Flow direction

accu(*args, **kwargs)	Overloaded function.
accu_fraction(*args, **kwargs)	Overloaded function.
accu_info(arg0)
accu_threshold(*args, **kwargs)	Overloaded function.
d8_flow_direction(*args, **kwargs)	Overloaded function.
downstream(*args, **kwargs)	Overloaded function.
downstream_distance(arg0, arg1, arg2)
inflow_count(arg0)
inter_partition_stream(arg0)
kinematic_wave(*args, **kwargs)	Overloaded function.
upstream(*args, **kwargs)	Overloaded function.

lue.framework.accu(*args, **kwargs)

Overloaded function.

1. accu(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_uint64_2) -> lue.lue_py.framework.PartitionedArray_uint64_2

2. accu(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2) -> lue.lue_py.framework.PartitionedArray_float32_2

3. accu(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2) -> lue.lue_py.framework.PartitionedArray_float64_2

lue.framework.accu_fraction(*args, **kwargs)

Overloaded function.

1. accu_fraction(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2, arg2: lue.lue_py.framework.PartitionedArray_float32_2) -> Tuple[lue.lue_py.framework.PartitionedArray_float32_2, lue.lue_py.framework.PartitionedArray_float32_2]

2. accu_fraction(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2, arg2: lue.lue_py.framework.PartitionedArray_float64_2) -> Tuple[lue.lue_py.framework.PartitionedArray_float64_2, lue.lue_py.framework.PartitionedArray_float64_2]

lue.framework.accu_info(arg0: lue.lue_py.framework.PartitionedArray_uint8_2) → Tuple[lue.lue_py.framework.PartitionedArray_uint8_2, lue.lue_py.framework.shared_future<std::vector<lue::PartitionedArray<std::uint8_t, 2>>, lue.lue_py.framework.shared_future<std::vector<lue::PartitionedArray<double, 2>>, lue.lue_py.framework.shared_future<std::vector<lue::PartitionedArray<std::uint32_t, 2>>]

lue.framework.accu_threshold(*args, **kwargs)

Overloaded function.

1. accu_threshold(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2, arg2: lue.lue_py.framework.PartitionedArray_float32_2) -> Tuple[lue.lue_py.framework.PartitionedArray_float32_2, lue.lue_py.framework.PartitionedArray_float32_2]

2. accu_threshold(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2, arg2: lue.lue_py.framework.PartitionedArray_float64_2) -> Tuple[lue.lue_py.framework.PartitionedArray_float64_2, lue.lue_py.framework.PartitionedArray_float64_2]

lue.framework.d8_flow_direction(*args, **kwargs)

Overloaded function.

1. d8_flow_direction(arg0: lue.lue_py.framework.PartitionedArray_float32_2) -> lue.lue_py.framework.PartitionedArray_uint8_2

2. d8_flow_direction(arg0: lue.lue_py.framework.PartitionedArray_float64_2) -> lue.lue_py.framework.PartitionedArray_uint8_2

lue.framework.downstream(*args, **kwargs)

Overloaded function.

1. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_uint8_2) -> lue.lue_py.framework.PartitionedArray_uint8_2

2. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_int32_2) -> lue.lue_py.framework.PartitionedArray_int32_2

3. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_uint32_2) -> lue.lue_py.framework.PartitionedArray_uint32_2

4. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_int64_2) -> lue.lue_py.framework.PartitionedArray_int64_2

5. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_uint64_2) -> lue.lue_py.framework.PartitionedArray_uint64_2

6. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2) -> lue.lue_py.framework.PartitionedArray_float32_2

7. downstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2) -> lue.lue_py.framework.PartitionedArray_float64_2

lue.framework.downstream_distance(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: object, arg2: object) → object

lue.framework.inflow_count(arg0: lue.lue_py.framework.PartitionedArray_uint8_2) → lue.lue_py.framework.PartitionedArray_uint8_2

lue.framework.inter_partition_stream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2) → lue.lue_py.framework.PartitionedArray_uint8_2

lue.framework.kinematic_wave(*args, **kwargs)

Overloaded function.

1. kinematic_wave(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2, arg2: lue.lue_py.framework.PartitionedArray_float32_2, arg3: float, arg4: float, arg5: float, arg6: lue.lue_py.framework.PartitionedArray_float32_2) -> lue.lue_py.framework.PartitionedArray_float32_2

2. kinematic_wave(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2, arg2: lue.lue_py.framework.PartitionedArray_float64_2, arg3: float, arg4: float, arg5: float, arg6: lue.lue_py.framework.PartitionedArray_float64_2) -> lue.lue_py.framework.PartitionedArray_float64_2

lue.framework.upstream(*args, **kwargs)

Overloaded function.

1. upstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_uint64_2) -> lue.lue_py.framework.PartitionedArray_uint64_2

2. upstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float32_2) -> lue.lue_py.framework.PartitionedArray_float32_2

3. upstream(arg0: lue.lue_py.framework.PartitionedArray_uint8_2, arg1: lue.lue_py.framework.PartitionedArray_float64_2) -> lue.lue_py.framework.PartitionedArray_float64_2