void lcdscreentimer::paintEvent()
{
if( m_editMode )
{
}
else
{
if( m_selectedTime>=0 )
{
int x = 0, y = 10*m_selectedTime, dx = 127, dy = 10;
LCD_SetPenColor(1);
LCD_DrawLine(x,y,x+dx,y);
LCD_DrawLine(x+dx,y,x+dx,y+dy);
LCD_DrawLine(x+dx,y+dy,x,y+dy);
//LCD_DrawLine(x,y+dy,x,y); // does not really work ?
LCD_DrawLine(x,y,x,y+dy);
}
LCD_SetFont(0);
LCD_PrintXY(3, 2,timerText1);
LCD_PrintXY(3,12,timerText2);
LCD_PrintXY(3,22,timerText3);
LCD_PrintXY(3,32,timerText4);
LCD_PrintXY(3,42,timerText5);
}
}
void StatusView2(void)
{
char a[20];
MEASUREMENT_VIEW_struct * AbgasMem = pt100_getViewMem();
LCD_ClearScreen();
LCD_SetFont(0);
LCD_SetPenColor(1);
LCD_PrintXY(0,0,"PufferKontrollSystem");
LCD_DrawLine(0,21,127,21);
LCD_DrawLine(0,42,127,42);
LCD_DrawLine(63,21,63,63);
LCD_PrintXY(2,23,"Abgas");
LCD_PrintXY(2,32, AbgasMem->cur_value);
LCD_PrintXY(66,23,"Verlust");
double abgasverlust = get_abgasverlust();
sprintf(a, "%4u",abgasverlust);
LCD_PrintXY(66,32, a);
}
void DemoFont(void)
{
LCD_ClearScreen();
LCD_SetFont(0); LCD_PrintXY(0,0, "Font 0");
LCD_SetFont(1); LCD_PrintXY(0,8, "Font 1");
LCD_SetFont(2); LCD_PrintXY(0,23,"Font 2");
LCD_SetFont(3); LCD_PrintXY(0,39,"Font 3");
}
//--------------------------------------------------------------------------------------------------
// Name: Demo Functions
// Function:
//
// Parameter:
// Return:
//--------------------------------------------------------------------------------------------------
void DemoLogo(void)
{
LCD_ClearScreen();
LCD_DrawBitmap(0,0,bmp_raspi);
LCD_SetFont(0);
LCD_PrintXY(70,4 ,"Raspi-LCD");
LCD_PrintXY(75,14,"Project");
LCD_PrintXY(68,32,"powered by");
LCD_PrintXY(70,42,"Emsystech");
LCD_PrintXY(62,52,"Engineering");
}
void InitialView(char *str, uint8_t pos)
{
uint8_t i;
char a[] ={0x7F, 0};
LCD_ClearScreen();
LCD_SetFont(1);
LCD_SetPenColor(1);
LCD_PrintXY(0,0,"Initialisierung...");
LCD_PrintXY(0, 20, str);
for(i=0; i<pos; i++)
LCD_PrintXY(0+10*i, 40, a);
LCD_WriteFramebuffer();
}
void ConfigView(void)
{
char a[20];
LCD_ClearScreen();
LCD_SetFont(0);
LCD_SetPenColor(1);
LCD_PrintXY(0,0,"Konfiguration");
LCD_DrawLine(0,21,127,21);
LCD_DrawLine(0,42,127,42);
LCD_DrawLine(63,21,63,63);
LCD_PrintXY(2,23,"Puffer :");
LCD_PrintfXY(64,23, "%dl", app_config_get_puffer_volume());
LCD_PrintXY(2,33,"Licht :");
LCD_PrintfXY(64,33, "%ds", app_config_get_light_on_time());
//LCD_SetFont(0);
}
void StatusView1(void)
{
char a[20];
/*
(2000x4187x80-MW)/(3600x1000) = …KWh (Was noch in den Puffer geht);
Erklärung hierzu:
2000 = Puffervolumen;
4187 = Ws/(kg*K); spezifische Wärmekapazität wasser in Wattsekunde/(kg*Kelvin)
80 = Maximaltemperatur des Puffers;
MW = Mittelwertberechnung der 8 Temperaturen;
Heizwert von 1 kg Holz = 3,5 KWh/kg
((2000x4187x80-MW)/(3600x1000))/3,5 = … kg (das ergibt die Holzmenge, die man nachlegen kann) – wird angezeigt am Display;
*/
MEASUREMENT_VIEW_struct * CPUTempMem = cpu_temp_getViewMem();
MEASUREMENT_VIEW_struct * O2Mem = lambda_getViewMem();
MEASUREMENT_VIEW_struct * BrennerMem = k_sonde_getViewMem();
MEASUREMENT_VIEW_struct * PufferMem = ds12b20_getViewMem();
double KWh = (PUFFERVOLUMEN * SPEZ_WAERMEKAP_WASSER * MAX_PUFFER_TEMP - ds18b20_getAverage()) / (3600 * 1000);
double kg = KWh / HEIZWERT_HOLZ;
LCD_ClearScreen();
LCD_SetFont(0);
LCD_SetPenColor(1);
LCD_PrintXY(0,0,"PufferKontrollSystem");
LCD_DrawLine(0,21,127,21);
LCD_DrawLine(0,42,127,42);
LCD_DrawLine(63,21,63,63);
LCD_PrintXY(2,23,"Brenner");
LCD_PrintXY(2,32, BrennerMem->cur_value);
LCD_PrintXY(66,23,"Puffer");
LCD_PrintXY(66,32, PufferMem->cur_value);
LCD_PrintXY(2,44,"O2");
LCD_PrintXY(2,53,O2Mem->cur_value);
LCD_PrintXY(66,44,"nachlegen");
LCD_PrintfXY(66,53,"%3.1f kg", kg);
}
void DemoCpuTemperature(void)
{
uint16 i,y;
LCD_ClearScreen();
LCD_SetPenColor(1);
LCD_SetFont(1);
LCD_PrintXY(40,0,"CPU:");
LCD_PrintXY(80,0,TempString);
LCD_SetFont(0);
LCD_PrintXY(0,0, "60-");
LCD_PrintXY(0,18,"50-");
LCD_PrintXY(0,37,"40-");
LCD_PrintXY(0,56,"30-");
LCD_DrawLine(15,0,15,63);
for(i=16;i<128;i++)
{
y = DemoMem[127-i];
if(y > 290)
{
y = ((y - 290) / 5);
y = 64 - y;
LCD_PutPixel(i,y,1);
LCD_PutPixel(i,y+1,1);
}
}
}
void CpuTemperatureView(void)
{
uint16_t i,y;
MEASUREMENT_VIEW_struct * viewMem = cpu_temp_getViewMem();
LCD_ClearScreen();
LCD_SetPenColor(1);
LCD_SetFont(1);
LCD_PrintXY(40,0,"CPU:");
LCD_PrintXY(80,0,viewMem->cur_value);
LCD_SetFont(0);
LCD_PrintXY(0,0, "60-");
LCD_PrintXY(0,18,"50-");
LCD_PrintXY(0,37,"40-");
LCD_PrintXY(0,56,"30-");
LCD_DrawLine(15,0,15,63);
for(i=16;i<128;i++)
{
y = viewMem->Mem[127-i];
if(y > 290)
{
y = ((y - 290) / 5);
y = 64 - y;
LCD_PutPixel(i,y,1);
LCD_PutPixel(i,y+1,1);
}
}
}
void DemoText(void)
{
LCD_ClearScreen();
LCD_SetFont(1);
LCD_PrintXY(30,0,"Raspi-LCD");
LCD_PrintXY(0,12,"www.emsystech.de");
LCD_SetFont(0);
LCD_PrintXY(8,29,"128 x 64 Pixel (BW)");
LCD_PrintXY(6,38,"White LED Backlight");
LCD_PrintXY(4,47,"8 Lines with 21 Char ");
LCD_PrintXY(4,56,"in the smallest Font ");
}
void AbgasTemperatureView(void)
{
uint16_t i,y;
MEASUREMENT_VIEW_struct * viewMem = pt100_getViewMem();
LCD_ClearScreen();
LCD_SetPenColor(1);
LCD_SetFont(0);
LCD_PrintXY(30,0,"ABGAS:");
LCD_PrintXY(80,0,viewMem->cur_value);
LCD_SetFont(0);
int max = roundUp(viewMem->max);
int min = roundDown(viewMem->min);
int diff = max-min;
int span;
if(!diff) {
span = 10;
if(min) min -= 10;
}else {
span = diff/3;
}
if(span < 10) span = 10;
char dummy[10];
sprintf(dummy,"%4u-",min+(span*3));
LCD_PrintXY(0,0, dummy);
sprintf(dummy,"%4u-",min+(span*2));
LCD_PrintXY(0,18,dummy);
sprintf(dummy,"%4u-",min+(span*1));
LCD_PrintXY(0,37,dummy);
sprintf(dummy,"%4u-",min);
LCD_PrintXY(0,56,dummy);
LCD_DrawLine(27,0,27,63);
diff = (span*3);
for(i=27;i<128;i++)
{
y = viewMem->Mem[127-i];
y = 64 - ((double)(y-min)*(double)(64.0/diff));
LCD_PutPixel(i,y,1);
LCD_PutPixel(i,y+1,1);
}
}
void DS18B20View(void)
{
char a[20];
int i, count;
DS18B20_struct *ds18b20_dev;
LCD_ClearScreen();
LCD_SetFont(0);
LCD_SetPenColor(1);
LCD_PrintXY(0,0,"DS18B20");
LCD_DrawLine(0,21,127,21);
count = ds18b20_getDeviceCount() ;
for(i=0; i<count;i++) {
ds18b20_dev = ds18b20_getDevice(i);
if(ds18b20_dev->crc)
LCD_PrintfXY(0,23+(8*i), "%s: %5.1f",ds18b20_dev->_deviceid, ds18b20_dev->tempGrad);
else
LCD_PrintfXY(0,23+(8*i), "%s: Fehler",ds18b20_dev->_deviceid);
}
}
void O2View(void)
{
uint16_t i,y;
if(lambda_fehler()) {
O2_ErrorView();
return;
}
else if(!lambda_run()) {
O2_StatusView();
return;
}
MEASUREMENT_VIEW_struct * viewMem = lambda_getViewMem();
LCD_ClearScreen();
LCD_SetPenColor(1);
LCD_SetFont(0);
LCD_PrintXY(40,0,"O2:");
LCD_PrintXY(80,0,viewMem->cur_value);
LCD_SetFont(0);
LCD_PrintXY(0,0, "25-");
LCD_PrintXY(0,18,"15-");
LCD_PrintXY(0,37," 5-");
LCD_PrintXY(0,56," 0-");
LCD_DrawLine(15,0,15,63);
for(i=16;i<128;i++)
{
y = viewMem->Mem[127-i];
if(y < 25) {
y = 64 - ((double)(y)*(double)(64.0/25));
LCD_PutPixel(i,y,1);
LCD_PutPixel(i,y+1,1);
}
}
}
void DemoBitmap(void)
{
LCD_DrawBitmap(0,0,bmp_men);
LCD_SetFont(1); LCD_PrintXY(6,0, "Bitmap");
}
void O2_StatusView(void)
{
uint16_t i,y;
LCD_ClearScreen();
LCD_SetPenColor(1);
LCD_SetFont(0);
LCD_PrintXY( 0,0, "Lambda Fehler!");
LCD_SetFont(0);
LCD_PrintXY(0, 0, "W | S | U | U | S | C");
LCD_PrintXY(0, 9, "D | P | H | L | O | J");
LCD_DrawLine(0,18,127,18);
LCD_PrintXY(0,19, " | | | | | ");
if(lambda_get_single_error(WATCHDOG)) LCD_PrintXY(0,19, "X");
if(lambda_get_single_error(SPI_ERROR)) LCD_PrintXY(24,19, "X");
if(lambda_get_single_error(UBAT_HIGH)) LCD_PrintXY(48,19, "X");
if(lambda_get_single_error(UBAT_LOW)) LCD_PrintXY(72,19, "X");
if(lambda_get_single_error(SONDE_OVERHEAT)) LCD_PrintXY(96,19, "X");
if(lambda_get_single_error(CJ_ERROR)) LCD_PrintXY(120,19, "X");
LCD_PrintXY(0,35, "DIAHG|IA/IP|UN|VM");
LCD_PrintXY(0,44, "DIAHD|IA/IP|UN|VM");
LCD_DrawLine(0,53,127,53);
LCD_PrintXY(0,54, " | | | ");
if(lambda_get_single_cjerror(DIAHG_DIAHD_ERROR)) LCD_PrintXY(12,54, "X");
if(lambda_get_single_cjerror(IA_IP_ERROR)) LCD_PrintXY(54,54, "X");
if(lambda_get_single_cjerror(UN_ERROR)) LCD_PrintXY(78,54, "X");
if(lambda_get_single_cjerror(VM_ERROR)) LCD_PrintXY(96,54, "X");
}
