RotateScale (issie)

RotateScale Module

Namespace: global
Assembly: Renderer.dll

Types

Type	Description
PortInfo	Record containing all the information required to calculate the position of a port on the sheet.
SymConnDataT	For each edge of the symbol, store a count of how many connections it has to other symbols.
wireSymbols

Functions and values

Function or value	Description
`adjustPosForBlockFlip flip h w pos` Full Usage: `adjustPosForBlockFlip flip h w pos` Parameters: flip : `FlipType` - Flipped horizontally or vertically h : `float` - Original height of symbol (Before flip) w : `float` - Original width of symbol (Before flip) pos : `XYPos` Returns: `XYPos` New top left point of the symbol	HLP 23: AUTHOR Ismagilov - Get the new top left of a symbol after it has been flipped flip : `FlipType` Flipped horizontally or vertically h : `float` Original height of symbol (Before flip) w : `float` Original width of symbol (Before flip) pos : `XYPos` Returns: `XYPos` New top left point of the symbol
`adjustPosForBlockRotation rotation h w pos` Full Usage: `adjustPosForBlockRotation rotation h w pos` Parameters: rotation : `Rotation` - Rotated CW or AntiCW h : `float` - Original height of symbol (Before rotation) w : `float` - Original width of symbol (Before rotation) pos : `XYPos` Returns: `XYPos` New top left point of the symbol	HLP 23: AUTHOR Ismagilov - Get the new top left of a symbol after it has been rotated rotation : `Rotation` Rotated CW or AntiCW h : `float` Original height of symbol (Before rotation) w : `float` Original width of symbol (Before rotation) pos : `XYPos` Returns: `XYPos` New top left point of the symbol
`alignPortsOffset movePInfo otherPInfo` Full Usage: `alignPortsOffset movePInfo otherPInfo` Parameters: movePInfo : `PortInfo` otherPInfo : `PortInfo` Returns: `XYPos`	movePInfo : `PortInfo` otherPInfo : `PortInfo` Returns: `XYPos`
`alignSymbols wModel symbolToSize otherSymbol` Full Usage: `alignSymbols wModel symbolToSize otherSymbol` Parameters: wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Model`	wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Model`
`findSelectedSymbols compList model` Full Usage: `findSelectedSymbols compList model` Parameters: compList : `ComponentId list` model : `Model` Returns: `Symbol list`	compList : `ComponentId list` model : `Model` Returns: `Symbol list`
`flipBlock compList model flip` Full Usage: `flipBlock compList model flip` Parameters: compList : `ComponentId list` - List of ComponentId's of selected components model : `Model` - Current symbol model flip : `FlipType` - Type of flip to do Returns: `Model` New flipped symbol model	HLP 23: AUTHOR Ismagilov - Flips a block of symbols, returning the new symbol model compList : `ComponentId list` List of ComponentId's of selected components model : `Model` Current symbol model flip : `FlipType` Type of flip to do Returns: `Model` New flipped symbol model
`flipPointAboutBlockCentre point center flip` Full Usage: `flipPointAboutBlockCentre point center flip` Parameters: point : `XYPos` - Original XYPos center : `XYPos` - The center XYPos that the point is flipped about flip : `FlipType` - Horizontal or Vertical flip Returns: `XYPos` New flipped point	HLP 23: AUTHOR Ismagilov - Takes a point Pos, a centre Pos, and a flip type and returns the point flipped about the centre point : `XYPos` Original XYPos center : `XYPos` The center XYPos that the point is flipped about flip : `FlipType` Horizontal or Vertical flip Returns: `XYPos` New flipped point
`flipSymbolInBlock flip blockCentre sym` Full Usage: `flipSymbolInBlock flip blockCentre sym` Parameters: flip : `FlipType` - Flip horizontally or vertically blockCentre : `XYPos` sym : `Symbol` - Symbol to be flipped Returns: `Symbol` New symbol after flipped about block centre.	HLP 23: AUTHOR Ismagilov - Flip a symbol horizontally or vertically in its block. flip : `FlipType` Flip horizontally or vertically blockCentre : `XYPos` sym : `Symbol` Symbol to be flipped Returns: `Symbol` New symbol after flipped about block centre.
`getBlock symbols` Full Usage: `getBlock symbols` Parameters: symbols : `List<Symbol>` - Selected symbols list Returns: `BoundingBox` Bounding Box	HLP 23: AUTHOR Ismagilov - Get the bounding box of multiple selected symbols symbols : `List<Symbol>` Selected symbols list Returns: `BoundingBox` Bounding Box
`getOppEdgePortInfo wModel symbolToSize otherSymbol` Full Usage: `getOppEdgePortInfo wModel symbolToSize otherSymbol` Parameters: wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `(PortInfo * PortInfo) option`	Try to get two ports that are on opposite edges. wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `(PortInfo * PortInfo) option`
`getPortAB wModel wireSyms` Full Usage: `getPortAB wModel wireSyms` Parameters: wModel : `Model` wireSyms : `wireSymbols` Returns: `Port * Port`	wModel : `Model` wireSyms : `wireSymbols` Returns: `Port * Port`
`getScalingFactorAndOffsetCentre min matchMin max matchMax` Full Usage: `getScalingFactorAndOffsetCentre min matchMin max matchMax` Parameters: min : `float` matchMin : `float` max : `float` matchMax : `float` Returns: `float * float`	min : `float` matchMin : `float` max : `float` matchMax : `float` Returns: `float * float`
`getScalingFactorAndOffsetCentreGroup matchBBMin matchBBMax selectedSymbols` Full Usage: `getScalingFactorAndOffsetCentreGroup matchBBMin matchBBMax selectedSymbols` Parameters: matchBBMin : `XYPos` matchBBMax : `XYPos` selectedSymbols : `Symbol list` Returns: `(float * float) * (float * float)`	matchBBMin : `XYPos` matchBBMax : `XYPos` selectedSymbols : `Symbol list` Returns: `(float * float) * (float * float)`
`groupNewSelectedSymsModel compList model selectedSymbols modifySymbolFunc` Full Usage: `groupNewSelectedSymsModel compList model selectedSymbols modifySymbolFunc` Parameters: compList : `ComponentId list` model : `Model` selectedSymbols : `Symbol list` modifySymbolFunc : `Symbol -> Symbol` Returns: `Model`	compList : `ComponentId list` model : `Model` selectedSymbols : `Symbol list` modifySymbolFunc : `Symbol -> Symbol` Returns: `Model`
`makePortInfo sym port` Full Usage: `makePortInfo sym port` Parameters: sym : `Symbol` port : `Port` Returns: `PortInfo`	TODO: this is mostly copy pasted code from Symbol.getPortPos, perhaps abstract out the existing code there to use makePortInfo. Could not simply use getPortPos because more data (side, topBottomGap, etc.) is needed to caclulate the new dimensions of the resized symbol. sym : `Symbol` port : `Port` Returns: `PortInfo`
`noSymbolOverlap boxesIntersect boundingBoxes sym` Full Usage: `noSymbolOverlap boxesIntersect boundingBoxes sym` Parameters: boxesIntersect : `BoundingBox -> BoundingBox -> bool` boundingBoxes : `Map<ComponentId, BoundingBox>` sym : `Symbol` Returns: `bool`	boxesIntersect : `BoundingBox -> BoundingBox -> bool` boundingBoxes : `Map<ComponentId, BoundingBox>` sym : `Symbol` Returns: `bool`
`oneCompBoundsBothEdges selectedSymbols` Full Usage: `oneCompBoundsBothEdges selectedSymbols` Parameters: selectedSymbols : `Symbol list` Returns: `bool`	selectedSymbols : `Symbol list` Returns: `bool`
`optimiseSymbol wModel symbol boundingBoxes` Full Usage: `optimiseSymbol wModel symbol boundingBoxes` Parameters: wModel : `Model` symbol : `Symbol` boundingBoxes : `Map<ComponentId, BoundingBox>` Returns: `Model`	Finds the optimal size and position for the selected symbol w.r.t. to its surrounding symbols. wModel : `Model` symbol : `Symbol` boundingBoxes : `Map<ComponentId, BoundingBox>` Returns: `Model`
`postUpdateScalingBox (model, cmd)` Full Usage: `postUpdateScalingBox (model, cmd)` Parameters: model : `Model` cmd : `Cmd<Msg>` Returns: `Model * Cmd<Msg>`	model : `Model` cmd : `Cmd<Msg>` Returns: `Model * Cmd<Msg>`
`reSizeSymbol wModel symbolToSize otherSymbol` Full Usage: `reSizeSymbol wModel symbolToSize otherSymbol` Parameters: wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Symbol`	HLP23: To test this, it must be given two symbols interconnected by wires. It then resizes symbolToSize so that the connecting wires are exactly straight HLP23: It should work out the interconnecting wires (wires) from the two symbols, wModel.Wires and sModel.Ports It will do nothing if symbolToOrder is not a Custom component (which has adjustable size). wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Symbol`
`reSizeSymbolTopLevel wModel symbolToSize otherSymbol` Full Usage: `reSizeSymbolTopLevel wModel symbolToSize otherSymbol` Parameters: wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Model`	For UI to call ResizeSymbol. wModel : `Model` symbolToSize : `Symbol` otherSymbol : `Symbol` Returns: `Model`
`rotateBlock compList model rotation` Full Usage: `rotateBlock compList model rotation` Parameters: compList : `ComponentId list` - List of ComponentId's of selected components model : `Model` - Current symbol model rotation : `Rotation` - Type of rotation to do Returns: `Model` New rotated symbol model	HLP 23: AUTHOR Ismagilov - Rotates a block of symbols, returning the new symbol model compList : `ComponentId list` List of ComponentId's of selected components model : `Model` Current symbol model rotation : `Rotation` Type of rotation to do Returns: `Model` New rotated symbol model
`rotatePointAboutBlockCentre point centre rotation` Full Usage: `rotatePointAboutBlockCentre point centre rotation` Parameters: point : `XYPos` - Original XYPos centre : `XYPos` rotation : `Rotation` - Clockwise or Anticlockwise Returns: `XYPos` New flipped point	HLP 23: AUTHOR Ismagilov - Takes a point Pos, a centre Pos, and a rotation type and returns the point flipped about the centre point : `XYPos` Original XYPos centre : `XYPos` rotation : `Rotation` Clockwise or Anticlockwise Returns: `XYPos` New flipped point
`rotateSymbolByDegree degree sym` Full Usage: `rotateSymbolByDegree degree sym` Parameters: degree : `Rotation` sym : `Symbol` Returns: `Symbol`	HLP 23: AUTHOR Klapper - Rotates a symbol based on a degree, including: ports and component parameters. degree : `Rotation` sym : `Symbol` Returns: `Symbol`
`rotateSymbolInBlock rotation blockCentre sym` Full Usage: `rotateSymbolInBlock rotation blockCentre sym` Parameters: rotation : `Rotation` - Clockwise or Anticlockwise rotation blockCentre : `XYPos` sym : `Symbol` - Symbol to be rotated Returns: `Symbol` New symbol after rotated about block centre.	HLP 23: AUTHOR Ismagilov - Rotate a symbol in its block. rotation : `Rotation` Clockwise or Anticlockwise rotation blockCentre : `XYPos` sym : `Symbol` Symbol to be rotated Returns: `Symbol` New symbol after rotated about block centre.
`scaleSymbol (arg1, arg2) sym` Full Usage: `scaleSymbol (arg1, arg2) sym` Parameters: arg0 : `float * float` arg1 : `float * float` sym : `Symbol` Returns: `Symbol`	arg0 : `float * float` arg1 : `float * float` sym : `Symbol` Returns: `Symbol`
`scaleSymbolInBlock scaleType block sym` Full Usage: `scaleSymbolInBlock scaleType block sym` Parameters: scaleType : `ScaleType` - Scale up or down. Scaling distance is constant block : `BoundingBox` - Bounding box of selected components sym : `Symbol` - Symbol to be rotated Returns: `Symbol` New symbol after scaled about block centre.	HLP 23: AUTHOR Ismagilov - Scales selected symbol up or down. scaleType : `ScaleType` Scale up or down. Scaling distance is constant block : `BoundingBox` Bounding box of selected components sym : `Symbol` Symbol to be rotated Returns: `Symbol` New symbol after scaled about block centre.
`tryWireSymOppEdge wModel wire sym otherSym` Full Usage: `tryWireSymOppEdge wModel wire sym otherSym` Parameters: wModel : `Model` wire : `Wire` sym : `Symbol` otherSym : `Symbol` Returns: `Edge option`	If a wire between a target symbol and another symbol connects opposite edges, return the edge that the wire is connected to on the target symbol wModel : `Model` wire : `Wire` sym : `Symbol` otherSym : `Symbol` Returns: `Edge option`
`updateOrInsert symConnData edge cid` Full Usage: `updateOrInsert symConnData edge cid` Parameters: symConnData : `SymConnDataT` edge : `Edge` cid : `ComponentId` Returns: `SymConnDataT`	symConnData : `SymConnDataT` edge : `Edge` cid : `ComponentId` Returns: `SymConnDataT`