Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

▼NAgents	Autonomous agents related primitives
CImageFlowField	Flow field based on a texture
CRoundVehicle	Vehicle with a round shape
CSimpleBoid	Simple vehicle configured as a boid
►CSimpleFlowField	Simple flow field
CFlowDirection	Flow direction
CSimplePath	Simple path for SimpleVehicle to follow
CSimpleVehicle	Vehicle with force and steering. Tracks a target
▼NAssets	Lazy-loaded assets
CSimpleDefaultFont	Contains lazy-loaded fonts to use
CSimpleDefaultMaterial	Contains lazy-loaded materials to use
CSimpleDefaultTexture	Contains lazy-loaded textures to use
▼NAutomata	Cellular automata related code
CCellularAutomata1D	Cellular automata 1D
CCell	Generic base cell class
CCellularAutomata2D	Cellular automata 2D
CBoolCell	Boolean cell
CGameOfLife	Boolean cellular automata 2D
CHistoricalGameOfLife	Historical Game of Life
▼NDrawing	Draw primitives
CDrawCanvas	Canvas used to draw shapes without viewport auto-clear
CSimpleCircleSprite	Use this to draw a circle. Instead of DrawCircle, it can be batched
CSimpleLineSprite	Use this to draw a line between two points. Instead of DrawLine and Line2D, it can be batched
CSimpleMesh	Simple "mesh" drawing. Can be a circle, square, custom drawing or custom texture
CSimpleNoiseTexture	Simple noise texture
CSimpleTrail	Simple trail drawing
CSimpleWalker	Simple random walker
▼NEcosystem
►CEcosystem	The Ecosystem project
CAttractedFly	Attracted fly. Uses SimpleAttractor
CBaseFly	Base fly lifeform
CHoppingBunny	Hopping bunny
CLifeform	Base abstract lifeform. Based on SimpleMover
CNervousButterfly	Nervous butterfly. Same behavior than nervous fly. Uses multiple SimpleOscillator
CNervousFly	Nervous fly. Fly everywhere nervously spawning particles. Uses ParticleSystem
CSwimmingFish	Swimming fish
▼NExamples	Nature of Code examples and exercises
►NChapter0	Chapter 0 - Introduction
CC0Example1	Example 0.1 - Traditional random walk
CC0Example2	Example 0.2 - Random number distribution
CC0Example3	Example 0.3 - Walker moving right
CC0Example4	Example 0.4 - Gaussian distribution
CC0Example5	Example 0.5 - Perlin noise walker
CC0Example6	Example 0.6 - 2D perlin noise
CC0Exercise1	Exercise 0.1 - Walker moving down and right
CC0Exercise10	Exercise 0.10 - 2D landscape elevation
CC0Exercise3	Exercise 0.3 - Walker 50% moving to mouse
CC0Exercise4	Exercise 0.4 - Paint splatter
CC0Exercise5	Exercise 0.5 - Gaussian random walk
CC0Exercise6	Exercise 0.6 - Walker with random step
CC0Exercise7	Exercise 0.7 - Walker with noise step
CC0Exercise8	Exercise 0.8 - Noise visual effects
CC0Exercise9	Exercise 0.9 - Animated 2D noise
►NChapter1	Chapter 1 - Vectors
CC1Example1	Example 1.1 - Bouncing ball, no vectors
CC1Example10	Example 1.10 - Acceleration towards mouse
CC1Example11	Example 1.11 - Movers towards mouse
CC1Example2	Example 1.2 - Bouncing call, vectors
CC1Example3	Example 1.3 - Vector subtraction
CC1Example4	Example 1.4 - Vector multiplication
CC1Example5	Example 1.5 - Vector magnitude
CC1Example6	Example 1.6 - Vector normalization
CC1Example7	Example 1.7 - Velocity
CC1Example8	Example 1.8 - Velocity and constant acceleration
CC1Example9	Example 1.9 - Velocity and random acceleration
CC1Exercise3	Exercise 1.3 - 3D bouncing ball
CC1Exercise8	Exercise 1.8 - Acceleration towards mouse variant
►NChapter2	Chapter 2 - Forces
CC2Example1	Example 2.1 - Forces
CC2Example2	Example 2.2 - Forces on many objects
CC2Example3	Example 2.3 - Gravity scaled by mass
CC2Example4	Example 2.4 - Friction
CC2Example5	Example 2.5 - Fluid resistance
CC2Example6	Example 2.6 - Attraction
CC2Example7	Example 2.7 - Attraction with many movers
CC2Example8	Example 2.8 - Mutual Attraction
CC2Exercise1	Exercise 2.1 - Helium-filled balloon
CC2Exercise10	Exercise 2.10 - Repulsion
CC2Exercise3	Exercise 2.3 - Wind walls
CC2Exercise4	Exercise 2.4 - Friction pocket
CC2Exercise5	Exercise 2.5 - Water Drag Height
CC2Exercise6	Exercise 2.6 - Water Drag Surface
CC2Exercise7	Exercise 2.7 - Water Drag Lift
CC2Exercise8	Exercise 2.8 - Attractor Pattern
CC2Exercise9	Exercise 2.9 - Distance Attraction
►NChapter3	Chapter 3 - Oscillation
CC3Example1	Example 3.1 - Angular Motion
CC3Example10	Example 3.10 - Swinging Pendulum
CC3Example11	Example 3.11 - Spring Connection
CC3Example2	Example 3.2 - Forces with angular motion
CC3Example3	Example 3.3 - Pointing towards motion
CC3Example4	Example 3.4 - Polar to Cartesian
CC3Example5	Example 3.5 - Simple Harmonic Motion
CC3Example6	Example 3.6 - Simple Harmonic Motion II
CC3Example7	Example 3.7 - Oscillators
CC3Example8	Example 3.8 - Static line wave
CC3Example9	Example 3.9 - The Wave
CC3Exercise10	Exercise 3.10 - Multiple Waves
CC3Exercise11	Exercise 3.11 - Combined Wave
CC3Exercise12	Exercise 3.12 - Pendulum Chain
CC3Exercise16	Exercise 3.16 - Multiple Springs
CC3Exercise2	Exercise 3.2 - Cannon
CC3Exercise3	Exercise 3.3 - Car Drive
CC3Exercise4	Exercise 3.4 - Spiral Path
CC3Exercise5	Exercise 3.5 - Asteroids
CC3Exercise6	Exercise 3.6 - Bob
CC3Exercise7	Exercise 3.7 - Controlled oscillators
CC3Exercise8	Exercise 3.8 - Oscillators acceleration
CC3Exercise9	Exercise 3.9 - Perlin Wave
►NChapter4	Chapter 4 - Particle Systems
CC4Example1	Example 4.1 - Simple Particle
CC4Example2	Example 4.2 - Particles List
CC4Example3	Example 4.3 - Particle System
CC4Example4	Example 4.4 - Multiple Particle Systems
CC4Example5	Example 4.5 - Multiple Particle Types
CC4Example7	Example 4.7 - Particle Repeller
CC4Exercise1	Exercise 4.1 - Particle With Forces
CC4Exercise10	Exercise 4.10 - Responding Particles
CC4Exercise11	Exercise 4.11 - Fire!
CC4Exercise13	Exercise 4.13 - Rainbow!
CC4Exercise2	Exercise 4.2 - Particle with Angular Velocity
CC4Exercise3	Exercise 4.3 - Dynamic Particle System
CC4Exercise4	Exercise 4.4 - Asteroids with Particles
CC4Exercise5	Exercise 4.5 - Particle Systems Lifespan
CC4Exercise6	Exercise 4.6 - Shattering Objects
CC4Exercise9	Exercise 4.9 - Particle Repellers
►NChapter5	Chapter 5 - Physics Libraries
CC5Example10	Example 5.10 - Verlet Spring
CC5Example11	Example 5.11 - Verlet Soft Pendulum
CC5Example12	Example 5.12 - Verlet Cluster
CC5Example13	Example 5.13 - Verlet Attraction/Repulsion
CC5Example2	Example 5.2 - Boxes and Walls
CC5Example3	Example 5.3 - Curve Boundary
CC5Example4	Example 5.4 - Polygon shapes
CC5Example5	Example 5.5 - Multiple Shapes / One Body
CC5Example6	Example 5.6 - Distance Joint
CC5Example7	Example 5.7 - Spinning Windmill
CC5Example8	Example 5.8 - Mouse Joint
CC5Example9	Example 5.9 - Collision Listening
CC5Exercise10	Exercise 5.10 - Attractor With Physics
CC5Exercise12	Exercise 5.12 - Disappear on Collision
CC5Exercise13	Exercise 5.13 - Verlet Cloth
CC5Exercise14	Exercise 5.14 - Verlet Creature
CC5Exercise15	Exercise 5.15 - Verlet Cluster Graph
CC5Exercise16	Exercise 5.16 - Verlet Attraction Combo
CC5Exercise17	Exercise 5.17 - Verlet Attraction with Springs
CC5Exercise2	Exercise 5.2 - Anti-Gravity Boxes
CC5Exercise3	Exercise 5.3 - Sine/Perlin Boundaries
CC5Exercise4	Exercise 5.4 - Polygon Designs
CC5Exercise6	Exercise 5.6 - Bridge
CC5Exercise7	Exercise 5.7 - Car Simulation
CC5Exercise8	Exercise 5.8 - Perlin Mouse Joint
CC5Exercise9	Exercise 5.9 - Perlin Kinematic
►NChapter6	Chapter 6 - Autonomous Agents
CC6Example1	Example 6.1 - Seeking a target
CC6Example2	Example 6.2: Arrive steering behavior
CC6Example3	Example 6.3: Stay Within Walls
CC6Example4	Example 6.4: Flow Field Following
CC6Example5	Example 6.5: Simple Path Following
CC6Example6	Example 6.6: Path Following
CC6Example7	Example 6.7: Group Separation
CC6Example8	Example 6.8: Seek and Separate
CC6Example9	Example 6.9: Flocking
CC6Exercise1	Exercise 6.1 - Fleeing a target
CC6Exercise11	Exercise 6.11: Animated Path
CC6Exercise12	Exercise 6.12: Group Cohesion
CC6Exercise13	Exercise 6.13: Crowd Path Following
CC6Exercise14	Exercise 6.14: Vehicle Force Factors
CC6Exercise15	Exercise 6.15: Boids with peripheral vision
CC6Exercise16	Exercise 6.16: Flocking with Path Following
CC6Exercise17	Exercise 6.17: Flocking with Lateral Move
CC6Exercise18	Exercise 6.18: Animated Flocking
CC6Exercise2	Exercise 6.2: Pursuit
CC6Exercise3	Exercise 6.3: Variable maximum speed
CC6Exercise4	Exercise 6.4: Reynolds' Wandering Behavior
CC6Exercise6	Exercise 6.6: Radial Flow Field
CC6Exercise7	Exercise 6.7: Animated Flow Field
CC6Exercise8	Exercise 6.8: Image Flow Field
CC6Exercise9	Exercise 6.9: Angle between two vectors
►NChapter7	Chapter 7 - Cellular Automata
CC7Example1	Example 7.1: Wolfram Elementary Cellular Automata
CC7Example2	Example 7.2: Game of Life
CC7Example3	Example 7.3: Game of Life OOP
CC7Exercise1	Exercise 7.1: Random RuleSet
CC7Exercise10	Exercise 7.10: Probabilistic Game of Life
CC7Exercise11	Exercise 7.11: Continuous Game of Life
CC7Exercise12	Exercise 7.12: Image Processing Game of Life
CC7Exercise13	Exercise 7.13: Historical Game of Life
CC7Exercise14	Exercise 7.14: Moving Game of Life
CC7Exercise15	Exercise 7.15: Nested Game of Life
CC7Exercise2	Exercise 7.2: Random First Line
CC7Exercise4	Exercise 7.4: Infinite 1D CA
CC7Exercise5	Exercise 7.5: All RuleSets
CC7Exercise6	Exercise 7.6: Game of Life cell draw
CC7Exercise7	Exercise 7.7: Wrapping Game of Life
CC7Exercise9	Exercise 7.9: Hexagonal Game of Life
►NChapter8	Chapter 8 - Fractals
CC8Example1	Example 8.1: Recursive Circles 1
CIExample	Common example interface
CSceneExplorer	Scene explorer screen. Uses SceneLoader to dynamically load examples
CSceneLoader	Dynamic scene loader
▼NForces	Force-related primitives
CConstantAccelerationMover	Simple mover with constant acceleration
CSimpleAttractor	Simple mover attractor
CSimpleFrictionPocket	Simple friction pocket. Apply friction in a delimited zone
CSimpleLiquid	Simple liquid pocket. Apply drag in a delimited zone
CSimpleMover	Generic force-driven object
CSimpleRepeller	Simple repeller to push movers away
CSimpleZone	Simple collision zone
▼NFractals	Fractal objects
CCantorLine	Cantor line
CCantorSet	Cantor set
CCantorSetNode	Cantor set node
CKochLine	Koch line
CKochCurve	Koch curve
CKochCurveNode	Koch curve node
CKochSnowflake	Koch snowflake
CLSystem	L-System
CStochasticLSystem	Stochastic L-System
CLSystemRule	L-System rule
CLSystemTurtleNode	L-System turtle node
CRecursiveBranch	Recursive branch
CRecursiveTree	Recursive tree
CRecursiveTreeNode	Recursive tree node
▼NOscillation	Oscillation-related primitives
CSimpleOscillator	Simple oscillator
CSimplePendulum	Simple pendulum object
CSimpleSpring	Simple spring. Spring anchor is the node position. Manage children as targets
CSimpleWave	Simple wave
▼NParticles	Particle-related primitives
CSimpleFallingParticle	Simple falling particle
CSimpleParticle	Simple particle, based on mover
CSimpleParticleSystem	Simple particle system
▼NPhysics	Physics-related primitives
CSimpleBall	Simple physics ball
CSimpleBox	Simple physics box
CSimpleMouseJoint	Simple simulated mouse joint
CSimplePolygon	Simple physics polygon
CSimpleStaticLines	Simple static lines. Can be used to draw physics outlines
CSimpleWall	Simple static wall
▼NUtils	Utilities
CSimpleTouchSpawner	Touch spawner. Touch anywhere and spawn something. Can also spawn on demand using SpawnBody
▼NVerletPhysics	Verlet physics implementation. Inspired from toxiclibs and https://gamedevelopment.tutsplus.com/tutorials/simulate-tearable-cloth-and-ragdolls-with-simple-verlet-integration–gamedev-519
CAttractionBehavior	Attraction behavior
CGravityBehavior	Gravity behavior
CIBehavior	Behavior interface
CVerletChainBuilder	Simple verlet chain builder. Uses a PointConfiguratorFunc to configure VerletPoints on creation
CVerletCloth	Simple verlet cloth
CVerletCluster	Simple verlet cluster
CVerletLink	Verlet breakable link
CVerletPoint	Verlet point
CVerletRagdoll	Simple verlet ragdoll
CVerletWorld	Simple verlet world which handle simulation book-keeping
CBootScreen	Boot screen
CColorExtensions	Color extension methods
CLauncher	Main launcher
CMathUtils	Math utility functions
CSyntaxHighlighter	Super simple C# syntax highlighter. Adapted from https://codingvision.net/interface/c-simple-syntax-highlighting
CVectorExtensions	Vector extension methods
CVirtualControls	Embedded virtual controls. Adapted from https://github.com/MarcoFazioRandom/Virtual-Joystick-Godot