diff --git a/E1a-ARSE/ALSE01/Dataset/HorizontalAlignmentParameters.csv b/E1a-ARSE/ALSE01/Dataset/HorizontalAlignmentParameters.csv
new file mode 100644
index 0000000..edcdc81
--- /dev/null
+++ b/E1a-ARSE/ALSE01/Dataset/HorizontalAlignmentParameters.csv
@@ -0,0 +1,8 @@
+Name;Type;StartPointX;StartPointY;StartDirection;StartRadius;EndRadius;Length;Type
+H1;IfcAlignmentHorizontalSegment;276,867419000715;935,549266999587;0,00172462248684613;0;0;229,405681;LINE
+H2;IfcAlignmentHorizontalSegment;506,272759001702;935,944904999807;0,00172462964706543;-110;-110;15,594208;CIRCULARARC
+H3;IfcAlignmentHorizontalSegment;521,816665999591;934,868200000376;6,14314439461041;0;0;91,725737;LINE
+H4;IfcAlignmentHorizontalSegment;612,644434001297;922,064788999967;6,14314439896281;-110;-110;120,80482;CIRCULARARC
+H5;IfcAlignmentHorizontalSegment;701,264387000352;849,049537000246;5,04491873079937;0;0;25,538554;LINE
+H6;IfcAlignmentHorizontalSegment;709,601071000099;824,909996000119;5,04491876114541;110;110;49,633636;CIRCULARARC
+H7;IfcAlignmentHorizontalSegment;735,664969999343;783,164849000052;5,49613363003069;0;0;83,739856;LINE
diff --git a/E1a-ARSE/ALSE01/Dataset/README.md b/E1a-ARSE/ALSE01/Dataset/README.md
new file mode 100644
index 0000000..137e3be
--- /dev/null
+++ b/E1a-ARSE/ALSE01/Dataset/README.md
@@ -0,0 +1,120 @@
+## Model Dataset
+
+The Following occurrence variations need to be checked and certified in relation to the targeted entities and concept templates:
+
+- Pset_Superelevation.Side - *The test shall include all possible values (LEFT, RIGHT and BOTH)*
+- Pset_Superelevation.Superelevation - *The test shall include both positive and negative values*
+- Pset_Superelevation.TransitionSuperelevation - *The test shall include only LINEAR transitions*
+
+| Filename | Description |
+| ------------------------------------------------------------ | --------------------------------------------- |
+| [HorizontalAlignmentParameters](./HorizontalAlignmentParameters.csv) | Parameters for the horizontal segments as csv |
+| [VerticalAlignmentParameters](./VerticalAlignmentParameters.csv) | Parameters for the vertical segments as csv |
+| [LandXML](./TOI-M14334-0000A.xml) | LandXML-file representing the alignment |
+
+## Dataset specification
+
+### Entities table
+
+The entities listed below are in addition to the entities listed for ALIN06.
+
+| **Element** | **Attribute** | **Value** | **Notes** |
+| ------------- | -------------- | ------------------- | --------- |
+| IfcAnnotation | Name | SE0 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE1 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE2 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE3 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE4 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE5 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE6 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE7 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE8 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE9 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE10 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+| IfcAnnotation | Name | SE11 | |
+| | PredefinedType | SUPERELEVATIONEVENT | |
+
+### Properties table
+
+| **Entity** | **Entity Type** | Entity Name | **PropertySet Name** | **Property Name** | **Property Value Type** | **Enumerated Values** | **Value type** | **Property Value** |
+| ------------- | ------------------- | ----------- | -------------------- | ------------------------ | ----------------------- | --------------------- | -------------------------- | ------------------ |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE0 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,00 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | BOTH |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE1 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,00 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | BOTH |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE2 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | LEFT |
+| | | | | TransitionSuperelevation | IfcLabel | | IfcPropertyEnumeratedValue | LINEAR |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE3 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | RIGHT |
+| | | | | TransitionSuperelevation | IfcLabel | | IfcPropertyEnumeratedValue | LINEAR |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE4 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | LEFT |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE5 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | RIGHT |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE6 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | LEFT |
+| | | | | TransitionSuperelevation | IfcLabel | | IfcPropertyEnumeratedValue | LINEAR |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE7 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | RIGHT |
+| | | | | TransitionSuperelevation | IfcLabel | | IfcPropertyEnumeratedValue | LINEAR |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE8 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | LEFT |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE9 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | 0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | RIGHT |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE10 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | LEFT |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE11 | Pset_Superelevation | Superelevation | IfcRatioMeasure | | IfcPropertySingleValue | -0,03 |
+| | | | | Side | IfcLabel | | IfcPropertyEnumeratedValue | RIGHT |
+| | | | | TransitionSuperelevation | IfcLabel | | IfcPropertyEnumeratedValue | LINEAR |
+
+### Spatial Containment table
+
+| **Spatial Element** | **Spatial Element Type** | **MinSize** | **MaxSize** | **Element** | **Element Type** |
+| ------------------- | ------------------------ | ----------- | ----------- | ------------- | ------------------- |
+| IfcRoad | | 12 | 12 | IfcAnnotation | SUPERELEVATIONEVENT |
+
+### Product Relative Positioning table
+
+| **Product** | **Product Type** | **Size** | **Positioning Element** | **Positioning Element Type** |
+| ------------- | ------------------- | -------- | ----------------------- | ---------------------------- |
+| IfcAnnotation | SUPERELEVATIONEVENT | 12 | IfcAlignment | |
+
+### Product Placement table
+
+| **Product** | **Product Type** | **Product Name** | **Object Placement** | Relative Placement Product | Relative Placement Product Type | Relative Placement Product Name |
+| ------------- | ------------------- | ---------------- | --------------------------------- | -------------------------- | ------------------------------- | ------------------------------- |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE0 | IfcLinearPlacement
at 298,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE1 | IfcLinearPlacement
at 301,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE2 | IfcLinearPlacement
at 331,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE3 | IfcLinearPlacement
at 331,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE4 | IfcLinearPlacement
at 443,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE5 | IfcLinearPlacement
at 443,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE6 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE7 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE8 | IfcLinearPlacement
at 513,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE9 | IfcLinearPlacement
at 513,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE10 | IfcLinearPlacement
at 573,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE11 | IfcLinearPlacement
at 573,00 | IfcAlignment | na | A1 (from ALIN06) |
+
+## Drawings (Visualisations)
+
+The following Drawings and visualisations describe the test case dataset to be modelled and certified.
+
+| Filename | Description |
+| -------------- | ------------------------- |
+| Superelevation |  |
+
+
+
diff --git a/E1a-ARSE/ALSE01/Dataset/Superelevation.png b/E1a-ARSE/ALSE01/Dataset/Superelevation.png
new file mode 100644
index 0000000..2dd69ae
Binary files /dev/null and b/E1a-ARSE/ALSE01/Dataset/Superelevation.png differ
diff --git a/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.XML b/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.XML
new file mode 100644
index 0000000..f63a694
--- /dev/null
+++ b/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.XML
@@ -0,0 +1,70 @@
+
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+
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diff --git a/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.ifc b/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.ifc
new file mode 100644
index 0000000..ce4b25c
--- /dev/null
+++ b/E1a-ARSE/ALSE01/Dataset/TOI-M14334-0000A.ifc
@@ -0,0 +1,220 @@
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+/* time_stamp */ '2022-02-18T13:46:24',
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+#109= IFCALIGNMENTVERTICALSEGMENT($,$,602.635137922463,13.8073550775368,125.786350609637,0.00142311038228749,0.00142311038228749,$,.CONSTANTGRADIENT.);
+#110= IFCALIGNMENTVERTICAL('0ddJLdQIDCxQPle3A8jrLs',$,'Sammalniementie_u',$,$,#19,#195);
+#111= IFCALIGNMENTSEGMENT('2gA7djODHC_xXIgPPzoY82',$,$,$,$,#19,#128,#99);
+#112= IFCRELNESTS('1DZ_kkZob34vJO5FhOR8v0',$,$,$,#110,(#111,#113,#114,#115,#116,#117,#118,#119,#120,#121,#122));
+#113= IFCALIGNMENTSEGMENT('3VN7AVMVzA_hvweeeU0O3k',$,$,$,$,#19,#135,#100);
+#114= IFCALIGNMENTSEGMENT('0Kp4hED2zAPfMpvgzW7ch1',$,$,$,$,#19,#141,#101);
+#115= IFCALIGNMENTSEGMENT('2FkuepSxf5hwJ23i51BHsZ',$,$,$,$,#19,#148,#102);
+#116= IFCALIGNMENTSEGMENT('1XPAkBHBLF$9aeTcrcNcTy',$,$,$,$,#19,#154,#103);
+#117= IFCALIGNMENTSEGMENT('0R2$FQBtr3AOpdTIkDMGs6',$,$,$,$,#19,#160,#104);
+#118= IFCALIGNMENTSEGMENT('2C21qLVkvBj8P$f2FUURr0',$,$,$,$,#19,#166,#105);
+#119= IFCALIGNMENTSEGMENT('0kI5Vw8vH0I9llwt5OikKa',$,$,$,$,#19,#173,#106);
+#120= IFCALIGNMENTSEGMENT('04SGZEGwnFsPtmf3BfW1fT',$,$,$,$,#19,#179,#107);
+#121= IFCALIGNMENTSEGMENT('0$CKSTZez7cgM3mmkSQwii',$,$,$,$,#19,#186,#108);
+#122= IFCALIGNMENTSEGMENT('3tHQKCgSX4DQDDVRkZ3PN3',$,$,$,$,#19,#192,#109);
+#123= IFCCARTESIANPOINT((135.557,125.687614));
+#124= IFCDIRECTION((0.99941701,0.03414139));
+#125= IFCAXIS2PLACEMENT2D(#123,#124);
+#126= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#125,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(10.8487941648814),#54);
+#127= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#126));
+#128= IFCPRODUCTDEFINITIONSHAPE($,$,(#127));
+#129= IFCCARTESIANPOINT((146.399469,126.058007));
+#130= IFCDIRECTION((0.99941701,0.03414139));
+#131= IFCAXIS2PLACEMENT2D(#129,#130);
+#132= IFCCIRCLE(#7,1300.0);
+#133= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#131,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCPARAMETERVALUE(-0.0139377855017958),#132);
+#134= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#133));
+#135= IFCPRODUCTDEFINITIONSHAPE($,$,(#134));
+#136= IFCCARTESIANPOINT((164.511752,126.550404));
+#137= IFCDIRECTION((0.99979578,0.02020887));
+#138= IFCAXIS2PLACEMENT2D(#136,#137);
+#139= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#138,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(40.8413987171488),#54);
+#140= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#139));
+#141= IFCPRODUCTDEFINITIONSHAPE($,$,(#140));
+#142= IFCCARTESIANPOINT((205.34481,127.375763));
+#143= IFCDIRECTION((0.99979578,0.02020887));
+#144= IFCAXIS2PLACEMENT2D(#142,#143);
+#145= IFCCIRCLE(#7,1300.0);
+#146= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#144,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCPARAMETERVALUE(-0.0300274422055508),#145);
+#147= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#146));
+#148= IFCPRODUCTDEFINITIONSHAPE($,$,(#147));
+#149= IFCCARTESIANPOINT((244.378491,127.578604));
+#150= IFCDIRECTION((0.99995181,-0.00981704));
+#151= IFCAXIS2PLACEMENT2D(#149,#150);
+#152= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#151,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(50.1784915348274),#54);
+#153= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#152));
+#154= IFCPRODUCTDEFINITIONSHAPE($,$,(#153));
+#155= IFCCARTESIANPOINT((294.554565,127.086));
+#156= IFCDIRECTION((1.0,0.0));
+#157= IFCAXIS2PLACEMENT2D(#155,#156);
+#158= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#157,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(11.522986),#54);
+#159= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#158));
+#160= IFCPRODUCTDEFINITIONSHAPE($,$,(#159));
+#161= IFCCARTESIANPOINT((306.077551,127.086));
+#162= IFCDIRECTION((0.99999377,-0.00352979));
+#163= IFCAXIS2PLACEMENT2D(#161,#162);
+#164= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#163,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(192.513888479332),#54);
+#165= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#164));
+#166= IFCPRODUCTDEFINITIONSHAPE($,$,(#165));
+#167= IFCCARTESIANPOINT((498.59024,126.406467));
+#168= IFCDIRECTION((0.99999377,-0.00352979));
+#169= IFCAXIS2PLACEMENT2D(#167,#168);
+#170= IFCCIRCLE(#7,5000.0);
+#171= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#169,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCPARAMETERVALUE(-0.00305509818642019),#170);
+#172= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#171));
+#173= IFCPRODUCTDEFINITIONSHAPE($,$,(#172));
+#174= IFCCARTESIANPOINT((513.86553,126.329214));
+#175= IFCDIRECTION((0.99997832,-0.00658485));
+#176= IFCAXIS2PLACEMENT2D(#174,#175);
+#177= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#176,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(78.3609647380861),#54);
+#178= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#177));
+#179= IFCPRODUCTDEFINITIONSHAPE($,$,(#178));
+#180= IFCCARTESIANPOINT((592.224796,125.813219));
+#181= IFCDIRECTION((0.99997832,-0.00658485));
+#182= IFCAXIS2PLACEMENT2D(#180,#181);
+#183= IFCCIRCLE(#7,1300.0);
+#184= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#182,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCPARAMETERVALUE(0.00800800365444606),#183);
+#185= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#184));
+#186= IFCPRODUCTDEFINITIONSHAPE($,$,(#185));
+#187= IFCCARTESIANPOINT((602.635138,125.786351));
+#188= IFCDIRECTION((0.99999899,0.00142311));
+#189= IFCAXIS2PLACEMENT2D(#187,#188);
+#190= IFCCURVESEGMENT(.CONTSAMEGRADIENTSAMECURVATURE.,#189,IFCNONNEGATIVELENGTHMEASURE(0.0),IFCNONNEGATIVELENGTHMEASURE(13.8073690591555),#54);
+#191= IFCSHAPEREPRESENTATION(#60,'Axis','Curve2D',(#190));
+#192= IFCPRODUCTDEFINITIONSHAPE($,$,(#191));
+#193= IFCGRADIENTCURVE((#126,#133,#139,#146,#152,#158,#164,#171,#177,#184,#190),.U.,#96,$);
+#194= IFCSHAPEREPRESENTATION(#60,'Axis','Curve3D',(#193));
+#195= IFCPRODUCTDEFINITIONSHAPE($,$,(#194));
+#196= IFCSHAPEREPRESENTATION(#60,'Axis','Curve3D',(#193));
+#197= IFCPRODUCTDEFINITIONSHAPE($,$,(#196));
+#198= IFCPROPERTYSINGLEVALUE('state',$,IFCIDENTIFIER('proposed'),$);
+#199= IFCPROPERTYSET('1lf3$ojeXENeMMmuDejpya',$,'landXML_Alignment',$,(#198));
+#200= IFCRELDEFINESBYPROPERTIES('3$NwrSvbH6df0$Z67Fhrb9',$,$,$,(#20),#199);
+#201= IFCPROJECTEDCRS('EPSG:3878',$,$,$,$,$,$);
+#202= IFCMAPCONVERSION(#56,#201,0.0,0.0,0.0,$,$,$,$,$);
+ENDSEC;
+
+END-ISO-10303-21;
diff --git a/E1a-ARSE/ALSE01/Dataset/VerticalAlignmentParameters.csv b/E1a-ARSE/ALSE01/Dataset/VerticalAlignmentParameters.csv
new file mode 100644
index 0000000..fc0b572
--- /dev/null
+++ b/E1a-ARSE/ALSE01/Dataset/VerticalAlignmentParameters.csv
@@ -0,0 +1,12 @@
+Name;Type;StartDistAlong;HorizontalLength;StartHeight;StartGradient;EndGradient;Radius;Type
+V1;IfcAlignmentVerticalSegment;135,557;10,8424694551669;125,687614;0,0341613100938614;0,0341613100938614;0;CONSTANTGRADIENT
+V2;IfcAlignmentVerticalSegment;146,399469455167;18,112282610652;126,05800696124;0,0341613100938614;0,0202129972966548;-1300;CIRCULARARC
+V3;IfcAlignmentVerticalSegment;164,511752065819;40,8330580844944;126,550404440385;0,0202129972966548;0,0202129972966548;0;CONSTANTGRADIENT
+V4;IfcAlignmentVerticalSegment;205,344810150313;39,033681330639;127,37576293306;0,0202129972966548;-0,00981751240776929;-1300;CIRCULARARC
+V5;IfcAlignmentVerticalSegment;244,378491480952;50,1760735190479;127,578604224343;-0,00981751240776929;-0,00981751240776929;0;CONSTANTGRADIENT
+V6;IfcAlignmentVerticalSegment;294,554565;11,522986;127,086;0;0;0;CONSTANTGRADIENT
+V7;IfcAlignmentVerticalSegment;306,077551;192,512689171019;127,086;-0,00352981070589252;-0,00352981070589252;0;CONSTANTGRADIENT
+V8;IfcAlignmentVerticalSegment;498,590240171019;15,2752896431409;126,406466648677;-0,00352981070589252;-0,0065849894096037;-5000;CIRCULARARC
+V9;IfcAlignmentVerticalSegment;513,865529814159;78,3592658459091;126,329213578221;-0,0065849894096037;-0,0065849894096037;0;CONSTANTGRADIENT
+V10;IfcAlignmentVerticalSegment;592,224795660069;10,4103422623946;125,813218642574;-0,0065849894096037;0,00142311038270447;1300;CIRCULARARC
+V11;IfcAlignmentVerticalSegment;602,635137922463;13,8073550775368;125,786350609637;0,00142311038228749;0,00142311038228749;0;CONSTANTGRADIENT
diff --git a/E1a-ARSE/ALSE01/README.md b/E1a-ARSE/ALSE01/README.md
new file mode 100644
index 0000000..4e0831f
--- /dev/null
+++ b/E1a-ARSE/ALSE01/README.md
@@ -0,0 +1,285 @@
+# Test Instruction
+
+| Documentation Code | Title | Exchange Code | Test Code | Author | Data Owner | Version | Date |
+| --------------------- | -------------------------------- | --------------- | --------- | ------------- | ---------- | ------- | ---------- |
+| IFC4.3AbRV_E1a_ALSE01 | Alignment Superelevation & Width | IFC4x3_AbRV-E1a | ALSE01 | Lars WIkström | FTIA | 1.0 | 07.01.2022 |
+
+
+## Summary (Intent)
+
+With these instructions the infrastructure (e.g. Road) alignment exchange is established. This test instruction use the same alignment definition as [ALIN06](../ALIN06).
+
+The data comes from, and is a simplified version of, the IFC Infra Unit Test [MCON-2](https://github.com/bSI-InfraRoom/IFC-infra-unit-test/tree/main/MCON-2) which in turn is extracted from the IFC Rail [Level Crossing storyline](https://github.com/IFCRail/IFC-Rail-Unit-Test/tree/master/8_Storylines%20Test%20(SL)/SL08_Level%20Crossing).
+
+| Info | |
+| ---------------------------- | ------------------------------------- |
+| Number of alignment(s) | 1 |
+| Properties of segments | no |
+| Horizontal layout | Straight Line, Circular Arc |
+| Vertical layout | Straight Line, Circular Arc |
+| Geometric representation | IfcCompositeCurve, IfcGradientCurve |
+| Superelevation | 12 IfcAnnotation/SUPERELEVATIONEVENT |
+| Width | 0 |
+| IFC reference file available | Yes |
+
+- Refer to [Test Case Imports](#Test-Case-Imports) to know the prerequisites for the present test.
+
+- The [Expected Results](#Expected-Results) section lists the material that will be used to assess the fulfilment of capabilities.
+
+- :zap: This is a test-driven process: refer to the [Validation Criteria](#Validation-Criteria) to understand what is required by the test :zap:
+
+## Itemised Roots
+The Test instruction addresses the import and export of the following IFC Entities & Concept Templates:
+
+IFC Entities
+
+- Inherited from imported tests:
+ - Model setup
+ - IfcProject
+ - *IfcSite*
+ - *IfcRoad*
+ - *IfcRepresentationContext*
+ - *IfcMapConversion*
+ - *IfcProjectedCRS*
+ - *IfcUnitAssignment*
+ - Alignment
+ - *IfcAlignment*
+ - *IfcAlignmentHorizontal*
+ - *IfcAlignmentVertical*
+ - *IfcAlignmentSegment*
+ - *IfcAlignmentHorizontalSegment*
+ - *IfcAlignmentVerticalSegment*
+ - *IfcCompositeCurve*
+ - *IfcGradientCurve*
+ - *IfcCurveSegment*
+ - *IfcLine*
+ - *IfcCircle*
+- For this test instruction:
+ - *IfcAnnotation*
+ - *IfcPropertySet*
+ - *IfcPropertySingleValue*
+ - *IfcPropertyEnumeratedValue*
+ - *IfcLinearPlacement*
+
+Concept Templates
+
+These concept templates represent a test-specific subset of the wider AbRV_Ex exchange and the overall AbRV MVD, that must be correctly exported to meet the validation criteria. **The scope of the test shall not be used as a definitive scope of the exchange, or of the entire MVD.**
+
+- Inherited from imported tests:
+ - *Project Units*
+ - *Project Representation Context*
+ - *Project Global Positioning*
+ - *Spatial Decomposition*
+ - *Spatial Composition*
+ - *Spatial Container*
+ - *Alignment Decomposition*
+ - *Alignment Geometry Gradient*
+ - *Product Local Placement*
+
+- For this test instruction:
+ - *Product Linear Placement*
+ - *Property Sets for Objects*
+ - Product Relative Positioning
+
+SEWI_02 details: Superelevation event linear placement verified verified
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT`
+> - Then the `IfcAnnotation/SUPERELEVATIONEVENT` has a linear placement that complies with the criteria in the [Product placement](#Product-placement) section and the specification in [Product Placement Table](Dataset/README.md#Product-Placement-Table)
+
+SEWI_03 details: Width event linear placement verified verified
+
+
+
+> - Given an `IfcAnnotation/WIDTHEVENT`
+> - Then the `IfcAnnotation/WIDTHEVENT` has a linear placement that complies with the criteria in the [Product placement](#Product-placement) section and the specification in [Product Placement Table](Dataset/README.md#Product-Placement-Table)
+
+SEWI_04 details: Superelevation properties verified
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT`
+> - Then `IfcAnnotation/SUPERELEVATIONEVENT` has a property set named `Pset_Superelevation`
+> - And the property assignment for `Pset_Superelevation` complies with the criteria specified in the [Properties](#Properties) section and the specification in the [Properties table](Dataset/README.md#Properties-table)
+
+SEWI_05 details: Width properties verified
+
+
+
+> - Given an `IfcAnnotation/WIDTHEVENT`
+> - Then `IfcAnnotation/WIDTHEVENT` has a property set named `Pset_Width`
+> - And the property assignment complies with the criteria specified in the [Properties](#Properties) section and the specification in the [Properties table](Dataset/README.md#Properties-table)
+
+SEWI_06 details: Relative positioning verified
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT` or an `IfcAnnotation/WIDTHEVENT` having a linear placement relative to an alignment curve
+> - This instance shall be verified according to the criteria in the [Product Relative Positioning](#Product-relative-positioning) section and the specification in the [Product Relative Positioning table](Dataset/README.md#Product-Relative-Positioning-table)
+
+PPOS_01 details: Product relative positioning is verified
+
+
+> - Given a set of products taken from the [Product Relative Positioning Table](Dataset/README.md#Product-Relative-Positioning-Table)
+> - Then the Product, and optionally the Product Type, exists
+> - And the Product must be positioned on exactly [Size] of the requested Positioning Element
+
+PSET_01: The model does not contain unrequested property sets
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - Then the IfcEntity is associated at most to the property set with the PropertySet Name
+> PNAM_01: The property set does not contain unrequested properties
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - Then the property set has at most the properties with the Property Name
+> PTEX_01: Property values belong to a list of values
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - Then the property value is part of the List Of Values
+> PVAL_01: Property values are not null and not empty
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - Then the property value is not null
+> - And the property value is not empty
+> PVAL_02: Requested property value types are found
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - And the property value is not null
+> - Then the property type is equal to the Property Value Type
+> PPLA_01 details: Placement of products is verified
+
+
+> - Given a set of products taken from the [Product Geometric Representation Table](Dataset/README.md#Product-Geometric-Representation-Table)
+> - Then the Product with Product Type and Product Name, exists
+> - And the Product must have Object Placement, and the Object Placement has PlacementRelTo reference to the ObjectPlacement of Relative Placement Product with requested Relative Placement Product Type and Relative Placement Product Name.
+
+
at 298,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE1 | IfcLinearPlacement
at 301,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE2 | IfcLinearPlacement
at 331,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE3 | IfcLinearPlacement
at 331,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE4 | IfcLinearPlacement
at 443,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE5 | IfcLinearPlacement
at 443,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE6 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE7 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE8 | IfcLinearPlacement
at 513,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE9 | IfcLinearPlacement
at 513,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE10 | IfcLinearPlacement
at 573,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | SUPERELEVATIONEVENT | SE11 | IfcLinearPlacement
at 573,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE0 | IfcLinearPlacement
at 298,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE1 | IfcLinearPlacement
at 301,82 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE2 | IfcLinearPlacement
at 336,73 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE3 | IfcLinearPlacement
at 336,73 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE4 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE5 | IfcLinearPlacement
at 503,00 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE6 | IfcLinearPlacement
at 532,70 | IfcAlignment | na | A1 (from ALIN06) |
+| IfcAnnotation | WIDTHEVENT | WE7 | IfcLinearPlacement
at 583,00 | IfcAlignment | na | A1 (from ALIN06) |
+
+## Drawings (Visualisations)
+
+The following Drawings and visualisations describe the test case dataset to be modelled and certified.
+
+| Filename | Description |
+| ------------------------ | ---------------------------------------------------------- |
+| Superelevation and Width |  |
+
+
+## Supporting files
+
+| Filename | Description |
+| ------------------------------------------------------------ | --------------------------------------------- |
+| [HorizontalAlignmentParameters](./HorizontalAlignmentParameters.csv) | Parameters for the horizontal segments as csv |
+| [VerticalAlignmentParameters](./VerticalAlignmentParameters.csv) | Parameters for the vertical segments as csv |
+| [LandXML](./TOI-M14334-0000A.xml) | LandXML-file representing the alignment |
\ No newline at end of file
diff --git a/E1a-ARSE/ALSE02/Dataset/Superelevation and Width.png b/E1a-ARSE/ALSE02/Dataset/Superelevation and Width.png
new file mode 100644
index 0000000..37b0919
Binary files /dev/null and b/E1a-ARSE/ALSE02/Dataset/Superelevation and Width.png differ
diff --git a/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.XML b/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.XML
new file mode 100644
index 0000000..f63a694
--- /dev/null
+++ b/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.XML
@@ -0,0 +1,70 @@
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+ 6876935.549267 24525276.867419 0.000000
+ 6876935.944905 24525506.272759 0.000000
+
+
+ 6876935.944905 24525506.272759
+ 6876934.868200 24525521.816666
+ 6876825.945068 24525506.462467
+
+
+ 6876934.868200 24525521.816666 0.000000
+ 6876922.064789 24525612.644434 0.000000
+
+
+ 6876922.064789 24525612.644434
+ 6876849.049537 24525701.264387
+ 6876813.141658 24525597.290235
+
+
+ 6876849.049537 24525701.264387 0.000000
+ 6876824.909996 24525709.601071 0.000000
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diff --git a/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.ifc b/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.ifc
new file mode 100644
index 0000000..ce4b25c
--- /dev/null
+++ b/E1a-ARSE/ALSE02/Dataset/TOI-M14334-0000A.ifc
@@ -0,0 +1,220 @@
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diff --git a/E1a-ARSE/ALSE02/Dataset/VerticalAlignmentParameters.csv b/E1a-ARSE/ALSE02/Dataset/VerticalAlignmentParameters.csv
new file mode 100644
index 0000000..fc0b572
--- /dev/null
+++ b/E1a-ARSE/ALSE02/Dataset/VerticalAlignmentParameters.csv
@@ -0,0 +1,12 @@
+Name;Type;StartDistAlong;HorizontalLength;StartHeight;StartGradient;EndGradient;Radius;Type
+V1;IfcAlignmentVerticalSegment;135,557;10,8424694551669;125,687614;0,0341613100938614;0,0341613100938614;0;CONSTANTGRADIENT
+V2;IfcAlignmentVerticalSegment;146,399469455167;18,112282610652;126,05800696124;0,0341613100938614;0,0202129972966548;-1300;CIRCULARARC
+V3;IfcAlignmentVerticalSegment;164,511752065819;40,8330580844944;126,550404440385;0,0202129972966548;0,0202129972966548;0;CONSTANTGRADIENT
+V4;IfcAlignmentVerticalSegment;205,344810150313;39,033681330639;127,37576293306;0,0202129972966548;-0,00981751240776929;-1300;CIRCULARARC
+V5;IfcAlignmentVerticalSegment;244,378491480952;50,1760735190479;127,578604224343;-0,00981751240776929;-0,00981751240776929;0;CONSTANTGRADIENT
+V6;IfcAlignmentVerticalSegment;294,554565;11,522986;127,086;0;0;0;CONSTANTGRADIENT
+V7;IfcAlignmentVerticalSegment;306,077551;192,512689171019;127,086;-0,00352981070589252;-0,00352981070589252;0;CONSTANTGRADIENT
+V8;IfcAlignmentVerticalSegment;498,590240171019;15,2752896431409;126,406466648677;-0,00352981070589252;-0,0065849894096037;-5000;CIRCULARARC
+V9;IfcAlignmentVerticalSegment;513,865529814159;78,3592658459091;126,329213578221;-0,0065849894096037;-0,0065849894096037;0;CONSTANTGRADIENT
+V10;IfcAlignmentVerticalSegment;592,224795660069;10,4103422623946;125,813218642574;-0,0065849894096037;0,00142311038270447;1300;CIRCULARARC
+V11;IfcAlignmentVerticalSegment;602,635137922463;13,8073550775368;125,786350609637;0,00142311038228749;0,00142311038228749;0;CONSTANTGRADIENT
diff --git a/E1a-ARSE/ALSE02/README.md b/E1a-ARSE/ALSE02/README.md
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+# Test Instruction
+
+| Documentation Code | Title | Exchange Code | Test Code | Author | Data Owner | Version | Date |
+| --------------------- | -------------------------------- | --------------- | --------- | ------------- | ---------- | ------- | ---------- |
+| IFC4.3AbRV_E1a_ALSE02 | Alignment Superelevation & Width | IFC4x3_AbRV-E1a | ALSE02 | Lars WIkström | FTIA | 1.0 | 07.01.2022 |
+
+
+## Summary (Intent)
+
+With these instructions the infrastructure (e.g. Road) alignment exchange is established. This test instruction use the same alignment definition as [ALIN06](../ALIN06).
+
+The data comes from, and is a simplified version of, the IFC Infra Unit Test [MCON-2](https://github.com/bSI-InfraRoom/IFC-infra-unit-test/tree/main/MCON-2) which in turn is extracted from the IFC Rail [Level Crossing storyline](https://github.com/IFCRail/IFC-Rail-Unit-Test/tree/master/8_Storylines%20Test%20(SL)/SL08_Level%20Crossing).
+
+| Info | |
+| ---------------------------- | ------------------------------------ |
+| Number of alignment(s) | 1 |
+| Properties of segments | no |
+| Horizontal layout | Straight Line, Circular Arc |
+| Vertical layout | Straight Line, Circular Arc |
+| Geometric representation | IfcCompositeCurve, IfcGradientCurve |
+| Superelevation | 12 IfcAnnotation/SUPERELEVATIONEVENT |
+| Width | 8 IfcAnnotation/WIDTHEVENT |
+| IFC reference file available | Yes |
+
+- Refer to [Test Case Imports](#Test-Case-Imports) to know the prerequisites for the present test.
+
+- The [Expected Results](#Expected-Results) section lists the material that will be used to assess the fulfilment of capabilities.
+
+- :zap: This is a test-driven process: refer to the [Validation Criteria](#Validation-Criteria) to understand what is required by the test :zap:
+
+## Itemised Roots
+The Test instruction addresses the import and export of the following IFC Entities & Concept Templates:
+
+IFC Entities
+
+
+- Inherited from imported tests:
+ - Model setup
+ - IfcProject
+ - *IfcSite*
+ - *IfcRoad*
+ - *IfcRepresentationContext*
+ - *IfcMapConversion*
+ - *IfcProjectedCRS*
+ - *IfcUnitAssignment*
+ - Alignment
+ - *IfcAlignment*
+ - *IfcAlignmentHorizontal*
+ - *IfcAlignmentVertical*
+ - *IfcAlignmentSegment*
+ - *IfcAlignmentHorizontalSegment*
+ - *IfcAlignmentVerticalSegment*
+ - *IfcCompositeCurve*
+ - *IfcGradientCurve*
+ - *IfcCurveSegment*
+ - *IfcLine*
+ - *IfcCircle*
+- For this test instruction:
+ - *IfcAnnotation*
+ - *IfcPropertySet*
+ - *IfcPropertySingleValue*
+ - *IfcPropertyEnumeratedValue*
+ - *IfcLinearPlacement*
+
+Concept Templates
+
+
+These concept templates represent a test-specific subset of the wider AbRV_Ex exchange and the overall AbRV MVD, that must be correctly exported to meet the validation criteria. **The scope of the test shall not be used as a definitive scope of the exchange, or of the entire MVD.**
+
+- Inherited from imported tests:
+ - *Project Units*
+ - *Project Representation Context*
+ - *Project Global Positioning*
+ - *Spatial Decomposition*
+ - *Spatial Composition*
+ - *Spatial Container*
+ - *Alignment Decomposition*
+ - *Alignment Geometry Gradient*
+ - *Product Local Placement*
+
+- For this test instruction:
+ - *Product Linear Placement*
+ - *Property Sets for Objects*
+ - Product Relative Positioning
+
+SEWI_02 details: Superelevation event linear placement verified verified
+
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT`
+> - Then the `IfcAnnotation/SUPERELEVATIONEVENT` has a linear placement that complies with the criteria in the [Product placement](#Product-placement) section and the specification in [Product Placement Table](Dataset/README.md#Product-Placement-Table)
+
+SEWI_03 details: Width event linear placement verified verified
+
+
+
+
+> - Given an `IfcAnnotation/WIDTHEVENT`
+> - Then the `IfcAnnotation/WIDTHEVENT` has a linear placement that complies with the criteria in the [Product placement](#Product-placement) section and the specification in [Product Placement Table](Dataset/README.md#Product-Placement-Table)
+
+SEWI_04 details: Superelevation properties verified
+
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT`
+> - Then `IfcAnnotation/SUPERELEVATIONEVENT` has a property set named `Pset_Superelevation`
+> - And the property assignment for `Pset_Superelevation` complies with the criteria specified in the [Properties](#Properties) section and the specification in the [Properties table](Dataset/README.md#Properties-table)
+
+SEWI_05 details: Width properties verified
+
+
+
+
+> - Given an `IfcAnnotation/WIDTHEVENT`
+> - Then `IfcAnnotation/WIDTHEVENT` has a property set named `Pset_Width`
+> - And the property assignment complies with the criteria specified in the [Properties](#Properties) section and the specification in the [Properties table](Dataset/README.md#Properties-table)
+
+SEWI_06 details: Relative positioning verified
+
+
+
+
+> - Given an `IfcAnnotation/SUPERELEVATIONEVENT` or an `IfcAnnotation/WIDTHEVENT` having a linear placement relative to an alignment curve
+> - This instance shall be verified according to the criteria in the [Product Relative Positioning](#Product-relative-positioning) section and the specification in the [Product Relative Positioning table](Dataset/README.md#Product-Relative-Positioning-table)
+
+PPOS_01 details: Product relative positioning is verified
+
+
+
+> - Given a set of products taken from the [Product Relative Positioning Table](Dataset/README.md#Product-Relative-Positioning-Table)
+> - Then the Product, and optionally the Product Type, exists
+> - And the Product must be positioned on exactly [Size] of the requested Positioning Element
+
+PSET_01: The model does not contain unrequested property sets
+
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - Then the IfcEntity is associated at most to the property set with the PropertySet Name
+> PNAM_01: The property set does not contain unrequested properties
+
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - Then the property set has at most the properties with the Property Name
+> PTEX_01: Property values belong to a list of values
+
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - Then the property value is part of the List Of Values
+> PVAL_01: Property values are not null and not empty
+
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - Then the property value is not null
+> - And the property value is not empty
+> PVAL_02: Requested property value types are found
+
+
+
+> - Given a set of properties taken from the [Properties Table](Dataset/README.md#Properties-Table)
+> - When the IfcEntity, and optionally the Type, exists
+> - And the IfcEntity is associated to a property set with the PropertySet Name
+> - And the property set has a property with the Property Name
+> - And the property value is not null
+> - Then the property type is equal to the Property Value Type
+> PPLA_01 details: Placement of products is verified
+
+
+
+> - Given a set of products taken from the [Product Geometric Representation Table](Dataset/README.md#Product-Geometric-Representation-Table)
+> - Then the Product with Product Type and Product Name, exists
+> - And the Product must have Object Placement, and the Object Placement has PlacementRelTo reference to the ObjectPlacement of Relative Placement Product with requested Relative Placement Product Type and Relative Placement Product Name.
+
+