diff --git a/PJLink-TCP-Network-Command/README.md b/PJLink-TCP-Network-Command/README.md
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+Overview
+------------
+
+This plugin allows a BrightSign to operate and control a projector using the [PJLink](http://pjlink.jbmia.or.jp/english/) standard. PJLink commands are sent as hexadecimal-formatted messages over the local network using a TCP connection.
+
+## Installation
+
+In BrightAuthor, while editing a presentation, open the Autorun presentation properties at **File > Presentation Properties > Autorun**.
+
+1. Add a new *Script Plugin*:
+
+	* **Name**: _pjlink_ (in all lowercase letters)
+	* **Path**: Select `pjlink.brs` as the path.
+
+2. Set the PJLink IP Address and optionally the TCP port number. Create two **User Variables** by going to **File > Presentation Properties > Variables** and adding the following:
+	* **pjlink_projector_ip** - set the default to your projector's IP Address
+	* **pjlink_projector_port** - (optional) set to the TCP port number to address the projector. If this variable is not set the plugin will use port **4352**.
+
+
+## Usage
+
+This plugin includes two named commands: "poweron" and "poweroff". Otherwise actual raw PJLink commands can be sent as well.
+
+There are two methods of usage for this plugin:
+
+1. Using Send Plugin Message in an interactive presentation:
+	* **Advanced > Send > Send Plugin Message**. Select the "pjlink" plugin. In the parameters block, enter one of the following:
+	* **poweron**
+	* **poweroff**
+	* **input-to-dvi**
+	* **input-to-hdmi**
+	* **shutter-open**
+	* **shutter-closed**
+	* Any raw PJLink command, such as **INPT 32** to switch to the digital input.
+
+2. Direct messaging with UDP datagrams. Commands must be prefixed with "pjlink!":
+
+		' Named commands from this plugin:
+		' power the projector on and off
+		pjlink!poweron
+		pjlink!poweroff
+
+		' "Raw" PJLink commands. Format: pjlink!<command>
+		' power the projector on and off:
+		pjlink!POWR 1
+		' power the projector off:
+		pjlink!POWR 0
+		' switch inputs:
+		pjlink!INPT 11
+		pjlink!INPT 32
+
+## Testing
+
+The [PJLink Test software](http://pjlink.jbmia.or.jp/english/dl.html) can be used to confirm commands are being sent/processed on the projector end. (Configure the Network under the Set up menu of the PJLinkTest4PJ exe.)
+
+With telnet enabled on the BrightSign unit you can see messages from the pjlink plugin printed to the screen. Connection details (IP and port) as well as hex-encoded commands are printed.
+
+To generate the required hex string for additional pre-baked commands, try this in csharp:
+
+    string cmd = "INPT 31"
+    BitConverter.ToString(System.Text.Encoding.ASCII.GetBytes("%1" + cmd + "\r\n")).Replace("-", "")
diff --git a/PJLink-TCP-Network-Command/pjlink.brs b/PJLink-TCP-Network-Command/pjlink.brs
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+++ b/PJLink-TCP-Network-Command/pjlink.brs
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+' Based on PJLinkOn BrightSign Plugin by Tweaklab
+' v1.00
+
+Function pjlink_Initialize(msgPort As Object, userVariables As Object, bsp as Object)
+  print "pjlink_Initialize - entry"
+
+  pjlink = newpjlink(msgPort, userVariables, bsp)
+
+  return pjlink
+End Function
+
+Function newpjlink(msgPort As Object, userVariables As Object, bsp As Object)
+  print "newpjlink"
+  s = {}
+  s.msgPort        = msgPort
+  s.userVariables  = userVariables
+  s.bsp            = bsp
+  s.ProcessEvent   = pjlink_ProcessEvent
+
+  s.projector_ip$  = ""
+  s.projector_port = 4352
+  s.debug          = true
+  ' s.dlog           = pjlink_dlog
+
+  ' SetParamsFromUserVariables(s, userVariables)
+  ' set IP address from user variables
+  if userVariables.DoesExist("pjlink_projector_ip") then
+    myvariable = userVariables.Lookup("pjlink_projector_ip")
+    if myvariable <> invalid then
+      s.projector_ip$ = myvariable.GetCurrentValue()
+      s.bsp.diagnostics.printdebug("set pjlink ip address: " + s.projector_ip$)
+    endif
+  endif
+
+  ' set projector port
+  if userVariables.DoesExist("pjlink_projector_port") then
+    myvariable = userVariables.Lookup("pjlink_projector_port")
+    if myvariable <> invalid then
+      s.projector_port = myvariable.GetCurrentValue()
+      s.bsp.diagnostics.printdebug("set pjlink port: "+s.projector_port)
+    endif
+  endif
+
+  return s
+End Function
+
+Function pjlink_ProcessEvent(event As Object) as boolean
+  print "pjlink_ProcessEvent"
+  print "  type of message is: ";type(m)
+  print "  type of event is: ";type(event)
+  retval = false
+
+  ' define the message "%1POWR 1" in HEX to power ON the projector
+  ' %1POWR 1 = Power On
+  ' projector_message$="2531504F575220310D0A"
+
+  if type(event) = "roAssociativeArray" then
+    if type(event["EventType"]) = "roString" then
+      if event["EventType"] = "SEND_PLUGIN_MESSAGE" then
+        if event["PluginName"] = "pjlink" then
+          pluginMessage$ = event["PluginMessage"]
+          print "SEND_PLUGIN/EVENT_MESSAGE:";pluginMessage$
+          messageToParse$ = event["PluginName"]+"!"+pluginMessage$
+          retval = pjlink_ParsePluginMsg(messageToParse$, m)
+        endif
+      endif
+    endif
+  elseif type(event) = "roDatagramEvent" then
+    ' UDP Datagrams for pjlink!<command>
+    msg$ = event
+    if (left(msg$,6) = "pjlink") then
+      retval = pjlink_ParsePluginMsg(msg$, m)
+    endif
+  endif
+
+  return retval
+End Function
+
+Function pjlink_ParsePluginMsg(msg As string, s As Object) as boolean
+  print "pjlink_ParsePluginMsg"
+  retval = false
+
+  r = CreateObject("roRegex", "^pjlink", "i")
+	match = r.IsMatch(msg)
+  if match then
+    retval = true
+    command = ""
+
+    r2        = CreateObject("roRegex", "!", "i")
+    fields    = r2.split(msg)
+    numFields = fields.count()
+    if (numFields < 2) or (numFields > 2) then
+      s.bsp.diagnostics.printdebug("pjlink Incorrect number of fields for command:"+msg)
+      return retval
+    else
+      ' numFields = 2
+      ' To generate additional pre-baked commands, try this in csharp:
+      '   string cmd = "INPT 31"
+      '   BitConverter.ToString(System.Text.Encoding.ASCII.GetBytes("%1" + cmd + "\r\n")).Replace("-", "")
+      if fields[1] = "poweron" then
+        ' %1POWR 1\r\n
+        command = "2531504F575220310D0A"
+      elseif fields[1] = "poweroff" then
+        ' %1POWR 0\r\n
+        command = "2531504F575220300D0A"
+      elseif fields[1] = "input-to-dvi" then
+        ' %1INPT 31\r\n
+        command = "2531494E50542033310D0A"
+      elseif fields[1] = "input-to-hdmi" then
+        ' %1INPT 32\r\n
+        command = "2531494E50542033320D0A"
+      elseif fields[1] = "shutter-open" then
+        ' %1AVMT 30\r\n
+        command = "253141564D542033300D0A"
+      elseif fields[1] = "shutter-closed"  then
+        ' %1AVMT 31\r\n
+        command = "253141564D542033310D0A"
+      else
+        ' append %1 and \r\n to the command
+        ba = CreateObject("roByteArray")
+        ba.FromAsciiString("%1" + fields[1] + Chr(13) + Chr(10))
+        command = ba.ToHexString()
+      endif
+    endif
+    ' s.bsp.diagnostics.printdebug("pjlink command found: " +command)
+    print "pjlink command assigned: ";command
+    retval = pjlink_SendProjectorMessage(command, s)
+  endif
+
+  return retval
+End Function
+
+Function pjlink_SendProjectorMessage(hex_msg as string, s As Object) as boolean
+  print "Connecting to projector at ";s.projector_ip$; ":";s.projector_port
+
+  sock=CreateObject("roTCPStream")
+  if sock=invalid then
+    print "Failed to create roTCPClient object"
+    stop
+  endif
+  if sock.ConnectTo(s.projector_ip$, StrToI(s.projector_port)) then
+    ' print "Connected"
+    bytes = CreateObject("roByteArray")
+    sleep(500)
+    bytes.FromHexString(hex_msg)
+    print "Sending PJLink message: ";hex_msg
+    sock.SendBlock(bytes)
+    return true
+  else
+    print "Failed to connect to projector"
+    sock = invalid
+  endif
+
+  return false
+End Function
+
+' Sub pjlink_dlog (error$ as String)
+'   m.bsp.logging.WriteDiagnosticLogEntry("99plgn", error$)
+'   'm.bsp.diagnostics.printdebug(error$)
+'   print error$
+'   slog = createobject("roSystemLog")
+'   slog.sendline(error$)
+' End Sub