| doubleBaseType Complex Type |
Floating point base type
Namespace: Empty
Schema: Empty
Base Type
doubleContent Type doubleUsages
actual altitude altitude altitude altitude altitude altitude angle angle angleOfAttack angleOfAttack angleOfAttack angleOfAttack angleOfSideslip angleOfSideslip angleOfSideslip angleX angleX antennaPositionGS antennaPositionLOC area area area area b beamSpecificMass bleedAirOfftake bpr00 bulkheadCalotteRadiusAtFrame burstPressure bypassLength c C0 C11 C12 C13 C14 C15 C16 C2 C22 C23 C24 C25 C26 C33 C34 C35 C36 C44 C45 C46 C55 C56 C66 calibratedAirSpeed calibratedAirSpeed calibratedAirSpeed cap cargoCapacity cdFriction cdInduced cdInterference cdPressure cdTrim cdViscous cdWave cH4 chordlength cO2 co2EmissionIndex cO2Mass cOMass commandInput compressedExternalLength compressedSuspensionTravel conditions connectionSearchRadius cont contourCoordinate contourCoordinate controlParameter controlParameter controlParameter controlParameter controlParameter controlParameterBraked controlParameterReleased cornerRadius cost crashEndX crashStartX crossSectionArea cylinderLength cylinderRadius damping deltaTemperature deltaTemperature deltaTemperature deltaTemperature deltaY deltaY1 deltaZ deltaZ1 density density density depthY designVolume diameter diameterProp dihedralAngle directCurrent dishRadius distance distance
doubleConstraintBaseType durchroll dutchRollDamping dutchRollFrequency dy dynamicStiffness E E1 E1 E2 E2 E3 EA EA effectiveVoltage EIxx EIxy EIyy EIyy EIzz electricPowerValue elevation endX endZeta endZetaBlending energySpecificCost eps1c eps1c eps1c eps1c eps1t eps1t eps1t eps1t eps2c eps2c eps2c eps2c eps2t eps2t eps2t eps2t eps3c eps3c eps3t eps3t epsc epsilonF epst eta eta eta eta eta eta etaControlSurface extensionAngle fatigueFactor filletRadius filletRadius filletRadius force force fpr00 fraction freezingPoint frequency fromParameter fromRelativeCircumference fromZeta fuelFraction fuelMass fuelMass fwdLatPanelLowY fwdLatPanelLowY G G G G12 G12 G23 G23 G31 G31 gain gamma gamma12 gamma12 gamma12 gamma12 gamma12 gamma23 gamma23 gamma31 gamma31 gammaCheck GIt GIt glidePathAngle grdPhaseDist gustAngle gustLength gustVelocity h2O h2oEmissionIndex h2OMass h2tR halfAxisFraction hCMass heading heading heatFlowValue height height height height height heightZ hingeLineRotation hingeLineRotation hingeRelHeight hingeXsi htpAlphaDown htpAlphaUp htpAreaToleranceX htpAreaToleranceY htpAreaToleranceZ htpFwdPlateWidth htpFwdReinfRelWidth htpReinfAngle innerBorderToSegmentXsi innerRadius innerRadius instantaneousLoadFactor instantaneousLoadFactor intakeLength It It Jxx Jxy Jxz Jyy Jyz Jzz kAngle kAngleI kAngleRateF1 kAngleRateF2 Kc KIc knuckleRadius kRate kRateI lateralOffset latitude lDA ldgDistance length length length length length length length length length lengthX longitude lowerHeatingValue lowerHeightFraction lowerN1 lowerN2 lowerRadius m m2 ma machCruise machNumber machNumber machNumber machNumber machNumber machNumber majorRadius mass mass massFlowValue massFraction maxFlectionDepth maxRivetLength maxSpringDeflection mechanicalPowerValue membraneRadius membraneRadius minHeight minorRadius minWidth mTrD n1Max n2EmissionIndex n2Max nAlpha negative neutralPosition noBla noiseLevelApproach noiseLevelSideline noiseLevelTakeOff nominalRotationsPerMinute nominalRotationsPerMinute nominalRotationsPerMinute nonRecurringCost noOGV nOXMass nOXMassHumid nu nu nu12 nu23 nu31 nX nY nZ o3 offset offset offset1LocX offset1LocY offset2LocX offset2LocY offsetLocX offsetLocZ opr00 optimalVolume optionalAux1 optionalAux2 orthotropyDirection orthotropyDirection outerBorderToSegmentXsi outerRadius parentHeight parentHeight parentXsi parentXsi pasePBeta phase phasePsiBeta phDamping phDoublingTime phi phi phiCrit pitch plasticEliminationStrain pmo polarOpeningRadius posExcl0DoubleBaseType positionEast positionNorth positionRelZ positionX positionX positionX positionX positionXAngle positionXFact positionXoffset positionY positionYAtCrossBeam positionZ positionZ positive powerOfftake pressure pressure pStar Q11 Q12 Q13 Q22 Q23 Q33 qDiv qStar radius radius radius radiusX radiusY radiusZ ratio ratioP2P1 ratioPhiBeta ratioPoscPav realVolume realVolumeFactor referenceAngle referenceAngle referenceTemperature referenceY referenceY referenceZ referenceZ relDepthEnd relDepthStart relHeight relHeight relHeight relHeight relHeightLE relHeightLE relHeightTE relPos required retractAngle revenue revolutionAngle revolutionAngle rho roll rollAccelerationOnset rollAccelerationStop rollAngle rollFrequency rollRate rollRateOsc rollSpiralDamping rollSpiralProduct rollTimeConstant rotation rotation rotationLocX rotationLocX rotationLocX rotX rotX rotX rotZ rotZ rotZ rotZ rSS rStar safetyFactor scalY scalY scalZ scalZ shearStrength sideboxWidthFactor sideboxWidthFactor sig1c sig1c sig1c sig1c sig1t sig1t sig1t sig1t sig2c sig2c sig2c sig2c sig2t sig2t sig2t sig2t sig3c sig3c sig3t sig3t sigc sigmaF sigt sinkTemperature sO2Mass sootMass sourceTemperature spacing spacing spDamping specificExcessPower specificExcessPower spFrequency spiralDoublingTime spTauRed startX startZeta startZetaBlending staticStiffness staticSuspensionTravel steeringAngle strainRate sustainableLoadFactor sustainedLoadFactor sweepAngle takeOff tangentModulus targetCl tau12 tau12 tau12 tau12 tau12 tau23 tau23 tau31 tau31 temperature temperature tensileStrength thermalConductivity thermalConductivity1 thermalConductivity1 thermalConductivity1 thermalConductivity12 thermalConductivity12 thermalConductivity2 thermalConductivity2 thermalConductivity2 thermalConductivity23 thermalConductivity23 thermalConductivity3 thermalConductivity3 thermalConductivity31 thermalConductivity31 thermalExpansionCoeff thermalExpansionCoeff1 thermalExpansionCoeff1 thermalExpansionCoeff1 thermalExpansionCoeff1 thermalExpansionCoeff12 thermalExpansionCoeff12 thermalExpansionCoeff2 thermalExpansionCoeff2 thermalExpansionCoeff2 thermalExpansionCoeff2 thermalExpansionCoeff23 thermalExpansionCoeff3 thermalExpansionCoeff3 thermalExpansionCoeff31 thickness thickness thickness thicknessScaling thicknessScaling thresholdEast thresholdElevation thresholdNorth thrust00 thrust00Scaling tiltAngle time todV2 todVLiftoff toParameter tORA toRelativeCircumference torque torque toSegmentEta total totalLength touchDown toZeta tPhi trailingEdgeThickness translationLocY translationLocY translationLocY translationLocZ translationLocZ translationLocZ treff trueAirSpeed trueAirSpeed trueAirSpeed trueStress ttan turnOver upperFaceXmax upperFaceXmin upperFaceYmax upperFaceYmin upperN1 upperN2 upperRadius usableVolume useableVolumeFactor v1 v2 vElevOptimal vLiftoff vMCG vRotationOptimal vtpAreaToleranceX vtpAreaToleranceZ vtpIntersectionArc vtpReinfRelWidth vtpReinfRelZ width width width x x x x x x x x x x x xMax xMin xOffset xsi xsi xsi xsi xsi xsi xsi xsi1 xsi2 xsiInnerBorder xsiLowerSkin xsiOuterBorder xsiTE xsiTELower xsiTEUpper xsiUpperSkin y y y y y y y y y yieldStrengthC yieldStrengthT yMax yMin z z z z z z z z z z z z z zBaseAttributes| Name | Type | Required | Description |
|---|---|---|---|
 a | double | Parameter a of the uncertainty distribution function | |
| b | double | Parameter b of the uncertainty distribution function | |
| c | double | Parameter c of the uncertainty distribution function | |
| delta | double | Parameter delta of the uncertainty distribution function | |
| externalDataDirectory | string | Directory of the external data file | |
| externalDataNodePath | string | Path of the node inside the external data file | |
| externalFileName | string | Name of the external data file | |
| mu | double | Parameter mu of the uncertainty distribution function | |
| uncertaintyFunctionName | uncertaintyFunctionType | Name of the uncertainty distribution function | |
| v | double | Parameter v of the uncertainty distribution function | |
| w | double | Parameter w of the uncertainty distribution function |
RemarksBase type for double nodes (including external data attributes)
The double base type can include optional uncertainty information. The description of uncertainties is placed in additional attributes. First, it is described by an attribute that describes the type of uncertainty function called functionName. The functionName attribute includes the tag name of the distribution function which is listened in the table shown below. Each uncertainty function is further describes by a set of parameters that are described in the table below.
