Struct dual_iir::DualIir

pub struct DualIir {
    pub(crate) afe: [Leaf<Gain>; 2],
    pub(crate) iir_ch: [[Leaf<Biquad<f32>>; 1]; 2],
    pub(crate) allow_hold: Leaf<bool>,
    pub(crate) force_hold: Leaf<bool>,
    pub(crate) telemetry_period: Leaf<u16>,
    pub(crate) stream: Leaf<StreamTarget>,
    pub(crate) source: [BasicConfig; 2],
}

Fields

afe: [Leaf<Gain>; 2]

Configure the Analog Front End (AFE) gain.

Path

afe/<n>

• <n> specifies which channel to configure. <n> := [0, 1]

Value

Any of the variants of Gain enclosed in double quotes.

iir_ch: [[Leaf<Biquad<f32>>; 1]; 2]

Configure the IIR filter parameters.

Path

iir_ch/<n>/<m>

• <n> specifies which channel to configure. <n> := [0, 1]
• <m> specifies which cascade to configure. <m> := [0, 1], depending on IIR_CASCADE_LENGTH

See iir::Biquad

allow_hold: Leaf<bool>

Specified true if DI1 should be used as a “hold” input.

Path

allow_hold

Value

“true” or “false”

force_hold: Leaf<bool>

Specified true if “hold” should be forced regardless of DI1 state and hold allowance.

Path

force_hold

Value

“true” or “false”

telemetry_period: Leaf<u16>

Specifies the telemetry output period in seconds.

Path

telemetry_period

Value

Any non-zero value less than 65536.

stream: Leaf<StreamTarget>

Specifies the target for data streaming.

Path

stream

Value

See StreamTarget

source: [BasicConfig; 2]

Specifies the config for signal generators to add on to DAC0/DAC1 outputs.

Path

source/<n>

• <n> specifies which channel to configure. <n> := [0, 1]

Value

See signal_generator::BasicConfig

Implementations

impl DualIir

pub(crate) const __MINICONF_LOOKUP: KeyLookup = _

Trait Implementations

impl Clone for DualIir

fn clone(&self) -> DualIir

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for DualIir

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Default for DualIir

fn default() -> Self

Returns the “default value” for a type.

impl<'de> Deserialize<'de> for DualIir

fn deserialize<__D>(__deserializer: __D) -> Result<Self, __D::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Serialize for DualIir

fn serialize<__S>(&self, __serializer: __S) -> Result<__S::Ok, __S::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl TreeAny for DualIir

fn ref_any_by_key<K>(&self, keys: K) -> Result<&dyn Any, Traversal>

where K: Keys,

Obtain a reference to a dyn Any trait object for a leaf node.

fn mut_any_by_key<K>(&mut self, keys: K) -> Result<&mut dyn Any, Traversal>

where K: Keys,

Obtain a mutable reference to a dyn Any trait object for a leaf node.

fn ref_by_key<T, K>(&self, keys: K) -> Result<&T, Traversal>

where T: Any, K: IntoKeys,

Obtain a reference to a leaf of known type by key.

fn mut_by_key<T, K>(&mut self, keys: K) -> Result<&mut T, Traversal>

where T: Any, K: IntoKeys,

Obtain a mutable reference to a leaf of known type by key.

impl<'de> TreeDeserialize<'de> for DualIir

fn deserialize_by_key<K, D>( &mut self, keys: K, de: D, ) -> Result<usize, Error<D::Error>>

where K: Keys, D: Deserializer<'de>,

Deserialize a leaf node by its keys.

impl TreeKey for DualIir

fn traverse_all<W: Walk>() -> Result<W, W::Error>

Walk metadata about all paths.

fn traverse_by_key<K, F, E>(keys: K, func: F) -> Result<usize, Error<E>>

where K: Keys, F: FnMut(usize, Option<&'static str>, NonZero<usize>) -> Result<(), E>,

Traverse from the root to a leaf and call a function for each node.

fn transcode<N, K>(keys: K) -> Result<(N, Node), Traversal>

where K: IntoKeys, N: Transcode + Default,

Transcode keys to a new keys type representation

fn nodes<N, const D: usize>() -> NodeIter<Self, N, D>

where N: Transcode + Default,

Return an iterator over nodes of a given type

impl TreeSerialize for DualIir

fn serialize_by_key<K, S>( &self, keys: K, ser: S, ) -> Result<usize, Error<S::Error>>

where K: Keys, S: Serializer,

Serialize a node by keys.