step 1314 and then moved to the unobstructed area step 1308 if however the widget cannot be shrunk to fit in the unobstructed area the system checks to see if there is an unobstructed lower importance value widget in the display i e one that can be replaced to make room step 1316 if there is such a lower importance widget the lower importance widget is removed step 1318 and the obstructed widget full size or shrunken as necessary is inserted in the display in its place step 1308 following step 1308 the system will check if a lower importance value widget was removed step 1310 and if not the process returns to the start if either as a result of step 1304 step 1310 or step 1316 a secondary display 1102 is present the system will determine if the removed widget can be moved to the secondary display 1102 step 1320 if there is no secondary display 1102 then the process returns to the start if there is a secondary display to which the widget of interest can be moved the widget is moved to that secondary display 1102 step 1322 having described various examples from the user perspective the configuration of the system will now be discussed with reference to fig1 and fig1 fig1 illustrates in simplified form an in vehicle system 1400 implementing the operation and processes of any of the variants described herein as shown in fig1 the system 1400 is located in a vehicle 1402 and is made up of multiple sensors s.