Clock is done

lc

@@ -0,0 +1,55 @@
+#!/usr/bin/env python
+
+from datetime import datetime
+import time
+
+CHARS_PER_LINE = 30  # For sixty dots per line
+DOTS_PER_LINE  = CHARS_PER_LINE * 2
+
+DY_ONE = 0x01           # Top    Left
+HR_ONE = 0x02           # Center Left
+MN_ONE = 0x04           # Bottom Left
+DY_TWO = 0x08 | DY_ONE  # Top    Left + Right
+HR_TWO = 0x10 | HR_ONE  # Center Left + Right
+MN_TWO = 0x20 | MN_ONE  # Bottom Left + Right
+
+
+def to_dots(unit, divisor):
+    return unit / divisor * DOTS_PER_LINE
+
+
+def time_to_dots(time):
+    return to_dots(time.hour, 24), to_dots(time.minute, 60), to_dots(time.second, 60)
+
+
+def construct_char_row(index, total_dots, flag_one, flag_two):
+    current_dots = index * 2
+
+    if total_dots > current_dots:
+        if total_dots - current_dots > 1: return flag_two
+        else: return flag_one if total_dots % 2 == 1 else flag_two
+
+    return 0
+
+
+def construct_clock_char(index, dy_dots, hr_dots, mn_dots):
+    char = 0x2800  # The codepoint for an empty Braille character
+
+    char |= construct_char_row(index, dy_dots, DY_ONE, DY_TWO)
+    char |= construct_char_row(index, hr_dots, HR_ONE, HR_TWO)
+    char |= construct_char_row(index, mn_dots, MN_ONE, MN_TWO)
+
+    return chr(char)
+
+
+def construct_clock(dy_dots, hr_dots, mn_dots):
+    clock_str = ""
+
+    for i in range(CHARS_PER_LINE):
+        clock_str += construct_clock_char(i, dy_dots, hr_dots, mn_dots)
+
+    return clock_str
+
+
+dy_dots, hr_dots, mn_dots = time_to_dots(datetime.now())
+print(f"{datetime.now().strftime('%H:%M:%S')}: {construct_clock(dy_dots, hr_dots, mn_dots)}")