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update tutorials and model md files
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‎docs/cubeserver/tutorial/index.md‎

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[Virtual Cube Unvisible Reference Cubes](./tutorial.virtualcube.unvisiblereferencecubes.md)
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[Hierarchy Inline Table](./tutorial.hierarchy.inlinetable.md)
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[Inline Table](./tutorial.hierarchy.inlinetable.md)
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[Hierarchy View](./tutorial.hierarchy.view.md)
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[Hierarchy Unique Key Level Name](./tutorial.hierarchy.uniquekeylevelname.md)
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[Unique Key Level Name](./tutorial.hierarchy.uniquekeylevelname.md)
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[Parent Child Minimal](./tutorial.parentchild.minimal.md)
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[Parent Child Parent As Leaf](./tutorial.parentchild.parentasleaf.md)
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[Cube Measure Aggregator Base](./tutorial.cube.measure.aggregator.base.md)
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[Measure Aggregator Base](./tutorial.cube.measure.aggregator.base.md)
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[Cube Measure Multiple](./tutorial.cube.measure.multiple.md)
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[Measure Multiple](./tutorial.cube.measure.multiple.md)
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[Cube Measure Datatype](./tutorial.cube.measure.datatype.md)
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[Measure Datatype](./tutorial.cube.measure.datatype.md)
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[Cube Measure Format](./tutorial.cube.measure.format.md)
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[Measure Format](./tutorial.cube.measure.format.md)
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[Cube Measure Group](./tutorial.cube.measure.group.md)
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[Measure Group](./tutorial.cube.measure.group.md)
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[Cube Measure Aggregator Bit](./tutorial.cube.measure.aggregator.bit.md)
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[Measure Aggregator Bit](./tutorial.cube.measure.aggregator.bit.md)
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[Cube Measure Aggregator Percentile](./tutorial.cube.measure.aggregator.percentile.md)
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[Measure Aggregator Percentile](./tutorial.cube.measure.aggregator.percentile.md)
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[Cube Measure Aggregator Nth](./tutorial.cube.measure.aggregator.nth.md)
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[Measure Aggregator Nth](./tutorial.cube.measure.aggregator.nth.md)
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[Cube Measure Aggregator Text Agg](./tutorial.cube.measure.aggregator.textagg.md)
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[Measure Aggregator Text Agg](./tutorial.cube.measure.aggregator.textagg.md)
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[Cube Dimension Intro](./tutorial.cube.dimension.intro.md)
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[Dimension Intro](./tutorial.cube.dimension.intro.md)
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[Cube Hierarchy Query Table Base](./tutorial.cube.hierarchy.query.table.base.md)
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[Hierarchy Query Table Base](./tutorial.cube.hierarchy.query.table.base.md)
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[Cube Hierarchy Query Table Multilevel Multitable](./tutorial.cube.hierarchy.query.table.multilevel.multitable.md)
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[Hierarchy Query Table Multilevel Multitable](./tutorial.cube.hierarchy.query.table.multilevel.multitable.md)
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[Cube Hierarchy Query Table Multilevel Singletable](./tutorial.cube.hierarchy.query.table.multilevel.singletable.md)
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[Hierarchy Query Table Multilevel Singletable](./tutorial.cube.hierarchy.query.table.multilevel.singletable.md)
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[Cube Hierarchy Query Join Base](./tutorial.cube.hierarchy.query.join.base.md)
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[Hierarchy Query Join Base](./tutorial.cube.hierarchy.query.join.base.md)
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[Cube Hierarchy Query Join Multi](./tutorial.cube.hierarchy.query.join.multi.md)
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[Hierarchy Query Join Multi](./tutorial.cube.hierarchy.query.join.multi.md)
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[Cube Hierarchy Has All](./tutorial.cube.hierarchy.hasall.md)
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[Hierarchy Has All](./tutorial.cube.hierarchy.hasall.md)
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[Function Logic](./tutorial.function.logic.md)
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[Cube Calculated Member Intro](./tutorial.cube.calculatedmember.intro.md)
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[Calculated Member Intro](./tutorial.cube.calculatedmember.intro.md)
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[Cube Calculated Member Color](./tutorial.cube.calculatedmember.color.md)
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[Member Identifier](./tutorial.member.identifier.md)
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[Cube Level Member Property Intro](./tutorial.member.property.intro.md)
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[Level Member Property Intro](./tutorial.member.property.intro.md)
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[Member Properties with Geographic Data](./tutorial.member.property.geo.md)
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‎docs/cubeserver/tutorial/tutorial.cube.calculatedmember.intro.md‎

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---
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title: Cube Calculated Member Intro
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title: Calculated Member Intro
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group: Member
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kind: TUTORIAL
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number: 2.3.6
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---
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# Daanse Tutorial - Cube Calculated Member Intro
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# Daanse Tutorial - Calculated Member Intro
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This tutorial discusses Calculated Members, which allow you to define members in the measure or dimension area of a cube without storing them directly in the database. Instead, these members are computed on the fly, often based on the values of other members or measures. This is particularly useful for creating derived measures or dimension members that are not present in the underlying data source.
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```xml
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<?xml version="1.0" encoding="UTF-8"?>
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Introduction to calculated members in cubes" name="Daanse Tutorial - Cube Calculated Member Intro" cubes="_cube_calculatedMemberCube" dbschemas="_databaseSchema_calculatedMemberIntro"/>
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<roma:Catalog description="Introduction to calculated members in cubes" name="Daanse Tutorial - Calculated Member Intro" cubes="_cube_calculatedMemberCube" dbschemas="_databaseSchema_calculatedMemberIntro"/>
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<roma:DatabaseSchema id="_databaseSchema_calculatedMemberIntro">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_key" name="KEY"/>

‎docs/cubeserver/tutorial/tutorial.cube.dimension.intro.md‎

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---
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title: Cube Dimension Intro
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title: Dimension Intro
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group: Dimension
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kind: TUTORIAL
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number: 2.3.1
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---
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# Daanse Tutorial - Cube Dimension Intro
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# Daanse Tutorial - Dimension Intro
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beside the Measures a cube can contain dimensions. Dimensions are used to slice, dice and piveaut the data in the cube. They can be used group the data, filter the data,or to provide additional context for the data. Dimensions consist of one or multiple Hierarchies. Hierarchies consist of one or multiple Levels. Each level can have one or multiple Properties. Properties are used to provide additional context for the data. They can be used to display additional information about the data in the cube, such as descriptions, labels, or other attributes.
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```xml
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<?xml version="1.0" encoding="UTF-8"?>
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog id="_catalog_dimensionIntro" description="Introduction to cube dimensions" name="Daanse Tutorial - Cube Dimension Intro" cubes="_cube_cubeWithSimpleDimension" dbschemas="_databaseSchema_dimensionIntro"/>
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<roma:Catalog id="_catalog_dimensionIntro" description="Introduction to cube dimensions" name="Daanse Tutorial - Dimension Intro" cubes="_cube_cubeWithSimpleDimension" dbschemas="_databaseSchema_dimensionIntro"/>
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<roma:DatabaseSchema id="_databaseSchema_dimensionIntro">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_key" name="KEY"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.hasall.md‎

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---
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title: Cube Hierarchy Has All
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title: Hierarchy Has All
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---
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# Daanse Tutorial - Cube Hierarchy Has All
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# Daanse Tutorial - Hierarchy Has All
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In a hierarchy, the top level can sometimes be a special case. Typically, levels are created using a Level object, along with a reference to a column and a query on the hierarchy. However, there are situations where no dedicated column or table entry exists for the top level. For example if you want to represent a grand total. In such cases, you can generate a generic top level that serves as a final aggregation for all members of the level below.
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```xml
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Hierarchy with all-member configuration" name="Daanse Tutorial - Cube Hierarchy Has All" cubes="_cube" dbschemas="_databaseschema"/>
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<roma:Catalog description="Hierarchy with all-member configuration" name="Daanse Tutorial - Hierarchy Has All" cubes="_cube" dbschemas="_databaseschema"/>
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<roma:DatabaseSchema id="_databaseschema">
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<tables xsi:type="roma:PhysicalTable" id="_table" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_col_fact_key" name="KEY"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.query.join.base.md‎

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---
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title: Cube Hierarchy Query Join Base
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title: Hierarchy Query Join Base
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---
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# Daanse Tutorial - Cube Hierarchy Query Join Base
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# Daanse Tutorial - Hierarchy Query Join Base
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If the database structure follows the Third Normal Form (3NF), hierarchies in a cube are not stored in a single table but are distributed across multiple tables.
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```xml
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<?xml version="1.0" encoding="UTF-8"?>
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Basic hierarchy with joined tables" name="Daanse Tutorial - Cube Hierarchy Query Join Base" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:Catalog description="Basic hierarchy with joined tables" name="Daanse Tutorial - Hierarchy Query Join Base" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:DatabaseSchema id="_databaseSchema_main">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_townId" name="TOWN_ID" type="Integer"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.query.join.multi.md‎

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title: Hierarchy Query Join Multi
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---
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# Daanse Tutorial - Cube Hierarchy Query Join Multi
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# Daanse Tutorial - Hierarchy Query Join Multi
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If the database structure follows the Third Normal Form (3NF), hierarchies in a cube are not stored in a single table but are distributed across multiple tables.
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```xml
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Multi-level hierarchy with joins" name="Daanse Tutorial - Cube Hierarchy Query Join Multi" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:Catalog description="Multi-level hierarchy with joins" name="Daanse Tutorial - Hierarchy Query Join Multi" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:DatabaseSchema id="_databaseSchema_main">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_townId" name="TOWN_ID" type="Integer"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.query.table.base.md‎

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title: Hierarchy Query Table Base
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---
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# Daanse Tutorial - Cube Hierarchy Query Table Base
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# Daanse Tutorial - Hierarchy Query Table Base
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Very often, the data of a cube is not stored in a single table, but in multiple tables. In this case, it must be defined one query for the Facts to store the values that be aggregated for the measures and one for the Levels. This example shows how this must be defined.
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```xml
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Basic hierarchy with table queries" name="Daanse Tutorial - Cube Hierarchy Query Table Base" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:Catalog description="Basic hierarchy with table queries" name="Daanse Tutorial - Hierarchy Query Table Base" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:DatabaseSchema id="_databaseSchema_main">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_townId" name="TOWN_ID" type="Integer"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.query.table.multilevel.multitable.md‎

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# Daanse Tutorial - Cube Hierarchy Query Table Multilevel Multitable
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# Daanse Tutorial - Hierarchy Query Table Multilevel Multitable
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In some cases, a table for a lower-level entity also contains additional information for a higher-level entity. This often happens when no dedicated columns exist for the higher-level entity and the database designer decides that fully applying Third Normal Form (3NF) would involve more work than it seems to be worth, or they wish to optimize lookup speed. Although we strongly recommend using 3NF wherever possible, this tutorial demonstrates how to handle a scenario in which two levels share the same table.
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```xml
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<?xml version="1.0" encoding="UTF-8"?>
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Multi-level hierarchy across multiple tables" name="Daanse Tutorial - Cube Hierarchy Query Table Multilevel Multitable" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:Catalog description="Multi-level hierarchy across multiple tables" name="Daanse Tutorial - Hierarchy Query Table Multilevel Multitable" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:DatabaseSchema id="_databaseSchema_main">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_townId" name="TOWN_ID" type="Integer"/>

‎docs/cubeserver/tutorial/tutorial.cube.hierarchy.query.table.multilevel.singletable.md‎

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title: Hierarchy Query Table Multilevel Singletable
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# Daanse Tutorial - Cube Hierarchy Query Table Multilevel Singletable
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# Daanse Tutorial - Hierarchy Query Table Multilevel Singletable
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In some cases, all data are stored in one table, the fact as well as multiple levels. This Tutorial shows how to handle this case.
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<?xml version="1.0" encoding="UTF-8"?>
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog description="Multi-level hierarchy in single table" name="Daanse Tutorial - Cube Hierarchy Query Table Multilevel Singletable" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:Catalog description="Multi-level hierarchy in single table" name="Daanse Tutorial - Hierarchy Query Table Multilevel Singletable" cubes="_cube_queryLinkedTables" dbschemas="_databaseSchema_main"/>
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<roma:DatabaseSchema id="_databaseSchema_main">
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_key" name="KEY"/>

‎docs/cubeserver/tutorial/tutorial.cube.measure.aggregator.base.md‎

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# Daanse Tutorial - Cube Measure Aggregator Base
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# Daanse Tutorial - Measure Aggregator Base
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Data cubes can also have multiple measures when different aggregations are required for a column.
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<xmi:XMI xmi:version="2.0" xmlns:xmi="http://www.omg.org/XMI" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:roma="https://www.daanse.org/spec/org.eclipse.daanse.rolap.mapping">
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<roma:Catalog id="_catalog_measureBasicAggregators" description="Basic measure aggregation functions" name="Daanse Tutorial - Cube Measure Aggregator Base" cubes="_cube_measuresAggregatorsCube" dbschemas="_databaseSchema_measureAggregatorBase"/>
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<roma:Catalog id="_catalog_measureBasicAggregators" description="Basic measure aggregation functions" name="Daanse Tutorial - Measure Aggregator Base" cubes="_cube_measuresAggregatorsCube" dbschemas="_databaseSchema_measureAggregatorBase"/>
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<tables xsi:type="roma:PhysicalTable" id="_table_fact" name="Fact">
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<columns xsi:type="roma:PhysicalColumn" id="_column_fact_key" name="KEY"/>

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