In Python, using list splicing to shift the matrix and extract part of the flattened list to reconstruct the matrix.
def matrix_shift(matrix, shift_count): concat_list = [elem for row in matrix for elem in row] concat_list = concat_list[-shift_count:] + concat_list[:-shift_count] if shift_count == len(concat_list): return matrix height = len(matrix) width = int(len(concat_list) / height) result = [] for i in range(0, height): result += [concat_list[(i * width):(i * width)+width]] return result
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In Python, using list splicing to shift the matrix and extract part of the flattened list to reconstruct the matrix.