# Programmed by: Name of author
#                Email of author

import flame
import laff as laff

def Transpose_unb_var1(A, B):

    AL, AR = flame.part_1x2(A, \
                            0, 'LEFT')

    BT, \
    BB  = flame.part_2x1(B, \
                         0, 'TOP')

    while AL.shape[1] < A.shape[1]:

        A0, a1, A2 = flame.repart_1x2_to_1x3(AL, AR, \
                                             1, 'RIGHT')

        B0,  \
        b1t, \
        B2   = flame.repart_2x1_to_3x1(BT, \
                                       BB, \
                                       1, 'BOTTOM')

        #------------------------------------------------------------#

        laff.copy( a1, b1t )

        #------------------------------------------------------------#

        AL, AR = flame.cont_with_1x3_to_1x2(A0, a1, A2, \
                                            'LEFT')

        BT, \
        BB  = flame.cont_with_3x1_to_2x1(B0,  \
                                         b1t, \
                                         B2,  \
                                         'TOP')

    flame.merge_2x1(BT, \
                    BB, B)




from numpy import random
from numpy import matrix

A = matrix( random.rand( 5,4 ) )
B = matrix( random.rand( 4,5 ) )

print( 'A ' )
print( A )


print( 'B before =' )
print( B )

Transpose_unb_var1( A, B )

print( 'A ' )
print( A )

print( 'B after =' )
print( B )

# insert code here




A = matrix( random.rand( 5,4 ) )
B = matrix( random.rand( 4,5 ) )

print( 'A ' )
print( A )


print( 'B before =' )
print( B )

Transpose_unb_var2( A, B )

print( 'A ' )
print( A )

print( 'B after =' )
print( B )