Index

Name	Description
`ACos (Float)` in cerberus.math.	Returns the arc cosine of x, in degrees.
`ACosr (Float)` in cerberus.math.	Returns the arc cosine of x, in radians.
`API Reference`	Module \| Contains \|Availability
`ASin (Float)` in cerberus.math.	Returns the arc sine of x, in degrees.
`ASinr (Float)` in cerberus.math.	Returns the arc sine of x, in radians.
`ATTRIBUTE_ABSTRACT` in reflection.
`ATTRIBUTE_EXTERN` in reflection.
`ATTRIBUTE_FINAL` in reflection.
`ATTRIBUTE_INTERFACE` in reflection.
`ATTRIBUTE_PRIVATE` in reflection.
`ATan (Float)` in cerberus.math.	Returns the arc tangent of x, in degrees.
`ATan2 (Float,Float)` in cerberus.math.	Returns the arc tangent of x / y, in degrees ranging from -180 to +180.
`ATan2r (Float,Float)` in cerberus.math.	Returns the arc tangent of x / y, in radians ranging from -PI to +PI.
`ATanr (Float)` in cerberus.math.	Returns the arc tangent of x, in radians.
`AboveTheOthers (Int)` in holzchopf.doctest.BaseClass.	The only purpose of this method is to make the declarations a little longer
`AboveTheRest (Int)` in holzchopf.doctest.BaseClass.	The only purpose of this method is to make the declarations a little longer
`Abs (Float)` in cerberus.math.	Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.
`Abs (Int)` in cerberus.math.	Returns the absolute value of x, that is, +x if x>=0 and -x if x<0.
`Abstract` in Programming/Keywords/	Declares method as Abstract.
`AccelX ()` in mojo.input.	Returns the x compononent of the acceleration applied to the device, as measured by the device's accelerometer if present.
`AccelY ()` in mojo.input.	Returns the y compononent of the acceleration applied to the device, as measured by the device's accelerometer if present.
`AccelZ ()` in mojo.input.	Returns the z compononent of the acceleration applied to the device, as measured by the device's accelerometer if present.
`Accept ()` in brl.socket.Socket.	Accepts a new connection from a remote host.
`AcceptAsync (IOnAcceptComplete)` in brl.socket.Socket.	Accepts a new connection from a remote host asynchronously.
`AdViewHeight ()` in brl.admob.Admob.	Returns the height of the ad view, or 0 if the ad view is hidden.
`AdViewWidth ()` in brl.admob.Admob.	Returns the width of the ad view, or 0 if the ad view is hidden.
`Add (K,V)` in cerberus.map.Map.	Adds a key/value pair to the map.
`AddAsyncEventSource (IAsyncEventSource)` in brl.asyncevent.	Adds source to the global list of event sources to be processed by UpdateAsyncEvents.
`AddFirst (T)` in cerberus.list.List.	Adds a value at the start of the list.
`AddLast (T)` in cerberus.list.List.	Adds a value at the end of the list.
`AddProducts (String[],Int)` in brl.cerberusstore.CerberusStore.	Adds multiple new products to the store.
`AddShadowCaster (ShadowCaster,{Float},{Float},{Float},{Float},{Float})` in mojo2.graphics.DrawList.	Add a shadow caster to the drawlist.
`AdditiveBlend` in mojo.graphics.
`AdmobInterstitial` in brl.admob.	The AdmobInterstitial class provides simple support for Interstitial advertising with the Google Admob advertising system.
`Admob` in brl.admob.	The admob class provides simple support for the Google Admob advertising system, which allows you to add advertising to your games.
`Alias` in Programming/Keywords/	The Alias directive allows you to assign a local name to a constant, global, function or class declared in another module.
`Allocate ()` in brl.pool.Pool.	Allocates an object from the pool and calls IOnPoolAllocate.OnPoolAllocate if the object implements IOnPoolAllocate.
`Alpha ()` in mojo2.graphics.DrawList.	Return current alpha.
`AlphaBlend` in mojo.graphics.
`AmbientLight ()` in mojo2.graphics.Canvas.	Get ambient light color.
`And` in Programming/Keywords/	The logical And operator.
`App config settings` in Programming/	App config settings are settings that affect how a project is built.
`AppArgs ()` in brl.process.	Returns the application startup parameters.
`AppArgs ()` in os.	Returns the application startup parameters.
`AppPath ()` in brl.process.	Returns the file system path of the currently running application.
`AppPath ()` in os.	Returns the file system path of the currently running application.
`App` in mojo.app.	This is the main application class.
`ArrayBoxer` in reflection.	The ArrayBoxer class is a utility class that allows you to box and unbox arrays for use with reflection.
`ArrayClass (String)` in reflection.	Returns the class of an array.
`ArrayLength (Object)` in reflection.ClassInfo.	Get length of an array.
`ArrayObject` in cerberus.boxes.	The ArrayObject box class is a generic class that can be used to encapsulate an array inside an object.
`Array` in cerberus.lang.	The Array type is a fundamental cerberus type used to represent array values.
`AsyncActive ()` in brl.asyncevent.	Returns True if the async event is currently active.
`Attributes ()` in reflection.ClassInfo.	Get class attributes.
`Attributes ()` in reflection.ConstInfo.	Get const attributes.
`Attributes ()` in reflection.FieldInfo.	Get field attributes.
`Attributes ()` in reflection.FunctionInfo.	Get function attributes.
`Attributes ()` in reflection.GlobalInfo.	Get global attributes.
`Attributes ()` in reflection.MethodInfo.	Get method attributes.
`BLABBER` in holzchopf.doctest.	Note that consts are alphabetically sorted
`BLIBBER` in holzchopf.doctest.	This one is actually the fourth documented const
`BLOBBER` in holzchopf.doctest.	This one is actually the third documented const
`BLUBBER` in holzchopf.doctest.	This one is actually the first documented const
`Backwards ()` in cerberus.list.List.	Returns an object that may be used to iterate backwards through the list with a For EachIn loop.
`Backwards ()` in cerberus.stack.Stack.	Returns an object that may be used to iterate backwards through the stack with a For EachIn loop.
`BaseClass` in holzchopf.doctest.	Test-class
`BeginPrettyBlock ()` in brl.markdown.IPrettifier.	This method is called when a Markdown objects encounters a <pre> tag, and should return an appropriate html block start tag, eg: <div>.
`Bind (String,Int)` in brl.socket.Socket.	Binds the socket to a local host and port.
`BindAsync (String,Int,IOnBindComplete)` in brl.socket.Socket.	Binds the socket to a local host and port asynchronously.
`BlackTexture ()` in mojo2.graphics.Texture.	Return a stock single texel black texture.
`BlendMode ()` in mojo2.graphics.DrawList.	Get blend mode.
`BoolClass ()` in reflection.	Returns the class of a 'bool'.
`BoolObject` in cerberus.boxes.	The BoolObject box class can be used to encapsulate an bool value inside an object.
`Bool` in Programming/Keywords/	The built-in boolean type.
`BoolValue ()` in brl.json.JsonBool.	Returns boolen value.
`BoolValue ()` in brl.json.JsonValue.	For a JsonBool, this will return its boolean value.
`Box (T[])` in reflection.ArrayBoxer.	Box an array.
`BoxBool (Bool)` in reflection.	Creates a box object with the given value.
`BoxFloat (Float)` in reflection.	Creates a box object with the given value.
`BoxInt (Int)` in reflection.	Creates a box object with the given value.
`BoxString (String)` in reflection.	Creates a box object with the given value.
`Build (String)` in mojo2.graphics.Shader.	Compiles and links the shader.
`BumpShader ()` in mojo2.graphics.Shader.	Returns a stock bump shader for drawing lit sprites with specular and normal maps.
`BuyProductAsync (Product,IOnBuyProductComplete)` in brl.cerberusstore.CerberusStore.	Starts an async operation to buy a product.
`BytesReceived ()` in brl.httprequest.HttpRequest.	Returns the total number of bytes received.
`CServer` in Tools/	CServer is a simple, lightweight web server for testing HTML5 apps, and is located in the Cerberus X 'bin' directory.
`CanGet ()` in brl.ringbuffer.RingBuffer.	Returns the number of bytes that can be read from the buffer using Get.
`CanPut ()` in brl.ringbuffer.RingBuffer.	Returns the number of bytes that can be written to the buffer using Put.
`Canvas` in mojo2.graphics.	Canvas objects are used to perform rendering to either the app window or an 'off screen' image.
`Capacity ()` in brl.ringbuffer.RingBuffer.	Returns the size of the buffer in bytes, ie: CanGet+CanPut.
`Case` in Programming/Keywords/	Case is part of the conditional Select block.
`Catch` in Programming/Keywords/	The Catch keyword is part of the Try/Catch exception-handling construct.
`Ceil (Float)` in cerberus.math.	Returns the smallest integral value that is not less than x.
`CerberusStore` in brl.cerberusstore.	The CerberusStore and Product classes allow apps to perform 'in app purchases' (IAP) on the ios, android and winrt(windows8.1) targets.
`Cerberus_X` in Tools/	The Cerberus X app appears in the main directory of your Cerberus X installation, and is used to launch Ted, the Cerberus X text editor/IDE found in the Cerberus X 'bin' directory.
`ChangeDir (String)` in brl.process.	Changes the current directory of the running application.
`ChangeDir (String)` in os.	Changes the current directory of the running application.
`ChannelState (Int)` in mojo.audio.	Returns the state of the specified audio channel: 0 if the channel is currently stopped, 1 if the channel is currently playing, 2 if the channel is currently paused or -1 if the channel state cannot be determined.
`Clamp (Float,Float,Float)` in cerberus.math.	Clamps x to the range min through max inclusive.
`Clamp (Int,Int,Int)` in cerberus.math.	Clamps x to the range min through max inclusive.
`ClassInfo` in reflection.	ClassInfo objects describe classes declared by your program and in modules.
`Class` in Programming/Keywords/	Declares the beginning of an object class.
`Clear ()` in brl.ringbuffer.RingBuffer.	Empties the buffer.
`Clear ()` in cerberus.deque.Deque.	Removes all items from the deque.
`Clear ()` in cerberus.list.List.	Removes all the elements from the list.
`Clear ()` in cerberus.map.Map.	Removes all keys and values from the map.
`Clear ()` in cerberus.set.Set.	Removes all items from the set.
`Clear ()` in cerberus.stack.Stack.	Removes all items from the stack.
`Clear ({float},{float},{float},{float})` in mojo2.graphics.Canvas.	Clear canvas to the specified color.
`Close ()` in brl.stream.Stream.	Closes the stream and released any OS resources in use.
`Cls ({Float},{Float},{Float})` in mojo.graphics.	Clears the graphics device to the specified color.
`Color ()` in mojo2.graphics.DrawList.	Returns a 4 component float array containing current color and alpha.
`ColorMask ()` in mojo2.graphics.Canvas.	Get color mask.
`Compare (Float,Float)` in cerberus.list.FloatList.	Implements the List.Compare method, which allows FloatLists to be sorted using the Sort method.
`Compare (Float,Float)` in cerberus.map.FloatMap.	Implements the Map.Compare method.
`Compare (Float,Float)` in cerberus.stack.FloatStack.	Implements the Stack.Compare method, which allows FloatStacks to be sorted using the Sort method.
`Compare (FloatObject)` in cerberus.boxes.FloatObject.	Compares FloatObjects.
`Compare (Int,Int)` in cerberus.list.IntList.	Implements the List.Compare method, which allows IntLists to be sorted using the Sort method.
`Compare (Int,Int)` in cerberus.map.IntMap.	Implements the Map.Compare method.
`Compare (Int,Int)` in cerberus.stack.IntStack.	Implements the Stack.Compare method, which allows IntStacks to be sorted using the Sort method.
`Compare (IntObject)` in cerberus.boxes.IntObject.	Compares IntObjects.
`Compare (K,K)` in cerberus.map.Map.	The compare method must return a negative value if lhs < rhs, a positive value if lhs > rhs, or 0 if lhs = rhs.
`Compare (String)` in cerberus.lang.String.	Compares two strings.
`Compare (String,String)` in cerberus.list.StringList.	Implements the List.Compare method, which allows StringLists to be sorted using the Sort method.
`Compare (String,String)` in cerberus.map.StringMap.	Implements the Map.Compare method.
`Compare (String,String)` in cerberus.stack.StringStack.	Implements the Stack.Compare method, which allows StringStacks to be sorted using the Sort method.
`Compare (StringObject)` in cerberus.boxes.StringObject.	Compares StringObjects.
`Compare (T,T)` in cerberus.list.List.	This method is used by the Sort method to compare elements.
`Compare (T,T)` in cerberus.stack.Stack.	This method is used by the Sort method to compare elements.
`Confirm (String,String,Bool)` in brl.requesters.	Confirm activates a simple modal dialog requesting the user to select between YES and NO options.
`Connect (String,Int)` in brl.socket.Socket.	Connects the socket to a remote host.
`Connect (String,Int)` in brl.tcpstream.TcpStream.	Attempts to connect to the specified host and returns true if successful.
`ConnectAsync (String,Int,IOnConnectComplete)` in brl.socket.Socket.	Connects a socket to a remote host asynchronously.
`ConstInfo` in reflection.	ConstInfo objects describe constant values declared by your program.
`Const` in Programming/Keywords/	Declares a constant value.
`Contains (K)` in cerberus.map.Map.	Return true if the specified key is contained in the map.
`Contains (String)` in brl.json.JsonObject.	Returns true if the json object contains key.
`Contains (String)` in cerberus.lang.String.	Returns true if the string contains str, else false.
`Contains (T)` in cerberus.list.List.	Returns true if list contains value.
`Contains (T)` in cerberus.set.Set.	Return True if the specified value is contained in the set, else False.
`Contains (T)` in cerberus.stack.Stack.	Returns true if value is contained in the stack.
`Continue` in Programming/Keywords/	The Continue keyword causes program flow to jump immediately to the start of the next iteration of an enclosing For, While or Repeat loop.
`CopyBytes (Int,DataBuffer,Int,Int)` in brl.databuffer.DataBuffer.	Copies count bytes starting at srcAddress from this buffer to dst.
`CopyDir (String,String,Bool,Bool)` in os.	Copies the directory at srcpath to dstpath, creating dstpath if necessary.
`CopyDir (String,String,{Bool},{Bool})` in brl.filesystem.	Copies the directory at srcpath to dstpath, creating dstpath if necessary.
`CopyFile (String,String)` in brl.filesystem.	Copies a file from srcpath to dstpath.
`CopyFile (String,String)` in os.	Copies a file from srcpath to dstpath.
`Cos (Float)` in cerberus.math.	Returns the cosine of x degrees.
`Cosr (Float)` in cerberus.math.	Returns the cosine of x radians.
`Count ()` in cerberus.list.List.	Returns the number of elements in the list.
`Count ()` in cerberus.map.Map.	Returns the number of key/value pairs in the map.
`Count ()` in cerberus.set.Set.	Counts and returns the number of objects in the set.
`CountJoysticks ({Bool})` in mojo.input.	Returns the number of connected joysticks.
`CreateDir (String)` in brl.filesystem.	Create a new directory at path.
`CreateDir (String)` in os.	Create a new directory at path.
`CreateFile (String)` in brl.filesystem.	Creates a new file at path.
`CreateImage (Int,Int,{Int},{Int})` in mojo.graphics.	Creates an empty image for use with Image.WritePixels.
`Credits`	Language design and programming - Mark Sibly
`CurrentDir ()` in brl.process.	Returns the current directory of the currently running application.
`CurrentDir ()` in os.	Returns the current directory of the currently running application.
`DIRECTION_DOWN` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_EAST` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_LEFT` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_NORTH` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_RIGHT` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_SOUTH` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_UP` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`DIRECTION_WEST` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary directions
`Data ()` in brl.datastream.DataStream.	Returns the databuffer object wrapped by this datastream.
`Data ()` in cerberus.stack.Stack.	Provides access to the underlying array used to store stack data.
`DataBuffer` in brl.databuffer.	Databuffer objects provide storage for arbitrary data.
`DataStream` in brl.datastream.	A datastream allows you to read and write data to and from a databuffer in a stream-like way.
`DebugLog (String)` in cerberus.lang.	Writes message to the current debug channel.
`DebugStop ()` in cerberus.lang.	Stops program execution.
`DefaultFlags` in mojo.graphics.Image.	The image flags used by default when an image is loaded or grabbed.
`DefaultMaterial ()` in mojo2.graphics.DrawList.	Return the current default material.
`Default` in Programming/Keywords/	Default is part of the conditional Select block.
`DefaultShader ()` in mojo2.graphics.Shader.	Returns the default shader used when a material is created with a 'Null' shader.
`DeleteDir (String)` in os.	Deletes the directory at path.
`DeleteDir (String,Bool)` in os.	Deletes the directory at path.
`DeleteDir (String,{Bool})` in brl.filesystem.	Deletes the directory at path.
`DeleteFile (String)` in brl.filesystem.	Deletes the specified file.
`DeleteFile (String)` in os.	Deletes the specified file.
`Deque` in cerberus.deque.	A deque is a 'double ended queue'.
`Description ()` in brl.cerberusstore.Product.	The product description.
`DesktopMode ()` in mojo.app.	Gets the display mode used by the desktop.
`DeviceHeight ()` in mojo.app.	Returns the height of the application's device window, in pixels.
`DeviceHeight ()` in mojo.graphics.	*** Moved to mojo.app.DeviceHeight ***
`DeviceWidth ()` in mojo.app.	Returns the width of the application's device window, in pixels.
`DeviceWidth ()` in mojo.graphics.	*** Moved to mojo.app.DeviceWidth ***
`DisableKeyboard ()` in mojo.input.	On the android and ios targets, this function disables the native virtual keyboard.
`Discard ()` in brl.databuffer.DataBuffer.	Releases any resources used by the data buffer.
`Discard ()` in mojo.audio.Sound.	The Discard method frees up any low level resources being used by the sound.
`Discard ()` in mojo.graphics.Image.	Discard any underlying resources associated with the image.
`Discard ()` in mojo2.graphics.Image.	Discard any internal resources such as videomem used by the image.
`DisplayMode` in mojo.app.	A simple structure that contains info on the various fullscreen display modes available when using the desktop target.
`DisplayModes ()` in mojo.app.	Gets an array of valid fullscreen display modes for use with SetDeviceWindow.
`Domain ()` in brl.url.Url.	Returns the domain part of the url.
`DrawCircle (Float,Float,Float)` in mojo.graphics.	Draws a circle of the given radius at coordinates x, y.
`DrawCircle (Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a circle at x, y with radius radius.
`DrawEllipse (Float,Float,Float,Float)` in mojo.graphics.	Draws an ellipse of radii xRadius, yRadius at coordinates x, y.
`DrawEllipse (Float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw an ellipse at x, y with radii xRadius, yRadius.
`DrawImage (Image,Float,Float,Float)` in mojo2.graphics.DrawList.	Draw an image at tx,ty rotated by rz.
`DrawImage (Image,Float,Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Draw an image at tx,ty rotated by rz and scaled by sx,sy.
`DrawImage (Image,Float,Float,Float,Float,Float,{Int})` in mojo.graphics.	Draws an image at coordinates x, y, offset by the image's handle.
`DrawImage (Image,Float,Float,{Int})` in mojo.graphics.	Draws an image at coordinates x, y, offset by the image's handle.
`DrawImage (Image,{Float},{Float})` in mojo2.graphics.DrawList.	Draw an image at tx,ty.
`DrawImage9P (Image,Float,Float,Int,Float,Float,Float)` in mojo2.graphics.DrawList.	Draws an 9-Patch image at coordinates tx, ty.
`DrawImage9P (Image,Float,Float,Int,Float,Float,Float,{Int})` in mojo.graphics.	Draws an 9-Patch image at coordinates x, y, offset by the image's handle.
`DrawImageRect (Image,Float,Float,Int,Int,Int,Int,Float,Float,Float,{Int})` in mojo.graphics.	Draws a sub-rectangle of an image at coordinates x, y, offset by the image's handle.
`DrawImageRect (Image,Float,Float,Int,Int,Int,Int,{Int})` in mojo.graphics.	Draws a sub-rectangle of an image at coordinates x, y, offset by the image's handle.
`DrawIndexedPrimitives (Int,int,Float[],Int[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of indexed primtives.
`DrawIndexedPrimitives (Int,int,Float[],float[],Int[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of indexed primtives.
`DrawIndexedPrimitives (Int,int,Float[],float[],int[],Int[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of indexed primtives.
`DrawLine (Float,Float,Float,Float)` in mojo.graphics.	Draws a line from x1, y1 to x2, y2.
`DrawLine (Float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a line from x0,y0 to x1,y1.
`DrawList` in mojo2.graphics.	A drawlist contains drawing state and a sequence of 2d drawing operations.
`DrawOval (Float,Float,Float,Float)` in mojo.graphics.	Draws an oval of size width, height at coordinates x, y.
`DrawOval (float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw an oval in the given rectangle.
`DrawPoint (Float,Float)` in mojo.graphics.	Draws a point at the coordinates x, y.
`DrawPoint (Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a point at x0,y0.
`DrawPoly (Float[])` in mojo.graphics.	Draw a convex polygon using the provided vertices.
`DrawPrimitives (Int,int,Float[],float[],int[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of primtives.
`DrawPrimitives (Int,int,Float[],float[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of primtives.
`DrawPrimitives (Int,int,Float[],{Material})` in mojo2.graphics.DrawList.	Draw a batch of primtives.
`DrawQuad (Float,Float,Float,Float,Float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a quad.
`DrawRect (Float,Float,Float,Float)` in mojo.graphics.	Draws a rectangle of size width, height at the coordinates x, y.
`DrawRect (Float,Float,Float,Float,Image)` in mojo2.graphics.DrawList.	Draw a rect from x,y to x+width,y+height filled with image.
`DrawRect (Float,Float,Float,Float,Image,Int,Int,Int,Int)` in mojo2.graphics.DrawList.	Draw a rect from x,y to x+width,y+height filled with the given subrect of image.
`DrawRect (Float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a rect from x,y to x+width,y+height.
`DrawRect (Float,Float,Image,Int,Int,Int,Int)` in mojo2.graphics.DrawList.	Draw a rect at x,y filled with the given subrect of image.
`DrawShadow (Float,Float,Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Draw a shadow volume.
`DrawShadows (Float,Float,DrawList)` in mojo2.graphics.DrawList.	Draw multiple shadow volumes.
`DrawText (String,Int,Int,{Float},{Float})` in mojo.graphics.	Draws text at coordinates x, y in the current font.
`DrawText (String,float,Float,{Float},{Float})` in mojo2.graphics.DrawList.	Draw text at x,y in the current font.
`DrawText (String[],Int,Int,{Float},{Float})` in mojo.graphics.	Draws a multiline text beginning at coordinates x, y in the current font.
`DrawTriangle (Float,Float,Float,Float,Float,Float,{Material})` in mojo2.graphics.DrawList.	Draw a triangle.
`Drawing with images` in Tutorials/	In this tutorial we load some images from our apps data folder and learn more about mojo.graphics.
`Eachin` in Programming/Keywords/	Defines the set of objects or values to be assigned to the index variable in a For/Next loop.
`ElementType ()` in reflection.ClassInfo.	Get array element type.
`Else` in Programming/Keywords/	Marks the start of alternative program flow should a conditional expression prove False.
`Elseif` in Programming/Keywords/	Where the initial expression in a conditional block proves False, ElseIf allows for the testing of another expression, executing an alternative section of code should that expression prove True.
`EnableKeyboard ()` in mojo.input.	On the android and ios targets, this function enables the native virtual keyboard.
`EndApp ()` in mojo.app.	Ends the current application.
`EndPrettyBlock ()` in brl.markdown.IPrettifier.	This method is called when a Markdown object encounters a </pre> tag, and should return an appropriate html block end tag, eg: </div>.
`End` in Programming/Keywords/	Declares the end of a class, function, method or similar block-style definition, or of certain loop or conditional blocks.
`Endif` in Programming/Keywords/	Marks the end of a conditional block.
`EndsWith (String)` in cerberus.lang.String.	Returns true if this string ends with str, else false.
`EnumLayerLights (Stack)` in mojo2.renderer.ILayer.	Get lights to be rendered for layer.
`Enumerate` in Programming/Keywords/	Declares an enumeration of constant integer values.
`Eof ()` in brl.stream.Stream.	Returns 1 if end-of-file has been reached, -1 if an IO error has occurred or 0 if the stream can be read.
`Equals (BoolObject)` in cerberus.boxes.BoolObject.	Returns 'true' if the value contained in the BoolObject equals the value contained in box.
`Equals (FloatObject)` in cerberus.boxes.FloatObject.	Tests FloatObjects for equality.
`Equals (IntObject)` in cerberus.boxes.IntObject.	Tests IntObjects for equality.
`Equals (StringObject)` in cerberus.boxes.StringObject.	Tests StringObjects for equality.
`Equals (T,T)` in cerberus.list.List.	This method is used by the Contains, RemoveFirst, RemoveLast and RemoveEach methods to determine element equality.
`Equals (T,T)` in cerberus.stack.Stack.	This method is used by the Contains and RemoveEach methods to determine element equality.
`Error (String)` in cerberus.lang.	Generates a runtime error message and ends program execution.
`Execute (String)` in brl.process.	Executes a shell command and returns the result.
`Execute (String)` in brl.process.Process.	Runs a process, waits for it to finish, and returns the process stdout output.
`Execute (String)` in os.	Executes a shell command and returns the result.
`ExitApp (Int)` in brl.process.	Exits the application with the given return code.
`ExitApp (Int)` in os.	Exits the application with the given return code.
`Exit` in Programming/Keywords/	Allows program flow to 'jump out' of loops, continuing execution after the relevant closing keyword.
`Exp (Float)` in cerberus.math.	Returns the base-e exponential function of x, which is the e number raised to the power x.
`ExtendsClass (ClassInfo)` in reflection.ClassInfo.	Check if class extends another class, or implements an interface.
`Extends` in Programming/Keywords/	Declares that class definition inherits a parent class.
`Extern` in Programming/Keywords/	External code directive.
`ExtractDir (String)` in brl.filepath.	Returns the directory part of a file path.
`ExtractDir (String)` in os.	Extracts and returns the directory of a file system path.
`ExtractExt (String)` in brl.filepath.	Returns the file type extension part of a file system path.
`ExtractExt (String)` in os.	Extracts and returns the file type extension of a file system path.
`FILETYPE_DIR` in brl.filesystem.
`FILETYPE_DIR` in os.
`FILETYPE_FILE` in brl.filesystem.
`FILETYPE_FILE` in os.
`FILETYPE_NONE` in brl.filesystem.
`FILETYPE_NONE` in os.
`FIVE` in holzchopf.doctest.	Just some number literals
`FOUR` in holzchopf.doctest.	Just some number literals
`FRIDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`False` in Programming/Keywords/	Represents boolean true value.
`FancyFunction (String)` in holzchopf.doctest.BaseClass.	Documented class function
`FastShader ()` in mojo2.graphics.Shader.	Returns a stock 'fast shader' for drawing unlit sprites efficiently.
`FieldInfo` in reflection.	FieldInfo objects describe fields declared within a class.
`Field` in Programming/Keywords/	Declares a class field variable.
`File formats` in Programming/	This table lists the file formats supported by Cerberus X targets.
`FileSize (String)` in brl.filesystem.	Return the length of a file, in bytes, or 0 if the file does not exist.
`FileSize (String)` in os.	Return the length of a file, in bytes.
`FileStream` in brl.filestream.	A filestream allows you to read/write data from/to a file.
`FileTime (String)` in brl.filesystem.	Return the time the file was last modified, or 0 if the file does not exist.
`FileTime (String)` in os.	Returns the time the file at path was last modified.
`FileType (String)` in brl.filesystem.	Returns an integer representing the type of a file, one of: FILETYPE_NONE for no file, FILETYPE_FILE for a normal file, FILETYPE_DIR for a directory.
`FileType (String)` in os.	Returns an integer representing the type of a file, one of: 0 for no file, 1 for a normal file, 2 for a directory.
`Final` in Programming/Keywords/	Declares that a class may not be extended or that a method may not be overridden.
`Find (String,{Int})` in cerberus.lang.String.	Returns the offset of the first occurrence of str within this string, starting at the specified start offset.
`Find (T)` in cerberus.list.List.	Finds the node containing the first element in the list equal to value.
`Find (T,{Int})` in cerberus.stack.Stack.	Finds the index of the first element in the statch equal to value.
`FindLast (String)` in cerberus.lang.String.	Returns the offset of the last occurrence of str within this string.
`FindLast (String,Int)` in cerberus.lang.String.	Returns the offset of the last occurrence of str within this string, starting at the optional offset specified by start.
`FindLast (T)` in cerberus.list.List.	Finds the node containing the last element in the list equal to value.
`FindLast (T)` in cerberus.stack.Stack.	Finds the index of the last element in the statch equal to value.
`FindLast (T,Int)` in cerberus.stack.Stack.	Finds the index of the last element in the statch equal to value.
`First cerberus steps` in Tutorials/	Skid spills some source...
`First ()` in cerberus.list.List.	Returns the first element in the list.
`FirstNode ()` in cerberus.list.List.	Return the first node in the list, or Null if the list is empty.
`FirstNode ()` in cerberus.map.Map.	Returns the first node in the map.
`Flags ()` in mojo.graphics.Image.	Returns the flags used to create the image.
`Flags ()` in mojo2.graphics.Texture.	Get texture flags.
`FlagsMask ()` in mojo2.graphics.Image.	Returns the current flags mask.
`FlatTexture ()` in mojo2.graphics.Texture.	Return a stock single texel 'flat' texture for normal mapping.
`FloatClass ()` in reflection.	Returns the class of a 'float'.
`FloatDeque` in cerberus.deque.	FloatDeque is a convenience class for handling deques of floating point values.
`FloatList` in cerberus.list.	FloatList is a convenience class for handling lists of floating point values.
`FloatMap` in cerberus.map.	A FloatMap is a convenience class for mapping floats to values.
`FloatObject` in cerberus.boxes.	The FloatObject box class can be used to encapsulate a float value inside an object.
`Float` in Programming/Keywords/	The built-in float type.
`FloatSet` in cerberus.set.	FloatSet is a convenience class for managing sets of floats.
`FloatStack` in cerberus.stack.	A FloatStack is a convenience class for dealing with stacks of floats.
`FloatValue ()` in brl.json.JsonNumber.	Returns float value.
`FloatValue ()` in brl.json.JsonValue.	For a JsonNumber, this will return its numerical value as float.
`Floor (Float)` in cerberus.math.	Returns the largest integral value that is not greater than x.
`Flush ()` in mojo2.graphics.Canvas.	Flush rendering operations.
`FogColor ()` in mojo2.graphics.Canvas.	Get fog color.
`Font ()` in mojo2.graphics.DrawList.	Get font.
`FontHeight ()` in mojo.graphics.	Returns the height of the current font.
`Font` in mojo.graphics.	The mojo Font class provides support for bitmap fonts.
`Font` in mojo2.graphics.	The mojo2 Font class provides support for bitmap fonts.
`For` in Programming/Keywords/	Declares the start of a For/Next loop.
`Forever` in Programming/Keywords/	Marks the end of a Repeat/Forever loop.
`Format ()` in mojo2.graphics.Texture.	Get texture format.
`Fragment ()` in brl.url.Url.	Returns the anchor part of the url.
`Frames ()` in mojo.graphics.Image.	Returns the number of frames in the image.
`Free (T)` in brl.pool.Pool.	Adds an object to the pool and calls IOnPoolFree.OnPoolFree if the object implements IOnPoolFree.
`FromChar (Int)` in cerberus.lang.String.	Creates and returns a string of length 1 containing the character code specified by charCode.
`FromChars (Int[])` in cerberus.lang.String.	Creates and returns a string containing the character codes in the specified charCode array.
`FullPath ()` in brl.url.Url.	Returns the path, query and fragment parts of the url, combined with appropriate separators.
`FunctionInfo` in reflection.	FunctionInfo objects describe functions declared by your program.
`Function` in Programming/Keywords/	Declares the beginning of a function.
`GL_ACTIVE_ATTRIBUTES` in opengl.gles20.
`GL_ACTIVE_ATTRIBUTE_MAX_LENGTH` in opengl.gles20.
`GL_ACTIVE_TEXTURE` in opengl.gles11.
`GL_ACTIVE_TEXTURE` in opengl.gles20.
`GL_ACTIVE_UNIFORMS` in opengl.gles20.
`GL_ACTIVE_UNIFORM_MAX_LENGTH` in opengl.gles20.
`GL_ADD_SIGNED` in opengl.gles11.
`GL_ADD` in opengl.gles11.
`GL_ALIASED_LINE_WIDTH_RANGE` in opengl.gles11.
`GL_ALIASED_LINE_WIDTH_RANGE` in opengl.gles20.
`GL_ALIASED_POINT_SIZE_RANGE` in opengl.gles11.
`GL_ALIASED_POINT_SIZE_RANGE` in opengl.gles20.
`GL_ALPHA_BITS` in opengl.gles11.
`GL_ALPHA_BITS` in opengl.gles20.
`GL_ALPHA_SCALE` in opengl.gles11.
`GL_ALPHA_TEST_FUNC` in opengl.gles11.
`GL_ALPHA_TEST_REF` in opengl.gles11.
`GL_ALPHA_TEST` in opengl.gles11.
`GL_ALPHA` in opengl.gles11.
`GL_ALPHA` in opengl.gles20.
`GL_ALWAYS` in opengl.gles11.
`GL_ALWAYS` in opengl.gles20.
`GL_AMBIENT_AND_DIFFUSE` in opengl.gles11.
`GL_AMBIENT` in opengl.gles11.
`GL_AND_INVERTED` in opengl.gles11.
`GL_AND_REVERSE` in opengl.gles11.
`GL_AND` in opengl.gles11.
`GL_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_ARRAY_BUFFER_BINDING` in opengl.gles20.
`GL_ARRAY_BUFFER` in opengl.gles11.
`GL_ARRAY_BUFFER` in opengl.gles20.
`GL_ATTACHED_SHADERS` in opengl.gles20.
`GL_BACK` in opengl.gles11.
`GL_BACK` in opengl.gles20.
`GL_BLEND_COLOR` in opengl.gles20.
`GL_BLEND_DST_ALPHA` in opengl.gles20.
`GL_BLEND_DST_RGB` in opengl.gles20.
`GL_BLEND_DST` in opengl.gles11.
`GL_BLEND_EQUATION_ALPHA` in opengl.gles20.
`GL_BLEND_EQUATION_RGB` in opengl.gles20.
`GL_BLEND_EQUATION` in opengl.gles20.
`GL_BLEND_SRC_ALPHA` in opengl.gles20.
`GL_BLEND_SRC_RGB` in opengl.gles20.
`GL_BLEND_SRC` in opengl.gles11.
`GL_BLEND` in opengl.gles11.
`GL_BLEND` in opengl.gles20.
`GL_BLUE_BITS` in opengl.gles11.
`GL_BLUE_BITS` in opengl.gles20.
`GL_BOOL_VEC2` in opengl.gles20.
`GL_BOOL_VEC3` in opengl.gles20.
`GL_BOOL_VEC4` in opengl.gles20.
`GL_BOOL` in opengl.gles20.
`GL_BUFFER_SIZE` in opengl.gles11.
`GL_BUFFER_SIZE` in opengl.gles20.
`GL_BUFFER_USAGE` in opengl.gles11.
`GL_BUFFER_USAGE` in opengl.gles20.
`GL_BYTE` in opengl.gles11.
`GL_BYTE` in opengl.gles20.
`GL_CCW` in opengl.gles11.
`GL_CCW` in opengl.gles20.
`GL_CLAMP_TO_EDGE` in opengl.gles11.
`GL_CLAMP_TO_EDGE` in opengl.gles20.
`GL_CLEAR` in opengl.gles11.
`GL_CLIENT_ACTIVE_TEXTURE` in opengl.gles11.
`GL_CLIP_PLANE0` in opengl.gles11.
`GL_CLIP_PLANE1` in opengl.gles11.
`GL_CLIP_PLANE2` in opengl.gles11.
`GL_CLIP_PLANE3` in opengl.gles11.
`GL_CLIP_PLANE4` in opengl.gles11.
`GL_CLIP_PLANE5` in opengl.gles11.
`GL_COLOR_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_COLOR_ARRAY_POINTER` in opengl.gles11.
`GL_COLOR_ARRAY_SIZE` in opengl.gles11.
`GL_COLOR_ARRAY_STRIDE` in opengl.gles11.
`GL_COLOR_ARRAY_TYPE` in opengl.gles11.
`GL_COLOR_ARRAY` in opengl.gles11.
`GL_COLOR_ATTACHMENT0` in opengl.gles20.
`GL_COLOR_BUFFER_BIT` in opengl.gles11.
`GL_COLOR_BUFFER_BIT` in opengl.gles20.
`GL_COLOR_CLEAR_VALUE` in opengl.gles11.
`GL_COLOR_CLEAR_VALUE` in opengl.gles20.
`GL_COLOR_LOGIC_OP` in opengl.gles11.
`GL_COLOR_MATERIAL` in opengl.gles11.
`GL_COLOR_WRITEMASK` in opengl.gles11.
`GL_COLOR_WRITEMASK` in opengl.gles20.
`GL_COMBINE_ALPHA` in opengl.gles11.
`GL_COMBINE_RGB` in opengl.gles11.
`GL_COMBINE` in opengl.gles11.
`GL_COMPILE_STATUS` in opengl.gles20.
`GL_COMPRESSED_TEXTURE_FORMATS` in opengl.gles11.
`GL_COMPRESSED_TEXTURE_FORMATS` in opengl.gles20.
`GL_CONSTANT_ALPHA` in opengl.gles20.
`GL_CONSTANT_ATTENUATION` in opengl.gles11.
`GL_CONSTANT_COLOR` in opengl.gles20.
`GL_CONSTANT` in opengl.gles11.
`GL_COPY_INVERTED` in opengl.gles11.
`GL_COPY` in opengl.gles11.
`GL_CULL_FACE_MODE` in opengl.gles11.
`GL_CULL_FACE_MODE` in opengl.gles20.
`GL_CULL_FACE` in opengl.gles11.
`GL_CULL_FACE` in opengl.gles20.
`GL_CURRENT_COLOR` in opengl.gles11.
`GL_CURRENT_NORMAL` in opengl.gles11.
`GL_CURRENT_PROGRAM` in opengl.gles20.
`GL_CURRENT_TEXTURE_COORDS` in opengl.gles11.
`GL_CURRENT_VERTEX_ATTRIB` in opengl.gles20.
`GL_CW` in opengl.gles11.
`GL_CW` in opengl.gles20.
`GL_DECAL` in opengl.gles11.
`GL_DECR_WRAP` in opengl.gles20.
`GL_DECR` in opengl.gles11.
`GL_DECR` in opengl.gles20.
`GL_DELETE_STATUS` in opengl.gles20.
`GL_DEPTH_ATTACHMENT` in opengl.gles20.
`GL_DEPTH_BITS` in opengl.gles11.
`GL_DEPTH_BITS` in opengl.gles20.
`GL_DEPTH_BUFFER_BIT` in opengl.gles11.
`GL_DEPTH_BUFFER_BIT` in opengl.gles20.
`GL_DEPTH_CLEAR_VALUE` in opengl.gles11.
`GL_DEPTH_CLEAR_VALUE` in opengl.gles20.
`GL_DEPTH_COMPONENT16` in opengl.gles20.
`GL_DEPTH_COMPONENT` in opengl.gles20.
`GL_DEPTH_FUNC` in opengl.gles11.
`GL_DEPTH_FUNC` in opengl.gles20.
`GL_DEPTH_RANGE` in opengl.gles11.
`GL_DEPTH_RANGE` in opengl.gles20.
`GL_DEPTH_TEST` in opengl.gles11.
`GL_DEPTH_TEST` in opengl.gles20.
`GL_DEPTH_WRITEMASK` in opengl.gles11.
`GL_DEPTH_WRITEMASK` in opengl.gles20.
`GL_DIFFUSE` in opengl.gles11.
`GL_DITHER` in opengl.gles11.
`GL_DITHER` in opengl.gles20.
`GL_DONT_CARE` in opengl.gles11.
`GL_DONT_CARE` in opengl.gles20.
`GL_DOT3_RGBA` in opengl.gles11.
`GL_DOT3_RGB` in opengl.gles11.
`GL_DST_ALPHA` in opengl.gles11.
`GL_DST_ALPHA` in opengl.gles20.
`GL_DST_COLOR` in opengl.gles11.
`GL_DST_COLOR` in opengl.gles20.
`GL_DYNAMIC_DRAW` in opengl.gles11.
`GL_DYNAMIC_DRAW` in opengl.gles20.
`GL_ELEMENT_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_ELEMENT_ARRAY_BUFFER_BINDING` in opengl.gles20.
`GL_ELEMENT_ARRAY_BUFFER` in opengl.gles11.
`GL_ELEMENT_ARRAY_BUFFER` in opengl.gles20.
`GL_EMISSION` in opengl.gles11.
`GL_EQUAL` in opengl.gles11.
`GL_EQUAL` in opengl.gles20.
`GL_EQUIV` in opengl.gles11.
`GL_EXP2` in opengl.gles11.
`GL_EXP` in opengl.gles11.
`GL_EXTENSIONS` in opengl.gles11.
`GL_EXTENSIONS` in opengl.gles20.
`GL_FALSE` in opengl.gles11.
`GL_FALSE` in opengl.gles20.
`GL_FASTEST` in opengl.gles11.
`GL_FASTEST` in opengl.gles20.
`GL_FIXED` in opengl.gles11.
`GL_FIXED` in opengl.gles20.
`GL_FLAT` in opengl.gles11.
`GL_FLOAT_MAT2` in opengl.gles20.
`GL_FLOAT_MAT3` in opengl.gles20.
`GL_FLOAT_MAT4` in opengl.gles20.
`GL_FLOAT_VEC2` in opengl.gles20.
`GL_FLOAT_VEC3` in opengl.gles20.
`GL_FLOAT_VEC4` in opengl.gles20.
`GL_FLOAT` in opengl.gles11.
`GL_FLOAT` in opengl.gles20.
`GL_FOG_COLOR` in opengl.gles11.
`GL_FOG_DENSITY` in opengl.gles11.
`GL_FOG_END` in opengl.gles11.
`GL_FOG_HINT` in opengl.gles11.
`GL_FOG_MODE` in opengl.gles11.
`GL_FOG_START` in opengl.gles11.
`GL_FOG` in opengl.gles11.
`GL_FRAGMENT_SHADER` in opengl.gles20.
`GL_FRAMEBUFFER_ATTACHMENT_OBJECT_NAME` in opengl.gles20.
`GL_FRAMEBUFFER_ATTACHMENT_OBJECT_TYPE` in opengl.gles20.
`GL_FRAMEBUFFER_ATTACHMENT_TEXTURE_CUBE_MAP_FACE` in opengl.gles20.
`GL_FRAMEBUFFER_ATTACHMENT_TEXTURE_LEVEL` in opengl.gles20.
`GL_FRAMEBUFFER_BINDING` in opengl.gles20.
`GL_FRAMEBUFFER_COMPLETE` in opengl.gles20.
`GL_FRAMEBUFFER_INCOMPLETE_ATTACHMENT` in opengl.gles20.
`GL_FRAMEBUFFER_INCOMPLETE_DIMENSIONS` in opengl.gles20.
`GL_FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT` in opengl.gles20.
`GL_FRAMEBUFFER_UNSUPPORTED` in opengl.gles20.
`GL_FRAMEBUFFER` in opengl.gles20.
`GL_FRONT_AND_BACK` in opengl.gles11.
`GL_FRONT_AND_BACK` in opengl.gles20.
`GL_FRONT_FACE` in opengl.gles11.
`GL_FRONT_FACE` in opengl.gles20.
`GL_FRONT` in opengl.gles11.
`GL_FRONT` in opengl.gles20.
`GL_FUNC_ADD` in opengl.gles20.
`GL_FUNC_REVERSE_SUBTRACT` in opengl.gles20.
`GL_FUNC_SUBTRACT` in opengl.gles20.
`GL_GENERATE_MIPMAP_HINT` in opengl.gles11.
`GL_GENERATE_MIPMAP_HINT` in opengl.gles20.
`GL_GENERATE_MIPMAP` in opengl.gles11.
`GL_GEQUAL` in opengl.gles11.
`GL_GEQUAL` in opengl.gles20.
`GL_GREATER` in opengl.gles11.
`GL_GREATER` in opengl.gles20.
`GL_GREEN_BITS` in opengl.gles11.
`GL_GREEN_BITS` in opengl.gles20.
`GL_HIGH_FLOAT` in opengl.gles20.
`GL_HIGH_INT` in opengl.gles20.
`GL_IMPLEMENTATION_COLOR_READ_FORMAT` in opengl.gles20.
`GL_IMPLEMENTATION_COLOR_READ_TYPE` in opengl.gles20.
`GL_INCR_WRAP` in opengl.gles20.
`GL_INCR` in opengl.gles11.
`GL_INCR` in opengl.gles20.
`GL_INFO_LOG_LENGTH` in opengl.gles20.
`GL_INTERPOLATE` in opengl.gles11.
`GL_INT_VEC2` in opengl.gles20.
`GL_INT_VEC3` in opengl.gles20.
`GL_INT_VEC4` in opengl.gles20.
`GL_INT` in opengl.gles20.
`GL_INVALID_ENUM` in opengl.gles11.
`GL_INVALID_ENUM` in opengl.gles20.
`GL_INVALID_FRAMEBUFFER_OPERATION` in opengl.gles20.
`GL_INVALID_OPERATION` in opengl.gles11.
`GL_INVALID_OPERATION` in opengl.gles20.
`GL_INVALID_VALUE` in opengl.gles11.
`GL_INVALID_VALUE` in opengl.gles20.
`GL_INVERT` in opengl.gles11.
`GL_INVERT` in opengl.gles20.
`GL_KEEP` in opengl.gles11.
`GL_KEEP` in opengl.gles20.
`GL_LEQUAL` in opengl.gles11.
`GL_LEQUAL` in opengl.gles20.
`GL_LESS` in opengl.gles11.
`GL_LESS` in opengl.gles20.
`GL_LIGHT0` in opengl.gles11.
`GL_LIGHT1` in opengl.gles11.
`GL_LIGHT2` in opengl.gles11.
`GL_LIGHT3` in opengl.gles11.
`GL_LIGHT4` in opengl.gles11.
`GL_LIGHT5` in opengl.gles11.
`GL_LIGHT6` in opengl.gles11.
`GL_LIGHT7` in opengl.gles11.
`GL_LIGHTING` in opengl.gles11.
`GL_LIGHT_MODEL_AMBIENT` in opengl.gles11.
`GL_LIGHT_MODEL_TWO_SIDE` in opengl.gles11.
`GL_LINEAR_ATTENUATION` in opengl.gles11.
`GL_LINEAR_MIPMAP_LINEAR` in opengl.gles11.
`GL_LINEAR_MIPMAP_LINEAR` in opengl.gles20.
`GL_LINEAR_MIPMAP_NEAREST` in opengl.gles11.
`GL_LINEAR_MIPMAP_NEAREST` in opengl.gles20.
`GL_LINEAR` in opengl.gles11.
`GL_LINEAR` in opengl.gles20.
`GL_LINES` in opengl.gles11.
`GL_LINES` in opengl.gles20.
`GL_LINE_LOOP` in opengl.gles11.
`GL_LINE_LOOP` in opengl.gles20.
`GL_LINE_SMOOTH_HINT` in opengl.gles11.
`GL_LINE_SMOOTH` in opengl.gles11.
`GL_LINE_STRIP` in opengl.gles11.
`GL_LINE_STRIP` in opengl.gles20.
`GL_LINE_WIDTH` in opengl.gles11.
`GL_LINE_WIDTH` in opengl.gles20.
`GL_LINK_STATUS` in opengl.gles20.
`GL_LOGIC_OP_MODE` in opengl.gles11.
`GL_LOW_FLOAT` in opengl.gles20.
`GL_LOW_INT` in opengl.gles20.
`GL_LUMINANCE_ALPHA` in opengl.gles11.
`GL_LUMINANCE_ALPHA` in opengl.gles20.
`GL_LUMINANCE` in opengl.gles11.
`GL_LUMINANCE` in opengl.gles20.
`GL_MATRIX_MODE` in opengl.gles11.
`GL_MAX_CLIP_PLANES` in opengl.gles11.
`GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS` in opengl.gles20.
`GL_MAX_CUBE_MAP_TEXTURE_SIZE` in opengl.gles20.
`GL_MAX_FRAGMENT_UNIFORM_VECTORS` in opengl.gles20.
`GL_MAX_LIGHTS` in opengl.gles11.
`GL_MAX_MODELVIEW_STACK_DEPTH` in opengl.gles11.
`GL_MAX_PROJECTION_STACK_DEPTH` in opengl.gles11.
`GL_MAX_RENDERBUFFER_SIZE` in opengl.gles20.
`GL_MAX_TEXTURE_IMAGE_UNITS` in opengl.gles20.
`GL_MAX_TEXTURE_SIZE` in opengl.gles11.
`GL_MAX_TEXTURE_SIZE` in opengl.gles20.
`GL_MAX_TEXTURE_STACK_DEPTH` in opengl.gles11.
`GL_MAX_TEXTURE_UNITS` in opengl.gles11.
`GL_MAX_VARYING_VECTORS` in opengl.gles20.
`GL_MAX_VERTEX_ATTRIBS` in opengl.gles20.
`GL_MAX_VERTEX_TEXTURE_IMAGE_UNITS` in opengl.gles20.
`GL_MAX_VERTEX_UNIFORM_VECTORS` in opengl.gles20.
`GL_MAX_VIEWPORT_DIMS` in opengl.gles11.
`GL_MAX_VIEWPORT_DIMS` in opengl.gles20.
`GL_MEDIUM_FLOAT` in opengl.gles20.
`GL_MEDIUM_INT` in opengl.gles20.
`GL_MIRRORED_REPEAT` in opengl.gles20.
`GL_MODELVIEW_MATRIX` in opengl.gles11.
`GL_MODELVIEW_STACK_DEPTH` in opengl.gles11.
`GL_MODELVIEW` in opengl.gles11.
`GL_MODULATE` in opengl.gles11.
`GL_MULTISAMPLE` in opengl.gles11.
`GL_NAND` in opengl.gles11.
`GL_NEAREST_MIPMAP_LINEAR` in opengl.gles11.
`GL_NEAREST_MIPMAP_LINEAR` in opengl.gles20.
`GL_NEAREST_MIPMAP_NEAREST` in opengl.gles11.
`GL_NEAREST_MIPMAP_NEAREST` in opengl.gles20.
`GL_NEAREST` in opengl.gles11.
`GL_NEAREST` in opengl.gles20.
`GL_NEVER` in opengl.gles11.
`GL_NEVER` in opengl.gles20.
`GL_NICEST` in opengl.gles11.
`GL_NICEST` in opengl.gles20.
`GL_NONE` in opengl.gles20.
`GL_NOOP` in opengl.gles11.
`GL_NORMALIZE` in opengl.gles11.
`GL_NORMAL_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_NORMAL_ARRAY_POINTER` in opengl.gles11.
`GL_NORMAL_ARRAY_STRIDE` in opengl.gles11.
`GL_NORMAL_ARRAY_TYPE` in opengl.gles11.
`GL_NORMAL_ARRAY` in opengl.gles11.
`GL_NOR` in opengl.gles11.
`GL_NOTEQUAL` in opengl.gles11.
`GL_NOTEQUAL` in opengl.gles20.
`GL_NO_ERROR` in opengl.gles11.
`GL_NO_ERROR` in opengl.gles20.
`GL_NUM_COMPRESSED_TEXTURE_FORMATS` in opengl.gles11.
`GL_NUM_COMPRESSED_TEXTURE_FORMATS` in opengl.gles20.
`GL_NUM_SHADER_BINARY_FORMATS` in opengl.gles20.
`GL_ONE_MINUS_CONSTANT_ALPHA` in opengl.gles20.
`GL_ONE_MINUS_CONSTANT_COLOR` in opengl.gles20.
`GL_ONE_MINUS_DST_ALPHA` in opengl.gles11.
`GL_ONE_MINUS_DST_ALPHA` in opengl.gles20.
`GL_ONE_MINUS_DST_COLOR` in opengl.gles11.
`GL_ONE_MINUS_DST_COLOR` in opengl.gles20.
`GL_ONE_MINUS_SRC_ALPHA` in opengl.gles11.
`GL_ONE_MINUS_SRC_ALPHA` in opengl.gles20.
`GL_ONE_MINUS_SRC_COLOR` in opengl.gles11.
`GL_ONE_MINUS_SRC_COLOR` in opengl.gles20.
`GL_ONE` in opengl.gles11.
`GL_ONE` in opengl.gles20.
`GL_OPERAND0_ALPHA` in opengl.gles11.
`GL_OPERAND0_RGB` in opengl.gles11.
`GL_OPERAND1_ALPHA` in opengl.gles11.
`GL_OPERAND1_RGB` in opengl.gles11.
`GL_OPERAND2_ALPHA` in opengl.gles11.
`GL_OPERAND2_RGB` in opengl.gles11.
`GL_OR_INVERTED` in opengl.gles11.
`GL_OR_REVERSE` in opengl.gles11.
`GL_OR` in opengl.gles11.
`GL_OUT_OF_MEMORY` in opengl.gles11.
`GL_OUT_OF_MEMORY` in opengl.gles20.
`GL_PACK_ALIGNMENT` in opengl.gles11.
`GL_PACK_ALIGNMENT` in opengl.gles20.
`GL_PERSPECTIVE_CORRECTION_HINT` in opengl.gles11.
`GL_POINTS` in opengl.gles11.
`GL_POINTS` in opengl.gles20.
`GL_POINT_DISTANCE_ATTENUATION` in opengl.gles11.
`GL_POINT_FADE_THRESHOLD_SIZE` in opengl.gles11.
`GL_POINT_SIZE_MAX` in opengl.gles11.
`GL_POINT_SIZE_MIN` in opengl.gles11.
`GL_POINT_SIZE` in opengl.gles11.
`GL_POINT_SMOOTH_HINT` in opengl.gles11.
`GL_POINT_SMOOTH` in opengl.gles11.
`GL_POLYGON_OFFSET_FACTOR` in opengl.gles11.
`GL_POLYGON_OFFSET_FACTOR` in opengl.gles20.
`GL_POLYGON_OFFSET_FILL` in opengl.gles11.
`GL_POLYGON_OFFSET_FILL` in opengl.gles20.
`GL_POLYGON_OFFSET_UNITS` in opengl.gles11.
`GL_POLYGON_OFFSET_UNITS` in opengl.gles20.
`GL_POSITION` in opengl.gles11.
`GL_PREVIOUS` in opengl.gles11.
`GL_PRIMARY_COLOR` in opengl.gles11.
`GL_PROJECTION_MATRIX` in opengl.gles11.
`GL_PROJECTION_STACK_DEPTH` in opengl.gles11.
`GL_PROJECTION` in opengl.gles11.
`GL_QUADRATIC_ATTENUATION` in opengl.gles11.
`GL_RED_BITS` in opengl.gles11.
`GL_RED_BITS` in opengl.gles20.
`GL_RENDERBUFFER_ALPHA_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_BINDING` in opengl.gles20.
`GL_RENDERBUFFER_BLUE_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_DEPTH_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_GREEN_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_HEIGHT` in opengl.gles20.
`GL_RENDERBUFFER_INTERNAL_FORMAT` in opengl.gles20.
`GL_RENDERBUFFER_RED_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_STENCIL_SIZE` in opengl.gles20.
`GL_RENDERBUFFER_WIDTH` in opengl.gles20.
`GL_RENDERBUFFER` in opengl.gles20.
`GL_RENDERER` in opengl.gles11.
`GL_RENDERER` in opengl.gles20.
`GL_REPEAT` in opengl.gles11.
`GL_REPEAT` in opengl.gles20.
`GL_REPLACE` in opengl.gles11.
`GL_REPLACE` in opengl.gles20.
`GL_RESCALE_NORMAL` in opengl.gles11.
`GL_RGB565` in opengl.gles20.
`GL_RGB5_A1` in opengl.gles20.
`GL_RGBA4` in opengl.gles20.
`GL_RGBA` in opengl.gles11.
`GL_RGBA` in opengl.gles20.
`GL_RGB_SCALE` in opengl.gles11.
`GL_RGB` in opengl.gles11.
`GL_RGB` in opengl.gles20.
`GL_SAMPLER_2D` in opengl.gles20.
`GL_SAMPLER_CUBE` in opengl.gles20.
`GL_SAMPLES` in opengl.gles11.
`GL_SAMPLES` in opengl.gles20.
`GL_SAMPLE_ALPHA_TO_COVERAGE` in opengl.gles11.
`GL_SAMPLE_ALPHA_TO_COVERAGE` in opengl.gles20.
`GL_SAMPLE_ALPHA_TO_ONE` in opengl.gles11.
`GL_SAMPLE_BUFFERS` in opengl.gles11.
`GL_SAMPLE_BUFFERS` in opengl.gles20.
`GL_SAMPLE_COVERAGE_INVERT` in opengl.gles11.
`GL_SAMPLE_COVERAGE_INVERT` in opengl.gles20.
`GL_SAMPLE_COVERAGE_VALUE` in opengl.gles11.
`GL_SAMPLE_COVERAGE_VALUE` in opengl.gles20.
`GL_SAMPLE_COVERAGE` in opengl.gles11.
`GL_SAMPLE_COVERAGE` in opengl.gles20.
`GL_SCISSOR_BOX` in opengl.gles11.
`GL_SCISSOR_BOX` in opengl.gles20.
`GL_SCISSOR_TEST` in opengl.gles11.
`GL_SCISSOR_TEST` in opengl.gles20.
`GL_SET` in opengl.gles11.
`GL_SHADER_BINARY_FORMATS` in opengl.gles20.
`GL_SHADER_COMPILER` in opengl.gles20.
`GL_SHADER_SOURCE_LENGTH` in opengl.gles20.
`GL_SHADER_TYPE` in opengl.gles20.
`GL_SHADE_MODEL` in opengl.gles11.
`GL_SHADING_LANGUAGE_VERSION` in opengl.gles20.
`GL_SHININESS` in opengl.gles11.
`GL_SHORT` in opengl.gles11.
`GL_SHORT` in opengl.gles20.
`GL_SMOOTH_LINE_WIDTH_RANGE` in opengl.gles11.
`GL_SMOOTH_POINT_SIZE_RANGE` in opengl.gles11.
`GL_SMOOTH` in opengl.gles11.
`GL_SPECULAR` in opengl.gles11.
`GL_SPOT_CUTOFF` in opengl.gles11.
`GL_SPOT_DIRECTION` in opengl.gles11.
`GL_SPOT_EXPONENT` in opengl.gles11.
`GL_SRC0_ALPHA` in opengl.gles11.
`GL_SRC0_RGB` in opengl.gles11.
`GL_SRC1_ALPHA` in opengl.gles11.
`GL_SRC1_RGB` in opengl.gles11.
`GL_SRC2_ALPHA` in opengl.gles11.
`GL_SRC2_RGB` in opengl.gles11.
`GL_SRC_ALPHA_SATURATE` in opengl.gles11.
`GL_SRC_ALPHA_SATURATE` in opengl.gles20.
`GL_SRC_ALPHA` in opengl.gles11.
`GL_SRC_ALPHA` in opengl.gles20.
`GL_SRC_COLOR` in opengl.gles11.
`GL_SRC_COLOR` in opengl.gles20.
`GL_STACK_OVERFLOW` in opengl.gles11.
`GL_STACK_UNDERFLOW` in opengl.gles11.
`GL_STATIC_DRAW` in opengl.gles11.
`GL_STATIC_DRAW` in opengl.gles20.
`GL_STENCIL_ATTACHMENT` in opengl.gles20.
`GL_STENCIL_BACK_FAIL` in opengl.gles20.
`GL_STENCIL_BACK_FUNC` in opengl.gles20.
`GL_STENCIL_BACK_PASS_DEPTH_FAIL` in opengl.gles20.
`GL_STENCIL_BACK_PASS_DEPTH_PASS` in opengl.gles20.
`GL_STENCIL_BACK_REF` in opengl.gles20.
`GL_STENCIL_BACK_VALUE_MASK` in opengl.gles20.
`GL_STENCIL_BACK_WRITEMASK` in opengl.gles20.
`GL_STENCIL_BITS` in opengl.gles11.
`GL_STENCIL_BITS` in opengl.gles20.
`GL_STENCIL_BUFFER_BIT` in opengl.gles11.
`GL_STENCIL_BUFFER_BIT` in opengl.gles20.
`GL_STENCIL_CLEAR_VALUE` in opengl.gles11.
`GL_STENCIL_CLEAR_VALUE` in opengl.gles20.
`GL_STENCIL_FAIL` in opengl.gles11.
`GL_STENCIL_FAIL` in opengl.gles20.
`GL_STENCIL_FUNC` in opengl.gles11.
`GL_STENCIL_FUNC` in opengl.gles20.
`GL_STENCIL_INDEX8` in opengl.gles20.
`GL_STENCIL_INDEX` in opengl.gles20.
`GL_STENCIL_PASS_DEPTH_FAIL` in opengl.gles11.
`GL_STENCIL_PASS_DEPTH_FAIL` in opengl.gles20.
`GL_STENCIL_PASS_DEPTH_PASS` in opengl.gles11.
`GL_STENCIL_PASS_DEPTH_PASS` in opengl.gles20.
`GL_STENCIL_REF` in opengl.gles11.
`GL_STENCIL_REF` in opengl.gles20.
`GL_STENCIL_TEST` in opengl.gles11.
`GL_STENCIL_TEST` in opengl.gles20.
`GL_STENCIL_VALUE_MASK` in opengl.gles11.
`GL_STENCIL_VALUE_MASK` in opengl.gles20.
`GL_STENCIL_WRITEMASK` in opengl.gles11.
`GL_STENCIL_WRITEMASK` in opengl.gles20.
`GL_STREAM_DRAW` in opengl.gles20.
`GL_SUBPIXEL_BITS` in opengl.gles11.
`GL_SUBPIXEL_BITS` in opengl.gles20.
`GL_SUBTRACT` in opengl.gles11.
`GL_TEXTURE0` in opengl.gles11.
`GL_TEXTURE0` in opengl.gles20.
`GL_TEXTURE10` in opengl.gles11.
`GL_TEXTURE10` in opengl.gles20.
`GL_TEXTURE11` in opengl.gles11.
`GL_TEXTURE11` in opengl.gles20.
`GL_TEXTURE12` in opengl.gles11.
`GL_TEXTURE12` in opengl.gles20.
`GL_TEXTURE13` in opengl.gles11.
`GL_TEXTURE13` in opengl.gles20.
`GL_TEXTURE14` in opengl.gles11.
`GL_TEXTURE14` in opengl.gles20.
`GL_TEXTURE15` in opengl.gles11.
`GL_TEXTURE15` in opengl.gles20.
`GL_TEXTURE16` in opengl.gles11.
`GL_TEXTURE16` in opengl.gles20.
`GL_TEXTURE17` in opengl.gles11.
`GL_TEXTURE17` in opengl.gles20.
`GL_TEXTURE18` in opengl.gles11.
`GL_TEXTURE18` in opengl.gles20.
`GL_TEXTURE19` in opengl.gles11.
`GL_TEXTURE19` in opengl.gles20.
`GL_TEXTURE1` in opengl.gles11.
`GL_TEXTURE1` in opengl.gles20.
`GL_TEXTURE20` in opengl.gles11.
`GL_TEXTURE20` in opengl.gles20.
`GL_TEXTURE21` in opengl.gles11.
`GL_TEXTURE21` in opengl.gles20.
`GL_TEXTURE22` in opengl.gles11.
`GL_TEXTURE22` in opengl.gles20.
`GL_TEXTURE23` in opengl.gles11.
`GL_TEXTURE23` in opengl.gles20.
`GL_TEXTURE24` in opengl.gles11.
`GL_TEXTURE24` in opengl.gles20.
`GL_TEXTURE25` in opengl.gles11.
`GL_TEXTURE25` in opengl.gles20.
`GL_TEXTURE26` in opengl.gles11.
`GL_TEXTURE26` in opengl.gles20.
`GL_TEXTURE27` in opengl.gles11.
`GL_TEXTURE27` in opengl.gles20.
`GL_TEXTURE28` in opengl.gles11.
`GL_TEXTURE28` in opengl.gles20.
`GL_TEXTURE29` in opengl.gles11.
`GL_TEXTURE29` in opengl.gles20.
`GL_TEXTURE2` in opengl.gles11.
`GL_TEXTURE2` in opengl.gles20.
`GL_TEXTURE30` in opengl.gles11.
`GL_TEXTURE30` in opengl.gles20.
`GL_TEXTURE31` in opengl.gles11.
`GL_TEXTURE31` in opengl.gles20.
`GL_TEXTURE3` in opengl.gles11.
`GL_TEXTURE3` in opengl.gles20.
`GL_TEXTURE4` in opengl.gles11.
`GL_TEXTURE4` in opengl.gles20.
`GL_TEXTURE5` in opengl.gles11.
`GL_TEXTURE5` in opengl.gles20.
`GL_TEXTURE6` in opengl.gles11.
`GL_TEXTURE6` in opengl.gles20.
`GL_TEXTURE7` in opengl.gles11.
`GL_TEXTURE7` in opengl.gles20.
`GL_TEXTURE8` in opengl.gles11.
`GL_TEXTURE8` in opengl.gles20.
`GL_TEXTURE9` in opengl.gles11.
`GL_TEXTURE9` in opengl.gles20.
`GL_TEXTURE_2D` in opengl.gles11.
`GL_TEXTURE_2D` in opengl.gles20.
`GL_TEXTURE_BINDING_2D` in opengl.gles11.
`GL_TEXTURE_BINDING_2D` in opengl.gles20.
`GL_TEXTURE_BINDING_CUBE_MAP` in opengl.gles20.
`GL_TEXTURE_COORD_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_TEXTURE_COORD_ARRAY_POINTER` in opengl.gles11.
`GL_TEXTURE_COORD_ARRAY_SIZE` in opengl.gles11.
`GL_TEXTURE_COORD_ARRAY_STRIDE` in opengl.gles11.
`GL_TEXTURE_COORD_ARRAY_TYPE` in opengl.gles11.
`GL_TEXTURE_COORD_ARRAY` in opengl.gles11.
`GL_TEXTURE_CUBE_MAP_NEGATIVE_X` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP_NEGATIVE_Y` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP_NEGATIVE_Z` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP_POSITIVE_X` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP_POSITIVE_Y` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP_POSITIVE_Z` in opengl.gles20.
`GL_TEXTURE_CUBE_MAP` in opengl.gles20.
`GL_TEXTURE_ENV_COLOR` in opengl.gles11.
`GL_TEXTURE_ENV_MODE` in opengl.gles11.
`GL_TEXTURE_ENV` in opengl.gles11.
`GL_TEXTURE_MAG_FILTER` in opengl.gles11.
`GL_TEXTURE_MAG_FILTER` in opengl.gles20.
`GL_TEXTURE_MATRIX` in opengl.gles11.
`GL_TEXTURE_MIN_FILTER` in opengl.gles11.
`GL_TEXTURE_MIN_FILTER` in opengl.gles20.
`GL_TEXTURE_STACK_DEPTH` in opengl.gles11.
`GL_TEXTURE_WRAP_S` in opengl.gles11.
`GL_TEXTURE_WRAP_S` in opengl.gles20.
`GL_TEXTURE_WRAP_T` in opengl.gles11.
`GL_TEXTURE_WRAP_T` in opengl.gles20.
`GL_TEXTURE` in opengl.gles11.
`GL_TEXTURE` in opengl.gles20.
`GL_TRIANGLES` in opengl.gles11.
`GL_TRIANGLES` in opengl.gles20.
`GL_TRIANGLE_FAN` in opengl.gles11.
`GL_TRIANGLE_FAN` in opengl.gles20.
`GL_TRIANGLE_STRIP` in opengl.gles11.
`GL_TRIANGLE_STRIP` in opengl.gles20.
`GL_TRUE` in opengl.gles11.
`GL_TRUE` in opengl.gles20.
`GL_UNPACK_ALIGNMENT` in opengl.gles11.
`GL_UNPACK_ALIGNMENT` in opengl.gles20.
`GL_UNSIGNED_BYTE` in opengl.gles11.
`GL_UNSIGNED_BYTE` in opengl.gles20.
`GL_UNSIGNED_INT` in opengl.gles20.
`GL_UNSIGNED_SHORT_4_4_4_4` in opengl.gles11.
`GL_UNSIGNED_SHORT_4_4_4_4` in opengl.gles20.
`GL_UNSIGNED_SHORT_5_5_5_1` in opengl.gles11.
`GL_UNSIGNED_SHORT_5_5_5_1` in opengl.gles20.
`GL_UNSIGNED_SHORT_5_6_5` in opengl.gles11.
`GL_UNSIGNED_SHORT_5_6_5` in opengl.gles20.
`GL_UNSIGNED_SHORT` in opengl.gles11.
`GL_UNSIGNED_SHORT` in opengl.gles20.
`GL_VALIDATE_STATUS` in opengl.gles20.
`GL_VENDOR` in opengl.gles11.
`GL_VENDOR` in opengl.gles20.
`GL_VERSION` in opengl.gles11.
`GL_VERSION` in opengl.gles20.
`GL_VERTEX_ARRAY_BUFFER_BINDING` in opengl.gles11.
`GL_VERTEX_ARRAY_POINTER` in opengl.gles11.
`GL_VERTEX_ARRAY_SIZE` in opengl.gles11.
`GL_VERTEX_ARRAY_STRIDE` in opengl.gles11.
`GL_VERTEX_ARRAY_TYPE` in opengl.gles11.
`GL_VERTEX_ARRAY` in opengl.gles11.
`GL_VERTEX_ATTRIB_ARRAY_BUFFER_BINDING` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_ENABLED` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_NORMALIZED` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_POINTER` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_SIZE` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_STRIDE` in opengl.gles20.
`GL_VERTEX_ATTRIB_ARRAY_TYPE` in opengl.gles20.
`GL_VERTEX_SHADER` in opengl.gles20.
`GL_VIEWPORT` in opengl.gles11.
`GL_VIEWPORT` in opengl.gles20.
`GL_XOR` in opengl.gles11.
`GL_ZERO` in opengl.gles11.
`GL_ZERO` in opengl.gles20.
`GameCenterAvail ()` in brl.gamecenter.GameCenter.	Returns true if Game Center support is available.
`GameCenterState ()` in brl.gamecenter.GameCenter.	Returns one of the following values:
`GameCenter` in brl.gamecenter.	The gamecenter module provides simple support for the iOS Game Center framework.
`Get (DataBuffer,Int,Int)` in brl.ringbuffer.RingBuffer.	Removes count bytes from the start of the ringbuffer and copies them to data/offset.
`Get (Int)` in brl.json.JsonArray.	Get json value at index.
`Get (Int)` in cerberus.deque.Deque.	Returns an item at the given index from the deque.
`Get (Int)` in cerberus.stack.Stack.	Returns the element at the specified index.
`Get (K)` in cerberus.map.Map.	Returns the value contained in the map associated with the specified key.
`Get (String,{JsonValue})` in brl.json.JsonObject.	Get json value of key.
`GetAdmob ()` in brl.admob.Admob.	Get the global Admob object.
`GetAdmobInterstitial (String)` in brl.admob.AdmobInterstitial.	Get the global AdmobInterstitial object.
`GetAlpha ()` in mojo.graphics.	Returns the current alpha level in the range 0 to 1 inclusive.
`GetBlend ()` in mojo.graphics.	Returns the current blend mode.
`GetBool (Int)` in brl.json.JsonArray.	Get boolean value at index.
`GetBool (String,{Bool})` in brl.json.JsonObject.	Get boolean value of key.
`GetChar ()` in mojo.input.	Returns the character code of the next character in the keyboard character queue, or 0 if no more characters are available.
`GetClass (Object)` in reflection.	Returns the ClassInfo object with the given name, or Null if no object is found.
`GetClass (String)` in reflection.	Returns the ClassInfo object with the given name, or Null if no object is found.
`GetClasses ()` in reflection.	Returns an array of all reflected classes.
`GetColor ()` in mojo.graphics.	Returns the current color as a 3 component float array containg the current color's red, green and blue components respectively.
`GetColor (Float[])` in mojo.graphics.	Copies the current color to color.
`GetColor (Float[])` in mojo2.graphics.DrawList.	Copy current color to color.
`GetConst (String)` in reflection.	Returns the ConstInfo object with the given name, or Null if no object is found.
`GetConst (String,Bool)` in reflection.ClassInfo.	Get a class const.
`GetConstructor (ClassInfo[])` in reflection.ClassInfo.	Get a class constructor.
`GetConstructors ()` in reflection.ClassInfo.	Get all constructors declared by class.
`GetConsts ()` in reflection.	Returns an array of all consts declared at module scope.
`GetConsts (Bool)` in reflection.ClassInfo.	Get all consts declared by class.
`GetData ()` in brl.json.JsonArray.	Gets internal array used to contain values.
`GetData ()` in brl.json.JsonObject.	Gets the internal map used to represent the object.
`GetDate ()` in mojo.app.	Returns the current date and time as an array of 7 integers: year, month (1-12), day (1-31), hours (0-23), minutes (0-59), seconds (0-59) and milliseconds (0-999).
`GetDate (Int[])` in mojo.app.	Fills the date array with 7 integers representing the current date: year, month (1-12), day (1-31), hours (0-23), minutes (0-59), seconds (0-59) and milliseconds (0-999).
`GetElement (Object,Int)` in reflection.ClassInfo.	Get an array element.
`GetEnv (String)` in brl.process.	Get an environment variable.
`GetEnv (String)` in os.	Gets an environment variable.
`GetField (String,Bool)` in reflection.ClassInfo.	Get a class field.
`GetFields (Bool)` in reflection.ClassInfo.	Get all fields declared by class.
`GetFloat (Int)` in brl.json.JsonArray.	Get float value at index.
`GetFloat (String,{Float})` in brl.json.JsonObject.	Get float value of key.
`GetFont ()` in mojo.graphics.	Returns the current font.
`GetFunction (String,ClassInfo[])` in reflection.	Returns the FunctionInfo object with the given name and parameter types, or Null if no object is found.
`GetFunction (String,ClassInfo[],Bool)` in reflection.ClassInfo.	Get a class function.
`GetFunctions ()` in reflection.	Returns an array of all reflected functions.
`GetFunctions (Bool)` in reflection.ClassInfo.	Get all functions declared by class.
`GetGameCenter ()` in brl.gamecenter.GameCenter.	Gets the global GameCenter object.
`GetGlobal (String)` in reflection.	Returns the GlobalInfo object with the given name, or Null if no object is found.
`GetGlobal (String,Bool)` in reflection.ClassInfo.	Get a class global.
`GetGlobals ()` in reflection.	Returns an array of all reflected globals.
`GetGlobals (Bool)` in reflection.ClassInfo.	Get all globals declared by class.
`GetInt (Int)` in brl.json.JsonArray.	Get integer value at index.
`GetInt (String,{Int})` in brl.json.JsonObject.	Get integer value of key.
`GetLightColor (Int)` in mojo2.graphics.Canvas.	Get light color.
`GetLightPosition (Int)` in mojo2.graphics.Canvas.	Get light position.
`GetLightRange (Int)` in mojo2.graphics.Canvas.	Get light range.
`GetLightType (Int)` in mojo2.graphics.Canvas.	Get light type.
`GetMatrix ()` in mojo.graphics.	Returns the current transformation matrix as an array of 6 floats.
`GetMatrix (Float[])` in mojo.graphics.	Copies the current transformation matrix to matrix.
`GetMatrix (Float[])` in mojo2.graphics.DrawList.	Get current 2d matrix.
`GetMethod (String,ClassInfo[],Bool)` in reflection.ClassInfo.	Get a class method.
`GetMethods (Bool)` in reflection.ClassInfo.	Get all methods declared by class.
`GetOwnedProductsAsync (IOnGetOwnedProductsComplete)` in brl.cerberusstore.CerberusStore.	Starts an async operation to get an array of all non-consumable products owned by the user.
`GetProduct (String)` in brl.cerberusstore.CerberusStore.	Gets the product corresponding to id, the iTunes connect or GooglePlay product identifier.
`GetProducts ()` in brl.cerberusstore.CerberusStore.	Gets all products.
`GetProducts (Int)` in brl.cerberusstore.CerberusStore.	Gets all products of the given type.
`GetScalar (String,{Float})` in mojo2.graphics.Material.	Get float shader parameter.
`GetScissor ()` in mojo.graphics.	Returns the current scissor rectangle as a 4 component float array containg the scissor rectangle's x,y, width and height coordinates respectively.
`GetScissor (Float[])` in mojo.graphics.	Copies the current scissor rectangle to scissor.
`GetStream ()` in brl.stream.StreamError.	Returns the stream involved in the error.
`GetString (Int)` in brl.json.JsonArray.	Get string value at index.
`GetString (String,{String})` in brl.json.JsonObject.	Get string value of key.
`GetTexture (String,{Texture})` in mojo2.graphics.Material.	Get texture shader parameter.
`GetValue ()` in reflection.ConstInfo.	Get value of const.
`GetValue ()` in reflection.GlobalInfo.	Get value of global.
`GetValue (Object)` in reflection.FieldInfo.	Get field value.
`GetVector (String,{Float[]})` in mojo2.graphics.Material.	Get vector shader parameter.
`Getting started` in Tutorials/	Hi and welcome to Cerberus X!
`GlobalInfo` in reflection.	GlobalInfo objects describe globals declared by your program.
`Global` in Programming/Keywords/	Declares a global variable.
`GrabImage (Int,Int,Int,Int,Int,Int)` in mojo.graphics.Image.	GrabImage creates a new image by 'grabbing' a rectangular region of the current image.
`HALFPI` in cerberus.math.
`HandleX ()` in mojo.graphics.Image.	Returns the x coordinate of the current image's handle.
`HandleX ()` in mojo2.graphics.Image.	Get image x handle.
`HandleY ()` in mojo.graphics.Image.	Returns the y coordinate of the current image's handle.
`HandleY ()` in mojo2.graphics.Image.	Get image y handle.
`Height ()` in mojo.app.DisplayMode.	Returns the height of the display mode.
`Height ()` in mojo.graphics.Image.	Returns the height of the image, in pixels.
`Height ()` in mojo2.graphics.Canvas.	Get canvas height.
`Height ()` in mojo2.graphics.Image.	Get image height.
`Height ()` in mojo2.graphics.Texture.	Get texture height.
`HideAdView ()` in brl.admob.Admob.	Hides the ad view and disables ads
`HideMouse ()` in mojo.app.	Hides the mouse pointer if the underlying operation system supports a mouse.
`Home`	(New to Cerberus X? Try the Getting started page or check out the Samples)
`Host ()` in brl.socket.SocketAddress.	Returns the socket address host.
`HostOS ()` in os.	Returns a string describing the host operating system.
`HttpRequest` in brl.httprequest.	The httprequest module allows you to perform http requests such as GET and POST.
`IAsyncEventSource` in brl.asyncevent.
`ILayer` in mojo2.renderer.
`ILight` in mojo2.renderer.
`ILinkResolver` in brl.markdown.
`IOnAcceptComplete` in brl.socket.
`IOnBindComplete` in brl.socket.
`IOnBuyProductComplete` in brl.cerberusstore.
`IOnConnectComplete` in brl.socket.
`IOnGetOwnedProductsComplete` in brl.cerberusstore.
`IOnHttpRequestComplete` in brl.httprequest.
`IOnLoadDataComplete` in brl.databuffer.
`IOnLoadImageComplete` in mojo.asyncloaders.
`IOnLoadSoundComplete` in mojo.asyncloaders.
`IOnOpenStoreComplete` in brl.cerberusstore.
`IOnPoolAllocate` in brl.pool.	When implemented by a class pools will automatically call OnPoolAllocate when an object gets allocated.
`IOnPoolFree` in brl.pool.	When implemented by a class pools will automatically call OnPoolFree when an object gets freed.
`IOnReceiveComplete` in brl.socket.
`IOnReceiveFromComplete` in brl.socket.
`IOnSendComplete` in brl.socket.
`IOnSendToComplete` in brl.socket.
`IPrettifier` in brl.markdown.
`ITest1` in holzchopf.doctest.	Test-Interface 1
`ITest2` in holzchopf.doctest.	Test-Interface 2
`ITest3` in holzchopf.doctest.	Test-Interface 3
`ITestCombined` in holzchopf.doctest.	Combined test interface
`Identifier ()` in brl.cerberusstore.Product.	The iTunes connect or GooglePlay product identifier.
`If` in Programming/Keywords/	Marks the start of a conditional If block.
`Image` in mojo.graphics.	An image is a rectangular area of pixels, loaded from an image file with LoadImage or grabbed from another image with GrabImage.
`Image` in mojo2.graphics.	An image is a rectangular area of pixels within a material, that can be drawn using one of the DrawList.DrawImage methods.
`ImagesLoading ()` in mojo2.graphics.Image.	Returns true if any images are currently busy loading.
`Implements` in Programming/Keywords/	Declares that a class implements the methods of the specified interface.
`Import` in Programming/Keywords/	Module import directive.
`Indexes`	If you know the name of the thing you're looking for, but not its location, browse these indexes.
`Insert (Int,T)` in cerberus.stack.Stack.	Inserts value into the stack, shifting existing elements up if necessary.
`Insert (T)` in cerberus.set.Set.	Inserts value into the set.
`InsertAfter (T,T)` in cerberus.list.List.	Inserts data after the first element in the list equal to where.
`InsertAfterEach (T,T)` in cerberus.list.List.	Inserts data after each element in the list equal to where.
`InsertBefore (T,T)` in cerberus.list.List.	Inserts data before the first element in the list equal to where.
`InsertBeforeEach (T,T)` in cerberus.list.List.	Inserts data before each element in the list equal to where.
`Instance ()` in brl.json.JsonNull.	Returns an object of JsonNull.
`Instance (Bool)` in brl.json.JsonBool.	Returns an object of either JsonBool with value true or JsonBool with value false.
`Instance (String)` in brl.json.JsonNumber.	Returns an object containing value.
`Instance (String)` in brl.json.JsonString.	Returns an object containing string.
`IntClass ()` in reflection.	Returns the class of an 'int'.
`IntDeque` in cerberus.deque.	IntDeque is a convenience class for handling deques of integer values.
`IntList` in cerberus.list.	IntList is a convenience class for handling lists of integer values.
`IntMap` in cerberus.map.	An IntMap is a convenience class for mapping ints to values.
`IntObject` in cerberus.boxes.	The IntObject box class can be used to encapsulate an int value inside an object.
`Int` in Programming/Keywords/	The built-in int type.
`IntSet` in cerberus.set.	IntSet is a convenience class for managing sets of ints.
`IntStack` in cerberus.stack.	An IntStack is a convenience class for dealing with stacks of ints.
`IntValue ()` in brl.json.JsonNumber.	Returns integer value.
`IntValue ()` in brl.json.JsonValue.	For a JsonNumber, this will return its numerical value as int.
`Interface` in Programming/Keywords/	Declares an interface.
`Interfaces ()` in reflection.ClassInfo.	Get interfaces implemented by this class, or interfaces extended by this interface.
`Invoke (Object,Object[])` in reflection.MethodInfo.	Invoke method.
`Invoke (Object[])` in reflection.FunctionInfo.	Invoke function.
`IsBound ()` in brl.socket.Socket.	Returns true if the socket is currently bound to a local address.
`IsConnected ()` in brl.socket.Socket.	Return true id the socket is currently connected to a remote host.
`IsEmpty ()` in brl.ringbuffer.RingBuffer.	Returns true if the buffer is empty, ie: CanGet=0.
`IsEmpty ()` in cerberus.deque.Deque.	Returns true if the deque is empty.
`IsEmpty ()` in cerberus.list.List.	Return True if the list is empty, else False.
`IsEmpty ()` in cerberus.map.Map.	Returns True if the map is empty, ie: contains no keys/values, else False.
`IsEmpty ()` in cerberus.set.Set.	Returns True if the set is empty, ie: contains no items, else False.
`IsEmpty ()` in cerberus.stack.Stack.	Return True if the stack is empty, ie: it contains no items, else False.
`IsFull ()` in brl.ringbuffer.RingBuffer.	Return true if the buffer is full, ie: CanPut=0.
`IsRunning ()` in brl.process.Process.	Returns true is process is currently running.
`Join (String[])` in cerberus.lang.String.	Creates a single string by joining together each element of pieces, using the current string as a separator.
`Join ({String})` in cerberus.list.StringList.	Concatenates the elements of the list together, inserting the specified separator between each element.
`Join ({String})` in cerberus.stack.StringStack.	Concatenates the elements of the stack and joins them together with separator.
`JoyDown (Int,{Int})` in mojo.input.	Return 1 if the specified joystick button is currently held down, else 0.
`JoyHit (Int,{Int})` in mojo.input.	Return the number of times the specified joystick button has been pressed since the last OnUpdate.
`JoyX ({Int},{Int})` in mojo.input.	Returns the x, or horizontal, state of a joystick.
`JoyY ({Int},{Int})` in mojo.input.	Returns the y, or vertical, state of a joystick.
`JoyZ ({Int},{Int})` in mojo.input.	On Playstation/Xbox style controllers, JoyZ returns the state of the analog shoulder controls.
`JsonArray` in brl.json.	JSON arrays are ordered lists of values in square brackets, e.g.
`JsonBool` in brl.json.	Value representing a bool.
`JsonError` in brl.json.	Object thrown when
`JsonNull` in brl.json.	Value representing null.
`JsonNumber` in brl.json.	Value representing a number.
`JsonObject` in brl.json.	JSON objects are collections of pairs in curly brackets, e.g.
`JsonParser` in brl.json.	The json parser is used to translate a JSON string to json.
`JsonString` in brl.json.	Value representing a string.
`JsonValue` in brl.json.	This base class provides some fall-back functionality for the specific json value
`Key codes` in Programming/	The following constants are for use with KeyDown and KeyHit:
`Key ()` in cerberus.map.Node.	Returns the key contained in the map node.
`KeyDown (Int)` in mojo.input.	Returns 1 if the specified key is currently held down, otherwise 0.
`KeyHit (Int)` in mojo.input.	Returns the number of times the specified key has been hit since the last OnUpdate.
`Keys ()` in cerberus.map.Map.	Returns an object that can be used to iterate through all keys in a map with a For Eachin loop.
`Keywords` in Programming/	The identifiers below are language keywords and are reserved for use by the Cerberus X language; these keywords are case-insensitive.
`Kill (Int)` in brl.process.Process.	Kills process.
`Language reference` in Programming/	This manual describes the syntax and general concepts behind the core Cerberus X language.
`Last ()` in cerberus.list.List.	Returns the last element in the list.
`LastNode ()` in cerberus.list.List.	Returns the last node in the last, or Null if the list is empty.
`LastNode ()` in cerberus.map.Map.	Returns the last node in the map.
`LayerFogColor ()` in mojo2.renderer.ILayer.	Get 4 component fog color for layer.
`LayerLightMaskImage ()` in mojo2.renderer.ILayer.	Get layer lightmask image.
`LayerMatrix ()` in mojo2.renderer.ILayer.	Get 4x4 layer matrix.
`Layers ()` in mojo2.renderer.Renderer.	Get layer stack.
`Length ()` in brl.databuffer.DataBuffer.	Returns the length, in bytes, of the data buffer.
`Length ()` in brl.datastream.DataStream.	Returns the length of the data in the databuffer object wrapped by this datastream.
`Length ()` in brl.json.JsonArray.	Returns length of the array.
`Length ()` in brl.stream.Stream.	Returns the stream length if the stream is seekable, else 0.
`Length ()` in cerberus.deque.Deque.	Returns the number of items in the deque.
`Length ()` in cerberus.lang.Array.	Returns the number of elements contained in the array.
`Length ()` in cerberus.lang.String.	Returns the number of characters contained in the string.
`Length ()` in cerberus.stack.Stack.	Returns the number of items in the stack.
`Length (Int)` in cerberus.stack.Stack.	Sets the number of items in the stack.
`LightColor ()` in mojo2.renderer.ILight.	Get 4 component light color.
`LightImage ()` in mojo2.renderer.ILight.	Get image used for textured lighting.
`LightMaskShader ()` in mojo2.graphics.Shader.	Returns a stock shader for drawing light textures and light mask effects.
`LightMatrix ()` in mojo2.renderer.ILight.	Get 4x4 light matrix.
`LightRange ()` in mojo2.renderer.ILight.	Get light range.
`LightType ()` in mojo2.renderer.ILight.	Get light type - 0 for disabled, 1 for point light.
`Links`	Modules
`List` in cerberus.list.	A linked list is a container style data structure that provides efficient support for the addition, removal and sequential traversal of objects.
`Load (String)` in brl.databuffer.DataBuffer.	Creates and returns a databuffer containing the binary contents of the specified file.
`Load (String)` in mojo.graphics.Font.	Loads a bitmap font file created in tools like GlyphDesigner and alike.
`Load (String)` in mojo2.graphics.Font.	Loads a bitmap font file created in tools like GlyphDesigner and alike.
`Load (String,Int,Int)` in mojo2.graphics.Texture.	Load a texture from a file.
`Load (String,Int,Int,Int,Int,Int,Int,Int,Int)` in mojo.graphics.Font.	Load a fixed width font from path.
`Load (String,Int,Int,Int,Int,Int,Int,Int,Int)` in mojo2.graphics.Font.	Load a fixed width font from path.
`Load (String,Int,Shader)` in mojo2.graphics.Material.	Load a material.
`Load (String,Int,int,bool)` in mojo.graphics.Font.	Load a fixed width font from imagePath.
`Load (String,Int,int,bool)` in mojo2.graphics.Font.	Load a fixed width font from imagePath.
`Load (String,{Float},{Float},{Int},{Shader})` in mojo2.graphics.Image.	Load an image from path.
`LoadAsync (String,IOnLoadDataComplete)` in brl.databuffer.DataBuffer.	Loads a databuffer asynchronously.
`LoadDir (String)` in os.	Loads the file names in the directory specified by path into a string array.
`LoadDir (String,Bool,{Bool})` in os.	Loads the file names in the directory specified by path into a string array.
`LoadDir (String,{Bool},{Bool})` in brl.filesystem.	Loads the file names in the directory specified by path into a string array.
`LoadFrames (String,Int,Bool,{Float},{Float},{Int},{Shader})` in mojo2.graphics.Image.	Load image frames from path.
`LoadImage (String,Int,Int,Int,{Int})` in mojo.graphics.	Loads an image from path.
`LoadImage (String,{Int},{Int})` in mojo.graphics.	Loads an image from path.
`LoadImageAsync (String,{Int},{Int},IOnLoadImageComplete)` in mojo.asyncloaders.	Begins loading an image asynchronously.
`LoadImageData (String,Int[])` in opengl.gles11.	LoadImageData is a helper function that loads an image in your app's .data directory into a databuffer.
`LoadImageData (String,Int[])` in opengl.gles20.	LoadImageData is a helper function that loads an image in your app's .data directory into a databuffer.
`LoadSound (String)` in mojo.audio.	Loads a sound from the specified path and returns it.
`LoadSoundAsync (String,IOnLoadSoundComplete)` in mojo.asyncloaders.	Begins loading a sound asynchronously.
`LoadState ()` in mojo.app.	Loads a string representing the application's persistant state as previously saved with SaveState.
`LoadString (String)` in mojo.app.	Loads a string from path.
`LoadString (String)` in os.	Loads a string from the file at path.
`Loading ()` in mojo2.graphics.Image.	Returns true if image is currently busy loading.
`LocalAddress ()` in brl.socket.Socket.	Returns the local address of the socket.
`Local` in Programming/Keywords/	Declares a local variable.
`Log (Float)` in cerberus.math.	Returns the natural logarithm of x.
`MONDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`Makedocs` in Tools/	The Makedocs tool converts Cerberus X documentation to html.
`Map` in cerberus.map.	A map is a container style object that provides a mechanism for associating key objects with value objects.
`Markdown` in brl.markdown.
`Material` in mojo2.graphics.	Materials contain shader parameters that map to shader uniforms variables when rendering.
`MatrixStackCapacity ()` in mojo2.graphics.DrawList.	Get the maximum number of 2d matrices that can be pushed onto the matrix stack using PushMatrix.
`MatteShader ()` in mojo2.graphics.Shader.	Returns a stock matte shader for drawing lit sprites with no specular or normal maps.
`Max (Float,Float)` in cerberus.math.	Returns the maximum of x and y.
`Max (Int,Int)` in cerberus.math.	Returns the maximum of x and y.
`MethodInfo` in reflection.	MethodInfo objects describe methods declared by your program.
`Method` in Programming/Keywords/	Declares the beginning of a class method.
`MidHandle` in mojo.graphics.Image.
`Millisecs ()` in mojo.app.	Returns the number milliseconds (thousandths of a second) the application has been running.
`Min (Float,Float)` in cerberus.math.	Returns the minimum of x and y.
`Min (Int,Int)` in cerberus.math.	Returns the minimum of x and y.
`Mod` in Programming/Keywords/	Mod is a mathematical operator which performs the modulo (aka.
`ModelMatrix ()` in mojo2.graphics.Canvas.	Get model matrix.
`Mojo2 samples`	DrawText with bitmap font test
`MouseDown (Int)` in mojo.input.	Returns 1 if the specified mouse button is currently held down, otherwise 0.
`MouseHit (Int)` in mojo.input.	Returns the number of times the specified mouse button has been pressed since the last OnUpdate.
`MouseX ()` in mojo.input.	Returns the x coordinate of the mouse pointer.
`MouseY ()` in mojo.input.	Returns the y coordinate of the mouse pointer.
`MouseZ ()` in mojo.input.	Returns 1 or -1 if the mouse wheel was used since last update.
`MusicState ()` in mojo.audio.	Returns 1 if music is currently playing, 0 if music is currently not playing or -1 if music state cannot be determined.
`NUMBER_ONE` in holzchopf.doctest.BaseClass.	Documented class const 1
`NUMBER_TWO` in holzchopf.doctest.BaseClass.	Documented class const 2
`Name ()` in reflection.ClassInfo.	Get name of class.
`Name ()` in reflection.ConstInfo.	Get name of const.
`Name ()` in reflection.FieldInfo.	Name of field.
`Name ()` in reflection.FunctionInfo.	Get name of function.
`Name ()` in reflection.GlobalInfo.	Get name of global.
`Name ()` in reflection.MethodInfo.	Get name of method.
`New ()` in brl.httprequest.HttpRequest.	Creates a new HttpRequest object.
`New ()` in brl.json.JsonObject.	Creates a new empty json object.
`New ()` in brl.socket.SocketAddress.	Creates a new empty socket adress.
`New ()` in brl.tcpstream.TcpStream.	Creates a new unconnected tcp stream.
`New ()` in cerberus.boxes.BoolObject.	Creates a new BoolObject that contains the value false.
`New ()` in cerberus.boxes.FloatObject.	Creates a new FloatObject with the value 0.0
`New ()` in cerberus.boxes.IntObject.	Creates a new IntObject with the value 0.
`New ()` in cerberus.boxes.StringObject.	Creates a new StringObject containing an empty string.
`New ()` in cerberus.deque.Deque.	Creates a new empty deque.
`New ()` in cerberus.list.FloatList.	Creates a new empty FloatList.
`New ()` in cerberus.list.IntList.	Creates a new empty IntList.
`New ()` in cerberus.list.List.	Creates a new, initially empty list object.
`New ()` in cerberus.list.StringList.	Creates a new empty StringList.
`New ()` in cerberus.map.FloatMap.	Create a new empty FloatMap.
`New ()` in cerberus.map.IntMap.	Creates a new empty IntMap.
`New ()` in cerberus.map.StringMap.	Create a new empty StringMap.
`New ()` in cerberus.set.FloatSet.
`New ()` in cerberus.set.IntSet.
`New ()` in cerberus.set.StringSet.
`New ()` in cerberus.stack.FloatStack.	Creates a new empty FloatStack.
`New ()` in cerberus.stack.IntStack.	Creates a new empty IntStack.
`New ()` in cerberus.stack.Stack.	Creates a new empty Stack object.
`New ()` in cerberus.stack.StringStack.	Creates a new empty StringStack.
`New ()` in holzchopf.doctest.BaseClass.	Less sexy constructor
`New ()` in mojo2.graphics.Canvas.	Create a new canvas for rendering directly to the app window.
`New ()` in mojo2.renderer.Renderer.	Create a new renderer.
`New (Bool)` in brl.json.JsonBool.	New value from bool.
`New (Bool)` in cerberus.boxes.BoolObject.	Creates a new BoolObject with the given value.
`New (DataBuffer,Int,Int)` in brl.datastream.DataStream.	Creates a datastream that wraps the specified databuffer.
`New (DataBuffer,{Int})` in brl.datastream.DataStream.	Creates a datastream that wraps the specified databuffer.
`New (Float)` in cerberus.boxes.FloatObject.	Creates a new FloatObject with the given float value.
`New (Float)` in cerberus.boxes.IntObject.	Creates a new IntObject with the given float value converted to an int.
`New (Float)` in cerberus.boxes.StringObject.	Creates a new StringObject containing a string representing the given float value.
`New (ILinkResolver,IPrettifier)` in brl.markdown.Markdown.	Creates a new markdown object with the given link resolver.
`New (Image,Int,Int,Int,Int,{Float},{Float})` in mojo2.graphics.Image.	Create a new image from a region within an existing image.
`New (Int)` in brl.json.JsonArray.	Creates a new array of the given length.
`New (Int)` in cerberus.boxes.FloatObject.	Creates a new FloatObject with the given int value converted to a float.
`New (Int)` in cerberus.boxes.IntObject.	Creates a new IntObject with the given value.
`New (Int)` in cerberus.boxes.StringObject.	Creates a new StringObject containing a string representing the given int value.
`New (Int,Int,Int,Int)` in mojo2.graphics.Texture.	The width and height are parameters are the size of the new texture.
`New (Int,Int,{Float},{Float},{Int})` in mojo2.graphics.Image.	Create a new image for rendering.
`New (Int,{Bool})` in brl.databuffer.DataBuffer.	Creates a new data buffer of the specified byte length.
`New (JsonValue[])` in brl.json.JsonArray.	Creates a new array with the given data.
`New (Map)` in cerberus.set.Set.	Extending classes should invoke this method with a valid map object to be used to implement the set.
`New (Material,Int,Int,Int,Int,{Float},{Float})` in mojo2.graphics.Image.	Create a new image representing a rect within a material.
`New (Material,{Float},{Float})` in mojo2.graphics.Image.	Create a new image from a material.
`New (Object)` in mojo2.graphics.Canvas.	Create a new canvas for rendering to the given renderTarget, which must be an image or a texture.
`New (Shader)` in mojo2.graphics.Material.	Create a new material.
`New (Socket)` in brl.tcpstream.TcpStream.	Creates a new tcp stream from an existing socket.
`New (SocketAddress)` in brl.socket.SocketAddress.	Creates a new socket address that is a copy of the given address.
`New (String)` in brl.json.JsonNumber.	New value from string.
`New (String)` in brl.json.JsonObject.	Creates a new json object from the given JSON string.
`New (String)` in brl.json.JsonParser.	New json parser object parsing json.
`New (String)` in brl.json.JsonString.	New value from string.
`New (String)` in cerberus.boxes.StringObject.	Creates a new StringObject containing the given string value.
`New (String,String,IOnHttpRequestComplete)` in brl.httprequest.HttpRequest.	Creates a new http request object and opens it.
`New (String,int)` in brl.socket.SocketAddress.	Creates a new socket address with the given host and port.
`New (String,{String},{Int})` in brl.url.Url.	Creates a new url object.
`New (StringMap)` in brl.json.JsonObject.	Creates a new json object with the given data.
`New (T[])` in cerberus.boxes.ArrayObject.	Creates a new ArrayObject with the given array.
`New (T[])` in cerberus.deque.Deque.	Creates a new deque containing the elements of data.
`New (T[])` in cerberus.list.List.	Creates a new list object initialized with an array of values.
`New (T[])` in cerberus.stack.Stack.	Creates a new Stack object initialized with an array of values.
`New (int,bool)` in brl.ringbuffer.RingBuffer.	Creates a new ringbuffer with the given capacity.
`New ({Float},{Int})` in holzchopf.doctest.BaseClass.	Look at this sexy constructor
`New ({Int})` in brl.pool.Pool.	Creates a pool containing initialCapacity objects.
`New ({String})` in brl.socket.Socket.	Creates a new socket.
`NewArray (Int)` in reflection.ClassInfo.	Create a new array box object of this class.
`NewInstance ()` in reflection.ClassInfo.	Create a new object of this class.
`New` in Programming/Keywords/	Creates and initialises object of given class.
`NextNode ()` in cerberus.list.Node.	Returns the node after this node, or null if this is the last node in the list.
`NextNode ()` in cerberus.map.Node.	Returns the next node in the map, or Null if this is the last node.
`Next` in Programming/Keywords/	Declares the end of a For/Next loop.
`NoIDont ()` in holzchopf.doctest.BaseClass.	Mighty method that has parameters and a return value
`Node` in cerberus.list.	See the List class for a discussion of list nodes.
`Node` in cerberus.map.	Node objects are responsible for mainting the association between keys and values in a map.
`Not` in Programming/Keywords/	The logical Not operator.
`Notify (String,String,Bool)` in brl.requesters.	Notify activates a simple modal dialog informing the user of an event.
`Null` in Programming/Keywords/	Null is a Cerberus X constant representing an empty Object reference.
`ONE` in holzchopf.doctest.	Just some number literals
`ObjectEnumerator ()` in cerberus.deque.Deque.	Returns an object enumerator for use with For Eachin loops.
`ObjectEnumerator ()` in cerberus.list.List.	Returns an object enumerator for use with For Eachin loops.
`ObjectEnumerator ()` in cerberus.map.Map.	Returns an object that can be used to enumerate all nodes in the map with a For EachIn loop.
`ObjectEnumerator ()` in cerberus.set.Set.	Returns an enumerator object that allows sets to be used with For Eachin loops.
`ObjectEnumerator ()` in cerberus.stack.Stack.	Returns an enumerator object suitable for use with For EachIn loops.
`Object` in cerberus.lang.	The Object class is the common base class for all cerberus objects.
`Offset ()` in brl.datastream.DataStream.	Returns the start offset of the data in the databuffer object wrapped by this datastream.
`OnAcceptComplete (Socket,Socket)` in brl.socket.IOnAcceptComplete.	This method is called when an asynchronous socket accept operation completes.
`OnBack ()` in mojo.app.App.	This method is called when the application's 'back' button is pressed.
`OnBindComplete (Bool,Socket)` in brl.socket.IOnBindComplete.	This method is called when a asynchronous socket bind operation completes.
`OnBuyProductComplete (Int,Product)` in brl.cerberusstore.IOnBuyProductComplete.	Called when a CerberusStore.BuyProductAsync operation completes.
`OnClose ()` in mojo.app.App.	This method is called when the application's 'close' button is pressed.
`OnConnectComplete (Bool,Socket)` in brl.socket.IOnConnectComplete.	This method is called when a asynchronous socket connect operation completes.
`OnCreate ()` in mojo.app.App.	The OnCreate method is called when mojo has been initialized and the application has been successfully created.
`OnGetOwnedProductsComplete (Int,Product[])` in brl.cerberusstore.IOnGetOwnedProductsComplete.	Called when a CerberusStore.GetOwnedProductsAsync operation completes.
`OnHttpRequestComplete (HttpRequest)` in brl.httprequest.IOnHttpRequestComplete.	Called when an http request completes.
`OnInitMaterial (Material)` in mojo2.graphics.Shader.	Classes that extend Shader must set defalut values for all valid shader parameters in this method.
`OnLoadDataComplete (DataBuffer,String)` in brl.databuffer.IOnLoadDataComplete.	This method is called by DataBuffer.LoadAsync when data has finished loading.
`OnLoadImageComplete (Image,String,IAsyncEventSource)` in mojo.asyncloaders.IOnLoadImageComplete.	Called when an image has completed loading.
`OnLoadMaterial (Material,String,Int)` in mojo2.graphics.Shader.	Classes that extend Shader should load textures and other valid shader parameters from path into material in this method.
`OnLoadSoundComplete (Sound,String,IAsyncEventSource)` in mojo.asyncloaders.IOnLoadSoundComplete.	Called when a sound has completed loading.
`OnLoading ()` in mojo.app.App.	This method is called instead of OnRender when the application should render itself, but there are still resources such as images or sounds in the process of being loaded.
`OnOpenStoreComplete (Int,Product[])` in brl.cerberusstore.IOnOpenStoreComplete.	Called when the store has finished opening.
`OnPoolAllocate ()` in brl.pool.IOnPoolAllocate.	Will be called when an object gets allocated by a pool using the Pool.Allocate method.
`OnPoolFree ()` in brl.pool.IOnPoolFree.	Will be called when an object gets freed by a pool using the Pool.Free method.
`OnReceiveComplete (DataBuffer,Int,Int,Socket)` in brl.socket.IOnReceiveComplete.	This method is called when an asynchronous socket Receive or ReceiveAll operation completes.
`OnReceiveFromComplete (DataBuffer,Int,Int,SocketAddress,Socket)` in brl.socket.IOnReceiveFromComplete.	This method is called when an asynchronous socket ReceiveFrom operation completes.
`OnRender ()` in mojo.app.App.	This method is automatically called when the application should render itself, such as when the application first starts, or following an OnUpdate call.
`OnRenderLayer (Stack)` in mojo2.renderer.ILayer.	Render current layer.
`OnResize ()` in mojo.app.App.	This method is called when the application's device window size changes.
`OnResume ()` in mojo.app.App.	OnResume is called when your application is made active again after having been in a suspended state.
`OnSendComplete (DataBuffer,Int,Int,Socket)` in brl.socket.IOnSendComplete.	This method is called when an asynchronous socket Send operation completes.
`OnSendToComplete (DataBuffer,Int,Int,SocketAddress,Socket)` in brl.socket.IOnSendToComplete.	This method is called when an asynchronous socket SendTo operation completes.
`OnSuspend ()` in mojo.app.App.	OnSuspend is called when your application is about to be suspended.
`OnUpdate ()` in mojo.app.App.	This method is automatically called when the application's update timer ticks.
`Open (String,String)` in brl.filestream.FileStream.	Opens a new filestream.
`Open (String,String,IOnHttpRequestComplete)` in brl.httprequest.HttpRequest.	Opens an http request.
`OpenStoreAsync (IOnOpenStoreComplete)` in brl.cerberusstore.CerberusStore.	Starts an async operation to open the store.
`OpenUrl (String)` in mojo.app.	Opens the given url using the underlying operating system.
`Or` in Programming/Keywords/	The logical Or operator.
`PI` in cerberus.math.
`ParameterTypes ()` in reflection.FunctionInfo.	Get function parameter types.
`ParameterTypes ()` in reflection.MethodInfo.	Get method parameter types.
`ParseValue ()` in brl.json.JsonParser.	Used to return the value of the root object.
`Password ()` in brl.url.Url.	Returns the password part of the url.
`Path ()` in brl.url.Url.	Returns the path part of the url.
`PauseChannel (Int)` in mojo.audio.	Pauses the specified audio channel.
`PauseMusic ()` in mojo.audio.	Pauses music playback.
`PeekByte (Int)` in brl.databuffer.DataBuffer.	Returns the 8 bit byte contained in the databuffer at address.
`PeekBytes (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count bytes starting at address from the databuffer to bytes.
`PeekChar (Int)` in mojo.input.	Returns the character of the character at the specified index in the keyboard character queue.
`PeekFloat (Int)` in brl.databuffer.DataBuffer.	Returns the 32 bit float value stored in the data buffer at address.
`PeekFloats (Int,Float[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 32 bit floats starting at address from the databuffer to bytes.
`PeekInt (Int)` in brl.databuffer.DataBuffer.	Returns the 32 bit int value contained in the data buffer at address.
`PeekInts (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 32 bit ints starting at address from the databuffer to bytes.
`PeekShort (Int)` in brl.databuffer.DataBuffer.	Returns the 16 bit int value contained in the data buffer at address.
`PeekShorts (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 16 bit shorts starting at address from the databuffer to bytes.
`PeekString (Int,Int,{String})` in brl.databuffer.DataBuffer.	Peeks and returns a string from the data buffer.
`PeekString (Int,{String})` in brl.databuffer.DataBuffer.	Peeks and returns a string from the data buffer.
`PlayMusic (String,{Int})` in mojo.audio.	Plays an audio file through the internal music channel, using audio streaming if possible.
`PlaySound (Sound,{Int},{Int})` in mojo.audio.	Plays a sound through the specified channel.
`PokeByte (Int,Int)` in brl.databuffer.DataBuffer.	Writes an 8 bit byte into the data buffer at address.
`PokeBytes (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 8 bit bytes from the bytes array to the databuffer.
`PokeFloat (Int,Float)` in brl.databuffer.DataBuffer.	Writes a 32 bit float value into the data buffer at address.
`PokeFloats (Int,Float[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 32 bit floats from the floats array to the databuffer.
`PokeInt (Int,Int)` in brl.databuffer.DataBuffer.	Writes a 32 bit int value into the data buffer at address.
`PokeInts (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 32 bit ints from the ints array to the databuffer.
`PokeShort (Int,Int)` in brl.databuffer.DataBuffer.	Writes a 16 bit int value into the data buffer at address.
`PokeShorts (Int,Int[],Int,Int)` in brl.databuffer.DataBuffer.	Copies count 16 bit shorts from the shorts array to the databuffer.
`PokeString (Int,String,{String})` in brl.databuffer.DataBuffer.	Pokes value into the data buffer at location address.
`Pool` in brl.pool.	A pool object allows you to manually allocate and free objects from a memory pool.
`Pop ()` in cerberus.stack.Stack.	Removes the item at the top of the stack and returns it.
`PopFirst ()` in cerberus.deque.Deque.	Removes an item from the beginning of the deque.
`PopLast ()` in cerberus.deque.Deque.	Removes an item from the end of the deque.
`PopMatrix ()` in mojo.graphics.	Pops a matrix from the internal matrix stack and makes it the current matrix.
`PopMatrix ()` in mojo2.graphics.DrawList.	Pop the current 2d matrix from the 2d matrix stack.
`Port ()` in brl.socket.SocketAddress.	Returns the socket address port.
`Port ()` in brl.url.Url.	Returns the port part of the url.
`Position ()` in brl.stream.Stream.	Returns the read/write position within the stream if the stream is seekable, else 0.
`Pow (Float,Float)` in cerberus.math.	Returns x raised to the power y.
`PremultiplyArgb2Abgr (Int)` in mojo2.graphics.DrawList.	Returns a color that is premultiplied (rgb components multiplied by alpha) and has byte format reordered from argb (commonly used) to abgr (used internally).
`PremultiplyArgb2Abgr (Int[])` in mojo2.graphics.DrawList.	Premultiplies colors (multiplies rgb components by alpha) and reorders the byte format from argb (commonly used) to abgr (used internally).
`PrettifyLine (String)` in brl.markdown.IPrettifier.	This method is called by a Markdown object for every line inside a <pre> block, and should returned an html 'prettified' version of text.
`PrevNode ()` in cerberus.list.Node.	Returns the node before this node, or null if this is the first node in the list.
`PrevNode ()` in cerberus.map.Node.	Returns the previous node in the map, or Null if this is the first node.
`Price ()` in brl.cerberusstore.Product.	The localized product price.
`Print (String)` in cerberus.lang.	Prints message to the current output channel.
`Private` in Programming/Keywords/	Declares following code as private to local module or class.
`Proceed (String,String,Bool)` in brl.requesters.	Proceed activates a simple modal dialog requesting the user to select between YES, NO and CANCEL options.
`Process` in brl.process.
`Product` in brl.cerberusstore.
`ProjectionMatrix ()` in mojo2.graphics.Canvas.	Get projection matrix.
`Property` in Programming/Keywords/	Declares method as property.
`Protocol ()` in brl.socket.Socket.	Returns the socket protocol, either "stream", "server", or "datagram".
`Public` in Programming/Keywords/	Declares following code as publicly accessible.
`Push (T)` in cerberus.stack.Stack.	Pushes a value on the top of the stack.
`Push (T[])` in cerberus.stack.Stack.	Pushes an array of values on the top of the stack starting with element 0.
`PushFirst (T)` in cerberus.deque.Deque.	Adds an item to the beginning of the deque.
`PushLast (T)` in cerberus.deque.Deque.	Adds an item to the end of the deque.
`PushMatrix ()` in mojo.graphics.	Pushes the current matrix onto the internal matrix stack.
`PushMatrix ()` in mojo2.graphics.DrawList.	Push the current 2d matrix on the 2d matrix stack.
`Put (DataBuffer,Int,Int)` in brl.ringbuffer.RingBuffer.	Copies count bytes from data/offset and adds them to the end of the ringbuffer.
`Query ()` in brl.url.Url.	Returns the query part of the url.
`Read (DataBuffer,Int,Int)` in brl.stream.Stream.	Reads count bytes from the stream into databuffer, starting at address offset within the databuffer.
`ReadAll ()` in brl.stream.Stream.	Reads all remaining bytes from the stream into a databuffer.
`ReadAll (DataBuffer,int,int)` in brl.stream.Stream.	Reads count bytes from the stream into databuffer, starting at address offset within the databuffer.
`ReadByte ()` in brl.stream.Stream.	Reads an 8 bit byte from the stream.
`ReadFloat ()` in brl.stream.Stream.	Reads a 32 bit float value from the stream.
`ReadInt ()` in brl.stream.Stream.	Reads a 32 bit int value from the stream.
`ReadPixels (Int,Int,Int,Int,DataBuffer,{Int},{Int})` in mojo2.graphics.Canvas.	Read pixel data from canvas.
`ReadPixels (Int[],Int,Int,Int,Int,{Int},{Int})` in mojo.graphics.	Copies a rectangular section of pixels from the current render buffer into an int array.
`ReadShort ()` in brl.stream.Stream.	Reads a 16 bit int value from the stream.
`ReadStderr (DataBuffer,Int,Int)` in brl.process.Process.	Reads bytes from process stderr into buffer.
`ReadStdout (DataBuffer,Int,Int)` in brl.process.Process.	Reads bytes from process stdout into buffer.
`ReadString (Int,{String})` in brl.stream.Stream.	Reads count bytes from the stream and converts them to a string using the given encoding.
`ReadString ({String})` in brl.stream.Stream.	Reads all bytes from the stream until end-of-file and converts them to a string using the given encoding.
`RealPath (String)` in brl.filesystem.	Converts path to an absolute filesystem path.
`RealPath (String)` in os.	Returns the real, or 'absolute', file system path corresponding to the given path.
`Receive (DataBuffer,Int,Int)` in brl.socket.Socket.	Receives data from a remote host and returns the number of bytes received.
`ReceiveAll (DataBuffer,Int,Int)` in brl.socket.Socket.	Receives data from a remote host and returns the number of bytes received.
`ReceiveAllAsync (DataBuffer,Int,Int,IOnReceiveComplete)` in brl.socket.Socket.	Receives data from a remote host asynchronously.
`ReceiveAsync (DataBuffer,Int,Int,IOnReceiveComplete)` in brl.socket.Socket.	Receives data from a remote host asynchronously.
`ReceiveFrom (DataBuffer,Int,Int,SocketAddress)` in brl.socket.Socket.	Receives data from a remote host and returns the number of bytes received.
`ReceiveFromAsync (DataBuffer,Int,Int,SocketAddress,IOnReceiveFromComplete)` in brl.socket.Socket.	Receives data from a remote host asynchronously.
`RemoteAddress ()` in brl.socket.Socket.	Returns the remote address of the socket.
`Remove ()` in cerberus.list.Node.	Removes this node from the list.
`Remove (Int)` in cerberus.stack.Stack.	Removes the value at the specified index from the stack, shifting existing elements down if necessary.
`Remove (K)` in cerberus.map.Map.	Removes the key from the map.
`Remove (T)` in cerberus.set.Set.	Removes value from the set.
`RemoveAsyncEventSource (IAsyncEventSource)` in brl.asyncevent.	Removes source from the global list of event sources to be processed by UpdateAsyncEvents.
`RemoveEach (T)` in cerberus.list.List.	Finds and removes each element in the list equal to value.
`RemoveEach (T)` in cerberus.stack.Stack.	Finds and removes all elements in the stack equal to value, shifting existing elements down if necessary.
`RemoveFirst ()` in cerberus.list.List.	Removes the first value in the list and returns it.
`RemoveFirst (T)` in cerberus.list.List.	Finds and removes the first element in the list equal to value.
`RemoveFirst (T)` in cerberus.stack.Stack.	Finds and removes the first element in the stack equal to value.
`RemoveLast ()` in cerberus.list.List.	Removes the last value in the list and returns it.
`RemoveLast (T)` in cerberus.list.List.	Finds and removes the last element in the list equal to value.
`RemoveLast (T)` in cerberus.stack.Stack.	Finds and removes the last element in the stack equal to value.
`Render ()` in mojo2.renderer.Renderer.	Render everything.
`RenderDrawList (DrawList)` in mojo2.graphics.Canvas.	Render a drawlist to canvas.
`RenderDrawList (DrawList,Float,Float,{Float},{Float},{Float})` in mojo2.graphics.Canvas.	Render a drawlist to canvas, transformed by the canvas' current 2d matrix and tx, ty, rz, sx and sy parameters.
`RenderTarget ()` in mojo2.graphics.Canvas.	Get current render target.
`Renderer` in mojo2.renderer.	A renderer is used to draw complex scenes using multipass rendering.
`Repeat` in Programming/Keywords/	Marks the start of a Repeat loop.
`Replace (String,String)` in cerberus.lang.String.	Replaces all occurrences of findStr with replaceStr and returns the result.
`ReportAchievement (Float,String)` in brl.gamecenter.GameCenter.	Report an achievement to Game Center.
`ReportScore (Int,String)` in brl.gamecenter.GameCenter.	Report a score to Game Center.
`RequestDir (String,{String})` in brl.requesters.	RequestDir activates a modal directory requester dialog.
`RequestFile (String,{String},{Bool},{String})` in brl.requesters.	RequestFile activates a modal file requester dialog.
`Reset ()` in mojo2.graphics.DrawList.	Removes all items from drawlist.
`ResetMatrix ()` in mojo2.graphics.DrawList.	Set the current 2d matrix to the identity matrix.
`Resize (Int)` in cerberus.lang.Array.	Returns a copy of this array, resized to newLength.
`ResolveLink (String,String)` in brl.markdown.ILinkResolver.	This method is called when a Markdown object needs to resolve a link.
`Resource paths` in Programming/	App resources may be stored in many different locations, for example, in an app's data dir, on the local filesystem, or on a remote server.
`ResponseText ()` in brl.httprequest.HttpRequest.	The response text returned by the server once the request has completed.
`ResumeChannel (Int)` in mojo.audio.	Resumes the specified audio channel.
`ResumeMusic ()` in mojo.audio.	Resumes music playback.
`Return` in Programming/Keywords/	The Return keyword causes program flow to exit a function or method and return a value to the calling statement.
`ReturnType ()` in reflection.FunctionInfo.	Get return type of function.
`ReturnType ()` in reflection.MethodInfo.	Get return type of method.
`RingBuffer` in brl.ringbuffer.	A ringbuffer is a circular FIFO buffer that wraps a DataBuffer.
`Rnd ()` in cerberus.random.	Returns a random float in the range 0 (exclusive) to 1 (exclusive).
`Rnd (Float)` in cerberus.random.	Returns a random float in the range 0 (exclusive) to range (exclusive).
`Rnd (Float,Float)` in cerberus.random.	Returns a random float in the range low (exclusive) to high (exclusive).
`Rotate (Float)` in mojo.graphics.	Multiplies the current matrix by a matrix representing the specified rotation.
`Rotate (Float)` in mojo2.graphics.DrawList.	Rotate current 2d matrix.
`RotateScale (Float,Float,Float)` in mojo2.graphics.DrawList.	Rotate and scale (in that order) the current 2d matrix.
`SATURDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`STATE_DESTROYED` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary states
`STATE_OFF` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary states
`STATE_ON` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary states
`STATE_UNDEFINED` in holzchopf.doctest.BaseClass.	Documented class enum representing some arbitrary states
`SUNDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`Samples`	Match up
`SaveState (String)` in mojo.app.	Saves a string representing the application's persistant state.
`SaveString (String,String)` in os.	Saves str to a file specified by path.
`Scale (Float,Float)` in mojo.graphics.	Multiplies the current matrix by a matrix representing the specified scale.
`Scale (Float,Float)` in mojo2.graphics.DrawList.	Scale current 2d matrix.
`Scheme ()` in brl.url.Url.	Returns the scheme part of the url.
`Scissor ()` in mojo2.graphics.Canvas.	Get scissor rect.
`Seed` in cerberus.random.	The current random number generator seed used by Rnd.
`Seek (Int)` in brl.stream.Stream.	If the stream is seekable, adjusts the read/write position within the stream and returns the new read/write position.
`Select` in Programming/Keywords/	Marks the start of a conditional Select block.
`Self` in Programming/Keywords/	Object's own reference.
`Send ()` in brl.httprequest.HttpRequest.	Sends an http request.
`Send (DataBuffer,Int,Int)` in brl.socket.Socket.	Sends data to a remote host and returns the number of bytes sent.
`Send (String,{String},{String})` in brl.httprequest.HttpRequest.	Sends an http request with data.
`SendAsync (DataBuffer,Int,Int,IOnSendComplete)` in brl.socket.Socket.	Sends data to a remote host asynchronously.
`SendTo (DataBuffer,Int,Int,SocketAddress)` in brl.socket.Socket.	Sends data to the remote host specified by address and returns the number of bytes sent.
`SendToAsync (DataBuffer,Int,Int,SocketAddress,IOnSendToComplete)` in brl.socket.Socket.	Sends data to the remote host specified by address asynchronously.
`Set (Int,JsonValue)` in brl.json.JsonArray.	Set entry at index to specific value.
`Set (Int,T)` in cerberus.deque.Deque.	Sets an item at the given index.
`Set (Int,T)` in cerberus.stack.Stack.	Overwrites the existing value at index with value.
`Set (K,V)` in cerberus.map.Map.	Set the value in a map associated with the given key.
`Set (String)` in brl.url.Url.	Changes the url.
`Set (String,JsonValue)` in brl.json.JsonObject.	Set key to specific value.
`SetAlpha (Float)` in mojo.graphics.	Sets the current global alpha level.
`SetAlpha (Float)` in mojo2.graphics.DrawList.	Set alpha only.
`SetAmbientLight (Float,Float,Float)` in mojo2.graphics.Canvas.	Set ambient light color.
`SetAmbientLight (Float[])` in mojo2.renderer.Renderer.	Set ambient light.
`SetBlend (Int)` in mojo.graphics.	Sets the current blending mode.
`SetBlendMode (Int)` in mojo2.graphics.DrawList.	Set blend mode.
`SetBool (Int,Bool)` in brl.json.JsonArray.	Set boolean value at index.
`SetBool (String,Bool)` in brl.json.JsonObject.	Set key to boolean value.
`SetCameraMatrix (Float[])` in mojo2.renderer.Renderer.	Set 4x4 camera matrix.
`SetChannelPan (Int,Float)` in mojo.audio.	Sets the pan of the specified audio channel.
`SetChannelRate (Int,Float)` in mojo.audio.	Sets the playback rate of the specified audio channel.
`SetChannelVolume (Int,Float)` in mojo.audio.	Sets the volume of the specified audio channel.
`SetClearColor (Float[])` in mojo2.renderer.Renderer.	Set clear color.
`SetClearMode (Int)` in mojo2.renderer.Renderer.	Set clear mode.
`SetColor (Float,Float,Float)` in mojo.graphics.	Sets the current color.
`SetColor (Float,Float,Float)` in mojo2.graphics.DrawList.	Set color only.
`SetColor (Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Set color and alpha.
`SetColor (Int)` in mojo.graphics.	Sets the current color using a hex color value.
`SetColorMask (bool,bool,bool,bool)` in mojo2.graphics.Canvas.	Set which color components are writeable.
`SetDefaultMaterial (Material)` in mojo2.graphics.DrawList.	Set the default material used for drawing operations that use a null material.
`SetDefaultShader (Shader)` in mojo2.graphics.Shader.	Sets the default shader used when a material is created with a 'Null' shader.
`SetDeviceWindow (Int,Int,Int)` in mojo.app.	Sets the application's device window to the given width and height.
`SetElement (Object,Int,Object)` in reflection.ClassInfo.	Set an array element.
`SetEnv (String,String)` in brl.process.	Set an environment variable.
`SetEnv (String,String)` in os.	Sets an environment variable.
`SetFlagsMask (Int)` in mojo2.graphics.Image.	Sets an internal 'flags mask' that can be used to filter out specific image flags when creating images.
`SetFloat (Int,Float)` in brl.json.JsonArray.	Set float value at index.
`SetFloat (String,Float)` in brl.json.JsonObject.	Set key to float value.
`SetFogColor (Float,Float,Float,Float)` in mojo2.graphics.Canvas.	Set fog color.
`SetFont (Font)` in mojo.graphics.	Sets the font for use with DrawText.
`SetFont (Font)` in mojo2.graphics.DrawList.	Set current font for use with DrawText.
`SetHandle (Float,Float)` in mojo.graphics.Image.	Sets the image offset handle for this image.
`SetHandle (Float,Float)` in mojo2.graphics.Image.	Set image handle.
`SetHeader (String,String)` in brl.httprequest.HttpRequest.	Sets an http request header option.
`SetInt (Int,Int)` in brl.json.JsonArray.	Set integer value at index.
`SetInt (String,Int)` in brl.json.JsonObject.	Set key to integer value.
`SetLightColor (Int,Float,Float,Float)` in mojo2.graphics.Canvas.	Set light color.
`SetLightPosition (Int,Float,Float,Float)` in mojo2.graphics.Canvas.	Set light position in world space.
`SetLightRange (Int,Float)` in mojo2.graphics.Canvas.	Set light range.
`SetLightType (Int,Int)` in mojo2.graphics.Canvas.	Set light type.
`SetMatrix (Float,Float,Float,Float,Float,Float)` in mojo.graphics.	Sets the current matrix.
`SetMatrix (Float,Float,Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Set the current 2d matrix to the given matrix.
`SetMatrix (Float[])` in mojo.graphics.	Sets the current matrix.
`SetMatrixStackCapacity (Int)` in mojo2.graphics.DrawList.	Set the maximum number of 2d matrices that can be pushed onto the matrix stack using PushMatrix.
`SetModelMatrix (Float[])` in mojo2.graphics.Canvas.	Set model matrix, ie: the matrix that transforms points in 2d canvas space into 3d world space.
`SetMusicVolume (Float)` in mojo.audio.	Sets the music volume.
`SetProjection2d (Float,Float,Float,Float)` in mojo2.graphics.Canvas.	Set 2d orthographic projection matrix.
`SetProjectionMatrix (Float[])` in mojo2.graphics.Canvas.	Set arbitrary projection matrix.
`SetProjectionMatrix (Float[])` in mojo2.renderer.Renderer.	Set 4x4 projection matrix.
`SetRenderTarget (Image)` in mojo2.renderer.Renderer.	Change render target.
`SetRenderTarget (Object)` in mojo2.graphics.Canvas.	Change canvas render target.
`SetScalar (String,Float)` in mojo2.graphics.Material.	Set float shader parameter.
`SetScissor (Float,Float,Float,Float)` in mojo.graphics.	Sets the current scissor rectangle to the rectangle specified by x, y, width and height.
`SetScissor (Int,Int,Int,Int)` in mojo2.graphics.Canvas.	Set scissor rect, in viewport coordinates.
`SetShadowCaster (ShadowCaster)` in mojo2.graphics.Image.	Set image shadow caster.
`SetShadowMap (Image)` in mojo2.graphics.Canvas.	Set shadow map to use when lighting.
`SetString (Int,String)` in brl.json.JsonArray.	Set string value at index.
`SetString (String,String)` in brl.json.JsonObject.	Set key to string value.
`SetSwapInterval (Int)` in mojo.app.	Attempts to change the 'swap interval' of the application's device.
`SetTexture (String,Texture)` in mojo2.graphics.Material.	Set texture shader parameter.
`SetUpdateRate (Int)` in mojo.app.	Sets the application's update rate.
`SetValue (Object)` in reflection.GlobalInfo.	Set value of global.
`SetValue (Object,Object)` in reflection.FieldInfo.	Set field value.
`SetVector (String,Float)` in mojo2.graphics.Material.	Set vector shader parameter.
`SetVertices (Float[])` in mojo2.graphics.ShadowCaster.	Set shadow caster vertices.
`SetViewMatrix (Float[])` in mojo2.graphics.Canvas.	Set view matrix, ie: the matrix the transforms points in world space to view space.
`SetViewport (Int,Int,Int,Int)` in mojo2.graphics.Canvas.	Set viewport.
`SetViewport (Int,Int,Int,Int)` in mojo2.renderer.Renderer.	Set viewport.
`Set` in cerberus.set.	A set is a container style object that provides a mechanism for keeping track of a number of objects.
`Sgn (Float)` in cerberus.math.	Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.
`Sgn (Int)` in cerberus.math.	Returns -1 if x is less than zero, +1 if x is greater than zero or 0 if x is equal to zero.
`Shader ()` in mojo2.graphics.Material.	Get material shader.
`Shader` in mojo2.graphics.	Mojo2 provides support for simple shaders that fetch texture/color data and produce values for use by the lighting equations.
`ShadowCaster ()` in mojo2.graphics.Image.	Get attached shadow caster.
`ShadowCaster` in mojo2.graphics.	The mojo2 ShadowCaster class provides support for simple 2d shadow rendering.
`ShadowMap ()` in mojo2.graphics.Canvas.	Get shadow map.
`ShadowShader ()` in mojo2.graphics.Shader.	Returns a stock shadow shader for drawing shadows.
`Shl` in Programming/Keywords/	Shl is a binary operator that performs the shift to left function.
`ShowAchievments ()` in brl.gamecenter.GameCenter.	Shows game achievements.
`ShowAdView ({Int},{Int})` in brl.admob.Admob.	Shows the ad view and enables ads.
`ShowAdViewInterstitial ()` in brl.admob.AdmobInterstitial.	Shows the interstitial ad view.
`ShowLeaderboard (String)` in brl.gamecenter.GameCenter.	Shows the leaderboard with the given id.
`ShowMouse ()` in mojo.app.	Shows the mouse pointer if the underlying operation system supports a mouse.
`Shr` in Programming/Keywords/	Shr is a binary operator that performs the (signed) shift to right function.
`Sin (Float)` in cerberus.math.	Returns the sine of x degrees.
`Sinr (Float)` in cerberus.math.	Returns the sine of x radians.
`SocketAddress` in brl.socket.
`Socket` in brl.socket.
`Sort ({Int})` in cerberus.list.List.	Sorts the list into ascending or descending order.
`Sort ({Int})` in cerberus.stack.Stack.	Sorts the stack into ascending or descending order.
`Sound` in mojo.audio.	Sound objects contain audio data preloaded from files.
`Split (String)` in cerberus.lang.String.	Splits this string into an array of pieces, using the separator string to delimit each piece.
`Sqrt (Float)` in cerberus.math.	Returns the square root of x.
`Stack` in cerberus.stack.	Stacks provide 2 basic operations - push and pop.
`Start (String)` in brl.process.Process.	Starts process.
`StartGameCenter ()` in brl.gamecenter.GameCenter.	Starts Game Center.
`StartsWith (String)` in cerberus.lang.String.	Returns true if the string starts with str, else false.
`Status ()` in brl.httprequest.HttpRequest.	The status returned by the server once the request has completed.
`StderrAvail ()` in brl.process.Process.	Returns the number of bytes available to be read from process stderr.
`StdoutAvail ()` in brl.process.Process.	Returns the number of bytes available to be read from process stdout.
`Step` in Programming/Keywords/	Optional For/Next loop modifier specifying size of iteration step.
`StopChannel (Int)` in mojo.audio.	Stops the specified audio channel.
`StopMusic ()` in mojo.audio.	Stops any music currently playing.
`StreamError` in brl.stream.	Common base class for stream exceptions.
`StreamReadError` in brl.stream.	Exception class for stream read errors.
`StreamWriteError` in brl.stream.	Exception class for stream write errors.
`Stream` in brl.stream.	Streams are used to read or write data in a sequential manner.
`Strict` in Programming/Keywords/	Enables Cerberus X's Strict syntax mode.
`StringClass ()` in reflection.	Returns the class of a 'string'.
`StringDeque` in cerberus.deque.	StringDeque is a convenience class for handling deques of string values.
`StringList` in cerberus.list.	StringList is a convenience class for handling lists of string values.
`StringMap` in cerberus.map.	A StringMap is a convenience class for mapping strings to values.
`StringObject` in cerberus.boxes.	The StringObject box class can be used to encapsulate a string value inside an object.
`StringSet` in cerberus.set.	StringSet is a convenience class for managing sets of strings.
`StringStack` in cerberus.stack.	A StringStack is a convenience class for dealing with stacks of strings.
`StringValue ()` in brl.json.JsonString.	Returns string value.
`StringValue ()` in brl.json.JsonValue.	For a JsonString, this will return its string value.
`String` in cerberus.lang.	The String type is a fundamental cerberus type used to represent sequences of characters.
`StripAll (String)` in brl.filepath.	Removes both the directory and file type extension from a file path.
`StripAll (String)` in os.	Removes both the directory and file extension from a file system path, returning just the file name.
`StripDir (String)` in brl.filepath.	Removes the directory from a file path.
`StripDir (String)` in os.	Removes the directory from a file system path, and returns the file name and extension.
`StripExt (String)` in brl.filepath.	Removes the file type extension from a file path.
`StripExt (String)` in os.	Extracts and returns the file extension of a file system path.
`SuperClass ()` in reflection.ClassInfo.	Get super class of class.
`Super` in Programming/Keywords/	Provides parent class access.
`THREE` in holzchopf.doctest.	Just some number literals
`THURSDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`TUESDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`TWO` in holzchopf.doctest.	Just some number literals
`TWOPI` in cerberus.math.
`Tan (Float)` in cerberus.math.	Returns the tangent of x degrees.
`Tanr (Float)` in cerberus.math.	Returns the tangent of x radians.
`Target SDKs`	In order to build output target projects, the correct SDKs for each target must be installed.
`TcpStream` in brl.tcpstream.	A tcp stream represents a synchronous tcp connection to a host on the internet.
`Ted` in Tools/	Ted is a simple text editor/IDE for Cerberus X.
`TextHeight (String)` in mojo.graphics.Font.	Get height of text drawn in this font.
`TextHeight (String)` in mojo2.graphics.Font.	Get height of text drawn in this font.
`TextWidth (String)` in mojo.graphics.	Returns the width of the given text.
`TextWidth (String)` in mojo.graphics.Font.	Get width of text drawn in this font.
`TextWidth (String)` in mojo2.graphics.Font.	Get width of text drawn in this font.
`Texture` in mojo2.graphics.	Textures contains image data for use by shaders when rendering.
`The Android target` in Target SDKs/	Android is Google's hugely popular cellphone and tablet OS.
`The AppGameKit target` in Target SDKs/	The AppGameKit target is a wrapper for AppGameKit by TheGameCreators.
`The Desktop target` in Target SDKs/	The desktop target (formerly the Glfw target) allows you to create apps for Windows, MacOS and Linux desktop environments.
`The Flash target` in Target SDKs/	Flash is a very popular web based platform by Adobe.
`The HTML5 target` in Target SDKs/	HTML5 is an emerging standard for writing web based apps.
`The Stdcpp target` in Target SDKs/	The stdcpp (standard c++) target allows you to write command line utilities in Cerberus.
`The WinRT target` in Target SDKs/	The WinRT target allows you to develop games for the Windows 8 and Windows Phone 8.
`The iOS target` in Target SDKs/	iOS is Apple's OS for iTouch, iPhone and iPad devices.
`Then` in Programming/Keywords/	Optional separator used for readability in If blocks.
`Throw` in Programming/Keywords/	The Throw keyword is part of the Try/Catch exception-handling construct.
`Throwable` in cerberus.lang.	The Throwable class must be extended by all classes that are intended to be used with Throw.
`Title ()` in brl.cerberusstore.Product.	The product title.
`ToArray ()` in cerberus.boxes.ArrayObject.	Returns the array contained in the ArrayObject.
`ToArray ()` in cerberus.deque.Deque.	Converts the deque to an array.
`ToArray ()` in cerberus.list.List.	Converts the list to an array of values.
`ToArray ()` in cerberus.stack.Stack.	Converts the stack to an array of values.
`ToBool ()` in cerberus.boxes.BoolObject.	Returns the bool value contained in the BoolObject.
`ToChars ()` in cerberus.lang.String.	Converts string to an array of character codes.
`ToFloat ()` in cerberus.boxes.FloatObject.	Returns the float value contained in the FloatObject.
`ToFloat ()` in cerberus.boxes.IntObject.	Returns the int value contained in the IntObject converted to a float.
`ToHtml (String)` in brl.markdown.Markdown.	Converts markdown to html.
`ToInt ()` in cerberus.boxes.FloatObject.	Returns the float value contained in the FloatObject converted to an int.
`ToInt ()` in cerberus.boxes.IntObject.	Returns the int value contained in the IntObject.
`ToJson ()` in brl.json.JsonBool.	Returns either true or false as string.
`ToJson ()` in brl.json.JsonNull.	Returns a string literally containing null.
`ToJson ()` in brl.json.JsonNumber.	Returns value as string.
`ToJson ()` in brl.json.JsonString.	Returns value as quoted string with escaped quotation marks.
`ToJson ()` in brl.json.JsonValue.	Converts value to a JSON string.
`ToLower ()` in cerberus.lang.String.	Converts the string to lowercase and returns the result.
`To` in Programming/Keywords/	Defines range of values to be assigned to the index variable in a For/Next loop.
`ToString ()` in brl.socket.SocketAddress.	Returns a string representation of the socket address.
`ToString ()` in brl.stream.StreamError.	Returns a message describing the error.
`ToString ()` in brl.url.Url.	Returns the url as a string.
`ToString ()` in cerberus.boxes.FloatObject.	Returns the float value contained in the FloatObject converted to a string.
`ToString ()` in cerberus.boxes.IntObject.	Returns the int value contained in the IntObject converted to a string.
`ToString ()` in cerberus.boxes.StringObject.	Returns the string value contained in the StringObject.
`ToUpper ()` in cerberus.lang.String.	Converts the string to uppercase and returns the result.
`Top ()` in cerberus.stack.Stack.	Returns the item at the top of the stack.
`TouchDown (Int)` in mojo.input.	Returns 1 if the finger specified by index is currently touching the touchscreen, otherwise 0.
`TouchHit (Int)` in mojo.input.	Returns the number of times the specified finger has made contact with the touchscreen since the last OnUpdate.
`TouchX (Int)` in mojo.input.	Returns the x coordinate of the finger on a touch screen device.
`TouchY (Int)` in mojo.input.	Returns the y coordinate of the finger on a touch screen device.
`Trans` in Tools/	Trans is the command line tool used to build Cerberus X apps.
`Transform (Float,Float,Float,Float,Float,Float)` in mojo.graphics.	Multiplies the current matrix by the specified matrix.
`Transform (Float,Float,Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Multiply the current 2d matrix by the given matrix.
`Transform (Float[])` in mojo.graphics.	Multiplies the current matrix by the specified matrix.
`TransformCoords (Float[],Float[],{Int})` in mojo2.graphics.Canvas.	Mode \| Description
`Translate (Float,Float)` in mojo.graphics.	Multiplies the current matrix by a matrix representing the specified translation.
`Translate (Float,Float)` in mojo2.graphics.DrawList.	Translate the current 2d matrix.
`TranslateRotate (Float,Float,Float)` in mojo2.graphics.DrawList.	Translate and rotate (in that order) the current 2d matrix.
`TranslateRotateScale (Float,Float,Float,Float,Float)` in mojo2.graphics.DrawList.	Translate, rotate and scale (in that order) the current 2d matrix.
`Trim ()` in cerberus.lang.String.	Removes any leading and trailing whitespace from the string and returns the result.
`True` in Programming/Keywords/	Represents boolean true value.
`Try` in Programming/Keywords/	Declares the start of a Try/Catch block.
`Type ()` in brl.cerberusstore.Product.	Product type, one of:
`Type ()` in brl.json.JsonValue.	Indicates the type of the specific JsonValue object.
`Type ()` in reflection.ConstInfo.	Get type of const.
`Type ()` in reflection.FieldInfo.	Type of field.
`Type ()` in reflection.GlobalInfo.	Get type of global.
`Unbox (Object)` in reflection.ArrayBoxer.	Unbox an array.
`UnboxBool (Object)` in reflection.	Unboxes a bool.
`UnboxFloat (Object)` in reflection.	Unboxes a float.
`UnboxInt (Object)` in reflection.	Unboxes an int.
`UnboxString (Object)` in reflection.	Unboxes a string.
`Until` in Programming/Keywords/	Marks the end of a Repeat/Until loop.
`Update (K,V)` in cerberus.map.Map.	Updates an existing key/value pair.
`UpdateAsyncEvents ()` in brl.asyncevent.	Calls the UpdateAsyncEvents method for each event source contained in the global list of event sources.
`UpdateAsyncEvents ()` in brl.asyncevent.IAsyncEventSource.	This method is called by the global Modules/brl.asyncevent#UpdateAsyncEvents function for each event source that has been added to the global list of event sources.
`UpdateRate ()` in mojo.app.	Returns the current update rate, as set by SetUpdateRate.
`Url` in brl.url.
`Username ()` in brl.url.Url.	Returns the username part of the url.
`Value ()` in cerberus.list.Node.	Returns the value stored in the node.
`Value ()` in cerberus.map.Node.	Returns the value contained in the map node.
`Values ()` in cerberus.map.Map.	Returns an object that can be used to enumerate all values in the map with a For Eachin loop.
`Vertices ()` in mojo2.graphics.ShadowCaster.	Get shadow caster vertices.
`ViewMatrix ()` in mojo2.graphics.Canvas.	Get view matrix.
`Viewport ()` in mojo2.graphics.Canvas.	Get viewport.
`Void` in Programming/Keywords/	The built-in void return identifier.
`WEDNESDAY` in holzchopf.doctest.	Weekdays mapped to the numbers 145 to 151
`Wait ()` in brl.process.Process.	Waits for process to finish and returns process exit code.
`Wend` in Programming/Keywords/	Wend, short for While [loop] End, marks the end of a While loop.
`While` in Programming/Keywords/	Marks the start of a While loop.
`WhiteTexture ()` in mojo2.graphics.Texture.	Return a stock single texel white texture.
`Width ()` in mojo.app.DisplayMode.	Returns the width of the display mode.
`Width ()` in mojo.graphics.Image.	Returns the width of the image, in pixels.
`Width ()` in mojo2.graphics.Canvas.	Get canvas width.
`Width ()` in mojo2.graphics.Image.	Get image width.
`Width ()` in mojo2.graphics.Texture.	Get texture width.
`Write (DataBuffer,Int,Int)` in brl.stream.Stream.	Writes count bytes from databuffer to the stream, starting at address offset within the databuffer.
`WriteAll (DataBuffer,Int,Int)` in brl.stream.Stream.	Writes count bytes from databuffer to the stream, starting at address offset within the databuffer.
`WriteByte (Int)` in brl.stream.Stream.	Writes an 8 bit byte to the stream.
`WriteFloat (Float)` in brl.stream.Stream.	Writes a 32 bit float value to the stream.
`WriteInt (Int)` in brl.stream.Stream.	Writes a 32 bit int value to the stream.
`WritePixels (Int,Int,Int,Int,DataBuffer,{Int},{Int})` in mojo2.graphics.Image.	Write pixel data to image.
`WritePixels (Int,Int,Int,Int,DataBuffer,{Int},{Int})` in mojo2.graphics.Texture.	Write pixel data to texture.
`WritePixels (Int[],Int,Int,Int,Int,{Int},{Int},{Int})` in mojo.graphics.Image.	Copies a rectangular section of pixels from an int array to the image.
`WriteShort (Int)` in brl.stream.Stream.	Write a 16 bit int value to the stream.
`WriteStdin (DataBuffer,Int,Int)` in brl.process.Process.	Writes bytes from buffer to process stdin.
`WriteString (String,{String})` in brl.stream.Stream.	Writes a string to the stream using the given encoding.
`X0 ()` in mojo2.graphics.Image.	Get x coordinate of the left edge of the image rect.
`X1 ()` in mojo2.graphics.Image.	Get x coordinate of the right edge of the image rect.
`XClass` in holzchopf.doctest.	Another test-class
`XPadding` in mojo.graphics.Image.
`XPos ()` in holzchopf.doctest.BaseClass.	Get the x position
`XPos (Float)` in holzchopf.doctest.BaseClass.	Set the x position
`XYPadding` in mojo.graphics.Image.
`Y0 ()` in mojo2.graphics.Image.	Get y coordinate of the top edge of the image rect.
`Y1 ()` in mojo2.graphics.Image.	Get y coordinate of the bottom edge of the image rect.
`YPadding` in mojo.graphics.Image.
`arr` in holzchopf.doctest.XClass.	Documented field
`brl`	The brl module is a set of utility classes and functions.
`brl.admob`	The admob module provides simple support for the Google Admob advertising system including interstitial ads, which allows you to add advertising to your games.
`brl.asyncevent`	The asyncevent module provides core functionality for handling asynchronous (async) events.
`brl.cerberusstore`	The CerberusStore module allows apps to perform 'in app purchases' (IAP) on the android, ios and winrt/windows8.1 targets.
`brl.databuffer`	Databuffer objects provide storage for arbitrary data.
`brl.datastream`	A datastream allows you to read and write data to and from a databuffer in a stream-like way.
`brl.filepath`	The filepath module contains functions for manipulating file paths.
`brl.filestream`	A filestream allows you to read/write data from/to a file.
`brl.filesystem`	The filesystem module allows you to inspect and modify files on the filesystem.
`brl.gamecenter`	The gamecenter module provides simple support for the iOS Game Center framework.
`brl.httprequest`	The httprequest module allows you to perform http requests such as GET and POST.
`brl.json`	Minimalistic JSON module.
`brl.markdown`	The markdown module converts easy to read/write plain text (known as markdown) to html, using a simple text formatting syntax.
`brl.pool`
`brl.process`
`brl.requesters`	The requesters module allows you to use simple modal requesters with the glfw3 target on Mac and Windows only!
`brl.ringbuffer`	A ringbuffer is a circular FIFO buffer that wraps a DataBuffer.
`brl.socket`
`brl.stream`	Streams are used to read or write data in a sequential manner.
`brl.tcpstream`	A tcp stream represents a synchronous tcp connection to a host on the internet.
`brl.url`	A url, or web address, is a character string that specifies the location of a resource.
`cerberus`	The cerberus modules provide 'built-in' functionality that is available to every cerberus program.
`cerberus.boxes`	The boxes module provides a set of classes that allow you to use 'box' objects.
`cerberus.deque`	A deque is a 'double ended queue'.
`cerberus.lang`	The lang module contains classes and functions built-in to the cerberus language.
`cerberus.list`	The list module provides support for doubly linked lists.
`cerberus.map`	The map module provides support for associative maps.
`cerberus.math`	The math module provides math related constants and functions.
`cerberus.random`	The random module provides functions to generate random numbers.
`cerberus.set`	The set module provides support for sets, collections of ordered objects.
`cerberus.stack`	The stack module provides support for stacks.
`depth` in holzchopf.doctest.BaseClass.
`fancymap` in holzchopf.doctest.BaseClass.	Documented class global
`glActiveTexture (Int)` in opengl.gles11.
`glActiveTexture (Int)` in opengl.gles20.
`glAlphaFunc (Int,Float)` in opengl.gles11.
`glAttachShader (Int,Int)` in opengl.gles20.
`glBindAttribLocation (Int,Int,String)` in opengl.gles20.
`glBindBuffer (Int,Int)` in opengl.gles11.
`glBindBuffer (Int,Int)` in opengl.gles20.
`glBindFramebuffer (Int,Int)` in opengl.gles20.
`glBindRenderbuffer (Int,Int)` in opengl.gles20.
`glBindTexture (Int,Int)` in opengl.gles11.
`glBindTexture (Int,Int)` in opengl.gles20.
`glBlendColor (Float,Float,Float,Float)` in opengl.gles20.
`glBlendEquation (Int)` in opengl.gles20.
`glBlendEquationSeparate (Int,Int)` in opengl.gles20.
`glBlendFunc (Int,Int)` in opengl.gles11.
`glBlendFunc (Int,Int)` in opengl.gles20.
`glBlendFuncSeparate (Int,Int,Int,Int)` in opengl.gles20.
`glBufferData (Int,Int,DataBuffer,Int)` in opengl.gles11.
`glBufferData (Int,Int,DataBuffer,Int)` in opengl.gles20.
`glBufferSubData (Int,Int,Int,DataBuffer)` in opengl.gles11.
`glBufferSubData (Int,Int,Int,DataBuffer)` in opengl.gles20.
`glCheckFramebufferStatus (Int)` in opengl.gles20.
`glClear (Int)` in opengl.gles11.
`glClear (Int)` in opengl.gles20.
`glClearColor (Float,Float,Float,Float)` in opengl.gles11.
`glClearColor (Float,Float,Float,Float)` in opengl.gles20.
`glClearDepthf (Float)` in opengl.gles11.
`glClearDepthf (Float)` in opengl.gles20.
`glClearStencil (Int)` in opengl.gles11.
`glClearStencil (Int)` in opengl.gles20.
`glClientActiveTexture (Int)` in opengl.gles11.
`glClipPlanef (Int,Float[],Int)` in opengl.gles11.
`glColor4f (Float,Float,Float,Float)` in opengl.gles11.
`glColor4ub (Int,Int,Int,Int)` in opengl.gles11.
`glColorMask (Bool,Bool,Bool,Bool)` in opengl.gles11.
`glColorMask (Bool,Bool,Bool,Bool)` in opengl.gles20.
`glColorPointer (Int,Int,Int,DataBuffer)` in opengl.gles11.
`glColorPointer (Int,Int,Int,Int)` in opengl.gles11.
`glCompileShader (Int)` in opengl.gles20.
`glCompressedTexImage2D (Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles11.
`glCompressedTexSubImage2D (Int,Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles11.
`glCopyTexImage2D (Int,Int,Int,Int,Int,Int,Int,Int)` in opengl.gles11.
`glCopyTexImage2D (Int,Int,Int,Int,Int,Int,Int,Int)` in opengl.gles20.
`glCopyTexSubImage2D (Int,Int,Int,Int,Int,Int,Int,Int)` in opengl.gles11.
`glCopyTexSubImage2D (Int,Int,Int,Int,Int,Int,Int,Int)` in opengl.gles20.
`glCreateBuffer ()` in opengl.gles20.
`glCreateFramebuffer ()` in opengl.gles20.
`glCreateProgram ()` in opengl.gles20.
`glCreateRenderbuffer ()` in opengl.gles20.
`glCreateShader (Int)` in opengl.gles20.
`glCreateTexture ()` in opengl.gles20.
`glCullFace (Int)` in opengl.gles11.
`glCullFace (Int)` in opengl.gles20.
`glDeleteBuffer (Int)` in opengl.gles20.
`glDeleteBuffers (Int,Int[],Int)` in opengl.gles11.
`glDeleteFramebuffer (Int)` in opengl.gles20.
`glDeleteProgram (Int)` in opengl.gles20.
`glDeleteRenderbuffer (Int)` in opengl.gles20.
`glDeleteShader (Int)` in opengl.gles20.
`glDeleteTexture (Int)` in opengl.gles20.
`glDeleteTextures (Int,Int[],Int)` in opengl.gles11.
`glDepthFunc (Int)` in opengl.gles11.
`glDepthFunc (Int)` in opengl.gles20.
`glDepthMask (Bool)` in opengl.gles11.
`glDepthMask (Bool)` in opengl.gles20.
`glDepthRangef (Float,Float)` in opengl.gles11.
`glDepthRangef (Float,Float)` in opengl.gles20.
`glDetachShader (Int,Int)` in opengl.gles20.
`glDisable (Int)` in opengl.gles11.
`glDisable (Int)` in opengl.gles20.
`glDisableClientState (Int)` in opengl.gles11.
`glDisableVertexAttribArray (Int)` in opengl.gles20.
`glDrawArrays (Int,Int,Int)` in opengl.gles11.
`glDrawArrays (Int,Int,Int)` in opengl.gles20.
`glDrawElements (Int,Int,Int,DataBuffer)` in opengl.gles11.
`glDrawElements (Int,Int,Int,DataBuffer)` in opengl.gles20.
`glDrawElements (Int,Int,Int,Int)` in opengl.gles11.
`glDrawElements (Int,Int,Int,Int)` in opengl.gles20.
`glEnable (Int)` in opengl.gles11.
`glEnable (Int)` in opengl.gles20.
`glEnableClientState (Int)` in opengl.gles11.
`glEnableVertexAttribArray (Int)` in opengl.gles20.
`glFinish ()` in opengl.gles11.
`glFinish ()` in opengl.gles20.
`glFlush ()` in opengl.gles11.
`glFlush ()` in opengl.gles20.
`glFogf (Int,Float)` in opengl.gles11.
`glFogfv (Int,Float[],Int)` in opengl.gles11.
`glFramebufferRenderbuffer (Int,Int,Int,Int)` in opengl.gles20.
`glFramebufferTexture2D (Int,Int,Int,Int,Int)` in opengl.gles20.
`glFrontFace (Int)` in opengl.gles11.
`glFrontFace (Int)` in opengl.gles20.
`glFrustumf (Float,Float,Float,Float,Float,Float)` in opengl.gles11.
`glGenBuffers (Int,Int[],Int)` in opengl.gles11.
`glGenTextures (Int,Int[],Int)` in opengl.gles11.
`glGenerateMipmap (Int)` in opengl.gles20.
`glGetActiveAttrib (Int,Int,Int[],Int[],String[])` in opengl.gles20.
`glGetActiveUniform (Int,Int,Int[],Int[],String[])` in opengl.gles20.
`glGetAttachedShaders (Int,Int,Int[],Int[])` in opengl.gles20.
`glGetAttribLocation (Int,String)` in opengl.gles20.
`glGetBooleanv (Int,Bool[])` in opengl.gles20.
`glGetBufferParameteriv (Int,Int,Int[])` in opengl.gles20.
`glGetBufferParameteriv (Int,Int,Int[],Int)` in opengl.gles11.
`glGetClipPlanef (Int,Float[],Int)` in opengl.gles11.
`glGetError ()` in opengl.gles11.
`glGetError ()` in opengl.gles20.
`glGetFloatv (Int,Float[])` in opengl.gles20.
`glGetFloatv (Int,Float[],Int)` in opengl.gles11.
`glGetFramebufferAttachmentParameteriv (Int,Int,Int,Int[])` in opengl.gles20.
`glGetIntegerv (Int,Int[])` in opengl.gles20.
`glGetIntegerv (Int,Int[],Int)` in opengl.gles11.
`glGetLightfv (Int,Int,Float[],Int)` in opengl.gles11.
`glGetMaterialfv (Int,Int,Float[],Int)` in opengl.gles11.
`glGetProgramInfoLog (Int)` in opengl.gles20.
`glGetProgramiv (Int,Int,Int[])` in opengl.gles20.
`glGetRenderbufferParameteriv (Int,Int,Int[])` in opengl.gles20.
`glGetShaderInfoLog (Int)` in opengl.gles20.
`glGetShaderSource (Int)` in opengl.gles20.
`glGetShaderiv (Int,Int,Int[])` in opengl.gles20.
`glGetString (Int)` in opengl.gles11.
`glGetString (Int)` in opengl.gles20.
`glGetTexEnvfv (Int,Int,Float[],Int)` in opengl.gles11.
`glGetTexEnviv (Int,Int,Int[],Int)` in opengl.gles11.
`glGetTexParameterfv (Int,Int,Float[])` in opengl.gles20.
`glGetTexParameterfv (Int,Int,Float[],Int)` in opengl.gles11.
`glGetTexParameteriv (Int,Int,Int[])` in opengl.gles20.
`glGetTexParameteriv (Int,Int,Int[],Int)` in opengl.gles11.
`glGetUniformLocation (Int,String)` in opengl.gles20.
`glGetUniformfv (Int,Int,Float[])` in opengl.gles20.
`glGetUniformiv (Int,Int,Int[])` in opengl.gles20.
`glGetVertexAttribfv (Int,Int,Float[])` in opengl.gles20.
`glGetVertexAttribiv (Int,Int,Int[])` in opengl.gles20.
`glHint (Int,Int)` in opengl.gles11.
`glHint (Int,Int)` in opengl.gles20.
`glIsBuffer (Int)` in opengl.gles11.
`glIsBuffer (Int)` in opengl.gles20.
`glIsEnabled (Int)` in opengl.gles11.
`glIsEnabled (Int)` in opengl.gles20.
`glIsFramebuffer (Int)` in opengl.gles20.
`glIsProgram (Int)` in opengl.gles20.
`glIsRenderbuffer (Int)` in opengl.gles20.
`glIsShader (Int)` in opengl.gles20.
`glIsTexture (Int)` in opengl.gles11.
`glIsTexture (Int)` in opengl.gles20.
`glLightModelf (Int,Float)` in opengl.gles11.
`glLightModelfv (Int,Float[],Int)` in opengl.gles11.
`glLightf (Int,Int,Float)` in opengl.gles11.
`glLightfv (Int,Int,Float[],Int)` in opengl.gles11.
`glLineWidth (Float)` in opengl.gles11.
`glLineWidth (Float)` in opengl.gles20.
`glLinkProgram (Int)` in opengl.gles20.
`glLoadIdentity ()` in opengl.gles11.
`glLoadMatrixf (Float[],Int)` in opengl.gles11.
`glLogicOp (Int)` in opengl.gles11.
`glMaterialf (Int,Int,Float)` in opengl.gles11.
`glMaterialfv (Int,Int,Float[],Int)` in opengl.gles11.
`glMatrixMode (Int)` in opengl.gles11.
`glMultMatrixf (Float[],Int)` in opengl.gles11.
`glMultiTexCoord4f (Int,Float,Float,Float,Float)` in opengl.gles11.
`glNormal3f (Float,Float,Float)` in opengl.gles11.
`glNormalPointer (Int,Int,DataBuffer)` in opengl.gles11.
`glNormalPointer (Int,Int,Int)` in opengl.gles11.
`glOrthof (Float,Float,Float,Float,Float,Float)` in opengl.gles11.
`glPixelStorei (Int,Int)` in opengl.gles11.
`glPixelStorei (Int,Int)` in opengl.gles20.
`glPointParameterf (Int,Float)` in opengl.gles11.
`glPointSize (Float)` in opengl.gles11.
`glPolygonOffset (Float,Float)` in opengl.gles11.
`glPolygonOffset (Float,Float)` in opengl.gles20.
`glPopMatrix ()` in opengl.gles11.
`glPushMatrix ()` in opengl.gles11.
`glReadPixels (Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles11.
`glReadPixels (Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles20.
`glReleaseShaderCompiler ()` in opengl.gles20.
`glRenderbufferStorage (Int,Int,Int,Int)` in opengl.gles20.
`glRotatef (Float,Float,Float,Float)` in opengl.gles11.
`glSampleCoverage (Float,Bool)` in opengl.gles11.
`glSampleCoverage (Float,Bool)` in opengl.gles20.
`glScalef (Float,Float,Float)` in opengl.gles11.
`glScissor (Int,Int,Int,Int)` in opengl.gles11.
`glScissor (Int,Int,Int,Int)` in opengl.gles20.
`glShadeModel (Int)` in opengl.gles11.
`glShaderSource (Int,String)` in opengl.gles20.
`glStencilFunc (Int,Int,Int)` in opengl.gles11.
`glStencilFunc (Int,Int,Int)` in opengl.gles20.
`glStencilFuncSeparate (Int,Int,Int,Int)` in opengl.gles20.
`glStencilMask (Int)` in opengl.gles11.
`glStencilMask (Int)` in opengl.gles20.
`glStencilMaskSeparate (Int,Int)` in opengl.gles20.
`glStencilOp (Int,Int,Int)` in opengl.gles11.
`glStencilOp (Int,Int,Int)` in opengl.gles20.
`glStencilOpSeparate (Int,Int,Int,Int)` in opengl.gles20.
`glTexCoordPointer (Int,Int,Int,DataBuffer)` in opengl.gles11.
`glTexCoordPointer (Int,Int,Int,Int)` in opengl.gles11.
`glTexEnvf (Int,Int,Float)` in opengl.gles11.
`glTexEnvfv (Int,Int,Float[],Int)` in opengl.gles11.
`glTexEnvi (Int,Int,Int)` in opengl.gles11.
`glTexEnviv (Int,Int,Int[],Int)` in opengl.gles11.
`glTexImage2D (Int,Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles11.
`glTexImage2D (Int,Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles20.
`glTexImage2D (Int,Int,Int,Int,Int,String)` in opengl.gles20.
`glTexParameterf (Int,Int,Float)` in opengl.gles11.
`glTexParameterf (Int,Int,Float)` in opengl.gles20.
`glTexParameterfv (Int,Int,Float[],Int)` in opengl.gles11.
`glTexParameteri (Int,Int,Int)` in opengl.gles11.
`glTexParameteri (Int,Int,Int)` in opengl.gles20.
`glTexParameteriv (Int,Int,Int[],Int)` in opengl.gles11.
`glTexSubImage2D (Int,Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles11.
`glTexSubImage2D (Int,Int,Int,Int,Int,Int,Int,Int,DataBuffer)` in opengl.gles20.
`glTexSubImage2D (Int,Int,Int,Int,Int,Int,String)` in opengl.gles20.
`glTranslatef (Float,Float,Float)` in opengl.gles11.
`glUniform1f (Int,Float)` in opengl.gles20.
`glUniform1fv (Int,Int,Float[])` in opengl.gles20.
`glUniform1i (Int,Int)` in opengl.gles20.
`glUniform1iv (Int,Int,Int[])` in opengl.gles20.
`glUniform2f (Int,Float,Float)` in opengl.gles20.
`glUniform2fv (Int,Int,Float[])` in opengl.gles20.
`glUniform2i (Int,Int,Int)` in opengl.gles20.
`glUniform2iv (Int,Int,Int[])` in opengl.gles20.
`glUniform3f (Int,Float,Float,Float)` in opengl.gles20.
`glUniform3fv (Int,Int,Float[])` in opengl.gles20.
`glUniform3i (Int,Int,Int,Int)` in opengl.gles20.
`glUniform3iv (Int,Int,Int[])` in opengl.gles20.
`glUniform4f (Int,Float,Float,Float,Float)` in opengl.gles20.
`glUniform4fv (Int,Int,Float[])` in opengl.gles20.
`glUniform4i (Int,Int,Int,Int,Int)` in opengl.gles20.
`glUniform4iv (Int,Int,Int[])` in opengl.gles20.
`glUniformMatrix2fv (Int,Int,Bool,Float[])` in opengl.gles20.
`glUniformMatrix3fv (Int,Int,Bool,Float[])` in opengl.gles20.
`glUniformMatrix4fv (Int,Int,Bool,Float[])` in opengl.gles20.
`glUseProgram (Int)` in opengl.gles20.
`glValidateProgram (Int)` in opengl.gles20.
`glVertexAttrib1f (Int,Float)` in opengl.gles20.
`glVertexAttrib1fv (Int,Float[])` in opengl.gles20.
`glVertexAttrib2f (Int,Float,Float)` in opengl.gles20.
`glVertexAttrib2fv (Int,Float[])` in opengl.gles20.
`glVertexAttrib3f (Int,Float,Float,Float)` in opengl.gles20.
`glVertexAttrib3fv (Int,Float[])` in opengl.gles20.
`glVertexAttrib4f (Int,Float,Float,Float,Float)` in opengl.gles20.
`glVertexAttrib4fv (Int,Float[])` in opengl.gles20.
`glVertexAttribPointer (Int,Int,Int,Bool,Int,DataBuffer)` in opengl.gles20.
`glVertexAttribPointer (Int,Int,Int,Bool,Int,Int)` in opengl.gles20.
`glVertexPointer (Int,Int,Int,DataBuffer)` in opengl.gles11.
`glVertexPointer (Int,Int,Int,Int)` in opengl.gles11.
`glViewport (Int,Int,Int,Int)` in opengl.gles11.
`glViewport (Int,Int,Int,Int)` in opengl.gles20.
`height` in holzchopf.doctest.BaseClass.
`holzchopf.doctest`	The only purpose of this module is to test all doccer capabilities
`mojo`	Tho mojo modules provide a lightweight programming framework designed primarily for creating simple 2d games.
`mojo.app`	The app module contains the App class along with various support functions for controlling application behaviour.
`mojo.asyncloaders`	The Mojo async loaders module provides functions and interfaces for loading images and sounds asynchronously.
`mojo.audio`	The audio module contains functions for playing sounds and music.
`mojo.graphics`	The graphics module contains various functions that allow you to draw 2D graphics on all supported Cerberus target platforms.
`mojo.input`	The input module allows programs to check for user input from a wide variety of devices such keyboards, mice, joysticks and touchsceens.
`mojo.keycodes`	The keycodes module contains keyboard and input related constants.
`mojo2`	The mojo2 module is a new 2d rendering module for Cerberus.
`mojo2.graphics`
`mojo2.renderer`
`olymp`
`opengl`	The opengl module provides access to various OpenGL APIs on targets with OpenGL support.
`opengl.gles11`	The gles11 module provides a Cerberus wrapper for the OpenGL ES 1.1 API on the android, glfw and ios target.
`opengl.gles20`	The gles20 module provides a Cerberus wrapper for the OpenGL ES 2.0 API on the android, glfw, html5 and ios targets.
`os`	The os module provides miscellaneous operating system functionality, such as file, directory and environment variable access.
`posx` in holzchopf.doctest.BaseClass.
`posy` in holzchopf.doctest.BaseClass.
`posz` in holzchopf.doctest.BaseClass.
`reflection`	Reflection allows your program to inspect and access all or some of your program's declarations dynamically at runtime.
`value` in cerberus.boxes.ArrayObject.	The array contained in the ArrayObject.
`value` in cerberus.boxes.BoolObject.	The bool value contained in this BoolObject.
`value` in cerberus.boxes.FloatObject.	The float value contined in the FloatObject.
`value` in cerberus.boxes.IntObject.	The value contained in the IntObject.
`value` in cerberus.boxes.StringObject.	The string value contained in the StringObject.
`width` in holzchopf.doctest.BaseClass.	All these fields will show up in the docs.