def test_metaReg(self): # regular meta regression
python_to_R.dataset_to_dataframe(model=self.model,
included_studies=self.studies,
data_location=self.data_location,
covariates=self.covariates,
cov_ref_values=self.cov_ref_values,
var_name="tmp_obj")
result = python_to_R.run_gmeta_regression(
covariates=self.covariates,
interactions=self.interactions,
fixed_effects=self.fixed_effects,
random_effects_method=self.random_effects_method,
digits=self.digits,
conf_level=self.conf_level,
btt=self.btt,
data_name="tmp_obj")
# assert result is not None
self.assertIsNotNone(result, "Result is unexpectedly none!")
def test_metaReg_omnibus(self):
btt_wName = ("Age" , 'covariate')
btt = (get_variable_by_label(btt_wName[0], model=self.model), 'covariate')
python_to_R.dataset_to_dataframe(model=self.model,
included_studies=self.studies,
data_location=self.data_location,
covariates=self.covariates,
cov_ref_values=self.cov_ref_values,
var_name="tmp_obj")
result = python_to_R.run_gmeta_regression(
covariates=self.covariates,
interactions=self.interactions,
fixed_effects=self.fixed_effects,
random_effects_method=self.random_effects_method,
digits=self.digits,
conf_level=self.conf_level,
btt=btt,
data_name="tmp_obj")
# assert result is not None
self.assertIsNotNone(result, "Result is unexpectedly none!")
