Translating Building Information Modeling to Building Energy Modeling Using Model View Definition

Algorithm 3

A code block of the generated ModelicaBEM presenting material objects for wall objects, the wall objects, and room objects using the Revit2Modelica prototype.

Material instances

//Wall material information

 PBIM.BIMPackage.Material WallsMaterial194276(x=0.1, k=0.14, c=900, d=530, R=0.714285714285714);

 PBIM.BIMPackage.Material WallsMaterial205734(x=0.1, k=0.14, c=900, d=530, R=0.714285714285714);

 PBIM.BIMPackage.Material WallsMaterial194278(x=0.1, k=0.14, c=900, d=530, R=0.714285714285714);

Wall instances

//Wall information

 PBIM.BIMPackage.Wall Walls194276(structure(material={WallsMaterial194276},

  final nLay=1, absIR_a=0.9,absSol_a=0.6),area=11.0700000000014, tilt=1.5707963267949,

  azi=3.14159265358979);

 PBIM.BIMPackage.Wall Walls205734(structure(material={WallsMaterial205734},

  final nLay=1, absIR_a=0.9,absSol_a=0.6),area=16.200000000003, tilt=1.5707963267949,

  azi=1.5707963267949);

 PBIM.BIMPackage.Wall Walls194278(structure(material={WallsMaterial194278},

  final nLay=1, absIR_a=0.9,absSol_a=0.6),area=11.0700000000014, tilt=1.5707963267949, azi=0);

Room instances

//Room information

 PBIM.BIMPackage.Room Room1(...

  nConExt=5,datConExt(layers={Walls194276.structure,...},

  A={Walls194276.area,...},

  til={Walls194276.tilt,...},azi={Walls194276.azi,...}),

  nConExtWin=0,

  nConBou=1, datConBou(layers={Walls205734.structure}, A={Walls205734.area},

  til={Walls205734.tilt}),

  nConPar=0,nSurBou=0,nPorts=1);

 PBIM.BIMPackage.Room Room2(...

  nConExt=5,datConExt(layers={Walls194278.structure,...},

  A={Walls194278.area,...},

  til={Walls194278.tilt,...},

  azi={Walls194278.azi,...}),

  nConExtWin=0, nConBou=0, nConPar=0,

  nSurBou=1, surBou(A={Walls205734.area},

        absIR={Walls205734.structure.absIR_a}, absSol={Walls205734.structure.absSol_a},

        til={Walls205734.tilt}),

  nPorts=1);