Changes submitted by Ron aka rescotti47

lib/KBox/src/KBox.cpp

@@ -45,11 +45,13 @@ void KBox::setup() {
   neopixels.show();
 
   // Initialize serialports
-  digitalWrite(nmea1_out_enable, 0);
+  //RES_MOD_11_6_17  enable nmea1 output - set one to 'high'  1`?!
+  digitalWrite(nmea1_out_enable, 1);
   digitalWrite(nmea2_out_enable, 0);
   pinMode(nmea1_out_enable, OUTPUT);
   pinMode(nmea2_out_enable, OUTPUT);
-  NMEA1_SERIAL.begin(38400);
+  //RES_MOD_7_25_17 set baud rate for NMEA0183
+  NMEA1_SERIAL.begin(4800);
   NMEA2_SERIAL.begin(38400);
 
   // Initialize ADC
@@ -71,11 +73,13 @@ void KBox::setup() {
   //adc.setConversionSpeed(ADC_LOW_SPEED, ADC_1);
   //adc.setSamplingSpeed(ADC_HIGH_SPEED, ADC_1);
 
-
   taskManager.addTask(&mfd);
   taskManager.setup();
 }
 
 void KBox::loop() {
   taskManager.loop();
+  //RES_MOD_11_6_17 add next line to test writting to NMEA1 out
+  NMEA1_SERIAL.write("in loop");
+  DEBUG("debug in loop");
 }

lib/KBox/src/KMessage.h

@@ -47,9 +47,9 @@ class KMessage {
 class KVisitor {
   public:
     virtual void visit(const NMEASentence &) {};
-    virtual void visit(const BarometerMeasurement &) {};
     virtual void visit(const VoltageMeasurement &) {};
     virtual void visit(const NMEA2000Message &) {};
+    virtual void visit(const BarometerMeasurement &) {};
     virtual void visit(const IMUMessage &) {};
 };
 
@@ -180,14 +180,15 @@ class IMUMessage: public KMessage {
      * Pitch in radians. Positive when bow rises.
      */
     double getPitch() const {
-      return pitch;
+          return pitch;
     };
 
     /*
      * Roll in radians. Positive when tilted right.
      */
+
     double getRoll() const {
-      return roll;
+        return roll;
     };
 };
 

lib/KBox/src/KMessageNMEAVisitor.cpp

@@ -23,28 +23,14 @@
 */
 
 #include "KMessageNMEAVisitor.h"
+#include "KBoxDebug.h"
 #include "util/NMEASentenceBuilder.h"
 #include "util/nmea2000.h"
 
 void KMessageNMEAVisitor::visit(const NMEASentence& s) {
   nmeaContent += s.getSentence() + "\r\n";
 }
 
-void KMessageNMEAVisitor::visit(const BarometerMeasurement &bm) {
-  // XDR is not a very well defined sentence. Can be used for lots of things
-  // apparently but that is better than nothing.
-  NMEASentenceBuilder sb("II", "XDR", 8);
-  sb.setField(1, "P");
-  sb.setField(2, bm.getPressure(), 5);
-  sb.setField(3, "B");
-  sb.setField(4, "Barometer");
-  sb.setField(5, "T");
-  sb.setField(6, bm.getTemperature());
-  sb.setField(7, "C");
-  sb.setField(8, "TempAir");
-  nmeaContent += sb.toNMEA() + "\r\n";
-}
-
 void KMessageNMEAVisitor::visit(const VoltageMeasurement &vm) {
   NMEASentenceBuilder sb("II", "XDR", 4);
   sb.setField(1, "V");
@@ -63,37 +49,66 @@ void KMessageNMEAVisitor::visit(const NMEA2000Message &n2km) {
   free(s);
 }
 
+void KMessageNMEAVisitor::visit(const BarometerMeasurement &bm) {
+  // XDR is not a very well defined sentence. Can be used for lots of things
+  // apparently but that is better than nothing.
+  double respressure = bm.getPressure();
+  //RES_MOD_7_29_17 convert pressure to Bar not hBar - 5 decimal places
+  respressure = respressure/100000;
+  NMEASentenceBuilder sb("II", "XDR", 8);
+  sb.setField(1, "P");
+  sb.setField(2, respressure, 5);
+  sb.setField(3, "B");
+  sb.setField(4, "Barometer");
+  sb.setField(5, "C");
+  sb.setField(6, bm.getTemperature());
+  sb.setField(7, "C");
+  sb.setField(8, "TempAir");
+  nmeaContent += sb.toNMEA() + "\r\n";
+  }
 
-inline static double RadToDeg(double v) { return v*180.0/3.1415926535897932384626433832795; }
-
+	//RES_MOD_7_29_17  for OpenCPN drop yaw data now only 12 instead of 16 data
+	// part of message, switch pitch and roll to match my mount
 void KMessageNMEAVisitor::visit(const IMUMessage &imu) {
-  NMEASentenceBuilder sb("II", "XDR", 16);
+  NMEASentenceBuilder sb("II", "XDR", 12);
+	//sb.setField(1, "A");
+	//sb.setField(2, imu.getYaw(), 1);
+	//sb.setField(3, "D");
+	//sb.setField(4, "Yaw");
+
+  //RES_MOD_7_29_17 DEFINE  NEW VARIABLEs TO ADD OFFSET to pitch and roll
+  // and switch pitch and roll for my mounting, adjust SetField
+  double resrolloffset = imu.getPitch();
+  double resptchoffset = imu.getRoll();
+  resrolloffset = - resrolloffset;
+  resptchoffset = - resptchoffset;
   sb.setField(1, "A");
-  sb.setField(2, RadToDeg(imu.getYaw()), 1);
+  //RES_MOD_7_29_17 use new variable
+  //sb.setField(6, imu.getPitch(), 1);
+  sb.setField(2, resrolloffset, 1);
   sb.setField(3, "D");
-  sb.setField(4, "Yaw");
+  //make pitch to be roll
+  sb.setField(4, "ROLL");
 
   sb.setField(5, "A");
-  sb.setField(6, RadToDeg(imu.getPitch()), 1);
+  //sb.setField(10, imu.getRoll(), 1);
+  sb.setField(6, resptchoffset, 1);
   sb.setField(7, "D");
-  sb.setField(8, "Pitch");
+  // make roll to be pitch; PTCH in OpenCPN
+  sb.setField(8, "PTCH");
 
-  sb.setField(9, "A");
-  sb.setField(10, RadToDeg(imu.getRoll()), 1);
-  sb.setField(11, "D");
-  sb.setField(12, "Roll");
-
-  sb.setField(13, "");
-  sb.setField(14, imu.getCalibration());
-  sb.setField(15, "");
-  sb.setField(16, "Calibration");
+  sb.setField(9, "");
+  sb.setField(10, imu.getCalibration());
+  sb.setField(11, "");
+  sb.setField(12, "Calibration");
 
   nmeaContent += sb.toNMEA() + "\r\n";
 
-  NMEASentenceBuilder sb2("II", "HDM", 2);
-  sb2.setField(1, RadToDeg(imu.getCourse()));
-  sb2.setField(2, "M");
+  //RES_MOD_10_28_17 remove HDM output, as repeated from GPS
+  //NMEASentenceBuilder sb2("II", "HDM", 2);
+  //sb2.setField(1, imu.getCourse());
+  //sb2.setField(2, "M");
 
-  nmeaContent += sb2.toNMEA() + "\r\n";
-}
+  //nmeaContent += sb2.toNMEA() + "\r\n";
 
+}

lib/KBox/src/TaskManager.cpp

@@ -63,7 +63,8 @@ void TaskManager::loop() {
   loopStats.recordRun(loopTimer);
 
   if (statDisplayTimer > statDisplayInterval) {
-    displayStats();
+  //RES_MOD_10_28_17 remove stat display
+    //    displayStats();
     statDisplayTimer = 0;
   }
 }

lib/KBox/src/pages/BatteryMonitorPage.cpp

@@ -35,17 +35,19 @@ BatteryMonitorPage::BatteryMonitorPage() {
 
   addLayer(new TextLayer(Point(col1, row1), Size(20, 20), "House Battery", ColorWhite, ColorBlack, FontDefault));
   addLayer(new TextLayer(Point(col2, row1), Size(20, 20), "House Current", ColorWhite, ColorBlack, FontDefault));
-  addLayer(new TextLayer(Point(col1, row3), Size(20, 20), "Engine Battery", ColorWhite, ColorBlack, FontDefault));
+  addLayer(new TextLayer(Point(col1, row3), Size(20, 20), "Baro Pressure", ColorWhite, ColorBlack, FontDefault));
   addLayer(new TextLayer(Point(col2, row3), Size(20, 20), "Supply Voltage", ColorWhite, ColorBlack, FontDefault));
 
   houseVoltage = new TextLayer(Point(col1, row2), Size(20, 20), "--", ColorWhite, ColorBlack, FontLarge);
   houseCurrent = new TextLayer(Point(col2, row2), Size(20, 20), "--", ColorWhite, ColorBlack, FontLarge);
-  starterVoltage  = new TextLayer(Point(col1, row4), Size(20, 20), "--", ColorWhite, ColorBlack, FontLarge);
+  baroPressure = new TextLayer(Point(col1, row4), Size(20, 20), "101.535", ColorWhite, ColorBlack, FontLarge);
   supplyVoltage = new TextLayer(Point(col2, row4), Size(20, 20), "--", ColorWhite, ColorBlack, FontLarge);
 
   addLayer(houseVoltage);
   addLayer(houseCurrent);
-  addLayer(starterVoltage);
+  //RES_MOD_10_28_17 substatue baroPressure for starterVoltage see above also
+  addLayer(baroPressure);
+  //addLayer(starterVoltage);
   addLayer(supplyVoltage);
 }
 
@@ -57,35 +59,56 @@ Color BatteryMonitorPage::colorForVoltage(float v) {
     return ColorRed;
   }
   if (v < 13.5) {
-    return ColorGreen;
   }
   return ColorBlue;
 }
-
+//RES_MOD_10_28_17 add color for pressure
+Color BatteryMonitorPage::colorForPressure(float b) {
+   return ColorRed;
+}
 String BatteryMonitorPage::formatMeasurement(float measure, const char *unit) {
   // extra spaces at the end needed to clear previous value completely
   // (we use a non-fixed width font)
   char s[10];
+  //RES_MOD_10_28_17 change format to 6.2?
+  //snprintf(s, sizeof(s), "%6.2f %s  ", measure, unit);
+  if (unit = "V"){
   snprintf(s, sizeof(s), "%.1f %s  ", measure, unit);
-  return String(s);
+}
+  else {
+  snprintf(s, sizeof(s), "%8.4f %s  ", measure, unit);
+  }
+return String(s);
 }
 
 void BatteryMonitorPage::processMessage(const KMessage &message) {
   message.accept(*this);
 }
 
+//RES_MOD_10_28_17 My playing around with the display
+void BatteryMonitorPage::visit(const BarometerMeasurement &bm) {
+//double respressure = bm.getPressure();
+//RES_MOD_7_29_17 convert pressure to Bar not hBar - 5 decimal places
+//respressure = respressure/1000;
+//respressure = 101.3;
+DEBUG(" pressure from BatteryMonitorPage", bm.getTemperature());
+baroPressure->setText(formatMeasurement(bm.getTemperature(), "C"));
+baroPressure->setColor(colorForPressure(bm.getTemperature()));
+}
+
 void BatteryMonitorPage::visit(const VoltageMeasurement &vm) {
 if (vm.getLabel() == "house") {
-    houseVoltage->setText(formatMeasurement(vm.getVoltage(), "V"));
-    houseVoltage->setColor(colorForVoltage(vm.getVoltage()));
-  }
+   houseVoltage->setText(formatMeasurement(vm.getVoltage(), "V"));
+   houseVoltage->setColor(colorForVoltage(vm.getVoltage()));
+   DEBUG("print from Display", vm.getVoltage());
+   }
   if (vm.getLabel() == "supply") {
     supplyVoltage->setText(formatMeasurement(vm.getVoltage(), "V"));
     supplyVoltage->setColor(colorForVoltage(vm.getVoltage()));
   }
-  if (vm.getLabel() == "starter") {
-    starterVoltage->setText(formatMeasurement(vm.getVoltage(), "V"));
-    starterVoltage->setColor(colorForVoltage(vm.getVoltage()));
-  }
+  //if (vm.getLabel() == "starter") {
+    //Original below
+    //starterVoltage->setText(formatMeasurement(vm.getVoltage(), "V"));
+    //starterVoltage->setColor(colorForVoltage(vm.getVoltage()));
+  //}
 }
-

lib/KBox/src/pages/BatteryMonitorPage.h

@@ -25,17 +25,26 @@
 #include "MFD.h"
 #include "KMessage.h"
 #include "ui/TextLayer.h"
+//RES_MOD_10_28_17 indclude DEBUG
+#include "KBoxDebug.h"
 
 class BatteryMonitorPage : public Page, public KReceiver, public KVisitor {
   private:
-    TextLayer *houseVoltage, *houseCurrent, *starterVoltage, *supplyVoltage;
+    //RES_MOD_10_28_17 substatue baroPressure for starterVoltage
+    TextLayer *houseVoltage, *houseCurrent, *baroPressure, *supplyVoltage;
 
     Color colorForVoltage(float v);
     String formatMeasurement(float measure, const char *unit);
 
+    //RES_MOD_10_28_17 setup color for Pressure
+    Color colorForPressure(float b);
+
+
   public:
     BatteryMonitorPage();
 
     void processMessage(const KMessage& message);
     void visit(const VoltageMeasurement&);
+    //RES_MOD_10_28_17 add this to public
+    void visit(const BarometerMeasurement&);
 };

lib/KBox/src/tasks/BarometerTask.cpp

@@ -41,8 +41,8 @@ void BarometerTask::setup() {
 void BarometerTask::fetchValues() {
   temperature = bmp280.readTemperature();
   pressure = bmp280.readPressure();
-
-  DEBUG("Read temperature=%.2f C and pressure=%.1f hPa", temperature, pressure/100);
+  //RES_MOD_10_28_17  clean up debug output to nmea cmmds only
+  //DEBUG("Read temperature=%.2f C and pressure=%.1f hPa", temperature, pressure/100);
   BarometerMeasurement m(temperature, pressure);
   sendMessage(m);
 }

lib/KBox/src/tasks/SDCardTask.cpp

@@ -59,11 +59,16 @@ void SDCardTask::loop() {
   if (!isLogging()) {
     return;
   }
-  for (LinkedList<Loggable>::iterator it = receivedMessages.begin(); it != receivedMessages.end(); it++) {
+    for (LinkedList<Loggable>::iterator it = receivedMessages.begin(); it != receivedMessages.end(); it++) {
     logFile->print(it->timestamp);
     logFile->print(",");
     logFile->print(it->_message);
     logFile->println();
+    //RES_MOD_10_28_17 send character message to DEBUG
+    const char *messagecpy = (it->_message.c_str());
+    //DEBUG("Nmea data to follow","\n");
+    DEBUG(messagecpy);
+    //end of my MOD
   }
   // Force data to SD and update the directory entry to avoid data loss.
   if (!logFile->sync() || logFile->getWriteError()) {
@@ -154,7 +159,7 @@ uint64_t SDCardTask::getFreeSpace() const {
   // the running led stops flashing (although we do still call digitalWrite on it)
   // the serial ports start messing up big time (missing a lot of data)
   // eventually other things crash...
-  // Could be a memory problem or something like that. Have not found 
+  // Could be a memory problem or something like that. Have not found
   // it yet but the culprit is this line so for now it is disabled.
   uint64_t space = 0; //logFile->volume()->freeClusterCount();
   space *= logFile->volume()->blocksPerCluster();

lib/KBox/src/tasks/SDCardTask.h

@@ -49,6 +49,9 @@ class SDCardTask : public Task, public KReceiver {
     LinkedList<Loggable> receivedMessages;
 
   public:
+    //RES_MOD_10_28_17 add messagecpy to public string
+    String messagecpy() const;
+    //end of my add
     SDCardTask();
     virtual ~SDCardTask();
 

lib/KBox/src/tasks/WiFiTask.cpp

@@ -41,11 +41,14 @@ void WiFiTask::loop() {
     if (rxBuf[rxIndex - 1] == '\n') {
       rxBuf[rxIndex - 1] = 0;
       DEBUG("WiFi: %s", rxBuf);
+      //RES_MOD_10_28_17  add a blank line in output
+      DEBUG("");
       rxIndex = 0;
     }
     if (rxIndex >= sizeof(rxBuf) - 1) {
       rxBuf[rxIndex] = 0;
       DEBUG("WiFi full: %s", rxBuf);
+      DEBUG("");
       rxIndex = 0;
     }
   }
@@ -62,13 +65,15 @@ void WiFiTask::loop() {
     }
 
     if (WiFiSerial.availableForWrite() <= 0) {
-      //DEBUG("Not sending because send buffer is full (need %i but %i available).", toSend.length(), WiFiSerial.availableForWrite());
+      //RES_MOD_9_6_17 comment debug
+    //DEBUG("Not sending because send buffer is full (need %i but %i available).", toSend.length(), WiFiSerial.availableForWrite());
       break;
     }
     size_t available = WiFiSerial.availableForWrite();
     String s = toSend;
     s.remove(available);
     size_t written = WiFiSerial.print(s);
+    //RES_MOD_9_6_17 comment debug
     //DEBUG("Sent %i/%i (%i avail) of %s", written, toSend.length(), available, toSend.c_str());
 
     if (written == toSend.length()) {
@@ -96,5 +101,3 @@ void WiFiTask::processMessage(const KMessage &m) {
   m.accept(v);
   sendQueue.add(v.toNMEA());
 }
-
-