diff --git a/main-dir/manual.sh b/main-dir/manual.sh
deleted file mode 100644
index 4a58581..0000000
--- a/main-dir/manual.sh
+++ /dev/null
@@ -1,174 +0,0 @@
-#!/bin/bash
-
-# Credits: irodimus 
-
-# file: manual.sh
-
-#----
-# Simple script to change to specific channel given - triggering start / stop. 
-#----
-
-#---- 
-# To Use:
-# Run script by including the channel you'd like to run as an argument: ex. ./manual.sh 2, ./manual.sh 9
-#
-# Configure something (a tv remote or alexa) to trigger this script. Make sure you move this script just 
-# outside of the pseudo-channel directories:
-# -------------------
-# -channels/
-# --pseudo-channel_1/
-# ---startstop.sh
-# --pseudo-channel_2/
-# ---startstop.sh
-# --pseudo-channel_3/
-# ---startstop.sh
-# --manual.sh <--- on the same level as the 3 channels. 
-#----
-
-# Make sure that each channel dir ends with a "_" + an incrementing number as seen above.
-
-#----BEGIN EDITABLE VARS----
-
-SCRIPT_TO_EXECUTE='startstop.sh'
-
-OUTPUT_PREV_CHANNEL_PATH=.
-
-OUTPUT_PREV_CHANNEL_FILE=".prevplaying"
-
-CHANNEL_DIR_INCREMENT_SYMBOL="_"
-
-#----END EDITABLE VARS-------
-
-FIRST_RUN=false
-
-# Scan the dir to see how many channels there are, store them in an arr.
-CHANNEL_DIR_ARR=( $(find . -maxdepth 1 -type d -name '*'"$CHANNEL_DIR_INCREMENT_SYMBOL"'[[:digit:]]*' -printf "%P\n" | sort -t"$CHANNEL_DIR_INCREMENT_SYMBOL" -n) )
-
-# Since leading zeros may be an issue, we need to correctly sort the channels.  The best way to do this seems to be in python
-# So a script will take in the channels as they are, then output them in the correct, sorted order in Channels_Sorted.txt.
-# We will run the script, then read in the results.
-sudo python ./Channel_Sorter.py ${CHANNEL_DIR_ARR[@]}
-
-filename="./Channels_Sorted.txt"
-i=0
-while read -r line
-do
-	name="$line"
-	CHANNEL_DIR_SORTED[i]=$name
-	i=$((i+1))
-done < "$filename"
-
-
-# We need to add on top of this a "buffer" where we remove all leading zeros to compare everything on the same level
-# This simply leaves us with the number at the end.  NOTE: We should have already sorted things, so this should not be a problem
-for i in "${!CHANNEL_DIR_ARR[@]}"
-do
-	CHANNEL_DIR_NUMBERS[i]=$(echo ${CHANNEL_DIR_SORTED[i]} | sed "s/^pseudo-channel${CHANNEL_DIR_INCREMENT_SYMBOL}0*//")
-	if [ -z ${CHANNEL_DIR_NUMBERS[i]} ]; then
-		CHANNEL_DIR_NUMBERS[i]=0
-	fi
-done
-
-
-
-
-
-# If the previous channel txt file doesn't exist already create it (first run?)
-if [ ! -e "$OUTPUT_PREV_CHANNEL_PATH/$OUTPUT_PREV_CHANNEL_FILE" ]; then
-
-	#FIRST_RUN_NUM=$((${#CHANNEL_DIR_ARR[@]}))
-	echo 1 > "$OUTPUT_PREV_CHANNEL_PATH/$OUTPUT_PREV_CHANNEL_FILE"
-
-	echo "First run being conducted"
-
-	FIRST_RUN=true
-
-fi
-
-# If this script see's there are multiple channels, 
-# then read file, get prevchannel and nextchannel, and trigger next channel:
-if [ "${#CHANNEL_DIR_ARR[@]}" -gt 1 ]; then
-	echo "+++++ There are ${#CHANNEL_DIR_ARR[@]} channels detected."
-
-	#NEXT_CHANNEL=$1
-
-	#NEXT_CHANNEL_DIR=( $(find . -maxdepth 1 -type d -name '*'"$CHANNEL_DIR_INCREMENT_SYMBOL""$NEXT_CHANNEL" -printf "%P\n") )
-	
-	# We now need to read in the next channel and ALSO strip it of any leading zeros for correct comparison
-	NEXT_CHANNEL=$(echo $1 | sed "s/^0*//")
-
-	if [ -z $NEXT_CHANNEL ]; then
-	NEXT_CHANNEL=0
-	fi
-	
-	PREV_CHANNEL_FOUND=false
-
-	#PREV_CHANNEL=$(<$OUTPUT_PREV_CHANNEL_PATH/$OUTPUT_PREV_CHANNEL_FILE)
-
-	# PREV_CHANNEL_DIR=( $(find . -maxdepth 1 -type d -name '*'"$CHANNEL_DIR_INCREMENT_SYMBOL""$PREV_CHANNEL" -printf "%P\n") )
-
-	# We are now going to do the same thing here, just with previous channel
-	PREV_CHANNEL=$(echo $(<$OUTPUT_PREV_CHANNEL_PATH/$OUTPUT_PREV_CHANNEL_FILE) | sed "s/^0*//")
-	if [ -z $PREV_CHANNEL ]; then
-	PREV_CHANNEL=0
-	fi
-
-	
-	echo "+++++ It looks like the previous channel was: $PREV_CHANNEL"
-
-	echo "+++++ The next channel is: $NEXT_CHANNEL"
-
-	# This is our modified way of searching for the correct directory for the next channel
-	for i in "${!CHANNEL_DIR_NUMBERS[@]}"
-	do
-		item_compare=${CHANNEL_DIR_NUMBERS[i]}
-		if [ $item_compare -eq $NEXT_CHANNEL ]; then
-			echo "NEXT CHANNEL MATCH: ${CHANNEL_DIR_SORTED[$i]}"
-			NEXT_CHANNEL_DIR=${CHANNEL_DIR_SORTED[$i]}
-			break
-		fi
-
-		#echo "TESTING"
-		#echo $i
-		#echo ${#CHANNEL_DIR_NUMBERS[@]}
-		if [ $i -eq $((${#CHANNEL_DIR_NUMBERS[@]} - 1)) ]; then
-			echo "No NEXT CHANNEL MATCH found, reverting to first element"
-			NEXT_CHANNEL_DIR=${CHANNEL_DIR_SORTED[0]}
-			NEXT_CHANNEL=${CHANNEL_DIR_NUMBERS[0]}
-		fi
-
-	done
-	
-	# This is our modified way of searching for the correct directory for the previous channel
-	for i in "${!CHANNEL_DIR_NUMBERS[@]}"
-	do
-		item_compare=${CHANNEL_DIR_NUMBERS[i]}
-		if [ $item_compare -eq $PREV_CHANNEL ]; then
-			echo "PREVIOUS CHANNEL MATCH: ${CHANNEL_DIR_SORTED[$i]}"
-			PREV_CHANNEL_DIR=${CHANNEL_DIR_SORTED[$i]}
-			break
-		fi
-	done
-
-	
-	# Write next channel to previous channel file to reference later
-	echo "$NEXT_CHANNEL"  > "$OUTPUT_PREV_CHANNEL_PATH/$OUTPUT_PREV_CHANNEL_FILE"
-
-	# Finally let's trigger the startstop script in both the previous channel and the next channel dirs.
-	# This will stop the previous channels playback & trigger the next channels playback
-
-	if [ "$FIRST_RUN" = false ]; then
-		cd "$OUTPUT_PREV_CHANNEL_PATH"/"$PREV_CHANNEL_DIR" && ./"$SCRIPT_TO_EXECUTE"
-		cd ../"$NEXT_CHANNEL_DIR" && ./"$SCRIPT_TO_EXECUTE"
-	else
-
-		cd "$OUTPUT_PREV_CHANNEL_PATH"/"$NEXT_CHANNEL_DIR" && ./"$SCRIPT_TO_EXECUTE"
-
-	fi
-
-	sleep 1
-	
-
-fi
-
-exit 0
\ No newline at end of file