All Implemented Interfaces:
```
public final class Confetti

                    
```
Confetti holds all data to the current state of the particle Each frame update triggers the render method, which recalculates the particle's properties based on its current state.

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description
`public class`	`Confetti.Companion`

Field Summary

Fields
Modifier and Type	Field	Description
`private Float`	`rotation`
`private Integer`	`alpha`
`private Float`	`scaleX`
`private Integer`	`alphaColor`
`private final Boolean`	`drawParticle`
`private Vector`	`location`
`private final Float`	`width`
`private final Shape`	`shape`
`private Long`	`lifespan`
`private final Boolean`	`fadeOut`
`private Vector`	`velocity`
`private Float`	`damping`
`private final Float`	`rotationSpeed3D`
`private final Float`	`rotationSpeed2D`
`private final Float`	`pixelDensity`

Constructor Summary

Constructors
Constructor	Description
`Confetti(Vector location, Integer color, Float width, Float mass, Shape shape, Long lifespan, Boolean fadeOut, Vector acceleration, Vector velocity, Float damping, Float rotationSpeed3D, Float rotationSpeed2D, Float pixelDensity)`

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`final Float`	`getRotation()`
`final Unit`	`setRotation(Float rotation)`
`final Integer`	`getAlpha()`
`final Unit`	`setAlpha(Integer alpha)`
`final Float`	`getScaleX()`
`final Unit`	`setScaleX(Float scaleX)`
`final Integer`	`getAlphaColor()`	The color of the particle with the current alpha value applied
`final Unit`	`setAlphaColor(Integer alphaColor)`	The color of the particle with the current alpha value applied
`final Boolean`	`getDrawParticle()`	Determines whether the particle should be drawn.
`final Vector`	`getLocation()`	The current position of the particle as a Vector object that contains x and y coordinates.
`final Unit`	`setLocation(Vector location)`	The current position of the particle as a Vector object that contains x and y coordinates.
`final Float`	`getWidth()`	The width of the particle in pixels.
`final Shape`	`getShape()`	The geometric shape of the particle.
`final Long`	`getLifespan()`	The duration the particle should exist for in milliseconds.
`final Unit`	`setLifespan(Long lifespan)`	The duration the particle should exist for in milliseconds.
`final Boolean`	`getFadeOut()`	If true, the particle will gradually become transparent over its lifespan.
`final Vector`	`getVelocity()`	The current velocity of the particle.
`final Unit`	`setVelocity(Vector velocity)`	The current velocity of the particle.
`final Float`	`getDamping()`	A factor that reduces the particle's velocity over time, simulating air resistance.
`final Unit`	`setDamping(Float damping)`	A factor that reduces the particle's velocity over time, simulating air resistance.
`final Float`	`getRotationSpeed3D()`	The speed at which the particle rotates.
`final Float`	`getRotationSpeed2D()`	The speed at which the particle rotates in 2D space.
`final Float`	`getPixelDensity()`	The pixel density of the device's screen.
`final Float`	`getSize()`	Returns the size of the particle in pixels
`final Boolean`	`isDead()`	Checks if the particle is "dead", i.e.
`final Unit`	`applyForce(Vector force)`	Applies a force to the particle, which affects its acceleration
`final Unit`	`render(Float deltaTime, CoreRect drawArea)`	Updates the state of the particle for each frame of the animation.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
  - Confetti
```
Confetti(Vector location, Integer color, Float width, Float mass, Shape shape, Long lifespan, Boolean fadeOut, Vector acceleration, Vector velocity, Float damping, Float rotationSpeed3D, Float rotationSpeed2D, Float pixelDensity)
```
- Method Detail
  - getRotation
```
 final Float getRotation()
```
  - setRotation
```
 final Unit setRotation(Float rotation)
```
  - getAlpha
```
 final Integer getAlpha()
```
  - setAlpha
```
 final Unit setAlpha(Integer alpha)
```
  - getScaleX
```
 final Float getScaleX()
```
  - setScaleX
```
 final Unit setScaleX(Float scaleX)
```
  - getAlphaColor
```
 final Integer getAlphaColor()
```
    The color of the particle with the current alpha value applied
  - setAlphaColor
```
 final Unit setAlphaColor(Integer alphaColor)
```
    The color of the particle with the current alpha value applied
  - getDrawParticle
```
 final Boolean getDrawParticle()
```
    Determines whether the particle should be drawn. Set to false when the particle moves out of the view
  - getLocation
```
 final Vector getLocation()
```
    The current position of the particle as a Vector object that contains x and y coordinates.
  - setLocation
```
 final Unit setLocation(Vector location)
```
    The current position of the particle as a Vector object that contains x and y coordinates.
  - getWidth
```
 final Float getWidth()
```
    The width of the particle in pixels.
  - getShape
```
 final Shape getShape()
```
    The geometric shape of the particle.
  - getLifespan
```
 final Long getLifespan()
```
    The duration the particle should exist for in milliseconds.
  - setLifespan
```
 final Unit setLifespan(Long lifespan)
```
    The duration the particle should exist for in milliseconds.
  - getFadeOut
```
 final Boolean getFadeOut()
```
    If true, the particle will gradually become transparent over its lifespan.
  - getVelocity
```
 final Vector getVelocity()
```
    The current velocity of the particle.
  - setVelocity
```
 final Unit setVelocity(Vector velocity)
```
    The current velocity of the particle.
  - getDamping
```
 final Float getDamping()
```
    A factor that reduces the particle's velocity over time, simulating air resistance. A higher damping value will slow down the particle faster.
  - setDamping
```
 final Unit setDamping(Float damping)
```
    A factor that reduces the particle's velocity over time, simulating air resistance. A higher damping value will slow down the particle faster.
  - getRotationSpeed3D
```
 final Float getRotationSpeed3D()
```
    The speed at which the particle rotates.
  - getRotationSpeed2D
```
 final Float getRotationSpeed2D()
```
    The speed at which the particle rotates in 2D space.
  - getPixelDensity
```
 final Float getPixelDensity()
```
    The pixel density of the device's screen. This is used to ensure that the particle's movement looks consistent across devices with different screen densities.
  - getSize
```
 final Float getSize()
```
    Returns the size of the particle in pixels
  - isDead
```
 final Boolean isDead()
```
    Checks if the particle is "dead", i.e., its alpha value has reached 0
  - applyForce
```
 final Unit applyForce(Vector force)
```
    Applies a force to the particle, which affects its acceleration
  - render
```
 final Unit render(Float deltaTime, CoreRect drawArea)
```
    Updates the state of the particle for each frame of the animation.

Class Confetti

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

Confetti

Method Detail

getRotation

setRotation

getAlpha

setAlpha

getScaleX

setScaleX

getAlphaColor

setAlphaColor

getDrawParticle

getLocation

setLocation

getWidth

getShape

getLifespan

setLifespan

getFadeOut

getVelocity

setVelocity

getDamping

setDamping

getRotationSpeed3D

getRotationSpeed2D

getPixelDensity

getSize

isDead

applyForce

render