//A container collection contains 10 containers. All data points are double.
//Each container contains 10 matrices with the first 5 matrices being XY data and the remaining 5 being X data.
//All positions in all matrices contain values.
public void ShowExample2()
{
var conf = new PmcConfiguration
{
CountContainers = 10,
CountPositions = 10,
CountMatrices = 10,
MatrixConfig = new MatrixConfiguration
{
MatrixNumberToDimensionRules = new List <MatrixNumberToDimension>
{
new MatrixNumberToDimension
{
Dimension = PointDimension.Xy,
IndexInContainer = new List <int>
{
0, 1, 2, 3, 4
}
},
new MatrixNumberToDimension
{
Dimension = PointDimension.X,
IndexInContainer = new List <int>
{
5, 6, 7, 8, 9
}
}
}
}
};
Developer <double> dev = new ContainerCollectionDeveloper <double>(conf);
var containers = dev.Create(10.5);
Console.WriteLine("Example 2: ");
Console.WriteLine($"Count containers: {containers.Count}"); //10
Console.WriteLine($"Count matrices in each container: {containers[0].Count}"); //10
for (var i = 0; i < containers[0].Count; i++)
{
Console.WriteLine($"{i} matrix dimension: {containers[0][i].Dimension}");// First 5 - XY, other - X
}
//Uncomment line below to watch all data
//ShowData(containers);
Console.WriteLine();
}
//Example 1: A container collection contains 3 containers. All data points are decimal. Each matrix contains 100 positions.
//Each container contains 2 matrices with the first matrix in each container being XY data and the second matrix in each container being X data.
//Position 1 of the XY data contains 50 points. Position 2 of the XY data contains 200 points. The other XY positions are empty.
//Position 1 and 2 of the X data matrix contain a numerical value, the others do not
public void ShowExample1()
{
var conf = new PmcConfiguration
{
CountContainers = 3,
CountPositions = 100,
CountMatrices = 2,
MatrixConfig = new MatrixConfiguration
{
MatrixNumberToDimensionRules = new List <MatrixNumberToDimension>
{
new MatrixNumberToDimension
{
Dimension = PointDimension.Xy,
IndexInContainer = new List <int>
{
0
}
},
new MatrixNumberToDimension
{
Dimension = PointDimension.X,
IndexInContainer = new List <int>
{
1
}
}
}
},
XyConfig = new XyConfiguration
{
Rules = new List <XyRule>
{
new XyRule
{
CountPoints = 50,
Path = new PointPath
{
IndexInMatrix = 0
}
},
new XyRule
{
CountPoints = 200,
Path = new PointPath
{
IndexInMatrix = 1
}
}
},
DefaultCountPoints = 0
},
XConfig = new XConfiguration
{
DefaultCountPoints = 0,
Rules = new List <XRule>
{
new XRule
{
CountPoints = 1,
Path = new PointPath
{
IndexInMatrix = 0
}
},
new XRule
{
CountPoints = 1,
Path = new PointPath
{
IndexInMatrix = 1
}
}
}
}
};
Developer <decimal> dev = new ContainerCollectionDeveloper <decimal>(conf);
var containers = dev.Create(new decimal(150));
Console.WriteLine("Example 1: ");
Console.WriteLine($"Count containers: {containers.Count}"); //3
Console.WriteLine($"Count matrices in each container: {containers[0].Count}"); //2
Console.WriteLine($"First matrix dimension: {containers[0][0].Dimension}"); //XY
Console.WriteLine($"Second matrix dimension: {containers[0][1].Dimension}"); //X
Console.WriteLine($"Position 1 of the XY data contains {containers[0][0][0].Count} points"); //50
Console.WriteLine($"Position 2 of the XY data contains {containers[0][0][1].Count} points"); //200
Console.WriteLine($"Position 3 and other of the XY data contains {containers[0][0][2].Count} points"); //0
Console.WriteLine($"Position 1 of the X data contains {containers[0][1][0].Count} points"); //numerical value, 1 at this case
Console.WriteLine($"Position 2 of the X data contains {containers[0][1][1].Count} points"); //numerical value, 1 at this case
Console.WriteLine($"Position 3 and other of the X data contains {containers[0][1][2].Count} points"); //0
Console.WriteLine($"Data value at 1 container, 1 matrix, 1 position, 1 point, X: {containers[0][0][0][0].DataValue[0]}"); //150
//Uncomment line below to watch all data
//ShowData(containers);
Console.WriteLine();
}
