def check_repeated_scenes(self,fps,program_mode,check_mode, make_video):
similars = []
for cluster1 in sorted(self.clusters,key= lambda cl: cl[0].get_only_num())[:len(self.clusters)-1]:
clCounter1 = sorted(self.clusters,key= lambda cl: cl[0].get_only_num()).index(cluster1)
for cluster2 in sorted(self.clusters,key= lambda cl: cl[0].get_only_num())[(clCounter1+1):]:
clCounter2 = sorted(self.clusters,key= lambda cl: cl[0].get_only_num()).index(cluster2)
img1 = self.get_closest_to_ref_point(cluster1)
img2 = self.get_closest_to_ref_point(cluster2)
dist = self.get_distance_between_two_img(img1,img2)
diff = int(math.fabs(img1.get_only_num()-img2.get_only_num()))
# print '----> ', img1.get_only_num(), img2.get_only_num(), 'dist', dist, 'diff', diff
if are_scenes_joinable(diff,fps,dist,program_mode,check_mode,img1,img2, None,True):
similars.append((clCounter1,clCounter2))
for s in sorted(similars, key= lambda s: s[0], reverse=False):
print 'SIMILAR SCENES: #',s[0]+1, ' - #', s[1]+1
if make_video:
cluster_similars = {}
for s in sorted(similars, key= lambda s: s[0], reverse=False):
cluster_similars[s[0]] = []
for s in sorted(similars, key= lambda s: s[1], reverse=False):
cluster_similars[s[1]] = []
for s in sorted(similars, key= lambda s: s[0], reverse=False):
cluster_similars[s[0]].extend([s[1]+1])
for s in sorted(similars, key= lambda s: s[1], reverse=False):
cluster_similars[s[1]].extend([s[0]+1])
for k, v in cluster_similars.iteritems():
print v
for img in sorted(self.clusters,key= lambda cl: cl[0].get_only_num())[k]:
draw_text_on_img(img.filename, 'Similars: %s' % v, right=True, mult=len(v))
'''
def print_scene_starts(self,fps, mode, make_video):
if mode=='scenes':
print '\n\n####### Scenes (time: hh:mm:ss) #######'
text = 'Scene: # %d'
elif mode=='joined':
print '\n\n####### Videos (time: hh:mm:ss) #######'
text = 'Video: # %d'
i = 0
for cluster in sorted(self.clusters,key= lambda cl: cl[0].get_only_num()):
i+=1
clIndex = self.clusters.index(cluster)
scene_firstImg = self.get_cluster_sorted(clIndex)[0]
frame_timeDiff_msec = (1.0/eval_float(fps))*1000.0
scene_startTime = (scene_firstImg.get_only_num()*frame_timeDiff_msec)-frame_timeDiff_msec
# kis igazitas, scenek kezdesi idejet korabbra veszem egy frame_timediff-nyi idovel,
# hogy kezdes elotti legyen inkabb...mint utana
scene_startTime -= frame_timeDiff_msec
if scene_startTime < 0.0: scene_startTime = 0.0
print '#',i,'start time:',GetInHMS(int(scene_startTime)),'; start img:',scene_firstImg.get_only_filename()
if make_video:
for img in cluster:
draw_text_on_img(img.filename, text % (i))
print '\n'
if make_video:
frames_to_video('_output.avi', fps)