protected OnRowsDataIsColumnQuantile() :
base(
expected: new DoubleMatrixState[3] {
new DoubleMatrixState(
asColumnMajorDenseArray: new double[1] {
TestableDoubleMatrix20.Get().AsDense[0]
},
numberOfRows: 1,
numberOfColumns: 1),
new DoubleMatrixState(
asColumnMajorDenseArray: new double[1] {
TestableDoubleMatrix20.Get().AsDense[1]
},
numberOfRows: 1,
numberOfColumns: 1),
new DoubleMatrixState(
asColumnMajorDenseArray: new double[1] {
TestableDoubleMatrix20.Get().AsDense[2]
},
numberOfRows: 1,
numberOfColumns: 1)
},
data: TestableDoubleMatrix20.Get(),
probabilities: DoubleMatrix.Identity(1),
dataOperation: DataOperation.OnRows
)
{
}
protected OnRowsDataIsColumnSumOfSquaredDeviations() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[3],
numberOfRows: 3,
numberOfColumns: 1),
data: TestableDoubleMatrix20.Get(),
dataOperation: DataOperation.OnRows
)
{
}
TypicalDoubleMatrixDoubleMatrixMultiplication() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[2] { -20, -32 },
numberOfRows: 2,
numberOfColumns: 1),
left: TestableDoubleMatrix16.Get(),
right: TestableDoubleMatrix20.Get()
)
{
}
protected OnRowsDataIsColumnMean() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[3] { -5, -4, -3 },
numberOfRows: 3,
numberOfColumns: 1),
data: TestableDoubleMatrix20.Get(),
dataOperation: DataOperation.OnRows
)
{
}
protected OnRowsDataIsColumnUnadjustedSkewness() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[3] { Double.NaN, Double.NaN, Double.NaN },
numberOfRows: 3,
numberOfColumns: 1),
data: TestableDoubleMatrix20.Get(),
adjustForBias: false,
dataOperation: DataOperation.OnRows
)
{
}
protected OnRowsDataIsColumnMax() :
base(
expected: new IndexValuePair[3] {
new IndexValuePair() { index = 0, value = -5 },
new IndexValuePair() { index = 0, value = -4 },
new IndexValuePair() { index = 0, value = -3 },
},
data: TestableDoubleMatrix20.Get(),
dataOperation: DataOperation.OnRows
)
{
}
protected OnRowsDataIsColumnUnadjustedCovariance() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[9],
numberOfRows: 3,
numberOfColumns: 3),
data: TestableDoubleMatrix20.Get(),
adjustForBias: false,
dataOperation: DataOperation.OnRows
)
{
}
protected OnAllUnadjustableKurtosis() :
base(
expected: new ArgumentException(
message: (string)Reflector.ExecuteStaticMember(
typeof(ImplementationServices),
"GetResourceString",
new string[] { "STR_EXCEPT_STA_KURTOSIS_ADJUST_FOR_BIAS_UNDEFINED" }),
paramName: null),
data: TestableDoubleMatrix20.Get(),
adjustForBias: true
)
{
}
protected OnRowsDataIsColumnAdjustedVariance() :
base(
expected: new ArgumentException(
message: (string)Reflector.ExecuteStaticMember(
typeof(ImplementationServices),
"GetResourceString",
new string[] { "STR_EXCEPT_STA_VARIANCE_ADJUST_FOR_BIAS_UNDEFINED" }),
paramName: null),
data: TestableDoubleMatrix20.Get(),
adjustForBias: true,
dataOperation: DataOperation.OnRows
)
{
}
TypicalComplexMatrixDoubleMatrixMultiplication() :
base(
expected: new ComplexMatrixState(
asColumnMajorDenseArray: new Complex[2]
{
new Complex(-20, -20),
new Complex(-32, -32)
},
numberOfRows: 2,
numberOfColumns: 1),
left: TestableComplexMatrix16.Get(),
right: TestableDoubleMatrix20.Get()
)
{
}
protected OnRowsDataIsColumnCorrelation() :
base(
expected: new DoubleMatrixState(
asColumnMajorDenseArray: new double[9]
{
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN,
Double.NaN
},
numberOfRows: 3,
numberOfColumns: 3),
data: TestableDoubleMatrix20.Get(),
dataOperation: DataOperation.OnRows
)
{
}