity subsystem.
de.extio.spacecraft.shared.model.entity.builtin.composite	Builtin composite entity implementations and interfaces for custom implementations
de.extio.spacecraft.shared.model.entity.builtin.live	Builtin live entity implementations and interfaces for custom implementations of specific entity types
de.extio.spacecraft.shared.model.world	Data objects representing the game world
de.extio.spacecraft.shared.world	Algorithmic implementations and utilities for the game world subsystem

Uses of CoordD2 in de.extio.spacecraft.shared.bo

Methods in de.extio.spacecraft.shared.bo that return CoordD2

Modifier and Type	Method	Description
CoordD2	EnvironmentGenerator.calcVDirectionNormByGameSessionId()	Returns a normal direction vector.

Methods in de.extio.spacecraft.shared.bo with parameters of type CoordD2

Modifier and Type	Method	Description
List<SpaceObject>	EnvironmentGenerator.placeAsteroidBelt(int sizeMin, int sizeMax, double density, double velocityMin, double velocityMax, CoordD2 vDirectionNorm, Area2 area, WorldManager worldManager, BiPredicate<MutableCoordI2,CoordI2> randomPositionPredicate)	Generates and places a whole belt of asteroids
LootContainer	LootScatterer.scatter(int entityDefIdx, CoordI2 worldPos, int radius, double healthPerc, CoordD2 baseVelocityVector, Edge2 orientation, UUID droppedBy, GameSession gameSession)	Use this method to drop loot (e.g.

Uses of CoordD2 in de.extio.spacecraft.shared.client.ui

Fields in de.extio.spacecraft.shared.client.ui declared as CoordD2

Modifier and Type	Field	Description
protected CoordD2	Window.relativeScreenPosition

Uses of CoordD2 in de.extio.spacecraft.shared.model.entity

Fields in de.extio.spacecraft.shared.model.entity declared as CoordD2

Modifier and Type	Field	Description
protected CoordD2	AbstractCompositeEntity.accelerationVector
CoordD2	AbstractCompositeEntity.CollisionCalculationResult.p0	Acceleration vector affecting this composite
CoordD2	AbstractCompositeEntity.CollisionCalculationResult.p1	Acceleration vector affecting the other composite
protected CoordD2	AbstractCompositeEntity.precisePosition
protected CoordD2	AbstractCompositeEntity.prevVelocityVector
protected CoordD2	AbstractCompositeEntity.velocityVector

Methods in de.extio.spacecraft.shared.model.entity that return CoordD2

Modifier and Type	Method	Description
CoordD2	AbstractCompositeEntity.getAccelerationVector()
CoordD2	AbstractCompositeEntity.getAnimationOffset()
CoordD2	AbstractCompositeEntity.getPrecisePosition()
CoordD2	AbstractCompositeEntity.getVelocityVector()

Methods in de.extio.spacecraft.shared.model.entity with parameters of type CoordD2

Modifier and Type	Method	Description
void	AbstractCompositeEntity.accelerate(CoordD2 a)	Accelerates composite entity.
protected void	AbstractCompositeEntity.handleMoveApply(GameSession gameSession, CoordD2 newPositionPrecise)	Applies a new spatial position on this composite entity
void	AbstractCompositeEntity.setAccelerationVector(CoordD2 accelerationVector)
void	AbstractCompositeEntity.setPrecisePosition(CoordD2 precisePosition)
void	AbstractCompositeEntity.setVelocityVector(CoordD2 velocityVector)

Uses of CoordD2 in de.extio.spacecraft.shared.model.entity.builtin.composite

Methods in de.extio.spacecraft.shared.model.entity.builtin.composite with parameters of type CoordD2

Modifier and Type	Method	Description
void	InfoCompositeEntity.accelerate(CoordD2 a)

Uses of CoordD2 in de.extio.spacecraft.shared.model.entity.builtin.live

Methods in de.extio.spacecraft.shared.model.entity.builtin.live that return CoordD2

Modifier and Type	Method	Description
CoordD2	EngineEntity.getvAccel()
CoordD2	EngineEntity.getvAuto()
CoordD2	EngineEntity.getvSelected()

Methods in de.extio.spacecraft.shared.model.entity.builtin.live with parameters of type CoordD2

Modifier and Type	Method	Description
boolean	EngineEntity.checkEngineCone(EntityDefManager entityDefManager, CoordD2 v)
void	EngineEntity.commandAuto(CoordD2 vMove, double autoSpeed, boolean autoRotate)
void	EngineEntity.commandManual(CoordD2 vThrust, double throttle)

Uses of CoordD2 in de.extio.spacecraft.shared.model.world

Classes in de.extio.spacecraft.shared.model.world that implement CoordD2

Modifier and Type	Class	Description
class	ImmutableCoordD2	Immutable implementation of CoordD2
class	MutableCoordD2	Immutable implementation of CoordD2

Methods in de.extio.spacecraft.shared.model.world that return CoordD2

Modifier and Type	Method	Description
CoordD2	CoordD2.add(double n)
CoordD2	CoordD2.add(double dx, double dy)
CoordD2	CoordD2.add(CoordD2 delta)
CoordD2	CoordD2.divide(double n)
CoordD2	CoordD2.divide(double dx, double dy)
CoordD2	CoordD2.divide(CoordD2 delta)
CoordD2	ImmutableCoordD2.divide(double n)
CoordD2	MutableCoordD2.divide(double n)
CoordD2	CoordD2.multiply(double n)
CoordD2	CoordD2.multiply(double dx, double dy)
CoordD2	CoordD2.multiply(CoordD2 delta)
CoordD2	ImmutableCoordD2.multiply(double n)
CoordD2	MutableCoordD2.multiply(double n)
CoordD2	CoordD2.setXY(double x, double y)
CoordD2	CoordD2.setXY(CoordD2 other)
CoordD2	CoordD2.substract(double n)
CoordD2	CoordD2.substract(double dx, double dy)
CoordD2	CoordD2.substract(CoordD2 delta)
default CoordD2	Coord2Conversion.toImmutableCoordD2()
default CoordD2	Coord2Conversion.toMutableCoordD2()
static CoordD2	Edge2.toVectorD(Edge2 edge2)	Returns a vector with length 1 pointing to the direction edge2 representates
default CoordD2	Coord2Conversion.toVNorm()	Converts a vector to a unit normal vector

Methods in de.extio.spacecraft.shared.model.world with parameters of type CoordD2

Modifier and Type	Method	Description
CoordD2	CoordD2.add(CoordD2 delta)
ImmutableCoordD2	ImmutableCoordD2.add(CoordD2 delta)
MutableCoordD2	MutableCoordD2.add(CoordD2 delta)
default int	CoordD2.compareTo(CoordD2 other)
static ImmutableCoordD2	ImmutableCoordD2.create(CoordD2 other)
static ImmutableCoordI2	ImmutableCoordI2.create(CoordD2 other)
static MutableCoordD2	MutableCoordD2.create(CoordD2 other)
static MutableCoordI2	MutableCoordI2.create(CoordD2 other)
CoordD2	CoordD2.divide(CoordD2 delta)
ImmutableCoordD2	ImmutableCoordD2.divide(CoordD2 delta)
MutableCoordD2	MutableCoordD2.divide(CoordD2 delta)
CoordD2	CoordD2.multiply(CoordD2 delta)
ImmutableCoordD2	ImmutableCoordD2.multiply(CoordD2 delta)
MutableCoordD2	MutableCoordD2.multiply(CoordD2 delta)
CoordD2	CoordD2.setXY(CoordD2 other)
ImmutableCoordD2	ImmutableCoordD2.setXY(CoordD2 other)
MutableCoordD2	MutableCoordD2.setXY(CoordD2 other)
CoordD2	CoordD2.substract(CoordD2 delta)
ImmutableCoordD2	ImmutableCoordD2.substract(CoordD2 delta)
MutableCoordD2	MutableCoordD2.substract(CoordD2 delta)

Uses of CoordD2 in de.extio.spacecraft.shared.world

Methods in de.extio.spacecraft.shared.world that return CoordD2

Modifier and Type	Method	Description
static CoordD2	WorldUtils.getPedal(CoordI2 a, CoordI2 b, CoordI2 c)	Calculates the pedal of altitude c of triangle A.B,C
static CoordD2	WorldUtils.getPedalOnLineSegmentAB(CoordI2 a, CoordI2 b, CoordI2 c)	Get's the pedal of altitude c of triangle A.B,C or the closest point on line segment a,b
static CoordD2	WorldUtils.rotateVector(CoordD2 v, double θ)	Rotates a vector

Methods in de.extio.spacecraft.shared.world with parameters of type CoordD2

Modifier and Type	Method	Description
static List<CoordI2>	WorldUtils.evade(HasPositionAndDimension2 origin, double velOrigin, CoordD2 vOrigin, HasPositionAndDimension2 target, CoordD2 vTarget, CoordI2 oTarget, CoordI2 pInterception_)	Calculates waypoints to evade a collision between origin and target.
static double	WorldUtils.getDistance(CoordD2 v)	The Pythagorean theorem
static double	WorldUtils.getDistance(CoordD2 c0, CoordD2 c1)	The Pythagorean theorem
static double	WorldUtils.getVectorAngle(CoordD2 v)	Calculate the direction of a vector
static double	WorldUtils.getVectorAngle(CoordD2 v0, CoordD2 v1)	Calculate the angle between 2 vectors
static double	WorldUtils.getVectorDotProduct(CoordD2 v0, CoordD2 v1)	Calculate the dot product
static CoordI2	WorldUtils.intercept(CoordI2 pOrigin_, double velOrigin, CoordI2 pTarget_, CoordD2 vTarget_)	Calculates the point of intersection to intercept target from origin with velocity velOrigin
static CoordD2	WorldUtils.rotateVector(CoordD2 v, double θ)	Rotates a vector