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HaoJin232
Commit 6f94cc8b authored by 高士达's avatar 高士达
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✨ feat:增加BU98驱动，待调式

parent 3cd9d850
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HJ232_Source/RTE/_BAT32G239/RTE_Components.h
View file @ 6f94cc8b
......@@ -3,7 +3,7 @@
* Auto generated Run-Time-Environment Configuration File
* *** Do not modify ! ***
*
*
* Project: 'tim4DelayCounter'
* Target: 'BAT32G239'
*/
......
HJ232_Source/source/Driver/inc/BU98R10.H
View file @ 6f94cc8b
/******************************************************************************
�� �� ����BU98R10.c
����������BU98R10����Һ�����������������ͷ�ļ�
�� �ߣ�����
�� ����V1.0
�� �ڣ�2017.4.28
******************************************************************************/
#ifndef _BU98R10_H_
#define _BU98R10_H_
......@@ -13,112 +6,80 @@
#include "System_Monitor.h"
/******************************************************************************
BU98R10 оƬɫ�ʵ��ڲ���
******************************************************************************/
#define USE_NEW_COLORFUL_STRATEGY 1
#define LIGHT_LEVEL 4//0
#if(LIGHT_LEVEL == 0)
#define R_LEVEL 63 //must <= 63
#define G_LEVEL 50 //must <= 63
#define B_LEVEL 20 //must <= 63
#elif(LIGHT_LEVEL == 1)
#define R_LEVEL 63 //must <= 63
#define G_LEVEL 47 //must <= 63
#define B_LEVEL 27 //must <= 63
#elif(LIGHT_LEVEL == 2)
#define R_LEVEL 63 //must <= 63
#define G_LEVEL 55 //must <= 63
#define B_LEVEL 31 //must <= 63
#elif(LIGHT_LEVEL == 3)
#define R_LEVEL 63 //must <= 63
#define G_LEVEL 55 //must <= 63
#define B_LEVEL 39 //must <= 63
#elif(LIGHT_LEVEL == 4)
#define R_LEVEL 60 //must <= 63
#define G_LEVEL 60 //must <= 63
#define B_LEVEL 10 //must <= 63
#endif
/******************************************************************************
BU98R10 оƬ0����
******************************************************************************/
/*** оƬʹ�� ***/
#define USE_BU98R10_CHIP_0 1
/*** ������������ ***/
#define USE_BU98R10_CHIP_0 1
//#define BU98R10_0_SD SEG_LCD_SD
//#ifndef BU98R10_0_SD
//#define BU98R10_0_SD PIN_9_P
//#define SEG_LCD_SD_Dir0 PIN_9_D
//
//#endif
//
//
//#ifndef BU98R10_0_SCL
//#define BU98R10_0_SCL PIN_10_P
//#endif
//
//
//#ifndef BU98R10_0_CSB
//#define BU98R10_0_CSB PIN_11_P
//#endif
/*** ����ʱ������ ***/
//#define BU98R10_0_SCL SEG_LCD_SCL
#define USE_BU98R10_CHIP_1 1
/*** оƬѡ������ ***/
//#define BU98R10_0_CSB SEG_LCD_CSB
/******************************************************************************
BU98R10 оƬ1����
******************************************************************************/
/*** оƬʹ�� ***/
#define USE_BU98R10_CHIP_1 1
///#ifndef BU98R10_1_SD
///#define BU98R10_1_SD PIN_16_P
///#define SEG_LCD_SD_Dir1 PIN_16_D
///#endif
///
///
///#ifndef BU98R10_1_SCL
///#define BU98R10_1_SCL PIN_17_P
///#endif
///
///
///#ifndef BU98R10_1_CSB
///#define BU98R10_1_CSB PIN_18_P
///#endif
/*** ������������ ***/
#ifndef BU98R10_1_SD
//#define BU98R10_1_SD SEG_LCD_SD1
#endif
/*** ����ʱ������ ***/
#ifndef BU98R10_1_SCL
//#define BU98R10_1_SCL SEG_LCD_SCL1
#endif
#define BU98R10_SD_SCL_MULTIPLEX 0 //0 - ?????? 1 - ????
/*** оƬѡ������ ***/
#ifndef BU98R10_1_CSB
//#define BU98R10_1_CSB SEG_LCD_CSB1
#endif
/******************************************************************************
BU98R10 ��оƬʱ��/�����߸�������
******************************************************************************/
#define BU98R10_SD_SCL_MULTIPLEX 0 //0 - ������ 1 - ����
/******************************************************************************
BU98R10 оƬ��������
******************************************************************************/
/***�������� ***/
#define BU98R10_COLORFUL_LCD_MODE 1 //0 - ��ɫģʽ 1 - ��ɫģʽ
#define BU98R10_COLORFUL_LCD_MODE 1 //0 - ????? 1 - ?????
#define BU98R10_FRAME_FREQ BU98R10_FRAME_FREQ_120_0_Hz //BU98R10_FRAME_FREQ_180_0_Hz
#define BU98R10_DEFAULT_SEG 0 //����Ĭ��״̬�¶�Ӧ������
#define BU98R10_DEFAULT_SEG 0 //???????????????????
/***ɫ������(����ɫģʽ����Ч) ***/
#define BU98R10_SRR 10
#define BU98R10_SRR 7
#define BU98R10_SRF 0
#define BU98R10_SGR 10
#define BU98R10_SGR 7
#define BU98R10_SGF 0
#define BU98R10_SBR 10
#define BU98R10_SBR 7
#define BU98R10_SBF 0
#define BU98R10_LRS 0x3f// 0x3f
#define BU98R10_LRW 0 //0 //63
#define BU98R10_LGS 0x3f//0x3f //57
#define BU98R10_LGW 0//0 //6
#define BU98R10_LBS 0x3f//0x3f //23
#define BU98R10_LBW 0//0 //40
#define BU98R10_LRS 0
#define BU98R10_LRW 47 //63
#define BU98R10_LGS 0 //57
#define BU98R10_LGW 47 //6
#define BU98R10_LBS 0 //23
#define BU98R10_LBW 47 //40
/******************************************************************************
BU98R10 ֡ˢ��Ƶ�ʱ�
******************************************************************************/
#define BU98R10_FRAME_FREQ_50_0_Hz 0x00
#define BU98R10_FRAME_FREQ_60_0_Hz 0x01
#define BU98R10_FRAME_FREQ_69_3_Hz 0x02
......@@ -135,35 +96,29 @@ BU98R10 ֡ˢ��Ƶ�ʱ�
#define BU98R10_FRAME_FREQ_180_0_Hz 0x0E
#define BU98R10_FRAME_FREQ_200_0_Hz 0x0F
/******************************************************************************
BU98R10 ��оƬͬʱд��Ԥ����
******************************************************************************/
#if ((USE_BU98R10_CHIP_0) && (USE_BU98R10_CHIP_1) && (BU98R10_SD_SCL_MULTIPLEX == 0))
#define BU98R10_WRITE_AT_SAME_TIME 1
#define BU98R10_WRITE_AT_SAME_TIME 1
#else
#define BU98R10_WRITE_AT_SAME_TIME 0
#define BU98R10_WRITE_AT_SAME_TIME 0
#endif
/******************************************************************************
BU98R10 �Ĵ���ֵԤ����
******************************************************************************/
#define BU98R10_REG_SEG_R 60 // ((uint8_t)BU98R10_SRR << 4 | (uint8_t)BU98R10_SRF) // 0
#define BU98R10_REG_SEG_G 1// ((uint8_t)BU98R10_SGR << 4 | (uint8_t)BU98R10_SGF) // 0XEE
#define BU98R10_REG_SEG_B 40// ((uint8_t)BU98R10_SBR << 4 | (uint8_t)BU98R10_SBF) // 0X55
#define BU98R10_REG_SEG_R ((uint8_t)BU98R10_SRR << 4 | (uint8_t)BU98R10_SRF) // 0
#define BU98R10_REG_SEG_G ((uint8_t)BU98R10_SGR << 4 | (uint8_t)BU98R10_SGF) // 0XEE
#define BU98R10_REG_SEG_B ((uint8_t)BU98R10_SBR << 4 | (uint8_t)BU98R10_SBF) // 0X55
#if BU98R10_COLORFUL_LCD_MODE
#define BU98R10_DEFAULT_BYTE ((uint8_t)BU98R10_DEFAULT_SEG << 4 | (uint8_t)BU98R10_DEFAULT_SEG)
#define BU98R10_DEFAULT_BYTE ((uint8_t)BU98R10_DEFAULT_SEG << 4 | (uint8_t)BU98R10_DEFAULT_SEG)
#else
#if BU98R10_DEFAULT_SEG
#define BU98R10_DEFAULT_BYTE ((uint8_t)0xFF)
#else
#define BU98R10_DEFAULT_BYTE ((uint8_t)0x00)
#endif
#if BU98R10_DEFAULT_SEG
#define BU98R10_DEFAULT_BYTE ((uint8_t)0xFF)
#else
#define BU98R10_DEFAULT_BYTE ((uint8_t)0x00)
#endif
#endif
/******************************************************************************
BU98R10�����б�
******************************************************************************/
#define BU98R10_CMD_DATRD ((uint8_t)0x09)
#define BU98R10_CMD_DATWR ((uint8_t)0x0A)
#define BU98R10_CMD_ADSET ((uint8_t)0x40)
......@@ -186,9 +141,7 @@ BU98R10�����б�
#define BU98R10_CMD_TEST ((uint8_t)0xF0)
#define BU98R10_CMD_SWRST ((uint8_t)0xF9)
/******************************************************************************
�������
******************************************************************************/
#define BU98R10_PAR_ICSET_RGB ((uint8_t)0x00)
#define BU98R10_PAR_ICSET_MONO ((uint8_t)0x01)
#define BU98R10_PAR_ICSET_INTOSC ((uint8_t)0x00)
......@@ -199,9 +152,7 @@ BU98R10�����б�
#define BU98R10_PAR_DRVCTRL_AP_ON ((uint8_t)0x02)
#define BU98R10_PAR_DRVCTRL_INVERSE ((uint8_t)0x03)
/******************************************************************************
ˢ�¿��ƽṹ����
******************************************************************************/
typedef struct
{
uint8_t En;
......@@ -209,11 +160,9 @@ typedef struct
uint8_t Step;
uint8_t Cont;
uint8_t Addr;
} BU98R10UpdateCtrlStruct;
}BU98R10UpdateCtrlStruct;
/******************************************************************************
����ṹ����
******************************************************************************/
#if BU98R10_COLORFUL_LCD_MODE
#define BU98R10_DDRAM_SIZE 90
......@@ -404,8 +353,8 @@ typedef union
uint8_t Seg178 : 4;
uint8_t Seg179 : 4;
uint8_t Seg180 : 4;
} Bit;
} BU98R10DDRAMUnion;
}Bit;
}BU98R10DDRAMUnion;
#else
......@@ -598,13 +547,11 @@ typedef union
uint8_t Seg179 : 1;
uint8_t Seg180 : 1;
uint8_t : 4;
} Bit;
} BU98R10DDRAMUnion;
}Bit;
}BU98R10DDRAMUnion;
#endif
/******************************************************************************
�����б�
******************************************************************************/
#if USE_BU98R10_CHIP_0
extern volatile BU98R10DDRAMUnion BU98R10Chip0DDRAM;
......@@ -983,16 +930,11 @@ extern volatile BU98R10DDRAMUnion BU98R10Chip1DDRAM;
#endif
/******************************************************************************
��������
******************************************************************************/
void BU98R10_Init(void);
void BU98R10_Shutdown(void);
void BU98R10_Update_Request(void);
void BU98R10_Update_Service(void);
uint8_t Get_BU98R10UpdateEn(void );
void checkSegTftState(void);
#if USE_BU98R10_CHIP_0
void BU98R10_0_Command_Write(uint8_t Cmd);
......@@ -1007,6 +949,10 @@ void BU98R10_1_Data_Write(uint8_t Dat);
#if BU98R10_WRITE_AT_SAME_TIME
void BU98R10_All_Command_Write(uint8_t Cmd);
void BU98R10_All_Data_Write(uint8_t Dat0, uint8_t Dat1);
extern void checkSegTftState(void);
#endif
#endif
HJ232_Source/source/Driver/src/BU98R10.C
View file @ 6f94cc8b
/******************************************************************************
文 件 名：BU98R10.c
功能描述：BU98R10段码液晶控制器驱动程序库文件
作 者：张暄
版 本：V1.0
日 期：2017.4.28
******************************************************************************/
#include "BU98R10.h"
#include "SEG_LCD.h"
#include "IS31FL3236.h"
/* 端口寄存器基地址 */
#define Register_Base_Address 0X40040000UL
/* 端口寄存器偏移地址*/
#define Port_0_Offset_Address 0X300UL
#define Port_01_Offset_Address 0X301UL
#define Port_02_Offset_Address 0X302UL
#define Port_03_Offset_Address 0X303UL
#define Port_04_Offset_Address 0X304UL
#define Port_05_Offset_Address 0X305UL
#define Port_06_Offset_Address 0X306UL
#define Port_07_Offset_Address 0X307UL
#define Port_08_Offset_Address 0X308UL
#define Port_10_Offset_Address 0X309UL
#define Port_11_Offset_Address 0X30AUL
#define Port_12_Offset_Address 0X30BUL
#define Port_13_Offset_Address 0X30CUL
#define Port_14_Offset_Address 0X30EUL
#define Port_15_Offset_Address 0X30FUL
/* 选择端口 */
#define Port_0 0UL
#define Port_01 1UL
#define Port_02 2UL
#define Port_03 3UL
#define Port_04 4UL
#define Port_05 5UL
#define Port_06 6UL
#define Port_07 7UL
#define Port_08 8UL
#define Port_10 10UL
#define Port_11 11UL
#define Port_12 12UL
#define Port_13 13UL
#define Port_14 14UL
#define Port_15 15UL
/* 选择端口对应PIN */
#define PIN_0 0
#define PIN_1 1
#define PIN_2 2
#define PIN_3 3
#define PIN_4 4
#define PIN_5 5
#define PIN_6 6
#define PIN_7 7
/* 基地址 + 偏移地址 + 对应Port*/
#define SEG_LCD0_SD Register_Base_Address + Port_0_Offset_Address + Port_0
#define SEG_LCD0_SCL Register_Base_Address + Port_0_Offset_Address + Port_0
#define SEG_LCD0_CS Register_Base_Address + Port_0_Offset_Address + Port_0
#define SEG_LCD1_SD Register_Base_Address + Port_07_Offset_Address + Port_07
#define SEG_LCD1_SCL Register_Base_Address + Port_07_Offset_Address + Port_07
#define SEG_LCD1_CS Register_Base_Address + Port_07_Offset_Address + Port_07
#define SEG_LCD0_SD_PIN PIN_2
#define SEG_LCD0_SCL_PIN PIN_4
#define SEG_LCD0_CS_PIN PIN_3
#define SEG_LCD1_SD_PIN PIN_2
#define SEG_LCD1_SCL_PIN PIN_0
#define SEG_LCD1_CS_PIN PIN_1
#if USE_BU98R10_CHIP_0
volatile BU98R10DDRAMUnion BU98R10Chip0DDRAM;
BU98R10DDRAMUnion BU98R10Chip0DDRAMBackup;
......@@ -20,130 +78,23 @@ BU98R10DDRAMUnion BU98R10Chip1DDRAMBackup;
#endif
BU98R10UpdateCtrlStruct BU98R10Update;
uint8_t BU98R10_InitFlag = 0u;
#define SEG_LCD_SD_PORT 1
#define SEG_LCD_SD_PIN 2
#define SEG_LCD_SCL_PORT 1
#define SEG_LCD_SCL_PIN 1
#define SEG_LCD_CS_PORT 1
#define SEG_LCD_CS_PIN 0
#define SEG_LCD_SD1_PORT 5
#define SEG_LCD_SD1_PIN 5
#define SEG_LCD_SCL1_PORT 1
#define SEG_LCD_SCL1_PIN 7
#define SEG_LCD_CS1_PORT 1
#define SEG_LCD_CS1_PIN 3
//色彩设置初始化(注意，未做?芯片兼)
/*
static void BU98R10ColorInit(uint8_t R_GrayLevel,uint8_t G_GrayLevel,uint8_t B_GrayLevel)
{
uint8_t width = 0;
uint8_t wTemp = 0;
uint8_t rGrayLevel = R_GrayLevel;
uint8_t gGrayLevel = G_GrayLevel;
uint8_t bGrayLevel = B_GrayLevel;
if(rGrayLevel > 63)
{
rGrayLevel = 63;
}
if(gGrayLevel > 63)
{
gGrayLevel = 63;
}
if(bGrayLevel > 63)
{
bGrayLevel = 63;
}
BU98R10_0_Command_Write(BU98R10_CMD_LED_CTRL);
BU98R10_0_Data_Write(0x12);
//R
BU98R10_0_Command_Write(0xA0); //SRR-SRF
width = rGrayLevel;
wTemp = (15 - width/4);
wTemp <<= 4;
wTemp |= (15 - width/4);
BU98R10_0_Data_Write(wTemp);
BU98R10_0_Command_Write(0xB8); //LRS
BU98R10_0_Data_Write(63 - width);
BU98R10_0_Command_Write(0xD0); //LRW
BU98R10_0_Data_Write(width);
//G
BU98R10_0_Command_Write(0xA8); //SGR-SGF
width = gGrayLevel;
wTemp = (15 - width/4);
wTemp <<= 4;
wTemp |= (15 - width/4);
BU98R10_0_Data_Write(wTemp);
BU98R10_0_Command_Write(0xC0); //LGS
BU98R10_0_Data_Write(63 - width);
BU98R10_0_Command_Write(0xD8); //LRW
BU98R10_0_Data_Write(width);
//B
BU98R10_0_Command_Write(0xB0); //SBR-SBF
width = bGrayLevel;
wTemp = (15 - width/4);
wTemp <<= 4;
wTemp |= (15 - width/4);
BU98R10_0_Data_Write(wTemp);
BU98R10_0_Command_Write(0xC8); //LBS
BU98R10_0_Data_Write(63 - width);
BU98R10_0_Command_Write(0xE0); //LBW
BU98R10_0_Data_Write(width);
}
*/
/******************************************************************************
函数名：BU98R10_Init
功 能：初始化BU98R10
参 数：无
返回值：无
******************************************************************************/
uint8_t Get_BU98R10UpdateEn(void )
{
return BU98R10Update.En;
}
void BU98R10_Init(void)
{
uint8_t i;
if(BU98R10_InitFlag == 1) {
//return;
}
BU98R10_InitFlag = 1;
#if BU98R10_WRITE_AT_SAME_TIME
#if BU98R10_COLORFUL_LCD_MODE
//软件复位
BU98R10_All_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_All_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_RGB);
//驱动控制
BU98R10_All_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_All_Command_Write(BU98R10_CMD_FREQ);
BU98R10_All_Data_Write(BU98R10_FRAME_FREQ, BU98R10_FRAME_FREQ);
//色彩设置
#if(USE_NEW_COLORFUL_STRATEGY == 1)
//色彩设置初始化(注意，未做?芯片兼)
//BU98R10ColorInit(R_LEVEL, G_LEVEL, B_LEVEL);
#else //USE_NEW_COLORFUL_STRATEGY
BU98R10_All_Command_Write(BU98R10_CMD_LED_CTRL);
BU98R10_All_Data_Write(0x12, 0x12);
......@@ -173,18 +124,16 @@ void BU98R10_Init(void)
BU98R10_All_Command_Write(BU98R10_CMD_LED_WIDTHB);
BU98R10_All_Data_Write(BU98R10_LBW, BU98R10_LBW);
#endif //USE_NEW_COLORFUL_STRATEGY
//清除RAM数据
BU98R10_All_Command_Write(BU98R10_CMD_ADSET);
BU98R10_All_Data_Write(0x00, 0x00);
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_All_Data_Write(BU98R10_DEFAULT_BYTE, BU98R10_DEFAULT_BYTE); }
BU98R10_All_Data_Write(BU98R10_DEFAULT_BYTE, BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip0DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip0DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
......@@ -192,34 +141,28 @@ void BU98R10_Init(void)
BU98R10Chip1DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_All_Command_Write(BU98R10_CMD_DISPON);
#else //BU98R10_COLORFUL_LCD_MODE
#else
//软件复位
BU98R10_All_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_All_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_MONO);
//驱动控制
BU98R10_All_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_All_Command_Write(BU98R10_CMD_FREQ);
BU98R10_All_Data_Write(BU98R10_FRAME_FREQ, BU98R10_FRAME_FREQ);
//清除RAM数据
BU98R10_All_Command_Write(BU98R10_CMD_ADSET);
BU98R10_All_Data_Write(0x00, 0x00);
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_All_Data_Write(BU98R10_DEFAULT_BYTE, BU98R10_DEFAULT_BYTE); }
BU98R10_All_Data_Write(BU98R10_DEFAULT_BYTE, BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip0DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip0DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
......@@ -227,33 +170,22 @@ void BU98R10_Init(void)
BU98R10Chip1DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_All_Command_Write(BU98R10_CMD_DISPON);
#endif // BU98R10_COLORFUL_LCD_MODE
#else //BU98R10_WRITE_AT_SAME_TIME
#endif
#else
#if BU98R10_COLORFUL_LCD_MODE
#if USE_BU98R10_CHIP_0
//软件复位
BU98R10_0_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_0_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_RGB);
//驱动控制
BU98R10_0_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_0_Command_Write(BU98R10_CMD_FREQ);
BU98R10_0_Data_Write(BU98R10_FRAME_FREQ);
//色彩设置
BU98R10_0_Command_Write(BU98R10_CMD_LED_CTRL);
BU98R10_0_Data_Write(0x12);
......@@ -284,41 +216,33 @@ void BU98R10_Init(void)
BU98R10_0_Command_Write(BU98R10_CMD_LED_WIDTHB);
BU98R10_0_Data_Write(BU98R10_LBW);
//清除RAM数据
BU98R10_0_Command_Write(BU98R10_CMD_ADSET);
BU98R10_0_Data_Write(0x00);
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_0_Data_Write(BU98R10_DEFAULT_BYTE); }
BU98R10_0_Data_Write(BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip0DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip0DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_0_Command_Write(BU98R10_CMD_DISPON);
#endif //USE_BU98R10_CHIP_0
#endif
#if USE_BU98R10_CHIP_1
//软件复位
BU98R10_1_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_1_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_RGB);
//驱动控制
BU98R10_1_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_1_Command_Write(BU98R10_CMD_FREQ);
BU98R10_1_Data_Write(BU98R10_FRAME_FREQ);
//色彩设置
BU98R10_1_Command_Write(BU98R10_CMD_LED_CTRL);
BU98R10_1_Data_Write(0x12);
......@@ -349,118 +273,96 @@ void BU98R10_Init(void)
BU98R10_1_Command_Write(BU98R10_CMD_LED_WIDTHB);
BU98R10_1_Data_Write(BU98R10_LBW);
//清除RAM数据
BU98R10_1_Command_Write(BU98R10_CMD_ADSET);
BU98R10_1_Data_Write(0x00);
BU98R10_1_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_1_Data_Write(BU98R10_DEFAULT_BYTE); }
BU98R10_1_Data_Write(BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip1DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip1DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_1_Command_Write(BU98R10_CMD_DISPON);
#endif //USE_BU98R10_CHIP_1
#else //BU98R10_COLORFUL_LCD_MODE
#endif
#else
#if USE_BU98R10_CHIP_0
//软件复位
BU98R10_0_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_0_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_MONO);
//驱动控制
BU98R10_0_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_0_Command_Write(BU98R10_CMD_FREQ);
BU98R10_0_Data_Write(BU98R10_FRAME_FREQ);
//清除RAM数据
BU98R10_0_Command_Write(BU98R10_CMD_ADSET);
BU98R10_0_Data_Write(0x00);
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_0_Data_Write(BU98R10_DEFAULT_BYTE); }
BU98R10_0_Data_Write(BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip0DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip0DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_0_Command_Write(BU98R10_CMD_DISPON);
#endif //USE_BU98R10_CHIP_0
#endif
#if USE_BU98R10_CHIP_1
//软件复位
BU98R10_1_Command_Write(BU98R10_CMD_SWRST);
//工作模式
BU98R10_1_Command_Write(BU98R10_CMD_ICSET | BU98R10_PAR_ICSET_MONO);
//驱动控制
BU98R10_1_Command_Write(BU98R10_CMD_DRVCTRL | BU98R10_PAR_DRVCTRL_NORMAL);
//帧刷新率
BU98R10_1_Command_Write(BU98R10_CMD_FREQ);
BU98R10_1_Data_Write(BU98R10_FRAME_FREQ);
//清除RAM数据
BU98R10_1_Command_Write(BU98R10_CMD_ADSET);
BU98R10_1_Data_Write(0x00);
BU98R10_1_Command_Write(BU98R10_CMD_DATWR);
for (i = 0; i < 90; i++)
{ BU98R10_1_Data_Write(BU98R10_DEFAULT_BYTE); }
BU98R10_1_Data_Write(BU98R10_DEFAULT_BYTE);
for (i = 0; i < BU98R10_DDRAM_SIZE; i++) {
for (i = 0; i < BU98R10_DDRAM_SIZE; i++)
{
BU98R10Chip1DDRAM.Byte[i] = BU98R10_DEFAULT_BYTE;
BU98R10Chip1DDRAMBackup.Byte[i] = BU98R10_DEFAULT_BYTE;
}
//开显示
BU98R10_1_Command_Write(BU98R10_CMD_DISPON);
#endif //USE_BU98R10_CHIP_1
#endif //BU98R10_COLORFUL_LCD_MODE
#endif //BU98R10_WRITE_AT_SAME_TIME
#endif
#endif
#endif
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
BU98R10Update.Cont = 0;
BU98R10Update.Addr = 0;
#if USE_BU98R10_CHIP_0
BU98R10Update.Chip = 0;
#elif USE_BU98R10_CHIP_1
BU98R10Update.Chip = 1;
#else
BU98R10Update.Chip = 255;
#endif
}
/******************************************************************************
函数名：BU98R10_Shutdown
功 能：关闭BU98R10显示,使其进入低功耗模式
参 数：无
返回值：无
******************************************************************************/
void BU98R10_Shutdown(void)
{
BU98R10_InitFlag = 0U;
#if BU98R10_WRITE_AT_SAME_TIME
BU98R10_All_Command_Write(BU98R10_CMD_DISPOFF);
#else
......@@ -474,104 +376,105 @@ void BU98R10_Shutdown(void)
#endif
}
/******************************************************************************
函数名：BU98R10_Update_Request
功 能：请求刷新BU98R10的段码显示
参 数：无
返回值：无
******************************************************************************/
uint8_t u8BU98R10CheckCount = 0;
void BU98R10_Update_Request(void)
{
// if (g_sysFlag.Bits.AccSaveState)
//{
// //if (u8BU98R10CheckCount < 20)
// //{
// // BU98R10Update.En = 1;
// // u8BU98R10CheckCount++;
// //}
// BU98R10Update.En = 1;
// }
// else
{
u8BU98R10CheckCount = 0;
BU98R10Update.En = 1;
LedUpdateDeviceFlg = 1;
}
#if USE_BU98R10_CHIP_0
BU98R10Update.Chip = 0;
#elif USE_BU98R10_CHIP_1
BU98R10Update.Chip = 1;
#else
BU98R10Update.Chip = 255;
#endif
}
/******************************************************************************
函数名：BU98R10_Update_Service
功 能：BU98R10段码显示刷新服务
参 数：无
返回值：无
*******************************************************************************
注 意：该服务函数必须每于系统空闲时实时调用
******************************************************************************/
void BU98R10_Update_Service(void)
{
uint8_t i = 0;
if (BU98R10Update.En)
{
#if BU98R10_WRITE_AT_SAME_TIME
if (BU98R10Update.En) {
switch (BU98R10Update.Step)
{
case 0:
if ((BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr] != BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr]) ||
(BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr] != BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr]))
{
BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr] = BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr];
BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr] = BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr];
switch (BU98R10Update.Step) {
case 0 : //请求写地址
//前15个SEG空闲
BU98R10Update.Addr = 7;
BU98R10_All_Command_Write(BU98R10_CMD_ADSET);
BU98R10_All_Data_Write(BU98R10Update.Addr,BU98R10Update.Addr);
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
if (BU98R10Update.Cont)
BU98R10Update.Step = 4;
else
BU98R10Update.Step = 1;
break;
case 1 :
for(i = 0; i < 6; i++) {
BU98R10_All_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr],BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr]);
if(BU98R10Update.Addr >= 30) {
BU98R10_All_Command_Write(BU98R10_CMD_ADSET);
BU98R10_All_Data_Write(BU98R10Update.Addr,BU98R10Update.Addr);
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 2;
break;
}
else{
//地址调整
else
{
BU98R10Update.Cont = 0;
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
BU98R10Update.En = 0;
}
}
break;
case 2 :
for(i = 0; i < 6; i++) {
BU98R10_All_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr],BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr]);
if(BU98R10Update.Addr >= 60) {
case 1:
BU98R10_All_Command_Write(BU98R10_CMD_ADSET);
BU98R10_All_Data_Write(BU98R10Update.Addr,BU98R10Update.Addr);
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 2;
break;
case 2:
#if BU98R10_COLORFUL_LCD_MODE
BU98R10_All_Data_Write(BU98R10Update.Addr, BU98R10Update.Addr);
#else
BU98R10_All_Data_Write(BU98R10Update.Addr * 4, BU98R10Update.Addr * 4);
#endif
BU98R10Update.Step = 3;
break;
}
else{
//地址调整
BU98R10Update.Addr++;
}
}
case 3:
BU98R10_All_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 4;
break;
case 3 :
for(i = 0; i < 6; i++) {
BU98R10_All_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr],BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr]);
case 4:
BU98R10_All_Data_Write(BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr], BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr]);
BU98R10Update.Step = 5;
break;
if(BU98R10Update.Addr == 86) {
case 5:
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
break;
}
else{
//地址调整
BU98R10Update.Addr++;
}
BU98R10Update.Cont = 0;
}
else
BU98R10Update.Cont = 1;
BU98R10Update.Step = 0;
break;
default :
default:
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
BU98R10Update.Cont = 0;
......@@ -579,566 +482,476 @@ void BU98R10_Update_Service(void)
break;
}
#else
#if USE_BU98R10_CHIP_0
if (BU98R10Update.Chip == 0)
{
switch (BU98R10Update.Step)
{
case 0:
if (BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr] != BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr])
{
BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr] = BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr];
if (BU98R10Update.Cont)
BU98R10Update.Step = 4;
else
BU98R10Update.Step = 1;
}
else
{
BU98R10Update.Cont = 0;
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
#if USE_BU98R10_CHIP_1
BU98R10Update.Chip = 1;
#else
BU98R10Update.En = 0;
#endif
}
}
break;
if (BU98R10Update.En) {
switch (BU98R10Update.Step) {
case 0 : //请求写地址
//前11个SEG空闲
BU98R10Update.Addr = 5;
case 1:
BU98R10_0_Command_Write(BU98R10_CMD_ADSET);
BU98R10Update.Step = 2;
break;
case 2:
#if BU98R10_COLORFUL_LCD_MODE
BU98R10_0_Data_Write(BU98R10Update.Addr);
#else
BU98R10_0_Data_Write(BU98R10Update.Addr * 4);
#endif
BU98R10Update.Step = 3;
break;
case 3:
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 1;
BU98R10Update.Step = 4;
break;
case 4:
BU98R10_0_Data_Write(BU98R10Chip0DDRAMBackup.Byte[BU98R10Update.Addr]);
BU98R10Update.Step = 5;
break;
case 1 :
for(i = 0; i < 6; i++) {
//写入数据 5--18
BU98R10_0_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr]);
case 5:
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
BU98R10Update.Cont = 0;
if(BU98R10Update.Addr == 18) { //---SEG38
BU98R10Update.Addr = 80;
BU98R10_0_Command_Write(BU98R10_CMD_ADSET);
BU98R10_0_Data_Write(BU98R10Update.Addr);
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 2;
#if USE_BU98R10_CHIP_1
BU98R10Update.Chip = 1;
#else
BU98R10Update.En = 0;
#endif
}
else
BU98R10Update.Cont = 1;
BU98R10Update.Step = 0;
break;
default:
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
BU98R10Update.Cont = 0;
BU98R10Update.Addr = 0;
break;
}
}
else{
//地址调整
#if USE_BU98R10_CHIP_1
else if (BU98R10Update.Chip == 1)
#endif
#elif USE_BU98R10_CHIP_1
if (BU98R10Update.Chip == 1)
#endif
#if USE_BU98R10_CHIP_1
{
switch (BU98R10Update.Step)
{
case 0:
if (BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr] != BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr])
{
BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr] = BU98R10Chip1DDRAM.Byte[BU98R10Update.Addr];
if (BU98R10Update.Cont)
BU98R10Update.Step = 4;
else
BU98R10Update.Step = 1;
}
else
{
BU98R10Update.Cont = 0;
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
BU98R10Update.En = 0;
}
}
break;
case 2 :
for(i = 0; i < 6; i++) {
//写入数据 80-86
BU98R10_0_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr]);
if(BU98R10Update.Addr == 86) { //---SEG174
BU98R10Update.Addr = 19;
case 1:
BU98R10_0_Command_Write(BU98R10_CMD_ADSET);
BU98R10Update.Step = 2;
break;
case 2:
#if BU98R10_COLORFUL_LCD_MODE
BU98R10_0_Data_Write(BU98R10Update.Addr);
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
#else
BU98R10_0_Data_Write(BU98R10Update.Addr * 4);
#endif
BU98R10Update.Step = 3;
break;
}
else{
//地址调整
BU98R10Update.Addr++;
}
}
case 3:
BU98R10_0_Command_Write(BU98R10_CMD_DATWR);
BU98R10Update.Step = 4;
break;
case 3 :
for(i = 0; i < 6; i++) {
//写入数据19-79
BU98R10_0_Data_Write(BU98R10Chip0DDRAM.Byte[BU98R10Update.Addr]);
case 4:
BU98R10_0_Data_Write(BU98R10Chip1DDRAMBackup.Byte[BU98R10Update.Addr]);
BU98R10Update.Step = 5;
break;
if(BU98R10Update.Addr == 79) {
case 5:
BU98R10Update.Addr++;
if (BU98R10Update.Addr >= BU98R10_DDRAM_SIZE)
{
BU98R10Update.Addr = 0;
BU98R10Update.Cont = 0;
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
break;
}
else{
//地址调整
BU98R10Update.Addr++;
}
}
else
BU98R10Update.Cont = 1;
BU98R10Update.Step = 0;
break;
default :
default:
BU98R10Update.En = 0;
BU98R10Update.Step = 0;
BU98R10Update.Cont = 0;
BU98R10Update.Addr = 0;
break;
}
}
#endif
}
#define BU98R10_DELAY_NS \
__NOP(); \
__NOP(); \
__NOP();
// __NOP(); \
// __NOP(); \
// __NOP(); \
// __NOP();
#if ((USE_BU98R10_CHIP_0) || (USE_BU98R10_CHIP_1))
else
#endif
BU98R10Update.En = 0;
#endif
}
}
#if USE_BU98R10_CHIP_0
/******************************************************************************
函数名：BU98R10_0_Command_Write
功 能：向BU98R10芯片0写控制命令
参 数：Cmd：要写入的命令
返回值：无
******************************************************************************/
void BU98R10_0_Command_Write(uint8_t Cmd)
{
uint8_t i;
//D/C = 0,表示发送命令
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) &= ~(1 << SEG_LCD_CS_PIN); //PORT_ClrBit
// PORT_ClrBit(SEG_LCD_SD);
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_CSB);
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// PORT_SetBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
for (i = 0; i < 8; i++) {
// PORT_ClrBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
/* CS 输出低 */
*((volatile uint8_t *)(SEG_LCD0_CS)) &= ~(1 << SEG_LCD0_CS_PIN);
__NOP();
__NOP();
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
if (Cmd & 0x80)
// PORT_SetBit(SEG_LCD_SD);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); } //PORT_SetBit
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
else
// PORT_ClrBit(SEG_LCD_SD);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); } //PORT_ClrBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
//PORT_SetBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
Cmd <<= 1;
}
//PORT_SetBit(SEG_LCD_CSB);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) |= (1 << SEG_LCD_CS_PIN); //PORT_SetBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
}
/******************************************************************************
函数名：BU98R10_0_Data_Write
功 能：向BU98R10芯片0写数据
参 数：Dat：要写入的数据
返回值：无
******************************************************************************/
void BU98R10_0_Data_Write(uint8_t Dat)
{
uint8_t i;
//D/C = 1,表示发送数据
//PORT_SetBit(SEG_LCD_SD);
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_CSB);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) &= ~(1 << SEG_LCD_CS_PIN); //PORT_ClrBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// PORT_SetBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
for (i = 0; i < 8; i++) {
//PORT_ClrBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
/* CS 输出低 */
*((volatile uint8_t *)(SEG_LCD0_CS)) &= ~(1 << SEG_LCD0_CS_PIN);
__NOP();
__NOP();
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
if (Dat & 0x80)
//PORT_SetBit(SEG_LCD_SD);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); } //PORT_SetBit
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
else
//PORT_ClrBit(SEG_LCD_SD);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); } //PORT_ClrBit
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
//PORT_SetBit(SEG_LCD_SCL);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
Dat <<= 1;
}
//PORT_SetBit(SEG_LCD_CSB);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) |= (1 << SEG_LCD_CS_PIN); //PORT_SetBit
BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
}
#endif
#if USE_BU98R10_CHIP_1
/******************************************************************************
函数名：BU98R10_1_Command_Write
功 能：向BU98R10芯片1写控制命令
参 数：Cmd：要写入的命令
返回值：无
******************************************************************************/
void BU98R10_1_Command_Write(uint8_t Cmd)
{
uint8_t i;
//D/C = 0,表示发送命令
PORT_ClrBit(SEG_LCD_SD1);
PORT_ClrBit(SEG_LCD_SCL1);
PORT_ClrBit(SEG_LCD_CSB1);
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
/* CS 输出低 */
*((volatile uint8_t *)(SEG_LCD1_CS)) &= ~(1 << SEG_LCD1_CS_PIN);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
PORT_SetBit(SEG_LCD_SCL1);
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
for (i = 0; i < 8; i++) {
PORT_ClrBit(SEG_LCD_SCL1);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
if (Cmd & 0x80)
{ PORT_SetBit(SEG_LCD_SD1); }
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
else
{ PORT_ClrBit(SEG_LCD_SD1); }
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
PORT_SetBit(SEG_LCD_SCL1);
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
Cmd <<= 1;
}
PORT_SetBit(SEG_LCD_CSB1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
}
/******************************************************************************
函数名：BU98R10_1_Data_Write
功 能：向BU98R10芯片1写数据
参 数：Dat：要写入的数据
返回值：无
******************************************************************************/
void BU98R10_1_Data_Write(uint8_t Dat)
{
uint8_t i;
//D/C = 1,表示发送数据
PORT_SetBit(SEG_LCD_SD1);
PORT_ClrBit(SEG_LCD_SCL1);
PORT_ClrBit(SEG_LCD_CSB1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
/* CS 输出低 */
*((volatile uint8_t *)(SEG_LCD1_CS)) &= ~(1 << SEG_LCD1_CS_PIN);
PORT_SetBit(SEG_LCD_SCL1);
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
for (i = 0; i < 8; i++) {
PORT_ClrBit(SEG_LCD_SCL1);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
if (Dat & 0x80)
{ PORT_SetBit(SEG_LCD_SD1); }
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
else
{ PORT_ClrBit(SEG_LCD_SD1); }
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
PORT_SetBit(SEG_LCD_SCL1);
__NOP();
__NOP();
__NOP();
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
Dat <<= 1;
}
PORT_SetBit(SEG_LCD_CSB1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
}
#endif
#if BU98R10_WRITE_AT_SAME_TIME
/******************************************************************************
函数名：BU98R10_All_Command_Write
功 能：同时向BU98R10芯片0和芯片1写控制命令
参 数：Cmd：要写入的命令
返回值：无
******************************************************************************/
void BU98R10_All_Command_Write(uint8_t Cmd)
{
uint8_t i;
//D/C = 0,表示发送命令
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) &= ~(1 << SEG_LCD_CS_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) &= ~(1 << SEG_LCD_SD1_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) &= ~(1 << SEG_LCD_SCL1_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS1_PORT)) &= ~(1 << SEG_LCD_CS1_PIN); //PORT_ClrBit
/* SD/SCL/CS 输出低电平 */
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
// PORT_ClrBit(SEG_LCD_SD);
// PORT_ClrBit(SEG_LCD_SD1);
*((volatile uint8_t *)(SEG_LCD0_CS)) &= ~(1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) &= ~(1 << SEG_LCD1_CS_PIN);
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_SCL1);
// PORT_ClrBit(SEG_LCD_CSB);
// PORT_ClrBit(SEG_LCD_CSB1);
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// PORT_SetBit(SEG_LCD_SCL);
// PORT_SetBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) |= (1 << SEG_LCD_SCL1_PIN); //PORT_SetBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
for (i = 0; i < 8; i++) {
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) &= ~(1 << SEG_LCD_SCL1_PIN); //PORT_ClrBit
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
if (Cmd & 0x80) {
// PORT_SetBit(SEG_LCD_SD);
// PORT_SetBit(SEG_LCD_SD1);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); } //PORT_SetBit
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) |= (1 << SEG_LCD_SD1_PIN); } //PORT_SetBit
if (Cmd & 0x80)
{
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
}
else {
// PORT_ClrBit(SEG_LCD_SD);
// PORT_ClrBit(SEG_LCD_SD1);
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); } //PORT_ClrBit
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) &= ~(1 << SEG_LCD_SD1_PIN); } //PORT_ClrBit
else
{
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
}
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// PORT_SetBit(SEG_LCD_SCL);
// PORT_SetBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) |= (1 << SEG_LCD_SCL1_PIN); //PORT_SetBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
Cmd <<= 1;
}
// PORT_SetBit(SEG_LCD_CSB);
// PORT_SetBit(SEG_LCD_CSB1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) |= (1 << SEG_LCD_CS_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS1_PORT)) |= (1 << SEG_LCD_CS1_PIN); //PORT_SetBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) |= (1 << SEG_LCD1_CS_PIN);
}
/******************************************************************************
函数名：BU98R10_All_Data_Write
功 能：同时向BU98R10芯片0和芯片1写数据
参 数：Dat0：要写入BU98R10芯片0的数据
Dat1：要写入BU98R10芯片1的数据
返回值：无
******************************************************************************/
void BU98R10_All_Data_Write(uint8_t Dat0, uint8_t Dat1)
{
uint8_t i;
//D/C = 1,表示发送数据
// PORT_SetBit(SEG_LCD_SD);
// PORT_SetBit(SEG_LCD_SD1);
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_SCL1);
// PORT_ClrBit(SEG_LCD_CSB);
// PORT_ClrBit(SEG_LCD_CSB1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) &= ~(1 << SEG_LCD_CS_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) |= (1 << SEG_LCD_SD1_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) &= ~(1 << SEG_LCD_SCL1_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS1_PORT)) &= ~(1 << SEG_LCD_CS1_PIN); //PORT_ClrBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// PORT_SetBit(SEG_LCD_SCL);
// PORT_SetBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) |= (1 << SEG_LCD_SCL1_PIN); //PORT_SetBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
for (i = 0; i < 8; i++) {
// PORT_ClrBit(SEG_LCD_SCL);
// PORT_ClrBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) &= ~(1 << SEG_LCD_SCL_PIN); //PORT_ClrBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) &= ~(1 << SEG_LCD_SCL1_PIN); //PORT_ClrBit
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
/* CS 输出低 */
*((volatile uint8_t *)(SEG_LCD0_CS)) &= ~(1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) &= ~(1 << SEG_LCD1_CS_PIN);
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
if (Dat0 & 0x80)
// { PORT_SetBit(SEG_LCD_SD); }
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) |= (1 << SEG_LCD_SD_PIN); } //PORT_SetBit
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
else
// { PORT_ClrBit(SEG_LCD_SD); }
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD_PORT)) &= ~(1 << SEG_LCD_SD_PIN); } //PORT_ClrBit
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
if (Dat1 & 0x80)
// { PORT_SetBit(SEG_LCD_SD1); }
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) |= (1 << SEG_LCD_SD1_PIN); } //PORT_SetBit
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
else
// { PORT_ClrBit(SEG_LCD_SD1); }
{ *((volatile uint8_t *)(0x40040300UL + SEG_LCD_SD1_PORT)) &= ~(1 << SEG_LCD_SD1_PIN); } //PORT_ClrBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
// PORT_SetBit(SEG_LCD_SCL);
// PORT_SetBit(SEG_LCD_SCL1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL_PORT)) |= (1 << SEG_LCD_SCL_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_SCL1_PORT)) |= (1 << SEG_LCD_SCL1_PIN); //PORT_SetBit
__NOP();
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
Dat0 <<= 1;
Dat1 <<= 1;
}
// PORT_SetBit(SEG_LCD_CSB);
// PORT_SetBit(SEG_LCD_CSB1);
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS_PORT)) |= (1 << SEG_LCD_CS_PIN); //PORT_SetBit
*((volatile uint8_t *)(0x40040300UL + SEG_LCD_CS1_PORT)) |= (1 << SEG_LCD_CS1_PIN); //PORT_SetBit
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
// BU98R10_DELAY_NS;
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) |= (1 << SEG_LCD1_CS_PIN);
}
#endif
#if 0
#if BU98R10_WRITE_AT_SAME_TIME
static void BU98R10_All_ReadRam(uint8_t addr, uint8_t *data0, uint8_t *data1)
{
uint8_t i;
......@@ -1150,176 +963,129 @@ static void BU98R10_All_ReadRam(uint8_t addr, uint8_t *data0, uint8_t *data1)
BU98R10_All_Data_Write(addr, addr);
Cmd = 0x09;
// D/C = 0,表示发送命令
//SegLCD_Set_SD(0);
//SegLCD_Set_SCL(0);
//SegLCD_Set_CSB(0);
//PORT_ClrBit(SEG_LCD_SD);
//PORT_ClrBit(SEG_LCD_SCL);
//PORT_ClrBit(SEG_LCD_CSB);
PORT_ClrBit(SEG_LCD_SD1);
PORT_ClrBit(SEG_LCD_SCL1);
PORT_ClrBit(SEG_LCD_CSB1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
//SegLCD_Set_SCL(1);
//PORT_SetBit(SEG_LCD_SCL);
PORT_SetBit(SEG_LCD_SCL1);
for (i = 0; i < 8; i++) {
//SegLCD_Set_SCL(0);
//PORT_ClrBit(SEG_LCD_SCL);
PORT_ClrBit(SEG_LCD_SCL1);
if (Cmd & 0x80) {
//SegLCD_Set_SD(1);
//PORT_SetBit(SEG_LCD_SD);
PORT_SetBit(SEG_LCD_SD1);
// D/C = 0,表示发送命令
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD0_CS)) &= ~(1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) &= ~(1 << SEG_LCD1_CS_PIN);
__NOP();
__NOP();
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
if (Cmd & 0x80)
{
/* SD 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SD)) |= (1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) |= (1 << SEG_LCD1_SD_PIN);
}
else {
//SegLCD_Set_SD(0);
//PORT_ClrBit(SEG_LCD_SD);
PORT_ClrBit(SEG_LCD_SD1);
else
{
/* SD 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SD)) &= ~(1 << SEG_LCD0_SD_PIN);
*((volatile uint8_t *)(SEG_LCD1_SD)) &= ~(1 << SEG_LCD1_SD_PIN);
}
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
//SegLCD_Set_SCL(1);
//PORT_SetBit(SEG_LCD_SCL);
PORT_SetBit(SEG_LCD_SCL1);
__NOP();
__NOP();
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
Cmd <<= 1;
}
//SegLCD_Set_SD_Dir(0);
//PORT_Init(SEG_LCD_SD, INPUT);
PORT_Init(SEG_LCD_SD1, INPUT);
//SegLCD_Set_SCL(0);
//PORT_ClrBit(SEG_LCD_SCL);
PORT_ClrBit(SEG_LCD_SCL1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
//SegLCD_Set_SCL(1);
//PORT_SetBit(SEG_LCD_SCL);
PORT_SetBit(SEG_LCD_SCL1);
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
BU98R10_DELAY_NS;
for (i = 0; i < 8; i++) {
//SegLCD_Set_SCL(0);
//PORT_ClrBit(SEG_LCD_SCL);
PORT_ClrBit(SEG_LCD_SCL1);
//wdata0 <<= 1;
// PORT_Init(SEG_LCD_SD1, INPUT); // ？？？
// PORT_Init(SEG_LCD_SD1, INPUT); // ？？？
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
__NOP();
__NOP();
__NOP();
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
__NOP();
__NOP();
__NOP();
for (i = 0; i < 8; i++)
{
/* SCL 输出低 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) &= ~(1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) &= ~(1 << SEG_LCD1_SCL_PIN);
wdata0 <<= 1;
wdata1 <<= 1;
//SegLCD_Set_SCL(1);
//PORT_SetBit(SEG_LCD_SCL);
PORT_SetBit(SEG_LCD_SCL1);
/* SCL 输出高 */
*((volatile uint8_t *)(SEG_LCD0_SCL)) |= (1 << SEG_LCD0_SCL_PIN);
*((volatile uint8_t *)(SEG_LCD1_SCL)) |= (1 << SEG_LCD1_SCL_PIN);
/*if (SegLCD_Get_SD0_Data)
if (*((volatile uint8_t *)(SEG_LCD0_SD)) & SEG_LCD0_SD_PIN)
{
wdata0 |= SegLCD_Get_SD0_Data;
wdata0 |= *((volatile uint8_t *)(SEG_LCD0_SD)) & SEG_LCD0_SD_PIN;
}
if (SegLCD_Get_SD1_Data)
{
wdata1 |= SegLCD_Get_SD1_Data;
}*/
//if (PORT_GetBit(SEG_LCD_SD))
if (*((volatile uint8_t *)(SEG_LCD1_SD)) & SEG_LCD1_SD_PIN)
{
//wdata0 |= PORT_GetBit(SEG_LCD_SD);
}
if (PORT_GetBit(SEG_LCD_SD1)) {
wdata1 |= PORT_GetBit(SEG_LCD_SD1);
wdata0 |= *((volatile uint8_t *)(SEG_LCD1_SD)) & SEG_LCD1_SD_PIN;
}
}
*data0 = wdata0;
*data1 = wdata1;
//SegLCD_Set_SD_Dir(1);
//PORT_Init(SEG_LCD_SD, OUTPUT);
PORT_Init(SEG_LCD_SD1, OUTPUT);
/* SD 方向设置成输出 */
// PORT_Init(SEG_LCD_SD1, OUTPUT); //？？？
// PORT_Init(SEG_LCD_SD1, OUTPUT); //？？？
//SegLCD_Set_CSB(1);
//PORT_SetBit(SEG_LCD_CSB);
PORT_SetBit(SEG_LCD_CSB1);
/* CS 输出高 */
*((volatile uint8_t *)(SEG_LCD0_CS)) |= (1 << SEG_LCD0_CS_PIN);
*((volatile uint8_t *)(SEG_LCD1_CS)) |= (1 << SEG_LCD1_CS_PIN);
}
#endif
#endif
uint8_t checkInterval = 0;
uint8_t checkCount = 0;
/*
uint8_t checkData[2];
uint8_t checkDelay = 0;
void checkSegTftState(void)
{
#if 0
if (System_FUN_KL15_Status_Get()) {
if(checkDelay == 0) {
checkInterval++;
if (checkInterval >= 5) {
BU98R10_0_ReadRam(37, &checkData[0], &checkData[1]); // seg61 加油图标方向段 (61+1)/2 -1 =30 ==0x07 异常时 heckData[1]= 0xff
checkInterval = 0;
if ((checkData[1] & 0x0f) != 0x07) {
checkCount = 50;
BU98R10Chip1DDRAMBackup.Bit.Seg75 = 0; //BU98R10_1_SEG75
}
}
}
else {
checkDelay --;
checkInterval = 0;
}
if (g_curkeyinput == KeyON)
{
if ((u8BU98R10CheckCount >= 20) && (BU98R10Update.En == 0))
{
u8BU98R10CheckCount = 0;
checkData[0] = 0;
checkData[1] = 0;
if(checkCount > 0) {
checkCount--;
}
BU98R10_All_ReadRam(48, &checkData[0], &checkData[1]);
if (checkCount == 30) {
checkDelay = 20;
SEG_LCD_Init();
}
if ((checkData[0] & 0xf0) != 0x70)
{
BU98R10_Init();
}
else {
checkInterval = 0;
checkCount = 0;
}
#endif
}
else
{
u8BU98R10CheckCount = 0;
}
}
*/
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