Color picker proof of concept works.

lib/vulgar.sh

@@ -21,7 +21,8 @@ send_csi_command()
 	shift 1
 
 	
-	echo -n "[${1}"
+	echo -n ""
+	echo -n "[${1}"
 
 	# First one no ';' prefix....
 	#echo -n "${1}"
@@ -44,12 +45,22 @@ send_csi_command()
 
 save_block()
 {
-	send_csi_command '$v' $* 1 $(( 25 + $1 )) $(( 25 + $2 )) $(( 25 + $3 )) $(( 25 + $4 )) 1
+	_T=$1
+	_L=$2
+	_B=$3
+	_R=$4
+	send_csi_command '$v' $_T $_L $_B $_R 1 1 140 1
 }
 
 restore_block()
 {
-	send_csi_command '$v' $(( 25 + $1 )) $(( 25 + $2 )) $(( 25 + $3 )) $(( 25 + $4 )) 1 $* 1
+	_T=$1
+	_L=$2
+	_B=$3
+	_R=$4
+	_W=$(( ${_R} - ${_L} + 1 ))
+	_H=$(( ${_B} - ${_T} + 1 ))
+	send_csi_command '$v' 1 140 $_H $(( 140 + $_W - 1 )) 1 $_T $_L 1
 }
 
 ##### END DECCRA Block ##############
@@ -97,6 +108,7 @@ write_string()
 	_row=$1
 	shift 1
 	_col=$1
+	shift 1
 	while [ -n "$_str" ]
 	do
 		_ch=${_str:0:1}
@@ -151,47 +163,40 @@ build_box()
 read_key()
 {
 	seq=""
-	read -sn 1 key
+	read -sN 1 key
 	code=`printf "%x" "'$key"`
-	seq=${code}
+	seq=K${code}
 	while read -t 0
 	do
-		read -sn 1 key
+		read -sN 1 key
 		code=`printf "%x" "'$key"`
-		seq="${seq} ${code}"
+		seq="${seq}${code}"
 	done
 
 	eval $1=\"${seq}\"
 }
 
+declare -A _keycodes
+_keycodes["K9"]="Tab"
+_keycodes["K20"]="Space"
+_keycodes["K1b"]="Escape"
+_keycodes["K1b5b41"]="Up"
+_keycodes["K1b5b42"]="Down"
+_keycodes["K1b5b44"]="Left"
+_keycodes["K1b5b43"]="Right"
+_keycodes["K30"]="0"
+
 translate_key()
 {
-	_codes=${1}
-	case "${codes}" in
-		"1b 5b 41")
-			echo "Up"
-		;;
-
-		"1b 5b 42")
-			echo "Down"
-		;;
-
-		"1b 5b 44")
-			echo "Left"
-		;;
-
-		"1b 5b 43")
-			echo "Right"
-		;;
-
-		"1b")
-			echo "Escape"
-		;;
-
-		*)
-			echo "${codes}"
-		;;
-	esac
+	if [[ ! -v _keycodes[$1] ]];
+	then
+		echo "MISS ($1)" > /dev/fd/2
+		echo "$1"
+	else
+		_key="${_keycodes[${1}]}"
+		#echo "HIT (${_key})" > /dev/fd/2
+		echo ${_key}
+	fi
 }
 	
 
@@ -322,3 +327,61 @@ get_terminal_size()
 	eval $1=\"${_rows}\"
 	eval $2=\"${_cols}\"
 }
+
+#parse_color "${hex}" red green blue
+
+declare -A _hexdigits
+_hexdigits["0"]="0"
+_hexdigits["1"]="1"
+_hexdigits["2"]="2"
+_hexdigits["3"]="3"
+_hexdigits["4"]="4"
+_hexdigits["5"]="5"
+_hexdigits["6"]="6"
+_hexdigits["7"]="7"
+_hexdigits["8"]="8"
+_hexdigits["9"]="9"
+_hexdigits["10"]="a"
+_hexdigits["11"]="b"
+_hexdigits["12"]="c"
+_hexdigits["13"]="d"
+_hexdigits["14"]="e"
+_hexdigits["15"]="f"
+
+hexbyte()
+{
+	echo -n "${_hexdigits[$((${1}/16))]}${_hexdigits[$((${1}%16))]}"
+}
+
+get_color_hex()
+{
+	_color=$1
+	_tmp=`stty -g`
+	stty -echo
+	echo -n ']4;'"${_color}"';?'
+	read -sN 1 _ch # We know we'll get an Esc back, so drop it
+	read -sN 1 _ch
+	_hex=""
+	while [ "${_ch}" != '' ]
+	do
+		_hex="${_hex}${_ch}"
+		read -sN 1 _ch
+	done
+	stty ${_tmp}
+
+	#echo "Hex Pre: ${_hex}"
+	_hex=${_hex/]4;${_color};rgb:/}
+	#echo "Hex: ${_hex}"
+	_red=${_hex:0:2}
+	_green=${_hex:5:2}
+	_blue=${_hex:10:2}
+
+	#echo "R: ${_red}"
+	#echo "G: ${_green}"
+	#echo "B: ${_blue}"
+
+	eval $2=\"${_red}\"
+	eval $3=\"${_green}\"
+	eval $4=\"${_blue}\"
+}
+