def get_antfarm_config(vid,fignum=1,cfg_fn=cfg_fn,force=False):
cfg = cfg_fn(vid)
if os.path.exists(cfg):
config = eval(open(cfg).read())
else:
config = {}
pylab.close(fignum)
fr = vidtools.extract_change_over_vid(vid,1)
pylab.matshow(fr,fignum=fignum)
if force or not config.has_key('burrow_entrance'):
print >> sys.stderr, 'click burrow entrance'
config['burrow_entrance'] = ginput_int(1)[0]
if force or not config.has_key('hill_bounds'):
print >> sys.stderr, 'click excavated sand hill bounds'
config['hill_bounds'] = [x for x,y in ginput_int(2)]
pylab.close(fignum)
fr = vidtools.extract_keyframe(vid,1)
pylab.matshow(fr,fignum=fignum)
if force or not config.has_key('ground_anchors'):
print >> sys.stderr, 'click ground anchor points, and press enter when finished'
config['ground_anchors'] = ginput_int(0)
if force or not config.has_key('predug'):
print >> sys.stderr, 'click 4 predug burrow corners (top-ground, top-end, bottom-end, bottom-ground), and press enter when finished, or press enter without clicking any points'
pts = ginput_int(0)
if len(pts):
config['predug'] = pts
fr = vidtools.extract_keyframe(vid,vidtools.vid_duration(vid)-1)
pylab.matshow(fr,fignum=fignum)
if force or not config.has_key('end_ground_anchors'):
print >> sys.stderr, 'click trial end ground anchor points, and press enter when finished'
config['end_ground_anchors'] = ginput_int(0)
open(cfg,'w').write(config.__repr__())
pylab.close(fignum)
def get_crop_config_show(vid,fignum=1):
'''given a video, display crop keyframe and return empty cropdict'''
fr = vidtools.extract_keyframe(vid)
pylab.close(fignum)
pylab.matshow(fr,fignum=fignum)
these_inds = re.split('[-_](\d)[-_]',os.path.basename(os.path.dirname(vid)))
print >> sys.stderr, '\nZoom on antfarms and store crops, e.g.'
for af,ind in zip(these_inds[1::2],these_inds[2::2]):
print >> sys.stderr, "antfarm %s: cropsdict['%s'] = viz_vidtools.current_view_crop(%s,fr.shape)" % (af,ind,fignum)
return {},fr
def get_epm_config(vid,fignum=1,cfg_fn=epm_cfg_fn,close_fig=False):
pylab.figure(fignum)
pylab.clf()
fr = vidtools.extract_keyframe(vid,sec=120)
pylab.matshow(fr,fignum=fignum)
print >> sys.stderr, 'click 8 arm corners, proceeding clockwise from the top left corner of the top arm'
pts = pylab.ginput(8,timeout=0)
zones = calc_epm_zones(pts)
show_epm_config(pts,zones,fignum)
pylab.ylim(fr.shape[0],0)
pylab.xlim(0,fr.shape[1])
print >> sys.stderr, 'click to revise points or press enter to accept and write configuration'
change_pt = pylab.ginput(1,timeout=0)
#change_pt = raw_input('enter the number of an anchor point to change or press enter to save configuration: ')
while change_pt:
# print >> sys.stderr, 'click the revised position for point %s' % change_pt
# pts[int(change_pt)] = pylab.ginput(1,timeout=0)[0]
change_pt = change_pt[0]
change_idx = min([(vidtools.hypotenuse(change_pt,pt),i) for i,pt in enumerate(pts)])[1]
pts[change_idx] = change_pt
zones = calc_epm_zones(pts)
pylab.clf()
pylab.matshow(fr,fignum=fignum)
show_epm_config(pts,zones,fignum)
pylab.ylim(fr.shape[0],0)
pylab.xlim(0,fr.shape[1])
print >> sys.stderr, 'click to revise points or press enter to accept and write configuration'
change_pt = pylab.ginput(1,timeout=0)
# change_pt = raw_input('enter the number of an anchor point to change or press enter to save configuration: ')
cfg = cfg_fn(vid)
try:
os.makedirs(os.path.dirname(cfg))
except:
pass
open(cfg,'w').write(zones.__repr__())
if close_fig:
pylab.close(fignum)