def test():
print("hello")
cam = astro_sensor.AstroCam(simulate="simulate.bmp")
print("loaded image")
img = cam.snapshot()
stars, code = star_finder.find_stars(img, thresh=0, force_solve=True)
print("found %u stars" % len(stars))
i = 0
while i < len(stars):
s = stars[i]
print("[%u]: [%.1f, %.1f, %.1f, %.1f]" %
(i, s.cx, s.cx, s.r, s.brightness))
i += 1
solution = pole_finder.PoleSolution(stars, search_limit=1, debug=True)
if solution.solve():
print("solved, %u matches" % len(solution.stars_matched))
else:
print("failed")
print("bye")
def solve(self):
if self.img is None:
return False
self.histogram = self.img.get_histogram()
self.img_stats = self.histogram.get_statistics()
gc.collect()
stars, code = star_finder.find_stars(self.img, hist = self.histogram, stats = self.img_stats, thresh = self.settings["thresh"], force_solve = self.settings["force_solve"])
self.expo_code = code
self.stars = stars
if self.expo_code == star_finder.EXPO_MEMORY_ERR:
self.mem_errs += 1
if len(self.stars) > self.max_stars:
self.max_stars = len(self.stars)
#self.save_settings()
if self.debug:
print("max stars %u" % self.max_stars)
return self.solve_full()
print("cam init...", end="")
cam.init(gain_db=32, shutter_us=1500 * 1000)
while cam.check_init() == False:
print(".", end="")
print(" done")
print("capturing...")
img = cam.snapshot()
print("done")
hist = img.get_histogram()
stats = hist.get_statistics()
stars, code = star_finder.find_stars(img,
hist=hist,
stats=stats,
thresh=(16 * 3),
guider=True)
print("stars: %u , mean: %u" % (len(stars), stats.mean()))
guidestar.process_list(stars, 100, [], 2)
sel_star = guidestar.select_first(stars)
bar_len = 10
for i in stars:
r = i.r() * 2
cx = i.cxf()
cy = i.cyf()
cx_i = int(round(cx))