Matrix2d class - matrix2d library

Constructors

Matrix2d(): Dart package for 2D Matrix or 2D array operations
const

Properties

hashCode → int: The hash code for this object.
no setterinherited
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited

Methods

addition(List list1, List list2) → List: Function is used when we want to compute the addition of two array.
arange(int stop, [int? start, int? steps]) → List: Is one of the array creation routines based on numerical ranges. It creates an instance of ndarray with evenly spaced values and returns the reference to it.
compare(List list, String operation, dynamic object) → List: compare values inside an array with given object and operations. function will return a new boolen array
compareobject(List list, String operations, dynamic object) → List: compare values inside an array with given object and operations. function will return a new boolen array
concatenate(List list1, dynamic list2, {int axis = 0}) → List: Concatenation refers to joining. This function is used to join two arrays of the same shape along a specified axis. The function takes the following parameters note: Axis along which arrays have to be joined. Default is 0 note 2: concatenation of n number of arrays comming soon.....
diagonal(List list) → List: To find a diagonal element from a given matrix and gives output as one dimensional matrix.
division(List list1, List list2) → List: Matrix element from first matrix is divided by elements from second element.Both list1 and list2 must have same shape and element in list2 must not be zero; otherwise ouput matrix contain infinity.
dot(List list1, List list2) → List: Function returns the dot product of two arrays. For 2-D vectors, it is the equivalent to matrix multiplication. For 1-D arrays, it is the inner product of the vectors. For N-dimensional arrays, it is a sum product over the last axis of a and the second-last axis of b.
fill(int row, int cols, dynamic value) → List: Just like zeros() and ones() this function will return a new array of given shape, with given object(anything btw strings too)
flatten(List list) → List: Used to get a copy of an given array collapsed into one dimension
linspace(int start, int end, [int number = 50]) → dynamic: Returns number spaces evenly w.r.t interval. Similar to arange but instead of step it uses sample number.
max(List list, {int? axis}) → List: Functions, used to find the maximum value for any given array
min(List list, {int? axis}) → List: Functions, used to find the maximum value for any given array
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
ones(int row, int cols) → List: Return a new array of given shape, with ones
reshape(List list, int row, int column) → List: Reshaping means changing the shape of an array.
reverse(List list, [dynamic axis = 0]) → List: Function used to reverse 2D array along axis axis is 0 by default and only support 0 and 1
shape(List list) → List: The shape of an array is the number of elements in each dimension.
slice(List array, List<int> row_index, [List<int>? column_index]) → List: Function used to slice two-dimensional arrays
subtraction(List list1, List list2) → List: Function is used when we want to compute the difference of two array.
sum(List list) → num: Function returns the sum of array elements
toString() → String: A string representation of this object.
inherited
transpose(List list) → List: Reverse the axes of an array and returns the modified array.
zeros(int row, int cols) → List: Return a new array of given shape, with zeros

Operators

operator ==(Object other) → bool: The equality operator.
inherited