public add(ILTestAutoGenerator generator) : base(generator)
{
#region binary parameterized version
int testCount = 0;
generator.RelativeTestCasePath = "add";
ILTestCaseDefinition add1 = new ILTestCaseDefinition("TEST_ILMath_add" + (testCount++).ToString(), "[{2}] = {0} + {1};", "{2}=ILMath.add({0},{1});", 2, 1, null);
ArrayProviders = ILTestPermutingArrayProvider.GetDefaultArrayTypes(2);
CaseDefinitions.Add(add1);
#endregion
}
public multiplyElements(ILTestAutoGenerator generator) : base(generator)
{
#region binary parameterized version
int testCount = 0;
generator.RelativeTestCasePath = "multiplyElem";
ILTestCaseDefinition multiplyElements1 = new ILTestCaseDefinition("TEST_ILMath_multiplyElem" + (testCount++).ToString(), "[{2}] = {0} .* {1};", "{2}=ILMath.multiplyElem({0},{1});", 2, 1, null);
ArrayProviders = ILTestPermutingArrayProvider.GetDefaultArrayTypes(2);
CaseDefinitions.Add(multiplyElements1);
#endregion
}
public divide(ILTestAutoGenerator generator) : base(generator)
{
#region binary parameterized version
generator.RelativeTestCasePath = "divide";
int testCount = 0;
ArrayProviders = ILTestPermutingArrayProvider.GetDefaultArrayTypes(2);
#region overrides - ML does not recognize complex with imaginary part being zero
List <ILResultOverride> overrides = new List <ILResultOverride>();
ILCell inputOverride = new ILCell(1, 2);
inputOverride[0] = (ILArray <complex>) new complex(double.PositiveInfinity, double.PositiveInfinity);
ILCell outputOverride = new ILCell(1, 2);
outputOverride[0] = (ILArray <complex>) new complex(0.0, 0.0);
ILResultOverride overr = new ILResultOverride(ArrayProviders["complex"], inputOverride, outputOverride);
overrides.Add(overr);
#endregion
ILTestCaseDefinition divide1 = new ILTestCaseDefinition("TEST_ILMath_divide" + (testCount++).ToString(),
"[{2}] = {0} ./ {1};", "{2}=ILMath.divide({0},{1});",
2, 1, overrides);
CaseDefinitions.Add(divide1);
#endregion
}
