Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen gezeigt.

--- projekte2014:beerbot:dokumentation:software [2014/07/29 15:26]
wuxmax [Main Sketch]
+++ projekte2014:beerbot:dokumentation:software [2016/01/21 12:45] (aktuell)
@@ Zeile 1: / Zeile 1: @@
-====== Softwaredokumentation ======
+====== Quellcode ======
 ===== Main Sketch =====
@@ Zeile 281: / Zeile 281: @@
 ==== BeerBotLib ====
+This library defines and implements all classes that are needed to control the different components of the robot, except for the thermal camera.
 === BeerBotLib.h ===
@@ Zeile 789: / Zeile 791: @@
 ==== ThermalCam ====
+This library defines and implements only the ThermalCam class. We seperated the thermal camera library, because it is the largest and most complex part of the software.
 === ThermalCam.h ===
@@ Zeile 808: / Zeile 812: @@
 		int sweepSpeed;
-		int servoSpeed;
-		float tolerance;
 		double* pixelTemps;
-		double pixelCompressedTo16[16];
-		double midPixels;
-		double leftSide;
-		double rightSide;
-		double pixelSum;
-		double coldestPixel;
 		double temperatureBorder;
-		double pixelCompressedTo8[8];
-		int dire;
 		int servoRange;
-		float searchTolerance;
 		boolean foundColdPixel();
 		void getThermalData();
-		void summarizeVerticalPixels();
-		void summarizeMidPixels();
-		boolean checkMidPixelsForCold();
-		void summarizeSides();
-		void moveToColderSide();
-		void moveToCold();
-		void searchColdestPixel();
-		void compressPixelTo8();
 	public:
 		void setup(int servoPin, int temperatureBorder);
 		boolean searchColdSpot();
-		void followColdSpot();
 		int getPos();
 };
@@ Zeile 854: / Zeile 839: @@
 	this-> sweepSpeed = 2;
-	this-> servoSpeed = 1;
-	this-> tolerance = 1.5;
-	this-> midPixels = 0.0;
-	this-> leftSide = 0.0;
-	this-> rightSide = 0.0;
-	this-> pixelSum = 0.0;
-	this-> coldestPixel = 0.0;
 	this-> temperatureBorder = temperatureBorder;
-	this-> dire = 0.0;
 	this-> servoRange = 90;
-	this-> searchTolerance = 1.5;
 }
+/*
+    Function for getting the thermaldata.
+*/
 void ThermalCam::getThermalData() {
-  sensor.readTemperatures();
+    sensor.readTemperatures();
-  pixelTemps = sensor.getPixelTemperatures();
+    pixelTemps = sensor.getPixelTemperatures();
 }
-void ThermalCam::summarizeVerticalPixels() {
+/*
-  for( int x = 0; x < 16; x++ ) {
+    Function sets thermalcam-servo to 90 degrees.
-    for( int y = 0; y < 4; y++ ) {
+    Servo does a complete sweep and every degree the thermaldata gets checked for a cold source.
-      pixelSum += pixelTemps[ y + x * 4 ];
+    If there is a cold source, "true" is returned back, else "false".
-    }
+*/
-    pixelCompressedTo16[x] = pixelSum / 4.0;
-    pixelSum = 0.0;
-  }
-}
-void ThermalCam::summarizeMidPixels() {
-  midPixels = ( pixelCompressedTo16[8] + pixelCompressedTo16[9] ) / 2;
-}
-boolean ThermalCam::checkMidPixelsForCold() {
-	return (midPixels < temperatureBorder);
-}
-void ThermalCam::summarizeSides() {
-    for( int x = 3; x < 8; x++ ) {
-    rightSide += pixelCompressedTo16[x];
-  }
-  rightSide /= 7;
-    for( int x = 8; x < 13; x++ ) {
-    leftSide += pixelCompressedTo16[x];
-  }
-  leftSide /= 7;
-}
-void ThermalCam::moveToColderSide() {
-  if( leftSide < rightSide && ( rightSide - leftSide ) > tolerance ) myServo.moveLeft((int)servoSpeed, 15);
-  else if( rightSide < leftSide && ( leftSide - rightSide ) > tolerance ) myServo.moveRight((int)servoSpeed, 15);
-  else;
-}
 boolean ThermalCam::searchColdSpot() {
-	myServo.setPos(90);
+    myServo.setPos(90);
-	delay(100);
+    delay(100);
-	for (int i = 0; i < servoRange; i++) {
+    for (int i = 0; i < servoRange; i++) {
-		myServo.sweep((int)sweepSpeed, servoRange, 15);
+        myServo.sweep((int)sweepSpeed, servoRange, 15);
-		getThermalData();
+        getThermalData();
-		for (int i = 28; i < 36; i++) {
+	if (foundColdPixel()) {
-			Serial.println(pixelTemps[i]);
+	    return true;
-		}
-		// summarizeVerticalPixels();
-		// summarizeMidPixels();
-		if (foundColdPixel()) {
-			return true;
-		}
 	}
-	return false;
+    }
+    return false;
 }
-void ThermalCam::followColdSpot() {
+/*
-	getThermalData();
+    Function, which gives back the current position (angle) of the thermalcam-servo.
-	//summarizeVerticalPixels();
+*/
-    //compressPixelTo8();
-    searchColdestPixel();
-    moveToCold();
-}
 int ThermalCam::getPos() {
-  return myServo.getPos();
+    return myServo.getPos();
 }
-void ThermalCam::moveToCold() {
+/*
-  if(dire < 28 && coldestPixel < temperatureBorder && getPos() < 90 + servoRange/2) {
+    Function, which checks the two rows in the middle of the thermalcam-pixelarray for a cold source.
-	  myServo.setPos(getPos() + (int)servoSpeed);
+*/
-	  delay(10);
-  }
-  else if(dire > 27 && coldestPixel < temperatureBorder && getPos() > 90 - servoRange/2) {
-	  myServo.setPos(getPos() - (int)servoSpeed);
-	  delay(10);
-  }
-}
 boolean ThermalCam::foundColdPixel() {
-  for( int i = 28; i < 35; i++ )
+    for( int i = 28; i < 35; i++ ) {
-  {
+    if( pixelTemps[i] < temperatureBorder ) return true;
-    if( pixelTemps[i] < temperatureBorder )
-    {
-		return true;
     }
-  }
+    return false;
-  return false;
 }
-void ThermalCam::searchColdestPixel() {
-  coldestPixel = pixelTemps[4];
-  for( int i = 5; i < 60; i++ )
-  {
-    if( pixelTemps[i] < coldestPixel && ( coldestPixel - pixelTemps[i] ) > searchTolerance )
-    {
-    coldestPixel = pixelTemps[i];
-    dire = i;
-    }
-  }
-}
-void ThermalCam::compressPixelTo8() {
-  summarizeVerticalPixels();
-  int j = 0;
-  for( int i = 0; i < 8; i++, j += 2 )
-  {
-    pixelCompressedTo8[i] = pixelCompressedTo16[j] + pixelCompressedTo16[j + 1];
-    pixelCompressedTo8[i] /= 2;
-  }
-}
 </code>
@@ Zeile 998: / Zeile 908: @@
 === NewPing ===
-Library for improved usage of an ultrasonic distance sensor.
+Library for improved usage of an ultrasonic distance sensor with a Teensy.
 https://github.com/PaulStoffregen/NewPing

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