1 files changed, 0 insertions, 51 deletions
diff --git a/SDL_Core/src/components/qt_hmi/References/Look/plugins/com/ford/hmiframework/qml/Framework/FGaugeValue.qml b/SDL_Core/src/components/qt_hmi/References/Look/plugins/com/ford/hmiframework/qml/Framework/FGaugeValue.qml
deleted file mode 100644
index 1886d54af..000000000
--- a/SDL_Core/src/components/qt_hmi/References/Look/plugins/com/ford/hmiframework/qml/Framework/FGaugeValue.qml
+++ /dev/null
@@ -1,51 +0,0 @@
-// import QtQuick 1.0 // to target S60 5th Edition or Maemo 5
-import QtQuick 2.0
-
-// The FGauge allows to transform an input value range into an output value rang using a smooth transition
-// it can be e.g. used to transfrom the speed of a vehicle into an angle of the pointer needle
-// The borders of the input and output ranges are mapped to each other and a linear transformation is executed
-
-Item {
-    id: theGauge
-
-    // the time required to move through the full range from e.g. min to max
-    property int fullSweepTime: 1000
-
-    // minimum border, the input value can reach
-    property double minInput: 0.0
-    // maximum value, the input can reach
-    property double maxInput: 100.0
-    // the current input value. Each change will trigger an animated change of the output
-    property double currentInput: 50.0
-
-    // minimum border, the output value can reach
-    property double minOutput: 0.0
-    // maximum value, the output can reach
-    property double maxOutput: 100.0
-    //
-    property double currentOutput: 50.0
-
-    // this is the targetted output. Changing this, will trigger the animation to be executed
-    property double targetOutput
-    // this is the time required to move to the target value
-    property int targetTime
-
-    PropertyAnimation { id: anim; target: theGauge; properties: "currentOutput"; to: theGauge.targetOutput; duration: theGauge.targetTime }
-
-    onCurrentInputChanged: {
-        // we need to calculate the target and the required time to reach it
-        var target = (currentInput - minInput) * (maxOutput - minOutput) / (maxInput - minInput) + minOutput;
-        if(target < minOutput) {
-            target = minOutput;
-        }
-        else if (target > maxOutput) {
-            target = maxOutput;
-        }
-
-        targetTime = Math.abs((target - currentOutput) / (maxOutput - minOutput)) * fullSweepTime;
-        if(targetTime > 0) {
-            targetOutput = target;
-            anim.restart();
-        }
-    }
-}