SimulationView (issie)

SimulationView Module

Namespace: global
Assembly: Renderer.dll

Types and nested modules

Type/Module	Description
Constants
SimCache

Functions and values

Function or value	Description
`InputDefaultsEqualInputs fs model clocktick` Full Usage: `InputDefaultsEqualInputs fs model clocktick` Parameters: fs : `FastSimulation` model : `Model` clocktick : `int` Returns: `bool`	fs : `FastSimulation` model : `Model` clocktick : `int` Returns: `bool`
`InputDefaultsEqualInputsRefresh fs model` Full Usage: `InputDefaultsEqualInputsRefresh fs model` Parameters: fs : `FastSimulation` model : `Model` Returns: `bool`	fs : `FastSimulation` model : `Model` Returns: `bool`
`cacheIsEqual cache ldcs` Full Usage: `cacheIsEqual cache ldcs` Parameters: cache : `SimCache` ldcs : `LoadedComponent list` Returns: `bool`	cache : `SimCache` ldcs : `LoadedComponent list` Returns: `bool`
`changeBase dispatch numBase` Full Usage: `changeBase dispatch numBase` Parameters: dispatch : `Msg -> 'a` numBase : `NumberBase` Returns: `'a`	dispatch : `Msg -> 'a` numBase : `NumberBase` Returns: `'a`
`cmd block` Full Usage: `cmd block` Parameters: block : `Async<unit> -> unit` Returns: `('a -> Async<'b>) -> 'a -> ('b -> 'c) -> Cmd<'c>`	block : `Async<unit> -> unit` Returns: `('a -> Async<'b>) -> 'a -> ('b -> 'c) -> Cmd<'c>`
`doBatchOfMsgsAsynch msgs` Full Usage: `doBatchOfMsgsAsynch msgs` Parameters: msgs : `Msg seq` Returns: `Cmd<Msg>`	msgs : `Msg seq` Returns: `Cmd<Msg>`
`getPosRotNextToPort port model dist` Full Usage: `getPosRotNextToPort port model dist` Parameters: port : `Port` model : `Model` dist : `float` Returns: `(XYPos * Rotation) option`	get the position and rotation for inserting a new component next to the given port at a given distance the rotation is such that the original left side of the component (input side) faces the given port returns None if another symbol is in the way port : `Port` model : `Model` dist : `float` Returns: `(XYPos * Rotation) option`
`getSimErrFeedbackMessages simError model` Full Usage: `getSimErrFeedbackMessages simError model` Parameters: simError : `SimulationError` model : `Model` Returns: `Msg list`	simError : `SimulationError` model : `Model` Returns: `Msg list`
`makeDummySimulationError msg` Full Usage: `makeDummySimulationError msg` Parameters: msg : `string` Returns: `SimulationError`	msg : `string` Returns: `SimulationError`
`makeIOLabel label width` Full Usage: `makeIOLabel label width` Parameters: label : `string` width : `int` Returns: `string`	Pretty print a label with its width. label : `string` width : `int` Returns: `string`
`prepareSimulationMemoized simulationArraySize openFileName diagramName (arg4, arg5) loadedDependencies` Full Usage: `prepareSimulationMemoized simulationArraySize openFileName diagramName (arg4, arg5) loadedDependencies` Parameters: simulationArraySize : `int` openFileName : `string` diagramName : `string` arg3 : `Component list` arg4 : `Connection list` loadedDependencies : `LoadedComponent list` Returns: `Result<SimulationData, SimulationError> * CanvasState`	Start up a simulation, doing all necessary checks and generating simulation errors if necesary. The code to do this is quite long so results are memoized. simulationArraySize : `int` openFileName : `string` diagramName : `string` arg3 : `Component list` arg4 : `Connection list` loadedDependencies : `LoadedComponent list` Returns: `Result<SimulationData, SimulationError> * CanvasState`
`setFastSimInputsToDefault fs` Full Usage: `setFastSimInputsToDefault fs` Parameters: fs : `FastSimulation`	fs : `FastSimulation`
`setInputDefaultsFromInputs fs dispatch clocktick` Full Usage: `setInputDefaultsFromInputs fs dispatch clocktick` Parameters: fs : `FastSimulation` dispatch : `Msg -> Unit` clocktick : `int`	fs : `FastSimulation` dispatch : `Msg -> Unit` clocktick : `int`
`setSimErrorFeedback simError model dispatch` Full Usage: `setSimErrorFeedback simError model dispatch` Parameters: simError : `SimulationError` model : `Model` dispatch : `Msg -> Unit`	simError : `SimulationError` model : `Model` dispatch : `Msg -> Unit`
`simCache` Full Usage: `simCache` Returns: `SimCache`	Used to store last canvas state and its simulation Returns: `SimCache`
`simCacheInit ()` Full Usage: `simCacheInit ()` Parameters: () : `unit` Returns: `SimCache`	() : `unit` Returns: `SimCache`
`simReset dispatch` Full Usage: `simReset dispatch` Parameters: dispatch : `Msg -> unit`	dispatch : `Msg -> unit`
`simulateModel simulatedSheet simulationArraySize (arg3, arg4) model` Full Usage: `simulateModel simulatedSheet simulationArraySize (arg3, arg4) model` Parameters: simulatedSheet : `string option` simulationArraySize : `int` arg2 : `Component list` arg3 : `Connection list` model : `Model` Returns: `Result<SimulationData, SimulationError> * CanvasState`	Start simulating the current Diagram. Return SimulationData that can be used to extend the simulation as needed, or error if simulation fails. Note that simulation is only redone if current canvas changes. simulatedSheet : `string option` simulationArraySize : `int` arg2 : `Component list` arg3 : `Connection list` model : `Model` Returns: `Result<SimulationData, SimulationError> * CanvasState`
`simulateWithProgressBar simProg model` Full Usage: `simulateWithProgressBar simProg model` Parameters: simProg : `SimulationProgress` model : `Model` Returns: `Model * Cmd<Msg>`	simProg : `SimulationProgress` model : `Model` Returns: `Model * Cmd<Msg>`
`simulateWithTime timeOut steps simData` Full Usage: `simulateWithTime timeOut steps simData` Parameters: timeOut : `'a` steps : `int` simData : `SimulationData` Returns: `float`	timeOut : `'a` steps : `int` simData : `SimulationData` Returns: `float`
`simulationClockChangeAction dispatch simData model'` Full Usage: `simulationClockChangeAction dispatch simData model'` Parameters: dispatch : `Msg -> unit` simData : `SimulationData` model' : `Model`	dispatch : `Msg -> unit` simData : `SimulationData` model' : `Model`
`storedstateisEqual cache ldcs` Full Usage: `storedstateisEqual cache ldcs` Parameters: cache : `SimCache` ldcs : `LoadedComponent list` Returns: `bool`	cache : `SimCache` ldcs : `LoadedComponent list` Returns: `bool`
`tryGetSimData (arg1, arg2) model` Full Usage: `tryGetSimData (arg1, arg2) model` Parameters: arg0 : `Component list` arg1 : `Connection list` model : `Model` Returns: `Result<SimulationData, SimulationError>`	arg0 : `Component list` arg1 : `Connection list` model : `Model` Returns: `Result<SimulationData, SimulationError>`
`tryStartSimulationAfterErrorFix simType model` Full Usage: `tryStartSimulationAfterErrorFix simType model` Parameters: simType : `SimSubTab` model : `Model` Returns: `Model * Cmd<Msg>`	simType : `SimSubTab` model : `Model` Returns: `Model * Cmd<Msg>`
`verilogOutput vType model dispatch` Full Usage: `verilogOutput vType model dispatch` Parameters: vType : `VMode` model : `Model` dispatch : `Msg -> Unit`	save verilog file TODO: the simulation error display here is shared with step simulation and also waveform simulation - maybe it should be a subfunction. vType : `VMode` model : `Model` dispatch : `Msg -> Unit`
`viewSimulation (arg1, arg2) model dispatch` Full Usage: `viewSimulation (arg1, arg2) model dispatch` Parameters: arg0 : `Component list` arg1 : `Connection list` model : `Model` dispatch : `Msg -> Unit` Returns: `ReactElement`	arg0 : `Component list` arg1 : `Connection list` model : `Model` dispatch : `Msg -> Unit` Returns: `ReactElement`
`viewSimulationError (comps, conns) simError model simType dispatch` Full Usage: `viewSimulationError (comps, conns) simError model simType dispatch` Parameters: comps : `Component list` conns : `Connection list` simError : `SimulationError` model : `Model` simType : `SimSubTab` dispatch : `Msg -> unit` Returns: `ReactElement`	comps : `Component list` conns : `Connection list` simError : `SimulationError` model : `Model` simType : `SimSubTab` dispatch : `Msg -> unit` Returns: `ReactElement`