wolfgpu.simplesimu.infiltrations

Module Contents

class wolfgpu.simplesimu.infiltrations.InfiltrationInterpolation(*args, **kwds)

Bases: enum.Enum

Describes the way the infiltration are computed across an infiltration time interval.

NONE = 0

The infiltration is constant over the infiltration time interval.

LINEAR = 1

The infiltration is interpolated over the infiltration time interval. The initial value is the one associated with interval, the final value is the one associated with the next interval.

class wolfgpu.simplesimu.infiltrations.InfiltrationChronology

This is optimized for access where inserts and reads are not frequently mixed togehter.

_chronology: dict[float, list[float]]

_nb_zones = None

_timeline = None

_dirty = False

_sorted_timeline()

classmethod from_array(npa)

classmethod from_list(chronology: list[float, list[float]])

property nb_zones: int

property nb_entries: int

to_array()

get_row_at_time(time: float) → Tuple[float, List[float]]

Get infiltration chronology row active at time time.

Parameters:

time – a positive number of seconds.

get_active_entry_start_time(time: float) → float

set(time: float, quantities: list[float])

Sets or replaces an entry in the chronology.

Parameters:

• time – the moment at which the water must be injected. It is expressed in seconds. If there’s already something at that moment, it will be discarded.

• quantities – A list giving the quantities of water to inject at the given time. Each quantity in the list corresponds to a infiltration zone of the infiltration map.

_get_closest_row_time_by_time(time: float)

Can return None if no row is active. This happens when time is before all the chronology entries.