Four Squared / Mbed 2 deprecated SinTest

with sin wave

Dependencies:   MCP4725 mbed

Fork of test01 by Four Squared

Files at this revision

API Documentation at this revision

Revision 2:8fc9f673d972, committed 2016-11-09

Comitter:
xWhitfordx
Date:
Wed Nov 09 18:54:40 2016 +0000
Parent:
1:c5360811157c
Commit message:
With sin wave

Changed in this revision

main.cpp Show annotated file Show diff for this revision Revisions of this file 
diff -r c5360811157c -r 8fc9f673d972 main.cpp
--- a/main.cpp	Wed Nov 02 17:56:38 2016 +0000
+++ b/main.cpp	Wed Nov 09 18:54:40 2016 +0000
@@ -26,11 +26,12 @@
     pc.printf("Ready.......FIGHT!\r\n");
     double freqf;
     // if statement
-    //freqf = 0.5;
-    freqf = 0.05;
+    freqf = 0.5;
+    //freqf = 0.05;
  
  
- 
+    //if statement
+    freqf = freqf/25;
  
  
     while(1) {
@@ -38,7 +39,117 @@
         testLed = 1;
         wait(freqf);
         // Write to DAC register (not EEPROM). Documentation in library files.
-        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) ), false);
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.5 ), false);
+        
+        pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
+        
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.625 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.741 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.842 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.922 ), false);
+        
+        pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
+        
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.976 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.999 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.991 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.952 ), false);
+        
+        pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
+        
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.885 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.794 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.684 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.563 ), false);
+        
+        pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
+        
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.437 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.316 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.206 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.115 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.048 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.009 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.001 ), false);
+        
+        pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
+        
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.024 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.078 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.158 ), false);
+        
+        wait(freqf);
+        // Write to DAC register (not EEPROM). Documentation in library files.
+        bacon.write(MCP4725::Normal, (0xFFF * (1.0/3.32) * 0.375 ), false);
+        
+
+        
         testLed = 0;
         pc.printf("Value is %f V \r\n",analogIn.read()*3.3);
         wait(freqf);