FastSimulation (issie)

FastSimulation Type

Namespace: global
Assembly: Renderer.dll
Parent Module: SimTypes
Base Type: obj
All Interfaces: IEquatable<FastSimulation> , IStructuralEquatable

Record fields

Record Field	Description
`ClockTick` Full Usage: `ClockTick` Field type: `int` Modifiers: mutable	last step number (starting from 0) which is simulated. Field type: `int`
`ComponentsById` Full Usage: `ComponentsById` Field type: `Map<string, Map<ComponentId, Component>>`	This contains all components in the sheets of the simulation indexed by ComponentId. Subsheet components are indexed only once. Contrast this with Fast Components - which have the design expanded out with one per instance: the different versions correspond to distinct access paths. Field type: `Map<string, Map<ComponentId, Component>>`
`ConnectionsByPort` Full Usage: `ConnectionsByPort` Field type: `Map<SheetPort, Connection list>`	Connections on simulated sheets indexed by directly connected port. Each connection appears twice. Field type: `Map<SheetPort, Connection list>`
`Drivers` Full Usage: `Drivers` Field type: `Driver option array`	Each driver represents one output with its data Field type: `Driver option array`
`FClockedComps` Full Usage: `FClockedComps` Field type: `FastComponent array`	clocked components Field type: `FastComponent array`
`FComps` Full Usage: `FComps` Field type: `Map<FComponentId, FastComponent>`	Fast components: this array is longer than FOrderedComps because it contains IOlabel components that are redundant in the simulation. It doe snot contain custom Components Field type: `Map<FComponentId, FastComponent>`
`FConstantComps` Full Usage: `FConstantComps` Field type: `FastComponent array`	constants Field type: `FastComponent array`
`FCustomComps` Full Usage: `FCustomComps` Field type: `Map<FComponentId, FastComponent>`	Custom Components. Field type: `Map<FComponentId, FastComponent>`
`FCustomOutputCompLookup` Full Usage: `FCustomOutputCompLookup` Field type: `Map<((ComponentId * ComponentId list) * OutputPortNumber), FComponentId>`	look up from output port of custom component to the relevant Output component Field type: `Map<((ComponentId * ComponentId list) * OutputPortNumber), FComponentId>`
`FGlobalInputComps` Full Usage: `FGlobalInputComps` Field type: `FastComponent array`	top-level inputs to the simulation Field type: `FastComponent array`
`FIOActive` Full Usage: `FIOActive` Field type: `Map<(ComponentLabel * ComponentId list), FastComponent>` Modifiers: mutable	which is the active component for each set of labels? Field type: `Map<(ComponentLabel * ComponentId list), FastComponent>`
`FIOLinks` Full Usage: `FIOLinks` Field type: `((FastComponent * InputPortNumber) * FastComponent) list` Modifiers: mutable	list of deferred links driven from inactive IOlabls - at end of linkage the corresponding active IOLabel can be substituted as driver an dthe link made Field type: `((FastComponent * InputPortNumber) * FastComponent) list`
`FOrderedComps` Full Usage: `FOrderedComps` Field type: `FastComponent array`	Components that will be reduced in order allowing sequential reduction to implement simulation Field type: `FastComponent array`
`MaxArraySize` Full Usage: `MaxArraySize` Field type: `int`	Maximum size of simulation arrays - after which they form a circular buffer Field type: `int`
`NumStepArrays` Full Usage: `NumStepArrays` Field type: `int`	Total number of step arrays (= drivers) Field type: `int`
`SimSheetStructure` Full Usage: `SimSheetStructure` Field type: `Map<string, FastComponent option>`	Map from SimSheetName to the parent sheet CustomComponent, or None if the sheet is top-level Field type: `Map<string, FastComponent option>`
`SimulatedCanvasState` Full Usage: `SimulatedCanvasState` Field type: `LoadedComponent list`	Circuit simulated (sheet and all dependencies) Field type: `LoadedComponent list`
`SimulatedTopSheet` Full Usage: `SimulatedTopSheet` Field type: `string`	The root sheet being simulated Field type: `string`
`StepCost` Full Usage: `StepCost` Field type: `StepCost`	What one clock cycle of this design costs in step arrays. Worked out before the arrays were allocated, by FastCreate.stepCostOfDesign, and kept so that the waveform simulator's configuration can say what a given number of cycles would come to. Field type: `StepCost`
`WaveComps` Full Usage: `WaveComps` Field type: `Map<FComponentId, FastComponent>`	Fast components: this map is longer than FComps because it contains Custom components not used by Fast simulation but needed in Waveform simulation Field type: `Map<FComponentId, FastComponent>`
`WaveIndex` Full Usage: `WaveIndex` Field type: `WaveIndexT array`	Each wave index represents one component port with associated driver and data Field type: `WaveIndexT array`

Instance members

Instance member Description

Instance member	Description
`this.getSheetNameOfInstance simSheetName` Full Usage: `this.getSheetNameOfInstance simSheetName` Parameters: simSheetName : `string` Returns: `string`	The design-time name of the sheet an instance is of: what the user called it, and what they see in the Sheets menu. SimSheetName is not a sheet name. It says WHICH INSTANCE, as the path of custom component labels down to it, and is unique because it has to be - it keys SimSheetStructure and groups waves. Anything telling the user which sheet something is in wants this instead. simSheetName : `string` Returns: `string`


                
                  
                    
                      this.getSheetNameOfInstance simSheetName

Full Usage: this.getSheetNameOfInstance simSheetName

Parameters:

simSheetName : string

Returns: string

The design-time name of the sheet an instance is of: what the user called it, and what they see in the Sheets menu. SimSheetName is not a sheet name. It says WHICH INSTANCE, as the path of custom component labels down to it, and is unique because it has to be - it keys SimSheetStructure and groups waves. Anything telling the user which sheet something is in wants this instead.

simSheetName : string

Returns: string