Index: sources/view/settings/VCalibrationSettings.cpp
===================================================================
diff -u -r10f525ba53f0248265eaaee6c511444a0c4cc495 -rf61d6b9a0c33bf07bc4dc056a7abaf4437f65363
--- sources/view/settings/VCalibrationSettings.cpp	(.../VCalibrationSettings.cpp)	(revision 10f525ba53f0248265eaaee6c511444a0c4cc495)
+++ sources/view/settings/VCalibrationSettings.cpp	(.../VCalibrationSettings.cpp)	(revision f61d6b9a0c33bf07bc4dc056a7abaf4437f65363)
@@ -196,11 +196,13 @@
         case eConductivity         :
         {
             QVariantList initPayloadValues = initList  ( { tr("Coeff 1"),tr("Coeff 2"),tr("Coeff 3"),tr("Coeff 4"),tr("Coeff 5"),tr("Coeff 6"),tr("Coeff 7"), tr("Coeff 8"),tr("Coeff 9"),tr("Coeff 10"),tr("Coeff 11"),tr("Coeff 12"),tr("Cal Time") } ) ;
-            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D17_COND, {{ eRole_Title, tr("Closed Loop Control of Dosing")},   { eRole_Component, tr("D17")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
-            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D27_COND, {{ eRole_Title, tr("Closed Loop Control of Dosing")},   { eRole_Component, tr("D27")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
-            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D29_COND, {{ eRole_Title, tr("Water, Bicarbonate, and Acid")},    { eRole_Component, tr("D29")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
-            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D43_COND, {{ eRole_Title, tr("Self Test")},                       { eRole_Component, tr("D43")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
-            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D74_COND, {{ eRole_Title, tr("Water and Bicarb Collective")},     { eRole_Component, tr("D74")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D17_COND, {{ eRole_Title, tr("Closed Loop Control of Dosing")}, { eRole_Component, tr("D17")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D27_COND, {{ eRole_Title, tr("Closed Loop Control of Dosing")}, { eRole_Component, tr("D27")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D29_COND, {{ eRole_Title, tr("Water, Bicarbonate, and Acid")},  { eRole_Component, tr("D29")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D43_COND, {{ eRole_Title, tr("Self Test")},                     { eRole_Component, tr("D43")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::D74_COND, {{ eRole_Title, tr("Water and Bicarb Collective")},   { eRole_Component, tr("D74")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::P9_COND , {{ eRole_Title, tr("Inlet water")},                   { eRole_Component, tr("P9" )}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
+            _calibrationList.insertRow( GuiDDCalibrationConductivitySensor::P18_COND, {{ eRole_Title, tr("RO outlet water")},               { eRole_Component, tr("P18")}, {eRole_Payload, initPayloadValues  },  {eRole_Received, false }});
             break;
         }
     }
@@ -244,20 +246,57 @@
         break;
     }
     case eDialysatePumpD12  :
+    {
+        DDCalibrationD12DialysatePumpRequestData data;
+        emit didAdjustment(data);
         break;
+    }
     case eDialysatePumpD48  :
+    {
+        DDCalibrationD48DialysatePumpRequestData data;
+        emit didAdjustment(data);
         break;
+    }
     case eAcidTypes         :
+    {
+        for (int i = 0; i  < GuiDDCalibrationAcidType::NUM_OF_ACID_TYPE; i++) {
+            DDCalibrationAcidConcentratesRequestData data;
+            data.mIndex = i;
+            emit didAdjustment(data);
+        }
         break;
+    }
     case eBicarbTypes       :
+    {
+        for (int i = 0; i  < GuiDDCalibrationBicarbType::NUM_OF_BICARB_TYPE; i++) {
+            DDCalibrationBicarbConcentratesRequestData data;
+            data.mIndex = i;
+            emit didAdjustment(data);
+        }
         break;
+    }
     case eAccelerometer     :
+    {
+        DDCalibrationAccelerometerSensorRequestData data;
+        emit didAdjustment(data);
         break;
+    }
     case eBloodLeak         :
+    {
+        DDCalibrationBloodLeakSensorRequestData data;
+        emit didAdjustment(data);
         break;
+    }
     case eConductivity      :
+    {
+        for (int i = 0; i  < GuiDDCalibrationConductivitySensor::NUM_OF_CONDUCTIVITY_SENSORS; i++) {
+            DDCalibrationConductivityRequestData data;
+            data.mIndex = i;
+            emit didAdjustment(data);
+        }
         break;
     }
+    }
 }
 
 /*!