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https://github.com/congard/evolution-agh

An evolution simulator written in Java (simulation) and Kotlin (JavaFX GUI) as a part of an Object-Oriented Programming course at the AGH University of Science and Technology.
https://github.com/congard/evolution-agh

agh agh-university evolution java javafx kotlin university-project

Last synced: 4 days ago
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An evolution simulator written in Java (simulation) and Kotlin (JavaFX GUI) as a part of an Object-Oriented Programming course at the AGH University of Science and Technology.

Host: GitHub
URL: https://github.com/congard/evolution-agh
Owner: congard
License: bsd-4-clause
Created: 2022-12-20T11:30:11.000Z (about 2 years ago)
Default Branch: master
Last Pushed: 2023-01-02T22:53:19.000Z (about 2 years ago)
Last Synced: 2024-11-28T01:16:34.434Z (2 months ago)
Topics: agh, agh-university, evolution, java, javafx, kotlin, university-project
Language: Kotlin
Homepage:
Size: 662 KB
Stars: 2
Watchers: 2
Forks: 0
Open Issues: 0
Metadata Files:
- Readme: README.md
- License: LICENSE

Awesome Lists containing this project

README

        # Evolution

This project is developed by [congard](https://github.com/congard) within the subject

of Object Orientated Programming at the AGH University of Science and Technology.

Project description: [apohllo/obiektowe-lab/proj1](https://github.com/apohllo/obiektowe-lab/tree/f37bdcef7cdda5b7a933cf93f87ec78e28a018e5/proj1)

Technology: Java 17 (simulation), Kotlin (JavaFX GUI)

Libraries used:

- [org.json](https://mvnrepository.com/artifact/org.json/json)

- [OpenCSV](https://mvnrepository.com/artifact/com.opencsv/opencsv)

## Hints

- Use the mouse wheel (or touchpad) to zoom in/out the map

- Right-click a cell to show its info (and the objects in it)

- You can resize border panes with mouse

- Some params can be changed during simulation

- Pin the animal you want to observe

- Cells pane: double-click an animal to see its info

## Screenshots

![StartScreen](images/StartScreen.png)

![WorldWidget](images/EvolutionWindow_WorldWidget.png)

![GenotypeStatsBorderPane](images/EvolutionWindow_GenotypeStatsBorderPane.png)

![StatsBorderPane](images/EvolutionWindow_StatsBorderPane.png)

![CellsBorderPane](images/EvolutionWindow_CellsBorderPane.png)

![AnimalsBorderPane](images/EvolutionWindow_AnimalsBorderPane.png)

![WorldWidget_scale](images/EvolutionWindow_WorldWidget_scale.png)

## Notes

- On Linux you may need to add `-Dprism.forceGPU=true` JVM option to improve GUI performance

## TODO

### simulation

- [x] Params

  - [x] Export to JSON

  - [x] Import from JSON

- [x] `Vector2d`

- [x] `WeightedRandom`

- [x] `Orientation`

- [x] `Gene`

- [x] `Genotype`

  - [x] `static Genotype mix(Genotype left, Genotype right, float pos)`

- [x] `WorldCell`

- [x] `AbstractWorld`

  - [x] Statistics to CSV

    - [x] `OpenCSV` : https://mvnrepository.com/artifact/com.opencsv/opencsv

  - [x] `synchronized void update()`

    - [x] Generate new grass

  - [x] `synchronized void forEachCell`

  - [x] `elements: List>>`

  - [x] `deadAnimals: LinkedList`

  - [x] `aliveAnimals: HashSet`

  - [x] `synchronized void forEachAlive`

  - [x] `synchronized void forEachDead`

  - [x] `calcAvgLifespan()` - for dead

  - [x] `aliveAnimalsCount`

  - [x] `plantsCount`

  - [x] `freeFieldsCount`

  - [x] `avgEnergy` - for alive

  - [x] `day` - day number

  - [x] `long nextId()`

  - [x] `void add(WorldAbstractElement)`

  - [x] `void remove(WorldAbstractElement)`

- [x] `RoundWorld`

- [x] `PortalWorld`

- [x] `WorldElementType`

- [x] `WorldAbstractElement`

  - [x] `pos: Vector2d`

  - [x] `world: AbstractWorld`

  - [x] `type: WorldElementType`

  - [x] `void remove()`

- [x] `Plant`

  - [x] `nutritionalValue: Float`

- [x] `Animal`

  - [x] `eat(Plant)`

  - [x] `isWellFed()`

  - [x] `live()` - must be called by `SimulationEngine` every 'day'

  - [x] `orientation: Orientation`

  - [x] `children: LinkedList`

  - [x] `parents: Animal[2]`

  - [x] `health: Float`

  - [x] `birthday: Int` - day number

  - [x] `deathday: Int` - `-1` if alive

  - [x] `eatenPlantsCount: Int`

  - [x] `genotype: Genotype`

  - [x] `id: long`

  - [x] `boolean isAlive()`

  - [x] `static Animal reproduce(Animal p1, Animal p2)`

- [x] `OnTickListener` : one tick - one day

- [x] `ErrorHandler`

- [x] `SimulationEngine`

  - [x] `void start()`

  - [x] `void pause()`

  - [x] `void stop()`

  - [x] `AbstractWorld getWorld()`

- [x] `Thread safety`

  - [x] Lists read/write

### gui

- [x] `StartScreen`

  - [x] use reflection for params

  - [x] import params from `json` file

  - [x] export params to `json` file

  - [x] enable Scroll for fields

- [x] `EvolutionWindow`

  - [x] Record button - record statistics to CSV

  - [x] `StatusBar`

  - [x] Update gui on `onTick`

- [x] `WorldWidget`

- [x] borders

  - [x] `StatsBorderPane`

  - [x] `ParamsBorderPane`

  - [x] `GenotypeStatsBorderPane`

    - [x] `GenotypePane`

  - [x] `CellsBorderPane`

  - [x] `AnimalsBorderPane`

- [ ] CSS styles for `Alert`

- [x] Tests for math

**Disclaimer**: I ran out of time, so you might find the code a bit undocumented