iota2.common.i2_constants

Provides the Iota2Constants dataclass.

Functions

dataclass([cls, init, repr, eq, order, ...])

Add dunder methods based on the fields defined in the class.

Classes

Iota2Constants([i2_tasks_status_filename, ...])	Define some constant values for iota2 runs.
NodeColors()	Hex codes for nodes' colors
S1Constants([s1_window_radius, ...])	Constant values used with S1 processing

class iota2.common.i2_constants.Iota2Constants(i2_tasks_status_filename='IOTA2_tasks_status.txt', i2_builders_section='builders', re_encoding_label_name='i2label', tile_origin_field='tileorigin', re_encoding_label_file='reference_data.shp', i2_database_ext='nc', i2_segmentation_field_name='i2seg', i2_missing_dates_no_data=0.0, i2_missing_dates_no_data_mask=2.0, fake_class='split', sqlite_max_column=2000)

Define some constant values for iota2 runs.

__init__(i2_tasks_status_filename='IOTA2_tasks_status.txt', i2_builders_section='builders', re_encoding_label_name='i2label', tile_origin_field='tileorigin', re_encoding_label_file='reference_data.shp', i2_database_ext='nc', i2_segmentation_field_name='i2seg', i2_missing_dates_no_data=0.0, i2_missing_dates_no_data_mask=2.0, fake_class='split', sqlite_max_column=2000)

fake_class: str = 'split'

i2_builders_section: str = 'builders'

i2_database_ext: str = 'nc'

i2_missing_dates_no_data: float = 0.0

i2_missing_dates_no_data_mask: float = 2.0

i2_segmentation_field_name: str = 'i2seg'

i2_tasks_status_filename: str = 'IOTA2_tasks_status.txt'

re_encoding_label_file: str = 'reference_data.shp'

re_encoding_label_name: str = 'i2label'

sqlite_max_column: int = 2000

tile_origin_field: str = 'tileorigin'

class iota2.common.i2_constants.NodeColors

Hex codes for nodes’ colors

__init__()

done_node_color = '#648FFF'

fail_node_color = '#DC267F'

unlaunchable_node_color = '#FFB000'

class iota2.common.i2_constants.S1Constants(s1_window_radius=2, s1_ram_per_process=5000.0, s1_border_threshold=0.001, s1_temporal_res=10, s1_interp_method='linear')

Constant values used with S1 processing

__init__(s1_window_radius=2, s1_ram_per_process=5000.0, s1_border_threshold=0.001, s1_temporal_res=10, s1_interp_method='linear')

s1_border_threshold: float = 0.001

s1_interp_method: str = 'linear'

s1_ram_per_process: float = 5000.0

s1_temporal_res: int = 10

s1_window_radius: int = 2