Diff: main.cpp

Revision:

21:3b3d7bfcf94b

Parent:

20:7f25e4cedd1a

--- a/main.cpp	Thu Jul 13 15:46:19 2017 +0000
+++ b/main.cpp	Wed Oct 18 17:00:11 2017 +0000
@@ -49,51 +49,52 @@
 /* Variables -----------------------------------------------------------------*/
 
 Serial pc(USBTX, USBRX);
-//Serial pc(SERIAL_TX, SERIAL_RX);
 DigitalOut myled(LED1);
 
 
 /* Functions -----------------------------------------------------------------*/
 
 int main() {  
-    XNucleoIKA01A1 *analog_expansion_board = XNucleoIKA01A1::instance(X_NUCLEO_IKA01A1_PIN_INSTRUMENTATION_AMP,
-                                                                      X_NUCLEO_IKA01A1_PIN_CURRENT_SENSING,
-                                                                      X_NUCLEO_IKA01A1_PIN_PHOTO_SENSOR, 
-                                                                      X_NUCLEO_IKA01A1_PIN_WINDOWS_COMP_SIGNAL_1,
-                                                                      X_NUCLEO_IKA01A1_PIN_WINDOWS_COMP_SIGNAL_2,
-                                                                      X_NUCLEO_IKA01A1_PIN_PWM_LED_DRIVER_OUTPUT,
-                                                                      5000);
+    XNucleoIKA01A1 *analog_expansion_board = XNucleoIKA01A1::instance(
+        X_NUCLEO_IKA01A1_PIN_INSTRUMENTATION_AMP,
+        X_NUCLEO_IKA01A1_PIN_CURRENT_SENSING,
+        X_NUCLEO_IKA01A1_PIN_PHOTO_SENSOR, 
+        X_NUCLEO_IKA01A1_PIN_WINDOWS_COMP_SIGNAL_1,
+        X_NUCLEO_IKA01A1_PIN_WINDOWS_COMP_SIGNAL_2,
+        X_NUCLEO_IKA01A1_PIN_PWM_LED_DRIVER_OUTPUT,
+        5000
+    );
+
     analog_expansion_board->init();
     TSZ124 *instr_amp = analog_expansion_board->tsz124;
     TSU104 *photo_sensor_wind_comp = analog_expansion_board->tsu104;
-    TSV734 *led_driver = analog_expansion_board->tsv734;  
-    double duty_cycle = 0;    
-    
-    while(1) {            
-        pc.printf("\nLooping...\n");
+    TSV734 *led_driver = analog_expansion_board->tsv734;
+    double duty_cycle = 0;
 
+    /* Printing to the console. */
+    pc.printf("Analog Application Example\r\n\n");
+
+    /* Looping. */
+    while(1) {
         unsigned int op_amp_voltage = instr_amp->get_voltage();
         unsigned int op_amp_current = instr_amp->get_current();
-        // pass the analog pin name on which voltage is to be read (e.g. A3 on LPCxpresso lpc11u68)
-        unsigned int photo_sensor_voltage = photo_sensor_wind_comp->get_voltage();                
-        unsigned int wind_com_pin1 = photo_sensor_wind_comp->get_signal1();               
-        unsigned int wind_com_pin2 = photo_sensor_wind_comp->get_signal2();                  
-        
-        pc.printf("\nopAmp measured voltage(mV): %u \n", op_amp_voltage);  
-        pc.printf("\nopAmp measured Current(mA): %u \n", op_amp_current); 
-        pc.printf("\nphotodiode sensor output voltage(mV): %u \n", photo_sensor_voltage); 
-        pc.printf("\nWindows comparator: signal 1 value(pin D2): %u \n", wind_com_pin1);         
-        pc.printf("\nWindows comparator: signal 1 value(pin D4): %u \n", wind_com_pin2);   
+        unsigned int photo_sensor_voltage = photo_sensor_wind_comp->get_voltage();
+        unsigned int wind_com_pin1 = photo_sensor_wind_comp->get_signal1();
+        unsigned int wind_com_pin2 = photo_sensor_wind_comp->get_signal2();
 
-        duty_cycle += 0.1; 
+        pc.printf("\r\nOpAmp measured Voltage(mV): %u", op_amp_voltage);
+        pc.printf("\r\nOpAmp measured Current(mA): %u", op_amp_current);
+        pc.printf("\r\nPhotodiode sensor output voltage(mV): %u", photo_sensor_voltage);
+        pc.printf("\r\nWindows comparator: signal 1 value(pin D2): %u", wind_com_pin1);
+        pc.printf("\r\nWindows comparator: signal 1 value(pin D4): %u", wind_com_pin2);
+        pc.printf("\r\nLED Driver: duty cycle: %.2lf %%\r\n", led_driver->set_duty_cycle(duty_cycle));
+                                          
+        duty_cycle += 0.1;
         if (duty_cycle >= 1) {
             duty_cycle = 0;
         }
-                     
-        pc.printf("\nLED Driver: duty cycle: %.2lf percent \n", led_driver->set_duty_cycle(duty_cycle));              
-                                          
+
         myled = !myled;
         wait(1);      
     }    
 }
-