class AppVariables(object):
browse_directory = StringDescriptor(
'browse_directory', default_value=os.path.expanduser('~'),
docstring='The directory for browsing for file selection.') # type: str
remap_type = StringDescriptor(
'remap_type', default_value='density', docstring='') # type: str
image_reader = TypedDescriptor(
'image_reader', ComplexImageReader, docstring='') # type: ComplexImageReader
row_line_low = IntegerDescriptor(
'row_line_low',
docstring='The id of the frequency_panel of the lower row bandwidth line.') # type: Union[None, int]
row_line_high = IntegerDescriptor(
'row_line_high',
docstring='The id of the frequency_panel of the upper row bandwidth line.') # type: Union[None, int]
col_line_low = IntegerDescriptor(
'col_line_low',
docstring='The id of the frequency_panel of the lower column bandwidth line.') # type: Union[None, int]
col_line_high = IntegerDescriptor(
'col_line_high',
docstring='The id of the frequency_panel of the upper column bandwidth line.') # type: Union[None, int]
row_deltak1 = IntegerDescriptor(
'row_deltak1',
docstring='The id of the frequency_panel of the row deltak1 line.') # type: Union[None, int]
row_deltak2 = IntegerDescriptor(
'row_deltak2',
docstring='The id of the frequency_panel of the row deltak2 line.') # type: Union[None, int]
col_deltak1 = IntegerDescriptor(
'col_deltak1',
docstring='The id of the frequency_panel of the column deltak1.') # type: Union[None, int]
col_deltak2 = IntegerDescriptor(
'col_deltak2',
docstring='The id of the frequency_panel of the column deltak2.') # type: Union[None, int]
class AppVariables(object):
browse_directory = StringDescriptor(
'browse_directory',
default_value=os.path.expanduser('~'),
docstring='The directory for browsing for file selection.'
) # type: str
remap_type = StringDescriptor('remap_type',
default_value='density',
docstring='') # type: str
image_reader = TypedDescriptor('image_reader', ImageReader,
docstring='') # type: ImageReader
class AppVariables(object):
browse_directory = StringDescriptor(
'browse_directory',
default_value=os.path.expanduser('~'),
docstring='The directory for browsing for file selection.'
) # type: str
remap_type = StringDescriptor('remap_type',
default_value='density',
docstring='') # type: str
image_reader = TypedDescriptor('image_reader',
ComplexImageReader,
docstring='') # type: ComplexImageReader
row_fourier_reader = TypedDescriptor(
'row_fourier_reader',
ComplexImageReader,
docstring='The row deskewed fourier transformed reader'
) # type: ComplexImageReader
row_fourier_file = StringDescriptor(
'row_fourier_file',
docstring='The row deskewed fourier transformed reader file'
) # type: str
# NB: we are saving this state in order to properly clean up
column_fourier_reader = TypedDescriptor(
'column_fourier_reader',
ComplexImageReader,
docstring='The column deskewed fourier transformed reader'
) # type: ComplexImageReader
column_fourier_file = StringDescriptor(
'row_fourier_file',
docstring='The column deskewed fourier transformed reader file'
) # type: str
# NB: we are saving this state in order to properly clean up
derived_row_weights = None # the derived weights for the row
scaled_row_mean = None # the scaled mean Fourier transform of the row deskewed data
derived_column_weights = None # the derived weights for the column
scaled_column_mean = None # the scaled mean Fourier transform of the column deskewed data
def __del__(self):
# clean up files, because we might need to do so
if self.row_fourier_file is not None \
and os.path.exists(self.row_fourier_file):
os.remove(self.row_fourier_file)
logger.debug('(variables) Removing temp file % s' %
self.row_fourier_file)
self.row_fourier_file = None
if self.column_fourier_file is not None and \
os.path.exists(self.column_fourier_file):
os.remove(self.column_fourier_file)
logger.debug('(variables) Removing temp file % s' %
self.column_fourier_file)
self.column_fourier_file = None
class AppVariables(object):
current_id = StringDescriptor('current_id',
default_value=None) # type: Union[None, str]
unsaved_edits = BooleanDescriptor('unsaved_edits',
default_value=False) # type: bool
browse_directory = StringDescriptor(
'browse_directory',
default_value=os.path.expanduser('~'),
docstring='The directory for browsing for file selection.'
) # type: str
label_file_name = StringDescriptor(
'label_file_name', default_value=None) # type: Union[None, str]
label_schema = TypedDescriptor('label_schema',
LabelSchema) # type: LabelSchema
class AppVariables(object):
"""
App variables for the aperture tool.
"""
browse_directory = StringDescriptor(
'browse_directory',
default_value=os.path.expanduser('~'),
docstring='The directory for browsing for file selection.'
) # type: str
image_reader = TypedDescriptor(
'image_reader',
STFTCanvasImageReader,
docstring='The crsd type canvas image reader object.'
) # type: STFTCanvasImageReader
animating = BooleanDescriptor(
'animating',
default_value=False,
docstring='Are we currently looping through pulses?') # type: bool
animation_delay = IntegerDescriptor(
'animation_delay',
default_value=30,
docstring='Animation delay in milliseconds') # type: int
vmin = FloatDescriptor('vmin', default_value=0) # type: float
vmax = FloatDescriptor('vmax', default_value=0) # type: float
vcount = IntegerDescriptor('vcount', default_value=0) # type: int
class AppVariables(CanvasAppVariables):
"""
The canvas image application variables.
"""
title = StringDescriptor('title', default_value="", docstring='') # type: str
x_label = StringDescriptor('x_label', default_value="", docstring='') # type: str
y_label = StringDescriptor('y_label', default_value="", docstring='') # type: str
image_x_start = FloatDescriptor('image_x_start', default_value=None) # type: int
image_x_end = FloatDescriptor('image_x_end', default_value=None) # type: int
image_y_start = FloatDescriptor('image_y_start', default_value=None) # type: int
image_y_end = FloatDescriptor('image_y_end', default_value=None) # type: int
top_margin = IntegerDescriptor('top_margin', default_value=0) # type: int
bottom_margin = IntegerDescriptor('bottom_margin', default_value=0) # type: int
left_margin = IntegerDescriptor('left_margin', default_value=0) # type: int
right_margin = IntegerDescriptor('right_margin', default_value=0) # type: int
n_x_axis_ticks = IntegerDescriptor('n_x_axis_ticks', default_value=5) # type: int
n_y_axis_ticks = IntegerDescriptor('n_y_axis_ticks', default_value=5) # type: int
class AppVariables(object):
browse_directory = StringDescriptor(
'browse_directory', default_value=os.path.expanduser('~'),
docstring='The initial opening directory. This will get updated on chosen file.') # type: str
image_reader = TypedDescriptor(
'image_reader', ComplexImageReader, docstring='') # type: ComplexImageReader
arrow_id = IntegerDescriptor(
'arrow_id', docstring='') # type: int
point_id = IntegerDescriptor(
'point_id', docstring='') # type: int
horizontal_line_id = IntegerDescriptor(
'horizontal_line_id', docstring='') # type: int
line_width = IntegerDescriptor(
'line_width', default_value=3, docstring='') # type: int
horizontal_line_width = IntegerDescriptor(
'horizontal_line_width', default_value=3, docstring='') # type: int
horizontal_line_color = StringDescriptor(
'horizontal_line_color', default_value='green',
docstring='A hexidecimal or named color.') # type: str
class AppVariables(object):
"""
The canvas demo app variables.
"""
browse_directory = StringDescriptor(
'browse_directory', default_value=os.path.expanduser('~')) # type: str
selection_rect_id = IntegerDescriptor('selection_rect_id',
docstring='') # type: int
image_reader = TypedDescriptor('image_reader',
ComplexImageReader,
docstring='') # type: ComplexImageReader
def __init__(self):
self.shapes_in_selector = []
class AppVariables(AppVariables_Annotate):
file_annotation_collection = TypedDescriptor(
'file_annotation_collection',
FileRCSCollection,
docstring='The file annotation collection.') # type: FileRCSCollection
image_reader = TypedDescriptor(
'image_reader', SICDTypeCanvasImageReader,
docstring='') # type: SICDTypeCanvasImageReader
rcs_viewer_units = StringDescriptor('rcs_viewer_units',
default_value='') # type: str
def get_current_annotation_object(self):
"""
Gets the current annotation object
Returns
-------
None|RCSFeature
"""
if self._current_feature_id is None:
return None
return self.file_annotation_collection.annotations[
self._current_feature_id]
def get_rcs_units(self):
if self.image_reader is None:
return []
sicd = self.image_reader.get_sicd()
if sicd.Radiometric is None:
return ['TotalPixelPower', 'PixelPower']
else:
return [
'TotalRCS', 'PixelPower', 'RCS', 'BetaZero', 'GammaZero',
'SigmaZero'
]