Class TPhysicalApplication

Unit

Declaration

type TPhysicalApplication = class(TSprite)

Description

A sprite which represents the physics engine.

Hierarchy

TObject
TSprite
TPhysicalApplication

Overview

Fields

NewtonWorld:PNewtonWorld;

Methods

	`constructor Create(AParent:TSprite); override;`
	`destructor Destroy; override;`
	`procedure CheckBounds;`

Properties

	`property Active: boolean read FActive write FActive;`
	`property Interval: single read FInterval write FInterval;`
	`property MinFrameRate: integer read FMinFrameRate write FMinFrameRate;`
	`property SolverModel: TNewtonSolverModel read FSolverModel write SetSolverModel;`

Description

Fields

	`NewtonWorld:PNewtonWorld;`
A pointer to newtons world

Methods

	`constructor Create(AParent:TSprite); override;`
Creates an instance of TPysicalApplication in the SpriteEngine

	`destructor Destroy; override;`
Destroys the instance

	`procedure CheckBounds;`
Checks the bounds of the sprite world and expands is if neccesary

Properties

	`property Active: boolean read FActive write FActive;`
Sets wether the simulation is active or not

	`property Interval: single read FInterval write FInterval;`
The interval of simulation in ms. Default is 10ms –> 100FPS.

	`property MinFrameRate: integer read FMinFrameRate write FMinFrameRate;`
If the framerate is lower than this value the simulation is paused.

	`property SolverModel: TNewtonSolverModel read FSolverModel write SetSolverModel;`
Sets the solver model. Have a look on the description of TNewtonSolverModel

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