úÎrè 2The type of mutable arrays, with elements of type x.  These arrays live in the ST monad, but you can use  stToIO to convert this to IO if required. Two MArrays are equal as per (==) if they are both 6 the exact same array (i.e., the same block of RAM). : Two seperate arrays which merely hold the same data are  not2 considered equal. (This fact could change at any  second, after all.) 4The type of immutable arrays, with elements of type x. Create a brand new MArray, of the specified size, with 7 all elements set to the value provided. If the array  size is n, valid indicies are from 0 to n-1.  Read from an MArray. Unsafe#: No bounds checks. Indicies below 0 or  above n-1( will likely result in a program crash.  Write to an MArray, replacing the element at the  specified index. Unsafe#: No bounds checks. Indicies below 0 or  above n-1' will likely result in a program crash  (if you'$re lucky), or weird data corruption  (if you' re unlucky).  Create a new IArray! which refers to the same memory  block as an existing MArray. Unsafe: Mutating the MArray will cause the contents  of the IArray' to mutate also, violating referential ; transparency. (Avoid this by explicitly copying the data  before freezing.)  Create a new MArray! which refers to the same memory  block as an existing IArray. Unsafe: Mutating the MArray will cause the contents  of the IArray' to mutate also, violating referential ; transparency. (Avoid this by explicitly copying the data ) after thawing and before mutating it.)  Read from an IArray . (Since IArrays are immutable,  this is a pure operation.) Unsafe#: No bounds checks. Indicies below 0 or  above n-1( will likely result in a program crash.    AC-VanillaArray-1.1.2Data.Array.Vanilla.UnsafeMArrayIArray marray_new marray_read marray_write marray_freeze iarray_thaw iarray_read