/*
*********************************************************************************************************
* 函 数 名: ee_CheckOk
* 功能说明: 判断串行EERPOM是否正常
* 形 参：无
* 返 回 值: 1 表示正常， 0 表示不正常
*********************************************************************************************************
*/
uint8_t ee_CheckOk(void)
{
if (i2c_CheckDevice(EE_DEV_ADDR) == 0)
{
return 1;
}
else
{
/* 失败后，切记发送I2C总线停止信号 */
i2c_Stop();
return 0;
}
}
/*
* ISO 整板测试
*/
void ISO_Test(void)
{
uint8_t board_test=0;
i2c_CheckDevice();
delay(0xff);
ee_ReadBytes(&board_test, 0, 1);
if(board_test != 0x55) //自检未通过
{
ISO_AutoTest();
}
else
{
ISO_Init();
Test_Menu();
Board_Test();
}
while( 1 ){}
}
void AppSampleTask(void *p_arg)
{
(void)p_arg;
/* 监测MPU6050信息 */
while(SensorCheckCnt < 5)
{
if(i2c_CheckDevice(MPU6050_SLAVE_ADDRESS) == 0)
{
bsp_InitMPU6050(); //初始化MPU6050
MPU6050Flag |= NORMAL;
}
else
{
MPU6050Flag &= (~NORMAL);
}
/* 监测HMC5883L信息 */
if (i2c_CheckDevice(HMC5883L_SLAVE_ADDRESS) == 0)
{
bsp_InitHMC5883L(); /* 初始化HMC5883L */
HMC5883LFlag |= NORMAL;
}
else
{
HMC5883LFlag &= (~NORMAL);
}
SensorCheckCnt++;
}
if(SensorCheckCnt == 5)
{
}
while(1)
{
/* 传感器采集数据 */
MPU6050_ReadData();
HMC5883L_ReadData();
MPU6050_DataDeal(); //处理MPU6050获取的数据得到：MPU6050_H结构体
HMC5883L_DataDeal(); //处理HMC5883L获取的数得到：HMC5883L_H结构体
if(HMC5883LFlag & CALI_MODE)
{
}
if(MPU6050Flag & CALI_MODE)
{
if(!(MPU6050FlagOld & CALI_MODE)) //进入校验模式
{
CaliTime = 200;
MPU6050_H.Accel_X_Offset = g_tMPU6050.Accel_X;
MPU6050_H.Accel_Y_Offset = g_tMPU6050.Accel_Y;
MPU6050_H.Accel_Z_Offset = g_tMPU6050.Accel_Z - 65536 / 4;
MPU6050_H.GYRO_X_Offset = g_tMPU6050.GYRO_X;
MPU6050_H.GYRO_Y_Offset = g_tMPU6050.GYRO_Y;
MPU6050_H.GYRO_Z_Offset = g_tMPU6050.GYRO_Z;
}
if(CaliTime == 0)
{
MPU6050Flag &= ~(CALI_MODE);
}
MPU6050_H.Accel_X_Offset = (float)(g_tMPU6050.Accel_X + MPU6050_H.Accel_X_Offset) / 2;
MPU6050_H.Accel_Y_Offset = (float)(g_tMPU6050.Accel_Y + MPU6050_H.Accel_Y_Offset) / 2;
MPU6050_H.Accel_Z_Offset = (float)(g_tMPU6050.Accel_Z + MPU6050_H.Accel_Z_Offset - 65536 / 4) / 2;
MPU6050_H.GYRO_X_Offset = (float)(g_tMPU6050.GYRO_X + MPU6050_H.GYRO_X_Offset) / 2;
MPU6050_H.GYRO_Y_Offset = (float)(g_tMPU6050.GYRO_Y + MPU6050_H.GYRO_Y_Offset) / 2;
MPU6050_H.GYRO_Z_Offset = (float)(g_tMPU6050.GYRO_Z + MPU6050_H.GYRO_Z_Offset) / 2;
CaliTime--;
if(CaliTime > 200)
CaliTime = 200;
}
if((HMC5883LFlag & NORMAL) && (MPU6050Flag & NORMAL))
{
FlyMain();
}
if(WifiStatus == CONNECTING)
{
if((WIFI_Period++) % 5000 == 0)
{
Mem_Clr(send_data_buf, sizeof(send_data_buf));
sprintf(send_data_buf, "sy:s1:d:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%fd:%f",angleAx_temp, angleAy_temp, angleAz_temp,MPU6050_H.Accel_X,MPU6050_H.Accel_Y,MPU6050_H.Accel_Z, \
MPU6050_H.GYRO_X,MPU6050_H.GYRO_Y,MPU6050_H.GYRO_Z,HMC5883L_H.X,HMC5883L_H.Y,HMC5883L_H.Z,MPU6050_H.Accel_X_Offset,MPU6050_H.Accel_Y_Offset,MPU6050_H.Accel_Z_Offset, \
MPU6050_H.GYRO_X_Offset,MPU6050_H.GYRO_Y_Offset,MPU6050_H.GYRO_Z_Offset);
ESP8266_send_data(send_data_buf);
bsp_LedToggle(2);
}
// if(CurrentGeneralReinforce != SetGeneralReinforce)
// {
// if(SetGeneralReinforce > 100) //防止增益超出范围
// SetGeneralReinforce = 100;
//
// for(index=0; index<4; index++)
// {
// PwmTemp = (uint32_t)(CurrentPwmValue[index] * SetGeneralReinforce / 100); //计算出当前的PWM实际值
// if(PwmTemp > 100) //防止PWM占空比超出范围
// PwmTemp = 100;
//
// bsp_SetPWMDutyCycle(PwmTemp, index+1);
// }
//
// CurrentGeneralReinforce = SetGeneralReinforce; //增益赋值
// }
for(index=0; index<4; index++)
{
if(CurrentPwmValue[index] != SetPwmValue[index])
{
if(SetPwmValue[index] > 100) //防止增益超出范围
SetPwmValue[index] = 100;
bsp_SetPWMDutyCycle(SetPwmValue[index], index+1);
CurrentPwmValue[index] = SetPwmValue[index];
}
// if(SetPwmDirection[index] != CurrentPwmDirection[index])
// SetPwmDirection[index] = CurrentPwmDirection[index];
}
}
MPU6050FlagOld = MPU6050Flag;
BSP_OS_TimeDlyMs(2);
}
}