def run(self):
num_round = 0
while(1):
_,f = self.cam.read()
if self.gen_maps:
for gm_id in self.gen_maps:
self.gen_maps[gm_id].update_attrs(utils.copy_image(f))
Patch.osc_update_all_attrs()
for output in self.text_outputs:
cv2.putText(f, output.text, output.loc,
output.font, output.scale, output.color)
if num_round % 30 == 0:
for gm_id in self.gen_maps:
gm = self.gen_maps[gm_id]
cv2.putText(f, '%s-%s' % (gm.region.id, gm.gen.gen_type),
(gm.region.centroid_x, gm.region.centroid_y),
self.font, self.scale, self.color)
gm.region.draw_outline(f, utils.BGR_RED)
gm.region.draw_blobs(f, utils.BGR_GREEN)
cv2.imshow('e2',f)
if cv2.waitKey(10)==27:
break
cv2.destroyAllWindows()
def main():
initOSCClient()
gens = [SinOsc(None), SawOsc(None)]
# sinA = SinOsc(None)
# sawA = SawOsc(None)
for gen in gens:
if gen.is_root:
Patch.dfs_patch_search(gen)
Patch.osc_send_all_patches()
while (True):
for gen in gens:
gen.attrs['gain'] = random()
Patch.osc_update_all_attrs()
time.sleep(0.5)
