Index: sources/drydemo/StateControllerTreatmentBroadcasts.cpp
===================================================================
diff -u -rc52253ab5fc73e9b59d9cd99eada3d526d799987 -r38521851fd3271aa9a8965067d15daaba0db4b2e
--- sources/drydemo/StateControllerTreatmentBroadcasts.cpp	(.../StateControllerTreatmentBroadcasts.cpp)	(revision c52253ab5fc73e9b59d9cd99eada3d526d799987)
+++ sources/drydemo/StateControllerTreatmentBroadcasts.cpp	(.../StateControllerTreatmentBroadcasts.cpp)	(revision 38521851fd3271aa9a8965067d15daaba0db4b2e)
@@ -76,50 +76,57 @@
     _isBroadcastListReady = true;
 }
 
-void StateController::handleTDPressureProcessAndBroadcastData(const Broadcast_Type BCType)
+void StateController::handleTDPressureBroadcastData(const Broadcast_Type BCType)
 {
     static quint32 broadcastCounter = 10;
-    if (! _treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].isNull()){
-        _treatmentRcvdMessages[ID_UI_PRESSURE_LIMIT_WIDEN_RQST].clear();
-        // TODo address the increase per request
-        handleUIResponseMessage(ID_TD_PRESSURE_LIMIT_WIDEN_RESP, ACCEPT_VALUE);
-    }
+    // Arterial calculations
+    float arterialRandomMMHG = _randNumGenerator.generateDouble() * (_pressureVars.arterialMinLimitMMHG - _pressureVars.arterialMaxLimitMMHG) +
+                               _pressureVars.arterialMaxLimitMMHG;
+    float arterialPevMMHG    = _pressureVars.arterialRawMMHG[_pressureVars.arterialIndex];
 
-    // TODO update the pressures
-    float h2ArtPresMMHG = 12.2;
-    float h14VenPresMMHG = 80.1;
-    quint32 presLimitState = 1;
-    qint32 h2ArtMinLimitMMHG = MIN_ART_PRES_LIMIT_MMHG;
-    qint32 h2ArtMaxLimitMMHG = MAX_ART_PRES_LIMIT_MMHG;
-    qint32 h14VenMinLimitMMGH = MIN_VEN_PRES_LIMIT_MMHG;
-    qint32 h14VenMaxLimitMMHG = MAX_VEN_PRES_LIMIT_MMHG;
-    float h2ArtLongFilterPresMMHG = -23.0;
-    float h14VenLongFilterPresMMHG = 67.5;
-    float tmpPresMMHG = 45.03;
-    float tmpLongFilter = 45.5;
-    float tmpMinLimitMMHG = MIN_TMP_PRES_LIMIT_MMHG;
-    float tmpMaxLimitMMHG = MAX_TMP_PRES_LIMIT_MMHG;
-    float h23BaroPresPSI = 14.2l;
+    _pressureVars.arterialRawMMHG[_pressureVars.arterialIndex] = arterialRandomMMHG;
+    _pressureVars.arterialRunningSumMMHG                       = _pressureVars.arterialRunningSumMMHG - arterialPevMMHG + arterialRandomMMHG;
+    _pressureVars.arterialIndex                                = (_pressureVars.arterialIndex < SHORT_MOVING_AVG_SIZE - 1 ? _pressureVars.arterialIndex + 1 : 0);
+    // Venous calculations
+    float venousRandomMMHG = _randNumGenerator.generateDouble() * (_pressureVars.venousMinLimitMMHG - _pressureVars.venousMaxLimitMMHG) +
+                             _pressureVars.venousMaxLimitMMHG;
+    float venousPevMMHG    = _pressureVars.venousRawMMHG[_pressureVars.venousIndex];
 
+    _pressureVars.venousRawMMHG[_pressureVars.venousIndex] = venousRandomMMHG;
+    _pressureVars.venousRunningSumMMHG                     = _pressureVars.venousRunningSumMMHG - venousPevMMHG + venousRandomMMHG;
+    _pressureVars.venousIndex                              = (_pressureVars.venousIndex < SHORT_MOVING_AVG_SIZE - 1 ? _pressureVars.venousIndex + 1 : 0);
+    // TMP calculations
+    float tmpRandomMMHG = _randNumGenerator.generateDouble() * (_pressureVars.tmpMinLimitMMHG - _pressureVars.tmpMaxLimitMMHG) +
+                          _pressureVars.tmpMaxLimitMMHG;
+    float tmpPevMMHG    = _pressureVars.tmpRawMMHG[_pressureVars.tmpIndex];
+
+    _pressureVars.tmpRawMMHG[_pressureVars.tmpIndex] = tmpRandomMMHG;
+    _pressureVars.tmpRunningSumMMHG                  = _pressureVars.tmpRunningSumMMHG - tmpPevMMHG + tmpRandomMMHG;
+    _pressureVars.tmpIndex                           = (_pressureVars.tmpIndex < SHORT_MOVING_AVG_SIZE - 1 ? _pressureVars.tmpIndex + 1 : 0);
+
     if ((++broadcastCounter % NUM_OF_COUNTS_TIMER_BC_EMIT != 0) && (BCType == BC_DELAYED)) { return; }
 
+    _pressureVars.arterialFilteredMMHG = _pressureVars.arterialRunningSumMMHG / static_cast<float>(SHORT_MOVING_AVG_SIZE);
+    _pressureVars.venousFilteredMMHG   = _pressureVars.venousRunningSumMMHG   / static_cast<float>(SHORT_MOVING_AVG_SIZE);
+    _pressureVars.tmpFilteredMMHG      = _pressureVars.tmpRunningSumMMHG      / static_cast<float>(SHORT_MOVING_AVG_SIZE);
+
     QVariantList msg;
     msg.append(static_cast<quint16>(ID_TD_PRESSURE_DATA));
     msg.append(Can_Id::eChlid_TD_Sync);
-    msg.append(h2ArtPresMMHG);
-    msg.append(h14VenPresMMHG);
-    msg.append(presLimitState);
-    msg.append(h2ArtMinLimitMMHG);
-    msg.append(h2ArtMaxLimitMMHG);
-    msg.append(h14VenMinLimitMMGH);
-    msg.append(h14VenMaxLimitMMHG);
-    msg.append(h2ArtLongFilterPresMMHG);
-    msg.append(h14VenLongFilterPresMMHG);
-    msg.append(tmpPresMMHG);
-    msg.append(tmpLongFilter);
-    msg.append(tmpMinLimitMMHG);
-    msg.append(tmpMaxLimitMMHG);
-    msg.append(h23BaroPresPSI);
+    msg.append(_pressureVars.arterialFilteredMMHG);
+    msg.append(_pressureVars.venousFilteredMMHG);
+    msg.append(_pressureVars.presLimitState);
+    msg.append(_pressureVars.arterialMinLimitMMHG);
+    msg.append(_pressureVars.arterialMaxLimitMMHG);
+    msg.append(_pressureVars.venousMinLimitMMHG);
+    msg.append(_pressureVars.venousMaxLimitMMHG);
+    msg.append(DEF_ART_LONG_FILT_PRES_MMHG);
+    msg.append(DEF_VEN_LONG_FILT_PRES_MMHG);
+    msg.append(_pressureVars.tmpFilteredMMHG);
+    msg.append(DEF_TMP_LONG_FILT_PRES_MMHG);
+    msg.append(_pressureVars.tmpMinLimitMMHG);
+    msg.append(_pressureVars.tmpMaxLimitMMHG);
+    msg.append(DEF_BARO_PRES_PSI);
     _isBroadcastListReady = false;
     _broadcastMessages.append(msg);
     _isBroadcastListReady = true;