def matrixRotation(matrix: list, r:int) -> None:
    temp_matrix = matrix.copy()
    columns = len(matrix[0])
    rows = len(matrix)
    if columns == 1:
        for l in matrix:
            print(*l)
    else:
        result = [[0 for _ in range(columns)] for _ in range(rows)]
        all_layers = []
        if rows == 1:
            all_layers.append(matrix[0])
        elif rows > 1 and columns == 1:
            all_layers = temp_matrix
        else:
            for _ in range(min(rows, columns) // 2):
                temp, right, left  = [],[],[]
                top = temp_matrix.pop(0)
                bottom = temp_matrix.pop()[::-1]
                for layer in temp_matrix:
                    right.append(layer.pop())
                    left.append(layer.pop(0))
                temp += top + right + bottom  + left[::-1]
                all_layers.append(temp)
                if len(temp_matrix) == 1:
                    all_layers.append(temp_matrix.pop())
        for layer in all_layers:
            try:
                rotation_range = r % len(layer)
            except:
                rotation_range = r
            for _ in range(rotation_range):
                if layer:
                    layer.append(layer.pop(0))
        for i, layer in enumerate(all_layers):
            for idx in range(i, columns - i):
                result[i][idx] = layer.pop(0)
            for idx in range(1+i, (rows -1) - i):
                if len(result[idx]) == i or not layer:
                    continue   
                result[idx][-(1+i)] = layer.pop(0)
            for idx in range(i+1, columns +1 - i):
                try:
                    result[-(1+i)][-idx] = layer.pop(0)
                except:
                    pass
            for idx in range(rows-2-i, i, -1):
                try:
                    result[idx][i] = layer.pop(0)
                except:
                    pass
        for l in result:
            print(*l)