def main():
#@TODO: make names for all these magic numbers...
screen = makeWindow(winsize=(200, 400))
grad = makeGradient()
black = pygame.Surface((80,10))
black.fill((0,0,0))
# the windowing array quiets down the edges of the sample
# to prevent "clicking" at the edges:
windowing = MLab.blackman(64)
session = fakeSession()
t = 0
center= 81 # same as in creating the graph @TODO: consolidate these
while keepLooping():
# simulate aquiring data for 1/4th of a second (64 samples):
time.sleep(0.25)
data = session[t:t+64] * windowing
graph = makeSpectrogram(data)
t += 64
if t >= len(session):
t = 0
# draw the gradient, then cover part of it up:
for i in range(32):
screen.blit(grad, (20, 20+i*10))
# left is blank for now:
#screen.blit(black,(20 +(0 ), 20+i*10))
# right side shows the data:
screen.blit(black,(20+center+(graph[i]*10), 20+i*10))
