Angle extension type - dart_graph library

Constructors

Angle(double radians)
Angle.degrees(double degrees): const
Angle.radians(double radians): const

Properties

abs → Angle: no setter
address → Pointer<Never>: Available on double, provided by the DoubleAddress extension
The memory address of the underlying data.
no setter
asDegrees → Angle: Available on num, provided by the NumberExt extension

no setter
asFixedNum → Num: Available on num, provided by the NumberExt extension

no setter
asPercentNum → Num: Available on num, provided by the NumberExt extension

no setter
asRadians → Angle: Available on num, provided by the NumberExt extension

no setter
cos → double: no setter
degrees → double: no setter
hashCode → int: Returns a hash code for a numerical value.
no setterinherited
inverse → Angle: no setter
isFinite → bool: Whether this number is finite.
no setterinherited
isFull → bool: no setter
isInfinite → bool: Whether this number is positive infinity or negative infinity.
no setterinherited
isNaN → bool: Whether this number is a Not-a-Number value.
no setterinherited
isNegative → bool: Whether this number is negative.
no setterinherited
isZero → bool: no setter
normalized → Angle: no setter
radians → double: final
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
sign → double: The sign of the double's numerical value.
no setterinherited
sin → double: no setter
tan → double: no setter
toJS → JSNumber: Available on double, provided by the DoubleToJSNumber extension
Converts this double to a JSNumber.
no setter
toJS → JSNumber: Available on num, provided by the NumToJSExtension extension
Converts this num to a JSNumber.
no setter

Methods

abs() → double: The absolute value of this number.
inherited
add(num other, [bool otherIsDegrees = false]) → Angle
ceil() → int: Returns the least integer that is not smaller than this number.
inherited
ceilToDouble() → double: Returns the least integer double value no smaller than this.
inherited
clamp(num lowerLimit, num upperLimit) → num: Returns this num clamped to be in the range lowerLimit-upperLimit.
inherited
compare(num other, [double accurate = 1e-9]) → int: Available on num, provided by the NumberExt extension
compareTo(num other) → int: Compares this to other.
inherited
div(num factor) → Angle
equal(num other, [double accuracy = 1e-9]) → bool: Available on num, provided by the NumberExt extension
equals(Angle other, {double epsilon = _epsilon}) → bool
floor() → int: Returns the greatest integer no greater than this number.
inherited
floorToDouble() → double: Returns the greatest integer double value no greater than this.
inherited
format({int precision = 4, String infinityChar = "∞"}) → String: Available on num, provided by the NumberExt extension
multiply(num factor) → Angle
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
remainder(num other) → double: The remainder of the truncating division of this by other.
inherited
rotate(Angle delta) → Angle
round() → int: Returns the integer closest to this number.
inherited
roundToDouble() → double: Returns the integer double value closest to this.
inherited
sub(num other, [bool otherIsDegrees = false]) → Angle
toDouble() → double: This number as a double.
inherited
toInt() → int: Truncates this num to an integer and returns the result as an int.
inherited
toString() → String: Provide a representation of this double value.
inherited
toStringAsExponential([int? fractionDigits]) → String: An exponential string-representation of this number.
inherited
toStringAsFixed(int fractionDigits) → String: A decimal-point string-representation of this number.
inherited
toStringAsPrecision(int precision) → String: A string representation with precision significant digits.
inherited
toVector(double length) → Offset
truncate() → int: Returns the integer obtained by discarding any fractional part of this number.
inherited
truncateToDouble() → double: Returns the integer double value obtained by discarding any fractional digits from this.
inherited

Operators

operator %(num factor) → Angle: Euclidean modulo of this number by other.
operator *(num factor) → Angle: Multiplies this number by other.
operator +(Angle other) → Angle: Adds other to this number.
operator -(Angle other) → Angle: Subtracts other from this number.
operator /(num factor) → Angle: Divides this number by other.
operator <(Angle other) → bool: Whether this number is numerically smaller than other.
operator <=(Angle other) → bool: Whether this number is numerically smaller than or equal to other.
operator ==(Object other) → bool: Test whether this value is numerically equal to other.
inherited
operator >(Angle other) → bool: Whether this number is numerically greater than other.
operator >=(Angle other) → bool: Whether this number is numerically greater than or equal to other.
operator unary-() → Angle: Subtracts other from this number.
operator ~/(num other) → int: Truncating division operator.
inherited

Static Methods

lerp(Angle a, Angle b, double t) → Angle: Linearly interpolates between two angles, taking the shortest arc.

Constants

full → const Angle
half → const Angle
quarter → const Angle
zero → const Angle