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ISUZU
VC66_7C
Commits
194cb60d
Commit
194cb60d
authored
Jan 19, 2023
by
hu
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Plain Diff
按键移植完成,好使。
parent
367b6d72
Changes
11
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11 changed files
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306 additions
and
656 deletions
+306
-656
Application.gpj
ghs/group/Application.gpj
+2
-1
Key.c
source/Application/APP/Key/Key.c
+0
-367
Key.h
source/Application/APP/Key/Key.h
+139
-132
Key_V1.3_1441.a
source/Application/APP/Key/Key_V1.3_1441.a
+0
-0
Key_user.c
source/Application/APP/Key/Key_user.c
+127
-95
Key_user.h
source/Application/APP/Key/Key_user.h
+10
-0
PowerManagement_user.c
...ce/Application/APP/PowerManagement/PowerManagement_user.c
+7
-1
SEG_DISPLAY.c
source/Application/APP/SEG_LCD/SEG_DISPLAY.c
+2
-1
Menu_user.c
source/Application/Graphic/Menu/Menu_user.c
+2
-0
DisplaySch_user.c
source/Application/Graphic/UE/DisplaySch_user.c
+16
-30
Common_Interface.c
source/Application/RTE/Common_Interface.c
+1
-29
No files found.
ghs/group/Application.gpj
View file @
194cb60d
...
...
@@ -98,8 +98,9 @@
.\APP\GaugesMode\GaugesInterface.c
.\APP\GaugesMode\GaugesInterface.h
.\APP\Key\Key.h
.\APP\Key\Key.c
.\APP\Key\Key_user.c
.\APP\Key\Key_user.h
.\APP\Key\Key_V1.3_1441.a
.\APP\LINE_IN\Line_In.c
.\APP\LINE_IN\Line_In.h
.\APP\LINE_IN\Line_In_user.h
...
...
source/Application/APP/Key/Key.c
deleted
100644 → 0
View file @
367b6d72
This diff is collapsed.
Click to expand it.
source/Application/APP/Key/Key.h
View file @
194cb60d
#ifndef KEY_H__
#define KEY_H__
#include "TYW_stdint.h"
/*
说明:
1、按键类型分为两类:
1)CAN按键。
2)单纯硬线按键,AD按键。
2、按键触发时间:
1)短按动作在抬手时触发、
2)长按动作(或超长按)在时间达到,按住时就可触发。
3)OFF到ON(或ON到OFF)在各个电源状态时按键按下时间满足后即可触发,不必抬手。
*/
/*所有按键枚举,目前最多支持8个按键*/
//#define KEY_PLATFORM_16BIT
#ifdef KEY_PLATFORM_16BIT
typedef
unsigned
char
Key_uint8_t
;
typedef
unsigned
int
Key_uint16_t
;
typedef
unsigned
long
Key_uint32_t
;
#else
typedef
unsigned
char
Key_uint8_t
;
typedef
unsigned
short
Key_uint16_t
;
typedef
unsigned
int
Key_uint32_t
;
typedef
unsigned
long
long
Key_uint64_t
;
#endif
/*所有按键枚举*/
/*默认所有按键在任意电源状态下均可被触发*/
typedef
enum
{
KEY_UP
=
0U
,
...
...
@@ -24,110 +22,119 @@ typedef enum
KEY_MENU
,
KEY_ODOTRIP
,
KEY_NUM_MAX
,
}
Key_Num_en_t
;
/*--------------------------Do not modify the following--------------------------------*/
/*--------------------------Do not modify the following--------------------------------*/
/*--------------------------Do not modify the following--------------------------------*/
#define KEY_RAM_DATA_LEN (KEY_NUM_MAX * 16U + 24U)
typedef
enum
{
// KEY_TYPE_CAN = 0U, /*CAN按键。按键不需要消抖*/
// KEY_TYPE_LINE, /*硬线按键,包含AD按键。按键需要消抖*/
/*按键检测方式选择*/
KEY_NO_DEBOUNCE_RISE
=
0U
,
/*按键不需要消抖,并且在无效状态切换到有效状态的上升沿触发按键动作*/
KEY_NO_DEBOUNCE_FALL
,
/*按键不需要消抖,并且在有效状态切换到无效状态的下降沿触发按键动作*/
KEY_NEED_DEBOUNCE_NORMAL
,
/*按键需要消抖,短按松手触发,长按,超超按,按住即可触发*/
/*按键不需要消抖,并且在无效状态切换到有效状态的上升沿触发按键动作。
一般用于CAN发送按键处理后状态时*/
KEY_NO_DEBOUNCE_RISE
=
0U
,
/*按键不需要消抖,并且在有效状态切换到无效状态的下降沿触发按键动作。
一般用于CAN发送按键处理后状态时*/
KEY_NO_DEBOUNCE_FALL
,
/*按键需要消抖,短按松手触发,长按按住即可触发。
一般用于硬线按键,AD按键,CAN发送按键实时状态时*/
KEY_NEED_DEBOUNCE_NORMAL
,
KEY_TYPE_MAX
,
}
Key_Type_en_t
;
/*按键相关设置返回状态*/
typedef
enum
{
KEY_SET_OK
=
0U
,
KEY_SET_ERROR
,
KEY_SET_MAX
,
}
Key_Set_en_t
;
/*按键IG状态*/
typedef
enum
{
KEY_IG_INVALID
=
0U
,
KEY_IG_OFF
,
KEY_IG_ON
,
}
Key_IGN_en_t
;
/*-----实时传入的键值--------*/
/*-----传入的按键状态--------*/
typedef
enum
{
KEY_CAN_NONE
=
0U
,
/*CAN按键时,按键无动作*/
KEY_CAN_SHORT_PRESS
,
/*CAN按键时,按键短按动作*/
KEY_CAN_LONG_PRESS
,
/*CAN按键时,按键长按动作*/
KEY_CAN_LONG_PRESS_NOT_RELEASE
,
/*CAN按键时,按键长按不松手动作,触发动作超长按*/
KEY_LINE_PRESS
,
/*硬线按键时,按键按下*/
KEY_LINE_LOOSEN
,
/*硬线按键时,按键松开*/
KEY_REAL_STATUS_MAX
,
}
Key_Real_Status_en_t
;
/*当按键检测方式选择需要消抖时使用*/
KEY_REALTIME_LOOSEN
=
0U
,
/*按键松开*/
KEY_REALTIME_PRESS
,
/*按键按下*/
/*当按键检测方式选择不需要消抖时使用*/
KEY_STATUS_IDLE
,
KEY_STATUS_SHORT_PRESS_1
,
KEY_STATUS_SHORT_PRESS_2
,
KEY_STATUS_LONG_PRESS_1
,
KEY_STATUS_LONG_PRESS_2
,
KEY_STATUS_LONG_PRESS_3
,
KEY_STATUS_LONG_PRESS_4
,
KEY_STATUS_MAX
,
}
Key_Status_en_t
;
/*按键支持的具体动作*/
typedef
enum
{
KEY_EVENT_NONE
=
0U
,
KEY_EVENT_SHORT_PRESS
,
KEY_EVENT_LONG_PRESS
,
KEY_EVENT_SUPER_LONG_PRESS
,
KEY_EVENT_NONE
=
0U
,
/***超时动作可在这个按键动作下自行计时触发**/
/*以下按键动作都是单次触发,只有松手后才能再次触发*/
KEY_EVENT_SHORT_PRESS_1
,
KEY_EVENT_SHORT_PRESS_2
,
KEY_EVENT_LONG_PRESS_1
,
KEY_EVENT_LONG_PRESS_2
,
KEY_EVENT_LONG_PRESS_3
,
KEY_EVENT_LONG_PRESS_4
,
/*OFF时才首先按下按键,然后不松手,之后切换到ON并持续一定时间后触发动作。*/
KEY_EVENT_OFF_TO_ON
,
KEY_EVENT_ON_TO_OFF
,
KEY_EVENT_MAX
,
}
Key_Event_en_t
;
typedef
struct
/*按键IG状态*/
typedef
enum
{
uint32_t
u32KeyRAMAddr
;
/* 数据缓冲地址 */
uint16_t
u16KeyRAMLen
;
/* 数据缓冲大小:以uint32_t为单位*/
}
Key_RAM_Attribute_st_t
;
typedef
Key_
Real_Status_en_t
(
*
Key_Real_Status_Read
)(
void
);
KEY_IG_INVALID
=
0U
,
/***无效的电源状态**/
KEY_IG_OFF
,
KEY_IG_ON
,
}
Key_IGN_en_t
;
typedef
Key_
Status_en_t
(
*
Key_Status_Read
)(
void
);
typedef
void
(
*
Key_Operation
)(
Key_Event_en_t
enKeyEvent
);
/*每个按键的属性*/
typedef
struct
{
/*按键类型,是CAN的还是硬线的*/
/*按键检测方式选择*/
Key_Type_en_t
enKeyType
;
/*获取按键实时状态的回调函数*/
Key_Real_Status_Read
pfnKeyReadStatusCallBack
;
/*获取按键传入状态的回调函数*/
Key_Status_Read
pfnKeyReadStatusCallBack
;
/*按键触发动作的回调函数*/
Key_Operation
pfnKeyOperationCallBack
;
}
Key_Attribute_st_t
;
typedef
struct
{
/*当前IG状态*/
Key_IGN_en_t
enKeyIGNRealStatus
;
/*按键数量,也就是KEY_NUM_MAX*/
Key_uint8_t
u8KeyNum
;
}
Key_Init_st_t
;
/*--------------------------------------------------------------------------------------------*/
extern
const
Key_Attribute_st_t
stKeyAttribute
[
KEY_NUM_MAX
];
/*------------------------------------------------------------------------------------*/
/*10ms调用一次*/
extern
void
Key_Service
(
void
);
/*首次上电时调用一次即可*/
extern
void
Key_Init
(
void
);
/*对于硬线按键而言,判断短按的时间参数*/
extern
Key_Set_en_t
Key_Parameter_Set_Short_Press_Time
(
uint16_t
u16Time
);
/*对于硬线按键而言,判断长按的时间参数*/
extern
Key_Set_en_t
Key_Parameter_Set_Long_Press_Time
(
uint16_t
u16Time
);
/*对于硬线按键而言,判断超长按的时间参数*/
extern
Key_Set_en_t
Key_Parameter_Set_Super_Long_Press_Time
(
uint16_t
u16Time
);
/*获取IG状态*/
extern
Key_IGN_en_t
Key_Get_IGN_Status
(
void
);
extern
uint8_t
Common_Get_RetMenu_Flag
(
void
);
/*首次上电时调用.
默认短按1时间100ms~~1000ms,
默认短按2时间1100ms~~2000ms,
长按1时间2000ms,
长按2时间10000ms,
长按3时间30000ms,
长按4时间60000ms,
OFF下时间500ms,ON下时间500ms*/
extern
void
Key_KL30_Init
(
Key_uint8_t
*
pu8KyeRamData
,
const
Key_Attribute_st_t
*
pstKeyAttribute
,
Key_Init_st_t
*
pstKeyInit
);
/***确保传入的内存指针在休眠唤醒后不会丢失,那么可正常使用唤醒初始化函数。否是使用上述KL30初始化**/
extern
void
Key_Wakeup_Init
(
Key_uint8_t
*
pu8KyeRamData
,
const
Key_Attribute_st_t
*
pstKeyAttribute
,
Key_Init_st_t
*
pstKeyInit
);
/*对于消抖按键而言,判断短按的时间参数。
u16TimeMin :最小识别的时间 u16TimeMax:最大识别的时间 (不可大于短按2的最小识别时间)*/
extern
Key_Set_en_t
Key_Parameter_Set_Short_Press_1_Time
(
Key_uint16_t
u16TimeMin
,
Key_uint16_t
u16TimeMax
);
/*对于消抖按键而言,判断短按2的时间参数。
u16TimeMin :最小识别的时间(不可小于短按1的最大识别时间) u16TimeMax:最大识别的时间*/
extern
Key_Set_en_t
Key_Parameter_Set_Short_Press_2_Time
(
Key_uint16_t
u16TimeMin
,
Key_uint16_t
u16TimeMax
);
/*对于消抖按键而言,判断长按1的时间参数。不可大于长按2的时间*/
extern
Key_Set_en_t
Key_Parameter_Set_Long_Press_1_Time
(
Key_uint16_t
u16Time
);
/*对于消抖按键而言,判断长按2的时间参数。不可小于长按1的时间,不可大于长按3的时间*/
extern
Key_Set_en_t
Key_Parameter_Set_Long_Press_2_Time
(
Key_uint16_t
u16Time
);
/*对于消抖按键而言,判断长按3的时间参数。不可小于长按2的时间,不可大于长按4的时间*/
extern
Key_Set_en_t
Key_Parameter_Set_Long_Press_3_Time
(
Key_uint16_t
u16Time
);
/*对于消抖按键而言,判断长按4的时间参数。不可小于长按3的时间*/
extern
Key_Set_en_t
Key_Parameter_Set_Long_Press_4_Time
(
Key_uint16_t
u16Time
);
/*设置电源状态给按键,单次调用或者多次调用均可*/
extern
void
Key_Set_IG_Status
(
Key_IGN_en_t
enIGStatus
);
#endif
\ No newline at end of file
source/Application/APP/Key/Key_V1.3_1441.a
0 → 100644
View file @
194cb60d
File added
source/Application/APP/Key/Key_user.c
View file @
194cb60d
This diff is collapsed.
Click to expand it.
source/Application/APP/Key/Key_user.h
0 → 100644
View file @
194cb60d
#ifndef KEY_USER_H__
#define KEY_USER_H__
extern
void
Key_KL30_Init_EXample
(
void
);
extern
void
Key_Wakeup_Init_EXample
(
void
);
#endif
\ No newline at end of file
source/Application/APP/PowerManagement/PowerManagement_user.c
View file @
194cb60d
...
...
@@ -18,6 +18,7 @@
#include "Door.h"
#include "Data_AirPressure.h"
#include "Key.h"
#include "Key_user.h"
#include "Menu.h"
#include "Services_ODO_User.h"
#include "AvgSpeed.h"
...
...
@@ -96,7 +97,9 @@ Power_Status_t Power_KL30_Init ( void )
SeatbeltInit
();
Door_WakeUpInit
();
Key_Init
();
Key_KL30_Init_EXample
();
Key_Parameter_Set_Short_Press_1_Time
(
40
,
800
);
Key_Parameter_Set_Long_Press_2_Time
(
4000
);
LED_Driver_Init
();
Sound_Scheduler_Init
();
...
...
@@ -209,6 +212,7 @@ Power_Status_t Power_Wakeup_Init ( void )
Door_WakeUpInit
();
RTE_PWM_Init
();
Key_Wakeup_Init_EXample
();
/*燃油新增 ----20220503----*/
Fuel_User_Wakeup_Init
();
...
...
@@ -243,6 +247,7 @@ void Power_IG_OFF_Init(void)
/*关闭所有断码*/
Seg_Display_OFF
();
Key_Set_IG_Status
(
KEY_IG_OFF
);
}
void
Power_IG_ON_Init
(
void
)
{
...
...
@@ -263,6 +268,7 @@ void Power_IG_ON_Init(void)
UserGaugeK15Init
()
;
/*仪表IGON调用*/
/*end*/
CD4051B_KL15Init
();
Key_Set_IG_Status
(
KEY_IG_ON
);
/*5s不按按键计时清零*/
//LongTimeNoKey_Operation_TimeRest();
...
...
source/Application/APP/SEG_LCD/SEG_DISPLAY.c
View file @
194cb60d
...
...
@@ -1207,7 +1207,7 @@ void Seg_Display_OFF(void)
uint8_t
Flash_time
=
0
;
uint16_t
Color_Time
=
0
;
// 20 更换一次颜色
extern
uint8_t
BackOdoFlagSta
;
uint8_t
BackOdoFlagSta
;
void
Gui_Display_Test
(
void
)
{
uint16_t
Get_Data_Veh_value
=
0u
;
...
...
@@ -1283,6 +1283,7 @@ void Gui_Display_Test(void)
Loc_Display_Red
(
1
,
1
,
1
);
Flash_time
=
0
;
Color_Time
=
0
;
BackOdoFlagSta
=
1
;
break
;
}
}
...
...
source/Application/Graphic/Menu/Menu_user.c
View file @
194cb60d
...
...
@@ -1756,6 +1756,7 @@ void Level3_4Menu_7Enter_1(void)
void
Level3_4Menu_7Do_1
(
void
)
{
GUI_OftenShow_Display
();
GUI_BG_UserSet_Display
(
GUI_DISP_MODE_NORMAL
);
GUI_BG_User_Light1_Display
(
GUI_DISP_MODE_NORMAL
);
}
void
Level3_4Menu_7Exit_1
(
void
)
...
...
@@ -1779,6 +1780,7 @@ void Level3_4Menu_7Enter_2(void)
void
Level3_4Menu_7Do_2
(
void
)
{
GUI_OftenShow_Display
();
GUI_BG_UserSet_Display
(
GUI_DISP_MODE_NORMAL
);
GUI_BG_User_Light2_Display
(
GUI_DISP_MODE_NORMAL
);
}
void
Level3_4Menu_7Exit_2
(
void
)
...
...
source/Application/Graphic/UE/DisplaySch_user.c
View file @
194cb60d
...
...
@@ -6,11 +6,9 @@
#include "Key.h"
#include "CAN_Lib.h"
#include "GUI.h"
#include "Services_ODO_User.h"
/*清空总计里程函数*/
#include "Menu.h"
#include "jcua.h"
#include "kwp2000_service.h"
#include "SEG_DISPLAY.h"
uint32_t
EnterTimer
[
10
];
uint8_t
UE_EN
[
Display_MAX
];
...
...
@@ -26,8 +24,6 @@ uint8_t BG_display_flag;
uint16_t
HMI_StartAnimationFrameCnt
;
uint8_t
backgroundOFFFlag
;
uint8_t
BackOdoFlagSta
;
uint8_t
BackOdoFlag
;
static
void
switch_branch
(
void
);
...
...
@@ -154,68 +150,59 @@ void DisplayServices(void)
}
DispSch_xxxMs_Logic
(
10u
);
#if 0
/*上短*/
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_UP
==
KEY_EVENT_SHORT_PRESS
)
if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_UP == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_UP();
}
/*上长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_UP
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_UP == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_UP();
}
/*下短*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_DOWN
==
KEY_EVENT_SHORT_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_DOWN == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_DOWN();
}
/*下长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_DOWN
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_DOWN == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_DOWN();
}
/*确认短*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_CONFIRM
==
KEY_EVENT_SHORT_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_CONFIRM == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_CONFIRM();
}
/*确认长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_CONFIRM
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_CONFIRM == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_CONFIRM();
}
/*确认超长 3S*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_CONFIRM
==
KEY_EVENT_SUPER_LONG_PRESS
)
{
HMI_Clear_KEY_CONFIRM
();
if
(
BackOdoFlag
==
0
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_CONFIRM == KEY_EVENT_LONG_PRESS_2)
{
BackOdoFlag
=
1
;
HMI_Clear_KEY_CONFIRM();
BackOdoFlagSta
=
1
;
Gui_Display_Test
();
/*TYW总计清零*/
TYW_Data_ODO_Clear
();
}
}
/*返回短*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_CANCEL
==
KEY_EVENT_SHORT_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_CANCEL == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_CANCEL();
}
/*返回长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_CANCEL
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_CANCEL == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_CANCEL();
}
/*MENU短*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_MENU
==
KEY_EVENT_SHORT_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_MENU == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_MENU();
}
/*MENU长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_MENU
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_MENU == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_MENU();
}
...
...
@@ -225,12 +212,12 @@ void DisplayServices(void)
}
/*ODOTrip短*/
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_ODOTRIP
==
KEY_EVENT_SHORT_PRESS
)
if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_ODOTRIP == KEY_EVENT_SHORT_PRESS
_1
)
{
HMI_Clear_KEY_ODOTRIP();
}
/*ODOTrip长*/
else
if
(
UE_CtrlInfo
.
HMI_KEYInfo
.
u8KEY_ODOTRIP
==
KEY_EVENT_LONG_PRESS
)
else if (UE_CtrlInfo.HMI_KEYInfo.u8KEY_ODOTRIP == KEY_EVENT_LONG_PRESS
_1
)
{
HMI_Clear_KEY_ODOTRIP();
}
...
...
@@ -243,6 +230,7 @@ void DisplayServices(void)
{
; /*do nothing*/
}
#endif
}
/*----开机动画----*/
...
...
@@ -250,9 +238,7 @@ void Display_StartAnimationEnter(void)
{
HMI_StartAnimationFrameCnt
=
0u
;
backgroundOFFFlag
=
0
;
MenuFlag
.
Menu_Popup_Flag
=
0u
;
BackOdoFlagSta
=
0
;
BackOdoFlag
=
0
;
MenuFlag
.
Menu_Popup_Flag
=
0u
;
/*硬清空所有缓存数据*/
loc_free_mem
(
MENU_Sprite
,
MENU_Sprite
);
...
...
source/Application/RTE/Common_Interface.c
View file @
194cb60d
...
...
@@ -265,35 +265,7 @@ static void Common_Set_Act_E_Speed(uint16_t Val)
}
static
void
Common_Set_Disp_V_Speed
(
uint16_t
Val
)
{
static
uint16_t
Vspeed_ReflashTime
=
0
;
static
uint16_t
Vspeed_Val
=
0
;
if
((
Vspeed_ReflashTime
>
0
)
&&
(
Vspeed_Val
!=
Val
))
{
Vspeed_ReflashTime
--
;
}
if
(
Vspeed_ReflashTime
==
0
)
{
if
(
Vspeed_Val
<
Val
)
{
Vspeed_ReflashTime
=
50
/
(
Val
-
Vspeed_Val
);
Vspeed_Val
++
;
}
else
if
(
Vspeed_Val
>
Val
)
{
Vspeed_ReflashTime
=
50
/
(
Vspeed_Val
-
Val
);
Vspeed_Val
--
;
}
else
{
Vspeed_ReflashTime
=
500
;
}
}
Disp_V_Speed
=
Vspeed_Val
;
Disp_V_Speed
=
Val
;
}
static
void
Common_Set_Disp_E_Speed
(
uint16_t
Val
)
{
...
...
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