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GuiMain.c
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/*
gcc -g -o GuiMain GuiMain.c -lwiringPi
*/
#include <linux/input.h>
#include <string.h>
#include <fcntl.h>
#include <stdio.h>
#include <signal.h>
#include <time.h>
#include <stdlib.h>
#include <unistd.h>
#include <stdint.h>
#include <errno.h>
#include <sys/mman.h>
#include <linux/fb.h>
#include <linux/kd.h>
#include <linux/ioctl.h>
#include <sys/sysinfo.h>
#include <wiringPi.h>
#include "checkPara.h"
#include "Frame/touch.h"
#include "Frame/touch.c"
#include "Frame/framebuffer.c"
#include "Frame/DrawSkala.c"
#include "Frame/DrawLine.c"
#include "Frame/DrawSOC.c"
#include "Frame/DrawImage.h"
#include "Frame/DrawNetImage.h"
#include "Frame/DrawCorner.c"
#include "funktion.h"
#include "Rscp/actionCheckHM.h"
#include "HMGui.h"
#include "External/WetterGui.h"
#include "External/MuellGui.h"
#include "External/dht.h"
#include "External/Aktor.h"
#include "External/Gruenbeck.h"
//####################################
int main(){
//Parameter einbinden, checken oder default setzen
checkDefinePara(0);
picturePosition();
writeScreen(ScreenCounter, 0);
makeAktor();
makeDHT11();
if (Gruenbeck == 1){
makeGruenRAM();
}
writeAktor(AktorPrioPosition, 1);
signal(SIGINT, INThandler);
int xres,yres;
int screenXmax, screenXmin;
int screenYmax, screenYmin;
float scaleXvalue, scaleYvalue;
int rawX, rawY, rawPressure, scaledX, scaledY;
int GuiTime, change = 1, changeStop = 0, saveGBstate = 0;
char batch[256], OUT [100],Path[100],Value[20],writeTxt[20],TimestampHM[20],RscpTimestamp[40],weatherTime[64], gruenTime[24], changepf[20];
char TAG_EMS_OUT_DATE[20], TAG_EMS_OUT_TIME[20], serialnumber[17], swrelease[20];
int counter, ScreenSaverCounter, HistoryCounter = 15, SmartCounter = 0;
int UnixTime;
int wbCheckSumOld = 0;
char wallboxSendNow[20], wallboxSendMode[20], wallboxSendCurrent[20], wallboxSendBtC[20], wallboxSendBbC[20], wallboxSendStop[20], wallboxSendPhC[20];
char WbMode[24],WbBtC[24],WbBbC[24],WbSet[24];
int WbCurrent, actionSendTime = 0;
screenOn();
writeScreen(ScreenCounter, 0);
int Screen[ScreenMAX];
if (openTouchScreen() == 1)
perror("error opening touch screen");
getTouchScreenDetails(&screenXmin,&screenXmax,&screenYmin,&screenYmax);
framebufferInitialize(&xres,&yres);
scaleXvalue = ((float)screenXmax-screenXmin) / xres;
printf ("X Scale Factor = %f\n", scaleXvalue);
scaleYvalue = ((float)screenYmax-screenYmin) / yres;
printf ("Y Scale Factor = %f\n", scaleYvalue);
int wiringPi = OK;
if ( wiringPiSetup() == -1 ){
wiringPi = ERROR;
printf("wiringPi error\n");
}
if (wiringPi == OK){
pinMode( PirPin, INPUT );
pullUpDnControl ( PirPin, PUD_DOWN);
pinMode(Aktor1Pin, OUTPUT);
pinMode(Aktor2Pin, OUTPUT);
pinMode(Aktor3Pin, OUTPUT);
pinMode(Aktor4Pin, OUTPUT);
pinMode(Aktor5Pin, OUTPUT);
}
if (Gruenbeck == 1){
readGruenbeck(gruenTime);
}
DEBUG("\n### Neustart ###\n");
//####################################
while(1){
time_t currentTime = time(NULL);
struct tm *now;
time( ¤tTime );
now = localtime( ¤tTime );
strftime (OUT,100,"%H:%M:%S ",now);
DEBUG(OUT);
system ("cp /mnt/RAMDisk/E3dcCache.txt /mnt/RAMDisk/E3dcGuiData.txt");
system ("cp /mnt/RAMDisk/E3dcWbCache.txt /mnt/RAMDisk/E3dcGuiWbData.txt ");
readRscpChar(TAG_EMS_OUT_DATE, TAG_EMS_OUT_TIME, serialnumber, swrelease);
GuiTime = PiTime;
int screenState = readScreen(ScreenState);
int pirUse = readPirUse();
if (pirUse == true){
if (wiringPi == OK){
if ( digitalRead( PirPin ) == true && screenState == ScreenOff){
screenOn();
writeScreen(ScreenCounter, 0);
writeScreen(ScreenSaver, false);
}
}
}
if (Gruenbeck == 1){
saveGruenbeck(gruenTime);
}
Screen[ScreenCounter] = readScreen(ScreenCounter);
counter = Screen[ScreenCounter] -1;
DEBUGint(Screen[ScreenCounter]);
if(counter < 0)
counter = 0;
writeScreen(ScreenCounter, counter);
Screen[ScreenChange] = readScreen(ScreenChange);
int screenChange = Screen[ScreenChange];
Screen[ScreenHistory] = readScreen(ScreenHistory);
//####################################
switch(screenChange){
//####################################
//Aktuell Grafik erstellen
case ScreenAktuell:{
GuiTime = RscpTime;
if(counter == 0 ){
writeScreen(ScreenCounter, 60);
if(screenState == ScreenOn){
drawMainScreen(); // Hintergrundbild mit Bildern für den oberen Auswahlbereich erzeugen
DrawImage("PviImage", 40, 90);
int pmAktivPhases = readRscp(PosPMPhases);
DrawNetImage(640, 90, pmAktivPhases); //Einfügen der Grafik für NetImage oder NetImageOff je nach Status der Phasen am LM in der Frame/DrawNetImage.h
DrawImage("BatImage", 60, 318);
DrawImage("HomeImage", 640, 340);
DrawImage("S10Image", 270, 110);
DrawImage("Eigenstrom", 320, 270);
DrawImage("Autarkie", 465, 270);
if(Additional == 1)
DrawImage("ExtImage", 40, 220);
if(Wallbox == 1){
if(readRscpWb(PosWbLED_ERR)==1)
DrawImage("Wallbox/WbError", 650, 220);
else if(readRscpWb(PosWbLED_SON)==1){
if (readRscpWb(PosWbLED_BAT)==1)
DrawImage("Wallbox/WbSunOn", 650, 220);
else
DrawImage("Wallbox/WbSunOff", 650, 220);
}
else {
if (readRscpWb(PosWbLED_BAT)==1)
DrawImage("Wallbox/WbMixOn", 650, 220);
else
DrawImage("Wallbox/WbMixOff", 650, 220);
}
}
if (E3DC_S10 ==1 && historyAktiv == 1){
if (Screen[ScreenHistory] == today)
DrawImage("Yesterday", 370, 405);
else if (Screen[ScreenHistory] == yesterday)
DrawImage("HistoryOff", 370, 405);
else
DrawImage("Today", 370, 405);
}
}
}
DEBUG("Main ");
if(screenState == ScreenOn){
//Bildwechsel für > > >
if(changeStop == 0){
change ++;
if(change > 3)change = 1;
snprintf (changepf, (size_t)100, "Zahlen/pf%i", change);
}
else snprintf (changepf, (size_t)100, "Zahlen/pf0");
//Programm-Start
drawOutput(340,100,140,12, serialnumber, GREY);
//PVI
int TAG_PVI = readRscp(PosPVI);
int TAG_PVIState = readRscp(PosPVIState);
DEBUG("PVI ");
DEBUGint(TAG_PVI);
DEBUGint(TAG_PVIState);
snprintf (OUT, (size_t)100, "%i W", TAG_PVI);
if(TAG_PVIState >= 1){
if(TAG_PVI > 50)
drawNumber(160, 115, TAG_PVI, WATT, ORANGE);
else
drawNumber(160, 115, TAG_PVI, WATT, BLACK);
if(TAG_PVI > 0)DrawImage(changepf, 180, 140);
else DrawImage("Zahlen/pf0", 180, 140);
}
else
DrawImage("Zahlen/pvOff", 180, 115);
//Grid
int TAG_Grid = readRscp(PosGrid);
int TAG_PMState = readRscp(PosPMState);
DEBUG("Grid ");
DEBUGint(TAG_Grid);
DEBUGint(TAG_PMState);
if(TAG_PMState >= 1){
if(TAG_Grid < 0){
TAG_Grid = TAG_Grid * -1;
if (TAG_Grid > 15){
drawNumber(550, 115, TAG_Grid, WATT, CYAN);
DrawImage(changepf, 570, 140);
}
else {
drawNumber(550, 115, TAG_Grid, WATT, GREEN);
DrawImage("Zahlen/pf0", 570, 140);
}
}
else{
if (TAG_Grid > 15){
drawNumber(550, 115, TAG_Grid, WATT, BLUE);
snprintf (OUT, (size_t)100, "%sn", changepf);
DrawImage(OUT, 570, 140);
}
else{
drawNumber(550, 115, TAG_Grid, WATT, GREEN);
DrawImage("Zahlen/pf0", 570, 140);
}
}
}
else
DrawImage("Zahlen/lmOff", 550, 115);
//Home
int TAG_Home = readRscp(PosHome);
DEBUG("Home ");
DEBUGint(TAG_Home);
drawNumber(550, 360, TAG_Home, WATT, 0);
DrawImage(changepf, 570, 385);
//Battery
int TAG_Bat = readRscp(PosBat);
DEBUG("Bat ");
DEBUGint(TAG_Bat);
if(TAG_Bat < 0){
TAG_Bat = TAG_Bat * -1;
DrawImage(changepf, 180, 385);
}
else{
if(TAG_Bat > 0){
snprintf (OUT, (size_t)100, "%sn", changepf);
DrawImage(OUT, 180, 385);
}
else DrawImage("Zahlen/pf0", 180, 385);
}
drawNumber(160, 360, TAG_Bat, WATT, BLACK);
//Additional
if(Additional == 1){
int TAG_ADD = readRscp(PosADD);
drawNumber(160, 236, TAG_ADD, WATT, BLACK);
if(TAG_ADD > 15) DrawImage(changepf, 180, 261);
else DrawImage("Zahlen/pf0", 180, 261);
}
//Wallbox
if(Wallbox == 1){
int TAG_WbAll = readRscp(PosWbAll);
int TAG_WbSolar = readRscp(PosWbSolar);
if(TAG_WbAll > 15) DrawImage(changepf, 570, 261);
else DrawImage("Zahlen/pf0", 570, 261);
drawNumber(550, 236, TAG_WbAll, WATT, BLACK);
drawNumber(550, 276, TAG_WbSolar, WATT, ORANGE);
}
//SOC
int TAG_SOC = read100Rscp(PosSOC);
DEBUG("SOC ");
DEBUGint(TAG_SOC);
snprintf (OUT, (size_t)100, "%i %%", TAG_SOC);
int TAG_BatState = readRscp(PosBatState);
if(TAG_BatState >= 1){
int SOCx = TAG_SOC * 0.82;
int EpResx = readRscp(PosEpReserv);
if(EpResx > 0){
drawSquare(75,348,66,82,GREY);
drawSquare(75,348+82-EpResx,66,EpResx,GREEN);
drawSquare(75,348+82,66,9,GREEN);
}
drawSquare(84,348,48,82,WHITE);
drawSquare(84,348+82-SOCx,48,SOCx,BLUE);
drawNumber(80, 440, TAG_SOC, PERCENT, BLUE);
}
else{
drawOutput(80,440,50,12,"OFF",RED);
}
//Autarky
int TAG_Autarky = read100Rscp(PosAutarky);
DEBUG("Autarky ");
DEBUGint(TAG_Autarky);
int Autarkyx = 2 * TAG_Autarky;
drawSquare(405,366-200,60,200-Autarkyx,WHITE);
drawSquare(405,366-Autarkyx,60,Autarkyx,GREEN);
drawNumber(405, 140, TAG_Autarky, PERCENT, BLACK);
//SelfConsumption
int TAG_SelfCon = read100Rscp(PosSelfCon);
DEBUG("SelfCon ");
DEBUGint(TAG_SelfCon);
int SelfConx = 2 * TAG_SelfCon;
drawSquare(340,366-200,60,200-SelfConx,WHITE);
drawSquare(340,366-SelfConx,60,SelfConx,LTGREY);
drawNumber(340, 140, TAG_SelfCon, PERCENT, BLACK);
//HistoryValues
if(counter == 0 && Screen[ScreenHistory] > 0 && historyAktiv == 1){
float historyPV = readHistory(dataPV, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "%.1f kWh", historyPV/1000);
put_stringRGB(180, 155, OUT, 225, 122, 34);
float historyGridIn = readHistory(dataGridIn, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "IN %.1f kWh", historyGridIn/1000);
put_stringRGB(550, 155, OUT, 0, 172, 255);
float historyGridOut = readHistory(dataGridOut, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "OUT %.1f kWh", historyGridOut/1000);
put_stringRGB(550, 175, OUT, 0, 0, 172);
float historyHome = readHistory(dataHome, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "%.1f kWh", historyHome/1000);
put_stringRGB(550, 400, OUT, 225, 30, 30);
float historyBatIn = readHistory(dataBatIn, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "IN %.1f kWh", historyBatIn/1000);
put_stringRGB(180, 400, OUT, 0, 225, 64);
float historyBatOut = readHistory(dataBatOut, Screen[ScreenHistory]);
snprintf (OUT, (size_t)100, "OUT %.1f kWh", historyBatOut/1000);
put_stringRGB(180, 420, OUT, 0, 172, 0);
}
DEBUG("RSCP-Ende ");
}
break;
}
//####################################################
//Langzeit Grafik erstellen
case ScreenLangzeit:{
GuiTime = 0;
//Legende
int Legende [LegendeMAX];
Legende[SOC] = readLegende(SOC);
if (Legende[SOC] == 0)
drawSquare(LF01,443,50,20, LTGREY);
else
drawSquareRGB(LF01,443,50,20, 64, 134, 64);
put_string(LF01+2,443," SOC", WHITE);
Legende[Solar] = readLegende(Solar);
if (Legende[Solar] == 0)
drawSquare(LF02,443,50,20, LTGREY);
else
drawSquareRGB(LF02,443,50,20, 225, 122, 34);
put_string(LF02+2,443,"Solar", WHITE);
Legende[Home] = readLegende(Home);
if (Legende[Home] == 0)
drawSquare(LF03,443,50,20, LTGREY);
else
drawSquareRGB(LF03,443,50,20, 225, 30, 30);
put_string(LF03+1,443," Home", WHITE);
Legende[NetIn] = readLegende(NetIn);
if (Legende[NetIn] == 0)
drawSquare(LF04,443,50,20, LTGREY);
else
drawSquareRGB(LF04,443,50,20, 0, 172, 255);
put_string(LF04+3,443,"NetIn", WHITE);
Legende[NetOut] = readLegende(NetOut);
if (Legende[NetOut] == 0)
drawSquare(LF05,443,50,20, LTGREY);
else
drawSquareRGB(LF05,443,50,20, 0, 0, 172);
put_string(LF05+1,443,"NetOut", WHITE);
Legende[BatIn] = readLegende(BatIn);
if (Legende[BatIn] == 0)
drawSquare(LF06,443,50,20, LTGREY);
else
drawSquareRGB(LF06,443,50,20, 0, 225, 64);
put_string(LF06+3,443,"BatIn", WHITE);
Legende[BatOut] = readLegende(BatOut);
if (Legende[BatOut] == 0)
drawSquare(LF07,443,50,20, LTGREY);
else
drawSquareRGB(LF07,443,50,20, 0, 172, 0);
put_string(LF07+1,443,"BatOut", WHITE);
if(Additional == 1 ){
Legende[ADD] = readLegende(ADD);
if (Legende[ADD] == 0)
drawSquare(LF08,443,50,20, LTGREY);
else
drawSquareRGB(LF08,443,50,20, 172, 0, 172);
put_string(LF08+2,443," ADD", WHITE);
}
else {
Legende[ADD] = 0;
}
if(Wallbox == 1 ){
Legende[WbSolar] = readLegende(WbSolar);
Legende[WbAll] = readLegende(WbAll);
if (Legende[WbAll] == 0)
drawSquare(LF09,443,50,20, LTGREY);
else
drawSquareRGB(LF09,443,50,20, 0, 234, 234);
put_string(LF09+2,443,"WBAll", WHITE);
if (Legende[WbSolar] == 0)
drawSquare(LF10,443,50,20, LTGREY);
else
drawSquareRGB(LF10,443,50,20, 234, 234, 0);
put_string(LF10+2,443,"WbSun", WHITE);
}
else {
Legende[WbSolar] = 0;
Legende[WbAll] = 0;
}
if(counter == 0){
drawMainScreen();
time_t timeStamp;
struct tm *now;
time( &timeStamp );
now = localtime( &timeStamp );
char Hour [41];
char Minute [41];
strftime (Hour,40,"%H",now);
strftime (Minute,40,"%M",now);
int Hourint = atoi(Hour);
int Minuteint = atoi(Minute);
int x24h = ((Hourint * 60) + Minuteint) * 0.534; //Berechnung für die 0:00 Uhr Linie in den Langzeitwerten
skala();
if(Legende[SOC] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/SOC900.txt");
drawSOC(Path, 64, 134, 64);
}
if(Legende[Solar] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/Solar900.txt");
drawLine(Path, 225, 122, 34, PowerMax);
}
if(Legende[Home] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/Home900.txt");
drawLine(Path, 225, 30, 30, PowerMax);
}
if(Legende[NetIn] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/NetIn900.txt");
drawLine(Path, 0, 172, 255, PowerMax);
}
if(Legende[NetOut] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/NetOut900.txt");
drawLine(Path, 0, 0, 172, PowerMax);
}
if(Legende[BatIn] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/BatIn900.txt");
drawLine(Path, 0, 225, 64, PowerMax);
}
if(Legende[BatOut] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/BatOut900.txt");
drawLine(Path, 0, 172, 0, PowerMax);
}
if(Legende[ADD] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/Add900.txt");
drawLine(Path, 225, 30, 30, PowerMax);
}
if(Legende[WbAll] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/WBAll900.txt");
drawLine(Path, 0, 234, 234, PowerMax);
}
if(Legende[WbSolar] == 1){
snprintf (Path, (size_t)100, "/home/pi/E3dcGui/Data/WBSolar900.txt");
drawLine(Path, 234, 234, 0, PowerMax);
}
drawSquareRGB(783-x24h, 430-330, 1, 330, 255, 172, 64); //Ziechnen der 0:00 Uhr Linie in den Langzeitwerten
writeScreen(ScreenCounter, 60);
}
break;
}
//####################################################
//Wallbox Grafik erstellen
case ScreenWallbox:{
GuiTime = RscpTime;
if(counter == 0 ){
writeScreen(ScreenCounter, 60);
if(screenState == ScreenOn){
drawMainScreen();
drawSquare(WB1,RP1-20,740,353,GREY);
drawCorner(WB1,RP1-20,740,353,WHITE);
drawSquare(WB1+3,RP1+40,734,290,WHITE);
drawCorner(WB1+3,RP1+40,734,290,GREY);
DrawImage("Wallbox/Wallbox", 290, RP1-5);
}
}
if(counter == 0 || screenState == ScreenOn){
int TAG_WbAll = readRscp(PosWbAll);
int TAG_WbSolar = readRscp(PosWbSolar);
int WbGrid = TAG_WbAll - TAG_WbSolar;
if (counter == 0 || wbCheckSumOld != readRscpWb(PosWbCheckSum)){
if (readRscpWb(PosWbLED_BAT)==1){
if(TAG_WbSolar > 200 && WbGrid < 200)
DrawImage("Wallbox/CarSun", WBCARX, WBCARY+93);
else if(TAG_WbSolar < 200 && WbGrid > 200)
DrawImage("Wallbox/CarGrid", WBCARX, WBCARY+93);
else
DrawImage("Wallbox/CarMix", WBCARX, WBCARY+93);
}
else if (readRscpWb(PosWbLocked)==1)
DrawImage("Wallbox/CarLocked", WBCARX, WBCARY+93);
else if (readRscpWb(PosWbConnect)==1)
DrawImage("Wallbox/CarConnect", WBCARX, WBCARY+93);
else
DrawImage("Wallbox/Car", WBCARX, WBCARY+93);
if(readRscpWb(PosWbLED_ERR)==1)
DrawImage("Wallbox/Mon_WbError", WBCARX+265, WBCARY);
else if(readRscpWb(PosWbLED_SON)==1){
if (readRscpWb(PosWbLED_BAT)==1)
DrawImage("Wallbox/Mon_WbSunOn", WBCARX+265, WBCARY);
else
DrawImage("Wallbox/Mon_WbSunOff", WBCARX+265, WBCARY);
}
else {
if (readRscpWb(PosWbLED_BAT)==1)
DrawImage("Wallbox/Mon_WbMixOn", WBCARX+265, WBCARY);
else
DrawImage("Wallbox/Mon_WbMixOff", WBCARX+265, WBCARY);
}
snprintf (OUT, (size_t)100, "Wallbox/Current/%iA", readRscpWb(PosWbCurrent));
DrawImage(OUT, WBCURX, WBCURY);
put_string(WBCURX-1,WBCURY+33,"Ladestrom",GREY);
if((readRscpWb(PosWbCurrent)-10) >= 6)
DrawImage("Switch/Minus10", WBCURX-58-58-58, WBCURY);
else
DrawImage("Switch/Minus10Off", WBCURX-58-58-58, WBCURY);
if((readRscpWb(PosWbCurrent)-2) >= 6)
DrawImage("Switch/Minus2", WBCURX-58-58, WBCURY);
else
DrawImage("Switch/Minus2Off", WBCURX-58-58, WBCURY);
if((readRscpWb(PosWbCurrent)-1) >= 6)
DrawImage("Switch/Minus", WBCURX-58, WBCURY);
else
DrawImage("Switch/MinusOff", WBCURX-58, WBCURY);
if((readRscpWb(PosWbCurrent)+1) <= 32)
DrawImage("Switch/Plus", WBCURX+82, WBCURY);
else
DrawImage("Switch/Plus", WBCURX+82, WBCURY);
if((readRscpWb(PosWbCurrent)+2) <= 32)
DrawImage("Switch/Plus2", WBCURX+82+58, WBCURY);
else
DrawImage("Switch/Plus2Off", WBCURX+82+58, WBCURY);
if((readRscpWb(PosWbCurrent)+10) <= 32)
DrawImage("Switch/Plus10", WBCURX+82+58+58, WBCURY);
else
DrawImage("Switch/Plus10Off", WBCURX+82+58+58, WBCURY);
if (readRscpWb(PosWbMode)==1)
DrawImage("Switch/On", WBMODEX, WBMODEY);
else
DrawImage("Switch/Off", WBMODEX, WBMODEY);
put_string(WBMODEX-8,WBMODEY+33,"Sonnenmodus",GREY);
if (readRscpWb(PosWbBtC)==1){
DrawImage("Switch/On", WBBTCX, WBBTCY);
DrawImage("Switch/90percent", WBPERLX, WBPER9Y);
DrawImage("Switch/80percent", WBPERRX, WBPER9Y);
DrawImage("Switch/70percent", WBPERLX, WBPER7Y);
DrawImage("Switch/60percent", WBPERRX, WBPER7Y);
DrawImage("Switch/50percent", WBPERLX, WBPER5Y);
DrawImage("Switch/40percent", WBPERRX, WBPER5Y);
DrawImage("Switch/30percent", WBPERLX, WBPER3Y);
DrawImage("Switch/20percent", WBPERRX, WBPER3Y);
DrawImage("Switch/10percent", WBPERLX, WBPER1Y);
DrawImage("Switch/0percent", WBPERRX, WBPER1Y);
drawNumber(WBUNTILX+18, WBUNTILY, readRscp(PosWbUntil), PERCENT, BLACK);
put_string(WBUNTILX-1,WBUNTILY+33,"Entladegrenze",GREY);
}
else
DrawImage("Switch/Off", WBBTCX, WBBTCY);
put_string(WBBTCX-19,WBBTCY+33,"Batterie zu Auto",GREY);
if (readRscpWb(PosWbBbC)==1)
DrawImage("Switch/On", WBBBCX, WBBBCY);
else
DrawImage("Switch/Off", WBBBCX, WBBBCY);
put_string(WBBBCX-23,WBBBCY+33,"Batterie vor Auto",GREY);
if (readRscpWb(PosWbUsePhases)==3)
DrawImage("Switch/3Ph", WBPHX, WBPHY);
else
DrawImage("Switch/1Ph", WBPHX, WBPHY);
put_string(WBPHX-23,WBPHY+33,"Erwartete Phasen",GREY);
if (readRscp(PosWbAbort)==1){
DrawImage("Switch/HaltOff", WBHALTX, WBHALTY);
DrawImage("Switch/Weiter", WBWEITERX, WBWEITERY);
}
else{
DrawImage("Switch/Halt", WBHALTX, WBHALTY);
DrawImage("Switch/WeiterOff", WBWEITERX, WBWEITERY);
}
if (readRscp(PosWbBaM)==1)
DrawImage("Switch/Off", WBMODEX+58+58-3, WBMODEY);
else
DrawImage("Switch/On", WBMODEX+58+58-3, WBMODEY);
put_string(WBMODEX+58+58-3-8, WBMODEY+33,"Bat. im Mix-Mode",GREY);
}
int x;
if(TAG_WbSolar > 200 && WbGrid < 200){
x = drawNumber(470, 270, TAG_WbAll, WATT, GREEN);
DrawImage("Wallbox/Autogr", x, 270);
}
else if(TAG_WbSolar < 200 && WbGrid > 200){
x = drawNumber(470, 270, TAG_WbAll, WATT, ORANGE);
DrawImage("Wallbox/Autoor", x, 270);
}
else{
x = drawNumber(470, 270, TAG_WbAll, WATT, BLACK);
DrawImage("Wallbox/Autosw", x, 270);
}
x = drawNumber(470, 220, WbGrid, WATT, BLUE);
DrawImage("Wallbox/Netzbl", x, 220);
x = drawNumber(470, 245, TAG_WbSolar, WATT, ORANGE);
DrawImage("Wallbox/Solaror", x, 245);
wbCheckSumOld = readRscpWb(PosWbCheckSum);
}
break;
}
//####################################################
//Funktion Grafik erstellen
case ScreenFunktion:{
GuiTime = RscpTime;
if(counter == 0 ){
writeScreen(ScreenCounter, 60);
if(screenState == ScreenOn){
drawMainScreen();
// Grafik für Batterie-Limits
drawSquare(BL,RP1-20,335,340,GREY);
drawCorner(BL,RP1-20,335,340,WHITE);
drawSquare(BL+3,RP1+40,329,277,WHITE);
drawCorner(BL+3,RP1+40,329,277,GREY);
DrawImage("Batterie/BatterieLimits", BL+60, RP1-5);
// Grafik für EP_Reserve
drawSquare(EP,RP1-20,335,340,GREY);
drawCorner(EP,RP1-20,335,340,WHITE);
drawSquare(EP+3,RP1+40,329,277,WHITE);
drawCorner(EP+3,RP1+40,329,277,GREY);
DrawImage("EpReserve/NotRes", EP+60, RP1-5);
}
}
// Battery-Limits
DrawImage("Batterie/Auto", BLS1, BLR1);
DrawImage("Batterie/Manuell", BLS3+30, BLR1);
DrawImage("Batterie/Charge", BLS1, BLR2);
if(readTo(PosToBlCharge) - 500 >= 0 ) DrawImage("EpReserve/Minus500", BLS1, BLR3);
else DrawImage("EpReserve/Minus500Off", BLS1, BLR3);
if(readTo(PosToBlCharge) + 500 <= 65355 ) DrawImage("EpReserve/Plus500", BLS2, BLR3);
else DrawImage("EpReserve/Plus500Off", BLS2, BLR3);
if(readTo(PosToBlCharge) - 2000 >= 0 ) DrawImage("EpReserve/Minus2000", BLS1, BLR4);
else DrawImage("EpReserve/Minus2000Off", BLS1, BLR4);
if(readTo(PosToBlCharge) + 2000 <= 65355 ) DrawImage("EpReserve/Plus2000", BLS2, BLR4);
else DrawImage("EpReserve/Plus2000Off", BLS2, BLR4);
DrawImage("Batterie/Discharge", BLS1, BLR5);
if(readTo(PosToBlDischarge) - 500 >= 0 ) DrawImage("EpReserve/Minus500", BLS1, BLR6);
else DrawImage("EpReserve/Minus500Off", BLS1, BLR6);
if(readTo(PosToBlDischarge) + 500 <= 65355 ) DrawImage("EpReserve/Plus500", BLS2, BLR6);
else DrawImage("EpReserve/Plus500Off", BLS2, BLR6);
if(readTo(PosToBlDischarge) - 2000 >= 0 ) DrawImage("EpReserve/Minus2000", BLS1, BLR7);
else DrawImage("EpReserve/Minus2000Off", BLS1, BLR7);
if(readTo(PosToBlDischarge) + 2000 <= 65355 ) DrawImage("EpReserve/Plus2000", BLS2, BLR7);
else DrawImage("EpReserve/Plus2000Off", BLS2, BLR7);
//EP_Reserve
int x;
int maxW = readRscp(PosEpReservMaxW)*0.8;
int maxC = maxW / 500;
int maxSet = maxC * 500;
writeTo(PosToEpMax,maxSet);
drawNumber(EPPERX -10+24, EPPERY, readRscp(PosEpReserv), PERCENT, BLACK);
x = drawNumber(EPWX -10, EPWY, readRscp(PosEpReservW), WATTH, BLACK);
DrawImage("EpReserve/reservesw", x, EPWY);
DrawImage("EpReserve/reservesw", x, EPPERY);
x = drawNumber(EPWMAXX -10, EPWMAXY, maxSet, WATTH, BLACK);
DrawImage("EpReserve/maxsw", x, EPWMAXY);
if (readRscp(PosEpReservW) > 0)
DrawImage("Switch/On", EPSWX, EPSWY);
else
DrawImage("Switch/Off", EPSWX, EPSWY);
x = drawNumber(EPSETX -10, EPSETY, readTo(PosToEpSet), WATTH, BLACK);
DrawImage("EpReserve/setsw", x, EPSETY);
DrawImage("EpReserve/Set", EPSETS2, EPSETR1);
if(readTo(PosToEpSet) - 500 >= 0 ) DrawImage("EpReserve/Minus500", EPSETS1, EPSETR1);
else DrawImage("EpReserve/Minus500Off", EPSETS1, EPSETR1);
if(readTo(PosToEpSet) + 500 <= maxSet ) DrawImage("EpReserve/Plus500", EPSETS3, EPSETR1);
else DrawImage("EpReserve/Plus500Off", EPSETS3, EPSETR1);
if(readTo(PosToEpSet) - 2000 >= 0 ) DrawImage("EpReserve/Minus2000", EPSETS1, EPSETR2);
else DrawImage("EpReserve/Minus2000Off", EPSETS1, EPSETR2);
if(readTo(PosToEpSet) + 2000 <= maxSet ) DrawImage("EpReserve/Plus2000", EPSETS3, EPSETR2);
else DrawImage("EpReserve/Plus2000Off", EPSETS3, EPSETR2);
if(readTo(PosToEpSet) - 10000 >= 0 ) DrawImage("EpReserve/Minus10000", EPSETS1, EPSETR3);
else DrawImage("EpReserve/Minus10000Off", EPSETS1, EPSETR3);
if(readTo(PosToEpSet) + 10000 <= maxSet ) DrawImage("EpReserve/Plus10000", EPSETS3, EPSETR3);
else DrawImage("EpReserve/Plus10000Off", EPSETS3, EPSETR3);
//BL Aktuell
if (readRscp(PosBlUsed) == 1)
DrawImage("Switch/On", BLS2, BLR1);
else
DrawImage("Switch/Off", BLS2, BLR1);
DrawImage("EpReserve/Set", BLS3+30, BLR4);
drawNumber(BLS3+18, BLR2, readRscp(PosBlCharge), WATT, BLACK);
drawNumber(BLS3+18, BLR3, readTo(PosToBlCharge), WATT, BLACK);
DrawImage("EpReserve/Set", BLS3+30, BLR7);
drawNumber(BLS3+18, BLR5, readRscp(PosBlDischarge), WATT, BLACK);
drawNumber(BLS3+18, BLR6, readTo(PosToBlDischarge), WATT, BLACK);
break;
}
//####################################################
//Monitor Grafik erstellen
case ScreenIdlePeriods:{
GuiTime = RscpTime;
if(counter == 0 ){
writeScreen(ScreenCounter, 60);
if(screenState == ScreenOn){
writeTo(PosToIdlePeriod,1);
sleep(1);
drawMainScreen();
// Grafik für Ladesperrzeit
drawSquare(IX,IY,IW,IH,GREY);
drawCorner(IX,IY,IW,IH,WHITE);
drawSquare(IX+3,IY+32,IW-6,IH-32-3,WHITE);
drawCorner(IX+3,IY+32,IW-6,IH-32-3,GREY);
DrawImage("IdleCharge", 80,IY+2);
// Grafik für Entladesperrzeit
drawSquare(IX,IY+IH+6,IW,IH,GREY);
drawCorner(IX,IY+IH+6,IW,IH,WHITE);
drawSquare(IX+3,IY+IH+6+32,IW-6,IH-32-3,WHITE);
drawCorner(IX+3,IY+IH+6+32,IW-6,IH-32-3,GREY);
DrawImage("IdleDischarge", 80,IY+2+IH+6);
// Day
drawIdlePeriodsDay("Montag",ISP1,IRC,PosMonCharge);
drawIdlePeriodsDay("Dienstag",ISP2,IRC,PosTueCharge);
drawIdlePeriodsDay("Mitwoch",ISP3,IRC,PosWedCharge);
drawIdlePeriodsDay("Donnerstag",ISP4,IRC,PosThuCharge);
drawIdlePeriodsDay("Freitag",ISP5,IRC,PosFriCharge);
drawIdlePeriodsDay("Samstag",ISP6,IRC,PosSatCharge);
drawIdlePeriodsDay("Sonntag",ISP7,IRC,PosSunCharge);
drawIdlePeriodsDay("Montag",ISP1,IRD,PosMonDischarge);
drawIdlePeriodsDay("Dienstag",ISP2,IRD,PosTueDischarge);
drawIdlePeriodsDay("Mitwoch",ISP3,IRD,PosWedDischarge);
drawIdlePeriodsDay("Donnerstag",ISP4,IRD,PosThuDischarge);
drawIdlePeriodsDay("Freitag",ISP5,IRD,PosFriDischarge);
drawIdlePeriodsDay("Samstag",ISP6,IRD,PosSatDischarge);
drawIdlePeriodsDay("Sonntag",ISP7,IRD,PosSunDischarge);
}
}
break;
}
//####################################################
//Monitor Grafik erstellen
case ScreenMonitor:{
GuiTime = RscpTime;
if(counter == 0 ){
writeScreen(ScreenCounter, 60);
if(screenState == ScreenOn){
drawMainScreen();
// Grafik für Tracker1
drawSquare(T1,RP1-20,160,340,GREY);
drawCorner(T1,RP1-20,160,340,WHITE);
drawSquare(T1+3,RP1+40,154,277,WHITE);
drawCorner(T1+3,RP1+40,154,277,GREY);
DrawImage("EpReserve/Tracker1", T1+20, RP1-5);
DrawImage("PV_Modul_aktiv", T1+20, 200);
// Grafik für Tracker2
drawSquare(T2,RP1-20,160,340,GREY);
drawCorner(T2,RP1-20,160,340,WHITE);
drawSquare(T2+3,RP1+40,154,277,WHITE);
drawCorner(T2+3,RP1+40,154,277,GREY);
DrawImage("EpReserve/Tracker2", T2+20, RP1-5);
if (PVI_TRACKER == 2)
DrawImage("PV_Modul_aktiv", T2+20, 200);
else
DrawImage("PV_Modul_deaktiv", T2+20, 200);
// Grafik für System Info
drawSquare(SI,RP1-20,335,340,GREY);
drawCorner(SI,RP1-20,335,340,WHITE);
drawSquare(SI+3,RP1+40,329,277,WHITE);
drawCorner(SI+3,RP1+40,329,277,GREY);
DrawImage("SystemInfo", SI+60, RP1-5);
}
}
if(counter == 0 || screenState == ScreenOn){
//PVI DC Power1
int TAG_PVIState = readRscp(PosPVIState);
if(TAG_PVIState >= 1){
int TAG_PVIDCP1 = readRscp(PosPVIDCP1);
drawNumber(T1+30, 320, TAG_PVIDCP1, WATT, BLACK);
drawNumber(T1+30, 345, readRscp(PosPVIDCU1), VOLT, BLACK);
if(TAG_PVIDCP1 > 0){
double TAG_PVIDCI1 = readRscp(PosPVIDCI1);
int pviA = TAG_PVIDCI1/100;
int pviDotA = (TAG_PVIDCI1/100 - pviA) * 100;
int x = drawNumber(T1+30-5, 370, pviA, DOT, BLACK);
drawNumber(x, 370, pviDotA, AMP, BLACK);
}
}
else{
DrawImage("Zahlen/pvOff", T1+40, 320);
}
//PVI Tracker 2
if (PVI_TRACKER == 2){
//PVI DC Power2
if(TAG_PVIState >= 1){
int TAG_PVIDCP2 = readRscp(PosPVIDCP2);
drawNumber(T2+30, 320, TAG_PVIDCP2, WATT, BLACK);
drawNumber(T2+30, 345, readRscp(PosPVIDCU2), VOLT, BLACK);
if(TAG_PVIDCP2 > 0){
double TAG_PVIDCI2 = readRscp(PosPVIDCI2);
int pviA = TAG_PVIDCI2/100;
int pviDotA = (TAG_PVIDCI2/100 - pviA) * 100;
int x = drawNumber(T2+30-5, 370, pviA, DOT, BLACK);
drawNumber(x, 370, pviDotA, AMP, BLACK);
}
}
else
DrawImage("Zahlen/pvOff", T2+40, 320);
}
// System_Info
DrawImage("Info/Seriennummer", SIS1, SIR1);
drawOutput(SIS3,SIR1+8,120,12, serialnumber, GREY);
DrawImage("Info/SwRelease", SIS1, SIR2);
drawOutput(SIS3,SIR2+8,120,12, swrelease, GREY);
DrawImage("Info/InstPower", SIS1, SIR3);
snprintf (OUT, (size_t)100, "%i Wp", readRscp(PosInstalledPeak));
drawOutput(SIS3,SIR3+8,120,12, OUT, GREY);
DrawImage("Info/DeratePercent", SIS1, SIR4);
snprintf (OUT, (size_t)100, "%i %%", readRscp(PosDerateAtPercent));
drawOutput(SIS3,SIR4+8,120,12, OUT, GREY);
DrawImage("Info/DeratePower", SIS1, SIR5);
snprintf (OUT, (size_t)100, "%i W", readRscp(PosDerateAtPower));
drawOutput(SIS3,SIR5+8,120,12, OUT, GREY);
DrawImage("Info/EmsState", SIS1, SIR6);
snprintf (OUT, (size_t)100, "0x0%x", readRscp(PosEmsState));
drawOutput(SIS3,SIR6+8,120,12, OUT, GREY);
DrawImage("Info/EpState", SIS1, SIR7);
snprintf (OUT, (size_t)100, "0x0%x", readRscp(PosEpState));
drawOutput(SIS3,SIR7+8,120,12, OUT, GREY);
}
break;
}
//####################################################
//Homematic Grafik erstellen
case ScreenHM:{
if(Homematic_GUI == 1){
GuiTime = make_HM_Gui(GuiTime, counter); //Ausgelagert in die HMGui.h Parameter sind in der HMparameter.h zu difinieren
}
break;
}
//####################################################
//Setup Grafik erstellen
case ScreenSetup:{
GuiTime = SetupTime;
Screen[ScreenShutdown] = readScreen(ScreenShutdown);
int screenShutdown = Screen[ScreenShutdown];
if(counter == 0){
writeScreen(ScreenCounter, 60);
drawMainScreen();
switch(screenShutdown){
case ShutdownSD:{
drawSquare(SP1,RP2-20,180,30,GREY);
drawCorner(SP1,RP2-20,180,30, WHITE);
put_string(SP1+20,RP2-20+8, "3 Sekunden", LIGHT_RED);
break;
}
case ShutdownSRS:{
drawSquare(SP1,RP3-20,180,30,GREY);
drawCorner(SP1,RP3-20,180,30, WHITE);
put_string(SP1+20,RP3-20+8, "Software Neustart", GREEN);
break;
}
case ShutdownHRS:{
drawSquare(SP1,RP4-20,180,30,RED);
drawCorner(SP1,RP4-20,180,30, WHITE);
put_string(SP1+20,RP4-20+8, "Hardware Neustart", WHITE);
break;
}
case ShutdownSStop:{
drawSquare(SP1,RP5-20,180,30,RED);
drawCorner(SP1,RP5-20,180,30, WHITE);
put_string(SP1+20,RP5-20+8, "Software Stoppen", WHITE);
break;
}
case ShutdownSDN:{
drawSquare(SP1,RP2-20,180,30,RED);
drawCorner(SP1,RP2-20,180,30, WHITE);
put_string(SP1+20,RP2-20+8, "SHUTDOWN", WHITE);
break;
}
case ShutdownWD:{
drawSquare(300,200,200,100,RED);
drawCorner(300,200,200,100, WHITE);
drawSquare(304,204,192,92,LIGHT_RED);
drawCorner(304,204,192,92, RED);
put_string(365,235, "Watchdog", WHITE);
put_string(365,250, " Reboot", WHITE);
break;
}
case ShutdownRun:{
drawSquare(SP1,RP2-20,180,30,GREY);
drawCorner(SP1,RP2-20,180,30, WHITE);
put_string(SP1+20,RP2-20+8, "Ausschalten", WHITE);
drawSquare(SP1,RP3-20,180,30,GREY);
drawCorner(SP1,RP3-20,180,30, WHITE);
put_string(SP1+20,RP3-20+8, "Software Neustart", WHITE);
drawSquare(SP1,RP4-20,180,30,GREY);
drawCorner(SP1,RP4-20,180,30, WHITE);
put_string(SP1+20,RP4-20+8, "Hardware Neustart", WHITE);
drawSquare(SP1,RP5-20,180,30,GREY);
drawCorner(SP1,RP5-20,180,30, WHITE);
put_string(SP1+20,RP5-20+8, "Software Stoppen", WHITE);
break;
}
default:{
writeScreen(ScreenShutdown, ShutdownRun);
break;
}
}
//Version anzeigen
readVersion(OUT, Value);
drawSquare(SP1,RP1-20,180,30,GREY);
drawCorner(SP1,RP1-20,180,30, WHITE);
put_string(SP1+20,RP1-20, OUT, WHITE);
put_string(SP1+20,RP1-8, Value, WHITE);
//Daten für PI Informationen laden
char PiTemp[20], PiUptime[40], PiCPU[20], PiIPeth0[24], PiIPwlan0[24], Pieth0[24], Piwlan0[24], Pihost[24];
//Pi Temp
double T = piTemp(PiTemp);
//Pi Uptime
piUptime(PiUptime);
//Pi IP
snprintf(Pihost, (size_t)24, "eth0");
piIP(Pihost, Pieth0);
snprintf(PiIPeth0, (size_t)24, "ETH : %s", Pieth0);
snprintf(Pihost, (size_t)24, "wlan0");
piIP(Pihost, Piwlan0);
snprintf(PiIPwlan0, (size_t)24, "WLAN : %s", Piwlan0);
//Pi CPU
int PiCPUint = piCPU(PiCPU);
//Helligkeit
int brightness = readBrightness();
//PIR
pirUse = readPirUse();
//Grafiken für Pi Informationen erstellen
// Grafik für Helligkeit
drawSquare(SP4,RP1-20,328,60,GREY);
drawCorner(SP4,RP1-20,328,60,WHITE);
drawSquare(SP4+100,RP1-17,225,54,WHITE);
drawCorner(SP4+100,RP1-17,225,54,GREY);
put_string(SP4+6, RP1+4, "Helligkeit", WHITE);
// Grafik für Uptime
drawSquare(SP4,RP2-20,328,60,GREY);
drawCorner(SP4,RP2-20,328,60,WHITE);
drawSquare(SP4+100,RP2-17,225,54,WHITE);
drawCorner(SP4+100,RP2-17,225,54,GREY);
put_string(SP4+6, RP2+4, "PIR", WHITE);
// Grafik für Temp
drawSquare(SP4,RP3-20,328,60,GREY);
drawCorner(SP4,RP3-20,328,60,WHITE);
drawSquare(SP4+100,RP3-17,225,54,WHITE);
drawCorner(SP4+100,RP3-17,225,54,GREY);
put_string(SP4+6, RP3+4, "Uptime", WHITE);
// Grafik für CPU
drawSquare(SP4,RP4-20,328,60,GREY);
drawCorner(SP4,RP4-20,328,60,WHITE);