MatrixFallingCode/falling_code.py at main · qader1/MatrixFallingCode · GitHub

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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)
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importos
importsys
fromsysimportstdout
importrandom
fromtimeimportsleep
fromstringimportascii_letters, digits, punctuation
importargparse


parser=argparse.ArgumentParser()
parser.add_argument('-he', '--height', type=int, default=18, help='height of falling string')
parser.add_argument('-s', '--speed', type=float, default=.035, help='time between lines in seconds')
args=parser.parse_args()

# Does not work for linux
#os.system('cls')
STRING=ascii_letters+digits+punctuation


classAnsi:
green='32'
reset='0'
bright='1'
dim='2'
normal='22'
lightgreen='92'

def__init__(self):
fornameindir(self):
ifnotname.startswith('_'):
setattr(self, name, f'\033[{getattr(self, name)}m')


deffalling_code(length=20, speed=.045):
style=Ansi()
cols=os.get_terminal_size().columns
line= [0forxinrange(cols)]
whileTrue:
cols=os.get_terminal_size().columns
iflen(line) !=cols:
os.system('cls')
line= [0for_inrange(cols)]
new=random.choice([xforxinrange(len(line)) ifline[x] ==0])
line[new] +=1
foriinline:
stdout.write(style.green)
ifi==length:
stdout.write(style.reset+random.choice(STRING))
elifi==0:
stdout.write(' ')
elif1<=i<=length//4:
stdout.write(style.dim+random.choice(STRING))
eliflength//4<i<=round((length/4)*2):
stdout.write(style.normal+random.choice(STRING))
elifround((length/4)*2) <i<round((length/4)*3):
stdout.write(style.bright+random.choice(STRING))
else:
stdout.write(style.reset+style.lightgreen+style.bright+random.choice(STRING))
stdout.write(style.reset)
line= [x+1ifx<lengthandx!=0else0forxinline]
sys.stdout.flush()
sleep(speed)


if__name__=='__main__':
falling_code(length=args.height, speed=args.speed)