def fumenize(matrix, showPreview):
# Prepare result image
blank = np.zeros((200, 100, 3), np.uint8)
frame = fumen.Frame()
cell = 10
for row in range(20):
for col in range(10):
if matrix[row][col]:
# Draw gray rectangles where blocks are
cv2.rectangle(blank, (col * 10 + 2, 190 - row * 10),
(col * 10 + 5 + 2, 190 - row * 10 + 5), (105, 105, 105), cv2.FILLED)
if matrix[19 - row][col]:
frame.field[cell] = 8
else:
frame.field[cell] = 0
cell += 1
fumen_url = fumen.make([frame], 0)
print(fumen_url)
try:
pyperclip.copy(fumen_url)
except NameError:
pass
if showPreview:
# Show result image
cv2.imshow('d', blank)
cv2.waitKey()
cv2.destroyAllWindows()
def fumenize(matrix, showPreview):
#prepare result image
blank = np.zeros((200, 100, 3), np.uint8)
frame = fumen.Frame()
cell = 10
for row in range(20):
for col in range(10):
if matrix[row][col]:
#draw gray rectangles where blocks are
cv2.rectangle(blank, (col * 10 + 2, 190 - row * 10),
(col * 10 + 5 + 2, 190 - row * 10 + 5), (105, 105, 105), cv2.FILLED)
if matrix[19 - row][col]:
frame.field[cell] = 8
else:
frame.field[cell] = 0
cell += 1
fumen_url = fumen.make([frame], 0)
print(fumen_url)
pyperclip.copy(fumen_url)
if showPreview:
#show result image
cv2.imshow('d', blank)
cv2.waitKey()
cv2.destroyAllWindows()
def main():
with open("/dev/shm/tgm2p_data", "r+b") as f:
vSize = DATA_BLOCK_SIZE * 13
mm = mmap.mmap(f.fileno(), vSize)
frameList = []
frame = fumen.Frame()
creditReset = False
prevState = state = 0
prevLevel = level = 0
prevGametime = gametime = 0
while True:
# We want to detect /changes/ in game state, so we should keep track
# of the previous game state...
prevState = state
# At the end of a game, we'll be clearing level and time data, we
# should store a copy of it for output.
prevLevel = level
prevGametime = gametime
state = unpack_mmap_block(mm, 0)
level = unpack_mmap_block(mm, 1)
gametime = unpack_mmap_block(mm, 2)
# mrollFlags = unpack_mmap_block(mm, 5)
inCreditRoll = unpack_mmap_block(mm, 6)
currentBlock = TapToFumenMapping[unpack_mmap_block(mm, 8)]
currentX = unpack_mmap_block(mm, 10)
currentY = unpack_mmap_block(mm, 11)
rotState = unpack_mmap_block(mm, 12)
# When inspecting the game's memory, I found that currentX
# underflows for the I tetromino, so let's "fix" that.
if currentX > 10:
currentX = -1
# Coordinates from TAP do not perfectly align with fumen's
# coordinates.
offsetX, offsetY = calculateFumenOffset(currentBlock, rotState)
# Set the current frame's tetromino + location
frame.willlock = True
frame.piece.kind = currentBlock
frame.piece.rot = rotState
frame.piece.setPosition(currentX + offsetX, currentY + offsetY)
# If we've entered the M-Roll, clear the field. This doesn't test
# for a specific mode yet, only if the M-Roll conditions have been
# met.
if not creditReset and inCreditRoll:
frameList.append(frame.copy())
frame = frame.next()
frame = fumen.Frame()
creditReset = True
# If a piece is locked in...
if inPlayingState(state) and prevState == TapState.Active and state == TapState.Locking:
frameList.append(frame.copy())
frame = frame.next()
# If the game is over...
if inPlayingState(prevState) and not inPlayingState(state):
# Lock the previous piece and place the killing piece. It's
# state is not set, so the above lock check will not be run.
frameList.append(frame.copy())
frame = frame.next()
fumenURL = fumen.make(frameList, 0)
print("level %03d @ %02d:%02d\n%s\n" % (prevLevel, prevGametime / 60 / 60, prevGametime / 60 % 60, fumenURL))
pyperclip.copy(fumenURL)
frameList = []
frame = fumen.Frame()
creditReset = False
time.sleep(0.01)
mm.close()
def main():
with open("/dev/shm/tgm2p_data", "r+b") as f:
vSize = DATA_BLOCK_SIZE * 13
mm = mmap.mmap(f.fileno(), vSize)
frameList = []
frame = fumen.Frame()
creditReset = False
prevState = state = 0
prevLevel = level = 0
prevGametime = gametime = 0
while True:
# We want to detect /changes/ in game state, so we should keep track
# of the previous game state...
prevState = state
# At the end of a game, we'll be clearing level and time data, we
# should store a copy of it for output.
prevLevel = level
prevGametime = gametime
state = unpack_mmap_block(mm, 0)
level = unpack_mmap_block(mm, 1)
gametime = unpack_mmap_block(mm, 2)
# mrollFlags = unpack_mmap_block(mm, 5)
inCreditRoll = unpack_mmap_block(mm, 6)
currentBlock = TapToFumenMapping[unpack_mmap_block(mm, 8)]
currentX = unpack_mmap_block(mm, 10)
currentY = unpack_mmap_block(mm, 11)
rotState = unpack_mmap_block(mm, 12)
# When inspecting the game's memory, I found that currentX
# underflows for the I tetromino, so let's "fix" that.
if currentX > 10:
currentX = -1
# Coordinates from TAP do not perfectly align with fumen's
# coordinates.
offsetX, offsetY = calculateFumenOffset(currentBlock, rotState)
# Set the current frame's tetromino + location
frame.willlock = True
frame.piece.kind = currentBlock
frame.piece.rot = rotState
frame.piece.setPosition(currentX + offsetX, currentY + offsetY)
# If we've entered the M-Roll, clear the field. This doesn't test
# for a specific mode yet, only if the M-Roll conditions have been
# met.
if not creditReset and inCreditRoll:
frameList.append(frame.copy())
frame = frame.next()
frame = fumen.Frame()
creditReset = True
# If a piece is locked in...
if inPlayingState(
state
) and prevState == TapState.Active and state == TapState.Locking:
frameList.append(frame.copy())
frame = frame.next()
# If the game is over...
if inPlayingState(prevState) and not inPlayingState(state):
# Lock the previous piece and place the killing piece. It's
# state is not set, so the above lock check will not be run.
frameList.append(frame.copy())
frame = frame.next()
fumenURL = fumen.make(frameList, 0)
print("level %03d @ %02d:%02d\n%s\n" %
(prevLevel, prevGametime / 60 / 60,
prevGametime / 60 % 60, fumenURL))
pyperclip.copy(fumenURL)
frameList = []
frame = fumen.Frame()
creditReset = False
time.sleep(0.01)
mm.close()