CanvasExtractor (issie)

CanvasExtractor Module

Namespace: global
Assembly: Renderer.dll

Functions and values

Function or value	Description
`addStateToLoadedComponents openFileName (arg2, arg3) loadedComponents` Full Usage: `addStateToLoadedComponents openFileName (arg2, arg3) loadedComponents` Parameters: openFileName : `string` arg1 : `Component list` arg2 : `Connection list` loadedComponents : `LoadedComponent list` Returns: `LoadedComponent list`	add given name,state to loadedcomponent list as a loaded component (overwriting existing if needed) openFileName : `string` arg1 : `Component list` arg2 : `Connection list` loadedComponents : `LoadedComponent list` Returns: `LoadedComponent list`
`compareCanvas tolerance (arg2, arg3) (arg4, arg5)` Full Usage: `compareCanvas tolerance (arg2, arg3) (arg4, arg5)` Parameters: tolerance : `float` arg1 : `Component list` arg2 : `Connection list` arg3 : `Component list` arg4 : `Connection list` Returns: `bool`	Robust comparison of two schematics. Tolerance determines how similar counts as equal. cannot use equality because float vertices may not be identical use to detemine whether schematic needs to be saved NB for electrical circuit comparison use extractReducedState. tolerance : `float` arg1 : `Component list` arg2 : `Connection list` arg3 : `Component list` arg4 : `Connection list` Returns: `bool`
`compareComps tolerance comps1 comps2` Full Usage: `compareComps tolerance comps1 comps2` Parameters: tolerance : `float` comps1 : `List<Component>` comps2 : `List<Component>` Returns: `bool`	Are two lists of components identical tolerance : `float` comps1 : `List<Component>` comps2 : `List<Component>` Returns: `bool`
`compareConns tolerance conns1 conns2` Full Usage: `compareConns tolerance conns1 conns2` Parameters: tolerance : `float` conns1 : `List<Connection>` conns2 : `List<Connection>` Returns: `bool`	Are two lists of connections identical tolerance : `float` conns1 : `List<Connection>` conns2 : `List<Connection>` Returns: `bool`
`compareIOs ldc1 ldc2` Full Usage: `compareIOs ldc1 ldc2` Parameters: ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`	Compare the name and IOs of two sheets as loadedcomponents For backups, if these change something major has happened ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`
`compsAreEqual comp1 comp2` Full Usage: `compsAreEqual comp1 comp2` Parameters: comp1 : `Component` comp2 : `Component` Returns: `bool` Modifiers: inline	comp1 : `Component` comp2 : `Component` Returns: `bool`
`compsAreEqualExInputDefault comp1 comp2` Full Usage: `compsAreEqualExInputDefault comp1 comp2` Parameters: comp1 : `Component` comp2 : `Component` Returns: `bool` Modifiers: inline	comp1 : `Component` comp2 : `Component` Returns: `bool`
`connsAreEqual conn1 conn2` Full Usage: `connsAreEqual conn1 conn2` Parameters: conn1 : `Connection` conn2 : `Connection` Returns: `bool` Modifiers: inline	conn1 : `Connection` conn2 : `Connection` Returns: `bool`
`debugChangedConnections` Full Usage: `debugChangedConnections` Returns: `ConnectionId list`	evil mutable for debugging only allows easy access to specific connections - so it can be highlighted in GUI Returns: `ConnectionId list`
`extractLoadedSimulatorComponent (arg1, arg2) name` Full Usage: `extractLoadedSimulatorComponent (arg1, arg2) name` Parameters: arg0 : `Component list` arg1 : `Connection list` name : `string` Returns: `LoadedComponent`	extract the fields compared to check circuit equality arg0 : `Component list` arg1 : `Connection list` name : `string` Returns: `LoadedComponent`
`extractReducedState (arg1, arg2)` Full Usage: `extractReducedState (arg1, arg2)` Parameters: arg0 : `Component list` arg1 : `Connection list` Returns: `ReducedCanvasState`	Transform the CanvasState into an f# data structure, with layout data removed (for checking electrically significant changes). Components and connections are sorted to make them order-invariant - selecting components alters order. arg0 : `Component list` arg1 : `Connection list` Returns: `ReducedCanvasState`
`getOrderedCompLabels compType (arg2, arg3)` Full Usage: `getOrderedCompLabels compType (arg2, arg3)` Parameters: compType : `ComponentType` arg1 : `Component list` arg2 : `Connection list` Returns: `(string * int) list`	get sheet I/O labels in correct order based on position of components compType : `ComponentType` arg1 : `Component list` arg2 : `Connection list` Returns: `(string * int) list`
`getStateAndDependencies diagramName ldcs` Full Usage: `getStateAndDependencies diagramName ldcs` Parameters: diagramName : `string` ldcs : `LoadedComponent list` Returns: `string * CanvasState * LoadedComponent list`	the inverse of addStateToLoadedConponents The loadedComponent list does NOT include diagramName diagramName : `string` ldcs : `LoadedComponent list` Returns: `string * CanvasState * LoadedComponent list`
`loadedComponentIsEqual ldc1 ldc2` Full Usage: `loadedComponentIsEqual ldc1 ldc2` Parameters: ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`	Is circuit (not geometry) the same for two LoadedComponents? They must also have the same name ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`
`loadedComponentIsEqualExInputDefault ldc1 ldc2` Full Usage: `loadedComponentIsEqualExInputDefault ldc1 ldc2` Parameters: ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`	Is circuit (not geometry) the same for two LoadedComponents? They must also have the same name ldc1 : `LoadedComponent` ldc2 : `LoadedComponent` Returns: `bool`
`loadedComponentIsSameAsProject (arg1, arg2) ldc p` Full Usage: `loadedComponentIsSameAsProject (arg1, arg2) ldc p` Parameters: arg0 : `Component list` arg1 : `Connection list` ldc : `LoadedComponent` p : `Project option` Returns: `bool`	Returns true if project exists and ldc is electrically identical to same sheet in project canvasState must be the project currently open state. arg0 : `Component list` arg1 : `Connection list` ldc : `LoadedComponent` p : `Project option` Returns: `bool`
`logConnId id` Full Usage: `logConnId id` Parameters: id : `ConnectionId` Returns: `string`	Formats a ConnectionId for logging purposes id : `ConnectionId` Returns: `string`
`parseDiagramSignature (arg1, arg2)` Full Usage: `parseDiagramSignature (arg1, arg2)` Parameters: arg0 : `Component list` arg1 : `Connection list` Returns: `(string * int) list * (string * int) list`	Extract the labels and bus widths of the inputs and outputs nodes as a signature. Form is inputs,outputs arg0 : `Component list` arg1 : `Connection list` Returns: `(string * int) list * (string * int) list`
`printConnErrors connFixedOffset` Full Usage: `printConnErrors connFixedOffset` Parameters: connFixedOffset : `XYPos` Returns: `(Connection * Connection) list -> (Connection * Connection) list`	connFixedOffset : `XYPos` Returns: `(Connection * Connection) list -> (Connection * Connection) list`
`referenceEquality a1 a2` Full Usage: `referenceEquality a1 a2` Parameters: a1 : `obj` a2 : `obj` Returns: `bool`	access javascript reference equality a1 : `obj` a2 : `obj` Returns: `bool`
`sortQBy byFun ids` Full Usage: `sortQBy byFun ids` Parameters: byFun : `'a -> 'b` ids : `'a list` Returns: `'a list`	byFun : `'a -> 'b` ids : `'a list` Returns: `'a list`
`stateIsEqual (arg1, arg2) (arg3, arg4)` Full Usage: `stateIsEqual (arg1, arg2) (arg3, arg4)` Parameters: arg0 : `Component list` arg1 : `Connection list` arg2 : `Component list` arg3 : `Connection list` Returns: `bool`	Is circuit (not geometry) the same for two CanvasStates? fast comparison arg0 : `Component list` arg1 : `Connection list` arg2 : `Component list` arg3 : `Connection list` Returns: `bool`
`stateIsEqualExInputDefault (arg1, arg2) (arg3, arg4)` Full Usage: `stateIsEqualExInputDefault (arg1, arg2) (arg3, arg4)` Parameters: arg0 : `Component list` arg1 : `Connection list` arg2 : `Component list` arg3 : `Connection list` Returns: `bool`	arg0 : `Component list` arg1 : `Connection list` arg2 : `Component list` arg3 : `Connection list` Returns: `bool`
`verticesAreSame fixedOffset tolerance conns1 conns2` Full Usage: `verticesAreSame fixedOffset tolerance conns1 conns2` Parameters: fixedOffset : `XYPos` tolerance : `float` conns1 : `(float * float * bool) list` conns2 : `(float * float * bool) list` Returns: `bool`	Are two lists of vertices are very similar. fixedOffset : `XYPos` tolerance : `float` conns1 : `(float * float * bool) list` conns2 : `(float * float * bool) list` Returns: `bool`