inclination instead of angle for bike scenario

Scenarios/gear_scenario_uni_de.xml

@@ -28,19 +28,19 @@
 		<scene>
 			<name>FlatWood</name>
 			<image>assets/wood0.png</image>
-			<triggerCondition>Inclination == 0 &amp;&amp; Ground == 0.4</triggerCondition>
+			<triggerCondition>Inclination == 0 &amp;&amp; Ground == 0.3</triggerCondition>
 			<drawPriority>7</drawPriority>
 		</scene>
 		<scene>
 			<name>10Wood</name>
 			<image>assets/wood10.png</image>
-			<triggerCondition>Inclination == 10 &amp;&amp; Ground == 0.4</triggerCondition>
+			<triggerCondition>Inclination == 10 &amp;&amp; Ground == 0.3</triggerCondition>
 			<drawPriority>8</drawPriority>
 		</scene>
 		<scene>
 			<name>20Wood</name>
 			<image>assets/wood20.png</image>
-			<triggerCondition>Inclination == 20 &amp;&amp; Ground == 0.4</triggerCondition>
+			<triggerCondition>Inclination == 20 &amp;&amp; Ground == 0.3</triggerCondition>
 			<drawPriority>9</drawPriority>
 		</scene>
 		
@@ -530,7 +530,7 @@
 			<stepSize>10</stepSize>
 			<variable>
 				<name>Inclination</name>
-				<unit>°</unit>
+				<unit>%</unit>
 				<value>-10</value>
 			</variable>
 			<modifyValueOnRotation>True</modifyValueOnRotation>
@@ -1098,7 +1098,8 @@
 						<unit>Gear</unit>
 					</parameter>
 				</parameters>
-				<invoke>Math.floor((74 * 10 * (Ground + Math.sin(Inclination/180 * 3.14))) * ( (37*(5+((PedalGear-1)*2.5))) / ((5-((-(WheelGear)-1)*0.35))*17)));</invoke>
+				<!-- <invoke>Math.floor((74 * 10 * (Ground + Math.sin(Inclination/180 * 3.14))) * ( (37*(5+((PedalGear-1)*2.5))) / ((5-((-(WheelGear)-1)*0.35))*17) ));</invoke> -->
+				<invoke>Math.floor((74 * 10 * (Ground + Inclination/100)) * ( (37*(5+((PedalGear-1)*2.5))) / ((5-((-(WheelGear)-1)*0.35))*17) ));</invoke>
 				<results>
 					<result>
 						<name>ForceOnPedal</name>
@@ -1112,7 +1113,7 @@
 				<parameters>
 					<parameter>
 						<name>Inclination</name>
-						<unit>°</unit>
+						<unit>%</unit>
 					</parameter>
 					<parameter>
 						<name>Ground</name>
@@ -1123,7 +1124,8 @@
 						<unit>km</unit>
 					</parameter>
 				</parameters>
-				<invoke>Math.floor((74 * 10 * (Ground + Math.sin(Inclination/180 * 3.14))) * Distance)</invoke>
+				<invoke>Math.floor((74 * 10 * (Ground + Inclination/100)) * Distance)</invoke>
+				<!--  <invoke>Math.floor((74 * 10 * (Ground + Math.sin(Inclination/180 * 3.14))) * Distance)</invoke>-->
 				<results>
 					<result>
 						<name>Energy</name>