Struct Tran

pub struct Tran {
    pub stop: Decimal,
    pub start: Option<Decimal>,
    pub errpreset: Option<ErrPreset>,
    pub noise_fmax: Option<Decimal>,
    pub noise_fmin: Option<Decimal>,
}

A transient analysis.

Fields

stop: Decimal

Stop time (sec).

start: Option<Decimal>

Start time (sec).

Defaults to 0.

errpreset: Option<ErrPreset>

The error preset.

noise_fmax: Option<Decimal>

The maximum frequency for noise power spectral density.

A nonzero value turns on noise sources during transient analysis.

Defaults to 0.

noise_fmin: Option<Decimal>

The minimum frequency for noise power spectral density.

Trait Implementations

impl Analysis for Tran

type Output = Output

The output produced by this analysis.

impl Clone for Tran

fn clone(&self) -> Tran

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for Tran

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

Formats the value using the given formatter.

impl Default for Tran

fn default() -> Tran

Returns the “default value” for a type.

impl<'de> Deserialize<'de> for Tran

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

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl From<Tran> for Input

fn from(value: Tran) -> Self

Converts to this type from the input type.

impl PartialEq for Tran

fn eq(&self, other: &Tran) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Save<Spectre, Tran> for NestedNode

type SaveKey = VoltageSaveKey

The key type used to address the saved output within the analysis.

type Saved = OutputWaveform

The saved data associated with things object.

fn save( &self, ctx: &SimulationContext<Spectre>, opts: &mut <Spectre as Simulator>::Options, ) -> <Self as Save<Spectre, Tran>>::SaveKey

Marks the given output for saving, returning a key that can be used to recover the output once the simulation is complete.

fn from_saved( output: &<Tran as Analysis>::Output, key: &<Self as Save<Spectre, Tran>>::SaveKey, ) -> <Self as Save<Spectre, Tran>>::Saved

Recovers the desired simulation output from the analysis’s output.

impl Save<Spectre, Tran> for NestedTerminal

type SaveKey = (VoltageSaveKey, CurrentSaveKey)

The key type used to address the saved output within the analysis.

type Saved = NestedTerminalOutput

The saved data associated with things object.

fn save( &self, ctx: &SimulationContext<Spectre>, opts: &mut <Spectre as Simulator>::Options, ) -> <Self as Save<Spectre, Tran>>::SaveKey

Marks the given output for saving, returning a key that can be used to recover the output once the simulation is complete.

fn from_saved( output: &<Tran as Analysis>::Output, key: &<Self as Save<Spectre, Tran>>::SaveKey, ) -> <Self as Save<Spectre, Tran>>::Saved

Recovers the desired simulation output from the analysis’s output.

impl Save<Spectre, Tran> for RawNestedNode

type SaveKey = VoltageSaveKey

The key type used to address the saved output within the analysis.

type Saved = OutputWaveform

The saved data associated with things object.

fn save( &self, ctx: &SimulationContext<Spectre>, opts: &mut <Spectre as Simulator>::Options, ) -> <Self as Save<Spectre, Tran>>::SaveKey

Marks the given output for saving, returning a key that can be used to recover the output once the simulation is complete.

fn from_saved( output: &<Tran as Analysis>::Output, key: &<Self as Save<Spectre, Tran>>::SaveKey, ) -> <Self as Save<Spectre, Tran>>::Saved

Recovers the desired simulation output from the analysis’s output.

impl Save<Spectre, Tran> for SaveOutput

type SaveKey = ()

The key type used to address the saved output within the analysis.

type Saved = Output

The saved data associated with things object.

fn save( &self, _ctx: &SimulationContext<Spectre>, _opts: &mut <Spectre as Simulator>::Options, ) -> <Self as Save<Spectre, Tran>>::SaveKey

Marks the given output for saving, returning a key that can be used to recover the output once the simulation is complete.

fn from_saved( output: &<Tran as Analysis>::Output, _key: &<Self as Save<Spectre, Tran>>::SaveKey, ) -> <Self as Save<Spectre, Tran>>::Saved

Recovers the desired simulation output from the analysis’s output.

impl Save<Spectre, Tran> for SaveTime

type SaveKey = ()

The key type used to address the saved output within the analysis.

type Saved = Arc<Vec<f64>>

The saved data associated with things object.

fn save( &self, _ctx: &SimulationContext<Spectre>, _opts: &mut <Spectre as Simulator>::Options, ) -> <Self as Save<Spectre, Tran>>::SaveKey

Marks the given output for saving, returning a key that can be used to recover the output once the simulation is complete.

fn from_saved( output: &<Tran as Analysis>::Output, _key: &<Self as Save<Spectre, Tran>>::SaveKey, ) -> <Self as Save<Spectre, Tran>>::Saved

Recovers the desired simulation output from the analysis’s output.

impl Serialize for Tran

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

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl SupportedBy<Spectre> for Tran

fn into_input(self, inputs: &mut Vec<<Spectre as Simulator>::Input>)

Convert the analysis into inputs accepted by this simulator.

fn from_output( outputs: &mut impl Iterator<Item = <Spectre as Simulator>::Output>, ) -> <Self as Analysis>::Output

Convert this simulator’s outputs to the analysis’s expected output.

impl Eq for Tran

impl StructuralPartialEq for Tran