Vector class - data library

Constructors

Vector(DataType<T> dataType, int count, {VectorFormat? format}): Constructs a default vector of the desired dataType, the provided element count, and possibly a custom format.
factory
Vector.concat(DataType<T> dataType, Iterable<Vector<T>> vectors, {VectorFormat? format}): Returns the concatenation of vectors.
factory
Vector.constant(DataType<T> dataType, int count, {T? value, VectorFormat? format}): Constructs a vector with a constant value.
factory
Vector.fromIterable(DataType<T> dataType, Iterable<T> source, {VectorFormat? format}): Constructs a vector from an iterable. To enable efficient access the data is always copied.
factory
Vector.fromList(DataType<T> dataType, List<T> source, {VectorFormat? format}): Constructs a vector from a source list.
factory
Vector.generate(DataType<T> dataType, int count, VectorGeneratorCallback<T> callback, {VectorFormat? format}): Generates a vector from calling a callback on every value.
factory

count → int: The dimensionality of this vector.
no setter
dataType → DataType<T>: Returns the data type of this vector.
no setter
hashCode → int: The hash code for this object.
no setterinherited
iterable → List<T>: Returns a list iterable over the vector.
no setter
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited
shape → List<int>: Returns the shape of this vector.
no setter
storage → Set<Storage>: Returns the underlying storage containers of this object.
no setterinherited

copyInto(Vector<T> target) → Vector<T>: Returns the target vector with all elements of this vector copied into it.
forEach(void callback(int index, T value)) → void: Iterates over each value in the vector. Skips over default values, which can be done very efficiently on sparse vectors.
format({Printer<T>? valuePrinter, Printer<String>? paddingPrinter, Printer<String>? ellipsesPrinter, bool limit = true, int leadingItems = 3, int trailingItems = 3, String separator = ' ', String ellipses = '\u2026'}) → String: Returns a human readable representation of the vector.
getUnchecked(int index) → T: Returns the scalar at the provided index. The behavior is undefined if index is outside of bounds.
isWithinBounds(int index) → bool: Tests if index is within the bounds of this vector.
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
setUnchecked(int index, T value) → void: Sets the scalar at the provided index to value. The behavior is undefined if index is outside of bounds.
toString() → String: Returns the string representation of this polynomial.
override
toVector({VectorFormat? format}) → Vector<T>: Creates a new Vector containing the same elements as this one.

operator ==(Object other) → bool: The equality operator.
inherited
operator [](int index) → T: Returns the scalar at the provided index.
operator []=(int index, T value) → void: Sets the scalar at the provided index to value.