sus

calender.py

@@ -28,7 +28,7 @@ while (len(sys.argv) > 1):
 
 # Printing
 print(f"                  {year_hex}") 
-print("Prim Seco Tert Quad Quin Sext Sept Octo")
+print("Prim Seco Tert Quat Quin Sena Sept Octo")
 
 day_of_week_start = start_day % 8
 for x in range(day_of_week_start-1):
@@ -50,5 +50,5 @@ for x in range(start_day, end_day):
     if (octal_counter % 8 == 0):
         print("")
 
-print("\nPrim Seco Tert Quad Quin Sext Sept Octo")
+print("\nPrim Seco Tert Quad Quin Sena Sept Octo")
 print(f"                  {year_hex}") 

time.sh

@@ -1,10 +1,17 @@
+if [ "$1" = "--help" ]; then
+	echo " + '
+	\$span = span
+	\$day = day
+	\$year = year
+	time.sh + '%span %day/%year'"
+fi 
 #date
 month=$(date +"%m")
 dayofmonth=$(date +"%d")
-year=$(date +"%Y")
-if [ $((($year % 4))) == 0 ]; then
+year_den=$(date +"%Y")
+if [ $((($year_den % 4))) == 0 ]; then
     leapyear=1
-elif [ $((($year % 4))) > 0 ]; then
+elif [ $((($year_den % 4))) > 0 ]; then
     leapyear=0
 fi
 totalday=0
@@ -51,13 +58,23 @@ fi
 if (( $month > 11 )); then
     totalday=$((($totalday+30)));
 fi
-totalday=$((($totalday+$dayofmonth)))
+day_den=$(((10#$totalday+10#$dayofmonth)))
+day_hex=$(printf "%x\n" $totalday)
 # Time
 second=$(date +"%S")
 minute=$(date +"%M")
 hour=$(date +"%H")
 nanosecond=$(date +"%N")
 second_of_the_day=$(bc -l <<< "($hour * 3600) + ($minute * 60) + $second")
-span_of_the_day=$(bc -l <<< "$second_of_the_day * 0.864")
-echo $span_of_the_day $totalday/$year
+span_den=$(bc -l <<< "$second_of_the_day / (86400/65536)")
+span_den=$(echo $span_den | awk '{printf("%d\n",$1 + 0.5)}'  )
+span_hex=$(printf "%x\n" $span_den)
+year_hex=$(printf "%x\n" $year_den)
 
+if [ "$1" = "--den" ]; then
+	echo $span_den $day_den/$year_den
+elif [ "$1" = "--hex" ]; then
+	echo $span_hex $day_hex/$year_hex
+else
+	echo "specify hex or den with --hex or --den"
+fi