ODD.PhysLite:

Miscellaneous/PhysLite

Functions Summary

AdvBodyApplyToAll	Maps one function to all TAdvBodies.
AdvBodyCountAll	Counts all TAdvBodies.
AdvBodyLoad	Loads a previously saved advanced body object.
ColEventCreate	Creates a collision event object.
ColEventEmit	Emits a collision event.
ColEventFlush	Clears the collision event queue.
ColEventGetCurrent	Gets the last polled collision event.
ColEventPeek	Gets the next collision event from the queue.
ColEventPoll	Removes the next collision event from the queue.
ColEventPost	Posts a collision event to the collision events queue.
ColEventSeek	Gets the collision event associated with two objects.
ColEventSetMode	Sets how collision events are added to the event queue.
ConApplyToActive	Maps one function to all active TConstraints.
ConCountActive	Counts the number of active TConstraints.
ConCreate	Creates a new TConstraint object.
MassApplyToActive	Maps one function to all active TMass objects.
MassCountActive	Counts the number of active TMass objects.
MassCreate	Creates a mass object.
PhysicsBegin	Creates a new physics simulation.
PhysicsDrawImage	Draws an image.
PhysicsDrawLine	Draws a line.
PhysicsDrawOval	Draws an oval.
PhysicsDrawPoly	Draws a polygon.
PhysicsDrawRect	Draws a rectangle.
PhysicsEnd	Ends the physics simulation.
PhysicsGetBounds	Get the upper and lower bounds of the simulation.
PhysicsMouseX	Gets the mouse X coordinate.
PhysicsMouseY	Gets the mouse Y coordinate.
PhysicsScreenX	Gets the screen x coordinate.
PhysicsScreenY	Gets the screen y coordinate.
PhysicsSetBounds	Set the upper and lower bounds of the simulation.
PhysicsSetDrawCoords	Set the area of simulation to draw.
PhysicsSetDrawRotation	Sets the angle at which to draw the simulation.
PhysicsSetDrawZoom	Set the zoom of the draw commands.
PhysicsSetFriction	Set the friction of the simulations bounds.
PhysicsSetGravity	Sets the simulation gravity.
PhysicsSetGridSize	Set the size of the shifted grid.
PhysicsSetIterations	The number of iterations used by the simulation.
PhysicsSimX	Gets the simulation X coordinate of a screen x,y location.
PhysicsSimY	Gets the simulation Y coordinate of a screen x,y location.
PhysicsUpdate	Update simulation.
PhysicsUpdateTransform	Updates the transform/rotation matrix.
PhysicsUseSGrid	Activate or de-activate the use of the shifted grid for TMass occlusion.
RigCreate	Creates a new TRig.
ZoneApplyToActive	Maps one function to all active TZones.
ZoneCountActive	Counts the number of active TZones.
ZoneCreate	Creates a new collision zone.
ZoneLoad	Loads a saved collision zone.

Types Summary

TAdvBody	Advanced Body object.
TBody	TBody object.
TColEvent	Collision Event object.
TConstraint	Constraint object.
TMass	Mass object.
TPhysics	Physics simulation object.
TRig	TRig object.
TZone	Collision zone object.

Functions

Function AdvBodyApplyToAll( ApplyFunc( advBody:TAdvBody ) )
Description	Maps one function to all TAdvBodies.
Information	ApplyFunc is the function that will be run for every active TAdvBody in the simulation.

Function AdvBodyCountAll:Int()
Returns	The number of TAdvBodies.
Description	Counts all TAdvBodies.
Information	AdvBodyCountAll will include TAdvBodies that are not active.

Function AdvBodyLoad:TAdvBody( url:Object, active:Int=False )
Returns	Loaded TAdvBody.
Description	Loads a previously saved advanced body object.
Information	The Load function loads a TAdvBody that has previously been saved using the Save method. The active parameter determines if the TAdvBody will be Activated immediately after loading. The loaded TAdvBody will be identical to the original, however collision groups need a little further explination. If a mass was created using an absolute value for it's colGroup, i.e. 0 or above, then the corrisponding loaded mass will have the exact same colGroup. If however the original mass was created using -1 as it's colGroup the loaded mass will be given the next unique colGroup. Masses within the same TAdvBody that share the same colGroup will keep those associations after loading.

Function ColEventCreate:TColEvent( obj1:TMass, obj2:Object, x:Float, y:Float, force:Float )
Returns	The created collision event.
Description	Creates a collision event object.
Information	Craetes a collision event that can then be emitted or posted. See Also: ColEventEmit and ColEventPost.

Function ColEventEmit( colEvent:TColEvent )
Description	Emits a collision event.
Information	When a collision event is emitted all hooked functions are run and then the event is posted to the event queue. If the hook functions return Null then the collision event will not be posted to the event queue. Emitting is usually handled automatically by PhysicsUpdate but ColEventEmit can be used to fake a collision event. See Also: ColEventCreate and ColEventPost.

Function ColEventFlush()
Description	Clears the collision event queue.
Information	After a call to ColEventFlush the functions ColEventPoll, ColEventPeek, ColEventSeek and ColEventGetCurrent will all return Null. PhysicsUpdate will automatically ColEventFlush the collision event queue ready to make a new one.

Function ColEventGetCurrent:TColEvent()
Returns	the last polled collision event.
Description	Gets the last polled collision event.
Information	If no collision event has been polled yet or an empty queue has been polled then ColEventGetCurrent returns Null.

Function ColEventPeek:TColEvent()
Returns	The next collision event.
Description	Gets the next collision event from the queue.
Information	Similar to ColEventPoll, however ColEventPeek does not remove the event from the queue. See Also: ColEventPoll, ColEventSeek and CollEventGetCurrent.

Function ColEventPoll:TColEvent()
Returns	The next collision event in the queue.
Description	Removes the next collision event from the queue.
Information	ColEventPoll sequentially removes collision events from the queue, and sets it to the current event. If there are no more events in the queue then ColEventPoll returns Null. See Also: ColEventPeek, ColEventSeek and CollEventGetCurrent.

Function ColEventPost( colEvent:TColEvent, update:Int=TColEvent.MODE_UPDATE )
Description	Posts a collision event to the collision events queue.
Information	Similar to ColEventEmit, ColEventPost will add a collision event to the collision event queue. However posted collision events will not run any hooked functions. The update parameter is used to tell PhysLite to either update or replace previous collisions between the same objects. See ColEventSetMode for more information on modes.

Function ColEventSeek:TColEvent( colObj1:Object, colObj2:Object=Null )
Returns	The collision event found.
Description	Gets the collision event associated with two objects.
Information	ColEventSeek finds the collision event associated with two objects. One of the parameters must be a TMass the other can be either a TMass or TZone. Alternatively leaving the second parameter as Null will check for a collision with the simulation bounds. The returned collision event will not be removed from the queue, and collisions that have already been polled can still be found using ColEventSeek. If no collision occured between the two objects then ColEventSeek returns Null. See Also: ColEventPoll and ColEventSeek.

Function ColEventSetMode( value:Int )

Description

Sets how collision events are added to the event queue.

Information

Sets the way collision events are added to the event queue. If there is more than one iteration then it is possible for two objects to collide more than once during the same update. SetMode tells PhysLite how to report multiple collision between the same objects. Value can be one of the following values, MODE_DISCARD, MODE_UPDATE or MODE_REPLACE.

MODE_DISCARD No events are added to the event queue. Hooked functions will still be called. Setting MODE_DISCARD will give a speed increase. It is also useful for making your own custom event queue using hook functions.
MODE_UPDATE Totals the force of multiple collisions between the same objects. This is the default mode.
MODE_REPLACE Discard previous collision events between the same two objects and only report the last.

Function ConApplyToActive( ApplyFunc( con:TConstraint ) )
Description	Maps one function to all active TConstraints.
Information	ApplyFunc is the function that will be run for every active TConstraint in the simulation.

Function ConCountActive:Int()
Returns	The number of active TConstraints.
Description	Counts the number of active TConstraints.
Information	ConCountActive only counts TConstraints that are associated with a TBody.

Function ConCreate:TConstraint( m1:TMass, m2:TMass, restLength:Float=-1, stiffness:Float=1.0 )
Returns	Created TConstraint.
Description	Creates a new TConstraint object.
Information	A constraint is an invisible conection between two TMasses. restLength is the length of the constraint. Setting restLength to -1 results in restLength being calculated based on the current distance between the two masses.

Function MassApplyToActive( ApplyFunc( mass:TMass ) )
Description	Maps one function to all active TMass objects.
Information	ApplyFunc is the function that will be run for every active TMass in the simulation.

Function MassCountActive:Int()
Returns	The number of active TMass objects.
Description	Counts the number of active TMass objects.
Information	MassCountActive only counts TMass objects that are associated with an active TConstraint.

Function MassCreate:TMass( x:Float, y:Float, mass:Float, radius:Float, friction:Float, colGroup:Int=-1 )
Returns	Created TMass.
Description	Creates a mass object.
Information	The Create function creates a TMass to be used by the simulation. The TMass does not become active until it is assigned to an active TConstraint. The parameter colGroup is the masses collision group. A value of -1 will set the masses collision group to the next unique value. If two collidable objects have the same collision group then they will not collide with each other. If colGroup is set to 0 then the mass will not collide with any other object.

Function PhysicsBegin:TPhysics( width:Float, height:Float, gravY:Float, gravX:Float=0.0, i:Int=1 )
Returns	A TPhysics object.
Description	Creates a new physics simulation.
Information	Creates a new physics simulation, which can be stepped through using PhysicsUpdate. Note: that the gravity gravY parameter is before the gravX parameter. See Also: PhysicsUpdate, PhysicsSetBounds, PhysicsSetGravity, PhysicsSetIterations and PhysicsEnd.

Function PhysicsDrawImage( image:TImage, x:Float, y:Float, frame:Int=0 )
Description	Draws an image.
Information	Draws an image at simulation coordinates x,y and with the correct rotation. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsDrawPoly, PhysicsDrawRect, PhysicsDrawLine and PhysicsDrawOval.

Function PhysicsDrawLine( x:Float, y:Float, x2:Float, y2:Float )
Description	Draws a line.
Information	Draws a line at the correct simulation coordinates. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect and PhysicsDrawOval.

Function PhysicsDrawOval( x:Float, y:Float, width:Float, height:Float )
Description	Draws an oval.
Information	Draws an oval at simulation coordinates x,y and with the correct rotation. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect and PhysicsDrawLine.

Function PhysicsDrawPoly( xy:Float[], x:Float=0.0, y:Float=0.0 )
Description	Draws a polygon.
Information	Draws a polygon at simulation coordinates x,y and with the correct rotation. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsDrawImage, PhysicsDrawRect, PhysicsDrawLine and PhysicsDrawOval.

Function PhysicsDrawRect( x:Float, y:Float, width:Float, height:Float )
Description	Draws a rectangle.
Information	Draws a rectangle at simulation coordinates x,y and with the correct rotation. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawLine and PhysicsDrawOval.

Function PhysicsEnd()
Description	Ends the physics simulation.
Information	See Also: PhysicsBegin.

Function PhysicsGetBounds( lowerX:Float Var, lowerY:Float Var, upperX:Float Var, upperY:Float Var )
Description	Get the upper and lower bounds of the simulation.
Information	See Also: PhysicsSetBounds.

Function PhysicsMouseX:Float()
Returns	Mouse X coordinate.
Description	Gets the mouse X coordinate.
Information	MouseX returns the simulation X coordinate of the mouse cursor. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseY, PhysicsSimX, PhysicsSimY, PhysicsScreenX and PhysicsScreenY.

Function PhysicsMouseY:Float()
Returns	Mouse Y coordinate.
Description	Gets the mouse Y coordinate.
Information	MouseY returns the simulation Y coordinate of the mouse cursor. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsSimX, PhysicsSimY, PhysicsScreenX and PhysicsScreenY.

Function PhysicsScreenX:Float( valueX:Float, valueY:Float )
Returns	The screen x coordinate of simulation x,y coordinate.
Description	Gets the screen x coordinate.
Information	See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY and PhysicsScreenY.

Function PhysicsScreenY:Float( valueX:Float, valueY:Float )
Returns	The screen y coordinate of simulation x,y coordinate.
Description	Gets the screen y coordinate.
Information	See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY and PhysicsScreenX.

Function PhysicsSetBounds( lowerX:Float, lowerY:Float, upperX:Float, upperY:Float )
Description	Set the upper and lower bounds of the simulation.
Information	See Also: PhysicsGetBounds and PhysicsSetFriction.

Function PhysicsSetDrawCoords( centerX:Float, centerY:Float )
Description	Set the area of simulation to draw.
Information	centerX and centerY are the simulation coordinates to be mapped to the center of the screen. See Also: PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect, PhysicsDrawLine, PhysicsDrawOval, PhysicsScreenX and PhysicsScreenY.

Function PhysicsSetDrawRotation( angle:Float=0.0 )
Description	Sets the angle at which to draw the simulation.
Information	SetDrawRotation rotates all drawing commands in PhysLite. Use the drawing commands within PhysLite to draw in the corrrect simulation location. SetDrawRotation does not affect the ordinary Max2D drawing commands. See Also: PhysicsSetDrawZoom, PhysicsSetDrawCoords, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect, PhysicsDrawLine, PhysicsDrawOval, PhysicsScreenX and PhysicsScreenY.

Function PhysicsSetDrawZoom( zoom:Float=1.0 )
Description	Set the zoom of the draw commands.
Information	PhysicsSetDrawZoom scales all the physics drawing functions by zoom. See Also: PhysicsSetDrawCoords, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect, PhysicsDrawLine, PhysicsDrawOval, PhysicsScreenX and PhysicsScreenY.

Function PhysicsSetFriction( frict:Float )
Description	Set the friction of the simulations bounds.
Information	See Also: PhysicsSetBounds.

Function PhysicsSetGravity( x:Float, y:Float )
Description	Sets the simulation gravity.
Information	Gravity can go in any direction dictated by the vector x, y.

Function PhysicsSetGridSize( value:Int )
Description	Set the size of the shifted grid.
Information	The shifted grid size can be in the range of 8-64. When using the shifted grid, setting the size of the grid too high can make the simulation unstable. To make sure that the grid is not set too high use the following equation, (maxBound-minBound)/diam, Where minBound and maxBound are the dimensions of the smallest side of the simulation area, and diam is the diameter(radius*2) of the largest TMass in the simulation. Even this equation will create a shifted grid size right on the limit so it is probably best to use this equation as an absolute maximum. See Also: PhysicsUseSGrid.

Function PhysicsSetIterations( i:Int )
Description	The number of iterations used by the simulation.
Information	The higher the value the more accurate and stiff the simulation. The lower the value then the faster and softer the simulation.

Function PhysicsSimX:Float( x:Float, y:Float )
Returns	Simulation X coordinate.
Description	Gets the simulation X coordinate of a screen x,y location.
Information	See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimY, PhysicsDrawOval, PhysicsScreenX and PhysicsScreenY.

Function PhysicsSimY:Float( x:Float, y:Float )
Returns	Simulation Y coordinate.
Description	Gets the simulation Y coordinate of a screen x,y location.
Information	See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsUpdateTransform, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsScreenX and PhysicsScreenY.

Function PhysicsUpdate()
Description	Update simulation.
Information	Process the physics iterations and responses. PhysicsUpdate will Flush the event collision queue, and repopulate it. See Also: PhysicsBegin and PhysicsEnd.

Function PhysicsUpdateTransform()
Description	Updates the transform/rotation matrix.
Information	Under normal circamstances PhysicsUpdateTransform will not be needed as the transform/rotation matrix is update by any commands that would change it. However, PhysicsUpdateTransform is required when the display dimensions are changed, and it becomes indespensable when using a MaxGUI canvas. See Also: PhysicsSetDrawCoords, PhysicsSetDrawZoom, PhysicsSetDrawRotation, PhysicsMouseX, PhysicsMouseY, PhysicsSimX, PhysicsSimY, PhysicsDrawImage, PhysicsDrawPoly, PhysicsDrawRect, PhysicsDrawLine, PhysicsDrawOval, PhysicsScreenX and PhysicsScreenY.

Function PhysicsUseSGrid( value:Int )
Description	Activate or de-activate the use of the shifted grid for TMass occlusion.
Information	Set to true to use the shifted grid to occlude TMass objects. The shifted grid occlusion is not used by default. The shifted grid gives the best performance when used with extremely large simulations, and will actually be slower on very small simulations. For more information see PhysicsSetGridSize. See Also: PhysicsSetGridSize.

Function RigCreate:TRig( image:TImage, mass:TMass, con:TConstraint=Null, angle:Float=0 )
Returns	Created TRig.
Description	Creates a new TRig.
Information	Creates a rig attached to mass and orientated relative to con. angle is how much the images orientation is offset. If con is Null then the image is orientated only by angle.

Function ZoneApplyToActive( ApplyFunc( zone:TZone ) )
Description	Maps one function to all active TZones.
Information	ApplyFunc is the function that will be run for every active TZone in the simulation.

Function ZoneCountActive:Int()
Returns	The number of active TZones.
Description	Counts the number of active TZones.
Information	ZoneCountActive only counts TZones that have been activated.

Function ZoneCreate:TZone( area:Float[], style:Int=TZone.LINE, frict:Float=1.0, colGroup:Int=-1, qtLevel:Int=1 )
Returns	Collision zone created.
Description	Creates a new collision zone.
Information	A collision zone is an area of the simulation that masses can collide with. The collision area is difined by an array of x:Float,y:Float coordinate pairs. Style can be either LINE, LOOP, FILL, or HOLE. colGroup relates to which masses will collide with the zone. See MassCreate for more information. qtLevel is the number of levels in the zones QuadTree. A value of 1 is the same as having bounding checks and is sufficient in most cases. QuadTree creation is slow so setting qtLevel too high can cause massive delays in an application.

Function ZoneLoad:TZone( url:Object )
Returns	Loaded collision zone.
Description	Loads a saved collision zone.
Information	url is the file where the TZone is saved. The zones QuadTree is also loaded so does not need to be recalculated.

Types

Type TAdvBody Extends TBody
Description	Advanced Body object.

Methods Summary
Activate	Activates the TAdvBody.
CleanIndex	Removes blank indices from the TAdvBody.
CollideAdvBody	Retrieves the collisions between TAdvBody's.
CollideBounds	Retreives all the collisions between the TAdvBody and the simulations bounds.
CollideZone	Retreives all the collisions between the TAdvBody and a TZone.
ConAdd	Creates and adds a constraint to the TAdvBody.
ConAddAll	A shortcut method to connect all the masses in a TAdvBody.
ConCleanIndex	Condenses the indices of the constraints.
ConExists	Sees if constraint exists.
ConGet	Gets a TConstraint component.
ConMaxIndex	Get the maximum constraint index used by the TAdvBody.
ConRemove	Removes a constraint from the TAdvBody.
ConSwapIndex	Swaps the index positions of two constraints.
Copy	Copies the advanced body object.
DeActivate	Deactivates the TAdvBody.
Draw	Draws the TAdvBody.
Free	Frees the TAdvBody.
Freeze	Freezes all the bodies masses.
GetPosition	Gets the position of the TAdvBody.
GetRotation	Gets the angle of the TAdvBody.
GetX	Gets the X coordinate of the TAdvBody position.
GetY	Gets the Y coordinate of the TAdvBody position.
ImageAdd	Adds an image to the TAdvBody.
ImageCleanIndex	Condenses the indices of the images.
ImageExists	Sees if image exists.
ImageGet	Gets the image at index.
ImageMaxIndex	Get the maximum image index used by the TAdvBody.
ImageRemove	Removes an image from the TAdvBody.
ImageReplace	Replaces one image with another.
ImageSwapIndex	Swaps the index positions of two rigs.
MassAdd	Creates and adds a mass to the TAdvBody.
MassCleanIndex	Condenses the indices of the masses.
MassExists	Sees if mass exists.
MassGet	Gets a TMass component.
MassMaxIndex	Get the maximum mass index used by the TAdvBody.
MassRemove	Removes a mass from the TAdvBody.
MassSwapIndex	Swaps the index positions of two masses.
Move	Moves the TAdvBody.
Position	Position the TAdvBody.
RigAdd	Creates and adds a rig to the TAdvBody.
RigCleanIndex	Condenses the indices of the rigs.
RigExists	Sees if rig exists.
RigGet	Gets a TRig component.
RigMaxIndex	Get the maximum rig index used by the TAdvBody.
RigRemove	Removes a rig from the TAdvBody.
RigSwapIndex	Swaps the index positions of two rigs.
Rotate	Rotates TAdvBody.
Save	Saves the advanced body object.
Spin	Spins the TAdvBody.
Thaw	Thaws all the bodies masses.
Translate	Translates the TAdvBody.
Turn	Turns the TAdvBody.

Functions Summary
ApplyToAll	Maps one function to all TAdvBodies.
CountAll	Counts all TAdvBodies.
Load	Loads a previously saved advanced body object.

Method Activate()
Description	Activates the TAdvBody.
Information	When created a TAdvBody is not active within the simulation. Using Activate is the equivilant of assigning all the constraints within the TAdvBody. See Also: DeActivate.

Method CleanIndex()
Description	Removes blank indices from the TAdvBody.
Information	CleanIndex condenses the mass, con, rig and image indices of the TAdvBody. This means that all gaps(blank index places) are filled by higher indexed components. Note: After using CleanIndex the index values of each component may have changed.

Method CollideAdvBody:TList( advbody:TAdvBody )
Returns	A list of Collision Events.
Description	Retrieves the collisions between TAdvBody's.
Information	Checks for collisions between the TMass objects of two Advanced Bodys and returns a list of all the TColEvent objects. See Also: CollideZone, CollideBounds and TColEvent.

Method CollideBounds:TList()
Returns	A list of Collision Events.
Description	Retreives all the collisions between the TAdvBody and the simulations bounds.
Information	Checks for collisions between the TMass objects of the TAdvBody and the simulation bounds, and returns a list of all the TColEvent objects. See Also: CollideAdvBody, CollideZone and TColEvent.

Method CollideZone:TList( zone:TZone )
Returns	A list of Collision Events.
Description	Retreives all the collisions between the TAdvBody and a TZone.
Information	Checks for collisions between the TMass objects of the TAdvBody and a TZone, and returns a list of all the TColEvent objects. See Also: CollideAdvBody, CollideBounds and TColEvent.

Method ConAdd:Int( mIndex1:Int, mIndex2:Int, restLength:Float=-1, stiffness:Float=1.0 )
Returns	The index of the created constraint.
Description	Creates and adds a constraint to the TAdvBody.
Information	Creates a constraint associated with the TAdvBody and returns it's index. mIndex1 and mIndex2 are the indices of the two masses to be constrained. See Create for more information.

Method ConAddAll( stiffness:Float=1.0 )
Description	A shortcut method to connect all the masses in a TAdvBody.
Information	ConAddAll does not make efficient TAdvBodys and should be used sparingly. ConAddAll also does not take into account already created constraints and will result in these being duplicated.

Method ConCleanIndex()
Description	Condenses the indices of the constraints.
Information	ConCleanIndex removes gaps in the index list. It should be noted that constraints index values will be changed by this method.

Method ConExists:Int( index:Int )
Returns	True if constraint exists, false if otherwise.
Description	Sees if constraint exists.
Information	Not all indices within the index range are used by a TAdvBody. Use ConExists to see if index is currently in use.

Method ConGet:TConstraint( index:Int )
Returns	The TConstraint at index.
Description	Gets a TConstraint component.
Information	ConGet returns the TConstraint at the given index.

Method ConMaxIndex:Int()
Returns	Maximum index.
Description	Get the maximum constraint index used by the TAdvBody.
Information	note ConMaxIndex returns the maximum index that has been used by the TAdvBody. The actual maximum index may be lower.

Method ConRemove( index:Int )
Description	Removes a constraint from the TAdvBody.
Information	Removes the constraint at index from the TAdvBody. Remove will also remove any rigs that reference it. It should be noted that index values are not recycled. So removing a constraint will leave a gap in the index range.

Method ConSwapIndex( index1:Int, index2:Int )
Description	Swaps the index positions of two constraints.

Method Copy:TAdvBody( active:Int=False )
Returns	The copied TAdvBody.
Description	Copies the advanced body object.
Information	Creates an exact copy of the TAdvBody. If active is set to false the TAdvBody will not be active immediately and needs to be activated before use. TImages included in the source TAdvBody are not copied, but are instead shared by the original and copy. If a mass from the source TAdvBody was created using an absolute value for it's colGroup, i.e. 0 or above, then the corrisponding copied mass will have the exact same colGroup. If however the original mass was created using -1 as it's colGroup then the copied mass will be given the next unique colGroup. Masses within the same TAdvBody that share the same colGroup will keep those associations after copying.

Method DeActivate()
Description	Deactivates the TAdvBody.
Information	Stops the TAdvBody from being active in the simulation.

Method Draw()
Description	Draws the TAdvBody.
Information	the Draw method draws all the rigs associated with the TAdvBody.

Method Free()
Description	Frees the TAdvBody.
Information	Use free when the TAdvBody is no longer needed to free it from memory.

Method Freeze()
Description	Freezes all the bodies masses.

Method GetPosition( x:Float Var, y:Float Var )
Description	Gets the position of the TAdvBody.
Information	GetPosition assigns the position of the body to the values x,y. The position is in fact the position of the mass with the lowest index, usually 0.

Method GetRotation:Float()
Returns	The angle of the constraint with the lowest index.
Description	Gets the angle of the TAdvBody.

Method GetX:Float()
Returns	the X coordinate of the TAdvBody.
Description	Gets the X coordinate of the TAdvBody position.
Information	See also: GetPosition.

Method GetY:Float()
Returns	the Y coordinate of the TAdvBody.
Description	Gets the Y coordinate of the TAdvBody position.
Information	See also: GetPosition.

Method ImageAdd:Int( url:Object )
Returns	The index of the image.
Description	Adds an image to the TAdvBody.
Information	An image must be associated with the TAdvBody before it can be used. The returned index can be used by a rig that is also associated with the body. url can be an existing TImage or the file name of an image.

Method ImageCleanIndex()
Description	Condenses the indices of the images.
Information	ImageCleanIndex removes gaps in the index list. It should be noted that images index values will be changed by this method.

Method ImageExists:Int( index:Int )
Returns	True if image exists, false if otherwise.
Description	Sees if image exists.
Information	Not all indices within the index range are used by a TAdvBody. Use ImageExists to see if index is currently in use.

Method ImageGet:TImage( index:Int )
Returns	TImage at index.
Description	Gets the image at index.
Information	Use ImageGet to retrieve the actual TImage of the image at index. This can then be used to perform image manipulation beyond the scope of PhysLite.

Method ImageMaxIndex:Int()
Returns	Maximum index.
Description	Get the maximum image index used by the TAdvBody.
Information	Note ImageMaxIndex returns the maximum index that has been used by the TAdvBody. The actual maximum index may be lower.

Method ImageRemove( index:Int )
Description	Removes an image from the TAdvBody.
Information	Removes the image at index from the TAdvBody. Remove will also remove any rigs that reference it. It should be noted that index values are not recycled. So removing an image will leave a gap in the index range.

Method ImageReplace:Int( index:Int, url:Object )
Returns	True if replace was successful.
Description	Replaces one image with another.
Information	Replaces the image at index with another image. This function is mainly useful when creating editors.

Method ImageSwapIndex( index1:Int, index2:Int )
Description	Swaps the index positions of two rigs.

Method MassAdd:Int( x:Float, y:Float, mass:Float, radius:Float, friction:Float, colGroup:Int=-1 )
Returns	The index of the created mass.
Description	Creates and adds a mass to the TAdvBody.
Information	Creates a mass associated with the TAdvBody and returns it's index. See TMass.Create for more information.

Method MassCleanIndex()
Description	Condenses the indices of the masses.
Information	MassCleanIndex removes gaps in the index list. It should be noted that masses index values will be changed by this method.

Method MassExists:Int( index:Int )
Returns	True if mass exists, false if otherwise.
Description	Sees if mass exists.
Information	Not all indices within the index range are used by A TAdvBody. Use MassExists to see if index is currently in use.

Method MassGet:TMass( index:Int )
Returns	The TMass at index.
Description	Gets a TMass component.
Information	MassGet returns the TMass at the given index.

Method MassMaxIndex:Int()
Returns	Maximum index.
Description	Get the maximum mass index used by the TAdvBody.
Information	note MassMaxIndex returns the maximum index that has been used by the TAdvBody. The actual maximum index may be lower.

Method MassRemove( index:Int )
Description	Removes a mass from the TAdvBody.
Information	Removes the mass at index from the TAdvBody. Remove will also remove any constraint and rigs that reference it. It should be noted that index values are not recycled. So removing a mass will leave a gap in the index range.

Method MassSwapIndex( index1:Int, index2:Int )
Description	Swaps the index positions of two masses.

Method Move( x:Float, y:Float )
Description	Moves the TAdvBody.
Information	The Move method moves all the masses associated with the TAdvBody.

Method Position( x:Float, y:Float)
Description	Position the TAdvBody.
Information	The Position method positions the TAdvBody at position x,y. The bodies handle is the mass with the lowest index value, usually 0.

Method RigAdd:Int( iIndex:Int, mIndex:Int, cIndex:Int=-1, angle:Float=0 )
Returns	The index of the created rig.
Description	Creates and adds a rig to the TAdvBody.
Information	Creates a rig associated with the TAdvBody and returns it's index. iIndex is the index of the image to use. mIndex is the index of the mass that will act as the rigs handle. cIndex is the index of the constraint the rig uses to determine it's orientation. angle is the rotational offset offset of the rig. See Create for more infomation.

Method RigCleanIndex()
Description	Condenses the indices of the rigs.
Information	RigCleanIndex removes gaps in the index list. It should be noted that rigs index values will be changed by this method.

Method RigExists:Int( index:Int )
Returns	True if rig exists, false if otherwise.
Description	Sees if rig exists.
Information	Not all indices within the index range are used by A TAdvBody. Use RigExists to see if index is currently in use.

Method RigGet:TRig( index:Int )
Returns	The TRig at index.
Description	Gets a TRig component.
Information	RigGet returns the TRig at the given index.

Method RigMaxIndex:Int()
Returns	Maximum index.
Description	Get the maximum rig index used by the TAdvBody.
Information	Note RigMaxIndex returns the maximum index that has been used by the TAdvBody. The actual maximum index may be lower.

Method RigRemove( index:Int )
Description	Removes a rig from the TAdvBody.
Information	Removes the rig at index from the TAdvBody. It should be noted that index values are not recycled. So removing a rig will leave a gap in the index range.

Method RigSwapIndex( index1:Int, index2:Int )
Description	Swaps the index positions of two rigs.

Method Rotate( angle:Float )
Description	Rotates TAdvBody.
Information	The Rotate method rotates the TAdvBoby to an absolute angle. Rotate also set the TAdvBody velocity to 0. Think of Rotate as using MassPosition on all the masses to rotate them to a set angle.

Method Save( url:Object, backup:Int=True, packImages:Int=True )
Description	Saves the advanced body object.
Information	Saves a TAdvBody to the location specified by url. If no extension is included in url then the extension ".plb" will be added. By default Save packs the any images used by the body into the .plb file. If packImages is set to false then images are saved alongside the save file with the suffix "_img00.png", where 00 is the index of the image within the TAdvBody.

Method Spin( angle:Float )
Description	Spins the TAdvBody.
Information	The Spin method spins the TAdvBody by angle degrees. This will also add velocity to the body meaning it will continue to spin. Think of Spin as performing MassMove on all the masses to spin the body angle degrees.

Method Thaw()
Description	Thaws all the bodies masses.

Method Translate( x:Float, y:Float )
Description	Translates the TAdvBody.
Information	The Translate method translates all the masses associated with the TAdvBody.

Method Turn( angle:Float )
Description	Turns the TAdvBody.
Information	The Turn method turns the TAdvBody angle degrees. Turn leave the bodies current velocity unaffected. Think of Turn as performing MassTranslate on all the masses to turn the body angle degrees.

Function ApplyToAll( ApplyFunc( advBody:TAdvBody ) )
Description	Maps one function to all TAdvBodies.
Information	ApplyFunc is the function that will be run for every active TAdvBody in the simulation.

Function CountAll:Int()
Returns	The number of TAdvBodies.
Description	Counts all TAdvBodies.
Information	CountAll will include TAdvBodies that are not active.

Function Load:TAdvBody( url:Object, active:Int=False )
Returns	Loaded TAdvBody.
Description	Loads a previously saved advanced body object.
Information	The Load function loads a TAdvBody that has previously been saved using the Save method. The active parameter determines if the TAdvBody will be Activated immediately after loading. The loaded TAdvBody will be identical to the original, however collision groups need a little further explination. If a mass was created using an absolute value for it's colGroup, i.e. 0 or above, then the corrisponding loaded mass will have the exact same colGroup. If however the original mass was created using -1 as it's colGroup the loaded mass will be given the next unique colGroup. Masses within the same TAdvBody that share the same colGroup will keep those associations after loading.

Type TBody
Description	TBody object.

Methods Summary
Clear	Deprecated: Use Free instead.
Free	Frees all constraints from TBody.
GetConstraints	Gets bodies constraints.
GetName	Gets bodies name.
SetName	Sets bodies name.

Method Clear()
Description	Deprecated: Use Free instead.
Information	Deprecated: Use Free instead.

Method Free()
Description	Frees all constraints from TBody.
Information	Frees all constraints that are currently assigned to the TBody. Use Free when a body is no longer needed.

Method GetConstraints:TList()
Returns	list of constraints.
Description	Gets bodies constraints.
Information	Creates a list containing all the Constraints associsted with the TBody object.

Method GetName:String()
Description	Gets bodies name.

Method SetName( n:String )
Description	Sets bodies name.

Type TColEvent
Description	Collision Event object.

Globals Summary
Hook

Methods Summary
GetForce	Get the force of the collision event.
GetID	Gets the ID of the collision object.
GetMass1	Gets the first TMass associated with the collision event.
GetMass2	Gets the second TMass associated with the collision event.
GetX	Get the x coordinate of the collision event.
GetY	Get the y coordinate of the collision event.
GetZone	Gets the TZone associated with the collision event.

Functions Summary
Create	Creates a collision event object.
Emit	Emits a collision event.
Flush	Clears the collision event queue.
GetCurrent	Gets the last polled collision event.
Peek	Gets the next collision event from the queue.
Poll	Removes the next collision event from the queue.
Post	Posts a collision event to the collision events queue.
Seek	Gets the collision event associated with two objects.
SetMode	Sets how collision events are added to the event queue.

Global Hook:Int
Description	The collision event hook ID.
Information	The hook event which can be used by AddHook to add a hook function.

Method GetForce:Float()
Returns	The force of the collision.
Description	Get the force of the collision event.
Information	Because PhysLite uses a verlet integration collisions aren't resolved immedaitely. They are in fact relaxed over several iterations, and even sometimes several updates. As a result the force is shared through these relaxations. Using SetMode to set the mode to MODE_UPDATE will total all the forces over several iterations, but it should be noted that it will not include force shared across several updates will not be included. The force returned is not just the result of kinetic(velocity) force, but also the result of weight. A stationary TMass, which is under many other TMass objects, could easily create a collision with more force than one created solely by movement.

Method GetID:Int()
Returns	The ID of the collision object.
Description	Gets the ID of the collision object.
Information	The return value can be checked against the constants, MASS_MASS, MASS_ZONE, MASS_BOUNDS and MASS_CUSTOM. A value of MASS_MASS means the collision event is between two TMass objects. A value of MASS_MASS means the event is between a TMass and a TZone. MASS_BOUNDS means the events is between a TMass and the simulation bounds. If the collision event is does not fit any of these values then GetID return MASS_CUSTOM.

Method GetMass1:TMass()
Returns	The first TMass associated with the collision event.
Description	Gets the first TMass associated with the collision event.
Information	Collision events must always have at least one TMass associated with them. Use GetMass1 to retrieve that TMass.

Method GetMass2:TMass()
Returns	The second TMass associated with the collision event.
Description	Gets the second TMass associated with the collision event.
Information	If there isn't a second TMass associated with the collision event then GetMass2 returns Null.

Method GetX:Float()
Returns	The x coordinate of the collision.
Description	Get the x coordinate of the collision event.

Method GetY:Float()
Returns	The y coordinate of the collision.
Description	Get the y coordinate of the collision event.

Method GetZone:TZone()
Returns	The TZone associated with the collision event.
Description	Gets the TZone associated with the collision event.
Information	If no TZone is associated with the collision event then GetZone returns Null.

Function Create:TColEvent( obj1:TMass, obj2:Object, x:Float, y:Float, force:Float )
Returns	The created collision event.
Description	Creates a collision event object.
Information	Craetes a collision event that can then be emitted or posted.

Function Emit( colEvent:TColEvent )
Description	Emits a collision event.
Information	When a collision event is emitted all hooked functions are run and then the event is posted to the event queue. If the hook functions return Null then the collision event will not be posted to the event queue. Emitting is usually handled automatically by Update but Emit can be used to fake a collision event.

Function Flush()
Description	Clears the collision event queue.
Information	After a call to Flush the functions Poll, Peek, Seek and GetCurrent will all return Null. Update will automatically Flush the collision event queue ready to make a new one.

Function GetCurrent:TColEvent()
Returns	the last polled collision event.
Description	Gets the last polled collision event.
Information	If no collision event has been polled yet or an empty queue has been polled then GetCurrent returns Null.

Function Peek:TColEvent()
Returns	The next collision event.
Description	Gets the next collision event from the queue.
Information	Similar to Poll, however Peek does not remove the event from the queue.

Function Poll:TColEvent()
Returns	The next collision event in the queue.
Description	Removes the next collision event from the queue.
Information	Poll sequentially removes collision events from the queue, and sets it to the current event. If there are no more events in the queue then Poll returns Null.

Function Post( colEvent:TColEvent, update:Int=MODE_UPDATE )
Description	Posts a collision event to the collision events queue.
Information	Similar to Emit, Post will add a collision event to the collision event queue. However posted collision events will not run any hooked functions. The update parameter is used to tell PhysLite to either update or replace previous collisions between the same objects. See SetMode for more information on modes.

Function Seek:TColEvent( colObj1:Object, colObj2:Object=Null )
Returns	The collision event found.
Description	Gets the collision event associated with two objects.
Information	Seek finds the collision event associated with two objects. One of the parameters must be a TMass the other can be either a TMass or TZone. Alternatively leaving the second parameter as Null will check for a collision with the simulation bounds. The returned collision event will not be removed from the queue, and collisions that have already been polled can still be found using Seek. If no collision occured between the two objects then Seek returns Null.

Function SetMode( value:Int )
Description	Sets how collision events are added to the event queue.
Information	Sets the way collision events are added to the event queue. If there is more than one iteration then it is possible for two objects to collide more than once during the same update. SetMode tells PhysLite how to report multiple collision between the same objects. Value can be one of the following values, MODE_DISCARD, MODE_UPDATE or MODE_REPLACE. MODE_DISCARD means no events will be added to the event queue, although hooked functions will still be called. Setting MODE_DISCARD will give a speed increase. It is also useful for making your own custom event queue using hook functions. MODE_UPDATE will total the force of multiple collisions between the same objects. This is the default mode. MODE_REPLACE will discard previous collision events between the same two objects and only report the last.

Type TConstraint
Description	Constraint object.

Methods Summary
Assign	Assigns constraint to a TBody.
Draw	Draws the TConstraint.
Free	Frees constraint from TBody.
GetAdvBody	Gets the TAdvBody that the constraint is associated with.
GetAngle	Gets the current angle of the constraint.
GetIndex	Gets the index of the constraint.
GetLength	Gets the constraints actual length.
GetMass1	Gets the first mass associated with the constraint.
GetMass2	Gets the second mass associated with the constraint.
GetName	Gets constraints name.
GetRestLength	Gets the constraints rest length.
GetStiffness	Gets current stiffness.
GetStress	Gets the current stress of the constraint.
IsActive	Checks if constraint is currently active in the simulation.
SetName	Sets constraints name.
SetRestLength	Sets the constraints rest length.
SetStiffness	Sets constraints stiffness.

Functions Summary
ApplyToActive	Maps one function to all active TConstraints.
CountActive	Counts the number of active TConstraints.
Create	Creates a new TConstraint object.

Method Assign( b:TBody )
Description	Assigns constraint to a TBody.
Information	A constraint must be assigned to a TBody before it becomes active.

Method Draw()
Description	Draws the TConstraint.

Method Free( b:TBody )
Description	Frees constraint from TBody.
Information	Note: A constraint can be assigned to more than one TBody. Freeing a constraint from one TBody will not free it from any others it is assigned to.

Method GetAdvBody:TAdvBody()
Returns	The TAdvBody of the constraint.
Description	Gets the TAdvBody that the constraint is associated with.
Information	GetAdvBody returns null if the constraint isn't associated with an TAdvBody.

Method GetAngle:Float()
Returns	Current angle.
Description	Gets the current angle of the constraint.
Information	This is the angle from mass1 to mass2.

Method GetIndex:Int()
Returns	The index of the constraint.
Description	Gets the index of the constraint.
Information	GetIndex returns -1 if the constraint isn't associated with an TAdvBody.

Method GetLength:Float()
Returns	Length.
Description	Gets the constraints actual length.
Information	GetLength is used to find the current length of the constraint.

Method GetMass1:TMass()
Description	Gets the first mass associated with the constraint.
Information	Each constraint has two masses associated with it. GetMass1 returns the first, to get the second use GetMass2.

Method GetMass2:TMass()
Description	Gets the second mass associated with the constraint.
Information	Each constraint has two masses associated with it. GetMass2 returns the second, to get the first use GetMass1.

Method GetName:String()
Returns	Constraints name.
Description	Gets constraints name.

Method GetRestLength:Float()
Returns	Rest length.
Description	Gets the constraints rest length.
Information	Note: The current length of the constraint may differ from it's intended rest length. To get the constraints actual length use GetLength.

Method GetStiffness:Float()
Returns	Current stiffness.
Description	Gets current stiffness.

Method GetStress:Float()
Returns	Stress ratio.
Description	Gets the current stress of the constraint.
Information	A returned value of 1.0 means the constraint is under no stress and is at rest. A value>1.0 means the constraint is being stretched. A value<1.0 means the constraint is being compressed. GetStress will never return a negative result.

Method IsActive:Int()
Returns	True if constraint is active.
Description	Checks if constraint is currently active in the simulation.

Method SetName( n:String )
Description	Sets constraints name.

Method SetRestLength( length:Float=-1 )
Description	Sets the constraints rest length.
Information	The constraints rest length is the length the constraint attempts to maintain.

Method SetStiffness( stiff:Float )
Description	Sets constraints stiffness.
Information	Stiffnes should be within the range 0.0 to 1.0.

Function ApplyToActive( ApplyFunc( con:TConstraint ) )
Description	Maps one function to all active TConstraints.
Information	ApplyFunc is the function that will be run for every active TConstraint in the simulation.

Function CountActive:Int()
Returns	The number of active TConstraints.
Description	Counts the number of active TConstraints.
Information	CountActive only counts TConstraints that are associated with a TBody.

Function Create:TConstraint( m1:TMass, m2:TMass, restLength:Float=-1, stiffness:Float=1.0 )
Returns	Created TConstraint.
Description	Creates a new TConstraint object.
Information	A constraint is an invisible conection between two TMasses. restLength is the length of the constraint. Setting restLength to -1 results in restLength being calculated based on the current distance between the two masses.

Type TMass
Description	Mass object.

Methods Summary
AddVelocity	Alters masses velocity.
Copy	Creates a copy of the mass.
Draw	Draws the TMass.
Freeze	Freezes TMass.
GetAdvBody	Gets the TAdvBody that the mass is associated with.
GetColGroup	Returns masses collision group.
GetFriction	Gets the current friction coefficient of the TMass object.
GetIndex	Gets the index of the mass.
GetMass	Gets the current mass of the TMass object.
GetName	Gets masses name.
GetPosition	Sets x and y to masses position.
GetPositionX	Gets masses current X coordinate.
GetPositionY	Gets masses current Y coordinate.
GetRadius	Gets the collision radius of the mass.
GetVelocity	Gets the magnitude of the TMass objects velocity vector.
GetVelocityX	Gets TMass objects X velocity.
GetVelocityY	Gets TMass objects Y velocity.
GetVX	Gets TMass objects X velocity.
GetVY	Gets TMass objects Y velocity.
GetX	Gets masses current X coordinate.
GetY	Gets masses current Y coordinate.
IsActive	Checks if mass is currently active in the simulation.
Move	Moves TMass relative to it's current position.
Position	Sets masses absolute position.
SetColGroup	Sets masses collision group.
SetFriction	Sets masses friction.
SetMass	Sets the current mass of the TMass object.
SetName	Sets masses name.
SetRadius	Sets the collision radius of the mass.
SetVelocity	Sets masses velocity.
Thaw	Thaws TMass.
Translate	Translates TMass.

Functions Summary
ApplyToActive	Maps one function to all active TMass objects.
CountActive	Counts the number of active TMass objects.
Create	Creates a mass object.

Method AddVelocity( x:Float, y:Float )
Description	Alters masses velocity.
Information	AddVelocity differs from SetVelocity in that the masses current velocity is added to instead of replaced by X and Y.

Method Copy:TMass()
Returns	TMass Copy.
Description	Creates a copy of the mass.

Method Draw()
Description	Draws the TMass.

Method Freeze()
Description	Freezes TMass.
Information	Freezing a TMass makes it immovable during the simulation. The following methods do not affect a frozen TMass, Move, Translate, SetVelocity and AddVelocity.

Method GetAdvBody:TAdvBody()
Returns	The TAdvBody of the mass.
Description	Gets the TAdvBody that the mass is associated with.
Information	GetAdvBody returns null if the mass isn't associated with an TAdvBody.

Method GetColGroup:Int()
Returns	Collision group.
Description	Returns masses collision group.

Method GetFriction:Float()
Returns	Current friction coefficient.
Description	Gets the current friction coefficient of the TMass object.

Method GetIndex:Int()
Returns	The index of the mass.
Description	Gets the index of the mass.
Information	GetIndex returns -1 if the mass isn't associated with an TAdvBody.

Method GetMass:Float()
Returns	Current mass.
Description	Gets the current mass of the TMass object.

Method GetName:String()
Description	Gets masses name.

Method GetPosition( x:Float Var, y:Float Var )
Description	Sets x and y to masses position.

Method GetPositionX:Float()
Returns	masses X coordinate.
Description	Gets masses current X coordinate.

Method GetPositionY:Float()
Returns	Masses Y coordinate.
Description	Gets masses current Y coordinate.

Method GetRadius:Float()
Description	Gets the collision radius of the mass.

Method GetVelocity:Float()
Description	Gets the magnitude of the TMass objects velocity vector.

Method GetVelocityX:Float()
Returns	Masses x velocity.
Description	Gets TMass objects X velocity.

Method GetVelocityY:Float()
Returns	Masses y velocity.
Description	Gets TMass objects Y velocity.

Method GetVX:Float()
Returns	Masses x velocity.
Description	Gets TMass objects X velocity.
Information	Short hand version of GetVelocityX.

Method GetVY:Float()
Returns	Masses y velocity.
Description	Gets TMass objects Y velocity.
Information	Short hand version of GetVelocityY.

Method GetX:Float()
Returns	masses X coordinate.
Description	Gets masses current X coordinate.
Information	Short hand version of GetPositionX.

Method GetY:Float()
Returns	Masses Y coordinate.
Description	Gets masses current Y coordinate.
Information	Short hand version of GetPositionY.

Method IsActive:Int()
Returns	True if mass is active.
Description	Checks if mass is currently active in the simulation.

Method Move( x:Float, y:Float )
Description	Moves TMass relative to it's current position.
Information	When using Move it's important to note that the masses velocity will also be altered by the same amount. To move a masses without affecting it's velocity then use Translate. A frozen, see Freeze, TMass cannot be moved.

Method Position( x:Float, y:Float )
Description	Sets masses absolute position.
Information	Positioning a mass also resets it's velocity. Position may be used on a frozen mass.

Method SetColGroup( value:Int=-1 )
Description	Sets masses collision group.
Information	A value of -1 will set the masses collision group to the next unique value. If two collidable objects have the same collision group then they will not collide with each other. If colGroup is set to 0 then the mass will not collide with any other object.

Method SetFriction( f:Float )
Description	Sets masses friction.
Information	Friction should always be positive.

Method SetMass( m:Float )
Description	Sets the current mass of the TMass object.
Information	Mass should always be positive.

Method SetName( n:String )
Description	Sets masses name.

Method SetRadius( r:Float )
Description	Sets the collision radius of the mass.

Method SetVelocity( x:Float, y:Float )
Description	Sets masses velocity.
Information	Sets the masses velocity.

Method Thaw()
Description	Thaws TMass.
Information	Thaw unfreezes the TMass.

Method Translate( x:Float, y:Float )
Description	Translates TMass.
Information	Translate works the same as Move except the masses velocity remains the same. Translate can be used on a frozen mass.

Function ApplyToActive( ApplyFunc( mass:TMass ) )
Description	Maps one function to all active TMass objects.
Information	ApplyFunc is the function that will be run for every active TMass in the simulation.

Function CountActive:Int()
Returns	The number of active TMass objects.
Description	Counts the number of active TMass objects.
Information	CountActive only counts TMass objects that are associated with an active TConstraint.

Function Create:TMass( x:Float, y:Float, mass:Float, radius:Float, friction:Float, colGroup:Int=-1 )
Returns	Created TMass.
Description	Creates a mass object.
Information	The Create function creates a TMass to be used by the simulation. The TMass does not become active until it is assigned to an active TConstraint. The parameter colGroup is the masses collision group. A value of -1 will set the masses collision group to the next unique value. If two collidable objects have the same collision group then they will not collide with each other. If colGroup is set to 0 then the mass will not collide with any other object.

Type TPhysics
Description	Physics simulation object.

Functions Summary
Create	Creates a new physics simulation.
DrawImage	Draws an image.
DrawLine	Draws a line.
DrawOval	Draws an oval.
DrawPoly	Draws a polygon.
DrawRect	Draws a rectangle.
Free	Ends the physics simulation.
GetBounds	Get the upper and lower bounds of the simulation.
MouseX	Gets the mouse X coordinate.
MouseY	Gets the mouse Y coordinate.
ScreenX	Gets the screen x coordinate.
ScreenY	Gets the screen y coordinate.
SetBounds	Set the upper and lower bounds of the simulation.
SetDrawCoords	Set the area of simulation to draw.
SetDrawRotation	Sets the angle at which to draw the simulation.
SetDrawZoom	Set the zoom of the draw commands.
SetFriction	Set the friction of the simulations bounds.
SetGravity	Sets the simulation gravity.
SetGridSize	Set the size of the shifted grid.
SetIterations	The number of iterations used by the simulation.
SimX	Gets the simulation X coordinate of a screen x,y location.
SimY	Gets the simulation Y coordinate of a screen x,y location.
Update	Update simulation.
UpdateTransform	Updates the transform/rotation matrix.
UseShiftedGrid	Activate or de-activate the use of the shifted grid for TMass occlusion.

Function Create:TPhysics( width:Float, height:Float, gravY:Float, gravX:Float=0.0, i:Int=1 )
Returns	A TPhysics object.
Description	Creates a new physics simulation.
Information	Note: that the gravity gravY parameter is before the gravX parameter.

Function DrawImage( image:TImage, x:Float, y:Float, frame:Int=0 )
Description	Draws an image.
Information	Draws an image at simulation coordinates x,y and with the correct rotation.

Function DrawLine( x:Float, y:Float, x2:Float, y2:Float )
Description	Draws a line.
Information	Draws a line at the correct simulation coordinates.

Function DrawOval( x:Float, y:Float, width:Float, height:Float )
Description	Draws an oval.
Information	Draws an oval at simulation coordinates x,y and with the correct rotation.

Function DrawPoly( xy:Float[], x:Float=0.0, y:Float=0.0 )
Description	Draws a polygon.
Information	Draws a polygon at simulation coordinates x,y and with the correct rotation.

Function DrawRect( x:Float, y:Float, width:Float, height:Float )
Description	Draws a rectangle.
Information	Draws a rectangle at simulation coordinates x,y and with the correct rotation.

Function Free()
Description	Ends the physics simulation.

Function GetBounds( lowerX:Float Var, lowerY:Float Var, upperX:Float Var, upperY:Float Var )
Description	Get the upper and lower bounds of the simulation.

Function MouseX:Float()
Returns	Mouse X coordinate.
Description	Gets the mouse X coordinate.
Information	MouseX returns the simulation X coordinate of the mouse cursor.

Function MouseY:Float()
Returns	Mouse Y coordinate.
Description	Gets the mouse Y coordinate.
Information	MouseY returns the simulation Y coordinate of the mouse cursor.

Function ScreenX:Float( valueX:Float, valueY:Float )
Returns	The screen x coordinate of simulation x,y coordinate.
Description	Gets the screen x coordinate.

Function ScreenY:Float( valueX:Float, valueY:Float )
Returns	The screen y coordinate of simulation x,y coordinate.
Description	Gets the screen y coordinate.

Function SetBounds( lowerX:Float, lowerY:Float, upperX:Float, upperY:Float )
Description	Set the upper and lower bounds of the simulation.

Function SetDrawCoords( centerX:Float, centerY:Float )
Description	Set the area of simulation to draw.
Information	centerX and centerY are the simulation coordinates to be mapped to the center of the screen.

Function SetDrawRotation( angle:Float=0 )
Description	Sets the angle at which to draw the simulation.
Information	SetDrawRotation rotates all drawing commands in PhysLite. Use the drawing commands within PhysLite to draw in the corrrect simulation location. SetDrawRotation does not affect the ordinary Max2D drawing commands.

Function SetDrawZoom( zoom:Float=1.0 )
Description	Set the zoom of the draw commands.

Function SetFriction( frict:Float )
Description	Set the friction of the simulations bounds.

Function SetGravity( x:Float, y:Float )
Description	Sets the simulation gravity.
Information	Gravity can go in any direction dictated by the vector x,@y.

Function SetGridSize( value:Int=8 )
Description	Set the size of the shifted grid.
Information	The shifted grid size can be in the range of 8-64. When using the shifted grid, setting the size of the grid too high can make the simulation unstable. To make sure that the grid is not set too high use the following equation. (maxBound-minBound)/diam. Where minBound and maxBound are the dimensions of the smallest side of the simulation area, and diam is the diameter(radius*2) of the largest TMass in the simulation. Even this equation will create a shifted grid size right on the limit so it is probably best to use this equation as an absolute maximum.

Function SetIterations( value:Int )
Description	The number of iterations used by the simulation.
Information	The higher the value the more accurate and stiff the simulation. The lower the value then the faster and softer the simulation.

Function SimX:Float( x:Float, y:Float )
Returns	Simulation X coordinate.
Description	Gets the simulation X coordinate of a screen x,y location.
Information	.

Function SimY:Float( x:Float, y:Float )
Returns	Simulation Y coordinate.
Description	Gets the simulation Y coordinate of a screen x,y location.
Information	.

Function Update()
Description	Update simulation.
Information	Process the physics iterations and responses. Update will Flush the event collision queue.

Function UpdateTransform()
Description	Updates the transform/rotation matrix.
Information	Under normal circamstances UpdateTransform will not be needed as the transform/rotation matrix is update by any commands that would change it. However, UpdateTransform is required when the display dimensions are changed, and it becomes indespensable when using a MaxGUI canvas.

Function UseShiftedGrid( value:Int )
Description	Activate or de-activate the use of the shifted grid for TMass occlusion.
Information	Set to true to use the shifted grid to occlude TMass objects. The shifted grid occlusion is not used by default. The shifted grid gives the best performance when used with extremely large simulations, and will actually be slower on very small simulations. For more information see SetGridSize.

Type TRig
Description	TRig object.

Methods Summary
Draw	Draws the TRig.
GetAdvBody	Gets the TAdvBody that the rig is associated with.
GetAlpha	Gets the rigs alpha value.
GetAngle	Gets the rigs angular offset.
GetBlend	Gets the rigs current blend mode.
GetColor	Gets the rigs color.
GetConstraint	Returns the Tconstraint associated with the TRig.
GetImage	Gets the image currently associated with the TRig.
GetIndex	Gets the index of the rig.
GetMass	Gets the mass associated with the TRig.
GetName	Gets rigs name.
GetScale	Gets the rigs scale.
SetAlpha	Sets the alpha value of the rig.
SetAngle	Sets the TRigs angle offset.
SetBlend	Sets the rigs blend mode.
SetColor	Sets the tint of the rig.
SetConstraint	Sets the TRigs constraint.
SetImage	Sets the TRigs image.
SetMass	Sets the TRigs mass.
SetName	Sets rigs name.
SetScale	Sets the scale at which the rig is drawn.

Functions Summary
Create	Creates a new TRig.

Method Draw()
Description	Draws the TRig.
Information	Draws the TRig to the screen. The position and orientation are based on the mass and constraint associated with the TRig. The drawing of TRigs is scaled by using PhysicsSetDrawScale.

Method GetAdvBody:TAdvBody()
Returns	The TAdvBody of the rig.
Description	Gets the TAdvBody that the rig is associated with.
Information	GetAdvBody returns null if the rig isn't associated with an TAdvBody.

Method GetAlpha:Float()
Returns	The alpha value of the rig.
Description	Gets the rigs alpha value.

Method GetAngle:Float()
Returns	The difference between the rigs constraints angle and the angle at which the rigs image will be drawn.
Description	Gets the rigs angular offset.
Information	If the rig has no constraint associated with it GetAngle returns the angle at which the rigs image is drawn.

Method GetBlend:Int()
Returns	The rigs current blend mode.
Description	Gets the rigs current blend mode.
Information	The returned value will be one of MASKBLEND, SOLIDBLEND, ALPHABLEND, LIGHTBLEND or SHADEBLEND.

Method GetColor( r:Int Var, g:Int Var, b:Int Var )
Description	Gets the rigs color.
Information	Sets r, g and b to the red, green and blue values respectively of the rig.

Method GetConstraint:TConstraint()
Returns	The TConstraint of the rig.
Description	Returns the Tconstraint associated with the TRig.
Information	GetConstraint gives you access to the TConstraint of the rig. If the rig has no TConstraint associated with it then GetConstraint returns null.

Method GetImage:TImage()
Returns	The rigs current image.
Description	Gets the image currently associated with the TRig.
Information	GetImage gives you access to the rigs image.

Method GetIndex:Int()
Returns	The index of the rig.
Description	Gets the index of the rig.
Information	GetIndex returns -1 if the rig isn't associated with a TAdvBody.

Method GetMass:TMass()
Returns	The TMass object that acts as the rigs handle.
Description	Gets the mass associated with the TRig.
Information	GetMass gives you access to the rigs Tmass object.

Method GetName:String()
Description	Gets rigs name.

Method GetScale( x:Float Var, y:Float Var )
Description	Gets the rigs scale.
Information	Sets x and y to the rigs current x and y scale.

Method SetAlpha( value:Float )
Description	Sets the alpha value of the rig.
Information	The rigs alpha will only have an effect if the rigs blend mode is ALPHABLEND or LIGHTBLEND.

Method SetAngle( a:Float )
Description	Sets the TRigs angle offset.
Information	This sets the angular offset from the constraint at which the rig will be drawn.

Method SetBlend( value:Int )
Description	Sets the rigs blend mode.
Information	Value should be one of MASKBLEND, SOLIDBLEND, ALPHABLEND, LIGHTBLEND or SHADEBLEND.

Method SetColor( r:Int, g:Int, b:Int )
Description	Sets the tint of the rig.
Information	SetColor sets the color tint that the rig will be drawn with.

Method SetConstraint( c:TConstraint=Null )
Description	Sets the TRigs constraint.
Information	The constraints orientation determines the rigs rotation.

Method SetImage( img:TImage )
Description	Sets the TRigs image.

Method SetMass( m:TMass )
Description	Sets the TRigs mass.

Method SetName( n:String )
Description	Sets rigs name.

Method SetScale( valueX:Float, valueY:Float )
Description	Sets the scale at which the rig is drawn.
Information	Sets the x and y scale of the rigs image.

Function Create:TRig( image:TImage, mass:TMass, con:TConstraint=Null, angle:Float=0 )
Returns	Created TRig.
Description	Creates a new TRig.
Information	Creates a rig attached to mass and orientated relative to con. angle is how much the images orientation is offset. If con is Null then the image is orientated only by angle.

Type TZone
Description	Collision zone object.

Methods Summary
Activate	Makes the collision zone active in the simulation.
CalcQuadTree	Recalculates zones QuadTree.
Copy	Cretaes a copy of the zone.
DeActivate	De-activates collision zone.
Draw	Draws the TZone.
DrawQuadTree	Draws the images quadtree.
Free	Removes TZone from the simulation.
GetAlpha	Gets the zones current alpha.
GetArea	Gets the zones area.
GetBlend	Gets the zones current blend mode.
GetColGroup	Gets the collision group of the TZone.
GetColor	Gets the zones current color setting.
GetFriction	Gets the zones friction value.
GetName	Gets the zones name.
GetPositionX	Gets the current X position of the TZone.
GetPositionY	Gets the current Y position of the TZone.
GetQTLevel	Gets the zones current quadtree level.
GetRotation	Gets the current rotation of the zone.
GetScale	Gets the zones scale.
GetStyle	Gets the zones current style.
GetX	Gets the current X position of the TZone.
GetY	Gets the current Y position of the TZone.
ImageGet	Gets the zones current image.
ImageGetScale	Gets the zones current image scale.
ImageSetScale	Sets the zones image scale.
Move	Moves the collision zone relative to it's current position.
OverrideCollision	Sets the function to be used for collisions.
Position	Positions the collision zone within the simulation.
Rotate	Rotates collision zone.
Save	Saves a collision zone.
SetAlpha	Sets the zones alpha.
SetBlend	Sets the zones blend mode.
SetColGroup	Sets the zones collision group.
SetColor	Sets the zones color.
SetFriction	Sets collision zones friction.
SetName	Sets the zones name.
SetScale	Sets the zones scale.
SetStyle	Sets the zones style.
Turn	Turns collision zone.
VertAddFirst	Adds a vertex to the zones area.
VertAddLast	Adds a vertex to the zones area.
VertCount	Counts the number of vertex in the zones area.
VertGetPosition	Gets a vertex's position.
VertGetX	Gets the vertex's x coordinate.
VertGetY	Gets the vertex's y coordinate.
VertInsert	Adds a vertex to a zones area.
VertPosition	Positions a vertex.
VertRemove	Removes a vertex from a zones area.
VertRemoveFirst	Removes a vertex from the zones area.
VertRemoveLast	Removes a vertex from the zones area.

Functions Summary
ApplyToActive	Maps one function to all active TZones.
CountActive	Counts the number of active TZones.
Create	Creates a new collision zone.
Load	Loads a saved collision zone.

Method Activate()
Description	Makes the collision zone active in the simulation.
Information	Activates a de-active collision zone.

Method CalcQuadTree( level:Int=1 )
Description	Recalculates zones QuadTree.

Method Copy:TZone()
Returns	The zones copy.
Description	Cretaes a copy of the zone.
Information	The new zone will be identical to the original. The new zone will initially share the originals image and quadtree. However any subsiquent changes to the originals quadtree or image will not affect the copy.

Method DeActivate()
Description	De-activates collision zone.
Information	A de-active collision zone does not create collision events or responses.

Method Draw()
Description	Draws the TZone.
Information	Draws the TZone to the display. If an image has not been set for the TZone then a polygon is drawn. Draw is affected by PhysicsSetDrawScale.

Method DrawQuadTree( filled:Int=True )
Description	Draws the images quadtree.
Information	DrawQuadTree is too slow for serious realtime use, but can be an invaluable debugging tool.

Method Free()
Description	Removes TZone from the simulation.

Method GetAlpha:Float()
Returns	The zones alpha.
Description	Gets the zones current alpha.

Method GetArea:Float[]()
Returns	Collision zone.
Description	Gets the zones area.
Information	GetArea returns an array of x:Float, y:Float coordinate pairs. The coordinates are rotated, but are not offset by the zones current position.

Method GetBlend:Int()
Returns	The zones blend mode.
Description	Gets the zones current blend mode.

Method GetColGroup:Int()
Returns	Zones collision group.
Description	Gets the collision group of the TZone.

Method GetColor( r:Int Var, g:Int Var, b:Int Var )
Description	Gets the zones current color setting.
Information	Sets r, g and b to the zones current red, green and blue value respectively.

Method GetFriction:Float()
Returns	The zones friction.
Description	Gets the zones friction value.

Method GetName:String()
Returns	The zones name.
Description	Gets the zones name.

Method GetPositionX:Float()
Description	Gets the current X position of the TZone.

Method GetPositionY:Float()
Description	Gets the current Y position of the TZone.

Method GetQTLevel:Int()
Returns	The zones quadtree level.
Description	Gets the zones current quadtree level.

Method GetRotation:Float()
Returns	The zones rotation.
Description	Gets the current rotation of the zone.

Method GetScale( x:Float Var, y:Float Var )
Description	Gets the zones scale.
Information	Sets x and y to the zones current scale.

Method GetStyle:Int()
Returns	The zones current style.
Description	Gets the zones current style.
Information	GetStyle returns either LINE, LOOP, FILL, or HOLE.

Method GetX:Float()
Description	Gets the current X position of the TZone.

Method GetY:Float()
Description	Gets the current Y position of the TZone.

Method ImageGet:TImage()
Returns	The zones current image.
Description	Gets the zones current image.
Information	ImageGet returns null if no image is associated with the zone.

Method ImageGetScale( x:Float Var, y:Float Var )
Description	Gets the zones current image scale.
Information	Sets x and y to the zones images current scale.

Method ImageSetScale( x:Float, y:Float )
Description	Sets the zones image scale.
Information	Sets the scale that a zones image will be drawn with. Note: SetScale also affects the scale that a zones image is drawn with.

Method Move( x:Float, y:Float )
Description	Moves the collision zone relative to it's current position.
Information	TZones are intended to be stationary, and it is recomended not to move a TZone if it may collide with active masses. If a dynamic collision area is needed consider using a TBody instead.

Method OverrideCollision( CustomResponse(zone:TZone,mass:TMass,penNormX:Float,penNormY:Float,penMag:Float)=Null )
Description	Sets the function to be used for collisions.
Information	If no function is named the default collision function will be used. Recommended for advanced users only.

Method Position( x:Float, y:Float )
Description	Positions the collision zone within the simulation.

Method Rotate( value:Float )
Description	Rotates collision zone.
Information	Not recommended for realtime use.

Method Save( url:Object, backup:Int=True, packImage:Int=True )

Description

Saves a collision zone.

Information

Saves a zone to a designated by url. If no file extention is given then ".plz" is appended to the end of url.

If backup is set to true the a backup of any exist file with the same path will be made.

Setting packImage to true will save the zones image in the .plz file. If it is set to false it is saved along side the zones file with the same file name, but prefixed "_img.png".

Save does not save custom collision responses that have been set for the zone using OverrideCollision. These can only be added at runtime.

Method SetAlpha( value:Float )
Description	Sets the zones alpha.
Information	SetAlpha will only have an effect on zones with the alpha or light blend mode.

Method SetBlend( value:Int )
Description	Sets the zones blend mode.
Information	Value can be one of MASKBLEND, SOLIDBLEND, ALPHABLEND, LIGHTBLEND or SHADEBLEND.

Method SetColGroup( value:Int=-1 )
Description	Sets the zones collision group.
Information	For more info on collision groups see SetColGroup.

Method SetColor( r:Int, g:Int, b:Int )
Description	Sets the zones color.
Information	If no image is set for the zone then this will be the zones color. Otherwise SetColor will tint the images color.

Method SetFriction( f:Float )
Description	Sets collision zones friction.
Information	Friction should always be positive.

Method SetName( n:String )
Description	Sets the zones name.

Method SetScale( x:Float, y:Float )
Description	Sets the zones scale.
Information	SetZone scales the collision zone by x and y. SetScale will also affect the zones image scale.

Method SetStyle( value:Int )

Description

Sets the zones style.

Information

A zones style determines how TMass objects collide with it. Value can be either LINE, LOOP, FILL, or HOLE.

LINE The zone is a line that isn't joined at both end
LOOP The zone is a line that is joined at each end to form a loop
FILL The zone is a solid polygon
HOLE The HOLE style is the inverse of FILL

Method Turn( value:Float )
Description	Turns collision zone.
Information	Not recommended for realtime use.

Method VertAddFirst( x:Float, y:Float )
Description	Adds a vertex to the zones area.
Information	Adds a vertex to the beginning of the zones area at position x,y.

Method VertAddLast( x:Float, y:Float )
Description	Adds a vertex to the zones area.
Information	Adds a vertex to the end of the zones area at position x,y.

Method VertCount:Int()
Returns	The number of vertex in the zones area.
Description	Counts the number of vertex in the zones area.

Method VertGetPosition( index:Int, x:Float Var, y:Float Var )
Description	Gets a vertex's position.
Information	Sets x and y to the vertex's position. The values area given in the zones local coordinate system. i.e. As if the zone wasn't rotated, positioned or scaled.

Method VertGetX:Float( index:Int )
Returns	The vertex's x coordinate.
Description	Gets the vertex's x coordinate.

Method VertGetY:Float( index:Int )
Returns	The vertex's y coordinate.
Description	Gets the vertex's y coordinate.

Method VertInsert( index:Int, x:Float, y:Float )
Description	Adds a vertex to a zones area.
Information	Inserts a vertex into a zones area at index and at position x,y.

Method VertPosition( index:Int, x:Float, y:Float )
Description	Positions a vertex.
Information	Moves vertex index to position x,y. VertPosition uses the zones local coordinate system. This means x,y is the position if the zone isn't rotated, positioned or scaled.

Method VertRemove( index:Int )
Description	Removes a vertex from a zones area.
Information	Removes vertex index from the zones area.

Method VertRemoveFirst()
Description	Removes a vertex from the zones area.
Information	Removes the last vertex from a zone area.

Method VertRemoveLast()
Description	Removes a vertex from the zones area.
Information	Removes the last vertex from a zone.

Function ApplyToActive( ApplyFunc( zone:TZone ) )
Description	Maps one function to all active TZones.
Information	ApplyFunc is the function that will be run for every active TZone in the simulation.

Function CountActive:Int()
Returns	The number of active TZones.
Description	Counts the number of active TZones.
Information	CountActive only counts TZones that have been activated.

Function Create:TZone( area:Float[], style:Int=LINE, frict:Float=1.0, colGroup:Int=-1, qtLevel:Int=1 )
Returns	Collision zone created.
Description	Creates a new collision zone.
Information	A collision zone is an area of the simulation that masses can collide with. The collision area is difined by an array of x:Float,y:Float coordinate pairs. Style can be either LINE, LOOP, FILL, or HOLE. colGroup relates to which masses will collide with the zone. See Create for more information. qtLevel is the number of levels in the zones QuadTree. A value of 1 is the same as having bounding checks and is sufficient in most cases. QuadTree creation is slow so setting qtLevel too high can cause massive delays in an application.

Function Load:TZone( url:Object, active:Int=True )
Returns	Loaded collision zone.
Description	Loads a saved collision zone.
Information	url is the file where the TZone is saved. The zones QuadTree is also loaded so does not need to be recalculated.

Module Information

Version	1.12
Author	David Williamson
Copyright	2006-2009 David Williamson
History	1.12 Release
	Added CountActive, ApplyToActive, Activate and DeActivate to TZone. Added GetAdvBody and GetIndex to TRig.
	Altered friction handling to eliminate sliding. Added CountActive, ApplyToActive, GetAdvBody, IsActive and GetIndex to TMass.
	Added CountActive, ApplyToActive, GetAdvBody, IsActive and GetIndex to TConstraint.
	Added CountAll, ApplyToAll, Freeze, Thaw, Free, MassGet, ConGet and RigGet to TTAdvBody.
History	1.11 Release
	Added Load, Save, Copy, SetName, GetName, GetX, GetY, GetQTLevel, GetRotation, GetFriction, SetStyle and GetStyle to TZone.
	Added VertCount, VertAddLast, VertAddFirst, VertInsert, VertRemoveLast, VertRemoveFirst, and VertRemove to TZone.
	Added VertPosition, VertGetPosition, VertGetX, and VertGetY to TZone.
	Added SetBlend, GetBlend, SetAlpha, GetAlpha, SetColor, GetColor, SetScale, GetScale, ImageSetScale and ImageGetScale to TZone.
	Added DrawRect to TPhysics. Added DrawQuadTree to TZone and fixed Draw.
	TAdvBody.Save now packs images into .plb file. Optimized TQuadTree and fixed HOLE creation bug.
History	1.10 Release
	Added SetBlend and GetBlend to TRig. Added GetBounds to TPhysics.
	Added ImageReplace, RigSetScale, RigGetScale, RigSetColor, RigGetColor, RigSetAlpha, RigGetAlpha, RigSetBlend and RigGetBlend to TAdvBody.
	Updated TAdvBody.Load and TAdvBody.Copy to use new TRig functions.
History	1.09 Release
	Added SetScale, GetScale, SetColor, GetColor, SetAlpha, GetAlpha, GetImage, GetMass and
	GetConstraint to TRig.
History	1.08 Release
	Added GetX, GetY, MassDrawAll and ConDraw to TAdvBody. Fixed TAdvBody method ConAddAll.
	Added SimX and SimY to TPhysics. Added GetFriction to TMass.
History	1.07 Release
	Added MassCleanIndex, ConCleanIndex, RigCleanIndex, ImageCleanIndex and CleanIndex to TAdvBody.
	Added MassSwapIndex, ConSwapIndex, RigSwapIndex and ImageSwapIndex to TAdvBody.
History	1.06 Release
	Added GetAngle to TRig. Fixed TAdvBody.Load on PowerPC's.
	Added SetDrawRotation, DrawPoly, DrawLine, DrawOval and UpdateTransform to TPhysics.
History	1.05 Release
	Added ScreenX and ScreenY functions to TPhysics. Added TColEvent type.
	Added CollideAdvBody, CollideZone and CollideBounds methods to TAdvBody.
History	1.04 Release
	Added HOLE style, and the methods Turn, OverrideCollision, SetImage and Draw to TZone.
	Added MouseX, MouseY, DrawImage, SetDrawZoom and SetDrawCoords to TPhysics.
History	1.03 Release
	Added TAdvBody type. Added procedural functions. Added IsFrozen method to TMass.
	Added SetColGroup and GetColGroup to TZone.
History	1.02 Release
	Added TMass methods GetPosition, GetX, GetY, GetVX, GetVY and GetMass. Fixed TConstraint Method GetStiffness.
History	1.01 Release
	Added shifted grid occlusion
History	1.00 Release
	First release.