FastComponent (issie)

FastComponent Type

Namespace: global
Assembly: Renderer.dll
Parent Module: SimulatorTypes
Base Type: obj
All Interfaces: IEquatable<FastComponent> , IStructuralEquatable , IComparable<FastComponent> , IComparable , IStructuralComparable

FastComponent represents a physical component in a simulation. Because sheets can be instantiated in multiple places a given sheet component can have multiple FastComponents in the simulation. Arrays on FastComponent are filled up with simulation data per clock step as a clocked simulation progresses.

Record fields

Record Field	Description
`AccessPath` Full Usage: `AccessPath` Field type: `ComponentId list`	Path from thsi component to root of simulation, if it is in a subsheet. Field type: `ComponentId list`
`Active` Full Usage: `Active` Field type: `bool` Modifiers: mutable	Field type: `bool`
`BigIntState` Full Usage: `BigIntState` Field type: `BigIntState option` Modifiers: mutable	components that may have variable inputs and output widths use this instead of UseBigInt to determine the correct array. Field type: `BigIntState option`
`DrivenComponents` Full Usage: `DrivenComponents` Field type: `FastComponent list` Modifiers: mutable	Field type: `FastComponent list`
`FLabel` Full Usage: `FLabel` Field type: `string`	label of component Field type: `string`
`FType` Full Usage: `FType` Field type: `ComponentType`	convenience access to the Type of the underlying component Field type: `ComponentType`
`FullName` Full Usage: `FullName` Field type: `string`	for human use: long name of component Field type: `string`
`InputDrivers` Full Usage: `InputDrivers` Field type: `(FComponentId * OutputPortNumber) option array`	info on where the drivers are for each input Field type: `(FComponentId * OutputPortNumber) option array`
`InputLinks` Full Usage: `InputLinks` Field type: `IOArray array`	Input data - this an array of fxed links to the relevant driver output data arrays Field type: `IOArray array`
`NumMissingInputValues` Full Usage: `NumMissingInputValues` Field type: `int` Modifiers: mutable	Field type: `int`
`Outputs` Full Usage: `Outputs` Field type: `IOArray array`	the output data for this component (this gets linked to all the conmponents driven Field type: `IOArray array`
`SheetName` Full Usage: `SheetName` Field type: `string list`	Field type: `string list`
`SimComponent` Full Usage: `SimComponent` Field type: `SimulationComponent`	the legacy SimulationConmponent from which this FastComponent is generated. Field type: `SimulationComponent`
`State` Full Usage: `State` Field type: `StepArray<SimulationComponentState> option`	Used only by clocked components, contains an array of the component state in every clock cycle. Filled as simulation progresses. Field type: `StepArray<SimulationComponentState> option`
`Touched` Full Usage: `Touched` Field type: `bool` Modifiers: mutable	Field type: `bool`
`UseBigInt` Full Usage: `UseBigInt` Field type: `bool` Modifiers: mutable	Most components have all bus inputs and outputs the same width. This gives the default array field to use - BigIntStep or UInt32Step - in IOArray. Field type: `bool`
`VerilogComponentName` Full Usage: `VerilogComponentName` Field type: `string` Modifiers: mutable	Field type: `string`
`VerilogOutputName` Full Usage: `VerilogOutputName` Field type: `string array` Modifiers: mutable	Field type: `string array`
`cId` Full Usage: `cId` Field type: `ComponentId`	allows access to the underlying component Field type: `ComponentId`
`fId` Full Usage: `fId` Field type: `FComponentId`	contains component path to root of simulation - unique Field type: `FComponentId`

Instance members

Instance member	Description
`this.GetInputBigInt` Full Usage: `this.GetInputBigInt` Parameters: epoch : `int` arg1 : `InputPortNumber` Returns: `bigint` Modifiers: inline	Get the BigInt data array for a given input epoch : `int` arg1 : `InputPortNumber` Returns: `bigint`
`this.GetInputFData` Full Usage: `this.GetInputFData` Parameters: epoch : `int` arg1 : `InputPortNumber` Returns: `FData` Modifiers: inline	Get the FData array for a given input epoch : `int` arg1 : `InputPortNumber` Returns: `FData`
`this.GetInputUInt32` Full Usage: `this.GetInputUInt32` Parameters: epoch : `int` arg1 : `InputPortNumber` Returns: `uint32` Modifiers: inline	Get the uint32 data array for a given input epoch : `int` arg1 : `InputPortNumber` Returns: `uint32`
`this.Id` Full Usage: `this.Id` Returns: `ComponentId` Modifiers: inline	Returns: `ComponentId`
`this.InputWidth` Full Usage: `this.InputWidth` Parameters: n : `int` Returns: `int` Modifiers: inline	Number of component inputs n : `int` Returns: `int`
`this.OutputWidth` Full Usage: `this.OutputWidth` Parameters: n : `int` Returns: `int` Modifiers: inline	Number of component outputs n : `int` Returns: `int`
`this.PutOutputBigInt` Full Usage: `this.PutOutputBigInt` Parameters: epoch : `int` arg1 : `OutputPortNumber` dat : `bigint` Modifiers: inline	write data to the BigIntStep output array for the given time step (epoch) and output (n) epoch : `int` arg1 : `OutputPortNumber` dat : `bigint`
`this.PutOutputFData` Full Usage: `this.PutOutputFData` Parameters: epoch : `int` arg1 : `OutputPortNumber` dat : `FData` Modifiers: inline	write data to the FData output array for the given time step (epoch) and output (n) epoch : `int` arg1 : `OutputPortNumber` dat : `FData`
`this.PutOutputUInt32` Full Usage: `this.PutOutputUInt32` Parameters: epoch : `int` arg1 : `OutputPortNumber` dat : `uint32` Modifiers: inline	write data to the Unint32Step output array for the given time step (epoch) and output (n) epoch : `int` arg1 : `OutputPortNumber` dat : `uint32`
`this.ShortId` Full Usage: `this.ShortId` Returns: `string`	for debugging - get a short usually unique truncation of the fId Returns: `string`
`this.SubSheet` Full Usage: `this.SubSheet` Returns: `string list` Modifiers: inline	Returns: `string list`