CubicLine class

Inheritance

Constructors

CubicLine({required OffsetPoint start, required Offset cpStart, required Offset cpEnd, required OffsetPoint end, Offset? upStartVector, Offset? upEndVector, double startSize = 0.0, double endSize = 0.0})

Properties

cpEnd → Offset
final
cpStart → Offset
final
direction → double
The angle of this offset as radians clockwise from the positive x-axis, in the range -pi to pi, assuming positive values of the x-axis go to the right and positive values of the y-axis go down.
no setterinherited
distance → double
The magnitude of the offset.
no setterinherited
distanceSquared → double
The square of the magnitude of the offset.
no setterinherited
dx → double
The x component of the offset.
no setterinherited
dy → double
The y component of the offset.
no setterinherited
end → OffsetPoint
final
endSize ↔ double
getter/setter pair
hashCode → int
The hash code for this object.
no setterinherited
isDot → bool
no setter
isFinite → bool
Whether both components are finite (neither infinite nor NaN).
no setterinherited
isInfinite → bool
Returns true if either component is double.infinity, and false if both are finite (or negative infinity, or NaN).
no setterinherited
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited
start → OffsetPoint
final
startSize ↔ double
getter/setter pair
upEndVector → Offset
no setter
upStartVector → Offset
no setter

Methods

combineVelocity(double inVelocity, {double velocityRatio = 0.65, double maxFallOff = 1.0}) → double
cpeDown(double size, double maxSize) → Offset
cpeUp(double size, double maxSize) → Offset
cpsDown(double size, double maxSize) → Offset
cpsUp(double size, double maxSize) → Offset
endRadius(double size, double maxSize) → double
length({double accuracy = 0.1}) → double?
0 - fastest, raw accuracy 1 - slowest, most accurate
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
point(double t) → Offset
scale(double scaleX, double scaleY) → CubicLine
Returns a new offset with the x component scaled by scaleX and the y component scaled by scaleY.
override
startRadius(double size, double maxSize) → double
toArc(double size, double deltaSize, {double precision = 0.5}) → List<CubicArc>
toPath() → Path
toShape(double size, double maxSize) → Path
toString() → String
A string representation of this object.
inherited
translate(double translateX, double translateY) → CubicLine
Returns a new offset with translateX added to the x component and translateY added to the y component.
override
velocity({double accuracy = 0.0}) → double

Operators

operator %(double operand) → Offset
Modulo (remainder) operator.
inherited
operator &(Size other) → Rect
Rectangle constructor operator.
inherited
operator *(double operand) → Offset
Multiplication operator.
inherited
operator +(Offset other) → Offset
Binary addition operator.
inherited
operator -(Offset other) → Offset
Binary subtraction operator.
inherited
operator /(double operand) → Offset
Division operator.
inherited
operator <(OffsetBase other) → bool
Less-than operator. Compares an Offset or Size to another Offset or Size, and returns true if both the horizontal and vertical values of the left-hand-side operand are smaller than the horizontal and vertical values of the right-hand-side operand respectively. Returns false otherwise.
inherited
operator <=(OffsetBase other) → bool
Less-than-or-equal-to operator. Compares an Offset or Size to another Offset or Size, and returns true if both the horizontal and vertical values of the left-hand-side operand are smaller than or equal to the horizontal and vertical values of the right-hand-side operand respectively. Returns false otherwise.
inherited
operator ==(Object other) → bool
Compares two Offsets for equality.
inherited
operator >(OffsetBase other) → bool
Greater-than operator. Compares an Offset or Size to another Offset or Size, and returns true if both the horizontal and vertical values of the left-hand-side operand are bigger than the horizontal and vertical values of the right-hand-side operand respectively. Returns false otherwise.
inherited
operator >=(OffsetBase other) → bool
Greater-than-or-equal-to operator. Compares an Offset or Size to another Offset or Size, and returns true if both the horizontal and vertical values of the left-hand-side operand are bigger than or equal to the horizontal and vertical values of the right-hand-side operand respectively. Returns false otherwise.
inherited
operator unary-() → Offset
Unary negation operator.
inherited
operator ~/(double operand) → Offset
Integer (truncating) division operator.
inherited

Static Methods

softCP(OffsetPoint current, {OffsetPoint? previous, OffsetPoint? next, bool reverse = false, double smoothing = 0.65}) → Offset