Binary output

Open a SWMM binary output file with OutputReader to inspect its metadata and read immutable result series. It detects finalized files and recovers complete records when the final trailer is missing. An interrupted run may still have useful results to offer.

The reader exposes exact Stored Report Dates and a shared Nominal Report Date axis. It wraps the standalone swmm-output reader and works independently of a live Simulation.

Read finalized or incomplete SWMM binary output without solver ownership.

CLASS	DESCRIPTION
`OutputReader`	Own and query one local SWMM binary output file.
`BulkSeriesResult`	Immutable column-oriented result for an ordered bulk request.
`OutputValueSeries`	Immutable values aligned to one canonical selection.
`OutputTimeSeries`	Immutable dates and values aligned to one canonical selection.
`SeriesSelection`	Select one stored result attribute for one output element.
`PollutantAttribute`	Select one pollutant result attribute.
`OutputName`	Preserve exact stored bytes with an optional lossless UTF-8 view.
`OutputMetadata`	Complete immutable metadata parsed from one SWMM output file.
`ResultSchema`	Ordered, immutable family-specific result schema entries.
`ReportTiming`	Immutable report schedule and available complete period count.
`SubcatchmentMetadata`	Exact stored subcatchment identity and area.
`NodeMetadata`	Exact stored node identity, kind, and static properties.
`LinkMetadata`	Exact stored link identity, kind, and static properties.
`PollutantMetadata`	Exact stored pollutant identity, name, and concentration units.
`ResultElementType`	Identify one physical output-result family.
`SubcatchmentResultAttribute`	Identify one known SWMM/PySWMM subcatchment result attribute.
`NodeResultAttribute`	Identify one known SWMM/PySWMM node result attribute.
`LinkResultAttribute`	Identify one known SWMM/PySWMM link result attribute.
`SystemResultAttribute`	Identify one known SWMM/PySWMM system result attribute.
`ResultAttributeCode`	Preserve one unknown signed 32-bit result-attribute code.
`ConcentrationUnits`	Identify pollutant concentration units stored in the output file.
`FlowUnits`	Represent supported project flow-unit codes.
`UnitSystem`	Represent the project's US customary or SI unit system.
`NodeKind`	Represent configured node subtypes.
`LinkKind`	Represent configured link subtypes.
`RunStatus`	Preserve a finalized status code or mark an unfinalized output.
`UnknownCode`	Preserve one unknown signed 32-bit categorical code.
`OutputError`	Report one structured binary-output failure.

OutputReader

Own and query one local SWMM binary output file.

A valid final trailer is detected automatically. Without one, the reader exposes every complete result record visible when the file is opened.

PARAMETER	DESCRIPTION
`source_path`	SWMM binary output path. TYPE: `str or PathLike[str]`

RAISES	DESCRIPTION
`OutputError`	If the file cannot be opened, has incomplete metadata, has an unsupported schema, or fails structural validation.

Examples:

>>> reader = OutputReader("model.out")
>>> reader.metadata.report_timing.period_count > 0
True

METHOD	DESCRIPTION
`__init__`	Open the file and eagerly parse immutable output metadata.
`link_series`	Read one link result series.
`node_series`	Read one node result series.
`read_bulk_series`	Read ordered result series using one of two physical I/O strategies.
`read_stored_dates`	Read exact Stored Report Date serial values.
`subcatchment_series`	Read one subcatchment result series.
`system_series`	Read one system result series.

ATTRIBUTE	DESCRIPTION
`is_finalized`	Return whether the file contained a valid final trailer when opened. TYPE: `bool`
`metadata`	Return eagerly parsed immutable output metadata. TYPE: `OutputMetadata`
`source_path`	Return the path supplied when this reader was constructed. TYPE: `Path`
`times`	Return the cached Nominal Report Date axis. TYPE: `tuple[datetime, ...]`

is_finalized `property`

is_finalized: bool

Return whether the file contained a valid final trailer when opened.

metadata `property`

metadata: OutputMetadata

Return eagerly parsed immutable output metadata.

RETURNS	DESCRIPTION
`OutputMetadata`	Physical identities, schemas, units, status, and report timing.

Examples:

>>> reader = OutputReader("model.out")
>>> reader.metadata.nodes[0].index
0

source_path `property`

source_path: Path

Return the path supplied when this reader was constructed.

RETURNS	DESCRIPTION
`Path`	Informational local source path.

Examples:

>>> reader = OutputReader("model.out")
>>> reader.source_path.name
'model.out'

times `property`

times: tuple[datetime, ...]

Return the cached Nominal Report Date axis.

RETURNS	DESCRIPTION
`tuple of datetime`	Naive datetimes rounded to whole seconds using round-half-to-even.

RAISES	DESCRIPTION
`OutputError`	If a nominal report date is outside Python's datetime range.

Examples:

>>> reader = OutputReader("model.out")
>>> len(reader.times) == reader.metadata.report_timing.period_count
True

Notes

The tuple is built on first access and then reused by identity. Stored Report Dates remain separately available through :meth:read_stored_dates.

init

__init__(source_path: _PathInput) -> None

PARAMETER	DESCRIPTION
`source_path`	SWMM binary output path. TYPE: `str or PathLike[str]`

RAISES	DESCRIPTION
`OutputError`	If opening, reading, allocation, or file validation fails.

Examples:

>>> reader = OutputReader("model.out")
>>> reader.source_path.name
'model.out'

link_series

link_series(element: _ElementSelector, attribute: LinkResultAttribute | PollutantAttribute | ResultAttributeCode | str, start: int | datetime | None = None, end: int | datetime | None = None, *, low_memory: bool = False) -> OutputTimeSeries

Read one link result series.

PARAMETER	DESCRIPTION
`element`	Zero-based link position or exact stored name. TYPE: `int, str, bytes, or OutputName`
`attribute`	Family-specific typed attribute or exact canonical string. TYPE: `LinkResultAttribute, PollutantAttribute, ResultAttributeCode, or str`
`start`	Inclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`low_memory`	Selective-read strategy when true; by-period strategy when false. TYPE: `bool` DEFAULT: `False`

RETURNS	DESCRIPTION
`OutputTimeSeries`	Canonical selection, nominal times, and aligned values.

RAISES	DESCRIPTION
`TypeError`	If a selector, bound, or `low_memory` has an invalid type.
`ValueError`	If a selector or bound has an invalid value.
`OutputError`	If the element or attribute is absent or ambiguous, the range is inverted, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> flow = reader.link_series("C1", "flow_rate", low_memory=True)
>>> len(flow.times) == len(flow.values)
True

node_series

node_series(element: _ElementSelector, attribute: NodeResultAttribute | PollutantAttribute | ResultAttributeCode | str, start: int | datetime | None = None, end: int | datetime | None = None, *, low_memory: bool = False) -> OutputTimeSeries

Read one node result series.

PARAMETER	DESCRIPTION
`element`	Zero-based node position or exact stored name. TYPE: `int, str, bytes, or OutputName`
`attribute`	Family-specific typed attribute or exact canonical string. TYPE: `NodeResultAttribute, PollutantAttribute, ResultAttributeCode, or str`
`start`	Inclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`low_memory`	Selective-read strategy when true; by-period strategy when false. TYPE: `bool` DEFAULT: `False`

RETURNS	DESCRIPTION
`OutputTimeSeries`	Canonical selection, nominal times, and aligned values.

RAISES	DESCRIPTION
`TypeError`	If a selector, bound, or `low_memory` has an invalid type.
`ValueError`	If a selector or bound has an invalid value.
`OutputError`	If the element or attribute is absent or ambiguous, the range is inverted, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> depth = reader.node_series("J1", "invert_depth", start=0, end=12)
>>> depth.selection.element_type is ResultElementType.NODE
True

read_bulk_series

read_bulk_series(selections: Sequence[SeriesSelection], start: int | datetime | None = None, end: int | datetime | None = None, *, low_memory: bool = False) -> BulkSeriesResult

Read ordered result series using one of two physical I/O strategies.

PARAMETER	DESCRIPTION
`selections`	Ordered selections. Duplicate selections remain duplicate result columns. TYPE: `Sequence of SeriesSelection`
`start`	Inclusive local period offset or naive Nominal Report Date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive local period offset or naive Nominal Report Date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`low_memory`	If `False`, read one complete result payload per selected period. If `True`, read only selected adjacent cell runs with smaller scratch space. TYPE: `bool` DEFAULT: `False`

RETURNS	DESCRIPTION
`BulkSeriesResult`	Shared nominal time axis and ordered immutable value series.

RAISES	DESCRIPTION
`TypeError`	If selections, bounds, or `low_memory` have invalid types.
`ValueError`	If a bound is negative, out of range, or timezone-aware.
`OutputError`	If a selection is invalid, bounds are inverted, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> selections = (
...     SeriesSelection("node", "J1", "invert_depth"),
...     SeriesSelection("link", "C1", "flow_rate"),
... )
>>> result = reader.read_bulk_series(selections, start=0, end=12)
>>> len(result.series)
2
>>> narrow = reader.read_bulk_series(
...     selections,
...     start=0,
...     end=12,
...     low_memory=True,
... )
>>> narrow == result
True

Notes

Both strategies return bit-identical values. low_memory=False usually favors wide requests by reducing physical read calls. low_memory=True limits scratch memory and avoids reading unselected payload cells.

read_stored_dates

read_stored_dates(start: int | datetime | None = None, end: int | datetime | None = None) -> list[float]

Read exact Stored Report Date serial values.

PARAMETER	DESCRIPTION
`start`	Inclusive period offset or naive Nominal Report Date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive period offset or naive Nominal Report Date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`

RETURNS	DESCRIPTION
`list of float`	Exact finite SWMM serial-day values in resolved period order.

RAISES	DESCRIPTION
`TypeError`	If a bound has an invalid type.
`ValueError`	If a bound is negative, out of range, or timezone-aware.
`OutputError`	If bounds are inverted, a stored date is non-finite, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> stored = reader.read_stored_dates(start=0, end=2)
>>> len(stored)
2

Notes

Stored Report Dates are file facts and never select, round, or replace the nominal datetime axis. Integer-only reads do not populate :attr:times.

subcatchment_series

subcatchment_series(element: _ElementSelector, attribute: SubcatchmentResultAttribute | PollutantAttribute | ResultAttributeCode | str, start: int | datetime | None = None, end: int | datetime | None = None, *, low_memory: bool = False) -> OutputTimeSeries

Read one subcatchment result series.

PARAMETER	DESCRIPTION
`element`	Zero-based subcatchment position or exact stored name. TYPE: `int, str, bytes, or OutputName`
`attribute`	Family-specific typed attribute or exact canonical string. TYPE: `SubcatchmentResultAttribute, PollutantAttribute, ResultAttributeCode, or str`
`start`	Inclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`low_memory`	Selective-read strategy when true; by-period strategy when false. TYPE: `bool` DEFAULT: `False`

RETURNS	DESCRIPTION
`OutputTimeSeries`	Canonical selection, nominal times, and aligned values.

RAISES	DESCRIPTION
`TypeError`	If a selector, bound, or `low_memory` has an invalid type.
`ValueError`	If a selector or bound has an invalid value.
`OutputError`	If the element or attribute is absent or ambiguous, the range is inverted, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> runoff = reader.subcatchment_series("S1", "runoff_flow")
>>> len(runoff.times) == len(runoff.values)
True

system_series

system_series(attribute: SystemResultAttribute | ResultAttributeCode | str, start: int | datetime | None = None, end: int | datetime | None = None, *, low_memory: bool = False) -> OutputTimeSeries

Read one system result series.

PARAMETER	DESCRIPTION
`attribute`	Typed system attribute or exact canonical string. TYPE: `SystemResultAttribute, ResultAttributeCode, or str`
`start`	Inclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`end`	Exclusive period offset or naive nominal-date lower bound. TYPE: `int, datetime, or None` DEFAULT: `None`
`low_memory`	Selective-read strategy when true; by-period strategy when false. TYPE: `bool` DEFAULT: `False`

RETURNS	DESCRIPTION
`OutputTimeSeries`	Canonical system selection, nominal times, and aligned values.

RAISES	DESCRIPTION
`TypeError`	If an attribute, bound, or `low_memory` has an invalid type.
`ValueError`	If an attribute or bound has an invalid value.
`OutputError`	If the attribute is absent or ambiguous, the range is inverted, or native I/O fails.

Examples:

>>> reader = OutputReader("model.out")
>>> rainfall = reader.system_series("rainfall")
>>> rainfall.selection.element is None
True

BulkSeriesResult `dataclass`

Immutable column-oriented result for an ordered bulk request.

METHOD	DESCRIPTION
`__post_init__`	Freeze dimensions and enforce shared-axis alignment.
`__repr__`	Summarize both result dimensions without rendering data.
`value`	Return one value using offsets local to this result.

__post_init__

__post_init__() -> None

Freeze dimensions and enforce shared-axis alignment.

repr

__repr__() -> str

Summarize both result dimensions without rendering data.

value

value(period_offset: int, selection_offset: int) -> float

Return one value using offsets local to this result.

PARAMETER	DESCRIPTION
`period_offset`	Zero-based position in :attr:`times`. TYPE: `int`
`selection_offset`	Zero-based position in :attr:`series`. TYPE: `int`

RETURNS	DESCRIPTION
`float`	Selected stored result value promoted exactly from `f32`.

RAISES	DESCRIPTION
`IndexError`	If either offset is not an integer or is outside its result dimension.

Examples:

>>> selection = SeriesSelection("system", None, "rainfall")
>>> values = OutputValueSeries(selection, (1.0, 2.0))
>>> result = BulkSeriesResult(
...     (datetime(2020, 1, 1), datetime(2020, 1, 2)),
...     (values,),
... )
>>> result.value(1, 0)
2.0

OutputValueSeries `dataclass`

Immutable values aligned to one canonical selection.

METHOD	DESCRIPTION
`__post_init__`	Freeze the value sequence and validate its selection.
`__repr__`	Summarize the selection and period count without rendering values.

__post_init__

__post_init__() -> None

Freeze the value sequence and validate its selection.

repr

__repr__() -> str

Summarize the selection and period count without rendering values.

OutputTimeSeries `dataclass`

Immutable dates and values aligned to one canonical selection.

METHOD	DESCRIPTION
`__post_init__`	Freeze dimensions and enforce series alignment.
`__repr__`	Summarize the selection and period count without rendering data.

__post_init__

__post_init__() -> None

Freeze dimensions and enforce series alignment.

repr

__repr__() -> str

Summarize the selection and period count without rendering data.

SeriesSelection `dataclass`

Select one stored result attribute for one output element.

METHOD	DESCRIPTION
`__post_init__`	Normalize and validate one family, element, and attribute.

__post_init__

__post_init__() -> None

Normalize and validate one family, element, and attribute.

PollutantAttribute `dataclass`

Select one pollutant result attribute.

METHOD	DESCRIPTION
`__post_init__`	Validate an index or exact stored-name selector.

__post_init__

__post_init__() -> None

Validate an index or exact stored-name selector.

OutputName `dataclass`

Preserve exact stored bytes with an optional lossless UTF-8 view.

METHOD	DESCRIPTION
`__post_init__`	Require exact immutable bytes without decoding or normalization.
`__repr__`	Render decoded names compactly while preserving invalid bytes.

ATTRIBUTE	DESCRIPTION
`text`	Decode the exact stored name when it is valid UTF-8. TYPE: `str \| None`

text `property`

text: str | None

Decode the exact stored name when it is valid UTF-8.

RETURNS	DESCRIPTION
`str or None`	Lossless UTF-8 text, or `None` when the stored bytes are not UTF-8.

Examples:

>>> OutputName(b"J1").text
'J1'
>>> OutputName(b"\xff").text is None
True

__post_init__

__post_init__() -> None

Require exact immutable bytes without decoding or normalization.

repr

__repr__() -> str

Render decoded names compactly while preserving invalid bytes.

OutputMetadata `dataclass`

Complete immutable metadata parsed from one SWMM output file.

METHOD	DESCRIPTION
`__post_init__`	Freeze metadata collections and preserve the source path.
`__repr__`	Summarize output identity, run details, and collection sizes.

__post_init__

__post_init__() -> None

Freeze metadata collections and preserve the source path.

repr

__repr__() -> str

Summarize output identity, run details, and collection sizes.

ResultSchema `dataclass`

Ordered, immutable family-specific result schema entries.

METHOD	DESCRIPTION
`__post_init__`	Freeze collections and reject attributes from another family.
`__repr__`	Summarize result families by entry count.

__post_init__

__post_init__() -> None

Freeze collections and reject attributes from another family.

repr

__repr__() -> str

Summarize result families by entry count.

ReportTiming `dataclass`

Immutable report schedule and available complete period count.

METHOD	DESCRIPTION
`__repr__`	Summarize the schedule with compact field names.
`nominal_date`	Return the rounded naive date for a zero-based report period.

repr

__repr__() -> str

Summarize the schedule with compact field names.

nominal_date

nominal_date(period: int) -> datetime | None

Return the rounded naive date for a zero-based report period.

PARAMETER	DESCRIPTION
`period`	Zero-based report-period offset. TYPE: `int`

RETURNS	DESCRIPTION
`datetime or None`	Nominal Report Date rounded to a whole second using round-half-to-even, or `None` when `period` is outside the available report range.

RAISES	DESCRIPTION
`TypeError`	If `period` is not an integer.
`OutputError`	If the nominal date is outside Python's datetime range.

Examples:

>>> timing = ReportTiming(0.0, 300, 2)
>>> timing.nominal_date(0)
datetime.datetime(1899, 12, 30, 0, 5)
>>> timing.nominal_date(2) is None
True

SubcatchmentMetadata `dataclass`

Exact stored subcatchment identity and area.

METHOD	DESCRIPTION
`__repr__`	Summarize the subcatchment identity and area.

repr

__repr__() -> str

Summarize the subcatchment identity and area.

NodeMetadata `dataclass`

Exact stored node identity, kind, and static properties.

METHOD	DESCRIPTION
`__repr__`	Summarize the node identity and kind.

repr

__repr__() -> str

Summarize the node identity and kind.

LinkMetadata `dataclass`

Exact stored link identity, kind, and static properties.

METHOD	DESCRIPTION
`__repr__`	Summarize the link identity and kind.

repr

__repr__() -> str

Summarize the link identity and kind.

PollutantMetadata `dataclass`

Exact stored pollutant identity, name, and concentration units.

METHOD	DESCRIPTION
`__repr__`	Summarize the pollutant identity and concentration units.

repr

__repr__() -> str

Summarize the pollutant identity and concentration units.

ResultElementType


              flowchart TD
              swmmrs.output.ResultElementType[ResultElementType]

              

              click swmmrs.output.ResultElementType href "" "swmmrs.output.ResultElementType"

Identify one physical output-result family.

SubcatchmentResultAttribute


              flowchart TD
              swmmrs.output.SubcatchmentResultAttribute[SubcatchmentResultAttribute]

              

              click swmmrs.output.SubcatchmentResultAttribute href "" "swmmrs.output.SubcatchmentResultAttribute"

Identify one known SWMM/PySWMM subcatchment result attribute.

NodeResultAttribute


              flowchart TD
              swmmrs.output.NodeResultAttribute[NodeResultAttribute]

              

              click swmmrs.output.NodeResultAttribute href "" "swmmrs.output.NodeResultAttribute"

Identify one known SWMM/PySWMM node result attribute.

LinkResultAttribute


              flowchart TD
              swmmrs.output.LinkResultAttribute[LinkResultAttribute]

              

              click swmmrs.output.LinkResultAttribute href "" "swmmrs.output.LinkResultAttribute"

Identify one known SWMM/PySWMM link result attribute.

SystemResultAttribute


              flowchart TD
              swmmrs.output.SystemResultAttribute[SystemResultAttribute]

              

              click swmmrs.output.SystemResultAttribute href "" "swmmrs.output.SystemResultAttribute"

Identify one known SWMM/PySWMM system result attribute.

ResultAttributeCode `dataclass`

Preserve one unknown signed 32-bit result-attribute code.

METHOD	DESCRIPTION
`__post_init__`	Reject booleans and values outside the stored signed range.

__post_init__

__post_init__() -> None

Reject booleans and values outside the stored signed range.

ConcentrationUnits


              flowchart TD
              swmmrs.output.ConcentrationUnits[ConcentrationUnits]

              

              click swmmrs.output.ConcentrationUnits href "" "swmmrs.output.ConcentrationUnits"

Identify pollutant concentration units stored in the output file.

FlowUnits


              flowchart TD
              swmmrs.output.FlowUnits[FlowUnits]

              

              click swmmrs.output.FlowUnits href "" "swmmrs.output.FlowUnits"

Represent supported project flow-unit codes.

UnitSystem


              flowchart TD
              swmmrs.output.UnitSystem[UnitSystem]

              

              click swmmrs.output.UnitSystem href "" "swmmrs.output.UnitSystem"

Represent the project's US customary or SI unit system.

NodeKind


              flowchart TD
              swmmrs.output.NodeKind[NodeKind]

              

              click swmmrs.output.NodeKind href "" "swmmrs.output.NodeKind"

Represent configured node subtypes.

LinkKind


              flowchart TD
              swmmrs.output.LinkKind[LinkKind]

              

              click swmmrs.output.LinkKind href "" "swmmrs.output.LinkKind"

Represent configured link subtypes.

RunStatus `dataclass`

Preserve a finalized status code or mark an unfinalized output.

METHOD	DESCRIPTION
`__post_init__`	Validate a stored signed code when one is available.

ATTRIBUTE	DESCRIPTION
`is_finalized`	Report whether the output contained a final trailer. TYPE: `bool`
`is_success`	Report whether the finalized run completed without a warning. TYPE: `bool`

is_finalized `property`

is_finalized: bool

Report whether the output contained a final trailer.

is_success `property`

is_success: bool

Report whether the finalized run completed without a warning.

RETURNS	DESCRIPTION
`bool`	`True` only when the exact stored status code is zero.

Examples:

>>> RunStatus(0).is_success
True
>>> RunStatus(None).is_success
False

__post_init__

__post_init__() -> None

Validate a stored signed code when one is available.

UnknownCode `dataclass`

Preserve one unknown signed 32-bit categorical code.

METHOD	DESCRIPTION
`__post_init__`	Reject booleans and values outside the stored signed range.

__post_init__

__post_init__() -> None

Reject booleans and values outside the stored signed range.

OutputError


              flowchart TD
              swmmrs.output.OutputError[OutputError]

              

              click swmmrs.output.OutputError href "" "swmmrs.output.OutputError"

Report one structured binary-output failure.

ATTRIBUTE	DESCRIPTION
`category`	Stable high-level failure category. TYPE: `str`

METHOD	DESCRIPTION
`__init__`	Create an output error.

init

__init__(category: str, message: str) -> None

PARAMETER	DESCRIPTION
`category`	Stable high-level failure category. TYPE: `str`
`message`	Descriptive native failure text. TYPE: `str`

Examples:

>>> error = OutputError("invalid_format", "bad output file")
>>> error.category
'invalid_format'

Binary output

OutputReader

source_path

is_finalized property

metadata property

source_path property

times property

__init__

source_path

link_series

element

attribute

start

end

low_memory

node_series

element

attribute

start

end

low_memory

read_bulk_series

selections

start

end

low_memory

read_stored_dates

start

end

subcatchment_series

element

attribute

start

end

low_memory

system_series

attribute

start

end

low_memory

BulkSeriesResult dataclass

__post_init__

__repr__

value

period_offset

selection_offset

OutputValueSeries dataclass

__post_init__

__repr__

OutputTimeSeries dataclass

__post_init__

__repr__

SeriesSelection dataclass

__post_init__

PollutantAttribute dataclass

__post_init__

OutputName dataclass

text property

__post_init__

__repr__

OutputMetadata dataclass

__post_init__

__repr__

ResultSchema dataclass

__post_init__

__repr__

ReportTiming dataclass

__repr__

nominal_date

period

SubcatchmentMetadata dataclass

__repr__

NodeMetadata dataclass

__repr__

LinkMetadata dataclass

__repr__

PollutantMetadata dataclass

__repr__

ResultElementType

SubcatchmentResultAttribute

`source_path`

is_finalized `property`

metadata `property`

source_path `property`

times `property`

init

`source_path`

`element`

`attribute`

`start`

`end`

`low_memory`

`element`

`attribute`

`start`

`end`

`low_memory`

`selections`

`start`

`end`

`low_memory`

`start`

`end`

`element`

`attribute`

`start`

`end`

`low_memory`

`attribute`

`start`

`end`

`low_memory`

BulkSeriesResult `dataclass`

repr

`period_offset`

`selection_offset`

OutputValueSeries `dataclass`

repr

OutputTimeSeries `dataclass`

repr

SeriesSelection `dataclass`

PollutantAttribute `dataclass`

OutputName `dataclass`

text `property`

repr

OutputMetadata `dataclass`

repr

ResultSchema `dataclass`

repr

ReportTiming `dataclass`

repr

`period`

SubcatchmentMetadata `dataclass`

repr

NodeMetadata `dataclass`

repr

LinkMetadata `dataclass`

repr

PollutantMetadata `dataclass`

repr

ResultAttributeCode `dataclass`

RunStatus `dataclass`

is_finalized `property`

is_success `property`

UnknownCode `dataclass`

init

`category`

`message`