- 001
- 002
- 003
- 004
- 005
- 006
- 007
- 008
- 009
- 010
- 011
- 012
- 013
- 014
- 015
- 016
- 017
- 018
- 019
- 020
- 021
- 022
- 023
- 024
- 025
- 026
- 027
- 028
- 029
- 030
- 031
- 032
- 033
- 034
- 035
- 036
- 037
- 038
- 039
- 040
- 041
- 042
- 043
- 044
- 045
- 046
- 047
- 048
- 049
- 050
- 051
- 052
- 053
- 054
- 055
- 056
- 057
- 058
- 059
- 060
- 061
- 062
- 063
- 064
- 065
- 066
- 067
- 068
- 069
- 070
- 071
- 072
- 073
- 074
- 075
- 076
- 077
- 078
- 079
- 080
- 081
- 082
- 083
- 084
- 085
- 086
- 087
- 088
- 089
- 090
- 091
- 092
- 093
- 094
- 095
- 096
- 097
- 098
- 099
- 100
"""ASCII art generator braille only.
To start, put this and the image (you need to rename it to input.jpg) in one folder.
The main problem of the algorithm:
Due to the fact that the 8 empty dots symbol and any other Braille symbol have different widths,
the picture may 'float'.
"""
from PIL import Image, ImageDraw
# Change scale of image.
scale = int(input('% of scale: ')) / 100
imgForScale = Image.open('input.jpg')
widthOldForScale, heightOldForScale = imgForScale.size
widthNewForScale, heightNewForScale = int(widthOldForScale * scale), int(heightOldForScale * scale)
scaleImg = imgForScale.resize((widthNewForScale, heightNewForScale), Image.ANTIALIAS)
scaleImg.save('inputScale.jpg')
# -------------
# Makes the image BW.
factor = int(input('factor: ')) # The more, the darker.
imgForBW = Image.open('inputScale.jpg')
draw = ImageDraw.Draw(imgForBW)
widthForBW, heightForBW = imgForBW.size
pix = imgForBW.load()
for i in range(widthForBW):
for j in range(heightForBW):
a = pix[i, j][0]
b = pix[i, j][1]
c = pix[i, j][2]
S = a + b + c
if S > (((255 + factor) * 3) // 2):
a, b, c = 255, 255, 255
else:
a, b, c = 0, 0, 0
draw.point((i, j), (a, b, c))
imgForBW.save("inputScaleBW.jpg")
# -------------
# The image should be divided by 2 horizontally, by 4 vertically. Otherwise, the extra pixels will be removed.
img = Image.open('inputScaleBW.jpg')
size = w, h = img.size
if (w % 2) == 0:
pass
else:
w -= 1
hCut = h % 4
if hCut == 0:
pass
else:
h -= hCut
# -------------
data = img.load()
yStart, yEnd = 0, 4
xStart, xEnd = 0, 2
valueOfPixNow = []
b = w // 2 # I don`t remember.
a = b - 1 # The same thing.
i = 0
while (yEnd <= h) and (xEnd <= w):
# Getting data from a image.
valueOfPixNow = []
for y in range(yStart, yEnd):
for x in range(xStart, xEnd):
if not ((230 <= data[x, y][0] <= 255) and (230 <= data[x, y][1] <= 255) and (230 <= data[x, y][2] <= 255)):
valueOfPixNow.append(1)
else:
valueOfPixNow.append(0)
# -------------------
# Convert data from image.
normalBinaryReversed = [valueOfPixNow[0], valueOfPixNow[2], valueOfPixNow[4], valueOfPixNow[1], valueOfPixNow[3],
valueOfPixNow[5], valueOfPixNow[6], valueOfPixNow[7]]
normalBinary = list(reversed(normalBinaryReversed))
strBinary = ''.join(map(str, normalBinary))
strHex = hex(int(strBinary, 2))
twoLastNum = strHex[2:]
if len(twoLastNum) == 1:
twoLastNum = '0' + twoLastNum
hexStrBraille = '28' + twoLastNum
decimalBraille = int(hexStrBraille, 16)
answer = chr(decimalBraille)
# -------------------
if i == a:
a += b
print(answer)
else:
print(answer, end='')
i += 1
if xEnd < w:
xStart += 2
xEnd += 2
else:
xStart = 0
xEnd = 2
yStart += 4
yEnd += 4
phpBidlokoder2 02.01.2020 13:05 # −1
Крутой синтаксис у языка, именно поэтому я за PHP
gost 02.01.2020 13:11 # +2
Какой «import argparse» (((
guestinxo 02.01.2020 13:13 # −1
gost 02.01.2020 13:28 # −1
1024-- 02.01.2020 14:30 # −1
HoBoroDHuu_xyu 02.01.2020 13:40 # −1
AnalBoy 02.01.2020 21:39 # 0