import time
LD.set_scan_rate(30000)
LD.set_blanking_delay(0)
while True:
t = time.localtime()
hours = t.tm_hour%12
minutes = t.tm_min
seconds = t.tm_sec
# LD.set_color(RED)
# LD.draw_text("%02i:%02i:%02i"%(hours,minutes,seconds), 220, 220, 20)
LD.set_color(GREEN)
angle = 2*PI*seconds/60 + PI/2
r = 2.0/3 * (WIDTH/2)
LD.draw_line(WIDTH/2, HEIGHT/2, WIDTH/2 + r*math.cos(angle), HEIGHT/2 + r*math.sin(angle))
LD.set_color(BLUE)
angle = 2*PI*minutes/60 + 2*PI/60 * float(seconds)/60 + PI/2
LD.draw_line(WIDTH/2, HEIGHT/2, WIDTH/2 + r*math.cos(angle), HEIGHT/2 + r*math.sin(angle))
angle = 2*PI*hours/12 + 2*PI*minutes/(60*12) + PI/2
r *= 2.0/3
LD.draw_line(WIDTH/2, HEIGHT/2, WIDTH/2 + r*math.cos(angle), HEIGHT/2 + r*math.sin(angle))
r1 = 2.0/3 * (WIDTH/2)
r2 = 1.9/3 * (WIDTH/2)
WIDTH = 200
HEIGHT = 200
import sys
import random
ilda_file = open(sys.argv[1], 'rb')
ilda_frames = ILDA.readFrames(ilda_file)
frames = []
for f in ilda_frames:
frame = []
for p in f.iterPoints():
frame.append(
[WIDTH / 2 + (WIDTH / 2) * p.x, HEIGHT / 2 + (HEIGHT / 2) * p.y])
frames.append(frame)
ilda_file.close()
LD.set_color(YELLOW)
for frame in frames:
for _ in range(2):
for point in frame:
#LD.set_color(p.color)
if random.random() <= 0.5:
LD.draw_point(point[0], point[1])
m = LD.messageBuffer
while True:
LD.messageBuffer = m
LD.show_frame()
TOTAL_TIME=float(sys.argv[2])
TIME_STRETCH = 1
ZOOM=1.0
DELTA = 1
DEGRADATION = 0.40
#DEGRADATION is the percentage of points that we ignore in order to render
# faster in the laser display. Unfortunately we are not able to render too
# complex content in our display without resulting in a lot of blinking.
gml = readFile()
LD = LaserDisplay({"server":"localhost","port": 50000})
#LD = LaserDisplay()
LD.set_scan_rate(35000)
LD.set_blanking_delay(0)
LD.set_color(RED)
t0=datetime.now()
num_frame=0
while True:
delta = datetime.now() - t0
t = delta.seconds + delta.microseconds/1000000.0
t = float(t)/TIME_STRETCH
if t > TOTAL_TIME:
t0=datetime.now()
num_frame+=1
print num_frame, t
for stroke in gml.iterStrokes():
first=True
HEIGHT = 100
#LD = LaserDisplay()
LD = LaserDisplay({"server":"localhost","port": 50000})
ship = [[190, 64], [168, 136], [118, 200], [77, 142], [63, 63], [87, 77], [105, 103], [119, 114], [143, 104], [158, 81], [192, 63]]
cx,cy = WIDTH/2, HEIGHT/2
angle=0
while True:
angle+=0.01
LD.save()
LD.scale(0.2)
LD.rotate_at(cx,cy,angle)
LD.set_color(RED)
LD.draw_bezier(ship, 10)
LD.translate(10,0)
LD.set_color(GREEN)
LD.draw_bezier(ship, 10)
LD.restore()
LD.save()
LD.scale(0.4)
LD.rotate_at(cx,cy,angle+2*PI*0.4)
LD.translate(30,50)
LD.set_color(RED)
LD.draw_bezier(ship, 10)
for y in range(80):
pygame.draw.line(grid, GRIDCOLOR, (SIZE[0]/2 - 3, y*SIZE[1]/80), (SIZE[0]/2 + 3, y*SIZE[1]/80))
surface = pygame.Surface(screen.get_size())
x_old=0
y_old=0
for _ in range(1000):
frames = wro.readframes(READ_LENGTH)
display = LaserDisplay({"server":"localhost","port": 50000})
#display = LaserDisplay()
display.set_scan_rate(45000)
display.set_blanking_delay(0)
display.set_color(WHITE)
while True:
try:
clock.tick(FPS)
for event in pygame.event.get():
if event.type == pygame.QUIT: sys.exit()
# for _ in range(30):
# frames = wro.readframes(READ_LENGTH)
frames = wro.readframes(READ_LENGTH)
surface.fill(BGCOLOR)
surface.blit(grid, grid.get_rect())
SKIP=1
WIDTH=200
HEIGHT=200
import sys
import random
ilda_file = open(sys.argv[1], 'rb')
ilda_frames = ILDA.readFrames(ilda_file)
frames = []
for f in ilda_frames:
frame = []
for p in f.iterPoints():
frame.append([WIDTH/2 + (WIDTH/2)*p.x, HEIGHT/2 + (HEIGHT/2)*p.y])
frames.append(frame)
ilda_file.close()
LD.set_color(YELLOW)
for frame in frames:
for _ in range(2):
for point in frame:
#LD.set_color(p.color)
if random.random()<=0.5:
LD.draw_point(point[0], point[1])
m = LD.messageBuffer
while True:
LD.messageBuffer = m
LD.show_frame()
