#for x in range(logo.width):
#for y in range(logo.height):
# a=logo.getpixel((x,y))
# if(a[3]==255):
# a=(255,255,255,255)
# logo.putpixel((x,y),a)
background = Image.new("RGBA", device.size, "black")
background.paste(logo, pos_zero)
device.display(background.convert(device.mode))
lock = 0
#with canvas(device) as draw:
#draw.rectangle(device.bounding_box, outline="white", fill="black")
#draw.text((10, 20), "error", fill="white")
# draw.text((10, 40), str(id), fill="white")
for n in audio.incorrect:
audio.play_note(n[0], n[1])
print("none")
time.sleep(2)
else:
m = re.search('\d+', new)
background = Image.new("RGBA", device.size, "black")
print("m.group(0):" + m.group(0))
print(len(m.group(0)))
print(m.group(0)[0])
#with canvas(device) as draw:
#draw.rectangle(device.bounding_box, outline="white", fill="black")
#draw.text((10, 20), "suceed", fill="white")
#draw.text((10, 40), m.group(0), fill="white")
for n in audio.correct:
audio.play_note(n[0], n[1])
def on_key_pressed(self, event):
play_note(event.widget.name)
self.change_image_to_pressed(event)
def startGame(canvas, song, difficulty, startTime, cvWidth, cvHeight, ballSize,
pixelsMovedPerSec, initialSongOffest):
global pressedFingers
song_background_image = ImageTk.PhotoImage(
image=Image.open('images/' + song.name.replace('_', ' ') + '-500.jpg'))
canvas.create_image(250, 545, image=song_background_image)
#initailize noteline
noteLine = canvas.create_line(cvWidth / 5,
0,
cvWidth / 5,
cvHeight,
width='25',
fill='gray')
tempLine = canvas.create_line(cvWidth / 5,
0,
cvWidth / 5,
cvHeight,
fill='black')
pointDisplay = canvas.create_text(cvWidth - 80, 20, text='Points: 0')
finalAccuracyDisplay = canvas.create_text(cvWidth - 200,
200,
font=('Times New Roman', 36),
text='')
accuracy = 0
accuracyDisplay = canvas.create_text(cvWidth - 80,
40,
text='Accuracy: ' + str(accuracy) +
'%')
songName = str(song.name).replace("_", " ")
if ("by" in songName):
leftSongName = songName[:songName.index(" by")]
rightSongName = songName[songName.index(" by"):]
songName = leftSongName + '\n' + rightSongName[1:]
songTitleDisplay = canvas.create_text(cvWidth - 275,
cvHeight - 50,
font=('Times New Roman', 20),
text=songName)
difficultyDisplay = canvas.create_text(cvWidth - 50,
cvHeight - 50,
font=('Times New Roman', 20),
text=str(difficulty.name)[0] +
str(difficulty.name)[1:].swapcase())
darkLineBallList = []
#create dark lineball markers
for i in range(0, len(pressedFingers)):
darkLineBall = canvas.create_oval(cvWidth / 5 - 12.5, (i * 50) + 150,
cvWidth / 5 - 12.5 + ballSize,
(i * 50) + 150 + ballSize,
fill='gray')
darkLineBallList.append(darkLineBall)
#initialize all columns of balls out of bounds of the canvas at positions based on their time
ballColumnsOnCanvas = []
finger_positions = Song.timed_finger_positions_for_song(song, difficulty)
rest_timings = Song.rest_timings_for_song(song, difficulty)
cut_short_timings = Song.cut_short_timings_for_song(song, difficulty)
for ballColumn in finger_positions:
newBallColumn = []
# - 1 to not index the time
for i in range(0, len(ballColumn) - 1):
if (ballColumn[i] != 0):
ballColSongTime = ballColumn[-1]
#position balls based on time, the X is based on the time value, ballCoordY is the hardcoded height value
ballXPos = (cvWidth + 200) + (ballColSongTime *
pixelsMovedPerSec)
#print("startPos" + str(ballXPos))
ball = canvas.create_oval(ballXPos, (i * 50) + 150,
ballXPos + ballSize,
(i * 50) + 150 + ballSize,
fill='black')
newBallColumn.append(ball)
#append the time of col to end of newBallColumn
newBallColumn.append(ballColumn[-1])
ballColumnsOnCanvas.append(newBallColumn)
detectIndex = 0
points = 0
ammountCorrect = 0
outsidePressLength = 1
mistake = True
soundHasBeenPlayedForColumn = False
columnPassed = False
endofNotes = False
#note movement
while (True):
server.check_for_updates()
currentTime = time.time()
currentTimecode = (currentTime - startTime)
#move all balls one 'movement'
for ballColumn in ballColumnsOnCanvas:
for ball in ballColumn[0:len(ballColumn) - 1]:
ballColSongTime = ballColumn[-1]
#the 0 is for the y movement; temp offset of initialSongOffset Ex:(cvWidth + 60)
ballTimecode = (ballColSongTime - currentTimecode)
ballXPos = initialSongOffest + (ballTimecode *
pixelsMovedPerSec)
canvas.move(ball, ballXPos - canvas.coords(ball)[0], 0)
canvas.update()
# if this time code is close to a rest, stop playing
for rest_time in rest_timings:
if abs(rest_time - (currentTimecode + 0.75)) < 0.4:
audio.play_note(None)
time.sleep(0.001)
# temporary markers for what 'holes' are being pressed
for lineBall in darkLineBallList:
# unfill lineballs
canvas.itemconfig(lineBall, fill='gray')
for i in range(0, len(pressedFingers)):
if (pressedFingers[i] == 1):
# fill selected lineballs as 'selected'
canvas.itemconfig(darkLineBallList[i], fill='#e8ecf2')
#after all ball columns have been updated
#detect if proper notes are pressed in noteLine
#have negative effect if notes pressed outside
columnToDetect = ballColumnsOnCanvas[detectIndex]
colXLeft = canvas.coords(columnToDetect[0])[0]
# calculate the correct fingering for this column
correctFingering = [0, 0, 0, 0, 0, 0, 0]
for ball in columnToDetect[0:len(columnToDetect) - 1]:
ballY = canvas.coords(ball)[1]
correctFingerIndex = int((ballY - 150) / 50)
correctFingering[correctFingerIndex] = 1
# if this is the ball is at the center, play the sound
ballCenterX = colXLeft + ballSize / 2
recorderLineCenterX = 113
columnDistanceFromRecorderLine = (ballCenterX - recorderLineCenterX)
if abs(
columnDistanceFromRecorderLine
) < 10 and not soundHasBeenPlayedForColumn and correctFingering == pressedFingers:
note_to_play = note.note_for_recorder_press_combination(
correctFingering)
should_cut_short = False
for cut_short_time in cut_short_timings:
if abs(cut_short_time - (currentTimecode + 0.75)) < 0.2:
should_cut_short = True
audio.play_note(note_to_play, cut_short=should_cut_short)
soundHasBeenPlayedForColumn = True
for ball in columnToDetect[0:len(columnToDetect) - 1]:
canvas.itemconfig(ball, fill='green')
mistake = False
if (columnDistanceFromRecorderLine < -10) and not endofNotes:
columnPassed = True
if (mistake and columnPassed):
audio.play_mistake_audio()
canvas.itemconfig(pointDisplay, text="Points: " + str(points))
columnPassed = False
#so it will not go out of bounds and also handles last note case
if (detectIndex < len(ballColumnsOnCanvas) - 1):
for ball in columnToDetect[0:len(columnToDetect) - 1]:
canvas.itemconfig(ball, fill='red')
detectIndex += 1
else:
#canvas.itemconfig(ball, fill='red')
endofNotes = True
accuracy = (ammountCorrect / len(ballColumnsOnCanvas)) * 100
print(accuracy)
canvas.itemconfig(accuracyDisplay,
text='Accuracy: ' + str('%.1f' % accuracy) +
'%')
if (accuracy == 100.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nPerfect Score!')
elif (accuracy >= 80.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nPretty Good!')
elif (accuracy >= 70.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nAlmost There!')
elif (accuracy < 70.0):
print("test")
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nTry easy next time')
elif ((not mistake) and columnPassed):
points += 10
canvas.itemconfig(pointDisplay, text="Points: " + str(points))
columnPassed = False
soundHasBeenPlayedForColumn = False
#so it will not go out of bounds and also handles last note case
if (detectIndex < len(ballColumnsOnCanvas) - 1):
detectIndex += 1
mistake = True
ammountCorrect += 1
accuracy = (ammountCorrect / len(ballColumnsOnCanvas)) * 100
canvas.itemconfig(accuracyDisplay,
text='Accuracy: ' + str('%.1f' % accuracy) +
'%')
else:
endofNotes = True
ammountCorrect += 1
accuracy = (ammountCorrect / len(ballColumnsOnCanvas)) * 100
canvas.itemconfig(accuracyDisplay,
text='Accuracy: ' + str('%.1f' % accuracy) +
'%')
if (accuracy == 100.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nPerfect Score!')
elif (accuracy >= 80.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nPretty Good!')
elif (accuracy >= 70.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nAlmost There!')
elif (accuracy < 70.0):
canvas.itemconfig(finalAccuracyDisplay,
text='Accuracy: ' +
str('%.1f' % accuracy) + '%' +
'\nTry easy next time')
#if the right XCoord of the last column is past the left window boundary end the game
if (canvas.coords(ballColumnsOnCanvas[-1][0])[2] < 0):
break
#end current song and return back to selection menu
audio.play_note(None)
time.sleep(3)
canvas.delete("all")