SuperElevation in ORD back to SEP/SRL format of SS2/SS4

HI,

We have at hand an XML of the Superelevation Standards for Singapore, I am wondering if anyone can help to convert it to SEP/SRL format to be used in either SS2 or SS4 versions of InRoads.

Thanks!

<?xml version="1.0" encoding="utf-8"?>
<OpenRoadsSuperelevation logFile="" xmlns="OpenRoads">
  <Units length="meter" />
  <CreationByCorridorSettings eSelection="Singapore LTA Superlevation EMax 6%" lSelection="Singapore LTA Transition Length" designSpeed="80" pivotMethod="Crown" />
  <UserVariables />
  <MaximumERateCalculations>
    <RateEquation name="Singapore LTA Superlevation EMax 6%" equation="eRate">
      <Variable name="Friction" description="f value for cars at different speeds">
        <Table inputVariableName="Speed" interpolationType="linearInterpolation" description="Table 10.14">
          <TableEntry inputValue="40" outputValue="0.16" />
          <TableEntry inputValue="50" outputValue="0.16" />
          <TableEntry inputValue="60" outputValue="0.15" />
          <TableEntry inputValue="70" outputValue="0.15" />
          <TableEntry inputValue="80" outputValue="0.14" />
          <TableEntry inputValue="90" outputValue="0.13" />
        </Table>
      </Variable>
      <Variable name="superCalc" equation="(Speed*Speed*MaxERate/((127*Rad)*(MaxERate+Friction)))" />
      <Variable name="PreciseERate" equation="if Rad &lt; minRadius ? maxERate : if superCalc &lt;  InitialCrossSlope ?  InitialCrossSlope : if superCalc &gt; 0.03 ? superCalc : 0.03" />
      <Variable name="RoundedeRate" equation="((floor(PreciseERate/0.005))*0.005)+0.005" description="Apply 0.5% rounding up to PreciseERate" />
      <Variable name="eRate" equation="if ABS(PreciseERate/0.005 - floor(PreciseERate/0.005)) &gt; 0.0001 ? RoundedeRate : PreciseERate" description="Check Precise eRate was not an exact multiple of 0.5% not requiring to be rounded up" />
      <Variable name="minRadius" description="Table 10.2">
        <Table inputVariableName="Speed" interpolationType="userLowerBound">
          <TableEntry inputValue="40" outputValue="60" />
          <TableEntry inputValue="50" outputValue="90" />
          <TableEntry inputValue="60" outputValue="135" />
          <TableEntry inputValue="70" outputValue="185" />
          <TableEntry inputValue="80" outputValue="255" />
          <TableEntry inputValue="90" outputValue="340" />
        </Table>
      </Variable>
      <Variable name="maxERate" equation="0.06" description="Table 10.8" />
      <Variable name="Rad" equation="ABS(Radius)" />
      <Speeds>
        <Speed speed="40" />
        <Speed speed="50" />
        <Speed speed="60" />
        <Speed speed="70" />
        <Speed speed="80" />
        <Speed speed="90" />
      </Speeds>
    </RateEquation>
  </MaximumERateCalculations>
  <TransitionCalculations>
    <TransitionEquation name="Singapore LTA Transition Length" equation="Length">
      <Variable name="PreciseLe" equation="If TransitionRotationRate &gt; TransitionRelativeGrade ? TransitionRotationRate :  TransitionRelativeGrade" />
      <Variable name="Length" equation=" Le -(Le *ABS(InitialCrossSlope)/ABS(MaxE-InitialCrossSlope))" description="Super runoff - length from spiral to curve point to zero cross slope / tangent to spiral point" />
      <Variable name="Le" equation="((floor(PreciseLe/5))*5)+5" description="Apply 5m rounding up to PreciseLe" />
      <Variable name="RotationRate" equation="if Speed &lt; 80 ? 0.126 : 0.09" />
      <Variable name="TransitionRotationRate" equation="ABS((InitialCrossSlope - MaxE)*Speed)/ RotationRate" />
      <Variable name="TransitionRelativeGrade" equation="ABS((InitialCrossSlope - MaxE)* 100 * NRotatedLanes * WidthLane )" />
      <Variable name="DesSpeed" equation="80" />
    </TransitionEquation>
  </TransitionCalculations>
  <TransitionOptions interpolateTables="false" percentTransitionOnTangent="1" useSpiralLength="false" lengthsAreTotalTransition="false" transitionType="Parabolic" nonLinearCurveLength="0" startInsideLaneRotationWithOutside="false" />
  <RunoutOptions isFixedLength="false" length="" />
  <CustomKeyStations description="Full Super inside Curve when there is no transition" criteria="abs( StartOfArc - StartOfSpiral ) &lt; 0.001">
    <Variable name="FullSuper1" equation="If TransitionLength &gt; 0 ? StartOfArc +  LengthOnCurve  : StartOfArc - LengthOnCurve " />
    <Variable name="Reverse1" equation="If TransitionLength &gt; 0 ?  ReverseCrownStation  +  LengthOnCurve  :  ReverseCrownStation  - LengthOnCurve " />
    <Variable name="Zero1" equation="If TransitionLength &gt; 0 ?  RunoffStation  +  LengthOnCurve  :  RunoffStation  - LengthOnCurve " />
    <Variable name="Normal1" equation="If TransitionLength &gt; 0 ?  RunoutStation  +  LengthOnCurve  :  RunoutStation  - LengthOnCurve " />
    <Variable name="LengthOnCurve" equation="abs(0.33*TransitionLength)" />
    <CustomKeyStation type="FullSuper" equation="FullSuper1" />
    <CustomKeyStation type="ReverseCrown" equation="Reverse1" />
    <CustomKeyStation type="ZeroCrossSlope" equation="Zero1" />
    <CustomKeyStation type="NormalCrown" equation="Normal1" />
  </CustomKeyStations>
  <TransitionOverlapOptions>
    <ReverseCurveAdjustmentOption adjustmentType="PlanarTransition" minimumTransitionGap="54" />
  </TransitionOverlapOptions>
</OpenRoadsSuperelevation>