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/**
* @file Gauges.c
* @details Gauges management.
* @author TYW_TianYu
* @date 2021-2-22
* @version A001
* @par Copyright (c):
* TIANYOUWEI
* @par History:
* version: author, date, desc\n
*/
#include "Gauges.h"
#include "GaugesInterface.h"
#define GAUGES_TOTAL_NUM 9u
#define GAUGES_INIT_TIME_MAX 3500u
uint16_t GaugesCurrentPos[GAUGES_TOTAL_NUM] ;
uint16_t BackupDestPostion[GAUGES_TOTAL_NUM];
uint16_t GaugesDisPos[GAUGES_TOTAL_NUM];
uint16_t GaugesDisDelay[GAUGES_TOTAL_NUM];
uint16_t DestPostion[GAUGES_TOTAL_NUM];
uint16_t GaugesStarMoveTimeMax[GAUGES_TOTAL_NUM];
uint8_t DirecSign[GAUGES_TOTAL_NUM];
uint8_t GaugesModuleType[GAUGES_TOTAL_NUM];
uint8_t DisplayModeTmp[GAUGES_TOTAL_NUM];
uint16_t GaugesInitTimes;
uint8_t GaugesPowerState = 0u;
uint16_t GaugesFreeSetTimes = 0u;
uint16_t GaugesLibDataIn;
const uint16_t Gauages_Init_Time_Max[2] = {GAUGES_INIT_TIME_MAX, 6000};
uint8_t ModeGaugesTestFlag[GAUGES_TOTAL_NUM] = {0u};
/*两套参数第一个是正常走行速度，第二个为快速走动8*/
const uint16_t GaugesDisDelayMax[2u][IndicatTypeTOtal] =
{
/*StepperMotor MotorGasType MotorTempType LCDGasType LEDOtherType LEDGasType LEDTempType LEDBattery 不同类型表头走行速度不同*/
{0u, 20u, 20u, 0u, 2u, 20u, 40u, 200u},
{0u, 0u, 0u, 2u, 2u, 2u, 40u, 20u},
};
/**@brief Query Sector function
* @author TYW
* @param[in] GParam Gauge Struct
* @since 1.0.0.0
*/
uint8_t QuerySector(_GaugesInfoInit *GParam, uint8_t DirecSignPara, uint8_t SubAscf, uint16_t FunGaugesDataIn)
{
uint8_t i = 0u;
uint8_t SectorID = 0u;
for (i = 0u; i < GParam->SectorNum - 1u; i++)
{
if (SubAscf == 1u)
{
if (DirecSignPara == 1u)
{
if (FunGaugesDataIn >= GParam->ReferenceDataInUp[i])
{
SectorID++;
}
else
{
;
}
}
else
{
if (FunGaugesDataIn >= GParam->ReferenceDataInDown[i])
{
SectorID++;
}
else
{
;
}
}
}
else
{
if (DirecSignPara == 1u)
{
if (FunGaugesDataIn <= GParam->ReferenceDataInUp[i])
{
SectorID++;
}
else
{
;
}
}
else
{
if (FunGaugesDataIn <= GParam->ReferenceDataInDown[i])
{
SectorID++;
}
else
{
;
}
}
}
}
return SectorID;
}
/**@brief Get the target position Subfunction
* @author TYW
* @param[in] GParam Gauge Struct
* @param[in] SubAscf
* @param[in] SectorID
* @param[in] DirecSignPara
* @since 1.0.0.0
*/
uint16_t GetGaugestargetPosSub( _GaugesInfoInit *GParam, uint8_t SubAscf, uint8_t SectorID, uint8_t DirecSignPara, uint16_t FunGaugesDataIn )
{
uint16_t StepCnTmp = 0u;
uint32_t PerCentum = 0u; /*DVAL???ù?ú?éADμ?°ù·?êy*100 */
if ((SectorID > 0u) && (SectorID < (GParam->SectorNum)))
{
if (SubAscf == 1u)
{
if (DirecSignPara == 1u)
{
PerCentum = ((FunGaugesDataIn - GParam->ReferenceDataInUp[SectorID - 1u]));
PerCentum = PerCentum * 100u;
PerCentum = PerCentum / (GParam->ReferenceDataInUp[SectorID] - GParam->ReferenceDataInUp[SectorID - 1u]);
}
else if (DirecSignPara == 2u)
{
PerCentum = ((FunGaugesDataIn - GParam->ReferenceDataInDown[SectorID - 1u]));
PerCentum = PerCentum * 100u;
PerCentum = PerCentum / (GParam->ReferenceDataInDown[SectorID] - GParam->ReferenceDataInDown[SectorID - 1u]);
}
else
{
;
}
}
if (SubAscf == 2u)
{
if (DirecSignPara == 1u)
{
PerCentum = ((GParam->ReferenceDataInUp[SectorID - 1u] - FunGaugesDataIn) );
PerCentum = PerCentum * 100u;
PerCentum = PerCentum / (GParam->ReferenceDataInUp[SectorID - 1u] - GParam->ReferenceDataInUp[SectorID]);
}
else if (DirecSignPara == 2u)
{
PerCentum = ((GParam->ReferenceDataInDown[SectorID - 1u] - FunGaugesDataIn));
PerCentum = PerCentum * 100u;
PerCentum = PerCentum / (GParam->ReferenceDataInDown[SectorID - 1u] - GParam->ReferenceDataInDown[SectorID]);
}
else
{
;
}
}
if (GParam->GaugesType < LEDOtherType)
{
StepCnTmp = (uint16_t)(PerCentum * (GParam->ReferenceDataInOut[SectorID] - GParam->ReferenceDataInOut[SectorID - 1u]) / 100u + GParam->ReferenceDataInOut[SectorID - 1u]);
}
else
{
if ((GParam->GaugesType == FreeMoveType) || (GParam->GaugesType == LEDTempType))
{
StepCnTmp = (uint16_t)((PerCentum * (GParam->ReferenceDataInOut[SectorID] - GParam->ReferenceDataInOut[SectorID - 1u])) / 10u + (GParam->ReferenceDataInOut[SectorID - 1u] * 10u));
if ((PerCentum > 0u) && (PerCentum < 10u))
{
StepCnTmp = StepCnTmp + 1u;
}
else
{
;
}
}
else
{
StepCnTmp = (uint16_t)((PerCentum * (GParam->ReferenceDataInOut[SectorID] - GParam->ReferenceDataInOut[SectorID - 1u])) + (GParam->ReferenceDataInOut[SectorID - 1u] * 100u));
}
}
}
else
{
;
}
return StepCnTmp;
}
/**@brief Gauges Forward Para Manage function
* @author TYW
* @param[in] GParam Gauge Struct
* @param[in] DirecSignPara
* @since 1.0.0.0
*/
void GaugesForwardParaManage( _GaugesInfoInit *GParam, uint8_t DirecSignPara )
{
if (DirecSignPara == 1u)
{
if (*GParam->GaugesDataIn >= GParam->ReferenceDataInUp[GParam->SectorNum - 1u])
{
GaugesLibDataIn = GParam->ReferenceDataInUp[GParam->SectorNum - 1u];
}
else if (*GParam->GaugesDataIn <= GParam->ReferenceDataInUp[0u])
{
GaugesLibDataIn = GParam->ReferenceDataInUp[0u];
}
else
{
GaugesLibDataIn = *GParam->GaugesDataIn;
}
}
else if (DirecSignPara == 2u)
{
if (*GParam->GaugesDataIn >= GParam->ReferenceDataInDown[GParam->SectorNum - 1u])
{
GaugesLibDataIn = GParam->ReferenceDataInDown[GParam->SectorNum - 1u];
}
else if (*GParam->GaugesDataIn <= GParam->ReferenceDataInDown[0u])
{
GaugesLibDataIn = GParam->ReferenceDataInDown[0u];
}
else
{
GaugesLibDataIn = *GParam->GaugesDataIn;
}
}
else
{
;
}
}
/**@brief Gauges Inversion Para Manage function
* @author TYW
* @param[in] GParam Gauge Struct
* @param[in] DirecSignPara
* @since 1.0.0.0
*/
void GaugesInversionParaManage( _GaugesInfoInit *GParam, uint8_t DirecSignPara )
{
if (DirecSignPara == 1u)
{
if (*GParam->GaugesDataIn <= GParam->ReferenceDataInUp[GParam->SectorNum - 1u])
{
GaugesLibDataIn = GParam->ReferenceDataInUp[GParam->SectorNum - 1u];
}
else if (*GParam->GaugesDataIn >= GParam->ReferenceDataInUp[0u])
{
GaugesLibDataIn = GParam->ReferenceDataInUp[0u];
}
else
{
GaugesLibDataIn = *GParam->GaugesDataIn;
}
}
else if (DirecSignPara == 2u)
{
if (*GParam->GaugesDataIn <= GParam->ReferenceDataInDown[GParam->SectorNum - 1u])
{
GaugesLibDataIn = GParam->ReferenceDataInDown[GParam->SectorNum - 1u];
}
else if (*GParam->GaugesDataIn >= GParam->ReferenceDataInDown[0u])
{
GaugesLibDataIn = GParam->ReferenceDataInDown[0u];
}
else
{
GaugesLibDataIn = *GParam->GaugesDataIn ;
}
}
else
{
;
}
}
/**@brief Get the target position function
* @author TYW
* @param[in] GParam Gauge Struct
* @since 1.0.0.0
*/
uint16_t GetGaugestargetPos( _GaugesInfoInit *GParam, uint8_t DirecSignPara)
{
uint8_t SectorID = 0u;
uint16_t StepCn = 0u;
uint8_t ParaDirection = 0u;
if (GParam->ReferenceDataInUp[GParam->SectorNum - 1u] > GParam->ReferenceDataInUp[0u])
{
ParaDirection = 1u;
GaugesForwardParaManage( GParam, DirecSignPara );
}
else
{
ParaDirection = 2u;
GaugesInversionParaManage(GParam, DirecSignPara);
}
if (DirecSignPara != 0u)
{
SectorID = QuerySector(GParam, DirecSignPara, ParaDirection, GaugesLibDataIn);
StepCn = GetGaugestargetPosSub(GParam, ParaDirection, SectorID, DirecSignPara, GaugesLibDataIn) ;
}
else
{
;
}
return StepCn;
}
/**@brief Gauge Display Mode function
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
void GetGaugesDisplayMode (uint8_t GaugesNum)
{
if (GaugesCurrentPos[GaugesNum] < DestPostion[GaugesNum])
{
if ((DestPostion[GaugesNum] - GaugesCurrentPos[GaugesNum]) > 300u)
{
DisplayModeTmp[GaugesNum] = 1u;
}
else
{
;
}
}
else
{
if ((GaugesCurrentPos[GaugesNum] - DestPostion[GaugesNum]) > 300u)
{
DisplayModeTmp[GaugesNum] = 1u;
}
else
{
;
}
if (GaugesInitTimes > (GaugesStarMoveTimeMax[GaugesNum] + Gauages_Init_Time_Max[ModeGaugesTestFlag[GaugesNum]]))
{
if (GaugesCurrentPos[GaugesNum] == DestPostion[GaugesNum])
{
DisplayModeTmp[GaugesNum] = 0u;
}
else
{
;
}
}
else
{
;
}
}
}
/**@brief Gauge Moveing function
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
void GaugeMoveing(uint8_t GaugesNum)
{
uint16_t GaugesMoveTimesTmp;
uint16_t MoveTypePara;
uint16_t tmp;
MoveTypePara = 100u;
GaugesMoveTimesTmp = 0u;
if (GaugesModuleType [GaugesNum] != StepperMotor)
{
tmp = (GaugesInitTimes < (GaugesStarMoveTimeMax[GaugesNum] + Gauages_Init_Time_Max[ModeGaugesTestFlag[GaugesNum]]));
GetGaugesDisplayMode (GaugesNum);
if ((GaugesModuleType [GaugesNum] == FreeMoveType) || (GaugesModuleType [GaugesNum] == LEDTempType) || (GaugesModuleType [GaugesNum] == LEDBattery))
{
if (ModeGaugesTestFlag[GaugesNum] && tmp)
{
if (GaugesModuleType [GaugesNum] == FreeMoveType)
{
GaugesMoveTimesTmp = 2u;
}
else
{
GaugesMoveTimesTmp = 5u;
}
}
else
{
if (GaugesModuleType [GaugesNum] == FreeMoveType)
{
GaugesMoveTimesTmp = GaugesFreeSetTimes;
}
else
{
/*水温表上升最后一格需要调整时间*/
if ((GaugesNum == TempGauges) && (DirecSign[TempGauges] == 1u) && (GaugesCurrentPos[TempGauges] == (DestPostion[TempGauges] - 10u)))
{
GaugesMoveTimesTmp = 4000u;
}
else
{
GaugesMoveTimesTmp = GaugesDisDelayMax[DisplayModeTmp[GaugesNum]][GaugesModuleType [GaugesNum]];
}
}
}
if (GaugesNum == VoltGauges)
{
MoveTypePara = 100u;
}
else
{
MoveTypePara = 10u;
}
}
else
{
if (ModeGaugesTestFlag[GaugesNum] && tmp)
{
GaugesMoveTimesTmp = 2u;
}
else
{
GaugesMoveTimesTmp = GaugesDisDelayMax[DisplayModeTmp[GaugesNum]][GaugesModuleType [GaugesNum]];
}
MoveTypePara = 100u;
}
/*if (((DisplayModeTmp[GaugesNum] == 0u) && ((GaugesModuleType [GaugesNum] > StepperMotor) && (GaugesModuleType [GaugesNum] < IndicatTypeTOtal))) )
{*/
if (GaugesDisDelay[GaugesNum] >= GaugesMoveTimesTmp)
{
if (GaugesInitTimes > GaugesStarMoveTimeMax[GaugesNum])
{
if (GaugesCurrentPos[GaugesNum] < DestPostion[GaugesNum])
{
if (ModeGaugesTestFlag[GaugesNum] && tmp)
{
if ((GaugesModuleType [GaugesNum] == FreeMoveType))
{
GaugesCurrentPos[GaugesNum] += 5u;
}
else
{
GaugesCurrentPos[GaugesNum]++;
}
}
else
{
GaugesCurrentPos[GaugesNum]++;
}
}
else if (GaugesCurrentPos[GaugesNum] > DestPostion[GaugesNum])
{
if (ModeGaugesTestFlag[GaugesNum] && tmp)
{
if ((GaugesModuleType [GaugesNum] == FreeMoveType))
{
if (GaugesCurrentPos[GaugesNum] >= 5u)
{
GaugesCurrentPos[GaugesNum] -= 5u;
}
else
{
GaugesCurrentPos[GaugesNum] = 0u;
}
}
else
{
GaugesCurrentPos[GaugesNum]--;
}
}
else
{
GaugesCurrentPos[GaugesNum]--;
}
}
else
{
;
}
}
else
{
;
}
GaugesDisDelay[GaugesNum] = 0u;
}
else
{
;
}
if (GaugesModuleType [GaugesNum] >= LEDOtherType)
{
if (ModeGaugesTestFlag[GaugesNum] && tmp)
{
GaugesDisPos[GaugesNum] = GaugesCurrentPos[GaugesNum] / MoveTypePara;
}
else
{
if (GaugesCurrentPos[GaugesNum] % MoveTypePara == 0u)
{
GaugesDisPos[GaugesNum] = GaugesCurrentPos[GaugesNum] / MoveTypePara;
}
else
{
;
}
}
}
else
{
GaugesDisPos[GaugesNum] = GaugesCurrentPos[GaugesNum] ;
}
/*}
else
{
GaugesDisPos[GaugesNum] = DestPostion[GaugesNum];
GaugesCurrentPos[GaugesNum] = DestPostion[GaugesNum];
}*/
}
else
{
GaugesDisPos[GaugesNum] = DestPostion[GaugesNum];
}
}
void SeftTest_GaugeMoveing(uint8_t GaugesNum)
{
uint16_t MoveTypePara;
MoveTypePara = 100u;
if ((GaugesModuleType [GaugesNum] == FreeMoveType) || (GaugesModuleType [GaugesNum] == LEDTempType))
{
MoveTypePara = 10u;
}
else
{
MoveTypePara = 100u;
}
if (GaugesDisDelay[GaugesNum] >= SeftTest_Gauges_Times[GaugesNum])
{
if (GaugesInitTimes > GaugesStarMoveTimeMax[GaugesNum])
{
if ((GaugesCurrentPos[GaugesNum] + MoveTypePara) < DestPostion[GaugesNum])
{
GaugesCurrentPos[GaugesNum] += MoveTypePara;
}
else if ((GaugesCurrentPos[GaugesNum] - MoveTypePara) > DestPostion[GaugesNum])
{
GaugesCurrentPos[GaugesNum] -= MoveTypePara;
}
else
{
GaugesCurrentPos[GaugesNum] = DestPostion[GaugesNum];
}
}
else
{
;
}
GaugesDisDelay[GaugesNum] = 0u;
}
else
{
;
}
if (GaugesModuleType [GaugesNum] >= LEDOtherType)
{
if (GaugesCurrentPos[GaugesNum] % MoveTypePara == 0u)
{
GaugesDisPos[GaugesNum] = GaugesCurrentPos[GaugesNum] / MoveTypePara;
}
else
{
;
}
}
else
{
GaugesDisPos[GaugesNum] = GaugesCurrentPos[GaugesNum] ;
}
}
/**@brief Gauge Schedule function
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @param[in] GParam Gauge Struct
* @since 1.0.0.0
*/
void GaugeSchedule(uint8_t GaugesNum, _GaugesInfoInit *GParam)
{
uint8_t tmp;
if (GaugesPowerState == 0u)
{
*GParam->GaugesDataIn = 0u;
}
else
{
tmp = (GaugesInitTimes < (GaugesStarMoveTimeMax[GaugesNum] + Gauages_Init_Time_Max[0]));
if (GParam->GaugesTestFlag && tmp)
{
if (GaugesInitTimes > 1800u)
{
*GParam->GaugesDataIn = GParam->ReferenceDataInUp[0u];
}
else if (GaugesInitTimes > 0u)
{
*GParam->GaugesDataIn = GParam->ReferenceDataInUp[GParam->SectorNum - 1u];
}
else
{
;
}
}
else
{
;
}
}
if ( BackupDestPostion[GaugesNum] < *GParam->GaugesDataIn)
{
DirecSign[GaugesNum] = 1u;
}
else if (BackupDestPostion[GaugesNum] > *GParam->GaugesDataIn)
{
DirecSign[GaugesNum] = 2u;
}
else
{
;
}
BackupDestPostion[GaugesNum] = *GParam->GaugesDataIn;
DestPostion[GaugesNum] = GetGaugestargetPos(GParam, DirecSign[GaugesNum]);
GaugesModuleType [GaugesNum] = GParam->GaugesType;
GaugesStarMoveTimeMax[GaugesNum] = GParam->GaugesStartTime;
ModeGaugesTestFlag[GaugesNum] = GParam->GaugesTestFlag;
}
/**@brief Get Current Postion function
得到当前的显示步
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
uint16_t GetGaugesCurrentPos(uint8_t GaugesNum)
{
return GaugesDisPos[GaugesNum];
}
/**@brief Get Current Step function
得到格的内部小步
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
uint16_t GetGaugesCurrentStep(uint8_t GaugesNum)
{
return GaugesCurrentPos[GaugesNum];
}
/**@brief Gauge Init ON function
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
void GaugesK15Init_ON(void)
{
uint8_t i = 0u;
GaugesInitTimes = 0u;
for (i = 0u; i < GAUGES_TOTAL_NUM; i++)
{
DestPostion[i] = 0u;
BackupDestPostion[i] = 0u;
DirecSign[i] = 0u;
GaugesCurrentPos[i] = 0u;
GaugesDisPos[i] = 0u;
GaugesDisDelay[i] = 0u;
DisplayModeTmp[i] = 1u;
GaugesStarMoveTimeMax[i] = 1u;
}
GaugesPowerState = 1u;
}
/**@brief Gauge Init OFF function
* @author TYW
* @param[in] GaugeNum Gauge Postion
* @since 1.0.0.0
*/
void GaugesK15Init_OFF(void)
{
uint8_t i = 0u;
GaugesInitTimes = 0u;
for (i = 0u; i < GAUGES_TOTAL_NUM; i++)
{
DestPostion[i] = 0u;
BackupDestPostion[i] = 0u;
DirecSign[i] = 0u;
GaugesCurrentPos[i] = 0u;
GaugesDisPos[i] = 0u;
GaugesDisDelay[i] = 0u;
DisplayModeTmp[i] = 1u;
GaugesStarMoveTimeMax[i] = 1u;
}
GaugesPowerState = 0u;
}
/**@brief Gauges Time function
* @author TYW
* @param[in] Xms Time Parameter
* @since 1.0.0.0
*/
void Gauges_Time_Xms_Count(uint8_t Xms)
{
uint8_t i = 0u;
uint8_t tmp = 0u ;
for (i = 0u; i < GAUGES_TOTAL_NUM; i++)
{
if (GaugesCurrentPos[i] != DestPostion[i])
{
if (GaugesDisDelay[i] < 60000u)
{
GaugesDisDelay[i] += Xms;
}
else
{
;
}
}
else
{
GaugesDisDelay[i] = 0u;
}
tmp = (GaugesInitTimes < (GaugesStarMoveTimeMax[i] + Gauages_Init_Time_Max[ModeGaugesTestFlag[i]]));
if (tmp)
{
SeftTest_GaugeMoveing(i);
}
else
{
GaugeMoveing(i) ;
}
}
if (GaugesPowerState == 1u)
{
if (GaugesInitTimes < 60000u)
{
GaugesInitTimes += Xms;
}
else
{
;
}
}
else
{
GaugesInitTimes = 0u;
}
}
/**@brief Get Veh Dis Val function
* @author TYW
* @param[in] 目标步 表头初始化结构体
* @since 1.0.0.0
*/
uint16_t GetVehDisVal(uint16_t VehCurPos, _GaugesInfoInit *GParam)
{
uint8_t SectorID = 0u;
uint32_t PerCentum = 0u;
uint32_t StepCn = 0u;
uint8_t i = 0u;
for (i = 0u; i < GParam->SectorNum - 1u; i++)
{
if (VehCurPos >= GParam->ReferenceDataInOut[i])
{
SectorID++;
}
}
PerCentum = ((VehCurPos - GParam->ReferenceDataInOut[SectorID - 1u]) );
PerCentum = PerCentum * 1000u;
PerCentum = PerCentum / (GParam->ReferenceDataInOut[SectorID] - GParam->ReferenceDataInOut[SectorID - 1u]);
StepCn = (GParam->ReferenceDataInUp[SectorID] - GParam->ReferenceDataInUp[SectorID - 1u]) * PerCentum / 1000u + GParam->ReferenceDataInUp[SectorID - 1u];
StepCn += 5u;
return (uint16_t)(StepCn);
}
/**@brief Set Free Move Times function
* @author TYW
* @param[in]设置每步走动的时间
* @since 1.0.0.0
*/
void SetFreeMoveTimes(uint16_t GaugesMoveTimes)
{
GaugesFreeSetTimes = GaugesMoveTimes;
}
/*返回上下行状态*/
uint8_t GetGaugesDirec(uint8_t GaugesNum)
{
return DirecSign[GaugesNum] ;
}