def updateTarget(self, target):
lat, lon = decimal_to_minsec(target.lat, target.lon)
self.target_type.text = target.type
self.shape.text = target.shape
self.shape_color.text = target.shape_color
self.text.text = target.text
self.text_color.text = target.text_color
self.target_orientation.text = str(target.orientation)
self.desc.text = target.desc
self.lat.text = '{minsec_lat} ({dec_lat})'.format(minsec_lat=lat,
dec_lat=str(
target.lat))
self.lon.text = '{minsec_lon} ({dec_lon})'.format(minsec_lon=lon,
dec_lon=str(
target.lon))
self.crop_name.text = target.crop_name
self.crop_path.text = target.crop_path
self.target_type.readonly = target.committed
self.shape.readonly = target.committed
self.shape_color.readonly = target.committed
self.text.readonly = target.committed
self.text_color.readonly = target.committed
self.target_orientation.readonly = target.committed
self.desc.readonly = target.committed
def updateTargetLocation(self, lat, lon):
"""Update the location pressed by the user."""
minsec_lat, minsec_lon = decimal_to_minsec(lat, lon)
self.target_coords_degrees.text = u'Lat: {} Lon: {}'.format(
minsec_lat, minsec_lon)
self.target_coords_fp.text = u'Lat: {} Lon: {}'.format(lat, lon)
def updateLocationOnMap(self, lat, lon):
"""Update the location pressed by the user."""
minsec_lat, minsec_lon = decimal_to_minsec(lat, lon)
self.tc_degrees.text = u'Lat: {} Lon: {}'.format(
minsec_lat, minsec_lon)
self.tc_fp.text = u'Lat: {} Lon: {}'.format(lat, lon)
def saveTargetsFile(self, path, format):
log.msg('Writing targets to {path}'.format(path=path))
dir_path, name = os.path.split(path)
try:
with open(path, 'w') as f:
index = 1
for target in self.final_targets:
try:
target_index = target.commit_index if format == 'interop' else index
new_crop_name = 'T{index}.jpg'.format(index=target_index)
new_crop_path = os.path.join(dir_path, new_crop_name)
shutil.copyfile(target.crop_path, new_crop_path)
if format == 'interop':
lat, lon = str(target.lat), str(target.lon)
target_type = self.translateTargetType(target.type)
shape = self.translateShape(target.shape)
shape_color = self.translateColor(target.shape_color)
text_color = self.translateColor(target.text_color)
else:
lat, lon = decimal_to_minsec(target.lat, target.lon)
target_type = target.type
shape = target.shape
shape_color = target.shape_color
text_color = target.text_color
if target.adlc:
desc = 'Automatic detection'
else:
desc = target.desc
line = '%02d\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n' % (
target_index,
target_type,
lat,
lon,
target.orientation,
shape,
shape_color,
target.text,
text_color,
new_crop_name,
desc
)
f.write(line)
index += 1
except Exception as e:
log.err(e, 'Cannot write target information')
except Exception as e:
log.err(e, 'Cannot export target file')
def __init__(self, crop_path, target_shape, bg_color, orient, char,
char_color, latitude, longitude, *params, **kwds):
super(Target, self).__init__(*params, **kwds)
self.target_image.source = crop_path
self.targt_shape.theTxt.text = target_shape
self.bg_color.theTxt.text = bg_color
self.orient.theTxt.text = str(orient)
self.char.theTxt.text = char
self.char_color.theTxt.text = char_color
minsec_lat, minsec_lon = decimal_to_minsec(latitude, longitude)
self.latitude.theTxt.text = '{0:.7f}'.format(latitude)
self.latitude_deg.theTxt.text = minsec_lat
self.longitude.theTxt.text = '{0:.7f}'.format(longitude)
self.longitude_deg.theTxt.text = minsec_lon
def __init__(self, app=None, target=None, **kwargs):
super(CommitPopup, self).__init__(**kwargs)
self.register_event_type('on_answer')
self._app = app
self._target = target
self._answered = False
self.target_image.source = target.crop_path
self.target_image.parent.rotation = 0 #-target.yaw
self.text = 'Type: {target_type}\n'.format(target_type=target.type)
self.text += 'Shape: {shape}\n'.format(shape=target.shape)
self.text += 'Shape color: {shape_color}\n'.format(shape_color=target.shape_color)
self.text += 'Text: {text}\n'.format(text=target.text)
self.text += 'Text color: {text_color}\n'.format(text_color=target.text_color)
self.text += 'Orientation: {orientation}\n'.format(orientation=target.orientation)
self.text += 'Description: {desc}\n'.format(desc=target.desc)
lat, lon = decimal_to_minsec(target.lat, target.lon)
self.text += 'Latitude: {lat}\n'.format(lat=lat)
self.text += 'Longitude: {lon}\n'.format(lon=lon)
def updateTargetLocation(self, lat, lon):
minsec_lat, minsec_lon = decimal_to_minsec(lat, lon)
self.target_coords_degrees.text = u'Lat: {} Lon: {}'.format(
minsec_lat, minsec_lon)
self.target_coords_fp.text = u'Lat: {} Lon: {}'.format(lat, lon)
def updateTargetLocation(self, lat, lon):
minsec_lat, minsec_lon = decimal_to_minsec(lat, lon)