submit the download of the image specified by the url to be executed by thread pool

Load all images of the page

Returns a new list containing the outputs obtained by applying function f to each element of this list

Pre-conditions: a[lo..mid] and a[mid+1..hi] are sorted Post-conditions: a[lo..hi] is sorted

Compute the product of two matrix @param matrix1 A n x m matrix @param matrix2 A m x k matrix @return The n x k matrix product of matrix1 and matrix2

Should sort the list and order the Flower by color, in this specific order : red, blue, green

Should sort the Plant by name only

Should sort the list and order the Tree by height

Compute the sum of the element in a matrix @param matrix The input matrix @return The sum of the element in matrix

Compute the transpose of a matrix @param matrix The input matrix @return A new matrix that is the transpose of matrix

@param tab1 is a non null 2D array @param tab2 is a non null 2D array @return the number of elements that are the same at the same index more

Example of level building with this String : String s = "#-K\n-D-\n#-K\n" Gives : LevelComponent[][] componentsObjects = { {new Wall(), new Floor(), n

Initialize the instance variables, start the threads for the computation and create the barrier. <p> Explication for the instances variables: - nTreah

Bound executor to a fixed thread pool size