public void DataSourceFieldsSetupConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
})
.AddField("xval", 0, typeof(int))
.AddField("yval", 1, typeof(int));
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xval", cube.Config.DataSources["xpto"].Fields["xval"].Name);
Assert.AreEqual(0, cube.Config.DataSources["xpto"].Fields["xval"].Index);
Assert.AreEqual(typeof(int), cube.Config.DataSources["xpto"].Fields["xval"].FieldType);
Assert.AreEqual("yval", cube.Config.DataSources["xpto"].Fields["yval"].Name);
Assert.AreEqual(1, cube.Config.DataSources["xpto"].Fields["yval"].Index);
Assert.AreEqual(typeof(int), cube.Config.DataSources["xpto"].Fields["yval"].FieldType);
}
public void AddMoreThanOneDimensionConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.MetaData(mbuild =>
{
mbuild.AddDimension("x", (dimbuild) =>
{
dimbuild.Source("xtable")
.ValueField("xkey")
.DescField("xdesc");
})
.AddDimension("y", (dimbuild) =>
{
dimbuild.Source("ytable")
.ValueField("ykey")
.DescField("ydesc");
});
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("x", cube.Config.MetaData.Dimensions[0].Name);
Assert.AreEqual("x", cube.Config.MetaData.Dimensions["x"].Name);
Assert.AreEqual("y", cube.Config.MetaData.Dimensions[1].Name);
Assert.AreEqual("y", cube.Config.MetaData.Dimensions["y"].Name);
}
public void AddMoreThanOneDataSourceConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xtable")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xtable.csv");
});
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xpto", cube.Config.DataSources["xpto"].Name);
Assert.AreEqual("xtable", cube.Config.DataSources["xtable"].Name);
}
public void Given_TwoRandom_Cubes_GetIntersectionVolumeFromTwoCubesMethod_ShoulBe_Commutative_Operation()
{
var cubeA = CubeBuilder.Create().CenteredAt(0, 0, 0).WithEdgeLength(3).Build();
var cubeB = CubeBuilder.Create().CenteredAt(2, 2, 2).WithEdgeLength(2).Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(_service.GetIntersectionVolumeFromTwoCubes(cubeB, cubeA));
}
public void MolapAddDateDimensionInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello2")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("sales"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//tableWithDate.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("sex", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddDateField("date", 3, "yyyy-MM-dd")
.AddField("expenses", 4, typeof(double))
.AddField("items", 5, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension1.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
})
.AddDimension("date", dimbuild =>
{
dimbuild
.SetToDateSource(DateTimeLevels.YEAR, DateTimeLevels.MONTH_WITH_YEAR, DateTimeLevels.MONTH, DateTimeLevels.DAY)
.SetLevelDimensions("Year", "Year Month", "Month", "Day");
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("Year", cube.Schema.Dimensions["Year"].Name);
Assert.AreEqual(ItemType.Dimension, cube.Schema.Dimensions["Year"].ItemType);
Assert.Greater(cube.Schema.Dimensions["Year"].ID, 1);
}
public void Given_Two_Cubes_Overlapped_With_Similar_Edge_Side_Should_Collide()
{
var cubeA = CubeBuilder.Create().CenteredAt(2, 2, 2).WithEdgeLength(2).Build();
var cubeB = CubeBuilder.Create().CenteredAt(3, 2, 2).WithEdgeLength(2).Build();
_service.AreEdgesColliding(cubeA.Width, cubeB.Width).Should().BeTrue();
_service.AreEdgesColliding(cubeA.Height, cubeB.Height).Should().BeTrue();
_service.AreEdgesColliding(cubeA.Height, cubeB.Depth).Should().BeTrue();
}
public void SetNameConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello");
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("hello", cube.Name);
}
public void SetSourceConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"));
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("xpto", cube.Source);
}
public static Model3DGroup CreateSelection()
{
var cubeBuilder = new CubeBuilder(MovementConstants.ScaleFactor + 0.01D);
var cube = cubeBuilder.Create(System.Windows.Media.Colors.Red, 0, 0, 0);
var group = new Model3DGroup();
@group.Children.Add(cube);
return(@group);
}
public void MolapAddDimensionInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("sales"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//table.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("sex", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddField("expenses", 3, typeof(double))
.AddField("items", 4, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension1.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("category", cube.Schema.Dimensions["category"].Name);
Assert.AreEqual("categories", cube.Schema.Dimensions["category"].DataSource.Name);
Assert.AreEqual(ItemType.Dimension, cube.Schema.Dimensions["category"].ItemType);
Assert.Greater(cube.Schema.Dimensions["category"].ID, 0);
}
public void MolapAddMeasureInit_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xpto")
.SetSourceType(DataSourceType.CSV)
.AddField("x", 0, typeof(int))
.AddField("varx1", 2, typeof(int))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xpto.csv");
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("xtable")
.SetSourceType(DataSourceType.CSV)
.AddField("xkey", 0, typeof(int))
.AddField("xdesc", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("xtable.csv");
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("x", (dimbuild) =>
{
dimbuild.Source("xtable")
.ValueField("xkey")
.DescField("xdesc");
})
.AddMeasure("var1", mesbuild =>
{
mesbuild.ValueField("varx1")
.SetType(typeof(int));
});
});
Cube <int> cube = builder.Create <int>();
cube.Initialize();
Assert.AreEqual("var1", cube.Schema.Measures["var1"].Name);
Assert.AreEqual(ItemType.Measure, cube.Schema.Measures["var1"].ItemType);
Assert.AreEqual(typeof(int), cube.Schema.Measures["var1"].DataType);
}
public void Given_Cubes_That_Don_Not_Intersect_IntersectionVolume_Should_Be_Zero()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(0, 0, 0)
.WithEdgeLength(1)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(10, 10, 10)
.WithEdgeLength(1)
.Build();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(0);
}
public void SetStorageConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.Storage(storebuild =>
{
storebuild.SetStoreType(StorageType.Molap);
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual(StorageType.Molap, cube.Config.Storage.StoreType);
}
public void Given_Two_Cubes_That_Are_Touching_IntersectionVolume_Should_Be_Zero()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(2)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(4, 2, 2)
.WithEdgeLength(2)
.Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(0);
}
public void Given_Two_Cubes_With_Same_Height_And_Depth__IntersectionVolume_Should_Be_Four()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(1, 1, 1)
.WithEdgeLength(2)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(2, 1, 1)
.WithEdgeLength(2)
.Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(4);
}
public void Given_One_CubeA_Contained_Inside_One_CubeB_IntersectionVolume_Should_Be_One()
{
var expected = 1;
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(2)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(1)
.Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(expected);
}
public void Given_Two_Cubes_Totally_Overrlaped_IntersectionVolume_Should_Be_Equal_To_Them_Proper_Volume()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(2)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(2)
.Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(cubeA.Volume);
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(cubeB.Volume);
}
public void Given_Two_Cubes_Touched_Height_And_Depth_Should_Collide()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(1)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(4, 2, 2)
.WithEdgeLength(1)
.Build();
_service.AreEdgesColliding(cubeA.Width, cubeB.Width).Should().BeFalse();
_service.AreEdgesColliding(cubeA.Height, cubeB.Height).Should().BeTrue();
_service.AreEdgesColliding(cubeA.Depth, cubeB.Depth).Should().BeTrue();
}
public void Given_Two_Cubes_With_Same_Length_And_Any_Equal_Property_Should_Not_Collide()
{
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(1)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(10, 10, 10)
.WithEdgeLength(1)
.Build();
_service.AreEdgesColliding(cubeA.Width, cubeB.Width).Should().BeFalse();
_service.AreEdgesColliding(cubeA.Height, cubeB.Height).Should().BeFalse();
_service.AreEdgesColliding(cubeA.Depth, cubeB.Depth).Should().BeFalse();
}
public void Given_Two_Cubes_With_Same_Width_And_Heigth__IntersectionVolume_Should_Be_Four()
{
double expected = 4;
var cubeA = CubeBuilder.Create()
.CenteredAt(2, 2, 2)
.WithEdgeLength(2)
.Build();
var cubeB = CubeBuilder.Create()
.CenteredAt(2, 2, 3)
.WithEdgeLength(2)
.Build();
_service.AreCubesColliding(cubeA, cubeB).Should().BeTrue();
_service.GetIntersectionVolumeFromTwoCubes(cubeA, cubeB).Should().Be(expected);
}
public void AddMeasureConfig_Test()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) => sourcebuild.SetSource("xpto"))
.MetaData(mbuild =>
{
mbuild.AddMeasure("var1", mesbuild =>
{
mesbuild.ValueField("varx1");
});
});
Cube <int> cube = builder.Create <int>();
Assert.AreEqual("var1", cube.Config.MetaData.Measures["var1"].Name);
Assert.AreEqual("varx1", cube.Config.MetaData.Measures["var1"].ValueFieldName);
}
public void Start()
{
ConfigureOpenGl();
_camera = new Camera(Size)
{
Position = new Vector3(0, 0, -1), Target = new Vector3(0, 0, 0), Transformation = Vector3.UnitY
};
_inputController = new InputController();
_fpsCounter = new FpsCounter();
_particles = ParticleSystemBuilder.Create().WithCount(200).Object();
_cube = CubeBuilder.Create().WithSize(1).Object();
_objectManager.AddObject(_cube);
_objectManager.AddObject(_particles);
_objectManager.AddObject(_fpsCounter);
Run(60);
}
public static Cube <int> GetBasicCubeThreeDimensionsTwoMeasures()
{
CubeBuilder builder = new CubeBuilder();
builder.SetName("hello")
.SetSourceMappings((sourcebuild) =>
{
sourcebuild.SetSource("sales")
.AddMapping("category", "category")
.AddMapping("sex", "sex")
.AddMapping("place", "place");
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//table.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("sex", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddField("expenses", 3, typeof(double))
.AddField("items", 4, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension1.csv")
.SetHasHeader();
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sexes")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension2.csv")
.SetHasHeader();
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("places")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("TestData//dimension3.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
})
.AddDimension("sex", (dimbuild) =>
{
dimbuild.Source("sexes")
.ValueField("id")
.DescField("description");
})
.AddDimension("place", (dimbuild) =>
{
dimbuild.Source("places")
.ValueField("id")
.DescField("description");
})
.AddMeasure("spent", mesbuild =>
{
mesbuild.ValueField("expenses")
.SetType(typeof(double));
})
.AddMeasure("quantity", mesbuild =>
{
mesbuild.ValueField("items")
.SetType(typeof(int));
});
});
return(builder.Create <int>());
}
public void Initialize()
{
var builder = new CubeBuilder();
builder.SetName("CUBE")
.SetSourceMappings((sourcebuild) =>
{
sourcebuild.SetSource("sales")
.AddMapping("category", "category")
.AddMapping("gender", "gender")
.AddMapping("place", "place")
.AddMapping("date", "Year", "Month", "Day");
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("sales")
.SetSourceType(DataSourceType.CSV)
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("Data//facts.csv")
.SetHasHeader();
})
.AddField("category", 0, typeof(int))
.AddField("gender", 1, typeof(int))
.AddField("place", 2, typeof(int))
.AddDateField("date", 3, "yyyy-MM-dd")
.AddField("expenses", 4, typeof(double))
.AddField("items", 5, typeof(int));
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("categories")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("Data//dimension1.csv")
.SetHasHeader();
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("allgenders")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("Data//dimension2.csv")
.SetHasHeader();
});
})
.AddDataSource(dsbuild =>
{
dsbuild.SetName("places")
.SetSourceType(DataSourceType.CSV)
.AddField("id", 0, typeof(int))
.AddField("description", 1, typeof(string))
.SetCSVConfig(csvbuild =>
{
csvbuild.SetFilePath("Data//dimension3.csv")
.SetHasHeader();
});
})
.MetaData(mbuild =>
{
mbuild.AddDimension("category", (dimbuild) =>
{
dimbuild.Source("categories")
.ValueField("id")
.DescField("description");
})
.AddDimension("gender", (dimbuild) =>
{
dimbuild.Source("allgenders")
.ValueField("id")
.DescField("description");
})
.AddDimension("place", (dimbuild) =>
{
dimbuild.Source("places")
.ValueField("id")
.DescField("description");
})
.AddDimension("date", dimbuild =>
{
dimbuild
.SetToDateSource(DateTimeLevels.YEAR, DateTimeLevels.MONTH, DateTimeLevels.DAY)
.SetLevelDimensions("Year", "Month", "Day");
})
.AddMeasure("spent", mesbuild =>
{
mesbuild.ValueField("expenses")
.SetType(typeof(double));
})
.AddMeasure("quantity", mesbuild =>
{
mesbuild.ValueField("items")
.SetType(typeof(int));
});
});
_cube = builder.Create <int>();
Console.WriteLine("Cube Configured.");
_cube.Initialize();
Console.WriteLine("Cube Initialized.");
}
