Updated for Flame 2022 now using Python 3.7

README.md

@@ -16,11 +16,10 @@ via Ethernet, so your SmartScope must be on the network.
 
 ## Installing
 
-### Flame 2020
+### Flame 2022
 
-Autodesk has changed the way user Python scripts are added into the menus for
-Flame 2020 and it's now even easier to install them and have them carry across
-future versions.
+Autodesk Flame 2022 has moved to Python 3.7 and SmartScope-Flame has been updated
+as a result to match.
 
 All you need to do is drop the script into the Flame shared python directory:
 
@@ -29,9 +28,9 @@ All you need to do is drop the script into the Flame shared python directory:
 and then either relaunch Flame or use the hotkey Shift-Control-H-P to reload all
 the Python hooks.
 
-### Flame 2019 and below
+### Flame 2020 and 2021
 
-Please see the v1.1 release for compatible script and instructions.
+Please see the v1.2 release for compatible script and instructions.
 
 
 ## Configuring

smartscope-control.py

@@ -1,11 +1,11 @@
 #!/bin/env python
 # ******************************************************************************
 #
-# SmartScope Duo Controller for Flame v1.2
-# Copyright (c) 2015-2019 Bob Maple (bobm-matchbox [at] idolum.com)
+# SmartScope Duo Controller for Flame v1.3
+# Copyright (c) 2015-2021 Bob Maple (bobm-matchbox [at] idolum.com)
 #
 # Adds an entry to the Flame menu allowing control of the Blackmagic Design
-# SmartScope Duo 4K - for Flame 2020
+# SmartScope Duo 4K - Updated for Flame 2022 (Python 3.7)
 
 
 #### Configuration ####
@@ -69,42 +69,55 @@ def smartscope_handler( userData ):
       return
 
     if( 'mon_a' in userData ):
-      tcpSocket.send( "MONITOR A:\n" if ssdc_swap is False else "MONITOR B:\n" )
-      tcpSocket.send( "ScopeMode: " + userData['mon_a'] + "\n" )
+      tmpstr  = "MONITOR A:\n" if ssdc_swap is False else "MONITOR B:\n"
+      tmpstr += "ScopeMode: " + userData['mon_a'] + "\n"
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
       if( 'mon_a_br' in userData ):
-        tcpSocket.send( "Brightness: " + userData['mon_a_br'] + "\n" )
+      	tmpstr = "Brightness: " + userData['mon_a_br'] + "\n"
       else:
-        tcpSocket.send( "Brightness: " + (ssdc_picture['brightness'] if userData['mon_a'] is "Picture" else ssdc_scope['brightness']) + "\n" )
+      	tmpstr = "Brightness: " + (ssdc_picture['brightness'] if userData['mon_a'] is "Picture" else ssdc_scope['brightness']) + "\n"
 
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
+
       if( 'mon_a_cn' in userData ):
-        tcpSocket.send( "Contrast: " + userData['mon_a_cn'] + "\n" )
+        tmpstr = "Contrast: " + userData['mon_a_cn'] + "\n"
       else:
-        tcpSocket.send( "Contrast: " + (ssdc_picture['contrast'] if userData['mon_a'] is "Picture" else ssdc_scope['contrast']) + "\n" )
+        tmpstr = "Contrast: " + (ssdc_picture['contrast'] if userData['mon_a'] is "Picture" else ssdc_scope['contrast']) + "\n"
+
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
       if( 'mon_a_xtra' in userData ):
-        tcpSocket.send( userData['mon_a_xtra'] + "\n" )
+        tmpstr = userData['mon_a_xtra'] + "\n"
 
-      tcpSocket.send( "\n" )
+      tmpstr += "\n"
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
     if( 'mon_b' in userData ):
-      tcpSocket.send( "MONITOR B:\n" if ssdc_swap is False else "MONITOR A:\n" )
-      tcpSocket.send( "ScopeMode: " + userData['mon_b'] + "\n" )
+      tmpstr  = "MONITOR B:\n" if ssdc_swap is False else "MONITOR A:\n"
+      tmpstr += "ScopeMode: " + userData['mon_b'] + "\n"
+
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
       if( 'mon_b_br' in userData ):
-        tcpSocket.send( "Brightness: " + userData['mon_b_br'] + "\n" )
+        tmpstr = "Brightness: " + userData['mon_b_br'] + "\n"
       else:
-        tcpSocket.send( "Brightness: " + (ssdc_picture['brightness'] if userData['mon_b'] is "Picture" else ssdc_scope['brightness']) + "\n" )
+        tmpstr = "Brightness: " + (ssdc_picture['brightness'] if userData['mon_b'] is "Picture" else ssdc_scope['brightness']) + "\n"
+
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
       if( 'mon_b_cn' in userData ):
-        tcpSocket.send( "Contrast: " + userData['mon_b_cn'] + "\n" )
+        tmpstr = "Contrast: " + userData['mon_b_cn'] + "\n"
       else:
-        tcpSocket.send( "Contrast: " + (ssdc_picture['contrast'] if userData['mon_b'] is "Picture" else ssdc_scope['contrast']) + "\n" )
+        tmpstr = "Contrast: " + (ssdc_picture['contrast'] if userData['mon_b'] is "Picture" else ssdc_scope['contrast']) + "\n"
+
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
       if( 'mon_b_xtra' in userData ):
-        tcpSocket.send( userData['mon_b_xtra'] + "\n" )
+        tmpstr = userData['mon_b_xtra'] + "\n"
 
-      tcpSocket.send( "\n" )
+      tmpstr += "\n"
+      tcpSocket.send( tmpstr.encode( 'utf-8' ) )
 
     time.sleep(0.2)
     tcpSocket.close()