import time import os import sys class colors: #Colors class: #reset all colors with colors.reset #two subclasses fg for foreground and bg for background. #use as colors.subclass.colorname. #i.e. colors.fg.red or colors.bg.green #also, the generic bold, disable, underline, reverse, strikethrough, #and invisible work with the main class #i.e. colors.bold reset='\033[0m' bold='\033[01m' disable='\033[02m' underline='\033[04m' reverse='\033[07m' strikethrough='\033[09m' invisible='\033[08m' class fg: black='\033[30m' red='\033[31m' green='\033[32m' orange='\033[33m' blue='\033[34m' purple='\033[35m' cyan='\033[36m' lightgrey='\033[37m' darkgrey='\033[90m' lightred='\033[91m' lightgreen='\033[92m' yellow='\033[93m' lightblue='\033[94m' pink='\033[95m' lightcyan='\033[96m' class bg: black='\033[40m' red='\033[41m' green='\033[42m' orange='\033[43m' blue='\033[44m' purple='\033[45m' cyan='\033[46m' lightgrey='\033[47m' NextLine = '\033[{n}E' PrevLine = '\033[{n}F' def up(n): sys.stdout.write('\033['+str(n)+'A') sys.stdout.flush() def down(n): sys.stdout.write('\033['+str(n)+'B') sys.stdout.flush() def left(n): sys.stdout.write('\033['+str(n)+'D') sys.stdout.flush() def right(n): sys.stdout.write('\033['+str(n)+'C') sys.stdout.flush() def clrscr(): sys.stdout.write('\033[2J') # n=0 clears from cursor until end of screen, # n=1 clears from cursor to beginning of screen # n=2 clears entire screen sys.stdout.flush() def clreol(): sys.stdout.write('\033[0K') # n=0 clears from cursor to end of line sys.stdout.flush() def clrsol(): sys.stdout.write('\033[1K') # n=1 clears from cursor to start of line sys.stdout.flush() def clrline(): sys.stdout.write('\033[2K') # n=2 clears entire line sys.stdout.flush() def ansi_on(): sys.stdout.write('\033(U\033[0m') sys.stdout.flush() def gotox(i): sys.stdout.write('\033['+str(i)+'G') sys.stdout.flush() def gotoxy(x,y): sys.stdout.write('\033['+str(y)+';'+str(x)+'H') sys.stdout.flush() def clear(): os.system('cls' if os.name == 'nt' else 'clear')