Question

Create a script (buildACell.m) that allows the user to create a cell array that has the dimensions of their choosing. Allow them to enter as many elements as they choose and any type they choose. After they have completed the array population, display the array to the user. Find all character arrays (words), cell arrays, vectors, matrices, integers, and numerics then return the address (i,j) of the data types. Cell Array | Column 1 | Column 2 Row 1 | 'hello' | [1,2,3,4,5] Row 2 | 346 | cell(2) Table 1: Cell Array Here, in row 1 column 1, (1,1) we have a character array hello, so we would return that at (1,1) there is a character array. Following the same concept, at (1,2) we have a vector, at (2,1) an integer, and at (2,2) a cell array. If user decides to add a cell array, ask if they would like to populate that cell. (Do not populate with another cell, since we will begin to have a chain of cells within cells and indexing them becomes tricky!) Finally, ask the user whether they would like to view the contents of the cell within the bigger cell. Run your script.

          Create a script (buildACell.m) that allows the user to create a cell array that has the dimensions of their choosing. Allow them to enter as many elements as they choose and any type they choose. After they have completed the array population, display the array to the user. Find all character arrays (words), cell arrays, vectors, matrices, integers, and numerics then return the address (i,j) of the data types.

Cell Array | Column 1 | Column 2
Row 1 | 'hello' | [1,2,3,4,5]
Row 2 | 346 | cell(2)

Table 1: Cell Array

Here, in row 1 column 1, (1,1) we have a character array hello, so we would return that at (1,1) there is a character array. Following the same concept, at (1,2) we have a vector, at (2,1) an integer, and at (2,2) a cell array. If user decides to add a cell array, ask if they would like to populate that cell. (Do not populate with another cell, since we will begin to have a chain of cells within cells and indexing them becomes tricky!) Finally, ask the user whether they would like to view the contents of the cell within the bigger cell. Run your script.

Create a script (buildACell.m) that allows the user to create a cell array that has the dimensions of their choosing. Allow them to enter as many elements as they choose and any type they choose. After they have completed the array population, display the array to the user. Find all character arrays (words), cell arrays, vectors, matrices, integers, and numerics then return the address (i,j) of the data types.

Cell Array | Column 1 | Column 2
Row 1 | 'hello' | [1,2,3,4,5]
Row 2 | 346 | cell(2)

Table 1: Cell Array

Here, in row 1 column 1, (1,1) we have a character array hello, so we would return that at (1,1) there is a character array. Following the same concept, at (1,2) we have a vector, at (2,1) an integer, and at (2,2) a cell array. If user decides to add a cell array, ask if they would like to populate that cell. (Do not populate with another cell, since we will begin to have a chain of cells within cells and indexing them becomes tricky!) Finally, ask the user whether they would like to view the contents of the cell within the bigger cell. Run your script.

Added by Michael N.

Question

Please give Ace some feedback