pswamp.gui.grid_view.dim_3d.layers

Submodules

Attributes

`config`
`sample_dataset_path`
`sample_dataset_path`
`config`
`config`

Classes

`PhasorPlot3D`	This class inserts phasors in a 3D plot window at specific coordinates.
`PhasorPlot3DFast`	This class inserts phasors in a 3D plot window at specific coordinates.
`ChannelTree`	For showing a tree representing Stations and PMUs
`StationNamesLayer`
`PhasorPlotLayer`
`PhasorPlotFastLayer`
`StaticLineDataLayer`
`StaticLineDataLayer_v0`
`StaticLineDataLayerSettings`
`PMUTimeWindow`
`PhasorPlot`
`BusesLayer`
`PMUTimeWindowOnline`	This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a
`PhasorPlot`
`Frequency3DLayer`
`Frequency3DLayerSettings`
`KafkaConsumer`	Wrapper for Kafka consumer.
`VoltageStability`
`PMUTimeWindowOnline`	This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a
`PhasorPlot`
`KafkaConsumer`	Wrapper for Kafka consumer.
`Islanding`
`IslandingOnline`
`IslandingLayerSettings`
`KafkaConsumer`	Wrapper for Kafka consumer.
`GridEvents`
`PMUTimeWindowOnline`	This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a
`PhasorPlot`
`Frequency3DLayer`
`Frequency3DLayerSettings`
`Voltage3DLayer`
`Voltage3DLayerSettings`
`LineLayer2D`
`LineLayer`
`LineLayer`
`LineLayer2D`
`PMUTimeWindowOnline`	This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a
`Frequency3DLayerSettings`
`LinesFreq`
`LinesFreqSettings`
`LineLayer`
`SnapshotApp`	General application template.
`Line`
`LineOutages`
`CountriesLayer`
`CountriesLayerSettings`

Functions

`read_geo_data`([countries])
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])
`load_bus_coords_for_current_stations`(config[, ...])	Get coordinates for stations in PMU data frame
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])
`load_bus_coords_for_current_stations`(config[, ...])	Get coordinates for stations in PMU data frame
`load_bus_coords_for_stations`(config, wanted_stations)	Get coordinates for a subset of stations
`set_gl_options`(config, pl)	Set graphics options from config.
`load_bus_coords_for_stations`(config, wanted_stations)	Get coordinates for a subset of stations
`get_last_message_from_topic`(kafka_kwargs, topic)
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])
`load_bus_coords_for_current_stations`(config[, ...])	Get coordinates for stations in PMU data frame
`load_bus_coords_for_stations`(config, wanted_stations)	Get coordinates for a subset of stations
`set_gl_options`(config, pl)	Set graphics options from config.
`load_bus_coords_for_current_stations`(config[, ...])	Get coordinates for stations in PMU data frame
`lookup_strings`(a, b[, return_mask])
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])
`load_bus_coords_for_current_stations`(config[, ...])	Get coordinates for stations in PMU data frame
`load_bus_coords_for_stations`(config, wanted_stations)	Get coordinates for a subset of stations
`get_model_data`(config)
`lookup_strings`(a, b[, return_mask])
`read_geo_data`([countries])
`load_dxf`(path)
`get_buses`(doc[, bus_names_model])
`flatten_list_insert_nan`(listlist)
`lookup_strings`(a, b[, return_mask])
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])
`load_dxf`(path)
`get_buses`(doc[, bus_names_model])
`flatten_list_insert_nan`(listlist)
`lookup_strings`(a, b[, return_mask])
`set_gl_options`(config, pl)	Set graphics options from config.
`read_geo_data`([countries])

Package Contents

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot3D(plot_window, pos0=None, n_phasors=None, normalize_length=True, normalize_angle=False, update_freq=None, *args, **kwargs)

This class inserts phasors in a 3D plot window at specific coordinates.

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

pos0 = None

phasor_0

colors

phasor_plots = []

update(phasors, normalize=False)

update_plot()

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot3DFast(plot_window, pos0=None, n_phasors=None, normalize_length=True, normalize_angle=False, update_freq=None, *args, **kwargs)

This class inserts phasors in a 3D plot window at specific coordinates.

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

pos0 = None

phasor_0

colors

phasor_plot

update(phasors, normalize=False)

update_plot()

draw_phasors(phasors)

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

class pswamp.gui.grid_view.dim_3d.layers.ChannelTree(station_names, channel_names, *args)

Bases: QTreeWidget

For showing a tree representing Stations and PMUs

station_names

channel_names

station_idx

onItemClicked(it, col)

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.StationNamesLayer(parent, config, geo=True)

Bases: pswamp.gui.grid_view.dim_2d.layers.StationNamesLayer

add_text(coord, text)

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlotLayer(parent, config, geo=True)

Bases: pswamp.gui.grid_view.dim_2d.layers.PhasorPlotLayer

phasor_plot_class

add_phasor_plot(bus_coords)

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlotFastLayer(parent, config, geo=True)

Bases: PhasorPlotLayer

phasor_plot_class

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.StaticLineDataLayer(parent, config, geo=True, data_subkey='line_data_path')

Bases: pswamp.gui.grid_view.dim_2d.layers.StaticLineDataLayer

add_line_plots(pos, line_width, color)

remove_layer()

update_line_plots(key, **style_kwargs)

hide()

show()

class pswamp.gui.grid_view.dim_3d.layers.StaticLineDataLayer_v0(*args, **kwargs): Bases: StaticLineDataLayer

class pswamp.gui.grid_view.dim_3d.layers.StaticLineDataLayerSettings(target_layer): Bases: pswamp.gui.grid_view.dim_2d.layers.StaticLineDataLayerSettings

class pswamp.gui.grid_view.dim_3d.layers.PMUTimeWindow(n_samples=None, window_length=None, time_window_type=TimeWindowLabeled, substitute_zero_freq_with_nan=True, channel_selection=None, channel_selection_idx=None)

time_window_type

tw = None

header = None

n_samples = None

window_length = None

is_initialized = False

n_channels = None

dt

fs

pmu_decoder

initialize_from_config_frame(config_frame)

update_window(pmu_data_frame)

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot(n_phasors=None, pos0=None, normalize_length=True, normalize_angle=False, update_freq=None, plot_widget=None, background_color=(30, 63, 64), *args, **kwargs)

Bases: PySide6.QtWidgets.QWidget

request_plot_update

pos0 = None

approx_zero_value = 1e-06

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

phasors

phasor_0

colors

create_plot_items()

update(phasors)

update_plot()

update_plot_items(draw_phasors)

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_current_stations(config, return_3d=False, geo=True): Get coordinates for stations in PMU data frame

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.BusesLayer(parent, config, geo=True)

Bases: pswamp.gui.grid_view.dim_2d.layers.BusesLayer

add_scatter_plot(bus_coords_3d)

class pswamp.gui.grid_view.dim_3d.layers.PMUTimeWindowOnline(kafka_kwargs={}, kafka_topic='pmudata', auto_adjust_offset=False, **kwargs)

Bases: PMUTimeWindow

This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a TimeWindow object.

kafka_topic = 'pmudata'

kafka_kwargs

auto_adjust_offset = False

pmu_stream

_is_stopped = False

initialize()

run()

stop()

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot(n_phasors=None, pos0=None, normalize_length=True, normalize_angle=False, update_freq=None, plot_widget=None, background_color=(30, 63, 64), *args, **kwargs)

Bases: PySide6.QtWidgets.QWidget

request_plot_update

pos0 = None

approx_zero_value = 1e-06

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

phasors

phasor_0

colors

create_plot_items()

update(phasors)

update_plot()

update_plot_items(draw_phasors)

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_current_stations(config, return_3d=False, geo=True): Get coordinates for stations in PMU data frame

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_stations(config, wanted_stations, return_3d=False, geo=True): Get coordinates for a subset of stations

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.Frequency3DLayer(parent, config, geo=True)

config

plotWidget

k = 2

uuid

parent

z_scale = 3

pmu_tw

col_idx

x

y

z_0

z

colors

show()

hide()

get_col_idx()

add_scatter_plot(bus_coords_3d)

update_coords()

update_scatter()

generate_bus_lines()

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.Frequency3DLayerSettings(target_layer)

Bases: PySide6.QtWidgets.QWidget

target_layer

slider_change(val)

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_stations(config, wanted_stations, return_3d=False, geo=True): Get coordinates for a subset of stations

class pswamp.gui.grid_view.dim_3d.layers.KafkaConsumer(*args, use_nqkafka=False, **kwargs)

Wrapper for Kafka consumer.

Parameters:

use_nqkafka (bool, optional) – Determines whether self.instance is a NQKafkaConsumer (from the nqkafka package, can be thought of as a “mock”) or actual KafkaConsumer (from the kafka-python package), which connects to a Kafka server. Defaults to False.
*args – Variable length argument list.
**kwargs – Arbitrary keyword arguments.

instance

Determined from input parameters.

Type:: nqkafka.NQKafkaConsumer or kafka.KafkaConsumer

instance

__getattr__(name)

Inherits the same attributes as the instance.

Parameters:: name (_type_) – Name of the attribute.
Returns:: The attribute of the instance.

__iter__()

The iterator is the same as the iterator of the instance.

Returns:: The instance.

pswamp.gui.grid_view.dim_3d.layers.get_last_message_from_topic(kafka_kwargs, topic)

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.VoltageStability(parent, config, geo=True)

config

input_stream

is_stopped = False

plotWidget

k = 2

uuid

parent

z_scale = 3

x

y

z

text_item

run_consumer()

stop()

update_text()

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.PMUTimeWindowOnline(kafka_kwargs={}, kafka_topic='pmudata', auto_adjust_offset=False, **kwargs)

Bases: PMUTimeWindow

This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a TimeWindow object.

kafka_topic = 'pmudata'

kafka_kwargs

auto_adjust_offset = False

pmu_stream

_is_stopped = False

initialize()

run()

stop()

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot(n_phasors=None, pos0=None, normalize_length=True, normalize_angle=False, update_freq=None, plot_widget=None, background_color=(30, 63, 64), *args, **kwargs)

Bases: PySide6.QtWidgets.QWidget

request_plot_update

pos0 = None

approx_zero_value = 1e-06

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

phasors

phasor_0

colors

create_plot_items()

update(phasors)

update_plot()

update_plot_items(draw_phasors)

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_current_stations(config, return_3d=False, geo=True): Get coordinates for stations in PMU data frame

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_stations(config, wanted_stations, return_3d=False, geo=True): Get coordinates for a subset of stations

class pswamp.gui.grid_view.dim_3d.layers.KafkaConsumer(*args, use_nqkafka=False, **kwargs)

Wrapper for Kafka consumer.

Parameters:

use_nqkafka (bool, optional) – Determines whether self.instance is a NQKafkaConsumer (from the nqkafka package, can be thought of as a “mock”) or actual KafkaConsumer (from the kafka-python package), which connects to a Kafka server. Defaults to False.
*args – Variable length argument list.
**kwargs – Arbitrary keyword arguments.

instance

Determined from input parameters.

Type:: nqkafka.NQKafkaConsumer or kafka.KafkaConsumer

instance

__getattr__(name)

Inherits the same attributes as the instance.

Parameters:: name (_type_) – Name of the attribute.
Returns:: The attribute of the instance.

__iter__()

The iterator is the same as the iterator of the instance.

Returns:: The instance.

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.Islanding(parent, bus_coords_3d, geo=True, color_scheme='islanding', n_max_islands=8)

plotWidget

k = 2

uuid

parent

newest_message = None

stopped = False

x

y

z

n_max_islands = 8

bus_scatters

add_scatter_plot(color)

hide()

show()

update_scatter(islands=None, z=None)

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.IslandingOnline(parent, config, geo=True)

Bases: Islanding

config

consumer

add_scatter_plot(color)

class pswamp.gui.grid_view.dim_3d.layers.IslandingLayerSettings(target_layer)

Bases: PySide6.QtWidgets.QWidget

target_layer

pswamp.gui.grid_view.dim_3d.layers.config

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_current_stations(config, return_3d=False, geo=True): Get coordinates for stations in PMU data frame

class pswamp.gui.grid_view.dim_3d.layers.KafkaConsumer(*args, use_nqkafka=False, **kwargs)

Wrapper for Kafka consumer.

Parameters:

use_nqkafka (bool, optional) – Determines whether self.instance is a NQKafkaConsumer (from the nqkafka package, can be thought of as a “mock”) or actual KafkaConsumer (from the kafka-python package), which connects to a Kafka server. Defaults to False.
*args – Variable length argument list.
**kwargs – Arbitrary keyword arguments.

instance

Determined from input parameters.

Type:: nqkafka.NQKafkaConsumer or kafka.KafkaConsumer

instance

__getattr__(name)

Inherits the same attributes as the instance.

Parameters:: name (_type_) – Name of the attribute.
Returns:: The attribute of the instance.

__iter__()

The iterator is the same as the iterator of the instance.

Returns:: The instance.

pswamp.gui.grid_view.dim_3d.layers.lookup_strings(a, b, return_mask=False)

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.GridEvents(parent, config, geo=True)

config

plotWidget

k = 2

uuid

parent

stations

affected_stations

consumer

stopped = False

newest_message = None

x

y

z

scatter_plot

get_messages()

add_scatter_plot(color='b')

update_scatter()

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.PMUTimeWindowOnline(kafka_kwargs={}, kafka_topic='pmudata', auto_adjust_offset=False, **kwargs)

Bases: PMUTimeWindow

This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a TimeWindow object.

kafka_topic = 'pmudata'

kafka_kwargs

auto_adjust_offset = False

pmu_stream

_is_stopped = False

initialize()

run()

stop()

class pswamp.gui.grid_view.dim_3d.layers.PhasorPlot(n_phasors=None, pos0=None, normalize_length=True, normalize_angle=False, update_freq=None, plot_widget=None, background_color=(30, 63, 64), *args, **kwargs)

Bases: PySide6.QtWidgets.QWidget

request_plot_update

pos0 = None

approx_zero_value = 1e-06

normalize_length = True

normalize_angle = False

update_freq = None

angles_prev

phasors

phasor_0

colors

create_plot_items()

update(phasors)

update_plot()

update_plot_items(draw_phasors)

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_current_stations(config, return_3d=False, geo=True): Get coordinates for stations in PMU data frame

pswamp.gui.grid_view.dim_3d.layers.load_bus_coords_for_stations(config, wanted_stations, return_3d=False, geo=True): Get coordinates for a subset of stations

class pswamp.gui.grid_view.dim_3d.layers.Frequency3DLayer(parent, config, geo=True)

config

plotWidget

k = 2

uuid

parent

z_scale = 3

pmu_tw

col_idx

x

y

z_0

z

colors

show()

hide()

get_col_idx()

add_scatter_plot(bus_coords_3d)

update_coords()

update_scatter()

generate_bus_lines()

remove_layer()

class pswamp.gui.grid_view.dim_3d.layers.Frequency3DLayerSettings(target_layer)

Bases: PySide6.QtWidgets.QWidget

target_layer

slider_change(val)

pswamp.gui.grid_view.dim_3d.layers.get_model_data(config)

pswamp.gui.grid_view.dim_3d.layers.lookup_strings(a, b, return_mask=False)

class pswamp.gui.grid_view.dim_3d.layers.Voltage3DLayer(parent, config, *args, **kwargs)

Bases: pswamp.gui.grid_view.dim_3d.layers.frequency.Frequency3DLayer

station_V_n

update_coords()

get_col_idx()

class pswamp.gui.grid_view.dim_3d.layers.Voltage3DLayerSettings(target_layer): Bases: pswamp.gui.grid_view.dim_3d.layers.frequency.Frequency3DLayerSettings

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_dxf(path)

pswamp.gui.grid_view.dim_3d.layers.get_buses(doc, bus_names_model=None)

pswamp.gui.grid_view.dim_3d.layers.flatten_list_insert_nan(listlist)

class pswamp.gui.grid_view.dim_3d.layers.LineLayer2D(parent, config, geo=True)

config

k = 2

parent

lines_plot

trafos_plot

read_sld_data(config, geo)

add_line_plots(pos, line_width=1, color='white')

remove_layer()

get_branches_from_buses(bus_idx)

__del__()

pswamp.gui.grid_view.dim_3d.layers.lookup_strings(a, b, return_mask=False)

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

class pswamp.gui.grid_view.dim_3d.layers.LineLayer(*args, **kwargs)

Bases: pswamp.gui.grid_view.dim_2d.layers.lines.LineLayer

lines_z_map

trafos_z_map

line_colors

trafo_colors

build_z_map(data, paths)

update_line_z_coords(node_z)

update_trafo_z_coords(node_z)

set_node_z(z)

add_line_plots(pos, line_width=2, color='gray')

reset_line_colors()

reset_trafo_colors()

set_line_colors(colors, idx=slice(None))

update_line_colors()

set_trafo_colors(colors, idx=slice(None))

update_trafo_colors()

pswamp.gui.grid_view.dim_3d.layers.sample_dataset_path

class pswamp.gui.grid_view.dim_3d.layers.LineLayer(*args, **kwargs)

Bases: pswamp.gui.grid_view.dim_2d.layers.lines.LineLayer

lines_z_map

trafos_z_map

line_colors

trafo_colors

build_z_map(data, paths)

update_line_z_coords(node_z)

update_trafo_z_coords(node_z)

set_node_z(z)

add_line_plots(pos, line_width=2, color='gray')

reset_line_colors()

reset_trafo_colors()

set_line_colors(colors, idx=slice(None))

update_line_colors()

set_trafo_colors(colors, idx=slice(None))

update_trafo_colors()

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

pswamp.gui.grid_view.dim_3d.layers.load_dxf(path)

pswamp.gui.grid_view.dim_3d.layers.get_buses(doc, bus_names_model=None)

pswamp.gui.grid_view.dim_3d.layers.flatten_list_insert_nan(listlist)

class pswamp.gui.grid_view.dim_3d.layers.LineLayer2D(parent, config, geo=True)

config

k = 2

parent

lines_plot

trafos_plot

read_sld_data(config, geo)

add_line_plots(pos, line_width=1, color='white')

remove_layer()

get_branches_from_buses(bus_idx)

__del__()

pswamp.gui.grid_view.dim_3d.layers.lookup_strings(a, b, return_mask=False)

class pswamp.gui.grid_view.dim_3d.layers.PMUTimeWindowOnline(kafka_kwargs={}, kafka_topic='pmudata', auto_adjust_offset=False, **kwargs)

Bases: PMUTimeWindow

This class is intended for consuming PMU data from a specified Kafka topic and storing the last samples (n_samples) in a TimeWindow object.

kafka_topic = 'pmudata'

kafka_kwargs

auto_adjust_offset = False

pmu_stream

_is_stopped = False

initialize()

run()

stop()

class pswamp.gui.grid_view.dim_3d.layers.Frequency3DLayerSettings(target_layer)

Bases: PySide6.QtWidgets.QWidget

target_layer

slider_change(val)

class pswamp.gui.grid_view.dim_3d.layers.LinesFreq(parent, config, *args, **kwargs)

Bases: pswamp.gui.grid_view.dim_3d.layers.lines.LineLayer

config

uuid

pmu_tw

col_idx

z_0 = 1

z_scale = 3

get_col_idx()

update_z()

class pswamp.gui.grid_view.dim_3d.layers.LinesFreqSettings(target_layer): Bases: pswamp.gui.grid_view.dim_3d.layers.frequency.Frequency3DLayerSettings

pswamp.gui.grid_view.dim_3d.layers.sample_dataset_path

class pswamp.gui.grid_view.dim_3d.layers.LineLayer(*args, **kwargs)

Bases: pswamp.gui.grid_view.dim_2d.layers.lines.LineLayer

lines_z_map

trafos_z_map

line_colors

trafo_colors

build_z_map(data, paths)

update_line_z_coords(node_z)

update_trafo_z_coords(node_z)

set_node_z(z)

add_line_plots(pos, line_width=2, color='gray')

reset_line_colors()

reset_trafo_colors()

set_line_colors(colors, idx=slice(None))

update_line_colors()

set_trafo_colors(colors, idx=slice(None))

update_trafo_colors()

class pswamp.gui.grid_view.dim_3d.layers.SnapshotApp(io=None, eval_freq=None, t_end=None, t_start=None, app_name=None, input_decoder=None, decoder_kwargs={}, report_status=False, **io_kwargs)

General application template.

New applications could be defined by inheriting from this template, and defining the “run_analysis” method.

Parameters:

io – Input/output object (normally connects to Kafka)
eval_freq – How often the evaluation of the application should be run (e.g., the part in “run_analysis”)
t_end – The application will stop running when this time is reached (but can be restarted)
t_start – The application will ask the io object (first argument) to search for t_start when initializing.
app_name – Name for the application.
input_decoder – This determines how the input is read/decoded (if no decoder is specified, a decoder for PMU data frames will be used.)
decoder_kwargs – Kwargs for initalizing the “input_decoder”.
report_status – If enabled, status messages will be emitted.
io_kwargs – Any other kwargs will be forwarded to the io object.

app_name

uuid

status = 'Undefined'

eval_freq = None

_stopped = False

most_recent_data_frame = None

most_recent_time_stamp = None

last_result = None

t_next_eval = None

update_callbacks = []

decoder

time_stamp_at_init

input_dt

pmu_dt

results = []

t_eval_target

get_sample_data_frame()

get_input_data_rate()

get_time_stamp_from_frame(data_frame)

stop()

get_config_frame()

get_next_data_frame()

handle_result(result)

run_analysis(time_stamp, measurements)

run_in_thread()

run()

update()

update_storage(next_data_frame)

get_result(next_data_frame)

start()

console_popup()

class pswamp.gui.grid_view.dim_3d.layers.Line(config, meas_data, units=None)

from_bus_idx

to_bus_idx

freq_from_extractor

freq_to_extractor

current_phasor_extractor_from

current_phasor_extractor_to

v_from_phasor_extractor

v_to_phasor_extractor

line_out_threshold = 0.001

S_n

V_n

I_n

V_from(meas)

V_to(meas)

freq_from(meas)

freq_to(meas)

I_from(meas)

I_to(meas)

S_from(meas)

S_to(meas)

P_from(meas)

P_to(meas)

Q_from(meas)

Q_to(meas)

disconnected(meas)

connectable(meas)

class pswamp.gui.grid_view.dim_3d.layers.LineOutages(parent, config, *args, **kwargs)

Bases: pswamp.gui.grid_view.dim_3d.layers.lines.LineLayer

config

uuid

snapshot_app

line_model

update_colors()

add_line_plots(pos, line_width=7, color='gray')

pswamp.gui.grid_view.dim_3d.layers.config

pswamp.gui.grid_view.dim_3d.layers.set_gl_options(config, pl)

Set graphics options from config.

Parameters:

config (dict) – pswamp Configuration file (from config.toml)
pl (GLGraphicsItem) – Plot item for which to set options.

pswamp.gui.grid_view.dim_3d.layers.read_geo_data(countries='All')

class pswamp.gui.grid_view.dim_3d.layers.CountriesLayer(*args, **kwargs)

Bases: pswamp.gui.grid_view.dim_2d.layers.CountriesLayer

add_geo_lines(geo_data)

update_countries(countries=['Norway'])

class pswamp.gui.grid_view.dim_3d.layers.CountriesLayerSettings(target_layer, *args, **kwargs): Bases: pswamp.gui.grid_view.dim_2d.layers.CountriesLayerSettings

pswamp.gui.grid_view.dim_3d.layers.config