Upload files to "Hotplate_Oled_420CW_31856_20221122_eeprom"

2025-03-12 08:16:50 +01:00
commit 33baef8d7e
5 changed files with 498 additions and 0 deletions
--- a/Hotplate_Oled_420CW_31856_20221122_eeprom/Actionscripts.ino
+++ b/Hotplate_Oled_420CW_31856_20221122_eeprom/Actionscripts.ino
@@ -0,0 +1,79 @@
+void readKlixon(){
+  if (digitalRead(klixon) == false) {
+    statusMessage(4);
+    //setAlert = true;
+  }
+}
+
+void tempControl(int pos){
+  oldtempMeas = tempMeas; //Serial.print(Setpoint); Serial.print("    "); Serial.println(tempMeas);
+  tempMeas = maxthermo.readThermocoupleTemperature();
+  //tempMeas = 20.5;
+  delay(10);
+  fault = maxthermo.readFault();
+  if (fault) {
+    //thermocoupleErrors(fault);
+  } else {
+    if(scrNr == 3){
+      placeValue(0, pos+4, 3, 0, oldtempMeas, tempMeas);   
+      outbar(int(Output/65.0), 139, 64);
+    } else {
+      placeValue(0, pos, 3, 0, oldtempMeas, tempMeas);    
+      outbar(int(Output/40.95), 83, 102);
+    }
+  }
+  Input = tempMeas;
+  myPID.Compute();
+  analogWrite(heat, Output);
+  Serial.println(analogRead(heat));
+}
+
+void processTime(){
+  oldtimeCounter0 = timeCounter0;
+  timeCounter0++;
+  if (timeCounter0 <= timeValue0){
+    placeValue(0, POSX[1][3]+1, 3, 0, oldtimeCounter0, timeCounter0);                 //place actual procestime on screen
+  } else {
+    enter1Pos = 0;
+    placeValue(0, POSX[1][3]+1, 3, 0, oldtimeCounter0, 0);
+    changeMode(oldenter1Pos, enter1Pos);
+    enter1Pos0();
+    enter1Pos3(); //STOP
+  }
+}
+
+void redrawCurve(){
+  curveScreen();
+  for( int i=0;i<lastx;i++){
+    if(bacTemp[i]>0) oled.drawCircle(i+22, bacTemp[i], 1, SSD1322_WHITE);
+    if(bacPoints[i]>0) oled.drawCircle(i+22, bacPoints[i], 2, SSD1322_WHITE);
+  }
+}
+void processTimeC(){
+  oldtimeCounter1 = timeCounter1;
+  timeCounter1++;
+  if (timeCounter1 <= timeValue1){
+    int x = 22+(timeCounter1/curvetimescale)*210;
+    int y = 60-(tempMeas/curvetempscale)*38;
+    oled.drawCircle(x, y, 1, SSD1322_WHITE);
+    lastx = x - 22; bacTemp[lastx] = y;
+    if (timeCounter1 == CURVES[curveNr1][pointcnt][1]) {
+      int x = 22+(CURVES[curveNr1][pointcnt][1]/curvetimescale)*210;
+      int y = 60-(CURVES[curveNr1][pointcnt][0]/curvetempscale)*38;
+      oled.drawCircle(x, y, 2, SSD1322_WHITE);
+      bacPoints[x-22] = y;
+
+      pointcnt++;
+      oldSetpoint = Setpoint;
+      Setpoint = CURVES[curveNr1][pointcnt][0];
+      placeValue(0, POSX[1][2] -2, 3, 0, oldSetpoint, Setpoint);   
+
+    }
+    placeValue(0, POSX[1][3]+1, 3, 0, oldtimeCounter1, timeCounter1);                 //place actual procestime on screen
+  } else {
+    enter1Pos = 0;
+    changeMode(oldenter1Pos, enter1Pos);
+    enter3Pos0();
+    enter3Pos3(); //STOP
+  }
+}