napoleon leoni
//TemperatureRecorder class //Written by Napoleon Leoni, February 2014 //This class takes a pointer to an LM75B sensor on the MBED //application board and reads it temperature value, keeps track //of the max and min values (since a last reset of the values) and also //keeps a circular buffer of recorded temperature values
Revision 1:8ec88bb8425f, committed 2014-02-21
- Comitter:
- nleoni
- Date:
- Fri Feb 21 06:57:23 2014 +0000
- Parent:
- 0:aca019487653
- Commit message:
- Updated testing of class
Changed in this revision
| temperatureRecorder.cpp | Show annotated file Show diff for this revision Revisions of this file |
| temperatureRecorder.h | Show annotated file Show diff for this revision Revisions of this file |
--- a/temperatureRecorder.cpp Thu Feb 13 07:59:09 2014 +0000
+++ b/temperatureRecorder.cpp Fri Feb 21 06:57:23 2014 +0000
@@ -43,6 +43,7 @@
temperatureRecorder::temperatureRecorder(int bufferSize,LM75B *ptrTsensor){
this->sensorValid=false;
this->resetTemperatureFlag=true;
+ this->externalSensor=false;
if(bufferSize <= this->maxRecordingBufferSize){
this->recordingBufferSize=bufferSize;
} else {
@@ -72,6 +73,7 @@
//check if Trecorder is set in farehnheit if so make the conversion
if(this->temperatureInFarenheit) this->currentTemperature=convertToFarenheit(this->currentTemperature);
//TODO store temperature into buffer
+ }
if(this->resetTemperatureFlag){
//reset max an min values
this->maxTemperature=this->currentTemperature;
@@ -82,8 +84,32 @@
if((this->currentTemperature) > (this->maxTemperature)) this->maxTemperature=this->currentTemperature;
if((this->currentTemperature) < (this->minTemperature)) this->minTemperature=this->currentTemperature;
}
- }
}//end of temperatureRecorder::makeReading()
+
+//**********************************************************************************************//
+// void temperatureRecorder::makeReading(float temperatureInC) //
+// Makes a temperature reading from an external sensor, stores the reading in the appropiate //
+// units in the object's member this->currentTemperature and updates the maxTemperature and //
+// minTemperature //
+// Inputs: float temperatureInC, provide an external reading as opposed to the internally used //
+// LM75B //
+//**********************************************************************************************//
+void temperatureRecorder::makeReading(float temperatureInC){
+ this->currentTemperature=temperatureInC;
+ //check if Trecorder is set in farehnheit if so make the conversion
+ if(this->temperatureInFarenheit) this->currentTemperature=convertToFarenheit(this->currentTemperature);
+ //TODO store temperature into buffer
+ if(this->resetTemperatureFlag){
+ //reset max an min values
+ this->maxTemperature=this->currentTemperature;
+ this->minTemperature=this->currentTemperature;
+ this->resetTemperatureFlag=false;
+ } else {
+ //compare current temperature to stored esxtremes,replace if neccesary
+ if((this->currentTemperature) > (this->maxTemperature)) this->maxTemperature=this->currentTemperature;
+ if((this->currentTemperature) < (this->minTemperature)) this->minTemperature=this->currentTemperature;
+ }
+}//end of temperatureRecorder::makeReading()
//**********************************************************************************************//
// void temperatureRecorder::getTemperature(void){ //
@@ -195,3 +221,33 @@
bool temperatureRecorder::isTemperatureInFarenheit(void){
return this->temperatureInFarenheit;
}
+
+//**********************************************************************************************//
+// void temperatureRecorder::enableExternalSensor(void){ //
+// enables the external sensor mode which allows for manual setting of the temperature //
+// Inputs: void //
+//**********************************************************************************************//
+ void temperatureRecorder::enableExternalSensor(void){
+ this->externalSensor=true;
+ }
+
+//**********************************************************************************************//
+// void temperatureRecorder::enableExternalSensor(void){ //
+// disables the external sensor mode which allows for manual setting of the temperature //
+// Inputs: void //
+//**********************************************************************************************//
+ void temperatureRecorder::disableExternalSensor(void){
+ this->externalSensor=false;
+ }
+
+//**********************************************************************************************//
+// void temperatureRecorder::inputExternalSensorTemperatureInC(float inputTemperatureInC)){ //
+// sets the external sensor temperature which is what is recorded and processed when then //
+// the externalSensor flag is set to true. this enables feeding a synthetic temperature //
+// waveform for testing purposes
+// Inputs: void //
+//**********************************************************************************************//
+ void temperatureRecorder::inputExternalSensorTemperatureInC(float inputTemperatureInC){
+ this->externalSensorTemperatureInC=inputTemperatureInC;
+ }
+
--- a/temperatureRecorder.h Thu Feb 13 07:59:09 2014 +0000
+++ b/temperatureRecorder.h Fri Feb 21 06:57:23 2014 +0000
@@ -30,11 +30,12 @@
public:
private:
- bool recordingEnabled,resetTemperatureFlag,sensorValid,temperatureInFarenheit;
+ bool recordingEnabled,resetTemperatureFlag,sensorValid,temperatureInFarenheit,externalSensor;
int recordingBufferSize;
static const int maxRecordingBufferSize=MAXRECORDINGBUFFER;
float currentTemperature,maxTemperature,minTemperature;
LM75B *tsensor;//pointer to temperature sensor type
+ float externalSensorTemperatureInC;
//public Methods
public:
@@ -44,11 +45,15 @@
temperatureRecorder(int bufferSize,LM75B *ptrTsensor);
void makeReading(void);
+ void makeReading(float);
float getTemperature(void);
float getMaxTemperature(void);
float getMinTemperature(void);
+ void enableExternalSensor(void)
+ void disableExternalSensor(void);
+
void setTemperatureToCelsius(void);
void setTemperatureToFarenheit(void);
bool isTemperatureInFarenheit(void);