def open_braille(filename): file = open(filename) content = file.read() print(brailleToAlpha.translate(content)) with open(filename.replace('.txt','') + '_converted_to_text.txt', 'w') as converted_file: converted_file.write(brailleToAlpha.translate(content)) converted_file.close()
def open_braille(filename): file = open(filename) content = file.read() print(brailleToAlpha.translate(content))
def user_braille(): print("Input Braille: ", end="") print(brailleToAlpha.translate(input()))
def braille_text(inp): print(brailleToAlpha.translate(inp))
cols = 2 scanDelay = 0.1 braille2matrix = {} for i in range(len(brailles)): braille2matrix[brailles[i]] = matrixcodes[i] textEng = "1 2 3 Hello How are you" textbraille = alphaToBraille.translate(textEng) textBraille = " " #print(len(textEng)) #print(len(textbraille)) textBraille = textbraille[:min(len(textbraille), chars)] textEng = brailleToAlpha.translate(textBraille) print(textBraille) print(textEng) widthWin = 700 heightWin = 140 win = GraphWin("eBraille Display", widthWin, heightWin) win.setBackground("white") textMessage = Text(Point(widthWin / 2, l1), textEng) textMessage.setTextColor("black") textMessage.setFace("courier") textMessage.draw(win) messageLED = textBraille textMessage = Text(Point(widthWin / 2, l2), messageLED) textMessage.setSize(20) textMessage.draw(win)
def open_braille(filename): #file = open(filename) #content = file.read() oi = brailleToAlpha.translate(filename)