Fixed Light Command

Able to use RGB Values (0 to 1)
ex: !lights 1 1 1

Able to use Colors
ex: !lights red

commands/implemented/command_lights_rgb_color.py

@@ -11,7 +11,7 @@ class CommandRoll(AbstractCommand, metaclass=ABCMeta):
     """
     this is the roll command.
     """
-    command = "!rgb"
+    command = "!lights"
 
     def __init__(self):
         super().__init__(CommandRoll.command, n_args=3, command_type=AbstractCommand.CommandType.TWITCH)
@@ -19,21 +19,25 @@ class CommandRoll(AbstractCommand, metaclass=ABCMeta):
     def do_command(self, bot, twitch_message):
         LightModule = lights_module.Lights_Module()
         LightModule.main()
+        print("\nRGB Command Detected!")
 
         tempParsedMessage = twitch_message.text.split(" ")
-
+        print("\nParsed Command! ", twitch_message.text)
-        run_lightsCommand = False
+        if (len(tempParsedMessage)) > 2:
-        if (utilities.does_contain_OnlyNumbers(tempParsedMessage[1]) &
+            print("\nRGB Command!")
-        utilities.does_contain_OnlyNumbers(tempParsedMessage[2]) &
-        utilities.does_contain_OnlyNumbers(tempParsedMessage[3])) == True:
             rgb_r = float(tempParsedMessage[1])
             rgb_g = float(tempParsedMessage[2])
             rgb_b = float(tempParsedMessage[3])
             xy_result = LightModule.rgb_to_xy(rgb_r, rgb_g, rgb_b)
+            print("got XY")
             LightModule.bridge_.set_group(16, "xy", xy_result)
+            print("sent color")
         else:
+            print("\nColor Command!")
             xy_result = LightModule.color_string_parser(tempParsedMessage)
+            print("got XY")
             LightModule.bridge_.set_group(16, "xy", xy_result)
+            print("sent color")
 
         returnMessage = "@" + twitch_message.sender + " changed the colors!"
         bot.send_message(returnMessage)

lights_module.py

@@ -25,22 +25,24 @@ class Lights_Module():
 
         print("\n -Listing Lights...")
         for l in light_list:
-            print(l.name)
+            pass
+            #print(l.name)
         print("\n -Counting Groups...")
         for g in groups:
-            print(g)
+            #print(g)
             groupCount = int(g)
 
 
         for gc in range(groupCount):
             try:
-                print("group n:" + str(gc))
+                #print("group n:" + str(gc))
                 group = self.bridge_.get_group(gc ,'name')
-                print(group)
+                #print(group)
-                #group_list.append(group)
+                group_list.append(group)
-                print(" --done adding")
+                #print(" --done adding")
             except:
-                print(" --adding failed")
+                pass
+                #print(" --adding failed")
 
         #self.bridge_.set_group(18, "bri", 254) #This is max Brightness
         #self.bridge_.set_group(18, "on", True) #This is will turn ON
@@ -56,7 +58,7 @@ class Lights_Module():
             #self.bridge_.set_group(16, "xy", xy_result)
             #sleep(0.1)
 
-        #for stuffz in .bridge_.scenes:
+        #for stuffz in self.bridge_.scenes:
             #print(stuffz)
 
         # This will set the group Downstairs to the Stream scene
@@ -104,13 +106,18 @@ class Lights_Module():
         return [x, y]
 
     def color_string_parser(self, message):
-        xy_color = 0
+        print("trying to find color")
+        xy_color = [0, 0]
         for text in message:
-            if "red" in message.lower():
+            print("testing word")
+            if "red" in text.lower():
                 xy_color = self.rgb_to_xy(1,0,0)
-            if "blue" in message.lower():
+                print("found: red")
+            if "blue" in text.lower():
+                print("found: blue")
                 xy_color = self.rgb_to_xy(0,0,1)
-            if "green" in message.lower():
+            if "green" in text.lower():
+                print("found: green")
                 xy_color = self.rgb_to_xy(0,1,0)
 
         return xy_color

utilities_script.py

@@ -21,14 +21,18 @@ def get_args(text: str) -> list:
         return text.split(" ")
 
 def does_contain_OnlyNumbers(self, text):
-        isJustNumbers = False
+    isJustNumbers = False
+    print("checking numbers")
+    try:
         for x in range(10):
-            if str(x) in text:
+            if str(x) in str(text):
                 isJustNumbers = True
-            else:
+        else:
-                isJustNumbers = False
+            isJustNumbers = False
+    except:
+        pass
 
-        return isJustNumbers
+    return isJustNumbers
 
 def contains_slur(self, input: str):
         containsSlur: bool = False