Index: TD_Pressures/loader.py
===================================================================
diff -u -r2127613b536bd68ebbcec1923b5b31d95234be0c -ra7779af44ced3be6e30e4d4d67125d171a641d09
--- TD_Pressures/loader.py	(.../loader.py)	(revision 2127613b536bd68ebbcec1923b5b31d95234be0c)
+++ TD_Pressures/loader.py	(.../loader.py)	(revision a7779af44ced3be6e30e4d4d67125d171a641d09)
@@ -31,7 +31,7 @@
         self.can_interface = self.td_interface.can_interface
         super().__init__(os.path.dirname(__file__))
         if self.can_interface is not None:
-            self.can_interface.register_receiving_publication_function(CAN.DenaliChannels.ui_to_td_ch_id,
+            self.can_interface.register_receiving_publication_function(CAN.CanChannels.ui_to_td_ch_id,
                                                                        MsgIds.MSG_ID_UI_PRESSURE_LIMIT_WIDEN_REQUEST.value,
                                                                        self.handle_pressures_widen_request)
 
@@ -65,6 +65,8 @@
         self.sldVenousValue             = self.find_widget(QtWidgets.QSlider        ,'sldVenousValue'       )
         self.sldVenousValueLong         = self.find_widget(QtWidgets.QSlider        ,'sldVenousValueLong'   )
         self.sldTMPValue                = self.find_widget(QtWidgets.QSlider        ,'sldTMPValue'          )
+        self.sldTmpValueLong            = self.find_widget(QtWidgets.QSlider        ,'sldTmpValueLong'      )
+        self.sldBarometric              = self.find_widget(QtWidgets.QSlider        ,'sldBarometric'        )
 
         self.spnLimitState              = self.find_widget(QtWidgets.QSpinBox       ,'spnLimitState'        )   
         self.tbPressureWidenSend        = self.find_widget(QtWidgets.QToolButton    ,'tbPressuresWidenSend' )
@@ -104,6 +106,12 @@
         self.sldTMPValue            .setMinimum (Ranges.TMP_PRESSURE_MINIMUM)
         self.sldTMPValue            .setMaximum (Ranges.TMP_PRESSURE_MAXIMUM)
         self.sldTMPValue            .setValue   (0)
+        self.sldTmpValueLong        .setMinimum (Ranges.TMP_PRESSURE_MINIMUM)
+        self.sldTmpValueLong        .setMaximum (Ranges.TMP_PRESSURE_MAXIMUM)
+        self.sldTmpValueLong        .setValue   (0)
+        self.sldBarometric          .setMinimum (Ranges.TMP_PRESSURE_MINIMUM)
+        self.sldBarometric          .setMaximum (Ranges.TMP_PRESSURE_MAXIMUM)
+        self.sldBarometric          .setValue   (0)
 
         self.spnArterialLimitLow    .setMinimum (Ranges.ARTERIAL_PRESSURE_LOW_MIN)
         self.spnArterialLimitLow    .setMaximum (Ranges.ARTERIAL_PRESSURE_LOW_MAX)
@@ -148,6 +156,8 @@
         self.sldVenousValue         .valueChanged.connect(self.do_pressures_data)
         self.sldVenousValueLong     .valueChanged.connect(self.do_pressures_data)
         self.sldTMPValue            .valueChanged.connect(self.do_pressures_data)
+        self.sldTmpValueLong        .valueChanged.connect(self.do_pressures_data)
+        self.sldBarometric          .valueChanged.connect(self.do_pressures_data)
 
         self.spnArterialLimitLow    .valueChanged.connect(self.do_pressures_data)
         self.spnArterialLimitHigh   .valueChanged.connect(self.do_pressures_data)
@@ -177,8 +187,10 @@
         H2_arterial_long      = self.sldArterialValueLong  .value()
         H14_venous_long       = self.sldVenousValueLong    .value()
         tmp_pressure          = self.sldTMPValue           .value()
+        tmp_long              = self.sldTmpValueLong       .value()
         tmp_min               = self.spnTMPLimitLow        .value()
         tmp_max               = self.spnTMPLimitHigh       .value()
+        barometric            = self.sldBarometric         .value()
 
         self.td_interface.td_pressure(
             H2_arterial_pressure  ,
@@ -191,8 +203,10 @@
             H2_arterial_long      ,
             H14_venous_long       ,
             tmp_pressure          ,
+            tmp_long              ,
             tmp_min               ,
-            tmp_max               
+            tmp_max               ,
+            barometric               
         )