Removed the documentation at the top of the files for all of the types implemented in Lua.

The documentation will be presented in a more readable format on the libRocket website.

Added Document and ElementText as types that Element can be casted to from the Element.As table

Source/Controls/Lua/DataFormatter.h

@@ -27,20 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUADATAFORMATTER_H
 #define ROCKETCONTROLSLUADATAFORMATTER_H
-/*
-    This defines the DataFormatter type in the Lua global namespace
-
-    The usage is to create a new DataFormatter, and set the FormatData variable on it to a function, where you return a rml string that will
-    be the formatted data
-
-    //method
-    --this method is NOT called from any particular instance, use it as from the type
-    DataFormatter DataFormatter.new([string name[, function FormatData]]) --both are optional, but if you pass in a function, you must also pass in a name first
 
-    //setter
-    --this is called from a specific instance (one returned from DataFormatter.new)
-    DataFormatter.FormatData = function( {key=int,value=string} ) --where indexes are sequential, like an array of strings
-*/
 
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>

Source/Controls/Lua/DataSource.h

@@ -28,22 +28,6 @@
 #ifndef ROCKETCONTROLSLUADATASOURCE_H
 #define ROCKETCONTROLSLUADATASOURCE_H
 
-/*
-    This defines the DataSource type in the Lua global namespace
-    
-    //methods
-    noreturn DataSource:NotifyRowAdd(string tablename, int firstadded, int numadded)
-    noreturn DataSource:NotifyRemove(string tablename, int firstremoved, int numremoved)
-    noreturn DataSource:NotifyRowChange(string tablename, int firstchanged, int numchanged)
-    noreturn DataSource:NotifyRowChange(string tablename) --the same as above, but for all rows
-    
-    when you get an instance of this, you MUST set two functions:
-    DataSource.GetNumRows = function(tablename) ....... end --returns an int
-    DataSource.GetRow = function(tablename,index,columns) ......end
-    --where columns is a numerically indexed table of strings, and the function needs to
-    --return a table of numerically indexed strings
-*/
-
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 #include "LuaDataSource.h"

Source/Controls/Lua/ElementDataGrid.h

@@ -27,19 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTDATAGRID_H
 #define ROCKETCONTROLSLUAELEMENTDATAGRID_H
-/*
-    This defines the ElementDataGrid type in the Lua global namespace
-    
-    inherits from Element
-
-    //methods
-    noreturn ElementDataGrid:AddColumn(string fields, string formatter, float initial_width, string header_rml)
-    noreturn ElementDataGrid:SetDataSource(string data_source_name)
 
-    //getter
-    {}key=int,value=ElementDataGridRow ElementDataGrid.rows
-    --it returns a table, so you can acess it just like any other table. 
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Controls/Lua/ElementDataGridRow.h

@@ -27,23 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTDATAGRIDROW_H
 #define ROCKETCONTROLSLUAELEMENTDATAGRIDROW_H
-/*
-    This defines the ElementDataGridRow type in the Lua global namespace
-
-    inherits from Element
-
-    no methods
-
-    //getters
-    bool ElementDataGridRow.row_expanded
-    int ElementDataGridRow.parent_relative_index
-    int ElementDataGridRow.table_relative_index
-    ElementDataGridRow ElementDataGridRow.parent_row
-    ElementDataGrid ElementDataGridRow.parent_grid
 
-    //setter
-    ElementDataGridRow.row_expanded = bool
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Controls/Lua/ElementForm.h

@@ -27,14 +27,6 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTFORM_H
 #define ROCKETCONTROLSLUAELEMENTFORM_H
-/*
-    This defines the ElementForm type in the Lua global namespace
-
-    methods:
-    ElementForm:Submit(string name,string value)
-
-    for everything else, see the documentation for "Element"
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Controls/Lua/ElementFormControl.h

@@ -27,15 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTFORMCONTROL_H
 #define ROCKETCONTROLSLUAELEMENTFORMCONTROL_H
-/*
-    This defines the ElementFormControl type in the Lua global namespace
-
-    it has no methods, and all of the attributes are read and write
 
-    bool    ElementFormControl.disabled
-    string  ElementFormControl.name
-    string  ElementFormControl.value
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Controls/ElementFormControl.h>

Source/Controls/Lua/ElementFormControlDataSelect.h

@@ -27,16 +27,6 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTFORMCONTROLDATASELECT_H
 #define ROCKETCONTROLSLUAELEMENTFORMCONTROLDATASELECT_H
-/*
-    This defines the ElementFormControlDataSelect type in the Lua global namespace. I think it is the longest
-    type name.
-
-    It inherits from ElementFormControlSelect, which inherits from ElementFormControl, which inherits from Element
-
-    //method
-    noreturn ElementFormControlDataSelect:SetDataSource(string source)
-*/
-
 
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>

Source/Controls/Lua/ElementFormControlInput.h

@@ -27,20 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTFORMCONTROLINPUT_H
 #define ROCKETCONTROLSLUAELEMENTFORMCONTROLINPUT_H
-/*
-    This defines the type ElementFormControlInput in the Lua globla namespace, refered to in this documentation by EFCInput
-
-    It inherits from ELementFormControl which inherits from Element
 
-    all of the properties are read and write
-    bool EFCInput.checked
-    int EFCInput.maxlength
-    int EFCInput.size
-    int EFCInput.max
-    int EFCInput.min
-    int EFCInput.step
-    
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Controls/ElementFormControlInput.h>

Source/Controls/Lua/ElementFormControlSelect.h

@@ -28,25 +28,6 @@
 #ifndef ROCKETCONTROLSLUAELEMENTFORMCONTROLSELECT_H
 #define ROCKETCONTROLSLUAELEMENTFORMCONTROLSELECT_H
 
-/*
-    This defines the ElementFormControlSelect type in the Lua global namespace, for this documentation will be
-    named EFCSelect
-
-    It has one extra method than the Python api, which is GetOption
-
-    //methods
-    int EFCSelect:Add(string rml, string value, [int before]) --where 'before' is optional, and is an index
-    noreturn EFCSelect:Remove(int index)
-    {"element"=Element,"value"=string} EFCSelect:GetOption(int index) --this is a more efficient way to get an option if you know the index beforehand
-
-    //getters
-    {[int index]={"element"=Element,"value"=string}} EFCSelect.options --used to access options as a Lua table. Comparatively expensive operation, use GetOption when 
-                                                                       --you only need one option and you know the index
-    int EFCSelect.selection
-
-    //setter
-    EFCSelect.selection = int
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Controls/ElementFormControlSelect.h>

Source/Controls/Lua/ElementFormControlTextArea.h

@@ -27,17 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTFORMCONTROLTEXTAREA_H
 #define ROCKETCONTROLSLUAELEMENTFORMCONTROLTEXTAREA_H
-/*
-    This defines the ElementFormControlTextArea type in the Lua global namespace, refered in this documentation by EFCTextArea
-
-    It inherits from ElementFormControl,which inherits from Element
 
-    All properties are read/write
-    int EFCTextArea.cols
-    int EFCTextArea.maxlength
-    int EFCTextArea.rows
-    bool EFCTextArea.wordwrap
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Controls/ElementFormControlTextArea.h>

Source/Controls/Lua/ElementTabSet.h

@@ -27,22 +27,6 @@
  
 #ifndef ROCKETCONTROLSLUAELEMENTTABSET_H
 #define ROCKETCONTROLSLUAELEMENTTABSET_H
-/*
-    This defines the ElementTabSet type in the Lua global namespace
-
-    It inherits from Element
-
-    //methods:
-    noreturn ElementTabSet:SetPanel(int index, string rml)
-    noreturn ElementTabSet:SetTab(int index, string rml)
-
-    //getters
-    int ElementTabSet.active_tab
-    int ElementTabSet.num_tabs
-
-    //setter
-    ElementTabSet.active_tab = int
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Controls/Lua/SelectOptionsProxy.h

@@ -27,20 +27,7 @@
  
 #ifndef ROCKETCONTROLSLUASELECTOPTIONSPROXY_H
 #define ROCKETCONTROLSLUASELECTOPTIONSPROXY_H
-/*
-    Proxy table for ElementFormControlSelect.options
-    read-only, key must be a number
-    Each object in this proxy is a table with two items:
-    Element element and String value
-    Usage:
-    ElementFormControlSelect.options[2].element or ElementFormControlSelect.options[2].value
-    OR, as usual you can store the object in a variable like
-    local opt = ElementFormControlSelect.options
-    opt[2].element or opt[2].value
-    and you can store the returned table as a variable, of course
-    local item = opt[2]
-    item.element or item.value
-*/
+
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Controls/ElementFormControlSelect.h>

Source/Core/Lua/Colourb.h

@@ -27,31 +27,6 @@
  
 #ifndef ROCKETCORELUACOLOURB_H
 #define ROCKETCORELUACOLOURB_H
-/*
-    Declares Colourb in the Lua global namespace. It implements the below (examples using Lua syntax) :
-
-    Colourb.new(int red,int green,int blue,int alpha) creates a new Colourf (values must be bounded between 0 and 255 inclusive), 
-    and gets deleted when Lua garbage collects
-    
-    everything after this will assume that you have a local variable named 'col', declared something similar to
-    local col = Colourb.new(0,15,3,255)
-
-    operators (the types that it can operate on are on the right):
-    col == Colourb
-    col + Colourb
-    col * float
-
-    no methods
-
-    get and set attributes:
-    col.red
-    col.green
-    col.blue
-    col.alpha
-
-    get attributes:
-    local red,green,blue,alpha = col.rgba    
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Core/Lua/Colourf.h

@@ -27,29 +27,6 @@
  
 #ifndef ROCKETCORELUACOLOURF_H
 #define ROCKETCORELUACOLOURF_H
-/*
-    Declares Colourf in the Lua global namespace. It implements the below (examples using Lua syntax) :
-
-    Colourf.new(float red,float green,float blue,float alpha) creates a new Colourf (values must be bounded between 0 and 1 inclusive), 
-    and gets deleted when Lua garbage collects
-    
-    everything after this will assume that you have a local variable named 'col', declared something similar to
-    local col = Colourf.new(0.1,0.5,0.25,1.0)
-
-    operators (the types that it can operate on are on the right):
-    col == Colourf
-
-    no methods
-
-    get and set attributes:
-    col.red
-    col.green
-    col.blue
-    col.alpha
-
-    get attributes:
-    local red,green,blue,alpha = col.rgba    
-*/
 
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>

Source/Core/Lua/Context.h

@@ -27,43 +27,7 @@
  
 #ifndef ROCKETCORELUACONTEXT_H
 #define ROCKETCORELUACONTEXT_H
-/*
-    This defines a Context type in the Lua global namespace
-
-    //methods
-    noreturn Context:AddEventListener(string event, function | string listener, [Element element, bool capture]) --see note at the bottom
-    noreturn Context:AddMouseCursor(Document cursor_document)
-    Document Context:CreateDocument([string tag]) --tag defaults to "body"
-    Document Context:LoadDocument(string path)
-    Document Context:LoadMouseCursor(string path)
-    bool Context:Render()
-    noreturn Context:ShowMouseCursor(bool show)
-    noreturn Context:UnloadAllDocuments()
-    noreturn Context:UnloadAllMouseCursors()
-    noreturn Context:UnloadDocument(Document doc)
-    noreturn Context:UnloadMouseCursor(string name)
-    bool Context:Update()
-
-    //getters
-    Vector2i Context.dimensions
-    {} where key=string id,value=Document Context.documents
-    Element Context.focus_element
-    Element Context.hover_element
-    string Context.name
-    Element Context.root_element
-
-    //setters
-    Context.dimensions = Vector2i
-
-	--note 1
-	--[[
-	Context:AddEventListener has 2 'unusuals'. The first is that the 2nd argument can be either a string or a function;
-	see footnote 1 in Element.h for more info
-	The second is the optional parameters. If you pass in an element (anything not nil), then it will actually call 
-	element->AddEventListener and will call context->AddEventListener otherwise. capture will default to false
-	]]
 
-*/
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Context.h>

Source/Core/Lua/ContextDocumentsProxy.h

@@ -27,10 +27,7 @@
  
 #ifndef ROCKETCORELUACONTEXTDOCUMENTSPROXY_H
 #define ROCKETCORELUACONTEXTDOCUMENTSPROXY_H
-/*
-    A proxy table with key of string and int and a value of Document
-    Read only
-*/
+
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Context.h>

Source/Core/Lua/Document.cpp

@@ -30,6 +30,7 @@
 #include <Rocket/Core/ElementDocument.h>
 #include <Rocket/Core/Context.h>
 #include "Element.h"
+#include <Rocket/Core/Lua/Utilities.h>
 
 namespace Rocket {
 namespace Core {
@@ -40,6 +41,7 @@ template<> void ExtraInit<Document>(lua_State* L, int metatable_index)
     //we will inherit from Element
     ExtraInit<Element>(L,metatable_index);
     LuaType<Element>::_regfunctions(L,metatable_index,metatable_index - 1);
+    AddTypeToElementAsTable<Document>(L);
 }
 
 //methods

Source/Core/Lua/Document.h

@@ -27,29 +27,7 @@
  
 #ifndef ROCKETCORELUADOCUMENT_H
 #define ROCKETCORELUADOCUMENT_H
-/*
-    This defines the Document type in the Lua global namespace
-
-    It inherits from Element, so check the documentation for Element.h to
-    see what other functions you can call from a Document object. Document
-    specific things are below
-
-    //methods
-    noreturn Document:PullToFront()
-    noreturn Document:PushToBack()
-    noreturn Document:Show(int flag)
-    noreturn Document:Hide()
-    noreturn Document:Close()
-    Element Document:CreateElement(string tag)
-    ElementText Document:CreateTextNode(string text)
-    
-    //getters
-    string Document.title
-    Context Document.context
 
-    //setter
-    Document.title = string
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/ElementDocument.h>

Source/Core/Lua/Element.h

@@ -27,96 +27,7 @@
  
 #ifndef ROCKETCORELUAELEMENT_H
 #define ROCKETCORELUAELEMENT_H
-/*
-    This defines the Element type in the Lua global namespace
-
-    A few classes "inherit" from Element, such as Document. Document will call
-    LuaType<Element>::_regfunctions to put all of these functions in its own table, and
-    will be used with the same syntax except it will be from a Document object. It isn't true
-    inheritance, but it is a fair enough emulation. Any functions in the child class that have
-    the same name as the function in Element will overwrite the one in Element.
-
-    Here, I will be showing usage of the API, and it will show the type names rather than the regular
-    local var = foo that is Lua. If you need info on the purpose of the functions, see the python docs
-    
-    //methods that need to be called from an Element object using the colon syntax
-    noreturn Element:AddEventListener(string event, ? see footnote 1, [bool capture])
-    noreturn Element:AppendChild(Element child)
-    noreturn Element:Blur()
-    noreturn Element:Click()
-    noreturn Element:DispatchEvent(string event, {} params) --in params, keys have to be a string and value can be number,bool,string,userdata,lightuserdata
-    noreturn Element:Focus()
-    [int,float,Colourb,Colourf,string,Vector2f,lightuserdata] Element:GetAttribute(string name) --will return one of those types
-    Element Element:GetElementById(string id)
-    {}of elements Element:GetElementsByTagName(string tag)
-    bool Element:HasAttribute(string name)
-    bool Element:HasChildNodes()
-    noreturn Element:InsertBefore(Element child,Element adjacent)
-    bool Element:IsClassSet(string name)
-    noreturn Element:RemoveAttribute(string name)
-    bool Element:RemoveChild(Element child)
-    bool Element:ReplaceChild(Element inserted,Element replaced)
-    noreturn Element:ScrollIntoView(bool align_with_top)
-    noreturn Element:SetAttribute(string name,string value)
-    noreturn Element:SetClass(string name, bool activate)
-    %type% Element.As.%type%(Element obj) --see footnote 2
-    Element Element.new(string tag) --Do not use unless inside an ElementInstancer function.
-
-
-    //getters accessed by the period syntax from an element object
-    --for attributes, if you save it to a local/global variable and try to modify that variable,
-    --your changes will not be saved. You will have to use Element:SetAttribute
-    {} of [key=string,value=int,float,Colourb,Colourf,string,Vector2f,lightuserdata] Element.attributes
-    {} of Element Element.child_nodes
-    string Element.class_name
-    float Element.client_left
-    float Element.client_height
-    float Element.client_top
-    float Element.client_width
-    Element Element.first_child
-    string Element.id
-    string Element.inner_rml
-    Element Element.last_child
-    Element Element.next_sibling
-    float Element.offset_height
-    float Element.offset_left
-    Element Element.offset_parent
-    float Element.offset_top
-    float Element.offset_width
-    Document Element.owner_document
-    Element Element.parent_nod
-    Element Element.previous_sibling
-    float Element.scroll_height
-    float Element.scroll_left
-    float Element.scroll_top
-    float Element.scroll_width
-    ElementStyle Element.style --see ElementStyle.h documentation
-    string Element.tag_name
-
-    //setters to be used with a dot syntax on an Element object
-    Element.class_name = string
-    Element.id = string
-    Element.inner_rml = string
-    Element.scroll_left = float
-    Element.scroll_top = float  
-
-
-    footnote 1: for Element:AddEventListener(string,?,bool)
-    The ? can be either a string or a function. 
-    In the string, you can be guaranteed that you will have the
-    named variables 'event','element','document' available to you, and they mean the same as if you were to put
-    the string as onclick="string" in a .rml file.
-    If you give it a function, the function will be called every time that C++ EventListener::ProcessEvent would
-    would be called. In this case, it will call the function, and you can decide the name of the parameters, however
-    it is in a specific order. The order is event,element,document. So:
-    function foo(l,q,e) end element:AddEventListener("click",foo,true) is the correct syntax, and puts l=event,q=element,e=document
-    They are terrible names, but it is to make a point.
-
 
-    footnote 2: For Element.As     used for casting an Element object to a more derived class.
-    If you are using RocketControls, it will be filled with those types. For instance, you would say
-    local input_element = Element.As.ElementFormControlInput(element) --where element is an Element object
-*/
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Element.h>

Source/Core/Lua/ElementAttributesProxy.h

@@ -27,10 +27,7 @@
  
 #ifndef ROCKETCORELUAELEMENTATTRIBUTESPROXY_H
 #define ROCKETCORELUAELEMENTATTRIBUTESPROXY_H
-/*
-    Proxy table for Element.attribues
-    read-only Dictionary
-*/
+
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Element.h>

Source/Core/Lua/ElementChildNodesProxy.h

@@ -29,12 +29,6 @@
 #ifndef ROCKETCORELUAELEMENTCHILDNODESPROXY_H
 #define ROCKETCORELUAELEMENTCHILDNODESPROXY_H
 
-/*
-    This is the object that gets returned from Element.child_nodes, so that the table is not
-    built every single time the function is called.
-    Read-only
-*/
-
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Element.h>

Source/Core/Lua/ElementInstancer.h

@@ -28,18 +28,6 @@
 #ifndef ROCKETCORELUAELEMENTINSTANCER_H
 #define ROCKETCORELUAELEMENTINSTANCER_H
 
-/*
-    This defines the ElementInstancer type in the Lua global namespace. It is reference counted.
-
-    To use this, you will want to call ElementInstancer.new to get an object, and call rocket.RegisterTag to tell Rocket to use the 
-    instancer for that tag.
-
-    ElementInstancer ElementInstancer.new([function InstanceElement]) --argument is optional, and new is not called from a specific object
-
-    //setter
-    ElementInstancer.InstanceElement = function(string tag) return Element end --gets called when the factory sees the tag being instanced
-*/
-
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include "LuaElementInstancer.h"

Source/Core/Lua/ElementStyle.h

@@ -27,46 +27,7 @@
  
 #ifndef ROCKETCORELUAELEMENTSTYLE_H
 #define ROCKETCORELUAELEMENTSTYLE_H
-/*
-    This is the definition of an ElementStyle Lua object
-
-    This object is returned when you have an element, and access Element.style
-    You can access it like a regular table, with the exception of iterating
-    over the properties.
-
-    A few peculiarities/rules:
-    You are unable to create an instance of this object, only use one returned by
-    the "style" value of an 'Element' item. Of course, you can store the object in
-    a local variable in Lua and still have everything be valid
-
-    When setting a property of a style, both the key and value need to be strings
-    --Examples assume "e" is an element object
-    e.style["width"] = "40px"
-    e.style.width = "40px"  --does the same as above
-
-
-    When getting a property of a style, it spits out exactly what you put in.
-    If you used the above width setting to "40px" then
-    --Examples assume "e" is an element object
-    local w = e.style["width"] --or e.style.width
-    w would be "40px"
-
 
-    If you need to iterate over the values, you'll have to call style:GetTable() 
-    Because of the way that I made the object, the following will not work
-    for k,v in pairs(element.style) do --assumes "element" is an element object
-        print(k .. " " ..v)
-    end
-    This is because I don't actually have any properties stored in the Lua table
-    To do it, you'd have to say
-    local properties = element.style:GetTable() --assumes "element" is an element object
-    for k,v in pairs(properties) do
-        print(k .. " " .. v)
-    end
-    However, the table returned from style:GetTable() is read only. Whatever changes you
-    make to that table will not be saved to the 'style' object. To do that, just do whatever
-    operation you were going to on the table before, but do it on the 'style' object instead.
-*/
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 #include <ElementStyle.h>

Source/Core/Lua/ElementText.cpp

@@ -28,6 +28,7 @@
 #include "precompiled.h"
 #include "ElementText.h"
 #include "Element.h"
+#include <Rocket/Core/Lua/Utilities.h>
 
 namespace Rocket {
 namespace Core {
@@ -37,6 +38,7 @@ template<> void ExtraInit<ElementText>(lua_State* L, int metatable_index)
     //inherit from Element
     ExtraInit<Element>(L,metatable_index);
     LuaType<Element>::_regfunctions(L,metatable_index,metatable_index-1);
+    AddTypeToElementAsTable<ElementText>(L);
 }
 
 int ElementTextGetAttrtext(lua_State* L)

Source/Core/Lua/ElementText.h

@@ -27,16 +27,6 @@
  
 #ifndef ROCKETCORELUAELEMENTTEXT_H
 #define ROCKETCORELUAELEMENTTEXT_H
-/*
-    This defines the ElementText type in the Lua global namespace
-    no methods
-
-    getter:
-    string ElementText.text
-
-    setter:
-    ElementText.text = string
-*/
 
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>

Source/Core/Lua/Event.h

@@ -27,20 +27,6 @@
  
 #ifndef ROCKETCORELUAEVENT_H
 #define ROCKETCORELUAEVENT_H
-/*
-    This defines an Event type name in the global Lua namespace
-
-    Generally, you won't create an event yourself, just receive it.
-
-    //method
-    noreturn Event:StopPropagation()
-    
-    //getters
-    Element Event.current_element
-    string Event.type
-    Element Event.target_element
-    {}key=string,value=int,float,Colourb/f,string,Vector2f,userdata Event.parameters
-*/
 
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>

Source/Core/Lua/EventParametersProxy.h

@@ -27,10 +27,7 @@
  
 #ifndef ROCKETCORELUAEVENTPARAMETERSPROXY_H
 #define ROCKETCORELUAEVENTPARAMETERSPROXY_H
-/*
-    Proxy table for Event.parameters
-    read-only Dictionary
-*/
+
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Event.h>

Source/Core/Lua/Log.h

@@ -28,21 +28,6 @@
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 
-/*
-    Declares "Log" in the global Lua namespace.
-
-    //method, not called from a "Log" object, just from the Log table
-    Log.Message(logtype type, string message)
-
-    where logtype is defined in Log.logtype, and can be:
-    logtype.always
-    logtype.error
-    logtype.warning
-    logtype.info
-    logtype.debug
-    and they have the same value as the C++ Log::Type of the same name
-*/
-
 namespace Rocket {
 namespace Core {
 namespace Lua {

Source/Core/Lua/Rocket.h

@@ -28,21 +28,6 @@
 #ifndef ROCKETCORELUAROCKET_H
 #define ROCKETCORELUAROCKET_H
 
-/*
-    This declares rocket in the global Lua namespace
-
-    It is not exactly type, but it is a table, and does have some methods and attributes
-    
-    methods: 
-    rocket.CreateContext(string name, Vector2i dimensions)
-    rocket.LoadFontFace(string font_path)
-    rocket.RegisterTag(string tag, ElementInstancer instancer)
-    
-    getters:
-    rocket.contexts  returns a table of contexts, which are indexed by number AND string, so there are two copies of each context in the table
-
-*/
-
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Lua/lua.hpp>
 

Source/Core/Lua/Vector2f.h

@@ -27,33 +27,7 @@
  
 #ifndef ROCKETCORELUAVECTOR2F_H
 #define ROCKETCORELUAVECTOR2F_H
-/*
-    Declares Vector2f in the Lua global namespace. It implements the below (examples using Lua syntax) :
-
-    Vector2f.new(float,float) creates a new Vector2f, and gets deleted when Lua garbage collects
-    
-    everything after this will assume that you have a local variable named 'vect', declared something similar to
-    local vect = Vector2f.new(3.5,2.3)
-    operators (the types that it can operate on are on the right):
-    vect * float
-    vect / float
-    vect + Vector2f
-    vect - Vector2f
-    vect == Vector2f
-
-    methods:
-    float var = vect:DotProduct(Vector2f)
-    Vector2f var = vect:Normalise()
-    Vector2f var = vect:Rotate(float)
-
-    get and set attributes:
-    vect.x
-    vect.y
-    
-    get attributes:
-    vect.magnitude
 
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Types.h>

Source/Core/Lua/Vector2i.h

@@ -27,26 +27,7 @@
  
 #ifndef ROCKETCORELUAVECTOR2I_H
 #define ROCKETCORELUAVECTOR2I_H
-/*
-    Declares Vector2i in the Lua global namespace. It implements the below (examples using Lua syntax) :
-
-    Vector2i(int,int) creates a new Vector2i, and gets deleted when Lua garbage collects
-    
-    everything after this will assume that you have a local variable named 'vect', declared something similar to
-    local vect = Vector2i.new(50,90)
-    operators (the types that it can operate on are on the right):
-    vect * int
-    vect / int
-    vect + Vector2i
-    vect - Vector2i
-    vect == Vector2i
-
-    no methods
 
-    get and set attributes:
-    vect.x
-    vect.y
-*/
 #include <Rocket/Core/Lua/lua.hpp>
 #include <Rocket/Core/Lua/LuaType.h>
 #include <Rocket/Core/Types.h>