uint8_t opcoes(void){
uint8_t ascii_code=0; // Variável para receber valor ascii
ascii_code=GetKey(); // GetKey retorna valor ascii apenas 1 vez quando tem algum novo
static uint16_t cor=4;
uint16_t cor_Table [] = {
LCD_COLOR_WHITE, LCD_COLOR_BLACK, LCD_COLOR_GREY, LCD_COLOR_BLUE, LCD_COLOR_BLUE2,
LCD_COLOR_RED, LCD_COLOR_MAGENTA, LCD_COLOR_GREEN, LCD_COLOR_CYAN, LCD_COLOR_YELLOW
};
if (ascii_code==6 || ascii_code==8){
cor+=1;
aktColor=cor_Table[cor];
UB_Font_DrawString(10,10,"Cor do texto",&Arial_11x20,aktColor,RGB_COL_WHITE);
}
if (ascii_code==7 || ascii_code==5){
cor-=1;
aktColor=cor_Table[cor];
UB_Font_DrawString(10,10,"Cor do texto",&Arial_11x20,aktColor,RGB_COL_WHITE);
}
if (ascii_code==4 || ascii_code==1)
return(0);
else
return(2);
}
int main(){
SystemInit();
UB_LCD_Init();
UB_LCD_LayerInit_Fullscreen();
UB_LCD_SetLayer_1();
UB_LCD_FillLayer(RGB_COL_WHITE);
UB_LCD_SetLayer_2();
UB_LCD_FillLayer(RGB_COL_BLACK);
UB_LCD_Rotate_0();
UB_Font_DrawString(5,10,"STM32F429-BH1750 TEST",&Arial_11x18,RGB_COL_BLUE,RGB_COL_BLACK);
UB_I2C3_Init();
Delay(5000000);
while(1){
int lux;
char buf[20];
lux = BH1750_Read(ONE_TIME_H_1LX);
if(lux < 0){
return 0;
}
else{
sprintf(buf,"Lux = %d ",lux);
UB_Font_DrawString(10,40,buf,&Arial_11x18,RGB_COL_BLUE,RGB_COL_BLACK);
}
Delay(5000000);
}
}
//--------------------------------------------------------------
// init vom Oszi
//--------------------------------------------------------------
void oszi_init(void)
{
uint32_t check;
//---------------------------------------------
// Hardware init
//---------------------------------------------
check=p_oszi_hw_init();
p_oszi_send_uart("OSZI 4 STM32F429 [UB]");
if(check==1) {
// Touch init error
UB_LCD_FillLayer(BACKGROUND_COL);
UB_Font_DrawString(10,10,"Touch ERR",&Arial_7x10,FONT_COL,BACKGROUND_COL);
while(1);
}
else if(check==2) {
// Fehler in den Defines
UB_LCD_FillLayer(BACKGROUND_COL);
UB_Font_DrawString(10,10,"Wrong ADC Array-LEN",&Arial_7x10,FONT_COL,BACKGROUND_COL);
while(1);
}
//---------------------------------------------
// FFT init
//---------------------------------------------
fft_init();
//---------------------------------------------
// Software init
//---------------------------------------------
p_oszi_sw_init();
ADC_change_Frq(Menu.timebase.value);
}
//--------------------------------------------------------------
// zeichnet einen TOP-Menupunkt
//--------------------------------------------------------------
void p_gui_draw_TOP(uint32_t mm_nr, const SM_Item_t um[], uint32_t um_nr)
{
sprintf(buf,"%s%s",MM_ITEM[mm_nr].txt,um[um_nr].stxt);
if(GUI.akt_menu==mm_nr) {
UB_Font_DrawString(LINE(1),MM_ITEM[mm_nr].yp,buf,&Arial_7x10,MENU_VG_COL,MENU_AK_COL);
}
else {
UB_Font_DrawString(LINE(1),MM_ITEM[mm_nr].yp,buf,&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
}
int8_t BH1750_Command(uint8_t cmd) {
/* Check if NULL */
assert_param(cmd);
cmdstatus = UB_I2C3_WriteByte(0x23<<1,0x00,cmd,1);
/* Print Initialization Error ID */
#ifdef DEBUG
if(cmdstatus < 0) {
sprintf(bufbh,"Command 0x%04x", cmd);
UB_Font_DrawString(10,40,bufbh,&Arial_11x18,RGB_COL_RED,RGB_COL_BLACK);
sprintf(bufbh,"Returned %d", cmdstatus);
UB_Font_DrawString(10,60,bufbh,&Arial_11x18,RGB_COL_RED,RGB_COL_BLACK);
return cmdstatus;
}
#endif
return cmdstatus;
}
//--------------------------------------------------------------
// zeichnet Untermenu : "CURSOR"
//--------------------------------------------------------------
void p_menu_draw_BOT_CUR(void)
{
uint16_t delta;
p_menu_draw_BOT(MM_CUR_MODE,UM_09,Menu.cursor.mode,0);
if((Menu.cursor.mode==1) || (Menu.cursor.mode==2)) {
// Cursor = CH1/CH2
p_menu_draw_BOT(MM_CUR_P1,UM_07,0,3);
p_menu_draw_BOT(MM_CUR_P2,UM_07,0,4);
if(Menu.cursor.p1>=Menu.cursor.p2) {
delta=Menu.cursor.p1-Menu.cursor.p2;
}
else {
delta=Menu.cursor.p2-Menu.cursor.p1;
}
P_FloatToDezStr(FAKTOR_ADC*delta);
sprintf(buf,"~=%sV",bval);
UB_Font_DrawString(LINE(24),33*FONT_W,buf,&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
else if(Menu.cursor.mode==3) {
// Cursor = TIME
p_menu_draw_BOT(MM_CUR_P1,UM_07,0,5);
p_menu_draw_BOT(MM_CUR_P2,UM_07,0,6);
if(Menu.cursor.t1>=Menu.cursor.t2) {
delta=Menu.cursor.t1-Menu.cursor.t2;
}
else {
delta=Menu.cursor.t2-Menu.cursor.t1;
}
P_FloatToDezStr(P_Time_to_Float(Menu.timebase.value, (delta+2048)));
if(Menu.timebase.value<3) {
sprintf(buf,"~=%ss",bval);
}
else if(Menu.timebase.value<12) {
sprintf(buf,"~=%sms",bval);
}
else {
sprintf(buf,"~=%sus",bval);
}
UB_Font_DrawString(LINE(24),33*FONT_W,buf,&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
else if(Menu.cursor.mode==4) {
// Cursor = FFT
p_menu_draw_BOT(MM_CUR_P1,UM_07,0,8);
}
}
//--------------------------------------------------------------
// zeichnet das komplette Menu
// (alle TOP und alle BOTTOM Menu-Punkte und die GUI)
//--------------------------------------------------------------
void menu_draw_all(void)
{
//---------------------------------
// obere Menu-Leiste
//---------------------------------
// Hintergrundbalken
UB_Graphic2D_DrawFullRectDMA(LCD_MAXX-FONT_H-2,0,LCD_MAXY,FONT_H+2,MENU_BG_COL);
// TOP-Menus
p_gui_draw_TOP(MM_CH1, UM_01, Menu.ch1.faktor);
p_gui_draw_TOP(MM_CH2, UM_01, Menu.ch2.faktor);
p_gui_draw_TOP(MM_TIME, UM_02, Menu.timebase.value);
if(Menu.send.data==0) {
p_gui_draw_TOP(MM_SETTING, UM_03, Menu.akt_setting);
}
else {
UB_Font_DrawString(LINE(1),MM_ITEM[MM_SETTING].yp,"please wait",&Arial_7x10,MENU_VG_COL,MENU_AK_COL);
}
//---------------------------------
// untere Menu-Leiste
//---------------------------------
// Hintergrundbalken
UB_Graphic2D_DrawFullRectDMA(0,0,LCD_MAXY,FONT_H+2,MENU_BG_COL);
// Bottom-Menus
if(Menu.akt_setting==SETTING_TRIGGER) p_menu_draw_BOT_TRG();
if(Menu.akt_setting==SETTING_CH1) p_menu_draw_BOT_CH1();
if(Menu.akt_setting==SETTING_CH2) p_menu_draw_BOT_CH2();
if(Menu.akt_setting==SETTING_CURSOR) p_menu_draw_BOT_CUR();
if(Menu.akt_setting==SETTING_FFT) p_menu_draw_BOT_FFT();
if(Menu.akt_setting==SETTING_SEND) p_menu_draw_BOT_SEND();
if(Menu.akt_setting==SETTING_VERSION) p_menu_draw_BOT_VERSION();
if(Menu.akt_setting==SETTING_HELP) p_menu_draw_BOT_HELP();
if(GUI.gui_xpos==GUI_XPOS_OFF) {
Menu.akt_transparenz=100;
}
else {
Menu.akt_transparenz=200;
//--------------------------
// GUI
//--------------------------
p_menu_draw_GUI();
}
}
//--------------------------------------------------------------
// zeichnet die Skala und die Cursor vom Oszi
//--------------------------------------------------------------
void p_oszi_draw_scale(void)
{
uint32_t n,m;
uint16_t xs,ys;
int16_t signed_int;
xs=SCALE_START_X;
ys=SCALE_START_Y;
//---------------------------------------------
// Raster aus einzelnen Punkten
//---------------------------------------------
for(m=0;m<=SCALE_H;m+=SCALE_SPACE) {
for(n=0;n<=SCALE_W;n+=SCALE_SPACE) {
UB_Graphic2D_DrawPixelNormal(m+xs,n+ys,SCALE_COL);
}
}
//---------------------------------------------
// X-Achse (Horizontale Mittel-Linie)
//---------------------------------------------
signed_int=SCALE_Y_MITTE+xs;
p_oszi_draw_line_h(signed_int,SCALE_COL,0);
//---------------------------------------------
// Y-Achse (Vertikale Mittel-Linie)
//---------------------------------------------
signed_int=SCALE_X_MITTE+ys;
p_oszi_draw_line_v(signed_int,SCALE_COL,0);
//---------------------------------------------
// Umrandung
//---------------------------------------------
// unterste linie
UB_Graphic2D_DrawStraightDMA(xs-1,ys-1,SCALE_W+2,LCD_DIR_HORIZONTAL,SCALE_COL);
// oberste linie
UB_Graphic2D_DrawStraightDMA(xs+SCALE_H+1,ys-1,SCALE_W+2,LCD_DIR_HORIZONTAL,SCALE_COL);
// linke linie
UB_Graphic2D_DrawStraightDMA(xs-1,ys-1,SCALE_H+2,LCD_DIR_VERTICAL,SCALE_COL);
// rechte linie
UB_Graphic2D_DrawStraightDMA(xs-1,ys+SCALE_W+1,SCALE_H+2,LCD_DIR_VERTICAL,SCALE_COL);
//---------------------------------------------
// Trigger-Linie (immer Sichtbar)
//---------------------------------------------
if(Menu.trigger.source==0) {
signed_int=oszi_adc2pixel(Menu.trigger.value_ch1, Menu.ch1.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch1.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,ADC_CH1_COL,1);
UB_Font_DrawString(signed_int-3,0,"T",&Arial_7x10,ADC_CH1_COL,BACKGROUND_COL);
}
else if(Menu.trigger.source==1) {
signed_int=oszi_adc2pixel(Menu.trigger.value_ch2, Menu.ch2.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch2.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,ADC_CH2_COL,1);
UB_Font_DrawString(signed_int-3,0,"T",&Arial_7x10,ADC_CH2_COL,BACKGROUND_COL);
}
//---------------------------------------------
// Cursor-Linien (nur falls aktiviert)
//---------------------------------------------
if(Menu.cursor.mode==1) {
//-------------------------------
// Cursor (CH1)
//-------------------------------
signed_int=oszi_adc2pixel(Menu.cursor.p1, Menu.ch1.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch1.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,CURSOR_COL,2);
UB_Font_DrawString(signed_int-3,312,"A",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
signed_int=oszi_adc2pixel(Menu.cursor.p2, Menu.ch1.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch1.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,CURSOR_COL,2);
UB_Font_DrawString(signed_int-3,312,"B",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
}
else if(Menu.cursor.mode==2) {
//-------------------------------
// Cursor (CH2)
//-------------------------------
signed_int=oszi_adc2pixel(Menu.cursor.p1, Menu.ch2.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch2.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,CURSOR_COL,2);
UB_Font_DrawString(signed_int-3,312,"A",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
signed_int=oszi_adc2pixel(Menu.cursor.p2, Menu.ch2.faktor);
signed_int+=SCALE_Y_MITTE+SCALE_START_X+Menu.ch2.position;
if(signed_int<SCALE_START_X) signed_int=SCALE_START_X;
if(signed_int>SCALE_MX_PIXEL) signed_int=SCALE_MX_PIXEL;
p_oszi_draw_line_h(signed_int,CURSOR_COL,2);
UB_Font_DrawString(signed_int-3,312,"B",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
}
else if(Menu.cursor.mode==3) {
//-------------------------------
// Cursor (TIME)
//-------------------------------
signed_int=Menu.cursor.t1*FAKTOR_T;
signed_int+=SCALE_START_Y;
if(signed_int<SCALE_START_Y) signed_int=SCALE_START_Y;
if(signed_int>SCALE_MY_PIXEL) signed_int=SCALE_MY_PIXEL;
p_oszi_draw_line_v(signed_int,CURSOR_COL,2);
UB_Font_DrawString(215,signed_int-3,"A",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
signed_int=Menu.cursor.t2*FAKTOR_T;
signed_int+=SCALE_START_Y;
if(signed_int<SCALE_START_Y) signed_int=SCALE_START_Y;
if(signed_int>SCALE_MY_PIXEL) signed_int=SCALE_MY_PIXEL;
p_oszi_draw_line_v(signed_int,CURSOR_COL,2);
UB_Font_DrawString(215,signed_int-3,"B",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
}
else if(Menu.cursor.mode==4) {
//-------------------------------
// Cursor (FFT)
//-------------------------------
signed_int=Menu.cursor.f1*FAKTOR_F;
signed_int+=FFT_START_Y+1;
if(signed_int<FFT_START_Y) signed_int=FFT_START_Y;
if(signed_int>(FFT_START_Y+FFT_VISIBLE_LENGTH)) signed_int=(FFT_START_Y+FFT_VISIBLE_LENGTH);
p_oszi_draw_line_v(signed_int,CURSOR_COL,2);
UB_Font_DrawString(215,signed_int-3,"A",&Arial_7x10,CURSOR_COL,BACKGROUND_COL);
}
}
//--------------------------------------------------------------
// zeichnet Untermenu : "HELP"
//--------------------------------------------------------------
void p_menu_draw_BOT_HELP(void)
{
UB_Font_DrawString(LINE(24),10,"CH1=PA5 | CH2=PA7 | TX=PA9 | 500Hz=PB2",&Arial_7x10,MENU_VG_COL,MENU_BG_COL); // Noah 20141013
// UB_Font_DrawString(LINE(24),10,"CH1=PA3 | CH2=PA7 | TX=PA9 | 500Hz=PB2",&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
//--------------------------------------------------------------
// zeichnet Untermenu : "VERSION"
//--------------------------------------------------------------
void p_menu_draw_BOT_VERSION(void)
{
// UB_Font_DrawString(LINE(24),10,"STM32F429-Oszi | UB | V:1.6 | 24.03.2014",&Arial_7x10,MENU_VG_COL,MENU_BG_COL); // Noah 20141013
UB_Font_DrawString(LINE(24),10,"STM32F429-Noah | Oszi/UB|V:0.1| 2014.10.13",&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
//--------------------------------------------------------------
// zeichnet einen BOTTOM-Menu-Punkt
//--------------------------------------------------------------
void p_menu_draw_BOT(uint32_t mm_nr, const SM_Item_t um[], uint32_t um_nr, uint32_t mode)
{
if(mode==0) {
// standard Menupunkt
sprintf(buf,"%s%s",MM_ITEM[mm_nr].txt,um[um_nr].stxt);
}
else if(mode==1) {
// Sondermenupunkt : "Trigger Value"
if(Menu.trigger.source==0) {
P_FloatToDezStr(FAKTOR_ADC*Menu.trigger.value_ch1);
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
if(Menu.trigger.source==1) {
P_FloatToDezStr(FAKTOR_ADC*Menu.trigger.value_ch2);
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
}
else if(mode==2) {
// Sondermenupunkt : "Channel position"
if(Menu.akt_setting==SETTING_CH1) {
P_FloatToDezStr(P_Volt_to_Float(Menu.ch1.faktor,Menu.ch1.position));
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
if(Menu.akt_setting==SETTING_CH2) {
P_FloatToDezStr(P_Volt_to_Float(Menu.ch2.faktor,Menu.ch2.position));
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
}
else if(mode==3) {
// Sondermenupunkt : "CH1/CH2 Cursor-A position"
P_FloatToDezStr(FAKTOR_ADC*Menu.cursor.p1);
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
else if(mode==4) {
// Sondermenupunkt : "CH1/CH2 Cursor-B position"
P_FloatToDezStr(FAKTOR_ADC*Menu.cursor.p2);
sprintf(buf,"%s%sV",MM_ITEM[mm_nr].txt,bval);
}
else if(mode==5) {
// Sondermenupunkt : "TIME Cursor-A position"
P_FloatToDezStr(P_Time_to_Float(Menu.timebase.value, Menu.cursor.t1));
sprintf(buf,"%s%s",MM_ITEM[mm_nr].txt,bval);
}
else if(mode==6) {
// Sondermenupunkt : "TIME Cursor-B position"
P_FloatToDezStr(P_Time_to_Float(Menu.timebase.value, Menu.cursor.t2));
sprintf(buf,"%s%s",MM_ITEM[mm_nr].txt,bval);
}
else if(mode==7) {
// Sondermenupunkt : "Trigger Reset"
sprintf(buf,"%s%s",MM_ITEM[mm_nr].txt,um[um_nr].stxt);
}
else if(mode==8) {
// Sondermenupunkt : "FFT Cursor-A position"
P_FloatToDezStr(P_FFT_to_Float(Menu.timebase.value, Menu.cursor.f1));
if(Menu.timebase.value<=12) {
sprintf(buf,"%s%sHz",MM_ITEM[mm_nr].txt,bval);
}
else {
sprintf(buf,"%s%skHz",MM_ITEM[mm_nr].txt,bval);
}
}
if(GUI.akt_menu==mm_nr) {
UB_Font_DrawString(LINE(24),MM_ITEM[mm_nr].yp,buf,&Arial_7x10,MENU_VG_COL,MENU_AK_COL);
}
else {
UB_Font_DrawString(LINE(24),MM_ITEM[mm_nr].yp,buf,&Arial_7x10,MENU_VG_COL,MENU_BG_COL);
}
}
/**
* @brief Está rotina é chamada para imprimir o menu principal, ela apaga a tela completamente e
* insere retângulos dos botões e textos
* @param Nenhum
* @retval Nenhum
*/
void imprimir_menu(void){
LCD_DrawFullRect(45, 70, 150, 60, RGB_COL_WHITE);
UB_Font_DrawString(65,90,"Digitar",&Arial_11x20,RGB_COL_BLACK,RGB_COL_WHITE);
LCD_DrawFullRect(45, 200, 150, 60, RGB_COL_WHITE);
UB_Font_DrawString(65,220,"Opções",&Arial_11x20,RGB_COL_BLACK,RGB_COL_WHITE);
}
int main(void)
{
SystemInit(); // Configurações e inicialização do clock
UB_LCD_Init(); // Inicialização LCD
UB_LCD_LayerInit_Fullscreen(); // Inicialização da camadas da tela
UB_LCD_SetLayer_1(); // Inicialização da camadas do fundo
UB_LCD_FillLayer(RGB_COL_WHITE); // Cor do fundo
UB_LCD_SetLayer_2(); // Inicialização da camadas em primeiro plano
UB_LCD_FillLayer(RGB_COL_WHITE); // Cor do primeiro plano
CurrentFrameBuffer=LCD_FRAME_BUFFER + LCD_FRAME_OFFSET; // Variáveis de controle da tela
aktColor=LCD_COLOR_BLUE; // Variável para armazenar cor de preferência
menu=0; //Programa inicia no menu inicial
if(UB_Touch_Init()!=SUCCESS) // Verifica se a inicialização da tela sensível ao toque ocorreu corretamente
{
UB_Font_DrawString(10,28,"Touch error",&Arial_11x20,RGB_COL_WHITE,RGB_COL_RED); //Imprime mensagem de erro
UB_Font_DrawString(10,46,"Reconecte a energia",&Arial_11x20,RGB_COL_WHITE,RGB_COL_RED);
while(1); //Impede o progresso das demais rotinas
}
USB_HID_HOST_STATUS_t host_status; // Variável para armazenar o estado da comunicação USB
USB_Init(); // Inicializações para utilizar USB
while(1){
LCD_DrawFullRect(0, 0, 240, 320, LCD_COLOR_BLACK); // Imprime retângulo branco do tamanha da tela(apaga tudo)
imprimir_menu(); // Imprime grafismo do menu inicial
//--------------------------------------------------------------
while(menu==0) // Enquanto menu==0 o programa fica no menu inicial
{
host_status=USB_Function(); // Esta função deve ser chamada periodicamente para o funcionamento do teclado
if(host_status!=USB_HID_DEV_DETACHED) // Se o USB não tiver sido desconectado
menu = arrow_function(); // Chama função que controla o selecionamento do menu
UB_Touch_Read(); // Lê informações do touch
if(Touch_Data.status==TOUCH_PRESSED) {
if((Touch_Data.yp < 130) && (Touch_Data.yp >= 70)) { // Verifica limites da região de um botão touch na tela
if((Touch_Data.xp < 215) && (Touch_Data.xp > 45)) {
menu=1; // Se o toque ocorreu muda o estado do programa
}
}
}
if(Touch_Data.status==TOUCH_PRESSED) {
if((Touch_Data.yp < 260) && (Touch_Data.yp >= 200)) { // Verifica limites da região de um botão touch na tela
if((Touch_Data.xp < 215) && (Touch_Data.xp > 45)) {
menu=2; // Se o toque ocorreu muda o estado do programa
}
}
}
if(menu==1){ // menu==1 equivale ao modo de Digitação
pos.x = 10; // Posições onde o cursor de digitação começa
pos.y = 10;
LCD_DrawFullRect(0, 0, 240, 320, LCD_COLOR_WHITE); // Imprime retângulo branco do tamanha da tela(apaga tudo)
}
if(menu==2){ // menu==2 equivale ao modo de Opções
LCD_DrawFullRect(0, 0, 240, 320, LCD_COLOR_WHITE); // Imprime retângulo branco do tamanha da tela(apaga tudo)
UB_Font_DrawString(10,10,"Cor do texto",&Arial_11x20,aktColor,RGB_COL_WHITE); //Imprime mensagem
}
}
while(menu==1) // menu==1 equivale ao modo de Digitação
{
host_status=USB_Function(); //Esta função deve ser chamada periodicamente para o funcionamento do teclado
UB_Touch_Read(); //Leitura do Touch
LCD_DrawLine(pos.x,pos.y, 20, LCD_DIR_VERTICAL, RGB_COL_WHITE);
if(Touch_Data.status==TOUCH_PRESSED) {
if((Touch_Data.yp < 317) && (Touch_Data.yp >= 3)) { // Verifica se touch foi na tela( para evitar erros}
if((Touch_Data.xp < 237) && (Touch_Data.xp > 3)) {
pos.x=Touch_Data.xp; // Posiciona o cursor sobre o local tocado
pos.y=Touch_Data.yp;
LCD_DrawLine(pos.x,pos.y, 20, LCD_DIR_VERTICAL, RGB_COL_WHITE);
}
}
}
if(host_status!=USB_HID_DEV_DETACHED) //Se o USB não tiver sido desconectado
pos = key_function(pos); //Interpreta todas teclas e funções do teclado, retorna posição do cursor
if(host_status==USB_HID_DEV_CONNECTED) //Se o USB for reconectado
LCD_DrawFullRect(0, 302, 240, 320, LCD_COLOR_WHITE); //Apaga mensagem pedindo para conectar
if(host_status==USB_HID_DEV_DETACHED) //Se o USB for desconectado
UB_Font_DrawString(10,302,"Teclado desconectado",&Arial_11x20,RGB_COL_RED,RGB_COL_WHITE); //Imprime mensagem
}
while(menu==2) // menu==2 equivale ao modo de Opções
{
host_status=USB_Function(); //Esta função deve ser chamada periodicamente para o funcionamento do teclado
if(host_status!=USB_HID_DEV_DETACHED) //Se o USB não tiver sido desconectado
menu = opcoes();
}
}
}
