public void BendingResistanceCalculationTest_RandomExamples_Success()
{
var parameters = _testEngine.ParameterRepository.GetAllParametersForScriptAsync(ID).Result.ToList();
var parametersResource = _testEngine.Mapper.Map <List <Parameter>, List <ParameterResource> >(parameters);
var parametersForCalculation = new Dictionary <string, ParameterResource>(
parametersResource.Where(p => (p.Context & ParameterOptions.Editable) != 0 &&
(p.Context & ParameterOptions.Visible) != 0)
.ToDictionary(p => p.Name, p => p));
parametersForCalculation["f_y_"].Value = _testEngine.GetBigRandom();
parametersForCalculation["h"].Value = _testEngine.GetBigRandom();
parametersForCalculation["b"].Value = _testEngine.GetBigRandom();
parametersForCalculation["t_f_"].Value = _testEngine.GetSmallRandom();
parametersForCalculation["t_w_"].Value = _testEngine.GetSmallRandom();
parametersForCalculation["Type"].Value =
_testEngine.GetValueFromRange(parametersForCalculation["Type"].ValueOptions
.Select(vo => vo.Value)
.ToArray());
parametersForCalculation["a"].Value = _testEngine.GetSmallRandom();
parametersForCalculation["r"].Value = _testEngine.GetSmallRandom();
Assert.DoesNotThrow(() => _testEngine.Calculate(ID, parametersForCalculation.Select(p => p.Value).ToList()),
String.Join(", ", parametersForCalculation.Select(p => $"{p.Value.Name}={p.Value.Value}")));
}
public void SteelTensionCalculationTest_RandomExamples_Success()
{
var parameters = _testEngine.ParameterRepository.GetAllParametersForScriptAsync(ID).Result.ToList();
var parametersResource = _testEngine.Mapper.Map <List <Parameter>, List <ParameterResource> >(parameters);
var parametersForCalculation = new Dictionary <string, ParameterResource>(
parametersResource.Where(p => (p.Context & ParameterOptions.Editable) != 0 &&
(p.Context & ParameterOptions.Visible) != 0)
.ToDictionary(p => p.Name, p => p));
parametersForCalculation["A"].Value = _testEngine.GetBigRandom();
parametersForCalculation["N_Ed_"].Value = _testEngine.GetBigRandom();
parametersForCalculation["f_y_"].Value = _testEngine.GetBigRandom();
Assert.DoesNotThrow(() => _testEngine.Calculate(ID, parametersForCalculation.Select(p => p.Value).ToList()),
String.Join(", ", parametersForCalculation.Select(p => $"{p.Value.Name}={p.Value.Value}")));
}
public void CompressiveStrengthOfConcreteAtAnAgeTests_RandomExamples_Success()
{
var parameters = _testEngine.ParameterRepository.GetAllParametersForScriptAsync(ID).Result.ToList();
var parametersResource = _testEngine.Mapper.Map <List <Parameter>, List <ParameterResource> >(parameters);
var parametersForCalculation = new Dictionary <string, ParameterResource>(
parametersResource.Where(p => (p.Context & ParameterOptions.Editable) != 0 &&
(p.Context & ParameterOptions.Visible) != 0)
.ToDictionary(p => p.Name, p => p));
parametersForCalculation["f_ck_"].Value = _testEngine.GetBigRandom();
parametersForCalculation["f_cm_"].Value = _testEngine.GetBigRandom();
parametersForCalculation["cement_type_"].Value = _testEngine.GetValueFromRange(
parametersForCalculation["cement_type_"].ValueOptions
.Select(vo => vo.Value)
.ToArray());
parametersForCalculation["t"].Value = _testEngine.GetBigRandom(min: 3);
Assert.DoesNotThrow(() => _testEngine.Calculate(ID, parametersForCalculation.Select(p => p.Value).ToList()),
String.Join(", ", parametersForCalculation.Select(p => $"{p.Value.Name}={p.Value.Value}")));
}