main.cpp File Reference

#include "Engine.hpp"
#include "Event.hpp"
#include "Object.hpp"
#include "Physics.hpp"
#include "event/CollisionEvent.hpp"
#include "resource/Time.hpp"
#include <iostream>

Classes
struct	CounterComponent

Functions
void	CreateFloor (Engine::Core &core)
	Create a static floor plane using Object::CreatePlane helper.
void	CreateFallingCube (Engine::Core &core, float x, float y, float z, float mass)
	Create a dynamic cube that will fall using Object::CreateCube helper.
void	CreateBouncyBall (Engine::Core &core, float x, float y, float z)
	Create a bouncy ball with high restitution using Object::CreateSphere helper.
void	CreateMovingPlatform (Engine::Core &core)
	Create a kinematic platform that can be moved programmatically.
void	OnCollisionAdded (const Physics::Event::CollisionAddedEvent &event)
void	RegisterCollisionLoggerSystem (Engine::Core &core)
void	PrintSimulationStep (uint32_t step, Engine::Core &core)
	Display simulation statistics.
void	RunningPhysicsSimulationSystem (Engine::Core &core)
	Runs the physics simulation system and prints info every 10 steps.
void	CreatePhysicsWorldSystem (Engine::Core &core)
	Create the physics world with several entities.
void	CleanupDemonstrationSystem (Engine::Core &core)
	Cleanup all created entities in the physics demonstration.
int	main (void)

Function Documentation

CleanupDemonstrationSystem()

void CleanupDemonstrationSystem

(

Engine::Core &

core

)

Cleanup all created entities in the physics demonstration.

CreateBouncyBall()

void CreateBouncyBall	(	Engine::Core &	core,
		float	x,
		float	y,
		float	z )

Create a bouncy ball with high restitution using Object::CreateSphere helper.

Use the helper function to create a sphere entity with mesh and transform. Add Sphere-like collider (using small cube for now as approximation), then Very bouncy properties

CreateFallingCube()

void CreateFallingCube	(	Engine::Core &	core,
		float	x,
		float	y,
		float	z,
		float	mass )

Create a dynamic cube that will fall using Object::CreateCube helper.

Use the helper function to create a cube entity with mesh and transform. Add RigidBody component with dynamic motion type and specified mass. A ConvexHullShape is created automatically from the mesh vertices!

CreateFloor()

void CreateFloor

(

Engine::Core &

core

)

Create a static floor plane using Object::CreatePlane helper.

Use the helper function to create a plane entity with mesh and transform. Add Large flat box collider (20x1x20 meters) component for collision and Static rigid body (immovable) component.

CreateMovingPlatform()

void CreateMovingPlatform

(

Engine::Core &

core

)

Create a kinematic platform that can be moved programmatically.

Use the helper function to create a cube entity (flattened for platform shape)

CreatePhysicsWorldSystem()

void CreatePhysicsWorldSystem

(

Engine::Core &

core

)

Create the physics world with several entities.

1. Static floor
2. Several falling cubes with different properties
3. Bouncy ball
4. Kinematic platform

main()

int main

(

void

)

OnCollisionAdded()

void OnCollisionAdded

(

const Physics::Event::CollisionAddedEvent &

event

)

PrintSimulationStep()

void PrintSimulationStep	(	uint32_t	step,
		Engine::Core &	core )

Display simulation statistics.

RegisterCollisionLoggerSystem()

void RegisterCollisionLoggerSystem

(

Engine::Core &

core

)

RunningPhysicsSimulationSystem()

void RunningPhysicsSimulationSystem

(

Engine::Core &

core

)

Runs the physics simulation system and prints info every 10 steps.