// Converter para character e mostrar no display
int displayNumber(int c, unsigned char pos_x, unsigned char pos_y){
unsigned int i = 1;
unsigned int index = 0;
unsigned int DIV = 0;
unsigned int RES;
if( c<0 ){ // por o sinal negativo
LCDPutChar( '-', pos_x, pos_y+DIGIT_SIZE*index, BLACK, WHITE);
++index;
c *= -1;
}
for( DIV=c/10; DIV>0; ++i)
DIV = DIV / 10;
DIV = index;
while( i ){ //Escrever
RES = c%10;
c /= 10;
LCDPutChar( RES+'0', pos_x, pos_y+DIGIT_SIZE*(i+index-1), BLACK, WHITE);
--i;
++DIV;
}
return DIV; // retorna o num de caracteres escritos
}
// Function to write unsigned char to LCD
void writeChar(unsigned int row, unsigned char outchar)
{
LCDGoto(0,row);
sprintf(dispStr,"%02d", outchar);
LCDPutChar(dispStr[0]);
LCDPutChar(dispStr[1]);
}
void display_current(float v){
int v_int, v_quo;
v_int = v; //inteiro
int num_pos = displayNumber(v_int, I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 ));
LCDPutChar( '.', I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 ) + DIGIT_SIZE*(num_pos), BLACK, WHITE);
++num_pos;
v -= v_int;
v_quo = v * 100; //-inteiro
if( v_quo>0 && v_quo<10 )
displayNumber(0, I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 )+DIGIT_SIZE*( num_pos++ ));
displayNumber(v_quo, I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 )+DIGIT_SIZE*( num_pos ));
//v -= v_quo;
//v_quo = v * 10;
//v_quo *= 10;
//v_quo %= 100;
//displayNumber(v_quo, I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 )+DIGIT_SIZE*( num_pos+2 ));
/*if( v_quo ){
LCDPutChar( '.', I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 ) + DIGIT_SIZE*(num_pos), BLACK, WHITE);
displayNumber(v_quo, I_X, I_Y+DIGIT_SIZE*( sizeof(corrente)-1 )+DIGIT_SIZE*( num_pos+1 ));
}*/
}
//Humidade
void display_humidade(unsigned char h_int, unsigned char h_quo){
int num_pos = displayNumber(h_int, HUM_X, HUM_Y+DIGIT_SIZE*( sizeof(humidade)-1 ) );
if( h_quo ){
LCDPutChar( '.', HUM_X, HUM_Y+DIGIT_SIZE*( sizeof(humidade)-1 )+DIGIT_SIZE*(num_pos), BLACK, WHITE);
displayNumber(h_quo, HUM_X, HUM_Y+DIGIT_SIZE*( sizeof(humidade)-1)+DIGIT_SIZE*( num_pos+1 ));
}
}
//Escrever temperatura
void display_temperatura(char t_int, unsigned char t_quo){
int num_pos = displayNumber(t_int, T_X, T_Y+DIGIT_SIZE*( sizeof(temperatura)-1 ) );
if( t_quo ){
LCDPutChar( '.', T_X, T_Y+DIGIT_SIZE*( sizeof(temperatura)-1 )+DIGIT_SIZE*(num_pos), BLACK, WHITE);
displayNumber(t_quo, T_X, T_Y+DIGIT_SIZE*( sizeof(temperatura)-1 )+DIGIT_SIZE*( num_pos+1 ));
}
}
void LCDPrintNumWithPoint(UCHAR inX, UCHAR inY, UCHAR inNum) // prints a int to the screen. convert the int to string and prints it with Point in the middle
{
char str[4];
_itoa(inNum, &str[0], 10);
if (inNum < 10)
{
LCDPutNum(inX, inY, 0);
LCDPutChar(inX + 1, inY, LCD_POINT);
LCDPutNum(inX + 2, inY, str[0]-48);
}
else
{
LCDPutNum(inX, inY, str[0]-48);
LCDPutChar(inX + 1, inY, LCD_POINT);
LCDPutNum(inX + 2, inY, str[1]-48);
}
}
void LCDPrintNumBigWithPoint(UCHAR inX, UCHAR inY, UCHAR inNum) // prints a int to the screen. Big Fonts, with Point in the middle
{
#ifdef HIDEBIGNUMBERS
LCDPrintNumWithPoint(inX,inY,inNum);
#else
char str[4];
_itoa(inNum, &str[0], 10);
if (inNum < 10)
{
LCDDrawBigNumber(inX, inY, 0);
LCDPutChar(inX + 3, inY+16, LCD_POINT);
LCDDrawBigNumber(inX + 4, inY, str[0]-48);
}
else
{
LCDDrawBigNumber(inX, inY, str[0]-48);
LCDPutChar(inX + 3, inY+16, LCD_POINT);
LCDDrawBigNumber(inX + 4, inY, str[1]-48);
}
#endif
}
void LCDPrintTimeBigM(UCHAR inX, UCHAR inY) // prints a int to the screen. Big Fonts, with Point in the middle
{
_XDATA UCHAR val;
_XDATA UINT v = gTimerMonoCurValSec;
val = v / 60;
LCDPrintNum2CharBig(inX, inY, val);
LCDPutChar(inX + 6, inY + 16, LCD_COLONS);
val = v - (val * 60);
LCDPrintNum2Char(inX + 7, inY + 16, val);
}
// Function to write analog voltage to LCD using 10-bit to 5V conversion
void writeVolt(unsigned int row, unsigned int volt) {
LCDGoto(0,row);
sprintf(dispStr,"%04d",volt*49/10); //Approximate conversion to 0-5V
LCDPutChar(dispStr[0]);
LCDPutChar('.');
LCDPutChar(dispStr[1]);
LCDPutChar(dispStr[2]);
LCDPutChar(dispStr[3]);
LCDPutChar('V');
}
// Function to write unsigned int to LCD
void writeUInt(unsigned int row, unsigned int Tick)
{
LCDGoto(0,row);
sprintf(dispStr,"%06d", Tick);
LCDPutChar(dispStr[0]);
LCDPutChar(dispStr[1]);
LCDPutChar(dispStr[2]);
LCDPutChar(dispStr[3]);
LCDPutChar(dispStr[4]);
LCDPutChar(dispStr[5]);
}
//Consumo
void display_consumo(float v){
int v_int, v_quo;
v_int = v; //inteiro
int num_pos = displayNumber(v_int, P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 ));
LCDPutChar( '.', P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 ) + DIGIT_SIZE*(num_pos), BLACK, WHITE);
v -= v_int;
v_quo = v * 10; //-inteiro
displayNumber(v_quo, P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 )+DIGIT_SIZE*( num_pos+1 ));
/*v_quo = v*100;
v_quo %= 100;
int num_pos = displayNumber(v_int, P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 ));
if( v_quo ){
LCDPutChar( '.', P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 ) + DIGIT_SIZE*(num_pos), BLACK, WHITE);
displayNumber(v_quo, P_X, P_Y+DIGIT_SIZE*( sizeof(consumo)-1 )+DIGIT_SIZE*( num_pos+1 ));
}*/
}
/*显示一行，查找字库将对应的模填入到LCDbuf中
x0-127 y0-3
*/
void Display1Line(u8 x , u8 y ,const u8 *buf)
{
u8 *tempbuf;
u8 i=0;
for(tempbuf = (u8 *)buf ; *tempbuf!='\0';)
{
if(*tempbuf < 0x80)
{
LCDPutChar(6*i+x , 2*y ,tempbuf); //asc码字符库
tempbuf++;
i++;
}
else
{
LCDPutCH(6*i+x , 2*y , tempbuf);//汉字字符集
i+=2;
tempbuf+=2;
}
}
}
void LCDPrint(UCHAR inX, UCHAR inY, char *fmt) // this function prints all letters and numbers and space
{
char* ptr;
char ch;
UCHAR xpos;
xpos = inX;
ptr = fmt;
// we go over the string until we get to 0x00
while (*ptr != 0)
{
ch = *ptr;
if ((ch >= 'a') && (ch<='z'))
{
LCDPutChar(xpos, inY, ch-97);
}
else if ((ch >= 'A') && (ch<='Z'))
{
LCDPutChar(xpos, inY, ch-65);
}
else if ((ch >= '0') && (ch<='9'))
{
LCDPutNum(xpos, inY, ch-48);
}
else if (ch == ' ')
{
LCDPutChar(xpos, inY, LCD_SPACE);
}
else if (ch == '.')
{
LCDPutChar(xpos, inY, LCD_POINT);
}
else if (ch == '-')
{
LCDPutChar(xpos, inY, LCD_DASH);
}
else if (ch == ':')
{
LCDPutChar(xpos, inY, LCD_COLONS);
}
xpos++;
ptr++;
}
}
void LCDPut( char a)
{
switch ( a)
{
case '\b':
LCDShiftCursorLeft();
SetColor( BLACK);
Bar( _cx * FONT_W, _cy * FONT_H, (_cx+1) * FONT_W, (_cy+1) * FONT_H);
SetColor( GREEN);
break;
case '\n':
LCDShiftCursorDown();
break;
case '\r':
_cx = 0;
break;
case '\t':
_cx = ((_cx/8)+1)*8;
break;
default:
LCDPutChar( a);
break;
} // switch
} // LCDPut
void displayMenu_temperatura(){
LCDPutStr( (char *)temperatura, T_X, T_Y, BLACK, WHITE);
LCDPutChar( grau, T_X, GRAU_POS_STRING * DIGIT_SIZE, BLACK, WHITE);
}
int main (void) {
SPIDDR=(1<<SDA)|(1<<CLK)|(1<<CS)|(1<<RESET); //Port-Direction Setup
//Init Uart and send OK
UCR = (1<<RXEN)|(1<<TXEN);
UBRR=(F_CPU / (BAUD_RATE * 16L) - 1);
loop_until_bit_is_set(USR, UDRE);
UDR = 'O';
loop_until_bit_is_set(USR, UDRE);
UDR = 'K';
CS0
SDA0
CLK1
RESET1
RESET0
RESET1
CLK1
SDA1
CLK1
waitms(10);
//Software Reset
sendCMD(0x01);
//Sleep Out
sendCMD(0x11);
//Booster ON
sendCMD(0x03);
waitms(10);
//Display On
sendCMD(0x29);
//Normal display mode
sendCMD(0x13);
//Display inversion on
sendCMD(0x21);
//Data order
sendCMD(0xBA);
//Memory data access control
sendCMD(0x36);
sendData(8); //rgb + MirrorX
//sendData(8|64); //rgb + MirrorX
// sendData(8|128); //rgb + MirrorY
#ifdef MODE565
sendCMD(0x3A);
sendData(5); //16-Bit per Pixel
#else
sendCMD(0x3A);
sendData(3); //12-Bit per Pixel (default)
#endif
//Set Constrast
sendCMD(0x25);
sendData(55);
LCDClearScreen();
LCDSetRect(50,0,100,50,1,ORANGE);
unsigned char i=30;
while (i>5){
LCDSetCircle(100,100,i,BLACK);
i = i-5;
}
LCDPutChar('A', 20, 20, SMALL, RED, BLUE);
LCDPutChar('N', 20, 26, SMALL, RED, BLUE);
LCDPutChar('D', 20, 32, 0, RED, BLUE);
LCDPutChar('-', 20, 38, SMALL, RED, BLUE);
LCDPutChar('T', 20, 42, SMALL, RED, BLUE);
LCDPutChar('E', 20, 48, 0, RED, BLUE);
LCDPutChar('C', 20, 54, SMALL, RED, BLUE);
LCDPutChar('H', 20, 60, SMALL, RED, BLUE);
LCDPutChar('.', 20, 66, 0, RED, BLUE);
LCDPutChar('P', 20, 72, SMALL, RED, BLUE);
LCDPutChar('L', 20, 78, 0, RED, BLUE);
//LCDPutChar("Hello World!", 20, 20, SMALL, WHITE, BLACK);
LCDSetLine(30,120,70,90,GREEN);
LCDSetLine(70,90,30,70,GREEN);
LCDSetLine(30,70,30,120,GREEN);
}