Index: ModuleDemo/TOUCH/Touch/user/main.c =================================================================== --- /YC3121_demo/ModuleDemo/TOUCH/Touch/user/main.c (revision 804) +++ /YC3121_demo/ModuleDemo/TOUCH/Touch/user/main.c (working copy) @@ -11,12 +11,12 @@ * COPYRIGHT 2019 Yichip Microelectronics * * The purpose of this firmware is to provide guidance to customers engaged in - * programming work to guide them smoothly to product development, - * so as to save their time. - * - * Therefore, Yichip microelectronics shall not be responsible for any direct, - * indirect or consequential damages caused by any content of this gu jiang - * and/or contained in this code used by the customer in its products. + * programming work to guide them smoothly to product development, + * so as to save their time. + * + * Therefore, Yichip microelectronics shall not be responsible for any direct, + * indirect or consequential damages caused by any content of this gu jiang + * and/or contained in this code used by the customer in its products. * ****************************************************************************** */ @@ -29,56 +29,59 @@ #include "yc_timer.h" #include "yc_touch.h" #include "yc_kscan.h" +#include "board_config.h" -#if (BOARD_VER == MPOS_BOARD_V2_1) - //临时定义 - #define KEY_NUM_0 1 - #define KEY_NUM_1 2 - #define KEY_NUM_2 3 - #define KEY_NUM_3 4 - #define KEY_NUM_4 5 - #define KEY_NUM_5 6 - #define KEY_NUM_6 7 - #define KEY_NUM_7 8 - #define KEY_NUM_8 9 - #define KEY_NUM_9 0 - #define KEY_UP 10 - #define KEY_DOWN 11 - #define KEY_CONFIRM 12 - #define KEY_CANCEL 13 - #define KEY_CLEAR 14 - #define KEY_MENU 15 - #define KEY_F1 16 - #define KEY_F2 17 -#endif - /* Private typedef -----------------------------------------------------------*/ +typedef enum +{ + PAGE0 = 0, + PAGE1, + PAGE2, + PAGE3 +} TP_MENU_TypeDef; /* Private define ------------------------------------------------------------*/ + +#define TP_X_LEFT_BORDER (14) +#define TP_X_RIGHT_BORDER (320 - TP_X_LEFT_BORDER) +#define TP_Y_HIGT_BORDER (35) +#define TP_Y_LOW_BORDER (240 - 16*3 - 5) + +#define TP_CLEAR_X_LEFT (320/2 - 5*16/2) +#define TP_CLEAR_Y_LEFT (240 - 45) +#define TP_CLEAR_X_RIGHT (TP_CLEAR_X_LEFT + 16*5) +#define TP_CLEAR_Y_RIGHT (240) + +#define TP_EXIT_X_LEFT (13) +#define TP_EXIT_Y_LEFT (240 - 45) +#define TP_EXIT_X_RIGHT (TP_EXIT_X_LEFT + 16*4) +#define TP_EXIT_Y_RIGHT (240) + +#define TP_SAVE_X_LEFT (320 -13-16*4) +#define TP_SAVE_Y_LEFT (240 - 45) +#define TP_SAVE_X_RIGHT (TP_SAVE_X_LEFT + 16*4) +#define TP_SAVE_Y_RIGHT (240) + /* Private macro -------------------------------------------------------------*/ /* Private variables ---------------------------------------------------------*/ /* Private function prototypes -----------------------------------------------*/ -void UART_Configuration(void); -void ADC_Configuration(void); -void St7789v2Lcd_Configuration(void); -void Touch_Test(void); -uint8_t ADC_Collection(uint8_t Coordinate); - -uint8_t keyvalue = 0; -extern struct TOUCH _touch; -extern struct TOUCH_PANEl _touchpanel; +static void UART_Configuration(void); +static void ADC_Configuration(void); +static void St7789vlcd_Configuration(void); +static void Touch_Test(void); -void TFT_Power_scan(void) + +static void TFT_Power_scan(void) { ST7789_TFT_Picture(284, 4, gImage_full_energe); } -void TFT_Single_scan(void) +static void TFT_Single_scan(void) { ST7789_TFT_Picture(4, 4, gImage_single_l); } -void Display_InterfaceWindow(void) +static void Display_InterfaceWindow(void) { uint8_t Show_buff1[] = "Touch demo"; uint8_t Show_buff2[] = "Please press menu key..."; @@ -97,23 +100,16 @@ * @param None * @retval None */ - -#define GPIO_AD_MAXVALUE 0x7fe -#define DIFFERENCE_X_MAX 80 -#define DIFFERENCE_Y_MAX 60 int main(void) { - GPIO_Config(GPIOA, GPIO_Pin_2, OUTPUT_HIGH);//�ⲿldoʹ�� - - uint8_t Difference_x = 0, Difference_y = 0; - - ADC_Configuration(); + /*enable ldo*/ + GPIO_Config(GPIOA, GPIO_Pin_2, OUTPUT_HIGH); UART_Configuration(); MyPrintf("Yichip Yc3121 Touch Demo V1.0.\r\n"); - St7789v2Lcd_Configuration(); + St7789vlcd_Configuration(); Display_InterfaceWindow(); @@ -123,284 +119,190 @@ } } -/** - * @brief Serial port 0 initialization function. - * @param None - * @retval None - */ -void UART_Configuration(void) -{ - UART_InitTypeDef UART_InitStruct; - - /* Configure serial ports RX and TX for IO. */ - GPIO_Config(UART0_TX_PORT, UART0_TX_PIN, UART0_TXD); - GPIO_Config(UART0_RX_PORT, UART0_RX_PIN, UART0_RXD); - /* USARTx configured as follow: - - BaudRate = 115200 baud - - Word Length = 8 Bits - - Stop Bit = 1 Stop Bit - - Parity = No Parity - - Hardware flow control disabled (RTS and CTS signals) - - Receive and transmit enabled - */ - UART_InitStruct.BaudRate = UARTBAUD; //Configure serial port baud rate, the baud rate defaults to 128000. - UART_InitStruct.DataBits = Databits_8b; - UART_InitStruct.StopBits = StopBits_2; - UART_InitStruct.Parity = Parity_None; - UART_InitStruct.FlowCtrl = FlowCtrl_None; - UART_InitStruct.Mode = Mode_duplex; - - UART_Init(UART0, &UART_InitStruct); -} -/** - * @brief LCD related IO port and SPI related configuration - * @param None - * @retval None - */ - -void St7789v2Lcd_Configuration(void) +static void Tp_menu(TP_MENU_TypeDef type) { - #if (BOARD_VER == MPOS_BOARD_V2_1) - MyPrintf("MPOS_BOARD_V2_1 not support TOUCH demo\r\n"); - #else - St7789TFT_InitTypedef St7789TFT_InitStruct; - - St7789TFT_InitStruct.SPIx = ST7789VTFTSPI; - St7789TFT_InitStruct.IO_TFT_SDA_PIN = ST7789_TFT_SDA_PIN; - St7789TFT_InitStruct.IO_TFT_SDA_Port = ST7789_TFT_SDA_PORT; - St7789TFT_InitStruct.IO_TFT_SCL_PIN = ST7789_TFT_SCL_PIN; - St7789TFT_InitStruct.IO_TFT_SCL_Port = ST7789_TFT_SCL_PORT; - St7789TFT_InitStruct.IO_TFT_CS_PIN = ST7789_TFT_CS_PIN; - St7789TFT_InitStruct.IO_TFT_CS_Port = ST7789_TFT_CS_PORT; - St7789TFT_InitStruct.IO_TFT_RES_PIN = ST7789_TFT_RST_PIN; - St7789TFT_InitStruct.IO_TFT_RES_Port = ST7789_TFT_RST_PORT; - St7789TFT_InitStruct.IO_TFT_BL_PIN = ST7789_TFT_BL_PIN; - St7789TFT_InitStruct.IO_TFT_BL_Port = ST7789_TFT_BL_PORT; - St7789TFT_InitStruct.IO_TFT_A0_PIN = ST7789_TFT_A0_PIN; - St7789TFT_InitStruct.IO_TFT_A0_Port = ST7789_TFT_A0_PORT; - - ST7789_TFT_GpioInit(&St7789TFT_InitStruct); - - /* Initialize the LCD screen */ - ST7789_TFT_Init(); - #endif -} -/** - * @brief ADC initialization function. - * @param None - * @retval None - */ -void ADC_Configuration(void) -{ - ADC_InitTypeDef ADCInitStruct; - ADCInitStruct.ADC_Mode = ADC_GPIO; - ADCInitStruct.ADC_Channel = ADC_CHANNEL_6; - ADC_Init(&ADCInitStruct); -} -static void Display_touch(void) -{ - uint8_t cb_flag = 0; - uint8_t calibrated = 0; - uint8_t changeFlag = 0; - uint8_t Difference_x = 0, Difference_y = 0; - - ADC_Configuration(); - //������������ADֵ - _touch.Adc_Max = GPIO_AD_MAXVALUE; - - if (changeFlag == 0) + switch (type) { + case PAGE0 : ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); ST7789_TFT_ShowChinese(56, 36, calibrated_ch, 32, 7, 1, WHITE, RED); St7789_tft_DrawRectangle(115, 88, 205, 129, BLACK); ST7789_TFT_ShowChinese(136, 89, confirm_ch, 24, 2, 1, WHITE, MAROON); - ST7789_TFT_ShowString(132, 113, 56, 8, "CONFIRM", 16, 1, WHITE, MAROON); + ST7789_TFT_ShowString(132, 113, 56, 8, (uint8_t *)"CONFIRM", 16, 1, WHITE, MAROON); St7789_tft_DrawRectangle(115, 136, 205, 177, BLACK); ST7789_TFT_ShowChinese(136, 137, cancel_ch, 24, 2, 1, WHITE, MAROON); - ST7789_TFT_ShowString(136, 161, 48, 8, "CANCEL", 16, 1, WHITE, MAROON); + ST7789_TFT_ShowString(136, 161, 48, 8, (uint8_t *)"CANCEL", 16, 1, WHITE, MAROON); St7789_tft_DrawRectangle(115, 184, 205, 225, BLACK); ST7789_TFT_ShowChinese(136, 185, clear_ch, 24, 2, 1, WHITE, MAROON); - ST7789_TFT_ShowString(140, 209, 48, 8, "CLEAR", 16, 1, WHITE, MAROON); - cb_flag = 1; - KEY_Scan_check(); - } - - while (cb_flag) - { - switch (KEY_Scan()) + ST7789_TFT_ShowString(140, 209, 48, 8, (uint8_t *)"CLEAR", 16, 1, WHITE, MAROON); + break; + case PAGE1 : + ST7789_TFT_ShowChinese(136, 89, confirm_ch, 24, 2, 0, YELLOW, MAROON); + ST7789_TFT_ShowString(132, 113, 56, 8, (uint8_t *)"CONFIRM", 16, 0, YELLOW, MAROON); + delay_ms(500); + ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); + break; + case PAGE2 : + ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); + for (uint8_t i = 0; i < 5 ; i++) { - case KEY_CONFIRM: - cb_flag = 0; - changeFlag = 1; - calibrated = 1; - ST7789_TFT_ShowChinese(136, 89, confirm_ch, 24, 2, 0, YELLOW, MAROON); - ST7789_TFT_ShowString(132, 113, 56, 8, "CONFIRM", 16, 0, YELLOW, MAROON); - KEY_Scan_check(); - break; - case KEY_CANCEL: - cb_flag = 0; - changeFlag = 1; - ST7789_TFT_ShowChinese(136, 137, cancel_ch, 24, 2, 0, YELLOW, MAROON); - ST7789_TFT_ShowString(136, 161, 48, 8, "CANCEL", 16, 0, YELLOW, MAROON); - ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); -#if 1 - _touchpanel.xfac = 102; - _touchpanel.yfac = 84; - _touchpanel.xbase = 30; - _touchpanel.ybase = 30; - _touchpanel.xlogic = 29; - _touchpanel.ylogic = 83; -#else - _touchpanel.xfac = 96; - _touchpanel.yfac = 114; - _touchpanel.xbase = 30; - _touchpanel.ybase = 30; - _touchpanel.xlogic = 51; - _touchpanel.ylogic = 26; -#endif - St7789_tft_DrawRectangle(5, 60, 315, 180, RED); - St7789_tft_DrawRectangle(6, 61, 314, 179, RED); - St7789_tft_DrawRectangle(7, 62, 313, 178, RED); - St7789_tft_DrawRectangle(10, 240 - 5, 100, 240 - 50, BLACK); - St7789_tft_DrawRectangle(320 - 100, 240 - 5, 320 - 10, 240 - 50, BLACK); - ST7789_TFT_ShowString(10 + 3, 240 - 45, 80, 16, "Clear", 32, 1, WHITE, PURPLE); - ST7789_TFT_ShowString(320 - 95, 240 - 47, 64, 16, "Save", 32, 1, WHITE, PURPLE); - KEY_Scan_check(); - break; - case KEY_CLEAR: - cb_flag = 0; - ST7789_TFT_ShowChinese(136, 185, clear_ch, 24, 2, 0, YELLOW, MAROON); - ST7789_TFT_ShowString(140, 209, 48, 8, "CLEAR", 16, 0, YELLOW, MAROON); - KEY_Scan_check(); - break; - default: - break; + St7789_tft_DrawRectangle(1 + i, 29 + i, 318 - i, 240 - 16 * 3 - i, BLACK); } + + ST7789_TFT_ShowString(320 - 13 - 16 * 4, 240 - 45, 16 * 4, 16, (uint8_t *)"Save", 32, 1, WHITE, PURPLE); + ST7789_TFT_ShowString(13, 240 - 45, 5 * 16, 16, (uint8_t *)"Exit", 32, 1, WHITE, PURPLE); + ST7789_TFT_ShowString(320 / 2 - 5 * 16 / 2, 240 - 45, 16 * 5, 16, (uint8_t *)"Clear", 32, 1, WHITE, PURPLE); + break; + case PAGE3 : + ST7789_TFT_ShowString(320 / 2 - 5 * 16 / 2, 240 - 45, 16 * 5, 16, (uint8_t *)"Clear", 32, 1, YELLOW, MAROON); + ST7789_TFT_Clear_White(5, 34, 313, 188); + ST7789_TFT_ShowString(320 / 2 - 5 * 16 / 2, 240 - 45, 16 * 5, 16, (uint8_t *)"Clear", 32, 1, WHITE, PURPLE); + break; } +} + - while (calibrated == 1) +static Boolean Touch_Cali(void) +{ + uint8_t cal_cnt = 3; + uint8_t Show_buff1[] = "Calibration success"; + uint8_t Show_buff2[] = "Calibration failure please recalibrate"; + while (cal_cnt --) { - ST7789_TFT_Clear_White(0, 0, TFT_COL, TFT_ROW); - if (TP_UpdateCoordVal() == 1) + if (Tp_Calibrate() == TRUE) { - calibrated = 0; - St7789_tft_DrawRectangle(5, 60, 315, 180, RED); - St7789_tft_DrawRectangle(6, 61, 314, 179, RED); - St7789_tft_DrawRectangle(7, 62, 313, 178, RED); - St7789_tft_DrawRectangle(10, 240 - 5, 100, 240 - 50, BLACK); - St7789_tft_DrawRectangle(320 - 100, 240 - 5, 320 - 10, 240 - 50, BLACK); - ST7789_TFT_ShowString(10 + 3, 240 - 45, 80, 16, "Clear", 32, 1, WHITE, PURPLE); - ST7789_TFT_ShowString(320 - 95, 240 - 47, 64, 16, "Save", 32, 1, WHITE, PURPLE); - + ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); + ST7789_TFT_ShowString(10, 80, 8 * sizeof(Show_buff1), 8, Show_buff1, 16, 1, WHITE, MAROON); + delay_ms(2000); + ST7789_TFT_Clear_White(0, 30, TFT_COL, TFT_ROW); + return TRUE; } else { - ST7789_TFT_ShowString(0, 100, 16 * 20, 16, "Calibration failure", 32, 1, YELLOW, MAROON); + ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); + ST7789_TFT_ShowString(10, 80, 8 * sizeof(Show_buff2), 8, Show_buff2, 16, 1, WHITE, MAROON); delay_ms(2000); - calibrated = 0; - changeFlag = 0; + ST7789_TFT_Clear_White(0, 28, TFT_COL, TFT_ROW); } - } - if (changeFlag == 1) +} + +static void Touch_Drow_Line(uint16_t sx, uint16_t sy, uint16_t ex, uint16_t ey) +{ + St7899_tft_DrawLine(sx, sy, ex, ey, BLACK); + St7899_tft_DrawLine(sx - 1, sy, ex - 1, ey, BLACK); + St7899_tft_DrawLine(sx, sy + 1, ex, ey + 1, BLACK); + St7899_tft_DrawLine(sx + 1, sy, ex + 1, ey, BLACK); + St7899_tft_DrawLine(sx, sy - 1, ex, ey - 1, BLACK); +} + +void Touch_Display(void) +{ + uint8_t keyCode = 0; + Tp_Sign_Para_TypeDef Sign_Para = {0}; + + ADC_Configuration(); + + /*Select whether to calibrate*/ + + Tp_menu(PAGE0); + while (1) { - ST7789_TFT_ShowChinese(100, 1, Yichip_ch, 24, 5, 1, WHITE, OLIVE); - ST7789_TFT_Draw_Piece(0, 27, TFT_COL, 28, DGRAY); - TFT_Power_scan(); - TFT_Single_scan(); + keyCode = KEY_Scan(); + if (keyCode == KEY_CONFIRM) + { + Tp_menu(PAGE1); + Touch_Cali(); + break; + } + else if (keyCode == KEY_CANCEL) + { + /*Use the default calibration parameters*/ + Constant.kx = TP_CONSTANT_X; + Constant.ky = TP_CONSTANT_Y; + fac.kx = TP_FAC_KX; + fac.ky = TP_FAC_KY; + break; + } + else if (keyCode == KEY_CLEAR) + { + return ; + } } - while (changeFlag == 1) + + /*Start the signature*/ + + Tp_menu(PAGE2); + + while (1) { - if (TP_DetectPressing() == 0) + if (Tp_DetectPressing() == TRUE) { - //��ȡ��������ֵ - TP_ReadXY(); + Tp_GetPoint(&Sign_Para.nx, &Sign_Para.ny); + + TP_PRINT("Sign_Para.nx :%d,Sign_Para.ny :%d\n", Sign_Para.nx, Sign_Para.ny); + TP_PRINT("Sign_Para.lx :%d,Sign_Para.ly :%d\n", Sign_Para.lx, Sign_Para.ly); - if (TP_DetectPressing() == 1) + if (Tp_DetectPressing() == FALSE) { - _touch.PressAgainFalg = 0; + Sign_Para.pressflag = 0; } - - //����Ƿ�Ϊ�������µĶ��� - if (_touch.PressAgainFalg == 2) + /*Continuous press*/ + if (Sign_Para.pressflag == 2) { - //������������µĵ㣬�����ϸ����뵱ǰ���ƫ�� - if (_touchpanel.x > _touchpanel.ltx) Difference_x = _touchpanel.x - _touchpanel.ltx; - else Difference_x = _touchpanel.ltx - _touchpanel.x; - if (_touchpanel.y > _touchpanel.lty) Difference_y = _touchpanel.y - _touchpanel.lty; - else Difference_y = _touchpanel.lty - _touchpanel.y; - - //���ƫ�����ڷ�Χ�ڣ�������õ����� - if (Difference_x < DIFFERENCE_X_MAX && Difference_y < DIFFERENCE_Y_MAX && _touchpanel.y > 62 && _touchpanel.y < 178 && _touchpanel.x > 7 && _touchpanel.x < 313) - { - St7899_tft_DrawLine(_touchpanel.ltx, _touchpanel.lty, _touchpanel.x, _touchpanel.y, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx - 1, _touchpanel.lty, _touchpanel.x - 1, _touchpanel.y, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx, _touchpanel.lty + 1, _touchpanel.x, _touchpanel.y + 1, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx + 1, _touchpanel.lty, _touchpanel.x + 1, _touchpanel.y, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx, _touchpanel.lty - 1, _touchpanel.x, _touchpanel.y - 1, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx + 2, _touchpanel.lty, _touchpanel.x + 2, _touchpanel.y, BLACK); - St7899_tft_DrawLine(_touchpanel.ltx, _touchpanel.lty - 2, _touchpanel.x, _touchpanel.y - 2, BLACK); - _touchpanel.ltx = _touchpanel.x; - _touchpanel.lty = _touchpanel.y; - } - //���ƫ����ڷ�Χ�ڣ�����ǰ����ǩ�������ڣ�������ǰ�� - else if ((_touchpanel.y > 62 && _touchpanel.y < 178 && _touchpanel.x > 7 && _touchpanel.x < 313)) + if (Sign_Para.nx > TP_X_LEFT_BORDER && Sign_Para.nx < TP_X_RIGHT_BORDER && \ + Sign_Para.ny > TP_Y_HIGT_BORDER && Sign_Para.ny < TP_Y_LOW_BORDER) { - _touchpanel.ltx = _touchpanel.x; - _touchpanel.lty = _touchpanel.y; + if (Tp_AbsolouteDifference(Sign_Para.nx, Sign_Para.lx) < 30 && Tp_AbsolouteDifference(Sign_Para.ny, Sign_Para.ly) < 30) + { + Touch_Drow_Line(Sign_Para.nx, Sign_Para.ny, Sign_Para.lx, Sign_Para.ly); + } + Sign_Para.lx = Sign_Para.nx; + Sign_Para.ly = Sign_Para.ny; } - // ���� - else {} - } - //���������� - else if ((_touchpanel.x > 10 && _touchpanel.x < 100) && (_touchpanel.y < 235 && _touchpanel.y > 190)) + /*first press*/ + + else if (Sign_Para.nx > TP_X_LEFT_BORDER && Sign_Para.nx < TP_X_RIGHT_BORDER && \ + Sign_Para.ny > TP_Y_HIGT_BORDER && Sign_Para.ny < TP_Y_LOW_BORDER) { - St7789_tft_RectangleFill(10, 190, 100, 235, OLIVE); - ST7789_TFT_ShowString(13, 195, 80, 16, "Clear", 32, 1, WHITE, PURPLE); - ST7789_TFT_Clear_White(8, 63, 312, 177); - if (TP_DetectPressing() == 1) - { - St7789_tft_RectangleFill(10, 190, 100, 235, WHITE); - St7789_tft_DrawRectangle(10, 235, 100, 190, BLACK); - ST7789_TFT_ShowString(13, 195, 80, 16, "Clear", 32, 1, WHITE, PURPLE); - } - St7789_tft_DrawRectangle(5, 60, 315, 180, RED); - St7789_tft_DrawRectangle(6, 61, 314, 179, RED); - St7789_tft_DrawRectangle(7, 62, 313, 178, RED); + Sign_Para.pressflag ++; + Sign_Para.lx = Sign_Para.nx; + Sign_Para.ly = Sign_Para.ny; } - else if ((_touchpanel.x > 220 && _touchpanel.x < 310) && (_touchpanel.y < 235 && _touchpanel.y > 190)) + /*press clear*/ + + else if (Sign_Para.nx > TP_CLEAR_X_LEFT && Sign_Para.nx < TP_CLEAR_X_RIGHT && \ + Sign_Para.ny > TP_CLEAR_Y_LEFT && Sign_Para.ny < TP_CLEAR_Y_RIGHT) { - St7789_tft_RectangleFill(220, 190, 310, 235, OLIVE); - ST7789_TFT_ShowString(225, 193, 64, 16, "Save", 32, 1, WHITE, PURPLE); - ST7789_TFT_Clear_White(8, 63, 312, 177); - if (TP_DetectPressing() == 1) - { - St7789_tft_RectangleFill(220, 190, 310, 235, WHITE); - St7789_tft_DrawRectangle(220, 235, 310, 190, BLACK); - ST7789_TFT_ShowString(225, 193, 128, 16, "Save", 32, 1, WHITE, PURPLE); - } - ST7789_TFT_ShowString(50, 80, 160, 16, "Saveing...", 32, 1, WHITE, OLIVE); - delay_ms(1000); - changeFlag = 0; - break; + Tp_menu(PAGE3); } - //��һ�δ��� - else if ((_touchpanel.y > 62 && _touchpanel.y < 178 && _touchpanel.x > 7 && _touchpanel.x < 313)) + /*press exit*/ + + else if (Sign_Para.nx > TP_EXIT_X_LEFT && Sign_Para.nx < TP_EXIT_X_RIGHT && \ + Sign_Para.ny > TP_EXIT_Y_LEFT && Sign_Para.ny < TP_EXIT_Y_RIGHT) { - _touch.PressAgainFalg++; - _touchpanel.ltx = _touchpanel.x; - _touchpanel.lty = _touchpanel.y; + return ; + } + /*Save exit*/ + else if (Sign_Para.nx > TP_SAVE_X_LEFT && Sign_Para.nx < TP_SAVE_X_RIGHT && \ + Sign_Para.ny > TP_SAVE_Y_LEFT && Sign_Para.ny < TP_SAVE_Y_RIGHT) + { + return ; } - else {} } - else _touch.PressAgainFalg = 0; + else + { + /*no press*/ + Sign_Para.pressflag = 0; + } } } -void Touch_Test(void) + +static void Touch_Test(void) { uint8_t keyCode = 0; uint8_t Show_buff2[] = "Whether or not to continue"; @@ -410,28 +312,101 @@ } while (1) { - Display_touch(); + Touch_Display(); ST7789_TFT_Clear_White(0, 0, TFT_COL, TFT_ROW); ST7789_TFT_ShowChinese(100, 1, Yichip_ch, 24, 5, 1, WHITE, OLIVE); ST7789_TFT_Draw_Piece(0, 27, TFT_COL, 28, DGRAY); TFT_Power_scan(); TFT_Single_scan(); ST7789_TFT_ShowString(10, 80, 8 * sizeof(Show_buff2), 8, Show_buff2, 16, 1, WHITE, MAROON); - ST7789_TFT_ShowString(0, 180, 20 * 16, 16, "CANCEL CONFIRM", 32, 1, WHITE, OLIVE); + ST7789_TFT_ShowString(0, 180, 20 * 16, 16, (uint8_t *)"CANCEL CONFIRM", 32, 1, WHITE, OLIVE); while (1) { keyCode = KEY_Scan(); if (keyCode == KEY_CANCEL) { Display_InterfaceWindow(); - return;//�˳� + return; } else if (keyCode == KEY_CONFIRM) { - break; // ���� + break; } } } } +/** + * @brief Serial port 0 initialization function. + * @param None + * @retval None + */ +static void UART_Configuration(void) +{ + UART_InitTypeDef UART_InitStruct; + + /* Configure serial ports RX and TX for IO. */ + GPIO_Config(UART0_TX_PORT, UART0_TX_PIN, UART0_TXD); + GPIO_Config(UART0_RX_PORT, UART0_RX_PIN, UART0_RXD); + + + /* USARTx configured as follow: + - BaudRate = 115200 baud + - Word Length = 8 Bits + - Stop Bit = 1 Stop Bit + - Parity = No Parity + - Hardware flow control disabled (RTS and CTS signals) + - Receive and transmit enabled + */ + UART_InitStruct.BaudRate = UARTBAUD; //Configure serial port baud rate, the baud rate defaults to 128000. + UART_InitStruct.DataBits = Databits_8b; + UART_InitStruct.StopBits = StopBits_2; + UART_InitStruct.Parity = Parity_None; + UART_InitStruct.FlowCtrl = FlowCtrl_None; + UART_InitStruct.Mode = Mode_duplex; + + UART_Init(UART0, &UART_InitStruct); +} +/** + * @brief LCD related IO port and SPI related configuration + * @param None + * @retval None + */ + +static void St7789vlcd_Configuration(void) +{ + St7789TFT_InitTypedef St7789TFT_InitStruct; + + St7789TFT_InitStruct.SPIx = ST7789VTFTSPI; + St7789TFT_InitStruct.IO_TFT_SDA_PIN = ST7789_TFT_SDA_PIN; + St7789TFT_InitStruct.IO_TFT_SDA_Port = ST7789_TFT_SDA_PORT; + St7789TFT_InitStruct.IO_TFT_SCL_PIN = ST7789_TFT_SCL_PIN; + St7789TFT_InitStruct.IO_TFT_SCL_Port = ST7789_TFT_SCL_PORT; + St7789TFT_InitStruct.IO_TFT_CS_PIN = ST7789_TFT_CS_PIN; + St7789TFT_InitStruct.IO_TFT_CS_Port = ST7789_TFT_CS_PORT; + St7789TFT_InitStruct.IO_TFT_RES_PIN = ST7789_TFT_RST_PIN; + St7789TFT_InitStruct.IO_TFT_RES_Port = ST7789_TFT_RST_PORT; + St7789TFT_InitStruct.IO_TFT_BL_PIN = ST7789_TFT_BL_PIN; + St7789TFT_InitStruct.IO_TFT_BL_Port = ST7789_TFT_BL_PORT; + St7789TFT_InitStruct.IO_TFT_A0_PIN = ST7789_TFT_A0_PIN; + St7789TFT_InitStruct.IO_TFT_A0_Port = ST7789_TFT_A0_PORT; + + ST7789_TFT_GpioInit(&St7789TFT_InitStruct); + + /* Initialize the LCD screen */ + ST7789_TFT_Init(); +} +/** + * @brief ADC initialization function. + * @param None + * @retval None + */ +static void ADC_Configuration(void) +{ + ADC_InitTypeDef ADCInitStruct; + ADCInitStruct.ADC_Mode = ADC_GPIO; + ADCInitStruct.ADC_Channel = ADC_CHANNEL_6; + ADC_Init(&ADCInitStruct); +} + /************************ (C) COPYRIGHT Yichip Microelectronics *****END OF FILE****/