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VC66_7C
Commit 0d1dff89 authored by hu's avatar hu
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调整指示灯，调整硬线

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ghs/project.siz
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project .intvect 1536
project .text 298988
project .text 299276
project .rodata 412383
project .secinfo 120
project .syscall 6
......
source/Application/APP/Data_VehicleSpeed/Data_VehicleSpeed.c
View file @ 0d1dff89
......@@ -3,89 +3,89 @@
#include "GaugesInterface.h"
#include "TimerB.h"
#define VEH_FILTER_LEN 7
#define VEH_FILTER_LEN 7
static struct
{
uint8_t Count ;
uint16_t Data[VEH_FILTER_LEN] ;
uint8_t Count;
uint16_t Data[VEH_FILTER_LEN];
} VehcleFilter;
static uint32_t SPEED_PPK = 159246ul ;
static uint32_t SPEED_RADIO = 637 ;
static uint32_t SPEED_PPK = 159246ul;
static uint32_t SPEED_RADIO = 637;
uint16_t Vehicle_ACT_Speed;
uint16_t Vehicle_DISP_Speed;
uint8_t VehicleSpeedValid;
uint8_t Vehicle_CurSeg ;
uint8_t Vehicle_CurSeg;
static uint16_t Cal_VehSpeed(uint16_t Fre, uint8_t Len);
void Speed_KL30_Init(void)
{
uint8_t i ;
uint8_t i;
Vehicle_ACT_Speed = 0u;
Vehicle_DISP_Speed = 0u;
VehicleSpeedValid = 0u;
Vehicle_CurSeg = 0u;
VehcleFilter.Count = 0 ;
for (i = 0 ; i < VEH_FILTER_LEN ; i ++)
VehcleFilter.Count = 0;
for (i = 0; i < VEH_FILTER_LEN; i++)
{
VehcleFilter.Data[ i ] = 0 ;
VehcleFilter.Data[i] = 0;
}
Set_Speed_PPK(159246ul);
}
void Speed_KL15_ON_Init(void)
{
uint8_t i ;
uint8_t i;
Vehicle_ACT_Speed = 0u;
Vehicle_DISP_Speed = 0u;
VehicleSpeedValid = 0u;
Vehicle_CurSeg = 0u;
VehcleFilter.Count = 0 ;
for (i = 0 ; i < VEH_FILTER_LEN ; i ++)
VehcleFilter.Count = 0;
for (i = 0; i < VEH_FILTER_LEN; i++)
{
VehcleFilter.Data[ i ] = 0 ;
VehcleFilter.Data[i] = 0;
}
Veh_Fre_Init(Get_Speed_PPK() / 10);
}
void Speed_KL15_OFF_Init(void)
{
uint8_t i ;
uint8_t i;
Vehicle_ACT_Speed = 0u;
Vehicle_DISP_Speed = 0u;
VehicleSpeedValid = 0u;
Vehicle_CurSeg = 0u;
VehcleFilter.Count = 0 ;
for (i = 0 ; i < VEH_FILTER_LEN ; i ++)
VehcleFilter.Count = 0;
for (i = 0; i < VEH_FILTER_LEN; i++)
{
VehcleFilter.Data[ i ] = 0 ;
VehcleFilter.Data[i] = 0;
}
}
void Speed_Wakeup_Init(void)
{
uint8_t i ;
uint8_t i;
Vehicle_ACT_Speed = 0u;
Vehicle_DISP_Speed = 0u;
VehicleSpeedValid = 0u;
Vehicle_CurSeg = 0u;
for (i = 0 ; i < VEH_FILTER_LEN ; i ++)
for (i = 0; i < VEH_FILTER_LEN; i++)
{
VehcleFilter.Data[ i ] = 0 ;
VehcleFilter.Data[i] = 0;
}
}
void Speed_Sleep_Init(void)
{
uint8_t i ;
uint8_t i;
Vehicle_ACT_Speed = 0u;
Vehicle_DISP_Speed = 0u;
VehicleSpeedValid = 0u;
Vehicle_CurSeg = 0u;
for (i = 0 ; i < VEH_FILTER_LEN ; i ++)
for (i = 0; i < VEH_FILTER_LEN; i++)
{
VehcleFilter.Data[ i ] = 0 ;
VehcleFilter.Data[i] = 0;
}
}
......@@ -93,9 +93,9 @@ void Speed_Processing_Service(void)
{
uint32_t VehValTmp = 0u;
uint32_t PPK = 0u;
//if(Get_Veh_Fre_Event())
// if(Get_Veh_Fre_Event())
//{
// VehValTmp = Cal_VehSpeed(Get_Veh_Fre(),VEH_FILTER_LEN) ;
// VehValTmp = Cal_VehSpeed(Get_Veh_Fre(),VEH_FILTER_LEN) ;
// VehValTmp *= 3600 ;
// VehValTmp *= 10 ;
......@@ -108,68 +108,64 @@ void Speed_Processing_Service(void)
PPK = Get_Speed_PPK();
VehValTmp = Cal_Veh_Frequency();
VehValTmp *= 3600 ;
VehValTmp *= 10 ;
VehValTmp *= 10 ;
VehValTmp /= PPK ;
VehValTmp *= 3600;
VehValTmp *= 10;
VehValTmp *= 10;
VehValTmp /= PPK;
//VehValTmp = Cal_Veh_Frequency();
//VehValTmp *= 3600 ;
//VehValTmp *= 10 ;
//VehValTmp /= PPK ;
// VehValTmp = Cal_Veh_Frequency();
// VehValTmp *= 3600 ;
// VehValTmp *= 10 ;
// VehValTmp /= PPK ;
if (VehValTmp > 2250)
{
VehValTmp = 0 ;
VehicleSpeedValid = 0 ;
VehValTmp = 0;
VehicleSpeedValid = 0;
}
else
{
VehicleSpeedValid = 1 ;
VehicleSpeedValid = 1;
}
Vehicle_ACT_Speed = VehValTmp ;
Vehicle_ACT_Speed = VehValTmp;
//传入表头
//传入表头
VehValTmp = VehSpeedAmplification((uint16_t)VehValTmp);
SetGaugesPara(VehGauges, (uint16_t)VehValTmp);
//获得显示格和显示车速
//获得显示格和显示车速
Vehicle_CurSeg = GetGaugesCurrentPos(VehGauges);
Vehicle_DISP_Speed = GetVehDisVal(Vehicle_CurSeg, &GaugesInfo_Init_Table[VehGauges]);
}
static uint16_t Cal_VehSpeed(uint16_t Fre, uint8_t Len)
{
static uint16_t u16Result = 0 ;
static uint16_t u16Result = 0;
if (Fre > 2000)
{
//do nothing
// do nothing
}
else
{
if (VehcleFilter.Count < Len)
{
VehcleFilter.Data[VehcleFilter.Count] = Fre ;
VehcleFilter.Count ++ ;
VehcleFilter.Data[VehcleFilter.Count] = Fre;
VehcleFilter.Count++;
}
else
{
VehcleFilter.Count = 0 ;
VehcleFilter.Count = 0;
App_SortNByte(VehcleFilter.Data, Len);
u16Result = VehcleFilter.Data[2] ;
u16Result += VehcleFilter.Data[3] ;
u16Result += VehcleFilter.Data[3] ;
u16Result += VehcleFilter.Data[4] ;
u16Result /= 4 ;
u16Result = VehcleFilter.Data[2];
u16Result += VehcleFilter.Data[3];
u16Result += VehcleFilter.Data[3];
u16Result += VehcleFilter.Data[4];
u16Result /= 4;
}
}
return u16Result ;
return u16Result;
}
/*-------------------------------------------------------------------------
......@@ -182,7 +178,7 @@ static uint16_t Cal_VehSpeed(uint16_t Fre, uint8_t Len)
--------------------------------------------------------------------------*/
void Set_Speed_PPK(uint32_t PPK)
{
SPEED_PPK = PPK ;
SPEED_PPK = PPK;
}
/*-------------------------------------------------------------------------
* Function Name : Set_Speed_PPK
......@@ -194,7 +190,7 @@ void Set_Speed_PPK(uint32_t PPK)
--------------------------------------------------------------------------*/
void Set_Speed_Ratio(uint32_t Ratio)
{
SPEED_RADIO = Ratio ;
SPEED_RADIO = Ratio;
}
/*-------------------------------------------------------------------------
* Function Name : Get_Speed_PPK
......@@ -207,8 +203,8 @@ void Set_Speed_Ratio(uint32_t Ratio)
uint32_t Get_Speed_PPK(void)
{
uint32_t u32Result = 0u;
u32Result = SPEED_PPK ;
return u32Result ;
u32Result = SPEED_PPK;
return u32Result;
}
uint16_t Speed_Get_ActualValue(void)
......@@ -233,7 +229,7 @@ uint16_t Speed_Get_Display_Value(void)
--------------------------------------------------------------------------*/
uint8_t Speed_Get_CurSeg(void)
{
return Vehicle_CurSeg ;
return Vehicle_CurSeg;
}
/*-------------------------------------------------------------------------
* Function Name : Speed_Get_Valid
......@@ -245,7 +241,5 @@ uint8_t Speed_Get_CurSeg(void)
--------------------------------------------------------------------------*/
uint8_t Speed_Get_Valid(void)
{
return VehicleSpeedValid ;
return VehicleSpeedValid;
}
source/Application/APP/GaugesMode/GaugesInterface.c
View file @ 0d1dff89
#include "GaugesInterface.h"
GetVehDisValGetVehDisVal#include "GaugesInterface.h"
#include "Menu.h"
/**@struct _GaugesInfoInit
*this is _GaugesInfoInit
......
source/Application/APP/LINE_IN/Line_In.h
View file @ 0d1dff89
......@@ -6,14 +6,6 @@
#include "TYW_stdint.h"
#include "string.h"
/*
Note ! NOW LineIn only support 254 channel!!!!!
Note ! NOW LineIn only support 254 channel!!!!!
Note ! NOW LineIn only support 254 channel!!!!!
Note ! NOW LineIn only support 254 channel!!!!!
Note ! NOW LineIn only support 254 channel!!!!!
*/
/*所有硬线输入的索引*/
typedef enum
{
......
source/Application/APP/LINE_IN/Line_In_user.c
View file @ 0d1dff89
......@@ -65,8 +65,8 @@ const Line_In_Attribute_st_t g_stLineInAttribute[LINE_IN_MAX] =
{ LINE_IN_LEVEL_HIGH, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_ILLUMINATION,}, /*A06 ILLUMINATION 背光有效*/
{ LINE_IN_LEVEL_LOW, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_RET_BLENDING,}, /*A10 RET_BLENDING*/
{ LINE_IN_LEVEL_LOW, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_BRAKE,}, /*A21 BRAKE*/
{ LINE_IN_LEVEL_HIGH, 200U, 0U, LINE_IN_IG_ONOFF, LINE_IN_Get_TURN_R,}, /*A26 TURN_R*/
{ LINE_IN_LEVEL_HIGH, 200U, 0U, LINE_IN_IG_ONOFF, LINE_IN_Get_TURN_L,}, /*A27 TURN_L*/
{ LINE_IN_LEVEL_HIGH, 20U, 0U, LINE_IN_IG_ONOFF, LINE_IN_Get_TURN_R,}, /*A26 TURN_R*/
{ LINE_IN_LEVEL_HIGH, 20U, 0U, LINE_IN_IG_ONOFF, LINE_IN_Get_TURN_L,}, /*A27 TURN_L*/
{ LINE_IN_LEVEL_LOW, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_ABS_DETECT,}, /*A33 ABS_DETECT*/
{ LINE_IN_LEVEL_HIGH, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_PTO,}, /*B01 PTO*/
{ LINE_IN_LEVEL_LOW, 200U, 0U, LINE_IN_IG_ON, LINE_IN_Get_GLOW,}, /*B05 GLOW*/
......
source/Application/APP/PowerManagement/PowerManagement_user.c
View file @ 0d1dff89
......@@ -109,6 +109,8 @@ Power_Status_t Power_KL30_Init ( void )
BL_ACC_EN = 1U; /*8867 使能*/
Fuel_VCC05V_OUT_EN = 1U ; /*燃油电源 使能*/
AIR_5V_OUT_EN = 1u; /*气压 5V*/
ACC5V_LED_PWM_MCU = 1u;
IS31_Init();
Sound_Scheduler_Init();
Sound_Player_Init();
......@@ -146,6 +148,7 @@ void Power_Sleep_Init(void)
BL_ACC_EN = 1U; /*8867 使能*/
Fuel_VCC05V_OUT_EN = 1U ; /*燃油电源 使能*/
AIR_5V_OUT_EN = 1u; /*气压 5V*/
ACC5V_LED_PWM_MCU = 1u;
IS31_Shutdown();
......@@ -198,6 +201,7 @@ Power_Status_t Power_Wakeup_Init ( void )
BL_ACC_EN = 1U; /*8867 使能*/
Fuel_VCC05V_OUT_EN = 1U ; /*燃油电源 使能*/
AIR_5V_OUT_EN = 1u; /*气压 5V*/
ACC5V_LED_PWM_MCU = 1u;
IS31_Init();
/*报警调度初始化*/
......
source/Application/APP/SEG_LCD/SEG_DISPLAY.c
View file @ 0d1dff89
......@@ -8,34 +8,25 @@
#include "Data_VehicleSpeed.h"
#include "GaugesInterface.h"
#define PRI_SEG_NUM_MAX 17U
#define SEC_SEG_NUM_MAX 17U
#define COOLANT_SEG_NUM_MAX 12U
#define FUEL_SEG_NUM_MAX 12U
#define TACHO_SEG_NUM_MAX 27U
#define VEH_SEG_NUM_MAX 30U
#define PRI_SEG_NUM_MAX 17U
#define SEC_SEG_NUM_MAX 17U
#define COOLANT_SEG_NUM_MAX 12U
#define FUEL_SEG_NUM_MAX 12U
#define TACHO_SEG_NUM_MAX 27U
#define VEH_SEG_NUM_MAX 30U
static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank, uint8_t *DigitBuf, uint8_t *Reg);
static void Seg_Digit_1_Disp(uint8_t Digit);
static void Seg_Digit_2_Disp(uint8_t Digit);
static void Seg_Digit_3_Disp(uint8_t Digit);
static void SEG_PRI_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_SEC_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_Coolant_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_Fuel_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_Tacho_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_VehicleSpeed_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status);
static void SEG_VehicleSpeed_Num(uint16_t Value, uint8_t Valid);
static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank , uint8_t *DigitBuf , uint8_t *Reg );
static void Seg_Digit_1_Disp (uint8_t Digit);
static void Seg_Digit_2_Disp (uint8_t Digit);
static void Seg_Digit_3_Disp (uint8_t Digit);
static void SEG_PRI_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_SEC_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_Coolant_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_Fuel_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_Tacho_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_VehicleSpeed_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status) ;
static void SEG_VehicleSpeed_Num(uint16_t Value, uint8_t Valid) ;
/*ZH:*/
/*****************************************************************************
某某灯(红)//_1_差速器锁
******************************************************************************/
......@@ -96,7 +87,7 @@ void SEG_LED_SVS_T(uint8_t seg_status)
/*****************************************************************************
//_9_上坡起步辅助系统
******************************************************************************/
void SEG_LED_H_S_A__T(uint8_t seg_status)
void SEG_LED_H_S_A_T(uint8_t seg_status)
{
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_158, seg_status);
}
......@@ -273,7 +264,7 @@ void SEG_LED_BRAKE_LOCK_R(uint8_t seg_status)
******************************************************************************/
void SEG_LED_AIR_SUS_R(uint8_t seg_status)
{
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_34, seg_status);
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_34, seg_status);
}
/*****************************************************************************
//_36_拖车ABS系统故障报警
......@@ -312,7 +303,6 @@ void SEG_LED_TURN_LEFT(uint8_t seg_status)
}
/*:ZH*/
/*****************************************************************************
常显示
******************************************************************************/
......@@ -365,27 +355,38 @@ void SEG_C25_Disp(uint8_t seg_status)
#define NUM_3J(x) SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_59, x);
#define NUM_3K(x) SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_64, x);
#define NUM_3L(x) SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_65, x);
// L K J //H G F E D C B A
//0 1 1 1 //1 0 1 1 1 1 1 1 // 0x07Bf
//1 1 1 0 //0 0 0 0 0 1 1 0 // 0x0606
//2 0 1 1 //0 1 0 1 1 0 1 1 // 0x035b
//3 1 1 0 //0 1 0 0 1 1 1 1 // 0x064f
//4 1 1 1 //0 1 1 0 0 1 1 0 // 0x0766
//5 0 1 1 //0 1 1 0 1 1 0 1 // 0x036d
//6 0 1 1 //1 1 1 1 1 1 0 1 // 0x03fd
//7 1 1 0 //0 0 0 0 0 1 1 1 // 0x0607
//8 0 1 1 //0 1 1 1 1 1 1 1 // 0x037f
//9 1 1 1 //0 1 1 0 1 1 1 1 // 0x076f
// L K J //H G F E D C B A
// 0 1 1 1 //1 0 1 1 1 1 1 1 // 0x07Bf
// 1 1 1 0 //0 0 0 0 0 1 1 0 // 0x0606
// 2 0 1 1 //0 1 0 1 1 0 1 1 // 0x035b
// 3 1 1 0 //0 1 0 0 1 1 1 1 // 0x064f
// 4 1 1 1 //0 1 1 0 0 1 1 0 // 0x0766
// 5 0 1 1 //0 1 1 0 1 1 0 1 // 0x036d
// 6 0 1 1 //1 1 1 1 1 1 0 1 // 0x03fd
// 7 1 1 0 //0 0 0 0 0 1 1 1 // 0x0607
// 8 0 1 1 //0 1 1 1 1 1 1 1 // 0x037f
// 9 1 1 1 //0 1 1 0 1 1 1 1 // 0x076f
// 0 0 0 0 0 0 0 0 0 0 0 // 0x0000
//'-' 0 0 0 0 1 0 0 0 0 0 0 // 0x0040
static const uint16_t Seg_Digit_Nomal[] =
{
/**0** | **1** |**2** | **3** | **4** | **5** | **6** | **7** | **8** | **9** | **10 black** | **11 --** | **all light --**/
0x07Bf , 0x0606 , 0x035b , 0x064f , 0x0766 , 0x036d , 0x03fd , 0x0607 , 0x037f , 0x076f , 0x0000 , 0x0040 , 0xffff ,
} ;
static void Seg_Digit_1_Disp (uint8_t Digit)
0x07Bf,
0x0606,
0x035b,
0x064f,
0x0766,
0x036d,
0x03fd,
0x0607,
0x037f,
0x076f,
0x0000,
0x0040,
0xffff,
};
static void Seg_Digit_1_Disp(uint8_t Digit)
{
uint8_t MUN_A;
uint8_t MUN_B;
......@@ -399,32 +400,31 @@ static void Seg_Digit_1_Disp (uint8_t Digit)
uint8_t MUN_K;
uint8_t MUN_L;
MUN_A = ( ((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = ( ((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = ( ((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = ( ((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = ( ((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = ( ((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = ( ((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = ( ((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = ( ((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = ( ((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = ( ((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_1A (MUN_A);
NUM_1B (MUN_B);
NUM_1C (MUN_C);
NUM_1D (MUN_D);
NUM_1E (MUN_E);
NUM_1F (MUN_F);
NUM_1G (MUN_G);
NUM_1H (MUN_H);
NUM_1J (MUN_J);
NUM_1K (MUN_K);
NUM_1L (MUN_L);
MUN_A = (((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = (((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = (((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = (((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = (((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = (((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = (((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = (((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = (((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = (((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = (((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_1A(MUN_A);
NUM_1B(MUN_B);
NUM_1C(MUN_C);
NUM_1D(MUN_D);
NUM_1E(MUN_E);
NUM_1F(MUN_F);
NUM_1G(MUN_G);
NUM_1H(MUN_H);
NUM_1J(MUN_J);
NUM_1K(MUN_K);
NUM_1L(MUN_L);
}
static void Seg_Digit_2_Disp (uint8_t Digit)
static void Seg_Digit_2_Disp(uint8_t Digit)
{
uint8_t MUN_A;
uint8_t MUN_B;
......@@ -438,32 +438,32 @@ static void Seg_Digit_2_Disp (uint8_t Digit)
uint8_t MUN_K;
uint8_t MUN_L;
MUN_A = ( ((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = ( ((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = ( ((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = ( ((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = ( ((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = ( ((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = ( ((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = ( ((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = ( ((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = ( ((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = ( ((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_2A (MUN_A);
NUM_2B (MUN_B);
NUM_2C (MUN_C);
NUM_2D (MUN_D);
NUM_2E (MUN_E);
NUM_2F (MUN_F);
NUM_2G (MUN_G);
NUM_2H (MUN_H);
NUM_2J (MUN_J);
NUM_2K (MUN_K);
NUM_2L (MUN_L);
MUN_A = (((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = (((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = (((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = (((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = (((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = (((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = (((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = (((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = (((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = (((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = (((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_2A(MUN_A);
NUM_2B(MUN_B);
NUM_2C(MUN_C);
NUM_2D(MUN_D);
NUM_2E(MUN_E);
NUM_2F(MUN_F);
NUM_2G(MUN_G);
NUM_2H(MUN_H);
NUM_2J(MUN_J);
NUM_2K(MUN_K);
NUM_2L(MUN_L);
}
static void Seg_Digit_3_Disp (uint8_t Digit)
static void Seg_Digit_3_Disp(uint8_t Digit)
{
uint8_t MUN_A;
uint8_t MUN_B;
......@@ -477,37 +477,37 @@ static void Seg_Digit_3_Disp (uint8_t Digit)
uint8_t MUN_K;
uint8_t MUN_L;
MUN_A = ( ((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = ( ((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = ( ((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = ( ((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = ( ((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = ( ((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = ( ((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = ( ((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = ( ((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = ( ((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = ( ((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_3A (MUN_A);
NUM_3B (MUN_B);
NUM_3C (MUN_C);
NUM_3D (MUN_D);
NUM_3E (MUN_E);
NUM_3F (MUN_F);
NUM_3G (MUN_G);
NUM_3H (MUN_H);
NUM_3J (MUN_J);
NUM_3K (MUN_K);
NUM_3L (MUN_L);
MUN_A = (((1 << 0) & Seg_Digit_Nomal[Digit]) >> 0) ? 7 : 0;
MUN_B = (((1 << 1) & Seg_Digit_Nomal[Digit]) >> 1) ? 7 : 0;
MUN_C = (((1 << 2) & Seg_Digit_Nomal[Digit]) >> 2) ? 7 : 0;
MUN_D = (((1 << 3) & Seg_Digit_Nomal[Digit]) >> 3) ? 7 : 0;
MUN_E = (((1 << 4) & Seg_Digit_Nomal[Digit]) >> 4) ? 7 : 0;
MUN_F = (((1 << 5) & Seg_Digit_Nomal[Digit]) >> 5) ? 7 : 0;
MUN_G = (((1 << 6) & Seg_Digit_Nomal[Digit]) >> 6) ? 7 : 0;
MUN_H = (((1 << 7) & Seg_Digit_Nomal[Digit]) >> 7) ? 7 : 0;
MUN_J = (((1 << 8) & Seg_Digit_Nomal[Digit]) >> 8) ? 7 : 0;
MUN_K = (((1 << 9) & Seg_Digit_Nomal[Digit]) >> 9) ? 7 : 0;
MUN_L = (((1 << 10) & Seg_Digit_Nomal[Digit]) >> 10) ? 7 : 0;
NUM_3A(MUN_A);
NUM_3B(MUN_B);
NUM_3C(MUN_C);
NUM_3D(MUN_D);
NUM_3E(MUN_E);
NUM_3F(MUN_F);
NUM_3G(MUN_G);
NUM_3H(MUN_H);
NUM_3J(MUN_J);
NUM_3K(MUN_K);
NUM_3L(MUN_L);
}
static void SEG_VehicleSpeed_Num(uint16_t Value, uint8_t Valid)
{
uint32_t VSPEED_FLAG ;
uint32_t VSPEED_FLAG;
uint8_t Dig[3u];
uint8_t Seg_Trip_Display_Reg = 0u ;
uint8_t Seg_Trip_Display_Reg = 0u;
if (Valid == GUI_DISP_MODE_BLANK)
{
......@@ -517,23 +517,23 @@ static void SEG_VehicleSpeed_Num(uint16_t Value, uint8_t Valid)
}
else
{
VSPEED_FLAG = Value ;
VSPEED_FLAG = Value;
VSPEED_FLAG = VSPEED_FLAG / 10u;
if (VSPEED_FLAG > 225u)
VSPEED_FLAG = 225u;
Seg_General_Digit_Display( (uint32_t)VSPEED_FLAG , 3u, 2u , Dig , &Seg_Trip_Display_Reg ) ;
switch ( Seg_Trip_Display_Reg )
Seg_General_Digit_Display((uint32_t)VSPEED_FLAG, 3u, 2u, Dig, &Seg_Trip_Display_Reg);
switch (Seg_Trip_Display_Reg)
{
case 0x02://二位数
case 0x02: //二位数
Dig[2u] = 10u;
break;
case 0x03://一位数
case 0x03: //一位数
Dig[2u] = 10u;
Dig[1u] = 10u;
break;
default :
default:
break;
}
......@@ -545,424 +545,425 @@ static void SEG_VehicleSpeed_Num(uint16_t Value, uint8_t Valid)
}
else
{
Seg_Digit_1_Disp(11u);//--
Seg_Digit_2_Disp(11u);//--
Seg_Digit_3_Disp(11u);//--
Seg_Digit_1_Disp(11u); //--
Seg_Digit_2_Disp(11u); //--
Seg_Digit_3_Disp(11u); //--
}
}
}
//主气压
static void SEG_PRI_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_PRI_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
static OldValue = 0xff ;
static uint8_t mSEG[ PRI_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_95, seg_status) ;//A63
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_96, seg_status) ;//A64
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_114, seg_status);//A82
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_115, seg_status);//A83
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_116, seg_status);//A84
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_117, seg_status);//A85
uint8_t i;
static OldValue = 0xff;
static uint8_t mSEG[PRI_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_95, seg_status); // A63
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_96, seg_status); // A64
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_114, seg_status); // A82
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_115, seg_status); // A83
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_116, seg_status); // A84
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_117, seg_status); // A85
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < PRI_SEG_NUM_MAX ;i ++ )
for (i = 0; i < PRI_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0xff ;
OldValue = 0xff;
}
else if(Valid == GUI_DISP_MODE_INVALID)
else if (Valid == GUI_DISP_MODE_INVALID)
{
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_114, 0);//A82
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_115, 0);//A83
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_116, 0);//A84
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_117, 0);//A85
for(i = 0 ;i < PRI_SEG_NUM_MAX ;i ++ )
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_114, 0); // A82
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_115, 0); // A83
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_116, 0); // A84
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_117, 0); // A85
for (i = 0; i < PRI_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0xff ;
OldValue = 0xff;
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
//mSEG[0] = ((((1 << Value) - 1) & ( 1 << 0)) >> 0) ? seg_status : 0;
if(OldValue != Value)
{
// eg: 5 -> 100000-> 11111
// mSEG[0] = ((((1 << Value) - 1) & ( 1 << 0)) >> 0) ? seg_status : 0;
if (OldValue != Value)
{
OldValue = Value ;
OldValue = Value;
for(i = 0 ;i < PRI_SEG_NUM_MAX ;i ++ )
for (i = 0; i < PRI_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
}
}
}
}
}
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_97, mSEG[0]) ;//A65
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_98, mSEG[1]) ;//A66
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_99, mSEG[2]) ;//A67
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_100, mSEG[3]) ;//A68
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_101, mSEG[4]) ;//A69
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_102, mSEG[5]) ;//A70
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_103, mSEG[6]) ;//A71
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_104, mSEG[7]) ;//A72
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_105, mSEG[8]) ;//A73
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_106, mSEG[9]) ;//A74
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_107, mSEG[10]) ;//A75
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_108, mSEG[11]) ;//A76
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_109, mSEG[12]) ;//A77
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_110, mSEG[13]) ;//A78
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_111, mSEG[14]) ;//A79
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_112, mSEG[15]) ;//A80
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_113, mSEG[16]) ;//A81
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_97, mSEG[0]); // A65
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_98, mSEG[1]); // A66
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_99, mSEG[2]); // A67
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_100, mSEG[3]); // A68
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_101, mSEG[4]); // A69
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_102, mSEG[5]); // A70
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_103, mSEG[6]); // A71
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_104, mSEG[7]); // A72
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_105, mSEG[8]); // A73
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_106, mSEG[9]); // A74
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_107, mSEG[10]); // A75
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_108, mSEG[11]); // A76
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_109, mSEG[12]); // A77
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_110, mSEG[13]); // A78
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_111, mSEG[14]); // A79
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_112, mSEG[15]); // A80
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_113, mSEG[16]); // A81
}
//副气压
static void SEG_SEC_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_SEC_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
static OldValue = 0xff ;
static uint8_t mSEG[ SEC_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_68, seg_status);//B5
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_69, seg_status);//B6
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_70, seg_status);//B7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_71, seg_status);//B8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_72, seg_status);//B9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_90, seg_status);//B27
uint8_t i;
static OldValue = 0xff;
static uint8_t mSEG[SEC_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_68, seg_status); // B5
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_69, seg_status); // B6
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_70, seg_status); // B7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_71, seg_status); // B8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_72, seg_status); // B9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_90, seg_status); // B27
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < SEC_SEG_NUM_MAX ;i ++ )
for (i = 0; i < SEC_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0xff ;
OldValue = 0xff;
}
else if (Valid == GUI_DISP_MODE_INVALID)
{
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_70, 0);//B7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_71, 0);//B8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_72, 0);//B9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_90, 0);//B27
for(i = 0 ;i < SEC_SEG_NUM_MAX ;i ++ )
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_70, 0); // B7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_71, 0); // B8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_72, 0); // B9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_90, 0); // B27
for (i = 0; i < SEC_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0xff ;
OldValue = 0xff;
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
if(OldValue != Value)
{
// eg: 5 -> 100000-> 11111
if (OldValue != Value)
{
for(i = 0 ;i < SEC_SEG_NUM_MAX ;i ++ )
for (i = 0; i < SEC_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
}
}
}
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_73, mSEG[0]) ;//B10
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_74, mSEG[1]) ;//B11
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_75, mSEG[2]) ;//B12
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_76, mSEG[3]) ;//B13
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_77, mSEG[4]) ;//B14
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_78, mSEG[5]) ;//B15
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_79, mSEG[6]) ;//B16
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_80, mSEG[7]) ;//B17
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_81, mSEG[8]) ;//B18
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_82, mSEG[9]) ;//B19
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_83, mSEG[10]) ;//B20
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_84, mSEG[11]) ;//B21
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_85, mSEG[12]) ;//B22
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_86, mSEG[13]) ;//B23
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_87, mSEG[14]) ;//B24
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_88, mSEG[15]) ;//B25
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_89, mSEG[16]) ;//B26
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_73, mSEG[0]); // B10
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_74, mSEG[1]); // B11
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_75, mSEG[2]); // B12
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_76, mSEG[3]); // B13
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_77, mSEG[4]); // B14
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_78, mSEG[5]); // B15
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_79, mSEG[6]); // B16
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_80, mSEG[7]); // B17
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_81, mSEG[8]); // B18
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_82, mSEG[9]); // B19
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_83, mSEG[10]); // B20
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_84, mSEG[11]); // B21
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_85, mSEG[12]); // B22
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_86, mSEG[13]); // B23
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_87, mSEG[14]); // B24
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_88, mSEG[15]); // B25
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_89, mSEG[16]); // B26
}
//水温
static void SEG_Coolant_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_Coolant_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
static uint8_t OldValue = 0 ;
static uint8_t mSEG[ COOLANT_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_79, seg_status);//A47
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_92, seg_status);//A60
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_93, seg_status);//A61
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_94, seg_status);//A62
uint8_t i;
static uint8_t OldValue = 0;
static uint8_t mSEG[COOLANT_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_79, seg_status); // A47
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_92, seg_status); // A60
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_93, seg_status); // A61
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_94, seg_status); // A62
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < COOLANT_SEG_NUM_MAX ;i ++ )
for (i = 0; i < COOLANT_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0 ;
OldValue = 0;
}
else if(Valid == GUI_DISP_MODE_INVALID)
else if (Valid == GUI_DISP_MODE_INVALID)
{
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_92, 0u);//A60
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_93, 0u);//A61
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_94, 0u);//A62
for(i = 0 ;i < COOLANT_SEG_NUM_MAX ;i ++ )
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_92, 0u); // A60
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_93, 0u); // A61
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_94, 0u); // A62
for (i = 0; i < COOLANT_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
OldValue = 0 ;
OldValue = 0;
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
if(OldValue != Value)
{
// eg: 5 -> 100000-> 11111
if (OldValue != Value)
{
OldValue = Value ;
for(i = 0 ;i < COOLANT_SEG_NUM_MAX ;i ++ )
OldValue = Value;
for (i = 0; i < COOLANT_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
}
}
}
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_80, mSEG[0]) ;//A48
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_81, mSEG[1]) ;//A49
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_82, mSEG[2]) ;//A50
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_83, mSEG[3]) ;//A51
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_84, mSEG[4]) ;//A52
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_85, mSEG[5]) ;//A53
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_86, mSEG[6]) ;//A54
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_87, mSEG[7]) ;//A55
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_88, mSEG[8]) ;//A56
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_89, mSEG[9]) ;//A57
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_90, mSEG[10]) ;//A58
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_91, mSEG[11]) ;//A59
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_80, mSEG[0]); // A48
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_81, mSEG[1]); // A49
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_82, mSEG[2]); // A50
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_83, mSEG[3]); // A51
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_84, mSEG[4]); // A52
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_85, mSEG[5]); // A53
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_86, mSEG[6]); // A54
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_87, mSEG[7]); // A55
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_88, mSEG[8]); // A56
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_89, mSEG[9]); // A57
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_90, mSEG[10]); // A58
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_91, mSEG[11]); // A59
}
//燃油
static void SEG_Fuel_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_Fuel_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
uint8_t mSEG[ FUEL_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_91, seg_status);//B28
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_92, seg_status);//B29
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_93, seg_status);//B30
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_106, seg_status);//B43
uint8_t i;
uint8_t mSEG[FUEL_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_91, seg_status); // B28
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_92, seg_status); // B29
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_93, seg_status); // B30
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_106, seg_status); // B43
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < FUEL_SEG_NUM_MAX ;i ++ )
for (i = 0; i < FUEL_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
for(i = 0 ;i < FUEL_SEG_NUM_MAX ;i ++ )
{
// eg: 5 -> 100000-> 11111
for (i = 0; i < FUEL_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
}
}
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_94 , mSEG[0]) ;//B31
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_95 , mSEG[1]) ;//B32
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_96 , mSEG[2]) ;//B33
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_97 , mSEG[3]) ;//B34
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_98 , mSEG[4]) ;//B35
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_99 , mSEG[5]) ;//B36
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_100, mSEG[6]) ;//B37
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_101, mSEG[7]) ;//B38
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_102, mSEG[8]) ;//B39
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_103, mSEG[9]) ;//B40
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_104, mSEG[10]) ;//B41
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_105, mSEG[11]) ;//B42
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_94, mSEG[0]); // B31
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_95, mSEG[1]); // B32
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_96, mSEG[2]); // B33
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_97, mSEG[3]); // B34
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_98, mSEG[4]); // B35
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_99, mSEG[5]); // B36
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_100, mSEG[6]); // B37
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_101, mSEG[7]); // B38
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_102, mSEG[8]); // B39
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_103, mSEG[9]); // B40
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_104, mSEG[10]); // B41
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_105, mSEG[11]); // B42
}
//转速
static void SEG_Tacho_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_Tacho_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
uint8_t mSEG[ TACHO_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_38, seg_status);//A8
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_59, seg_status);//A27
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_65, seg_status);//A33
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_71, seg_status);//A39
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_40, seg_status);//A10
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_46, seg_status);//A16
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_51, seg_status);//A21
uint8_t i;
uint8_t mSEG[TACHO_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_38, seg_status); // A8
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_59, seg_status); // A27
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_65, seg_status); // A33
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_71, seg_status); // A39
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_40, seg_status); // A10
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_46, seg_status); // A16
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_51, seg_status); // A21
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < TACHO_SEG_NUM_MAX ;i ++ )
for (i = 0; i < TACHO_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
for(i = 0 ;i < TACHO_SEG_NUM_MAX ;i ++ )
{
// eg: 5 -> 100000-> 11111
for (i = 0; i < TACHO_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 1 ;
mSEG[i] = 1;
}
}
}
}
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_58, mSEG[0]);//A26
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_60, mSEG[1]);//A28
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_61, mSEG[2]);//A29
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_62, mSEG[3]);//A30
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_63, mSEG[4]);//A31
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_64, mSEG[5]);//A32
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_66, mSEG[6]);//A34
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_67, mSEG[7]);//A35
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_68, mSEG[8]);//A36
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_69, mSEG[9]);//A37
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_70, mSEG[10]);//A38
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_72, mSEG[11]);//A40
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_73, mSEG[12]);//A41
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_74, mSEG[13]);//A42
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_75, mSEG[14]);//A43
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_39, mSEG[15]);//A9
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_41, mSEG[16]);//A11
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_42, mSEG[17]);//A12
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_43, mSEG[18]);//A13
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_44, mSEG[19]);//A14
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_45, mSEG[20]);//A15
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_47, mSEG[21]);//A17
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_48, mSEG[22]);//A18
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_49, mSEG[23]);//A19
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_53, mSEG[24]);//A23
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_52, mSEG[25]);//A22
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_50, mSEG[26]);//A20
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_58, mSEG[0]); // A26
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_60, mSEG[1]); // A28
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_61, mSEG[2]); // A29
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_62, mSEG[3]); // A30
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_63, mSEG[4]); // A31
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_64, mSEG[5]); // A32
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_66, mSEG[6]); // A34
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_67, mSEG[7]); // A35
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_68, mSEG[8]); // A36
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_69, mSEG[9]); // A37
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_70, mSEG[10]); // A38
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_72, mSEG[11]); // A40
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_73, mSEG[12]); // A41
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_74, mSEG[13]); // A42
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_75, mSEG[14]); // A43
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_39, mSEG[15]); // A9
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_41, mSEG[16]); // A11
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_42, mSEG[17]); // A12
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_43, mSEG[18]); // A13
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_44, mSEG[19]); // A14
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_45, mSEG[20]); // A15
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_47, mSEG[21]); // A17
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_48, mSEG[22]); // A18
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_49, mSEG[23]); // A19
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_53, mSEG[24]); // A23
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_52, mSEG[25]); // A22
SEG_BUFF_Set(BU98_CHIP1, SEG_REDEFINE_50, mSEG[26]); // A20
}
//车速
static void SEG_VehicleSpeed_Display(uint8_t Value, uint8_t Valid,uint8_t seg_status)
static void SEG_VehicleSpeed_Display(uint8_t Value, uint8_t Valid, uint8_t seg_status)
{
uint8_t i ;
uint8_t mSEG[ VEH_SEG_NUM_MAX ] = {0} ;
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_154, seg_status);//C42
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_133, seg_status);//C23
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_128, seg_status);//C18
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_123, seg_status);//C13
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_118, seg_status);//C8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_113, seg_status);//C3
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_151, seg_status);//C39
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_146, seg_status);//C34
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_141, seg_status);//C29
if(Value > VEH_SEG_NUM_MAX)
uint8_t i;
uint8_t mSEG[VEH_SEG_NUM_MAX] = {0};
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_154, seg_status); // C42
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_133, seg_status); // C23
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_128, seg_status); // C18
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_123, seg_status); // C13
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_118, seg_status); // C8
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_113, seg_status); // C3
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_151, seg_status); // C39
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_146, seg_status); // C34
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_141, seg_status); // C29
if (Value > VEH_SEG_NUM_MAX)
{
Value = VEH_SEG_NUM_MAX ;
Value = VEH_SEG_NUM_MAX;
}
if (Valid == GUI_DISP_MODE_BLANK)
{
for(i = 0 ;i < VEH_SEG_NUM_MAX ;i ++ )
for (i = 0; i < VEH_SEG_NUM_MAX; i++)
{
mSEG[i] = 0 ;
mSEG[i] = 0;
}
}
else
{
{
if (Valid == GUI_DISP_MODE_NORMAL)
{//eg: 5 -> 100000-> 11111
for(i = 0 ;i < VEH_SEG_NUM_MAX ;i ++ )
{
// eg: 5 -> 100000-> 11111
for (i = 0; i < VEH_SEG_NUM_MAX; i++)
{
mSEG[i] = ((((1 << Value) - 1) & ( 1 << i)) >> i) ;
if(mSEG[i])
mSEG[i] = ((((1 << Value) - 1) & (1 << i)) >> i);
if (mSEG[i])
{
mSEG[i] = seg_status ;
mSEG[i] = seg_status;
}
else
{
mSEG[i] = 1 ;
mSEG[i] = 1;
}
}
}
}
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_134, mSEG[0]);//C24
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_132, mSEG[1]);//C22
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_131, mSEG[2]);//C21
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_130, mSEG[3]);//C20
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_129, mSEG[4]);//C19
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_127, mSEG[5]);//C17
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_126, mSEG[6]);//C16
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_125, mSEG[7]);//C15
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_124, mSEG[8]);//C14
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_122, mSEG[9]);//C12
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_121, mSEG[10]);//C11
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_120, mSEG[11]);//C10
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_119, mSEG[12]);//C9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_117, mSEG[13]);//C7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_116, mSEG[14]);//C6
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_115, mSEG[15]);//C5
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_114, mSEG[16]);//C4
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_112, mSEG[17]);//C2
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_111, mSEG[18]);//C1
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_153, mSEG[19]);//C41
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_152, mSEG[20]);//C40
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_150, mSEG[21]);//C38
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_149, mSEG[22]);//C37
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_148, mSEG[23]);//C36
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_147, mSEG[24]);//C35
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_145, mSEG[25]);//C33
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_144, mSEG[26]);//C32
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_143, mSEG[27]);//C31
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_142, mSEG[28]);//C30
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_140, mSEG[29]);//C28
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_134, mSEG[0]); // C24
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_132, mSEG[1]); // C22
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_131, mSEG[2]); // C21
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_130, mSEG[3]); // C20
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_129, mSEG[4]); // C19
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_127, mSEG[5]); // C17
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_126, mSEG[6]); // C16
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_125, mSEG[7]); // C15
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_124, mSEG[8]); // C14
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_122, mSEG[9]); // C12
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_121, mSEG[10]); // C11
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_120, mSEG[11]); // C10
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_119, mSEG[12]); // C9
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_117, mSEG[13]); // C7
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_116, mSEG[14]); // C6
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_115, mSEG[15]); // C5
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_114, mSEG[16]); // C4
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_112, mSEG[17]); // C2
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_111, mSEG[18]); // C1
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_153, mSEG[19]); // C41
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_152, mSEG[20]); // C40
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_150, mSEG[21]); // C38
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_149, mSEG[22]); // C37
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_148, mSEG[23]); // C36
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_147, mSEG[24]); // C35
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_145, mSEG[25]); // C33
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_144, mSEG[26]); // C32
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_143, mSEG[27]); // C31
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_142, mSEG[28]); // C30
SEG_BUFF_Set(BU98_CHIP0, SEG_REDEFINE_140, mSEG[29]); // C28
}
/******************************************************************************
函数名：Seg_General_Digit_Display
......@@ -974,7 +975,7 @@ static void SEG_VehicleSpeed_Display(uint8_t Value, uint8_t Valid,uint8_t seg_st
Reg : 寄存器变量
返回值：无
******************************************************************************/
static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank , uint8_t *DigitBuf , uint8_t *Reg )
static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank, uint8_t *DigitBuf, uint8_t *Reg)
{
uint8_t i;
uint8_t ActLen;
......@@ -997,7 +998,7 @@ static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank
}
//对未计算到的数字位作0填充
for (i = ActLen; i < Len; i++ )
for (i = ActLen; i < Len; i++)
DigitBuf[i] = 0;
//数字首部按消隐位数做零消隐
......@@ -1007,102 +1008,96 @@ static void Seg_General_Digit_Display(uint32_t Digit, uint8_t Len, uint8_t Blank
DigitBuf[i] = 0xFF;
i--;
(*Reg) |= (1 << i) ;
(*Reg) |= (1 << i);
}
}
static uint8_t wbyTestSeg = 0;
static uint16_t wbyTestNum ;
static uint8_t WBY_SET = 0 ;
static uint16_t wbyTestNum;
static uint8_t WBY_SET = 0;
void Seg_Display_Service(void)
{
uint32_t Ign_Time ;
uint32_t Ign_Time;
Ign_Time = Common_GetIgnOnTime();
if (Common_Get_IG_Sts() == COMMON_POWER_ON)
{
if(WBY_SET == 1)
{
if (WBY_SET == 1)
{
Seg_Display_ON();
}
}
else
{
SEG_A25_Disp(7u) ;//左侧弧线
SEG_C25_Disp(7u) ;//右侧弧线
if(Ign_Time < 3100)
//if(0)
SEG_A25_Disp(7u); //左侧弧线
SEG_C25_Disp(7u); //右侧弧线
if (Ign_Time < 3100)
{
SEG_PRI_Display(GetGaugesCurrentPos(PRIGasGauges),GUI_DISP_MODE_NORMAL,7u) ;//PRI气压格
SEG_SEC_Display(GetGaugesCurrentPos(SECGasGauges),GUI_DISP_MODE_NORMAL,7u) ;//SEC气压格
SEG_Coolant_Display(GetGaugesCurrentPos(TempGauges),GUI_DISP_MODE_NORMAL,7u) ;//水温格
SEG_Fuel_Display(GetGaugesCurrentPos(TempGauges), GUI_DISP_MODE_NORMAL,7u);//燃油格
SEG_Tacho_Display(GetGaugesCurrentPos(RevGauges),GUI_DISP_MODE_NORMAL,7u);//转速格
SEG_VehicleSpeed_Display(GetGaugesCurrentPos(VehGauges) ,GUI_DISP_MODE_NORMAL,7u);//车速格
SEG_PRI_Display(GetGaugesCurrentPos(PRIGasGauges), GUI_DISP_MODE_NORMAL, 7u); // PRI气压格
SEG_SEC_Display(GetGaugesCurrentPos(SECGasGauges), GUI_DISP_MODE_NORMAL, 7u); // SEC气压格
SEG_Coolant_Display(GetGaugesCurrentPos(TempGauges), GUI_DISP_MODE_NORMAL, 7u); //水温格
SEG_Fuel_Display(GetGaugesCurrentPos(TempGauges), GUI_DISP_MODE_NORMAL, 7u); //燃油格
SEG_Tacho_Display(GetGaugesCurrentPos(RevGauges), GUI_DISP_MODE_NORMAL, 7u); //转速格
SEG_VehicleSpeed_Display(GetGaugesCurrentPos(VehGauges), GUI_DISP_MODE_NORMAL, 7u); //车速格
Seg_Digit_1_Disp(12);
Seg_Digit_2_Disp(12);
Seg_Digit_3_Disp(12);
return ;
}
return;
}
if(AirPressure_Get_Valid(0))
if (AirPressure_Get_Valid(0))
{
SEG_PRI_Display(AirPressure_Get_CurSeg(0),GUI_DISP_MODE_NORMAL,7u) ;//PRI气压格
SEG_PRI_Display(AirPressure_Get_CurSeg(0), GUI_DISP_MODE_NORMAL, 7u); // PRI气压格
}
else
{
SEG_PRI_Display(AirPressure_Get_CurSeg(0),GUI_DISP_MODE_INVALID,7u) ;//PRI气压格
SEG_PRI_Display(AirPressure_Get_CurSeg(0), GUI_DISP_MODE_INVALID, 7u); // PRI气压格
}
if(AirPressure_Get_Valid(1))
if (AirPressure_Get_Valid(1))
{
SEG_SEC_Display(AirPressure_Get_CurSeg(1),GUI_DISP_MODE_NORMAL,7u) ;//SEC气压格
SEG_SEC_Display(AirPressure_Get_CurSeg(1), GUI_DISP_MODE_NORMAL, 7u); // SEC气压格
}
else
{
SEG_SEC_Display(AirPressure_Get_CurSeg(1),GUI_DISP_MODE_INVALID,7u) ;//SEC气压格
SEG_SEC_Display(AirPressure_Get_CurSeg(1), GUI_DISP_MODE_INVALID, 7u); // SEC气压格
}
if(Coolant_Get_Valid())
if (Coolant_Get_Valid())
{
SEG_Coolant_Display(Coolant_Get_CurSeg(),GUI_DISP_MODE_NORMAL,7u) ;//水温格
SEG_Coolant_Display(Coolant_Get_CurSeg(), GUI_DISP_MODE_NORMAL, 7u); //水温格
}
else
{
SEG_Coolant_Display(Coolant_Get_CurSeg(),GUI_DISP_MODE_INVALID,7u) ;//水温格
SEG_Coolant_Display(Coolant_Get_CurSeg(), GUI_DISP_MODE_INVALID, 7u); //水温格
}
SEG_Fuel_Display(Fuel_Get_CurSeg(), GUI_DISP_MODE_NORMAL,7u);//燃油格
SEG_Tacho_Display(Tacho_Get_CurSeg(),GUI_DISP_MODE_NORMAL,7u);//转速格
SEG_VehicleSpeed_Display(Speed_Get_CurSeg(),GUI_DISP_MODE_NORMAL,7u);//车速格
wbyTestNum = Common_Get_Disp_V_Speed() ;
//Speed_Get_Display_Value()
SEG_VehicleSpeed_Num(wbyTestNum,GUI_DISP_MODE_NORMAL);//车速值
//SEG_PRI_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//PRI气压格
//SEG_SEC_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//SEC气压格
//SEG_Coolant_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//水温格
//SEG_Fuel_Display(wbyTestSeg, GUI_DISP_MODE_NORMAL,7u);//燃油格
//SEG_Tacho_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u);//转速格
//SEG_VehicleSpeed_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u);//车速格
//SEG_VehicleSpeed_Num(wbyTestNum,GUI_DISP_MODE_NORMAL);//车速值
}
SEG_Fuel_Display(Fuel_Get_CurSeg(), GUI_DISP_MODE_NORMAL, 7u); //燃油格
SEG_Tacho_Display(Tacho_Get_CurSeg(), GUI_DISP_MODE_NORMAL, 7u); //转速格
SEG_VehicleSpeed_Display(Speed_Get_CurSeg(), GUI_DISP_MODE_NORMAL, 7u); //车速格
wbyTestNum = Common_Get_Disp_V_Speed();
// Speed_Get_Display_Value()
SEG_VehicleSpeed_Num(wbyTestNum, GUI_DISP_MODE_NORMAL); //车速值
// SEG_PRI_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//PRI气压格
// SEG_SEC_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//SEC气压格
// SEG_Coolant_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u) ;//水温格
// SEG_Fuel_Display(wbyTestSeg, GUI_DISP_MODE_NORMAL,7u);//燃油格
// SEG_Tacho_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u);//转速格
// SEG_VehicleSpeed_Display(wbyTestSeg,GUI_DISP_MODE_NORMAL,7u);//车速格
// SEG_VehicleSpeed_Num(wbyTestNum,GUI_DISP_MODE_NORMAL);//车速值
}
}
else
{
SEG_A25_Disp(0u) ;//左侧弧线
SEG_C25_Disp(0u) ;//右侧弧线
SEG_PRI_Display(AirPressure_Get_CurSeg(0),GUI_DISP_MODE_BLANK,0u) ;//PRI气压格
SEG_SEC_Display(AirPressure_Get_CurSeg(1),GUI_DISP_MODE_BLANK,0u) ;//SEC气压格
SEG_Coolant_Display(Coolant_Get_CurSeg(),GUI_DISP_MODE_BLANK,0u) ;//水温格
SEG_Fuel_Display(Fuel_Get_CurSeg(), GUI_DISP_MODE_BLANK,0u);//燃油格
SEG_Tacho_Display(Tacho_Get_CurSeg(),GUI_DISP_MODE_BLANK,0u);//转速格
SEG_VehicleSpeed_Display(Speed_Get_CurSeg(),GUI_DISP_MODE_BLANK,0u);//车速格
SEG_VehicleSpeed_Num(0u,GUI_DISP_MODE_BLANK);//车速值
SEG_A25_Disp(0u); //左侧弧线
SEG_C25_Disp(0u); //右侧弧线
SEG_PRI_Display(AirPressure_Get_CurSeg(0), GUI_DISP_MODE_BLANK, 0u); // PRI气压格
SEG_SEC_Display(AirPressure_Get_CurSeg(1), GUI_DISP_MODE_BLANK, 0u); // SEC气压格
SEG_Coolant_Display(Coolant_Get_CurSeg(), GUI_DISP_MODE_BLANK, 0u); //水温格
SEG_Fuel_Display(Fuel_Get_CurSeg(), GUI_DISP_MODE_BLANK, 0u); //燃油格
SEG_Tacho_Display(Tacho_Get_CurSeg(), GUI_DISP_MODE_BLANK, 0u); //转速格
SEG_VehicleSpeed_Display(Speed_Get_CurSeg(), GUI_DISP_MODE_BLANK, 0u); //车速格
SEG_VehicleSpeed_Num(0u, GUI_DISP_MODE_BLANK); //车速值
}
}
......@@ -1115,7 +1110,7 @@ void Seg_Display_ON(void)
{
for (seg_num = SEG_REDEFINE_1; seg_num < BU98R10_SEG_MAX; seg_num++)
{
SEG_BUFF_Set(chip_num,seg_num,7);
SEG_BUFF_Set(chip_num, seg_num, 7);
}
}
}
......@@ -1128,15 +1123,7 @@ void Seg_Display_OFF(void)
{
for (seg_num = SEG_REDEFINE_1; seg_num < BU98R10_SEG_MAX; seg_num++)
{
SEG_BUFF_Set(chip_num,seg_num,0);
SEG_BUFF_Set(chip_num, seg_num, 0);
}
}
}
source/Application/APP/SEG_LCD/SEG_DISPLAY.h
View file @ 0d1dff89
......@@ -14,7 +14,7 @@ void SEG_LED_HI_BEAM_T(uint8_t seg_status);
void SEG_LED_Rr_FOG_LAMP_T(uint8_t seg_status);
void SEG_LED_MIL_T(uint8_t seg_status);
void SEG_LED_SVS_T(uint8_t seg_status);
void SEG_LED_H_S_A__T(uint8_t seg_status);
void SEG_LED_H_S_A_T(uint8_t seg_status);
void SEG_LED_RETARDER_T(uint8_t seg_status);
void SEG_LED_AUTO_LEVELING_T(uint8_t seg_status);
void SEG_LED_ROWS_L(uint8_t seg_status);
......
source/Application/APP/Telltales/Telltales.h
View file @ 0d1dff89
......@@ -7,53 +7,49 @@
typedef enum
{
em_LED_INTER_DIFF_LOCK_T ,
em_LED_FOUR_MUL_FOUR_T ,
em_LED_EXH_BRAKE_T ,
em_LED_QOS_GLOW_T ,
em_LED_HI_BEAM_T ,
em_LED_Rr_FOG_LAMP_T ,
em_LED_MIL_T ,
em_LED_SVS_T ,
em_LED_H_S_A__T ,
em_LED_RETARDER_T ,
em_LED_AUTO_LEVELING_T ,
em_LED_ROWS_L ,
em_LED_BSM_OFF_L ,
em_LED_AEBS_OFF_L ,
em_LED_LDWS_L ,
em_LED_SRS_L ,
em_LED_ENG_OIL_L ,
em_LED_CHARG_L ,
em_LED_SEAT_BELT_L ,
em_LED_RR_DIFF_LOCK_L ,
em_LED_TPMS_L ,
em_LED_ASR_or_EVSC_OFF_L ,
em_LED_EVSC_L ,
em_LED_eco_stop_OFF_L ,
em_LED_AMT_L ,
em_LED_WEAR_IND_L ,
em_LED_TRAILER_BRAKE_R ,
em_LED_BRAKE_AIR_or_EBS_YELLOW_R ,
em_LED_ACC_AIR_R ,
em_LED_ABS_R ,
em_LED_PARK_BRAKE_R ,
em_LED_BRAKE_AIR_or_EBS_RED_R ,
em_LED_BRAKE_LOCK_R ,
em_LED_AIR_SUS_R ,
em_LED_TRAILER_ABS_U ,
em_LED_WORKING_LAMP_U ,
em_LED_TRAILER_ABS_INFO_U ,
LED_Max ,
em_LED_INTER_DIFF_LOCK_T,
em_LED_FOUR_MUL_FOUR_T,
em_LED_EXH_BRAKE_T,
em_LED_QOS_GLOW_T,
em_LED_HI_BEAM_T,
em_LED_Rr_FOG_LAMP_T,
em_LED_MIL_T,
em_LED_SVS_T,
em_LED_H_S_A__T,
em_LED_RETARDER_T,
em_LED_AUTO_LEVELING_T,
em_LED_ROWS_L,
em_LED_BSM_OFF_L,
em_LED_AEBS_OFF_L,
em_LED_LDWS_L,
em_LED_SRS_L,
em_LED_ENG_OIL_L,
em_LED_CHARG_L,
em_LED_SEAT_BELT_L,
em_LED_RR_DIFF_LOCK_L,
em_LED_TPMS_L,
em_LED_ASR_or_EVSC_OFF_L,
em_LED_EVSC_L,
em_LED_eco_stop_OFF_L,
em_LED_AMT_L,
em_LED_WEAR_IND_L,
em_LED_TRAILER_BRAKE_R,
em_LED_BRAKE_AIR_or_EBS_YELLOW_R,
em_LED_ACC_AIR_R,
em_LED_ABS_R,
em_LED_PARK_BRAKE_R,
em_LED_BRAKE_AIR_or_EBS_RED_R,
em_LED_BRAKE_LOCK_R,
em_LED_AIR_SUS_R,
em_LED_TRAILER_ABS_U,
em_LED_WORKING_LAMP_U,
em_LED_TRAILER_ABS_INFO_U,
LED_Max,
} LED_Idx_t;
typedef uint8_t ( * LED_Judgment ) ( void );
typedef void ( * LED_Execution ) ( uint8_t led_status );
typedef uint8_t (*LED_Judgment)(void);
typedef void (*LED_Execution)(uint8_t led_status);
typedef struct
{
......@@ -79,18 +75,17 @@ typedef struct
typedef struct
{
uint8_t LastLeft;
uint8_t LastRight;
uint8_t Delay;
uint8_t LastLeft;
uint8_t LastRight;
uint8_t Delay;
} TelltaleLRCtrlStruct;
extern const LED_Attribute_st LED_Attribute[LED_Max];
extern const LED_Attribute_st LED_Attribute[LED_Max];
void Telltales_SetPara(ExternalPara_st *Para);
void Telltales_Management(void); /*50ms*/
void Telltales_Management(void); /*50ms*/
void Telltales_Left_Right_KL30_Init(void);
void Telltales_Left_Right_Management_Service(void) ;/*must put into 10ms task*/
void Telltales_Left_Right_Management_Service(void); /*must put into 10ms task*/
void Telltales_IG_ON_Work(void);
void Telltales_IGOFF_Work(void);
void Test_LED_AllLight(void);
......@@ -99,10 +94,6 @@ void Telltales_Wakeup_Init(void);
void Telltales_KL30_Init(void);
void Telltales_KL15_Init(void);
void LED_RIGHT_G_Execution(uint8_t led_status);
void LED_LEFT_G_Execution(uint8_t led_status);
uint8_t LED_RIGHT_G_Judgement(void);
......@@ -114,10 +105,6 @@ uint8_t GET_LED_POSITION_G(void);
void Write_LED_READY_G_Execution(uint8_t led_status);
uint8_t GET_LED_READY_G_Execution(void);
/*ZH:*/
/*LED点灯条件判别函数*/
uint8_t LED_INTER_DIFF_LOCK_T_Judgement(void);
......@@ -128,7 +115,7 @@ uint8_t LED_HI_BEAM_T_Judgement(void);
uint8_t LED_Rr_FOG_LAMP_T_Judgement(void);
uint8_t LED_MIL_T_Judgement(void);
uint8_t LED_SVS_T_Judgement(void);
uint8_t LED_H_S_A__T_Judgement(void);
uint8_t LED_H_S_A_T_Judgement(void);
uint8_t LED_RETARDER_T_Judgement(void);
uint8_t LED_AUTO_LEVELING_T_Judgement(void);
uint8_t LED_ROWS_L_Judgement(void);
......@@ -158,8 +145,6 @@ uint8_t LED_TRAILER_ABS_U_Judgement(void);
uint8_t LED_WORKING_LAMP_U_Judgement(void);
uint8_t LED_TRAILER_ABS_INFO_U_Judgement(void);
/*LED执行函数*/
void LED_INTER_DIFF_LOCK_T_Execution(uint8_t led_status);
void LED_FOUR_MUL_FOUR_T_Execution(uint8_t led_status);
......@@ -169,7 +154,7 @@ void LED_HI_BEAM_T_Execution(uint8_t led_status);
void LED_Rr_FOG_LAMP_T_Execution(uint8_t led_status);
void LED_MIL_T_Execution(uint8_t led_status);
void LED_SVS_T_Execution(uint8_t led_status);
void LED_H_S_A__T_Execution(uint8_t led_status);
void LED_H_S_A_T_Execution(uint8_t led_status);
void LED_RETARDER_T_Execution(uint8_t led_status);
void LED_AUTO_LEVELING_T_Execution(uint8_t led_status);
void LED_ROWS_L_Execution(uint8_t led_status);
......@@ -200,9 +185,4 @@ void LED_WORKING_LAMP_U_Execution(uint8_t led_status);
void LED_TRAILER_ABS_INFO_U_Execution(uint8_t led_status);
/*:ZH*/
#endif
source/Application/APP/Telltales/Telltales_user.c
View file @ 0d1dff89
......@@ -28,7 +28,7 @@ const LED_Attribute_st LED_Attribute[LED_Max] =
{ em_LED_Rr_FOG_LAMP_T , NoSelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_Rr_FOG_LAMP_T_Judgement , LED_Rr_FOG_LAMP_T_Execution },
{ em_LED_MIL_T , SelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_MIL_T_Judgement , LED_MIL_T_Execution },
{ em_LED_SVS_T , SelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_SVS_T_Judgement , LED_SVS_T_Execution },
{ em_LED_H_S_A__T , NoSelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_H_S_A__T_Judgement , LED_H_S_A__T_Execution },
{ em_LED_H_S_A__T , NoSelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_H_S_A_T_Judgement , LED_H_S_A_T_Execution },
{ em_LED_RETARDER_T , SelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_RETARDER_T_Judgement , LED_RETARDER_T_Execution },
{ em_LED_AUTO_LEVELING_T , NoSelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_AUTO_LEVELING_T_Judgement , LED_AUTO_LEVELING_T_Execution },
{ em_LED_ROWS_L , NoSelfCheck , NoExterNalCheck , LED_IGN_ON , 0u, 3000ul, LED_ROWS_L_Judgement , LED_ROWS_L_Execution },
......@@ -61,9 +61,6 @@ const LED_Attribute_st LED_Attribute[LED_Max] =
};
/*must put into 10ms task*/
void Telltales_Left_Right_KL30_Init(void);
......@@ -74,7 +71,7 @@ void Telltales_Left_Right_KL30_Init(void)
TelltaleLRCtrl.LastLeft = 0u;
TelltaleLRCtrl.Delay = 0u;
}
/*
uint8_t LED_LEFT_F = 0x00u;
uint8_t LED_RIGHT_F = 0x00u;
uint8_t LED_HI_BEAM_F = 0x00u;
......@@ -89,12 +86,17 @@ uint8_t LED_HDC_F = 0x00u;
uint8_t LED_HAC_F = 0x00u;
uint8_t LED_MAINTENANCE_F = 0x00u;
uint8_t LED_SEATBELT_F = 0x00u;
*/
/******************************************************************************
T3 L1 L2 L3 R1 R2 R3 U1 U4 U5无灯 左右转向单独 水温 燃油 气压1 气压2 在显示处做逻辑
******************************************************************************/
/*************************************
转向灯
**************************************/
/******************************************************************************
T0 左转向 T13 右转向
信号接口：
信号定义：
输出信号： T1_LED_OUT
******************************************************************************/
void Telltales_Left_Right_Management_Service(void) /*10ms*/
{
uint8_t Edge;
......@@ -106,7 +108,6 @@ void Telltales_Left_Right_Management_Service(void) /*10ms*/
Edge = 0xffu ;
if (LEFT_ST == 1u)//左转向
{
SEG_LED_TURN_LEFT(7);//左转向断码屏开
......@@ -222,6 +223,8 @@ void Test_LED_AllLight(void)
#define XXXX 0u
#define LED_BRIGHTNESS 0xff
uint8_t HYQ = 0U;
/******************************************************************************
T1 INTER DIFF LOCK
信号接口：
......@@ -260,22 +263,17 @@ void LED_INTER_DIFF_LOCK_T_Execution(uint8_t led_status)
}
}
/******************************************************************************
R6 ACC_AIR_LED_MCU_OUT
T2 指示灯不受控
信号接口：
信号定义：
输出信号： R6_LED_OUT
输出信号：
******************************************************************************/
uint8_t LED_ACC_AIR_R_Judgement(void)//done
uint8_t LED_FOUR_MUL_FOUR_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_ACC_AIR);
m_Condition1 = (uint8_t)XXXX;
if (m_Condition1 == 1u)
{
......@@ -288,44 +286,82 @@ uint8_t LED_ACC_AIR_R_Judgement(void)//done
return u8Result;
}
void LED_ACC_AIR_R_Execution(uint8_t led_status)
void LED_FOUR_MUL_FOUR_T_Execution(uint8_t led_status)
{
R6_LED_OUT = led_status;
if (led_status == 1)
{
IS31_CHIP0_CHANNEL35 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL35 = 0x00;
}
if (led_status == 1)
{
SEG_LED_ACC_AIR_R(7);
SEG_LED_FOUR_MUL_FOUR_T(7);
}
else
{
SEG_LED_ACC_AIR_R(0);
SEG_LED_FOUR_MUL_FOUR_T(0);
}
}
/******************************************************************************
R5
T4 EXH BRAKE
信号接口：
信号定义：
输出信号：BRAKE_AIR/EBS_LED_MCU
输出信号：
******************************************************************************/
uint8_t LED_EXH_BRAKE_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Get_ID_18FF2300_Sig_Exh_Lamp();
if (m_Condition1 == 0u)
{
u8Result = 1u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
void LED_EXH_BRAKE_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL34 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL34 = 0x00;
}
if (led_status == 1)
{
SEG_LED_EXH_BRAKE_T(7);
}
else
{
SEG_LED_EXH_BRAKE_T(0);
}
}
/******************************************************************************
U2
T5 QOS(GLOW)
信号接口：
信号定义：
输出信号：U2_LED_OUT
输出信号：
******************************************************************************/
uint8_t LED_TRAILER_ABS_U_Judgement(void)//done
uint8_t LED_QOS_GLOW_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_TRAILER_ABS);
m_Condition1 = (uint8_t)Get_ID_18FF2300_Sig_Glow_Lamp();
if (m_Condition1 == 1u)
{
......@@ -338,32 +374,37 @@ uint8_t LED_TRAILER_ABS_U_Judgement(void)//done
return u8Result;
}
void LED_TRAILER_ABS_U_Execution(uint8_t led_status)
void LED_QOS_GLOW_T_Execution(uint8_t led_status)
{
//U2_LED_OUT = led_status;
if (led_status == 1)
{
IS31_CHIP0_CHANNEL33 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL33 = 0x00;
}
if (led_status == 1)
{
SEG_LED_TRAILER_ABS_U(7);
SEG_LED_QOS_GLOW_T(7);
}
else
{
SEG_LED_TRAILER_ABS_U(0);
SEG_LED_QOS_GLOW_T(0);
}
}
/******************************************************************************
T6 HI BEAM
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_FOUR_MUL_FOUR_T_Judgement(void)
uint8_t LED_HI_BEAM_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)XXXX;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_HI_BEAM);
if (m_Condition1 == 1u)
{
......@@ -376,30 +417,38 @@ uint8_t LED_FOUR_MUL_FOUR_T_Judgement(void)
return u8Result;
}
uint8_t LED_EXH_BRAKE_T_Judgement(void)//done
void LED_HI_BEAM_T_Execution(uint8_t led_status)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Get_ID_18FF2300_Sig_Exh_Lamp();
if (m_Condition1 == 0u)
if (led_status == 1)
{
u8Result = 1u;
IS31_CHIP0_CHANNEL32 = LED_BRIGHTNESS;
}
else
{
u8Result = 0u;
IS31_CHIP0_CHANNEL32 = 0x00;
}
return u8Result;
if (led_status == 1)
{
SEG_LED_HI_BEAM_T(7);
}
else
{
SEG_LED_HI_BEAM_T(0);
}
}
uint8_t LED_QOS_GLOW_T_Judgement(void)//done
/******************************************************************************
T7 Rr FOG LAMP
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_Rr_FOG_LAMP_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Get_ID_18FF2300_Sig_Glow_Lamp();
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_Rr_FOG_LAMP);
if (m_Condition1 == 1u)
{
......@@ -412,30 +461,75 @@ uint8_t LED_QOS_GLOW_T_Judgement(void)//done
return u8Result;
}
void LED_Rr_FOG_LAMP_T_Execution(uint8_t led_status)
{
T7_LED_OUT = led_status;
if (led_status == 1)
{
SEG_LED_Rr_FOG_LAMP_T(7);
}
else
{
SEG_LED_Rr_FOG_LAMP_T(0);
}
}
uint8_t LED_HI_BEAM_T_Judgement(void)//done
/******************************************************************************
T8 MIL
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_MIL_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_HI_BEAM);
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_MIL);
if (m_Condition1 == 1u)
{
u8Result = 1u;
u8Result = 0u;
}
else
{
u8Result = 0u;
u8Result = 1u;
}
return u8Result;
}
void LED_MIL_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL31 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL31 = 0x00;
}
if (led_status == 1)
{
SEG_LED_MIL_T(7);
}
else
{
SEG_LED_MIL_T(0);
}
}
uint8_t LED_Rr_FOG_LAMP_T_Judgement(void)//done
/******************************************************************************
T9 SVS
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_SVS_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_Rr_FOG_LAMP);
m_Condition1 = (uint8_t)Get_ID_18FED900_Sig_SVS_Lamp_Status();
if (m_Condition1 == 1u)
{
......@@ -448,30 +542,38 @@ uint8_t LED_Rr_FOG_LAMP_T_Judgement(void)//done
return u8Result;
}
uint8_t LED_MIL_T_Judgement(void)//done
void LED_SVS_T_Execution(uint8_t led_status)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_MIL);
if (m_Condition1 == 1u)
if (led_status == 1)
{
u8Result = 0u;
IS31_CHIP0_CHANNEL30 = LED_BRIGHTNESS;
}
else
{
u8Result = 1u;
IS31_CHIP0_CHANNEL30 = 0x00;
}
return u8Result;
if (led_status == 1)
{
SEG_LED_SVS_T(7);
}
else
{
SEG_LED_SVS_T(0);
}
}
uint8_t LED_SVS_T_Judgement(void)//done
/******************************************************************************
T10 H.S.A
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_H_S_A_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Get_ID_18FED900_Sig_SVS_Lamp_Status();
m_Condition1 = (uint8_t)XXXX;
if (m_Condition1 == 1u)
{
......@@ -484,68 +586,409 @@ uint8_t LED_SVS_T_Judgement(void)//done
return u8Result;
}
void LED_H_S_A_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL28 = LED_BRIGHTNESS; // 绿灯 亮
IS31_CHIP0_CHANNEL29 = 0x00; // 黄灯 灭
}
else if (led_status == 2)
{
IS31_CHIP0_CHANNEL28 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL29 = LED_BRIGHTNESS; // 黄灯 亮
}
else
{
IS31_CHIP0_CHANNEL28 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL29 = 0x00; // 黄灯 灭
}
uint8_t LED_H_S_A__T_Judgement(void)
if ((led_status == 1) || (led_status == 2))
{
SEG_LED_H_S_A_T(7);
}
else
{
SEG_LED_H_S_A_T(0);
}
}
/******************************************************************************
T11 RETARDER
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_RETARDER_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)XXXX;
m_Condition1 = (uint8_t)Get_ID_18FF5510_Sig_Intarder_Pilot_Lamp_State();
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else if (m_Condition1 == 2u)
{
if (FLASH_SYNC_1Hz == 1u)
{
u8Result = 2u;
}
else
{
u8Result = 0u;
}
}
else
{
u8Result = 0u;
}
return u8Result;
}
return u8Result;
}
void LED_RETARDER_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL27 = LED_BRIGHTNESS; // 绿灯 亮
IS31_CHIP0_CHANNEL26 = 0x00; // 黄灯 灭
}
else if (led_status == 2)
{
IS31_CHIP0_CHANNEL27 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL26 = LED_BRIGHTNESS; // 黄灯 亮
}
else
{
IS31_CHIP0_CHANNEL27 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL26 = 0x00; // 黄灯 灭
}
if ((led_status == 1) || (led_status == 2))
{
SEG_LED_RETARDER_T(7);
}
else
{
SEG_LED_RETARDER_T(0);
}
}
/******************************************************************************
T12 AUTO LEVELING
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_AUTO_LEVELING_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)XXXX;
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
void LED_AUTO_LEVELING_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL25 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL25 = 0x00;
}
if (led_status == 1)
{
SEG_LED_AUTO_LEVELING_T(7);
}
else
{
SEG_LED_AUTO_LEVELING_T(0);
}
}
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
L4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R4
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R5
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R6 ACC_AIR_LED_MCU_OUT
信号接口：
信号定义：
输出信号： R6_LED_OUT
******************************************************************************/
uint8_t LED_ACC_AIR_R_Judgement(void)//done
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_ACC_AIR);
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
void LED_ACC_AIR_R_Execution(uint8_t led_status)
{
R6_LED_OUT = led_status;
if (led_status == 1)
{
SEG_LED_ACC_AIR_R(7);
}
else
{
SEG_LED_ACC_AIR_R(0);
}
}
/******************************************************************************
R7
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R8
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R9
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R10
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
R11
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
U2
信号接口：
信号定义：
输出信号：U2_LED_OUT
******************************************************************************/
uint8_t LED_TRAILER_ABS_U_Judgement(void)//done
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)Line_In_Get_Status(LINE_IN_TRAILER_ABS);
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
void LED_TRAILER_ABS_U_Execution(uint8_t led_status)
{
//U2_LED_OUT = led_status;
if (led_status == 1)
{
SEG_LED_TRAILER_ABS_U(7);
}
else
{
SEG_LED_TRAILER_ABS_U(0);
}
}
/******************************************************************************
U3
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
U6
信号接口：
信号定义：
输出信号：
******************************************************************************/
/******************************************************************************
信号接口：
信号定义：
输出信号：
******************************************************************************/
uint8_t LED_RETARDER_T_Judgement(void)//done
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
//FLASH_SYNC_1Hz <----这个是闪烁源
m_Condition1 = (uint8_t)Get_ID_18FF5510_Sig_Intarder_Pilot_Lamp_State();
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else if (m_Condition1 == 2u)
{
if (FLASH_SYNC_1Hz == 1u)
u8Result = 2u;
else
u8Result = 0u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
uint8_t LED_AUTO_LEVELING_T_Judgement(void)
{
uint8_t u8Result = 0u;
uint8_t m_Condition1 = 0u;
m_Condition1 = (uint8_t)XXXX;
if (m_Condition1 == 1u)
{
u8Result = 1u;
}
else
{
u8Result = 0u;
}
return u8Result;
}
uint8_t LED_ROWS_L_Judgement(void)
{
......@@ -1073,242 +1516,22 @@ uint8_t LED_TRAILER_ABS_INFO_U_Judgement(void)//done
void LED_FOUR_MUL_FOUR_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL35 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL35 = 0x00;
}
if (led_status == 1)
{
SEG_LED_FOUR_MUL_FOUR_T(7);
}
else
{
SEG_LED_FOUR_MUL_FOUR_T(0);
}
}
void LED_EXH_BRAKE_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL34 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL34 = 0x00;
}
if (led_status == 1)
{
SEG_LED_EXH_BRAKE_T(7);
}
else
{
SEG_LED_EXH_BRAKE_T(0);
}
}
void LED_QOS_GLOW_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL33 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL33 = 0x00;
}
if (led_status == 1)
{
SEG_LED_QOS_GLOW_T(7);
}
else
{
SEG_LED_QOS_GLOW_T(0);
}
}
void LED_HI_BEAM_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL32 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL32 = 0x00;
}
if (led_status == 1)
{
SEG_LED_HI_BEAM_T(7);
}
else
{
SEG_LED_HI_BEAM_T(0);
}
}
void LED_Rr_FOG_LAMP_T_Execution(uint8_t led_status)
{
//Rr_FOG_MCU_OUT = led_status;
if (led_status == 1)
{
SEG_LED_Rr_FOG_LAMP_T(7);
}
else
{
SEG_LED_Rr_FOG_LAMP_T(0);
}
}
void LED_MIL_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL31 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL31 = 0x00;
}
if (led_status == 1)
{
SEG_LED_MIL_T(7);
}
else
{
SEG_LED_MIL_T(0);
}
}
void LED_SVS_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL30 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL30 = 0x00;
}
if (led_status == 1)
{
SEG_LED_SVS_T(7);
}
else
{
SEG_LED_SVS_T(0);
}
}
/*************************************************************
H.S.A 指示灯 双色点亮说明：0灭 1绿 2黄
**************************************************************
led_status = 0 时， 此灯位： 绿灯 熄灭 且 黄灯 熄灭 ；
led_status = 1 时， 此灯位： 绿灯 点亮 且 黄灯 熄灭 ；
led_status = 2 时， 此灯位： 绿灯 熄灭 且 黄灯 点亮 ；
**************************************************************/
void LED_H_S_A__T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL28 = LED_BRIGHTNESS; // 绿灯 亮
IS31_CHIP0_CHANNEL29 = 0x00; // 黄灯 灭
}
else if (led_status == 2)
{
IS31_CHIP0_CHANNEL28 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL29 = LED_BRIGHTNESS; // 黄灯 亮
}
else
{
IS31_CHIP0_CHANNEL28 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL29 = 0x00; // 黄灯 灭
}
if ((led_status == 1) || (led_status == 2))
{
SEG_LED_H_S_A__T(7);
}
else
{
SEG_LED_H_S_A__T(0);
}
}
/*************************************************************
RETARDER 指示灯 双色点亮说明：0灭 1绿 2黄
**************************************************************
led_status = 0 时， 此灯位： 绿灯 熄灭 且 黄灯 熄灭 ；
led_status = 1 时， 此灯位： 绿灯 点亮 且 黄灯 熄灭 ；
led_status = 2 时， 此灯位： 绿灯 熄灭 且 黄灯 点亮 ；
**************************************************************/
void LED_RETARDER_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL27 = LED_BRIGHTNESS; // 绿灯 亮
IS31_CHIP0_CHANNEL26 = 0x00; // 黄灯 灭
}
else if (led_status == 2)
{
IS31_CHIP0_CHANNEL27 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL26 = LED_BRIGHTNESS; // 黄灯 亮
}
else
{
IS31_CHIP0_CHANNEL27 = 0x00; // 绿灯 灭
IS31_CHIP0_CHANNEL26 = 0x00; // 黄灯 灭
}
if ((led_status == 1) || (led_status == 2))
{
SEG_LED_RETARDER_T(7);
}
else
{
SEG_LED_RETARDER_T(0);
}
}
void LED_AUTO_LEVELING_T_Execution(uint8_t led_status)
{
if (led_status == 1)
{
IS31_CHIP0_CHANNEL25 = LED_BRIGHTNESS;
}
else
{
IS31_CHIP0_CHANNEL25 = 0x00;
}
if (led_status == 1)
{
SEG_LED_AUTO_LEVELING_T(7);
}
else
{
SEG_LED_AUTO_LEVELING_T(0);
}
}
void LED_ROWS_L_Execution(uint8_t led_status)
{
......
source/Application/APP/Telltales/Telltales_user.h
View file @ 0d1dff89
......@@ -3,7 +3,6 @@
#include "TYW_stdint.h"
void Write_LED_RGIHT_G_Judgement(uint8_t led_status);
void Write_LED_LEFT_G_Judgement(uint8_t led_status);
......@@ -11,14 +10,3 @@ uint8_t GET_LED_RIGHT_G_Judgement(void);
uint8_t GET_LED_LEFT_G_Judgement(void);
#endif
source/Application/UDS/TP/DoCAN_ISO15765.c
View file @ 0d1dff89
......@@ -40,7 +40,7 @@ extern void UDS_N_USData_Indication(uint32_t N_TAtype, uint8_t *MessageData, uin
******************************************************************************/
void DoCAN_Communication_Service ( void )
{
DoCAN_Update_Timer();
DoCAN_Handle_Time_Out();
......@@ -80,7 +80,7 @@ void DoCAN_N_USData_Request ( uint32_t N_TAtype, uint8_t MessageData[], uint16_t
uint32_t id;
uint8_t dlc;
uint8_t data[8];
/*非空闲状态下不允许发送*/
if ( TpCtrl.Process != TP_IDLE )
{
......@@ -155,7 +155,7 @@ void DoCAN_N_USData_Request ( uint32_t N_TAtype, uint8_t MessageData[], uint16_t
dlc = TransportTxData.Frame.DLC;
for (i = 0u; i < 8u; ++i)
{
data[i] = TransportTxData.Frame.Data[i];
data[i] = TransportTxData.Frame.Data[i];
}
/*TpCtrl.TxReq = 1u;*/
DoCAN_Start_Timer ( TIMING_PARA_N_As ); /*启动N_As计时*/
......@@ -243,18 +243,18 @@ void DoCAN_L_Data_Request ( uint32_t Identifier, uint8_t dlc, uint8_t Data[] )
for ( i = 0u; i < dlc; i++ )
{
temp = Data[i];
LinkTxCtrl.Data[i] = temp;
LinkTxCtrl.Data[i] = temp;
}
#if FILLER_BYTE_HANDLING
for ( i = dlc; i < 8u; i++ )
{
LinkTxCtrl.Data[i] = FILLER_BYTE;
}
RSCAN0_SendCH0_TxBuf0(LinkTxCtrl.Identifier,8U,1U,LinkTxCtrl.Data);
#else
RSCAN0_SendCH0_TxBuf0(LinkTxCtrl.Identifier,8U,1U,LinkTxCtrl.Data);
RSCAN0_SendCH0_TxBuf0(LinkTxCtrl.Identifier, 8U, 1U, LinkTxCtrl.Data);
#else
RSCAN0_SendCH0_TxBuf0(LinkTxCtrl.Identifier, 8U, 1U, LinkTxCtrl.Data);
#endif
LinkTxCtrl.Busy = 1u;
}
......@@ -341,7 +341,7 @@ void DoCAN_L_Data_Confirm ( uint32_t Identifier, uint8_t TransferStatus )
}
else
{
/* TpCtrl.TxReq = 1u;*/ /*发送失败,重发*/
/* TpCtrl.TxReq = 1u;*/ /*发送失败,重发*/
}
}
}
......@@ -879,11 +879,11 @@ void DoCAN_Receive_Flow_Control ( void )
******************************************************************************/
void DoCAN_Transmit_Flow_Control ( void )
{
uint8_t i;
uint32_t id;
uint8_t dlc;
uint8_t data[8];
uint8_t i;
uint32_t id;
uint8_t dlc;
uint8_t data[8];
if ( TpCtrl.Process == TP_RX_INIT )
{
/*-------------------------------------------------------------------------
......@@ -914,17 +914,17 @@ void DoCAN_Transmit_Flow_Control ( void )
TransportTxData.N_PDU_FC.DLC = 3u;
/*TpCtrl.TxReq = 1u;*/
id = TransportTxData.Frame.Identifier;
dlc = TransportTxData.Frame.DLC;
for (i = 0u; i < 8u; ++i)
{
data[i] = TransportTxData.Frame.Data[i];
data[i] = TransportTxData.Frame.Data[i];
}
DoCAN_Start_Timer ( TIMING_PARA_N_Ar ); /*启动N_Ar计时*/
DoCAN_L_Data_Request(id, dlc, data);
}
else if ( TpCtrl.Process == TP_RX_CTS )
{
......@@ -973,10 +973,10 @@ void DoCAN_Transmit_Flow_Control ( void )
{
data[i] = TransportTxData.Frame.Data[i];
}
DoCAN_Start_Timer ( TIMING_PARA_N_Ar ); /*启动N_Ar计时*/
DoCAN_Start_Timer ( TIMING_PARA_N_Ar ); /*启动N_Ar计时*/
DoCAN_L_Data_Request(id, dlc, data);
}
}
}
......@@ -1039,12 +1039,12 @@ void DoCAN_Disassemble_And_Transmit_N_USData ( void )
dlc = TransportTxData.Frame.DLC;
for (i = 0u; i < 8u; ++i)
{
data[i] = TransportTxData.Frame.Data[i];
data[i] = TransportTxData.Frame.Data[i];
}
DoCAN_Start_Timer ( TIMING_PARA_N_As ); /*启动N_As计时*/
DoCAN_L_Data_Request(id, dlc, data);
DoCAN_L_Data_Request(id, dlc, data);
}
else if (TpCtrl.BlockCnt == TpCtrl.BlockSize - 1u) /*将要发送最后一帧*/
{
......@@ -1060,13 +1060,13 @@ void DoCAN_Disassemble_And_Transmit_N_USData ( void )
dlc = TransportTxData.Frame.DLC;
for (i = 0u; i < 8u; ++i)
{
data[i] = TransportTxData.Frame.Data[i];
data[i] = TransportTxData.Frame.Data[i];
}
DoCAN_Start_Timer ( TIMING_PARA_N_As ); /*启动N_As计时*/
DoCAN_Start_Timer ( TIMING_PARA_N_As ); /*启动N_As计时*/
DoCAN_L_Data_Request(id, dlc, data);
/* TpCtrl.TxReq = 1u;*/
/* TpCtrl.TxReq = 1u;*/
}
else /*已发送帧数不可能大于帧总数,除非有错误发生*/
{
......@@ -1216,7 +1216,7 @@ void DoCAN_Handle_Time_Out ( void )
void UDS_TP_ArTimeOutHandle(void)
{
Can_Uds_Abort();
}
......@@ -1295,10 +1295,10 @@ void DoCAN_Start_STmin_Timer ( uint8_t STminTime )
{
if ( STminTime <= 0x7Fu ) /*0x00 - 0x7F：0ms - 127ms*/
{
STminTime++;
TpTimingCtrl.STimer = ((uint32_t) (STminTime) * (uint32_t) 1000);
TpTimingCtrl.STimer = ((uint32_t) (STminTime) * (uint32_t) 1000);
}
else if ( ( STminTime >= 0xF1u ) && ( STminTime <= 0xF9u ) ) /*0xF1 - 0xF9：100us - 900us*/
{
......
source/Driver/Buzzer/Buzzer.h
View file @ 0d1dff89
......@@ -45,15 +45,15 @@ typedef enum
BUZZER_Track_Index_Pling ,
BUZZER_Track_Index_Plong ,
BUZZER_Track_Index_ParkBeep ,
BUZZER_Track_Index_3900hz_500Dty,
BUZZER_Track_Index_2300hz_500Dty,
BUZZER_Track_Index_3900hz_280Dty,
BUZZER_Track_Index_3900hz_500Dty,
BUZZER_Track_Index_2300hz_500Dty,
BUZZER_Track_Index_3900hz_280Dty,
BUZZER_Track_Index_2300hz_280Dty,
BUZZER_Track_Index_3900hz_190Dty,
BUZZER_Track_Index_2600hz_167Dty,
BUZZER_Track_Index_3900hz_190Dty,
BUZZER_Track_Index_2600hz_167Dty,
BUZZER_Track_Index_2000hz_500Dty,
BUZZER_Track_Index_0800hz_500Dty,
BUZZER_Track_Index_0800hz_500Dty,
BUZZER_Track_Index_MAX,
} BUZZER_Track_Index_en_t;
......
source/Driver/CD4051/CD4051.c
View file @ 0d1dff89
......@@ -35,6 +35,7 @@ void CD4051B_KL15Init(void)
CD4051B_CurrentChannel = 0u;
}
/****************************************************************************
CD4051B_ChannelSet
CD4051B_C_MCU CD4051B_B_MCU CD4051B_A_MCU Channel ON
......@@ -61,6 +62,7 @@ void CD4051B_ChannelSet(CD4051BChannel Ch)
;
}
}
/****************************************************************************
函数名：CD4051B_ChannelGet
形参：无
......@@ -102,6 +104,7 @@ void CD4051B_ReadSignal_Serviece(void)
CD4051B_ChannelSet(channel);
}
/****************************************************************************
CD4051B_Debounce_Service
......@@ -152,6 +155,7 @@ void CD4051B_Debounce_Service(void)
}
}
}
/****************************************************************************
CD4051B_GetComValue
......
source/Driver/CD4051/CD4051.h
View file @ 0d1dff89
......@@ -99,7 +99,7 @@ extern uint16_t CD4051B_GeneralCOM_Value[COMTotal][MaxChannel];
#define CD4051_COM5_X6_IN (CD4051B_GeneralCOM_Value[COM5][Channel6]) /*B31*/
#define CD4051_COM5_X7_IN (CD4051B_GeneralCOM_Value[COM5][Channel7]) /*B30*/
/*COM6映射PCB*/
#define CD4051_COM6_X0_IN (CD4051B_GeneralCOM_Value[COM6][Channel0]) /*A06*/
#define CD4051_COM6_X0_IN (CD4051B_GeneralCOM_Value[COM6][Channel0]) /*B06*/
#define CD4051_COM6_X1_IN (CD4051B_GeneralCOM_Value[COM6][Channel1]) /*B07*/
#define CD4051_COM6_X2_IN (CD4051B_GeneralCOM_Value[COM6][Channel2]) /*B08*/
#define CD4051_COM6_X3_IN (CD4051B_GeneralCOM_Value[COM6][Channel3]) /*B05*/
......
source/System/tasks.c
View file @ 0d1dff89
/**************************************************************************//**
* \file Tasks.c
* \brief Task list
* \details
* \author Zhang Xuan
* \version V1.0.0
* \date 07-Sep-2018
* \par History:
* V1.0.0 Initial release
* \par Copyright:
* (c) Heilongjiang TYW Electronics co., LTD
******************************************************************************/
/**************************************************************************
* \file Tasks.c
* \brief Task list
* \details
* \author Zhang Xuan
* \version V1.0.0
* \date 07-Sep-2018
* \par History:
* V1.0.0 Initial release
* \par Copyright:
* (c) Heilongjiang TYW Electronics co., LTD
******************************************************************************/
#include "r_typedefs.h"
#include "Sys_Scheduler.h"
#include "rh850_macros.h"
......@@ -17,7 +17,6 @@
#include "Analog_Signals.h"
#include "RTC.h"
#include "Watchdog.h"
#include "debugger.h"
......@@ -33,7 +32,6 @@
#include "System_Monitor.h"
#include "Common_Interface.h"
#include "Services_ODO_User.h"
#include "Data_CoolantTemperature.h"
#include "Data_VehicleSpeed.h"
......@@ -93,10 +91,10 @@
#include "Buzzer.h"
/*******************************************************************************
* *
* 系统常规运行模式(SYS_MODE_OFF / SYS_MODE_ON / SYS_MODE_STANDBY )任务列表 *
* *
*******************************************************************************/
* *
* 系统常规运行模式(SYS_MODE_OFF / SYS_MODE_ON / SYS_MODE_STANDBY )任务列表 *
* *
*******************************************************************************/
/*==============================================================================
伪实时任务
......@@ -109,13 +107,9 @@ void Sys_Run_Mode_Pseudo_Real_Time_Tasks(void)
UDS_Server_Application_Service();
IS31_Service();
BU98R10_Update_Service();
}
/*============================================================================*/
/*==============================================================================
2ms周期执行任务
------------------------------------------------------------------------------*/
......@@ -147,12 +141,12 @@ void Sys_Run_Mode_10ms_Tasks(void)
Data_Mileage_Write_EEPROM();
Line_In_Debounce_Service();
Telltales_Management();
//Test_LED_AllLight();
// Test_LED_AllLight();
Key_Service();
CAN_BUSOFF_Recover();
DisplayServices();
/*表头调度函数 added by yutian*/
UserGaugeSchedule();/*在主循环中调用*/
UserGaugeSchedule(); /*在主循环中调用*/
/*end*/
CD4051B_ReadSignal_Serviece();
Sound_Play_Service();
......@@ -163,7 +157,6 @@ void Sys_Run_Mode_10ms_Tasks(void)
}
/*============================================================================*/
/*==============================================================================
20ms周期执行任务
------------------------------------------------------------------------------*/
......@@ -179,19 +172,15 @@ void Sys_Run_Mode_20ms_Tasks(void)
DrivingSupport_Processing_Service();
AirPressure_Processing_Service();
Voltmeter_Processing_Service();
Buzzer_Track_Play_Service();
Sound_Management_Service();
CD4051B_Debounce_Service();
Seg_Display_Service();
Seg_Buffer_Commit();
BU98R10_Update_Request();
Buzzer_Track_Play_Service();
}
/*============================================================================*/
/*==============================================================================
50ms周期执行任务
------------------------------------------------------------------------------*/
......@@ -203,12 +192,11 @@ void Sys_Run_Mode_50ms_Tasks(void)
Data_Service_Gear_Processing();
Speed_PPK_Processing();
Sound_Scheduling_Service();
//BGTask();
// BGTask();
IS31_Scan_Refresh();
}
/*============================================================================*/
/*==============================================================================
100ms周期执行任务
------------------------------------------------------------------------------*/
......@@ -219,16 +207,16 @@ void Sys_Run_Mode_100ms_Tasks(void)
RTE_RTC_Services_100Ms_Cbk();
Data_ODO_Processing();
Data_Trip_Processing();
//Data_Avg_Speed_Processing();
// Data_Avg_Speed_Processing();
Data_TPMS_Value_Processing();
Data_Service_Gear_Processing();
Data_Ambient_Temperature_Processing();
//Display_Schedule_Service();/*显示函数入口*/
//Menu_Display_Service();
//External_Influence_ENERGY_RECOVERY_LEVEL_Select();
//LongTimeNoKey_Operation();
//Menu_Get_Battery_Sts_Exist();
// Display_Schedule_Service();/*显示函数入口*/
// Menu_Display_Service();
// External_Influence_ENERGY_RECOVERY_LEVEL_Select();
// LongTimeNoKey_Operation();
// Menu_Get_Battery_Sts_Exist();
Popups_Management_Service();
Popup_Scheduling_Service();
/*综合油耗信息*/
......@@ -239,29 +227,27 @@ void Sys_Run_Mode_100ms_Tasks(void)
Data_FuelCounsumpThisTime();
/*加油后行车信息*/
Data_Info_Last_Refueling();
}
/*============================================================================*/
/*******************************************************************************
* *
* 系统休眠模式(SYS_MODE_SLEEP)任务列表 *
* *
*******************************************************************************/
* *
* 系统休眠模式(SYS_MODE_SLEEP)任务列表 *
* *
*******************************************************************************/
/*==============================================================================
休眠模式下执行的后台任务
------------------------------------------------------------------------------*/
void Sys_Sleep_Mode_Tasks(void)
{
}
/*============================================================================*/
/*******************************************************************************
* *
* 精确的50us计时任务列表 *
* *
*******************************************************************************/
* *
* 精确的50us计时任务列表 *
* *
*******************************************************************************/
/*==============================================================================
精确的50us计时任务 禁止添加修改列表中的任务
------------------------------------------------------------------------------*/
......@@ -272,7 +258,7 @@ void Sys_Exact_50us_Tasks(void)
COM_NM_Process();
COM_TX_Process();
DoCAN_Timer_Update(50);
//TimerB_Fre_Timeout(50);
// TimerB_Fre_Timeout(50);
Cal_Veh_Cycle(SPEED_SIGNAL_PWM_IN); /*车速输入，非捕获方式 20211018*/
PerCounter++;
if (PerCounter >= 20 * 5)
......@@ -285,10 +271,10 @@ void Sys_Exact_50us_Tasks(void)
/*============================================================================*/
/*******************************************************************************
* *
* 精确的100ms计时任务列表 *
* *
*******************************************************************************/
* *
* 精确的100ms计时任务列表 *
* *
*******************************************************************************/
/*==============================================================================
精确的100ms计时任务 禁止添加修改列表中的任务
------------------------------------------------------------------------------*/
......@@ -300,8 +286,7 @@ void Sys_Exact_100ms_Tasks(void)
}
/*============================================================================*/
void APP_Startup_Init (uint8_t startMode)
void APP_Startup_Init(uint8_t startMode)
{
Power_Management_Init(startMode);
}
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