flAbstractVectorNode

fontlab.flAbstractVectorNode = class flAbstractVectorNode(object)

flAbstractVectorNode representation

Constructors:
  flAbstractVectorNode(flAbstractVectorNode)
  flAbstractVectorNode(flObject)

Methods

__delattr__(...)

x.__delattr__('name') <==> del x.name

__eq__(...)

x.__eq__(y) <==> x==y

__ge__(...)

x.__ge__(y) <==> x>=y

__getattribute__(...)

x.__getattribute__('name') <==> x.name

__gt__(...)

x.__gt__(y) <==> x>y

__init__(...)

x.__init__(...) initializes x; see help(type(x)) for signature

__le__(...)

x.__le__(y) <==> x<=y

__lt__(...)

x.__lt__(y) <==> x

__ne__(...)

x.__ne__(y) <==> x!=y

__repr__(...)

x.__repr__() <==> repr(x)

__setattr__(...)

x.__setattr__('name', value) <==> x.name = value

angleTo(...)

double angleTo(QPointF p)

applyTransform(...)

applyTransform(QTransform)

canBeHobby(...)

bool canBeHobby()

canBeSmooth(...)

bool canBeSmooth()

canCollapse(...)

bool canCollapse()

canImprove(...)

bool canImprove()

changed(...)

changed()

checkInitHistoryState(...)

checkInitHistoryState(uint history_ix)

checkVectors(...)

bool checkVectors()

clearAboveHistory(...)

clearAboveHistory(uint history_ix)

clearFlag(...)

clearFlag(uint f)

clearFlags(...)

clearFlags()

clearStored(...)

clearStored()

clone(...)

Clone the object

cloneMapped(...)

flNode cloneMapped(QTransform)

collapseHandles(...)

bool collapseHandles()

convertToCurve(...)

bool convertToCurve([bool smooth = false])

convertToCurves(...)

bool convertToCurves()

convertToLine(...)

bool convertToLine()

copyFrom(...)

copyFrom(Node[, withSelected=False])

createHistoryState(...)

createHistoryState(uint history_ix)

currentHistoryState(...)

currentHistoryIx()

distanceTo(...)

double distanceTo(Node/QPointF)

flag(...)

flag(uint f)

getLines(...)

(QLineF, QLineF)/None getLines()

getOn(...)

Node/None getOn()

getProperties(...)

Get object's properties list

getProperty(...)

getProperty('key') - get object property by 'key' or number

getPropertyFloat(...)

getPropertyFloat('key') - get float object property by 'key'

getPropertyInt(...)

getPropertyInt('key') - get int object property by 'key'

hasHistoryState(...)

hasHistoryState(uint history_ix)

historyStates(...)

historyStates(bool accepted_state)

improve(...)

bool improve()

independedAll(...)

independedAll()

initialHistoryState(...)

initialHistoryIx()

isCorner(...)

bool isCorner([double a = 10.])

isCurve(...)

bool isCurve()

isEqual(...)

isEqual(flObject)

isEqualTo(...)

bool isEqualTo(Node[, tolerance=0.1[, offset=QPointF(0, 0)]])

isExtreme(...)

bool isExtreme(bool x[, bool open = true[, double limit = 0]])

isFirst(...)

bool isFirst()

isG2(...)

bool isG2(double tolerance)

isInternal(...)

bool isInternal(bool clockwise)

isInterpolated(...)

bool isInterpolated(bool x)

isLast(...)

bool isLast()

isOff(...)

bool isOff()

isOn(...)

bool isOn()

isSmartAngle(...)

bool isSmartAngle()

makeStart(...)

bool makeStart()

moveBy(...)

moveBy(float dx, float dy[, bool round=false]

nextNode(...)

Node/None nextNode([string nodeType= [, int searchDepth=1]])

pointG2(...)

QPointF/None pointG2()

prevNode(...)

Node/None prevNode([string nodeType= [, int searchDepth=1]])

release(...)

release()

remove(...)

remove([flObject])

removeChild(...)

removeChild(flObject)

removeProperty(...)

removeProperty('key')

restoreCoordinates(...)

restoreCoordinates()

restoreHistoryState(...)

restoreHistoryState(uint history_ix)

rotateBy(...)

rotateBy(valueDegree[, QPointF origin=(0, 0)])

round(...)

round() - Round the node's coordinate

scaleBy(...)

scaleBy(valueXY | (valueX, valueY)[, QPointF origin=(0, 0)])

setExtraLast(...)

setExtraLast(bool)

setFlag(...)

setFlag(uint f [, bool value])

setNextSmooth(...)

setNextSmooth(QPointF base)

setPosition(...)

void setPosition(QPointF)

setPrevSmooth(...)

setPrevSmooth(QPointF base)

setProperty(...)

setProperty('key', value) - set object property by 'key' or number

setPropertyFloat(...)

setPropertyFloat('key', value) - set float object property by 'key'

setPropertyInt(...)

setPropertyInt('key', value) - set int object property by 'key'

setSmartAngleEnbl(...)

bool setSmartAngleEnbl(bool)

setSmartSharp(...)

bool setSmartSharp([double tension = 0.6])

skewBy(...)

skewBy(valueDegreeX | (valueDegreX, valueDegreY)[, QPointF origin=(0, 0)])

smartMove(...)

list(uint) smartMove(offset)

smartSetXY(...)

smartSetXY(QPointF)

storeCoordinates(...)

storeCoordinates()

storeTestParameters(...)

storeTestParameters()

tag(...)

tag([string])

transformBy(...)

transformBy(QTransform tx[, QPointF origin=(0, 0)])

update(...)

update()

updateG2(...)

bool updateG2()

updateSmooth(...)

updateSmooth([bool extended_neibh=true])

Static methods

cloneObject(...)

flObject cloneObject(const flObject&);

createObject(...)

flObject/Nothing createObject(int);

haveObject(...)

bool haveObject(uint);

instanceType(...)

int instanceType();

Descriptors

angle

angle

contour

The parent Contour or None if not present

g2

g2

hasChanges

bool

hasHistoryStates

bool

hobby

hobby

id

object id

index

The index of the node in parent's contour (if present, otherwise -1)

interpolated

interpolated

interpolatedX

interpolatedX

interpolatedY

interpolatedY

isChanged

bool

isNull

bool

isPresent

bool

isReleased

bool

isSelectedAlone

bool

isTerminal

bool

isValid

bool

name

object name

nodeState

nodeState

position

Coordinates of the node as QPointF

preview

preview

refCnt

object references count

scv

scv

selected

The selected flag

smartAngleR

smartAngleR

smooth

The smooth flag

state

state

type

The node type

x

The x coordinate of the node

y

The y coordinate of the node

Attributes

NodeKind = {'ExtraLast': 16384, 'First': 16, 'G2': 4096, 'Hobby': 8192, 'HotSpot': 2048, 'InterpolatedX': 256, 'InterpolatedY': 512, 'KindMask': 65535, 'None': 0, 'Preview': 64, ...}

NodeType = {'AnyNodeMask': 7, 'Curve': 4, 'Off': 2, 'On': 1}

__new__ = <built-in method __new__ of type object>

T.__new__(S, ...) -> a new object with type S, a subtype of T

flObjectFlags = {'ofAnchored': 64, 'ofChanged': 2, 'ofHistory': 128, 'ofIgnore': 8, 'ofIgnoreChanges': 4, 'ofPassive': 16, 'ofReleased': 1, 'ofSlowUpdate': 32}

angle

fontlab.flAbstractVectorNode.angle

angle

angleTo

fontlab.flAbstractVectorNode.angleTo = angleTo(...)

double angleTo(QPointF p)

applyTransform

fontlab.flAbstractVectorNode.applyTransform = applyTransform(...)

applyTransform(QTransform)

canBeHobby

fontlab.flAbstractVectorNode.canBeHobby = canBeHobby(...)

bool canBeHobby()

canBeSmooth

fontlab.flAbstractVectorNode.canBeSmooth = canBeSmooth(...)

bool canBeSmooth()

canCollapse

fontlab.flAbstractVectorNode.canCollapse = canCollapse(...)

bool canCollapse()

canImprove

fontlab.flAbstractVectorNode.canImprove = canImprove(...)

bool canImprove()

changed

fontlab.flAbstractVectorNode.changed = changed(...)

changed()

checkInitHistoryState

fontlab.flAbstractVectorNode.checkInitHistoryState = checkInitHistoryState(...)

checkInitHistoryState(uint history_ix)

checkVectors

fontlab.flAbstractVectorNode.checkVectors = checkVectors(...)

bool checkVectors()

clearAboveHistory

fontlab.flAbstractVectorNode.clearAboveHistory = clearAboveHistory(...)

clearAboveHistory(uint history_ix)

clearFlag

fontlab.flAbstractVectorNode.clearFlag = clearFlag(...)

clearFlag(uint f)

clearFlags

fontlab.flAbstractVectorNode.clearFlags = clearFlags(...)

clearFlags()

clearStored

fontlab.flAbstractVectorNode.clearStored = clearStored(...)

clearStored()

clone

fontlab.flAbstractVectorNode.clone = clone(...)

Clone the object

cloneMapped

fontlab.flAbstractVectorNode.cloneMapped = cloneMapped(...)

flNode cloneMapped(QTransform)

cloneObject

fontlab.flAbstractVectorNode.cloneObject = cloneObject(...)

flObject cloneObject(const flObject&);

collapseHandles

fontlab.flAbstractVectorNode.collapseHandles = collapseHandles(...)

bool collapseHandles()

contour

fontlab.flAbstractVectorNode.contour

The parent Contour or None if not present

convertToCurve

fontlab.flAbstractVectorNode.convertToCurve = convertToCurve(...)

bool convertToCurve([bool smooth = false])

convertToCurves

fontlab.flAbstractVectorNode.convertToCurves = convertToCurves(...)

bool convertToCurves()

convertToLine

fontlab.flAbstractVectorNode.convertToLine = convertToLine(...)

bool convertToLine()

copyFrom

fontlab.flAbstractVectorNode.copyFrom = copyFrom(...)

copyFrom(Node[, withSelected=False])

createHistoryState

fontlab.flAbstractVectorNode.createHistoryState = createHistoryState(...)

createHistoryState(uint history_ix)

createObject

fontlab.flAbstractVectorNode.createObject = createObject(...)

flObject/Nothing createObject(int);

currentHistoryState

fontlab.flAbstractVectorNode.currentHistoryState = currentHistoryState(...)

currentHistoryIx()

distanceTo

fontlab.flAbstractVectorNode.distanceTo = distanceTo(...)

double distanceTo(Node/QPointF)

flag

fontlab.flAbstractVectorNode.flag = flag(...)

flag(uint f)

flObjectFlags

fontlab.flAbstractVectorNode.flObjectFlags = {'ofAnchored': 64, 'ofChanged': 2, 'ofHistory': 128, 'ofIgnore': 8, 'ofIgnoreChanges': 4, 'ofPassive': 16, 'ofReleased': 1, 'ofSlowUpdate': 32}

g2

fontlab.flAbstractVectorNode.g2

g2

getLines

fontlab.flAbstractVectorNode.getLines = getLines(...)

(QLineF, QLineF)/None getLines()

getOn

fontlab.flAbstractVectorNode.getOn = getOn(...)

Node/None getOn()

getProperties

fontlab.flAbstractVectorNode.getProperties = getProperties(...)

Get object's properties list

getProperty

fontlab.flAbstractVectorNode.getProperty = getProperty(...)

getProperty('key') - get object property by 'key' or number

getPropertyFloat

fontlab.flAbstractVectorNode.getPropertyFloat = getPropertyFloat(...)

getPropertyFloat('key') - get float object property by 'key'

getPropertyInt

fontlab.flAbstractVectorNode.getPropertyInt = getPropertyInt(...)

getPropertyInt('key') - get int object property by 'key'

hasChanges

fontlab.flAbstractVectorNode.hasChanges

bool

hasHistoryState

fontlab.flAbstractVectorNode.hasHistoryState = hasHistoryState(...)

hasHistoryState(uint history_ix)

hasHistoryStates

fontlab.flAbstractVectorNode.hasHistoryStates

bool

haveObject

fontlab.flAbstractVectorNode.haveObject = haveObject(...)

bool haveObject(uint);

historyStates

fontlab.flAbstractVectorNode.historyStates = historyStates(...)

historyStates(bool accepted_state)

hobby

fontlab.flAbstractVectorNode.hobby

hobby

id

fontlab.flAbstractVectorNode.id

object id

improve

fontlab.flAbstractVectorNode.improve = improve(...)

bool improve()

independedAll

fontlab.flAbstractVectorNode.independedAll = independedAll(...)

independedAll()

index

fontlab.flAbstractVectorNode.index

The index of the node in parent's contour (if present, otherwise -1)

initialHistoryState

fontlab.flAbstractVectorNode.initialHistoryState = initialHistoryState(...)

initialHistoryIx()

instanceType

fontlab.flAbstractVectorNode.instanceType = instanceType(...)

int instanceType();

interpolated

fontlab.flAbstractVectorNode.interpolated

interpolated

interpolatedX

fontlab.flAbstractVectorNode.interpolatedX

interpolatedX

interpolatedY

fontlab.flAbstractVectorNode.interpolatedY

interpolatedY

isChanged

fontlab.flAbstractVectorNode.isChanged

bool

isCorner

fontlab.flAbstractVectorNode.isCorner = isCorner(...)

bool isCorner([double a = 10.])

isCurve

fontlab.flAbstractVectorNode.isCurve = isCurve(...)

bool isCurve()

isEqual

fontlab.flAbstractVectorNode.isEqual = isEqual(...)

isEqual(flObject)

isEqualTo

fontlab.flAbstractVectorNode.isEqualTo = isEqualTo(...)

bool isEqualTo(Node[, tolerance=0.1[, offset=QPointF(0, 0)]])

isExtreme

fontlab.flAbstractVectorNode.isExtreme = isExtreme(...)

bool isExtreme(bool x[, bool open = true[, double limit = 0]])

isFirst

fontlab.flAbstractVectorNode.isFirst = isFirst(...)

bool isFirst()

isG2

fontlab.flAbstractVectorNode.isG2 = isG2(...)

bool isG2(double tolerance)

isInternal

fontlab.flAbstractVectorNode.isInternal = isInternal(...)

bool isInternal(bool clockwise)

isInterpolated

fontlab.flAbstractVectorNode.isInterpolated = isInterpolated(...)

bool isInterpolated(bool x)

isLast

fontlab.flAbstractVectorNode.isLast = isLast(...)

bool isLast()

isNull

fontlab.flAbstractVectorNode.isNull

bool

isOff

fontlab.flAbstractVectorNode.isOff = isOff(...)

bool isOff()

isOn

fontlab.flAbstractVectorNode.isOn = isOn(...)

bool isOn()

isPresent

fontlab.flAbstractVectorNode.isPresent

bool

isReleased

fontlab.flAbstractVectorNode.isReleased

bool

isSelectedAlone

fontlab.flAbstractVectorNode.isSelectedAlone

bool

isSmartAngle

fontlab.flAbstractVectorNode.isSmartAngle = isSmartAngle(...)

bool isSmartAngle()

isTerminal

fontlab.flAbstractVectorNode.isTerminal

bool

isValid

fontlab.flAbstractVectorNode.isValid

bool

makeStart

fontlab.flAbstractVectorNode.makeStart = makeStart(...)

bool makeStart()

moveBy

fontlab.flAbstractVectorNode.moveBy = moveBy(...)

moveBy(float dx, float dy[, bool round=false]

name

fontlab.flAbstractVectorNode.name

object name

nextNode

fontlab.flAbstractVectorNode.nextNode = nextNode(...)

Node/None nextNode([string nodeType= [, int searchDepth=1]])

NodeKind

fontlab.flAbstractVectorNode.NodeKind = {'ExtraLast': 16384, 'First': 16, 'G2': 4096, 'Hobby': 8192, 'HotSpot': 2048, 'InterpolatedX': 256, 'InterpolatedY': 512, 'KindMask': 65535, 'None': 0, 'Preview': 64, ...}

nodeState

fontlab.flAbstractVectorNode.nodeState

nodeState

NodeType

fontlab.flAbstractVectorNode.NodeType = {'AnyNodeMask': 7, 'Curve': 4, 'Off': 2, 'On': 1}

pointG2

fontlab.flAbstractVectorNode.pointG2 = pointG2(...)

QPointF/None pointG2()

position

fontlab.flAbstractVectorNode.position

Coordinates of the node as QPointF

preview

fontlab.flAbstractVectorNode.preview

preview

prevNode

fontlab.flAbstractVectorNode.prevNode = prevNode(...)

Node/None prevNode([string nodeType= [, int searchDepth=1]])

refCnt

fontlab.flAbstractVectorNode.refCnt

object references count

release

fontlab.flAbstractVectorNode.release = release(...)

release()

remove

fontlab.flAbstractVectorNode.remove = remove(...)

remove([flObject])

removeChild

fontlab.flAbstractVectorNode.removeChild = removeChild(...)

removeChild(flObject)

removeProperty

fontlab.flAbstractVectorNode.removeProperty = removeProperty(...)

removeProperty('key')

restoreCoordinates

fontlab.flAbstractVectorNode.restoreCoordinates = restoreCoordinates(...)

restoreCoordinates()

restoreHistoryState

fontlab.flAbstractVectorNode.restoreHistoryState = restoreHistoryState(...)

restoreHistoryState(uint history_ix)

rotateBy

fontlab.flAbstractVectorNode.rotateBy = rotateBy(...)

rotateBy(valueDegree[, QPointF origin=(0, 0)])

round

fontlab.flAbstractVectorNode.round = round(...)

round() - Round the node's coordinate

scaleBy

fontlab.flAbstractVectorNode.scaleBy = scaleBy(...)

scaleBy(valueXY | (valueX, valueY)[, QPointF origin=(0, 0)])

scv

fontlab.flAbstractVectorNode.scv

scv

selected

fontlab.flAbstractVectorNode.selected

The selected flag

setExtraLast

fontlab.flAbstractVectorNode.setExtraLast = setExtraLast(...)

setExtraLast(bool)

setFlag

fontlab.flAbstractVectorNode.setFlag = setFlag(...)

setFlag(uint f [, bool value])

setNextSmooth

fontlab.flAbstractVectorNode.setNextSmooth = setNextSmooth(...)

setNextSmooth(QPointF base)

setPosition

fontlab.flAbstractVectorNode.setPosition = setPosition(...)

void setPosition(QPointF)

setPrevSmooth

fontlab.flAbstractVectorNode.setPrevSmooth = setPrevSmooth(...)

setPrevSmooth(QPointF base)

setProperty

fontlab.flAbstractVectorNode.setProperty = setProperty(...)

setProperty('key', value) - set object property by 'key' or number

setPropertyFloat

fontlab.flAbstractVectorNode.setPropertyFloat = setPropertyFloat(...)

setPropertyFloat('key', value) - set float object property by 'key'

setPropertyInt

fontlab.flAbstractVectorNode.setPropertyInt = setPropertyInt(...)

setPropertyInt('key', value) - set int object property by 'key'

setSmartAngleEnbl

fontlab.flAbstractVectorNode.setSmartAngleEnbl = setSmartAngleEnbl(...)

bool setSmartAngleEnbl(bool)

setSmartSharp

fontlab.flAbstractVectorNode.setSmartSharp = setSmartSharp(...)

bool setSmartSharp([double tension = 0.6])

skewBy

fontlab.flAbstractVectorNode.skewBy = skewBy(...)

skewBy(valueDegreeX | (valueDegreX, valueDegreY)[, QPointF origin=(0, 0)])

smartAngleR

fontlab.flAbstractVectorNode.smartAngleR

smartAngleR

smartMove

fontlab.flAbstractVectorNode.smartMove = smartMove(...)

list(uint) smartMove(offset)

smartSetXY

fontlab.flAbstractVectorNode.smartSetXY = smartSetXY(...)

smartSetXY(QPointF)

smooth

fontlab.flAbstractVectorNode.smooth

The smooth flag

state

fontlab.flAbstractVectorNode.state

state

storeCoordinates

fontlab.flAbstractVectorNode.storeCoordinates = storeCoordinates(...)

storeCoordinates()

storeTestParameters

fontlab.flAbstractVectorNode.storeTestParameters = storeTestParameters(...)

storeTestParameters()

tag

fontlab.flAbstractVectorNode.tag = tag(...)

tag([string])

transformBy

fontlab.flAbstractVectorNode.transformBy = transformBy(...)

transformBy(QTransform tx[, QPointF origin=(0, 0)])

type

fontlab.flAbstractVectorNode.type

The node type

update

fontlab.flAbstractVectorNode.update = update(...)

update()

updateG2

fontlab.flAbstractVectorNode.updateG2 = updateG2(...)

bool updateG2()

updateSmooth

fontlab.flAbstractVectorNode.updateSmooth = updateSmooth(...)

updateSmooth([bool extended_neibh=true])

x

fontlab.flAbstractVectorNode.x

The x coordinate of the node

y

fontlab.flAbstractVectorNode.y

The y coordinate of the node