A B C D E F G H I L M N P Q R S T U V W X Y Z

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setAccuracy(int) - Method in class simulation.gui.SimulationMenu

Sets the accuracy of the simulation.

setActiveTool(int) - Method in class simulation.gui.SimulationView

Sets which tool is active.

setAllWalls(boolean) - Method in class simulation.gui.MainWindow

Sets all the walls to either exist or not; ignores the walls' current states.

setAngularVelocity(double) - Method in class simulation.engine.Body

Set the body's angular velocity.

setBody(Body) - Method in class simulation.gui.ShapeTracker

Changes the body the view is tracking.

setBody(Body) - Method in class simulation.gui.ShapeView

Sets the body that this view is showing.

setBounciness(double) - Method in class simulation.engine.Body

Set the bounciness, which determines how elastic a collision is.

setColor(Color) - Method in class simulation.engine.Body

Changes this body's color.

setColor(Color) - Method in class simulation.gui.ColorButton

Changes the color of the button.

setCrossPlatformLookAndFeel() - Static method in class simulation.gui.Main

setDefaultBounciness(double) - Static method in class simulation.engine.Body

Sets the default bounciness,which is the bounciness assigned to bodies without an otherwise-specified bounciness.

setDefaultDensity(double) - Static method in class simulation.engine.Body

Sets the default density, which is the density assigned to bodies without an otherwise-specified density.

setDefaultFriction(double) - Static method in class simulation.engine.Body

Sets the default friction, which is the friction assigned to bodies without an otherwise-specified friction.

setDensity(double) - Method in class simulation.engine.Body

Sets this body's density to a new value.

setEastWall(boolean) - Method in class simulation.gui.MainWindow

Sets whether the east wall (right) is enabled.

setFixed(boolean) - Method in class simulation.engine.Body

If true, makes the body fixed; if false, makes it free.

setFriction(double) - Method in class simulation.engine.Body

Set the friction, which helps determine the coefficient of friction.

setGoing(boolean) - Method in class simulation.gui.SimulationMenu

Sets whether the animation is currently computing a step.

setGravity(double) - Method in class simulation.engine.Simulation

Sets the gravity force to a new value.

setMass(Double) - Method in class simulation.engine.Body

Sets the mass of the body.

setNorthWall(boolean) - Method in class simulation.gui.MainWindow

Sets whether the north wall (ceiling) is enabled.

setPlaying(boolean) - Method in class simulation.engine.Simulation

Sets whether this simulation is "playing." Playing generally means that the simulation is being stepped repeatedly to animate it; when it is playing, most tools (like shape adding/moving) are probably going to be off.

setPolygon(Polygon) - Method in class simulation.gui.PolygonPad

Explicitly defines this pad's polygon.

setSouthWall(boolean) - Method in class simulation.gui.MainWindow

Sets whether the south wall (floor) is enabled.

setSpeed(double) - Method in class simulation.gui.SimulationMenu

Sets the speed of animation in frames per second.

setVelocity(Vector) - Method in class simulation.engine.Body

Set the body's average velocity.

setVisible(boolean) - Method in class simulation.gui.PolygonPad

setWallColor(Color) - Method in class simulation.engine.Simulation

Sets the walls' color.

setWallColor(Color) - Method in class simulation.gui.MainWindow

Sets a new Color for the walls.

setWestWall(boolean) - Method in class simulation.gui.MainWindow

Sets whether the west wall (right) is enabled.

setXOffset(int) - Method in class simulation.gui.SimulationView

Changes the view's x-offset.

setYOffset(int) - Method in class simulation.gui.SimulationView

Sets the view's y-offset.

setZoomFactor(double) - Method in class simulation.gui.SimulationView

Changes the zoom factor of this view.

ShapeExplorer - Class in simulation.gui

This class is a window that lets the user browse through a list of bodies in the simulation and edit some of their properties like mass or color.

ShapeExplorer(Simulation) - Constructor for class simulation.gui.ShapeExplorer

Creates a new, hidden shape explorer that the user can use to browse through and edit the bodies of the given simulation.

ShapeNode - Class in simulation.gui

This is a specialized tree node that represents a body in the simulation.

ShapeNode(Body) - Constructor for class simulation.gui.ShapeNode

Creates a shape node with the supplied title and body.

ShapeNodeRenderer - Class in simulation.gui

This class renders the ShapeNodes that make up the list part of the ShapeExplorer.

ShapeNodeRenderer() - Constructor for class simulation.gui.ShapeNodeRenderer

Creates a new renderer, loading the needed icons.

ShapeTracker - Class in simulation.gui

A panel that shows a view of the simulation centered on the specified body.

ShapeTracker(Simulation) - Constructor for class simulation.gui.ShapeTracker

Creates a tracker with no specified body.

ShapeTracker(Simulation, Body) - Constructor for class simulation.gui.ShapeTracker

Creates a tracker tracking the specified body in the specified simulation.

ShapeView - Class in simulation.gui

This class displays some information about a body, including a picture.

ShapeView(Simulation) - Constructor for class simulation.gui.ShapeView

Creates a shape view with no body selected.

Simulation - Class in simulation.engine

A system of objects.

Simulation() - Constructor for class simulation.engine.Simulation

Creates a new simulation with the default settings and nothing in it.

simulation.engine - package simulation.engine

simulation.gui - package simulation.gui

SimulationMenu - Class in simulation.gui

This is the menu on the side of the simulation; it contains various options and buttons, particularly the play/step/pause commands.

SimulationMenu(Simulation, MainWindow) - Constructor for class simulation.gui.SimulationMenu

Creates the menu.

SimulationStatusBar - Class in simulation.gui

Displays some rudimentary information on the bottom of the screen for the simulation.

SimulationStatusBar(Simulation, MainWindow) - Constructor for class simulation.gui.SimulationStatusBar

SimulationToolBar - Class in simulation.gui

A toolbar for the simulation.

SimulationToolBar(MainWindow) - Constructor for class simulation.gui.SimulationToolBar

Creates the default toolbar!

SimulationView - Class in simulation.gui

This is the main view which shows a visual representation of the simulation.

SimulationView(Simulation, MainWindow) - Constructor for class simulation.gui.SimulationView

Creates a view of the specified simulation.

slope() - Method in class simulation.engine.Vector

Get the vector's slope.

Spring - Class in simulation.engine

A spring that connects to objects.

Spring(double, double, Body, Body, Vector, Vector) - Constructor for class simulation.engine.Spring

Create a spring with the given properties.

Spring(double, Body, Body, Vector, Vector) - Constructor for class simulation.engine.Spring

Create a spring with the given properties.

start() - Method in class simulation.engine.Profiler

Start the profiler.

stateChanged(PhysicsEvent) - Method in interface simulation.engine.PhysicsListener

This method is fired when the simulation's state is changed.

stateChanged(PhysicsEvent) - Method in class simulation.gui.SimulationView

step(double) - Method in class simulation.engine.Body

Step the body as if a certain amount of time has passed.

step(double, int) - Method in class simulation.engine.Simulation

Steps the simulation times times for the specified amount of time each time.

step(double) - Method in class simulation.engine.Spring

Have the spring apply force to its connections a certain amount.

STEP_IMAGE_LOCATION - Static variable in class simulation.gui.SimulationMenu

stop() - Method in class simulation.engine.Profiler

Stop the profiler.

STOP_IMAGE_LOCATION - Static variable in class simulation.gui.SimulationMenu

strength() - Method in class simulation.engine.Spring

Get the spring's strength.

subtract(Vector) - Method in class simulation.engine.Vector

Subtract another vector from this.