Cherry Audio Forums

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      if (inputJackV1.IsConnected())
      {      
         // Read analogue input V1
         tmpFloat = (float)inputJackV1.GetValue();
   
         // Restrict to range +/- 8.0V and add 8.0 to make range 0.0 to 16.0
   
         tmpFloat = 8.0f + Math.min(8.0f, Math.max(-8.0f, tmpFloat));
   
         // Convert to int in range 0 to 16,000
         tmpFloat *= 1000.0f;
         tmpFloat += 0.5f;
         tmpInt = (int)tmpFloat;    // No need to use Math.Floor as all values are positive
      
         // Check if a change in value has occurred.      
         if (previousAnalogueValue[0] != tmpInt)
         {
            ShortMessage analogue14Bit1 = new ShortMessage();
            
            // Record value for next iteration of ProcessSample
            previousAnalogueValue[0] = tmpInt;
         
            // Split value into two 7-bit numbers
   
            intParam1 = (tmpInt & 0x3F80) >> 7;    // MS 'Byte'
            intParam2 = (tmpInt & 0x007F);         // LS 'Byte'
   
            try
            {
               analogue14Bit1.setMessage(ShortMessage.CONTROL_CHANGE, 0, intParam1, intParam2);
            }
            catch (InvalidMidiDataException e)
            {
               // Do nothing for time being
            }
               
            midiOutputJack1.AddMessage(analogue14Bit1);
         }
      }

Code: Select all

      // Process any pending MIDI input stream messages
      ArrayList<ShortMessage> events = midiInputJack1.GetMessages();
   
      // events will be non-null if there are
      // MIDI events to process
      if (events != null)
      {
         int numEvents = events.size();   
         for (int ix = 0; ix < numEvents; ix++)
         {
            ShortMessage event = events.get(ix);
         
            int command = event.getCommand();
         
            if (command == ShortMessage.CONTROL_CHANGE)
            {
               midiChannel = event.getChannel();
               intParam1 = event.getData1();
               intParam2 = event.getData2();
               
               if (midiChannel < 8)
               {
                  // Analogue channel 1 to 8
                  tmpInt = (intParam1 << 7) + intParam2;               
                  tmpDouble = ((double)tmpInt * 0.001) - 8.0;
                  
                  analogueOutputValue[midiChannel] = tmpDouble;
               }
               else
               {
                  // Digital channel 15 or 16
                  
                  if (midiChannel == 14)
                  {
                     ch15Param1 = intParam1;
                     ch15Param2 = intParam2;
                     
                     tmpInt = (intParam1 << 7) + intParam2;               
                     tmpDouble = (double)tmpInt * 0.0006510417;
                     analogueOutput15 = tmpDouble;
                     
                     updateCh15 = true;
                  }
                  else if (midiChannel == 15)
                  {
                     ch16Param1 = intParam1;
                     ch16Param2 = intParam2;
                     
                     tmpInt = (intParam1 << 7) + intParam2;               
                     tmpDouble = (double)tmpInt * 0.0006510417;
                     analogueOutput16 = tmpDouble;
                     
                     updateCh16 = true;
                  }
               }
            
            }  // End of if (command == ShortMessage.CONTROL_CHANGE)
         }  // End of for (int ix=0; ix < numEvents; ix++)
      }  // End of if (events!= null)