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2016.py
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2016.py
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import cv2
# Import LCD library
from RPLCD import i2c
# Import sleep library
from time import sleep
# constants to initialise the LCD
lcdmode = 'i2c'
cols = 20
rows = 4
charmap = 'A00'
i2c_expander = 'PCF8574'
# Generally 27 is the address;Find yours using: i2cdetect -y 1
address = 0x27
port = 1 # 0 on an older Raspberry Pi
# Initialise the LCD
lcd = i2c.CharLCD(i2c_expander, address, port=port, charmap=charmap,
cols=cols, rows=rows)
input_video_path = '2016.mp4'
cap = cv2.VideoCapture(input_video_path)
length = int(cap. get(cv2. CAP_PROP_FRAME_COUNT))
print(length)
frmn = 1
nowblock = 1
while (cap.isOpened()):
ret, frame = cap.read()
print(frmn)
if ret:
# cv2.imshow("frame", frame)
# cv2.waitKey(1)
# for x in range(0, 31):
# for y in range(0, 99):
# if frame[x, y, 0] > 100 and frame[x, y, 1] > 100 and frame[x, y, 2] > 100:
# print(1, end="")
# else:
# print(0, end="")
# print()
# print("------------------------------")
block = [] # 1 full block
temp = [] # 1 block row
for x in range(0, 16, 8):
for y in range(0, 20, 5):
block = block = [
[not (frame[x+0, y+0, 0] > 100 and frame[x+0, y+0, 1] > 100 and frame[x+0, y+0, 2] > 100), not (frame[x+0, y+1, 0] > 100 and frame[x+0, y+1, 1] > 100 and frame[x+0, y+1, 2] > 100), not (frame[x+0, y+2, 0] > 100 and frame[x+0,
y+2, 1] > 100 and frame[x+0, y+2, 2] > 100), not (frame[x+0, y+3, 0] > 100 and frame[x+0, y+3, 1] > 100 and frame[x+0, y+3, 2] > 100), not (frame[x+0, y+4, 0] > 100 and frame[x+0, y+4, 1] > 100 and frame[x+0, y+4, 2] > 100)],
[not (frame[x+1, y+0, 0] > 100 and frame[x+1, y+0, 1] > 100 and frame[x+1, y+0, 2] > 100), not (frame[x+1, y+1, 0] > 100 and frame[x+1, y+1, 1] > 100 and frame[x+1, y+1, 2] > 100), not (frame[x+1, y+2, 0] > 100 and frame[x+1,
y+2, 1] > 100 and frame[x+1, y+2, 2] > 100), not (frame[x+1, y+3, 0] > 100 and frame[x+1, y+3, 1] > 100 and frame[x+1, y+3, 2] > 100), not (frame[x+1, y+4, 0] > 100 and frame[x+1, y+4, 1] > 100 and frame[x+1, y+4, 2] > 100)],
[not (frame[x+2, y+0, 0] > 100 and frame[x+2, y+0, 1] > 100 and frame[x+2, y+0, 2] > 100), not (frame[x+2, y+1, 0] > 100 and frame[x+2, y+1, 1] > 100 and frame[x+2, y+1, 2] > 100), not (frame[x+2, y+2, 0] > 100 and frame[x+2,
y+2, 1] > 100 and frame[x+2, y+2, 2] > 100), not (frame[x+2, y+3, 0] > 100 and frame[x+2, y+3, 1] > 100 and frame[x+2, y+3, 2] > 100), not (frame[x+2, y+4, 0] > 100 and frame[x+2, y+4, 1] > 100 and frame[x+2, y+4, 2] > 100)],
[not (frame[x+3, y+0, 0] > 100 and frame[x+3, y+0, 1] > 100 and frame[x+3, y+0, 2] > 100), not (frame[x+3, y+1, 0] > 100 and frame[x+3, y+1, 1] > 100 and frame[x+3, y+1, 2] > 100), not (frame[x+3, y+2, 0] > 100 and frame[x+3,
y+2, 1] > 100 and frame[x+3, y+2, 2] > 100), not (frame[x+3, y+3, 0] > 100 and frame[x+3, y+3, 1] > 100 and frame[x+3, y+3, 2] > 100), not (frame[x+3, y+4, 0] > 100 and frame[x+3, y+4, 1] > 100 and frame[x+3, y+4, 2] > 100)],
[not (frame[x+4, y+0, 0] > 100 and frame[x+4, y+0, 1] > 100 and frame[x+4, y+0, 2] > 100), not (frame[x+4, y+1, 0] > 100 and frame[x+4, y+1, 1] > 100 and frame[x+4, y+1, 2] > 100), not (frame[x+4, y+2, 0] > 100 and frame[x+4,
y+2, 1] > 100 and frame[x+4, y+2, 2] > 100), not (frame[x+4, y+3, 0] > 100 and frame[x+4, y+3, 1] > 100 and frame[x+4, y+3, 2] > 100), not (frame[x+4, y+4, 0] > 100 and frame[x+4, y+4, 1] > 100 and frame[x+4, y+4, 2] > 100)],
[not (frame[x+5, y+0, 0] > 100 and frame[x+5, y+0, 1] > 100 and frame[x+5, y+0, 2] > 100), not (frame[x+5, y+1, 0] > 100 and frame[x+5, y+1, 1] > 100 and frame[x+5, y+1, 2] > 100), not (frame[x+5, y+2, 0] > 100 and frame[x+5,
y+2, 1] > 100 and frame[x+5, y+2, 2] > 100), not (frame[x+5, y+3, 0] > 100 and frame[x+5, y+3, 1] > 100 and frame[x+5, y+3, 2] > 100), not (frame[x+5, y+4, 0] > 100 and frame[x+5, y+4, 1] > 100 and frame[x+5, y+4, 2] > 100)],
[not (frame[x+6, y+0, 0] > 100 and frame[x+6, y+0, 1] > 100 and frame[x+6, y+0, 2] > 100), not (frame[x+6, y+1, 0] > 100 and frame[x+6, y+1, 1] > 100 and frame[x+6, y+1, 2] > 100), not (frame[x+6, y+2, 0] > 100 and frame[x+6,
y+2, 1] > 100 and frame[x+6, y+2, 2] > 100), not (frame[x+6, y+3, 0] > 100 and frame[x+6, y+3, 1] > 100 and frame[x+6, y+3, 2] > 100), not (frame[x+6, y+4, 0] > 100 and frame[x+6, y+4, 1] > 100 and frame[x+6, y+4, 2] > 100)],
[not (frame[x+7, y+0, 0] > 100 and frame[x+7, y+0, 1] > 100 and frame[x+7, y+0, 2] > 100), not (frame[x+7, y+1, 0] > 100 and frame[x+7, y+1, 1] > 100 and frame[x+7, y+1, 2] > 100), not (frame[x+7, y+2, 0] > 100 and frame[x+7,
y+2, 1] > 100 and frame[x+7, y+2, 2] > 100), not (frame[x+7, y+3, 0] > 100 and frame[x+7, y+3, 1] > 100 and frame[x+7, y+3, 2] > 100), not (frame[x+7, y+4, 0] > 100 and frame[x+7, y+4, 1] > 100 and frame[x+7, y+4, 2] > 100)]
]
printblock = ()
for i in range(0, 8):
res = 0
for ele in block[i]:
res = (res << 1) | ele
block[i] = int(str(res))
if nowblock == 9:
nowblock = 1
if nowblock == 1:
lcd.create_char(0, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x00")
elif nowblock == 2:
lcd.create_char(1, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x01")
elif nowblock == 3:
lcd.create_char(2, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x02")
elif nowblock == 4:
lcd.create_char(3, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x03")
elif nowblock == 5:
lcd.create_char(4, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x04")
elif nowblock == 6:
lcd.create_char(5, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x05")
elif nowblock == 7:
lcd.create_char(6, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x06")
elif nowblock == 8:
lcd.create_char(7, tuple(block))
lcd.cursor_pos = (((x+1)//8), ((y+1)//5))
lcd.write_string("\x07")
nowblock += 1
else:
break
frmn += 1
cap.release()
cv2.destroyAllWindows()