[1189 Common_nf95 @ atom]$ Test_C_Interop.x
 Testing interoperability with C dynamic arrays:
 Enter n and allocate_in_C (T or F):
5,t
Values passed: n=25 dp=0
Allocating float array!
 Integer value of array address: 134556144
 Elements [7:13] of array pointer x_vector:    6.0000000   7.0000000   8.0000000   9.0000000  10.0000000  11.0000000  12.0000000
 Second row of array pointer x_matrix:    1.0000000   6.0000000  11.0000000  16.0000000  21.0000000
 Second column of array pointer x_matrix:    5.0000000   6.0000000   7.0000000   8.0000000   9.0000000
Values passed: n=5 dp=0
Allocating float array!
 Allocation status of x_1D%x:  T
 The elements of the dynamic array x_1D%x:   0.0000000E+00   1.0000000   2.0000000   3.0000000   4.0000000
Values passed: n=25 dp=0
Allocating float array!
 Allocation status of x_2D%x:  T
 Second row of the dynamic array x_2D%x:   1.0000000   6.0000000  11.0000000  16.0000000  21.0000000
 Second column of the dynamic array x_2D%x:   5.0000000   6.0000000   7.0000000   8.0000000   9.0000000
 Allocation status of x_1D%x:  F
 Allocation status of x_2D%x:  F

 Testing derived datatypes:
The point has: screen=2, x=-2.000000, y=2.000000
The next point has: screen=0, x=1.000000, y=-1.000000

 Testing array pointer reshaping:
 The stride between successive sunny fields (in words) is: 4
 The first row of the time matrix is: 1 2 3 4 5
 The diagonal of the time matrix is: 1 4 9 16 25

 Testing procedure pointers:
 Integer address of C_ASSOCIATED:  134524016
 Integer address of AllocateTestArray_real_F: 134520172
 Integer address of AllocateTestArray_real_C: 134546264
C calling procedure at integer address: 134515568
 Fortran subroutine called with n= 113
 Calling procedure at integer address: 134515568  from Fortran
 Fortran subroutine called with n= 13
 Fortran subroutine called with n^2= 169