IVector2 (Jadex Active Component Platform 2.2 API.)

All Known Implementing Classes:

SynchronizedVector2Wrapper, Vector2Double, Vector2Int
```
public interface IVector2
```
Interface for cartesian 2-vectors NOTE: All operations on the vector are destructive and the instance returned is the same as the one whose method was called. If you require a copy of the vector before performing operations on it, use the copy constructor, the copy method or the clone interface.

Method Summary

Methods
Modifier and Type	Method and Description
`IVector2`	`add(double scalar)` Adds a scalar to each component of this vector.
`IVector2`	`add(IVector1 scalar)` Adds a scalar to each component of this vector.
`IVector2`	`add(IVector2 vector)` Adds another vector to this vector, adding individual components.
`IVector2`	`assign(IVector2 vector)` Assigns this vector the values of another vector.
`Object`	`clone()` Generates a deep clone of the vector.
`IVector2`	`copy()` Makes a copy of the vector without using the complex clone interface.
`IVector2`	`divide(IVector2 vector)` Performs a division on the vector.
`boolean`	`equals(IVector2 vector)` Compares the vector to another vector.
`boolean`	`equals(Object obj)` Compares the vector to an object
`IVector1`	`getDirection()` Returns the direction (theta) of the vector.
`IVector1`	`getDirection(IVector2 vector)` Returns the direction (theta) of the vector.
`double`	`getDirectionAsDouble()` Returns the direction (theta) of the vector as double.
`double`	`getDirectionAsDouble(IVector2 vector)` Returns the direction (theta) of the vector as double.
`float`	`getDirectionAsFloat()` Returns the direction (theta) of the vector as float.
`float`	`getDirectionAsFloat(IVector2 vector)` Returns the direction (theta) of the vector as float.
`IVector1`	`getDistance(IVector2 vector)` Returns the distance to another vector.
`double`	`getInnerProductAsDouble(IVector2 vector)` Returns the length (magnitude) of the vector.
`IVector1`	`getLength()` Returns the length (magnitude) of the vector.
`IVector1`	`getMean()` Returns the mean average of the vector components.
`IVector1`	`getSquaredLength()` Returns the squared length (magnitude) of the vector.
`IVector1`	`getX()` Returns the x-component of the vector.
`BigDecimal`	`getXAsBigDecimal()` Returns the x-component of the vector as BigDecimal.
`double`	`getXAsDouble()` Returns the x-component of the vector as double.
`float`	`getXAsFloat()` Returns the x-component of the vector as float.
`int`	`getXAsInteger()` Returns the x-component of the vector as integer.
`long`	`getXAsLong()` Returns the x-component of the vector as long.
`IVector1`	`getY()` Returns the y-component of the vector.
`BigDecimal`	`getYAsBigDecimal()` Returns the component of the vector as BigDecima;.
`double`	`getYAsDouble()` Returns the component of the vector as double.
`float`	`getYAsFloat()` Returns the component of the vector as float.
`int`	`getYAsInteger()` Returns the component of the vector as integer.
`long`	`getYAsLong()` Returns the component of the vector as float.
`IVector2`	`mod(IVector2 modulus)` Applies a modulo vector.
`IVector2`	`multiply(double scalar)` Performs a scalar multiplication (scaling) on the vector.
`IVector2`	`multiply(IVector1 scalar)` Performs a scalar multiplication (scaling) on the vector.
`IVector2`	`multiply(IVector2 vector)` Performs a multiplication on the vector.
`IVector2`	`negate()` Negates the vector by negating its components.
`IVector2`	`negateX()` Negates the x-component.
`IVector2`	`negateY()` Negates the y-component.
`IVector2`	`normalize()` Converts the vector to a unit vector (normalization)
`IVector2`	`randomX(IVector1 lower, IVector1 upper)` Sets the x-component to a random value in the interval [lower,upper]
`IVector2`	`randomY(IVector1 lower, IVector1 upper)` Sets the y-component to a random value in the interval [lower,upper]
`IVector2`	`subtract(double scalar)` Subtracts a scalar to each component of this vector.
`IVector2`	`subtract(IVector1 scalar)` Subtracts a scalar to each component of this vector.
`IVector2`	`subtract(IVector2 vector)` Subtracts another vector to this vector, subtracting individual components.
`IVector2`	`zero()` Sets all vector components to zero.

- Method Detail
  - assign
```
IVector2 assign(IVector2 vector)
```
    Assigns this vector the values of another vector.
    
    Parameters:
    vector - the other vector
    
    Returns:
    a reference to the called vector (NOT a copy)
  - add
```
IVector2 add(double scalar)
```
    Adds a scalar to each component of this vector.
    
    Parameters:
    scalar - scalar value as double
    
    Returns:
    a reference to the called vector (NOT a copy)
  - add
```
IVector2 add(IVector1 scalar)
```
    Adds a scalar to each component of this vector.
    
    Parameters:
    scalar - scalar value
    
    Returns:
    a reference to the called vector (NOT a copy)
  - add
```
IVector2 add(IVector2 vector)
```
    Adds another vector to this vector, adding individual components.
    
    Parameters:
    vector - the vector to add to this vector
    
    Returns:
    a reference to the called vector (NOT a copy)
  - subtract
```
IVector2 subtract(double scalar)
```
    Subtracts a scalar to each component of this vector.
    
    Parameters:
    scalar - scalar value as double
    
    Returns:
    a reference to the called vector (NOT a copy)
  - subtract
```
IVector2 subtract(IVector1 scalar)
```
    Subtracts a scalar to each component of this vector.
    
    Parameters:
    scalar - scalar value
    
    Returns:
    a reference to the called vector (NOT a copy)
  - subtract
```
IVector2 subtract(IVector2 vector)
```
    Subtracts another vector to this vector, subtracting individual components.
    
    Parameters:
    vector - the vector to subtract from this vector
    
    Returns:
    a reference to the called vector (NOT a copy)
  - mod
```
IVector2 mod(IVector2 modulus)
```
    Applies a modulo vector. The modulus will be added first so that values in the interval (-modulus, 0) will wrap over into the positive range.
    
    Parameters:
    modulus - modulus
    
    Returns:
    a reference to the called vector (NOT a copy)
  - multiply
```
IVector2 multiply(double scalar)
```
    Performs a scalar multiplication (scaling) on the vector.
    
    Parameters:
    scalar - the scale factor double
    
    Returns:
    a reference to the called vector (NOT a copy)
  - multiply
```
IVector2 multiply(IVector1 scalar)
```
    Performs a scalar multiplication (scaling) on the vector.
    
    Parameters:
    scalar - the scale factor
    
    Returns:
    a reference to the called vector (NOT a copy)
  - multiply
```
IVector2 multiply(IVector2 vector)
```
    Performs a multiplication on the vector.
    
    Parameters:
    vector - vector
    
    Returns:
    a reference to the called vector (NOT a copy)
  - divide
```
IVector2 divide(IVector2 vector)
```
    Performs a division on the vector.
    
    Parameters:
    vector - vector
    
    Returns:
    a reference to the called vector (NOT a copy)
  - zero
```
IVector2 zero()
```
    Sets all vector components to zero.
    
    Returns:
    a reference to the called vector (NOT a copy)
  - negateX
```
IVector2 negateX()
```
    Negates the x-component.
    
    Returns:
    a reference to the called vector (NOT a copy)
  - negateY
```
IVector2 negateY()
```
    Negates the y-component.
    
    Returns:
    a reference to the called vector (NOT a copy)
  - negate
```
IVector2 negate()
```
    Negates the vector by negating its components.
    
    Returns:
    a reference to the called vector (NOT a copy)
  - randomX
```
IVector2 randomX(IVector1 lower,
               IVector1 upper)
```
    Sets the x-component to a random value in the interval [lower,upper]
    
    Returns:
    a reference to the called vector (NOT a copy)
  - randomY
```
IVector2 randomY(IVector1 lower,
               IVector1 upper)
```
    Sets the y-component to a random value in the interval [lower,upper]
    
    Returns:
    a reference to the called vector (NOT a copy)
  - normalize
```
IVector2 normalize()
```
    Converts the vector to a unit vector (normalization)
  - getInnerProductAsDouble
```
double getInnerProductAsDouble(IVector2 vector)
```
    Returns the length (magnitude) of the vector.
    
    Returns:
    vector length
  - getLength
```
IVector1 getLength()
```
    Returns the length (magnitude) of the vector.
    
    Returns:
    vector length
  - getSquaredLength
```
IVector1 getSquaredLength()
```
    Returns the squared length (magnitude) of the vector.
    
    Returns:
    squared vector length
  - getDirection
```
IVector1 getDirection(IVector2 vector)
```
    Returns the direction (theta) of the vector.
    
    Returns:
    vector direction
  - getDirectionAsFloat
```
float getDirectionAsFloat(IVector2 vector)
```
    Returns the direction (theta) of the vector as float.
    
    Returns:
    vector direction as float
  - getDirectionAsDouble
```
double getDirectionAsDouble(IVector2 vector)
```
    Returns the direction (theta) of the vector as double.
    
    Returns:
    vector direction as double
  - getDirection
```
IVector1 getDirection()
```
    Returns the direction (theta) of the vector.
    
    Returns:
    vector direction
  - getDirectionAsFloat
```
float getDirectionAsFloat()
```
    Returns the direction (theta) of the vector as float.
    
    Returns:
    vector direction as float
  - getDirectionAsDouble
```
double getDirectionAsDouble()
```
    Returns the direction (theta) of the vector as double.
    
    Returns:
    vector direction as double
  - getMean
```
IVector1 getMean()
```
    Returns the mean average of the vector components.
    
    Returns:
    vector direction
  - getDistance
```
IVector1 getDistance(IVector2 vector)
```
    Returns the distance to another vector.
    
    Parameters:
    vector - other vector
    
    Returns:
    distance
  - getX
```
IVector1 getX()
```
    Returns the x-component of the vector.
    
    Returns:
    x-component
  - getY
```
IVector1 getY()
```
    Returns the y-component of the vector.
    
    Returns:
    y-component
  - getXAsInteger
```
int getXAsInteger()
```
    Returns the x-component of the vector as integer.
    
    Returns:
    x-component as integer
  - getYAsInteger
```
int getYAsInteger()
```
    Returns the component of the vector as integer.
    
    Returns:
    y-component as float
  - getXAsLong
```
long getXAsLong()
```
    Returns the x-component of the vector as long.
    
    Returns:
    x-component as long
  - getYAsLong
```
long getYAsLong()
```
    Returns the component of the vector as float.
    
    Returns:
    y-component as float
  - getXAsFloat
```
float getXAsFloat()
```
    Returns the x-component of the vector as float.
    
    Returns:
    x-component as float
  - getYAsFloat
```
float getYAsFloat()
```
    Returns the component of the vector as float.
    
    Returns:
    y-component as float
  - getXAsDouble
```
double getXAsDouble()
```
    Returns the x-component of the vector as double.
    
    Returns:
    x-component as double
  - getYAsDouble
```
double getYAsDouble()
```
    Returns the component of the vector as double.
    
    Returns:
    y-component as double
  - getXAsBigDecimal
```
BigDecimal getXAsBigDecimal()
```
    Returns the x-component of the vector as BigDecimal.
    
    Returns:
    x-component as BigDecimal
  - getYAsBigDecimal
```
BigDecimal getYAsBigDecimal()
```
    Returns the component of the vector as BigDecima;.
    
    Returns:
    y-component as BigDecimal
  - copy
```
IVector2 copy()
```
    Makes a copy of the vector without using the complex clone interface.
    
    Returns:
    copy of the vector
  - clone
```
Object clone()
             throws CloneNotSupportedException
```
    Generates a deep clone of the vector.
    
    Returns:
    clone of this vector
    
    Throws:
    
    CloneNotSupportedException
  - equals
```
boolean equals(Object obj)
```
    Compares the vector to an object
    
    Overrides:
    
    equals in class Object
    
    Parameters:
    obj - the object
    
    Returns:
    always returns false unless the object is an IVector2, in which case it is equivalent to equals(IVector vector)
  - equals
```
boolean equals(IVector2 vector)
```
    Compares the vector to another vector. The vectors are equal if the components are equal.
    
    Parameters:
    vector - the other vector
    
    Returns:
    true if the vectors are equal

Interface IVector2

Method Summary

Method Detail

assign

add

add

add

subtract

subtract

subtract

mod

multiply

multiply

multiply

divide

zero

negateX

negateY

negate

randomX

randomY

normalize

getInnerProductAsDouble

getLength

getSquaredLength

getDirection

getDirectionAsFloat

getDirectionAsDouble

getDirection

getDirectionAsFloat

getDirectionAsDouble

getMean

getDistance

getX

getY

getXAsInteger

getYAsInteger

getXAsLong

getYAsLong

getXAsFloat

getYAsFloat

getXAsDouble

getYAsDouble

getXAsBigDecimal

getYAsBigDecimal

copy

clone

equals

equals