GitLab

minor code optimization (corresponds to latest changes in rolled out version on download.building-lifecycle-management.de - may 2017)

NOTE: added support to generate element in controller with reference to connected component (boiler etc.) with following mapping entry (sample for boiler):
AssignedToFlowElement;"";"1:1";"IfcBoiler.PSim_Controller";"SimController.simcore:AssignedToFlowElement“;

finalized implementation of IfcComplexProperty convertion (as used for the curve object transformation)
NOTE following issues have to be straightened out in ReqCap in order to have a correct CSV for the further developed convertion logic:

1) FEHLER IN CSV GEFUNDEN (valve trigger muss folgendes prefix in der SimModel Spalte haben):
KindOfController;"";"";"IfcValve.PSim_Controller.GlobalId";"SimFlowPlant.simmep:SimController_SupplyWater_Temperature“;

2) Trigger für Boiler Curve ( CurveTricker;"";"";"IfcBoiler.Pset_BoilerTypeCommon.GlobalId";"SimFlowPlant_NrmlizedBoilerEffCurveName“;) scheint falsch, sollte heissen (?):
KindOfCurve;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.GlobalId";"SimFlowPlant.simgeom:SimPerformanceCurve_Mathematical_Quadratic";

3) KORRIGIERTE CURVE MAPPINGS DES BOILERS
(Struktur der SimModel Spalte : " <Objektname> . <Namesnsraum> : <ElementName> ", bitte auch Element Namen überprüfen, m.E. müsste gleich Objekt „simgeom:SimPerformanceCurve_Mathematical_Quadratic“ sein ?!)

    WaterBoiler;"";"1:1,IfcBoiler.PredefinedType.WATER";"IfcBoiler";"SimFlowPlant_Boiler_BoilerHotWater";
        Properties for Boiler;"";"";"-";“";
            Curve A0;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A0";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coef1Constant";
            Curve A1;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A1";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coef_2_X";
            Curve A2;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A2";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coef_3_X_2";
            Curve A3;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A3";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coef_4_Y";
            Curve A4;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A4";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff5_Y_2";
            Curve A5;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A5";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff6_X_y";
            Curve A6;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A6";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff7_X_3";
            Curve A7;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A7";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff8_Y_3";
            Curve A8;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A8";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff9_X_2_Y";
            Curve A9;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.Coeff_A9";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_Coeff10_X_y_2";
            Curve Maximum Output;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MaximumOutput";"SimFlowPlant_NrmlizedBoilerEffCurveName.simgeom:SimPerfCurve_MaxCurveOutput";
            Curve Maximum X;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MaximumX";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_MaxValX";
            Curve Maximum Y;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MaximumY";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_MaxValY";
            Curve Miminum Output;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MinimumOutput";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_MinCurveOutput";
            Curve Minimum X;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MinimumX";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_MinValX";
            Curve Minimum Y;"";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves.MinimumY";"SimPerformanceCurve_Mathematical_Quadratic.simgeom:SimPerfCurve_MinValY";

4) Referenz auf Sim Curve Objekt muss heissen:
           Boiler Curve Reference;"Note: this element to the boiler object is generated if a curve property (Ifc_ComplexProperty ) is present in ifc model.";"1:1";"IfcBoiler.Pset_BoilerTypeCommon.PartialLoadEfficiencyCurves";"SimFlowPlant.simmep:SimFlowPlant_NrmlizedBoilerEffCurveName“;

removing the parent system attribute from the parent system, submitting the corrected version of simxml

NOTE: Corresponding Entries for IfcGroup, IfcSystem etc. in Mapping Table need to be corrected.

1) added support for static generation of simmodel elements (from entry in mapping table), see sample manually added to CSV:
	SimModelType;"";"Value:Boiler";"IfcBoiler.###.###.Boiler";"SimFlowPlant.simcore:SimModelType";

2) in order to generate a controller connected to a hvac component following entry has ro be added to the components mapping entries (sample for controller of boiler):
	KindOfController;"";"";"IfcBoiler.PSim_Controller.GlobalId";"SimFlowPlant.simmep:SimController_SupplyWater_Temperature";

Note: due to faulty mapping specification for the IfcBoiler all SimController elements have to be removed from output in order to have it valid against the SimModel schema.

now supports nested time series in IfcPropertyReference.
Note: only implementation ready, the mapping entries need to be specified:

INLINE COMMENTS ON NEEDED ENTRIES (AND IMPLEMENTED „CODE BEHIND“ – CB) – EACH INLINE ADDED HYPHEN CORRESPONDS TO ONE NEEDED ENTRY
WITH THESE TO BE ADDED TO REQCAP SPECIFICATIONS (FOR ONE OF TWO POSSIBLE CASES - YEAR or DAY) THREE SIMMODEL ELEMENTS ARE GENERATED.

NOTE: in order to distinguish the two following generally supported time series mapping cases we evaluate the „TimeStep“ field value of the IFC object.
need to this for all following mapping table entries by adding one of the two possible terms in the „MappingType“ CSV column:
- case of year (code behind: value >= 31536000): IfcRegularTimeSeries.###.###.TimeStep.31536000
- case of day (code behind: value <= 3600): IfcRegularTimeSeries.###.###.TimeStep. 3600

1 - SimXML)

<SimTimeSeriesSchedule_Year_Default RefId="ID26351“>

-
RegularTimeSeries_1;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries";"SimTimeSeriesSchedule_Year_Default";

      <simcore:SimUniqueID>4c2ca483-7fd1-4a09-be78-025ebe317d4e</simcore:SimUniqueID>

- CB_1 (due to missing GlobalId on IFC time series object): use "IfcRegularTimeSeries.###.###.CB“ in the IFC column, it returns the unique id of the current element. then in order to add further specification, e.g. the reference id of the week element add the targets specific prefix („_prv02_“) separated by a dot at the end of the term: "IfcRegularTimeSeries.###.###.CB_1.ID_prv02_“. NOTE: returns static prefixed GlobalId value from the IFC component that is connected to the time series object, in order to distinguish multiple occurrences.
<simcore:SimModelType>Year</simcore:SimModelType>

- CB2: for all the static values you can add the exact value behind the last item in the IFC column, e.g. (…);"IfcRegularTimeSeries.###.###.Year“; "SimTimeSeriesSchedule_Year_Default .simcore:SimModelSubtype“
        Type;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.Year";"SimTimeSeriesSchedule_Year_Default.simcore:SimModelType";
              <simcore:SimModelSubtype>Default</simcore:SimModelSubtype>

- same as CB2
        <simcore:SimModelName>RotationSpeed</simcore:SimModelName>

-
 Name;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.Name";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_Name";

        <simres:SimTimeSeriesSched_Sched_WeekName_1_53>ID26353</simres:SimTimeSeriesSched_Sched_WeekName_1_53>

- NEW: ADD static value (prefix to common id see CB1):
 LinkToWeek;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.CB_1.ID_prv02_";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_Sched_WeekName_1_53";

        <simres:SimTimeSeriesSched_StartMonth_1_53>1</simres:SimTimeSeriesSched_StartMonth_1_53>

CB_3: (provide xslt function for string operation; substring(<nameOfField>,<startIndex>,<howmanyCharacters>), sample entry:  StartMonth;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.substring(StartTime,6,2)";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_StartMonth_1_53";

        <simres:SimTimeSeriesSched_StartDay_1_53>1</simres:SimTimeSeriesSched_StartDay_1_53>

	- CB_3: StartDay;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.substring(StartTime,9,2)";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_StartDay_1_53";

        <simres:SimTimeSeriesSched_EndMonth_1_53>12</simres:SimTimeSeriesSched_EndMonth_1_53>

	- CB_3: EndMonth;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.substring(EndTime,6,2)";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_EndMonth_1_53"

                <simres:SimTimeSeriesSched_EndDay_1_53>31</simres:SimTimeSeriesSched_EndDay_1_53>

	- CB_3: EndDay;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.substring(EndTime,9,2)";"SimTimeSeriesSchedule_Year_Default.simres:SimTimeSeriesSched_EndDay_1_53";

    </SimTimeSeriesSchedule_Year_Default>
<SimTimeSeriesSchedule_Week_Daily RefId="ID26353“>

- RegularTimeSeries_2;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries";"SimTimeSeriesSchedule_Week_Daily";

        <simcore:SimUniqueID>a4794b2b-c660-4e8d-9ff6-bb9b18500366</simcore:SimUniqueID>

	- same as CB1
        <simcore:SimModelType>Week</simcore:SimModelType>

- same as CB2
        <simcore:SimModelSubtype>Daily</simcore:SimModelSubtype>

- same as CB2
        <simcore:SimModelName>RotationSpeed</simcore:SimModelName>

- copy the equivalent SimTimeSeriesSchedule_Year_Default entry and adjust it to SimTimeSeriesSchedule_Week_Daily
        <simres:SimTimeSeriesSched_SundaySched_DayName>ID26357</simres:SimTimeSeriesSched_SundaySched_DayName>

- do we need ALL these fields pointing to the same „generic“ day instance? needs specification.
        <simres:SimTimeSeriesSched_MondaySched_DayName>ID26357</simres:SimTimeSeriesSched_MondaySched_DayName>

- as previous
               <simres:SimTimeSeriesSched_TuesdaySched_DayName>ID26357</simres:SimTimeSeriesSched_TuesdaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_WedSched_DayName>ID26357</simres:SimTimeSeriesSched_WedSched_DayName>

- as previous
        <simres:SimTimeSeriesSched_ThursdaySched_DayName>ID26357</simres:SimTimeSeriesSched_ThursdaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_FridaySched_DayName>ID26357</simres:SimTimeSeriesSched_FridaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_SaturdaySched_DayName>ID26357</simres:SimTimeSeriesSched_SaturdaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_HolidaySched_DayName>ID26357</simres:SimTimeSeriesSched_HolidaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_SummerDesignDaySched_DayName>ID26357</simres:SimTimeSeriesSched_SummerDesignDaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_WinterDesignDaySched_DayName>ID26357</simres:SimTimeSeriesSched_WinterDesignDaySched_DayName>

- as previous
        <simres:SimTimeSeriesSched_CustomDay_1_2_SchedDayName>ID26357 ID26357</simres:SimTimeSeriesSched_CustomDay_1_2_SchedDayName>

- CB_1: LinkToDay"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.CB_1.ID_prv03_";"SimTimeSeriesSchedule_Week_Daily.simres:SimTimeSeriesSched_CustomDay_1_2_SchedDayName";

           </SimTimeSeriesSchedule_Week_Daily>

<SimTimeSeriesSchedule_Day_Interval RefId="ID26357“>

-  RegularTimeSeries_3;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries";"SimTimeSeriesSchedule_Day_Interval";

               <simcore:SimUniqueID>3be5c98c-2f4f-4b4a-a6cc-171a582ffd90</simcore:SimUniqueID>

- same as above
        <simcore:SimModelType>Day</simcore:SimModelType>

- same as above
        <simcore:SimModelSubtype>Interval</simcore:SimModelSubtype>

- same as above
        <simcore:SimModelName>v</simcore:SimModelName>

- same as above
        <simres:SimTimeSeriesSched_Time_1_144>

- same as above
            <simcore:stringItem>Until: 24:00</simcore:stringItem>

- same as above
        </simres:SimTimeSeriesSched_Time_1_144>

        <simres:SimTimeSeriesSched_ValUntilTime_1_144>1</simres:SimTimeSeriesSched_ValUntilTime_1_144>

- Values;"";"IfcRegularTimeSeries.###.###.TimeStep.31536000";"IfcRegularTimeSeries.###.###.Values";"SimTimeSeriesSchedule_Day_Interval.simres:SimTimeSeriesSched_ValUntilTime_1_144";
    </SimTimeSeriesSchedule_Day_Interval>

2 - SimXML)

<SimTimeSeriesSchedule_Year_Default> same as above

>> same as above with ModelType column: IfcRegularTimeSeries.###.###.Interval.3600
<SimTimeSeriesSchedule_Week_Daily> same as above

>> same as above with ModelType column: IfcRegularTimeSeries.###.###.Interval.3600
<SimTimeSeriesSchedule_Day_Interval RefId="ID26357“>
- RegularTimeSeries_3;"";"IfcRegularTimeSeries.###.###.TimeStep.3600";"IfcRegularTimeSeries";"SimTimeSeriesSchedule_Day_Interval";

             <simcore:SimUniqueID>3be5c98c-2f4f-4b4a-a6cc-171a582ffd90</simcore:SimUniqueID>
- same as above
        <simcore:SimModelType>Day</simcore:SimModelType>
- same as above
        <simcore:SimModelSubtype>Interval</simcore:SimModelSubtype>
- same as above
        <simcore:SimModelName>RotationSpeed</simcore:SimModelName>
- same as above
        <simres:SimTimeSeriesSched_Time_1_144>

- CB_1 (the only „BLACKBOX“ string operation hard code, due to count integrer derived from position function of xslt1.0):
Values;"";"IfcRegularTimeSeries.###.###.TimeStep.3600";"IfcRegularTimeSeries.###.###.Values__Until_24_00";"SimTimeSeriesSchedule_Day_Interval.simres:SimTimeSeriesSched_Time_1_144";

            <simcore:stringItem>Until: 1:00</simcore:stringItem>
- DONE GENERICALLY
            <simcore:stringItem>Until: 2:00</simcore:stringItem>
- ...
            <simcore:stringItem>Until: 3:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 4:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 5:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 6:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 7:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 8:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 9:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 10:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 11:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 12:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 13:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 14:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 15:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 16:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 17:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 18:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 19:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 20:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 21:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 22:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 23:00</simcore:stringItem>
-
            <simcore:stringItem>Until: 24:00</simcore:stringItem>
       </simres:SimTimeSeriesSched_Time_1_144>
        <simres:SimTimeSeriesSched_ValUntilTime_1_144>0.1 0.1 0.1 0.1 0.1 0.1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0.1 0.1 0.1 0.1</simres:SimTimeSeriesSched_ValUntilTime_1_144>
- Values;"";"IfcRegularTimeSeries.###.###.TimeStep.3600";"IfcRegularTimeSeries.###.###.Values";"SimTimeSeriesSchedule_Day_Interval.simres:SimTimeSeriesSched_ValUntilTime_1_144";

         </SimTimeSeriesSchedule_Day_Interval>

intermediate release: now supporting the latest specification of mapping facilities for IfcSystem and ReferenceProperty (with nested time series instance) and further code optimizations. NOTE: due to incorrect mapping terms we still get faulty controller and time series objects in output. In order to make the outputted file valid against SimModel XSD, remove all SimController instances (5 are currently generated from use case 1 model) and SimTimeSeriesSchedule_Year_Default (last instance at end of file)

intermediate release: added new mapping table resolving logic for a) simcore:AssignedToGroup and b) 'SimController'

beta release KIT Tool | EneffBIM converter 2016  Version 0.2 notes: improved mapping table syntax interpretation, bug fixes, optimized business logic (performance and new IFC4ADD1 structures)

beta release KIT Tool | EneffBIM converter 2016  Version 0.1 notes: please notice the README file in the IFCtoSimModel/KIT/EneffBIMconverter folder as it describes how to execute the application. With this release the corresponding generated Simmodel files to the current BIM model files in the EnEffBIM_UseCases repository (GitHub: commit d2a9c5b) can be found in the output subfolders of IFCtoSimModel/KIT/EneffBIMconverter/DIST and ('Debug-Version') IFCtoSimModel/KIT/EneffBIMconverter/Development.

new cleaned version of the conversion tool.For the latest input-models in GitHub, are with this version, new output generated. New models are in the subdirectory "Output" of the "Main" Folder

Added prerelease of KIT converter tool - debug version - outputs "invalid" text within the produced SimModel target elements indicating either issues in ifc testmodel (e.g. expected source elements/values not present) or the mapping table as defined in ReqCap tool has issues.

Note: the "schemaLocation" of the produced Simmodel file is set relative to the schema files EnEff-BIM/EneffBIM_UseCases repository - temporary introduced valid schema in branch "OfficialSimModelSchema" in that repository until the issues described in the initial commit message of the branch is cleared. Thus please make sure to have checked it out for the use of the converter as described in the README.