超高方式的编程通常涉及以下几个步骤：
选择超高方式
绕路面内侧边缘旋转（边轴旋转）
绕路中线旋转（中轴旋转）
计算超高值
计算 X0：与路拱同坡度的单向超高点至超高缓和段起点的距离
计算超高值：根据不同的超高方式和路线纵坡情况，使用相应的公式进行计算
实现编程逻辑
根据选定的超高方式，编写代码实现旋转和超高值的计算。
可以使用循环和条件语句来处理不同的计算情况。
```pseudo
function calculate_superelevation（road_data, superelevation_type）:
road_data contains the parameters for the road design
superelevation_type specifies the type of superelevation （e.g., "edge_rotation" or "center_rotation"）
Step 1: Convert outer shoulder slope to ramp slope at the beginning of the superelevation section
outer_shoulder_slope = road_data["outer_shoulder_slope"]
ramp_slope = road_data["road_拱_slope"]
Step 2: Gradually raise the outer road surface and shoulder to match the inner road arch slope
while outer_shoulder_slope != ramp_slope:
outer_shoulder_slope += 1 Adjust the slope gradually
Additional logic to ensure the slope reaches the required superelevation
Step 3: Rotate the entire section to achieve the superelevation cross slope
if superelevation_type == "edge_rotation":
rotate_around_edge（road_data）
elif superelevation_type == "center_rotation":
rotate_around_center（road_data）
Step 4: Calculate the superelevation value at the specified point
x0 = calculate_x0（road_data）
superelevation_value = calculate_superelevation_value（x0, road_data）
return superelevation_value
function rotate_around_edge（road_data）:
Implement the logic for rotating around the edge of the road
pass
function rotate_around_center（road_data）:
Implement the logic for rotating around the center of the road
pass
function calculate_x0（road_data）:
Implement the logic for calculating X0
pass
function calculate_superelevation_value（x0, road_data）:
Implement the logic for calculating the superelevation value at X0
pass
```
请注意，这只是一个伪代码示例，实际编程时需要根据具体的工程需求和编程环境进行调整。建议参考相关的工程制图标准和编程规范来实现具体的超高计算和旋转逻辑。