try:
refTime = time()
lastFrameNo = 0
while True:
drawTime = time()
frameTime = drawTime - refTime
frameNo = int(frameTime * frameRate)
if frameNo - lastFrameNo > 1:
print "Skipped %d frame(s)" % (frameNo - lastFrameNo - 1)
lastFrameNo = frameNo
demoSel = int(frameTime / 20)
demoSel %= 30
if demoSel == 1:
demo_text.draw(fb, frameTime)
else:
demo_rainbow.draw(fb, frameTime)
lm.put(fb)
# Limit update speed to frameRate
nextTime = refTime + (int(frameRate * frameTime) + 1) / frameRate
frameDelta = nextTime - time()
if frameDelta > 1e-9:
sleep(frameDelta)
finally:
print "TEST ENDING"
blank = ImageDraw.Draw(fb)
blank.rectangle((0, 0, fb.size[0], fb.size[1]), fill=(0, 0, 0))
lm.put(fb)
while True:
drawTime = time()
frameTime = drawTime - refTime
frameNo = int(frameTime * frameRate + 0.5)
if frameNo - lastFrameNo > 1:
print "Skipped %d frames" % (frameNo - lastFrameNo)
lastFrameNo = frameNo
backdropPosition = int((backdropSpeed * frameTime) % backdrop.size[0])
backdropCrop = backdrop.offset(backdropPosition, 0).crop(
(0, 0, SIZE[0], SIZE[1]))
fb.paste(backdropCrop)
position = int(-(textSpeed * frameTime) % (textSize[0] + 2))
textCrop = textimg.offset(position, 0).crop((0, 0, SIZE[0], SIZE[1]))
comp = ImageChops.multiply(textCrop, gradient)
comp = Image.composite(comp, fb, textCrop.convert('L'))
lm.put(comp)
# Limit update speed to frameRate
nextTime = refTime + (int(frameRate * frameTime) + 1) / frameRate
frameDelta = nextTime - time()
if frameDelta > 1e-9:
sleep(frameDelta)
finally:
print "TEST ENDING"
blank = ImageDraw.Draw(fb)
blank.rectangle((0, 0, SIZE[0], SIZE[1]), fill=(0, 0, 0))
lm.put(fb)
lastFrameNo = 0
while True:
drawTime = time()
frameTime = drawTime - refTime
frameNo = int(frameTime * frameRate + 0.5)
if frameNo - lastFrameNo > 1:
print "Skipped %d frames" % (frameNo - lastFrameNo)
lastFrameNo = frameNo
backdropPosition = int((backdropSpeed * frameTime) % backdrop.size[0])
backdropCrop = backdrop.offset(backdropPosition, 0).crop((0, 0, SIZE[0], SIZE[1]))
fb.paste(backdropCrop)
position = int(-(textSpeed * frameTime) % (textSize[0] + 2))
textCrop = textimg.offset(position, 0).crop((0, 0, SIZE[0], SIZE[1]))
comp = ImageChops.multiply(textCrop, gradient)
comp = Image.composite(comp, fb, textCrop.convert('L'))
lm.put(comp)
# Limit update speed to frameRate
nextTime = refTime + (int(frameRate * frameTime) + 1) / frameRate
frameDelta = nextTime - time()
if frameDelta > 1e-9:
sleep(frameDelta)
finally:
print "TEST ENDING"
blank = ImageDraw.Draw(fb)
blank.rectangle((0, 0, SIZE[0], SIZE[1]), fill=(0, 0, 0))
lm.put(fb)
frameTime = drawTime - refTime frameNo = int(frameTime * frameRate + 0.5) if frameNo - lastFrameNo > 1: print "Skipped %d frames" % (frameNo - lastFrameNo) lastFrameNo = frameNo # draw sine wave for row in range(0, SIZE[1]): for col in range(0, SIZE[0]): fb.putpixel( (col, row), sin_table[(col + x_offset) % x_steps][SIZE[1] - 1 - row] ) x_offset = (x_offset + 1) % x_steps # push to frame buffer lm.put(fb) # Limit update speed to frameRate nextTime = refTime + (int(frameRate * frameTime) + 1) / frameRate frameDelta = nextTime - time() if frameDelta > 1e-9: sleep(frameDelta) finally: print "Done drawing sine waves for now :)" blank = ImageDraw.Draw(fb) blank.rectangle((0, 0, SIZE[0], SIZE[1]), fill=(0, 0, 0)) lm.put(fb)
"""
if (mover <= 28):
mover+=1
else:
mover=0
if (rowCount == 5) and (mover == 28):
rowCount=0
elif(mover == 28):
rowCount+=1
else:
print "something went wrong"
"""
lm.put(fb) # draw to screen
if (playerPos["x"] == stickPos["x"]) and (
playerPos["y"] == stickPos["y"]): # check for collision between player and stick
placeStick()
pLength += 1
if (playerPos["x"] < stickPos["x"]):
moveDirec = Direction.RIGHT
moveDec()
# pHist.insert(0, (playerPos["y"], playerPos["x"]))
# pHist = pHist[0:pLength]
# playerPos["x"] += 1
elif (playerPos["y"] < stickPos["y"]):
# pHist.insert(0, (playerPos["y"], playerPos["x"]))
