AT89C51驱动：C++程序实现机械手五种工作模式精准控制

```cpp #include <reg51.h> // 定义端口 sbit motor_up = P1^0; sbit motor_down = P1^1; sbit motor_left = P1^2; sbit motor_right = P1^3; sbit gripper_open = P1^4; sbit gripper_close = P1^5; sbit emergency_stop = P1^6; sbit reset_button = P1^7; // 定义工作方式 enum WorkMode {MANUAL, RETURN_HOME, SINGLE_STEP, SINGLE_CYCLE, CONTINUOUS}; WorkMode currentMode = MANUAL; // 函数声明 void manualControl(); void returnHome(); void singleStep(); void singleCycle(); void continuousOperation(); void stopAllOperations(); void main() { while (1) { switch (currentMode) { case MANUAL: manualControl(); break; case RETURN_HOME: returnHome(); break; case SINGLE_STEP: singleStep(); break; case SINGLE_CYCLE: singleCycle(); break; case CONTINUOUS: continuousOperation(); break; } } } void manualControl() { if (emergency_stop == 0) { stopAllOperations(); } else if (reset_button == 0) { currentMode = RETURN_HOME; } else if (motor_up == 0) { motor_up = 1; // 启动上升电机 } else if (motor_down == 0) { motor_down = 1; // 启动下降电机 } else if (motor_left == 0) { motor_left = 1; // 启动左移电机 } else if (motor_right == 0) { motor_right = 1; // 启动右移电机 } else if (gripper_open == 0) { gripper_open = 1; // 打开夹爪 } else if (gripper_close == 0) { gripper_close = 1; // 关闭夹爪 } } void returnHome() { // 实现机械手返回原位的逻辑 } void singleStep() { // 实现单步操作的逻辑 } void singleCycle() { // 实现单周期操作的逻辑 } void continuousOperation() { // 实现连续操作的逻辑 } void stopAllOperations() { motor_up = 0; motor_down = 0; motor_left = 0; motor_right = 0; gripper_open = 0; gripper_close = 0; } ``` ######[AI写代码神器 | 704点数解答 | 2024-11-04 21:57:37]