fixing links

book.json

@@ -11,7 +11,12 @@
                 {
                     "lang": "xml",
                     "name": "XML"
-                }
+                },
+                {
+                    "lang": "cs",
+                    "name": "C#"
+                },
+		
             ]
         }
     }

designoverview.md

@@ -1,14 +1,14 @@
 ## Design Overview
 
-The Windows client version of WorldWide Telescope listens continuously, and without any setup process, for a certain format of communication on a particular port. The format of this communication is in the form of strings, that themselves are formatted in a specific way. An application may be quite short and only need a [**load**](lcapicommands.md#load) call, or perhaps just need the **[new](#new)** and **[update](#update)** commands**.** Typically a simple application will go through the following steps, _after_ WorldWide Telescope has been started:
+The Windows client version of WorldWide Telescope listens continuously, and without any setup process, for a certain format of communication on a particular port. The format of this communication is in the form of strings, that themselves are formatted in a specific way. An application may be quite short and only need a [**load**](lcapicommands.md#load) call, or perhaps just need the **[new](lcapicommands.md#new)** and **[update](lcapicommands.md#update)** commands**.** Typically a simple application will go through the following steps, _after_ WorldWide Telescope has been started:
 
 1.  Establish the IP address of the computer running WorldWide Telescope. If this is the same computer as the application use the [getIP](utilities.md#getip) utility, if not a utility will have to be written or acquired that establishes the remote IP address.
 2.  Initialize and open a data file, or files, from a selected source.
 3.  Initialize the connection with WorldWide Telescope with a [**new**](lcapicommands.md#new) or **[load](lcapicommands.md#load)** call, which will create a new layer within WorldWide Telescope, and return a layer Id number.
-4.  If the **[new](#new)** command is used:
+4.  If the **[new](lcapicommands.md#new)** command is used:
 
 1.  Fill a string buffer with data from the opened files.
-2.  Transmit the data to WorldWide Telescope with an **[update](#update)** call, using the layer Id number for reference.
+2.  Transmit the data to WorldWide Telescope with an **[update](lcapicommands.md#update)** call, using the layer Id number for reference.
 3.  Repeat this step until all the data has been transmitted.
 
 6.  Use the [**getprop**](lcapicommands.md#getprop), [**setprop**](lcapicommands.md#setprop), [**uisettings**](lcapicommands.md#uisettings) commands and parameters to control the view in WorldWide Telescope from the LCAPI application.

lcapicommands.md

@@ -8,7 +8,7 @@ The following commands can be used to control layers from the application. Note
 | [**activate**](#activate) | Highlights the selected layer in the layer manager. |
 | **[delete](#delete)** | Specifies that a layer should be permanently deleted. |
 | [**getprop**](#getprop) | Used to retrieve a value of a single layer property. Remarks include the [Table of Properties](#table-of-properties). |
-| [**getprops**](#getprops) | Used to retrieve all the properties for a specified layer. Includes lists for [Spreadsheet](#spreadsheet), [3d Model,](#3d-model) [Shapefile](#shapefile) and [ImageSet](#imageSet). |
+| [**getprops**](#getprops) | Used to retrieve all the properties for a specified layer. Includes lists for [Spreadsheet](#spreadsheet), [3d Model,](#3d-model) [Shapefile](#shapefile) and [ImageSet](#imageset). |
 | **[group](#group)** | Specifies that a layer group should be added. |
 | [**layerlist**](#layerlist) | Returns the structure of the layers and layer group names (in an XML document format) that are currently in the layer manager. |
 | [**load**](#load) | Specifies a data file, and and some optional parameters, to apply to a new layer. |
@@ -853,7 +853,7 @@ Required Parameters
    //
 ```
 
-For an example of the use of this command in the sample application, see [initWWTLayer](#initWWTLayer).
+For an example of the use of this command in the sample application, see [initWWTLayer](sampleapplication.md#sample-program#).
 {% endmethod %}
 
 {% method -%}
@@ -1244,7 +1244,7 @@ If the call is not successful the following string may be included in the respon
       throw new Exception(s);
   }
 ```
-For an example of the use of this command in the sample application, see [flushBufferToWWT](#flushbuffertowwt).
+For an example of the use of this command in the sample application, see [flushBufferToWWT](sampleapplication.md#sample-program).
 
 {% endmethod %}