Uses of Class
noope.core.Physics

Packages that use Physics

gravsphcolldemo	Various demonstrations of Spheres under Gravity and Elastic Collisions.
noope.core	Classes that are core to the NOOPE engine.
noope.entities	Classes representing physical objects modelled by NOOPE.
noope.input	Classes related to data input.
noope.laws	Classes describing force laws modelled by NOOPE.
noope.output	Classes related to data output.

Uses of Physics in gravsphcolldemo

Methods in gravsphcolldemo that return Physics

Physics	AWTRunDialog.getPhysics() Returns the Physics object used for the simulation.
Physics	RunDialog.getPhysics() Returns the Physics object used for the simulation.

Methods in gravsphcolldemo with parameters of type Physics

void	AWTRunDialog.setPhysics(Physics ph) Sets the Physics object used for the simulation.
void	RunDialog.setPhysics(Physics ph) Sets the Physics object used for the simulation.

Uses of Physics in noope.core

Constructors in noope.core with parameters of type Physics

Entities(BlockReader br, Physics phys)
Constructs the Entities object from the supplied BlockReader.

Laws(BlockReader br, Physics phys)
Constructs the Laws object from the supplied BlockReader.

Uses of Physics in noope.entities

Fields in noope.entities declared as Physics

protected Physics

Entity.physics A reference to the physics world so getActiveForce can learn about its environment.

Methods in noope.entities that return Physics

Physics

Entity.getPhysics() Returns the Physics object this Entity belongs to.

Constructors in noope.entities with parameters of type Physics

Entity(BlockReader br, Physics phys)
Construcst an Entity from the supplied BlockReader.

Uses of Physics in noope.input

Methods in noope.input with parameters of type Physics

abstract Entity	EntityLoader.createEntity(java.lang.String className, BlockReaderLocation brL, BlockReader br, Physics phys) This method should create a new Entity object.
Entity	HardCodedEntityLoader.createEntity(java.lang.String className, BlockReaderLocation brL, BlockReader br, Physics phys) Creates a new Entity object.
abstract Law	LawLoader.createLaw(java.lang.String className, BlockReaderLocation brL, BlockReader br, int lawnumber, Physics phys) This method should create a new Law object.
Law	HardCodedLawLoader.createLaw(java.lang.String className, BlockReaderLocation brL, BlockReader br, int lawnumber, Physics phys) Returns a new Law object.
Entity	DynamicEntityLoader.createEntity(java.lang.String className, BlockReaderLocation brL, BlockReader br, Physics phys) Dynamically loads the Entity class with the given name and creates an instance of it.
Law	DynamicLawLoader.createLaw(java.lang.String className, BlockReaderLocation brL, BlockReader br, int lawnumber, Physics phys) Tries to create a new instance of the law class with the given name.

Uses of Physics in noope.laws

Fields in noope.laws declared as Physics

protected Physics

Law.physics A reference to the physics world so getActiveForce can learn about its environment.

Constructors in noope.laws with parameters of type Physics

Law(BlockReader br, int lawnumber, Physics phys)
Constructs a new Law object from the supplied BlockReader, with lawnumber as its number.

ParticlePairLaw(BlockReader br, int lawnumber, Physics phys)
Just calls the inherited constructor.

Gravity(BlockReader br, int lawnumber, Physics phys)
Construct a Gravity Law from the supplied BlockReader, with the supplied lawnumber.

SphereCollision(BlockReader br, int lawnumber, Physics phys)
Initializes a new SphereCollision law object from the given BlockReader with the given lawnumber.

Uses of Physics in noope.output

Constructors in noope.output with parameters of type Physics

OutputProjection(BlockReader br, int lawnumber, Physics phys)
Constructs a new OutputProjection object from the given BlockReader with the given lawnumber.

OutputText(BlockReader br, int lawnumber, Physics phys)