==========================
Matrices with Full Storage
==========================

Functions dealing with matrices
===============================
Complete the following code snippet such that:

- function `initMatrix` initializes a matrix row-wise with $1$, $2$, $\dots$
- function `printMatrix` prints the content of a matrix.

:import: session03/matrix_assign.c

Using Functions
===============

Make additions to function `main` (and *only* `main`) such that:

- matrix $A$ gets initialized column-wise with $1$, $2$, $\dots$
  and its content printed.
- print the second row of $A$
- print the third column of $A$
- init the sub-matrix $A(2:3, 3:6)$ row-wise with $1$, $2$, \dots
- print the complete matrix




:navigate: up    -> doc:index
           back  -> doc:session03/page05
           next  -> doc:session03/page07