def calculate_intersections(wireA, wireB):
    intersections = []
    for i in range(len(wireA)):
        for j in range(len(wireB)):
            if i < len(wireA) - 1 and j < len(wireB) - 1:
                if abs(wireA[i][0]) - abs(wireA[i + 1][0]) == 0:
                    # line A is going vertically
                    # if line A is vertical we need to check to see if the coordinates of the b line is horizontal and has coordinates that cut the a lines y position
                    if abs(wireB[j][1]) - abs(wireB[j + 1][1]) == 0:
                        # b line is going horizontally
                        xcut = wireA[i][0]
                        ycut = wireB[j][1]
                        right = wireB[j][0] < wireB[j + 1][0]
                        up = wireA[i][1] < wireA[i + 1][1]
                        stepsB = abs(wireB[j][0] - wireA[i][0]) + wireB[j][2]
                        stepsA = abs(wireA[i][1] - wireB[j][1]) + wireA[i][2]
                        if right:
                            # first point has a smaller x than second point
                            if wireB[j][0] < xcut and wireB[j + 1][0] > xcut:
                                if up:
                                    if wireA[i][1] < ycut and wireA[i + 1][1] > ycut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                                else:
                                    if wireA[i][1] > ycut and wireA[i + 1][1] < ycut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                        else:
                            if wireB[j][0] > xcut and wireB[j + 1][0] < xcut:
                                if up:
                                    if wireA[i][1] < ycut and wireA[i + 1][1] > ycut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                                else:
                                    if wireA[i][1] > ycut and wireA[i + 1][1] < ycut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                elif abs(wireA[i][1]) - abs(wireA[i + 1][1]) == 0:
                    # this line is going horizontally
                    # if a line is vertical we need to check to see if the coordinates of the b line is horizontal and has coordinates that cut the a lines x position
                    if abs(wireB[j][0]) - abs(wireB[j + 1][0]) == 0:
                        # b line is going vertically
                        xcut = wireB[j][0]
                        ycut = wireA[i][1]
                        right = wireA[i][0] < wireA[i + 1][0]
                        up = wireB[j][1] < wireB[j + 1][1]
                        stepsB = abs(wireA[i][1] - wireB[j][1]) + wireB[j][2]
                        stepsA = abs(wireA[i][0] - wireB[j][0]) + wireA[i][2]
                        if up:
                            # first point has a smaller x than second point
                            if wireB[j][1] < ycut and wireB[j + 1][1] > ycut:
                                if right:
                                    if wireA[i][0] < xcut and wireA[i + 1][0] > xcut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                                else:
                                    if wireA[i][0] > xcut and wireA[i + 1][0] < xcut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                        else:
                            if wireB[j][1] > ycut and wireB[j + 1][1] < ycut:
                                if right:
                                    if wireA[i][0] < xcut and wireA[i + 1][0] > xcut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
                                else:
                                    if wireA[i][0] > xcut and wireA[i + 1][0] < xcut:
                                        intersections.append([xcut, ycut, stepsA, stepsB])
    return intersections