def test_create_stimulus_surface(self, operation_factory):
surface_stimulus_creator = SurfaceStimulusCreator()
view_model = surface_stimulus_creator.get_view_model_class()()
view_model.surface = self.surface.gid
view_model.focal_points_triangles = numpy.array([1, 2, 3])
view_model.spatial = SpatialEquationsEnum.MEXICAN_HAT.instance
view_model.spatial.parameters['amp_1'] = 0.75
view_model.spatial.parameters['amp_2'] = 1.25
view_model.spatial_amp = 1.0
view_model.spatial_sigma = 1.0
view_model.spatial_offset = 0.0
view_model.temporal = TemporalEquationsEnum.SINUSOID.instance
view_model.temporal.parameters['amp'] = 1.1
view_model.temporal.parameters['frequency'] = 0.025
operation = operation_factory(test_user=self.test_user, test_project=self.test_project)
surface_stimulus_creator.extract_operation_data(operation)
surface_stimulus_index = surface_stimulus_creator.launch(view_model)
assert surface_stimulus_index.spatial_equation == 'DoubleGaussian'
assert surface_stimulus_index.temporal_equation == 'Sinusoid'
assert surface_stimulus_index.fk_surface_gid == self.surface.gid
spatial_eq_params = json.loads(surface_stimulus_index.spatial_parameters)
assert spatial_eq_params['amp_1'] == 0.75
assert spatial_eq_params['amp_2'] == 1.25
temporal_eq_params = json.loads(surface_stimulus_index.temporal_parameters)
assert temporal_eq_params['amp'] == 1.1
assert temporal_eq_params['frequency'] == 0.025
def test_create_stimulus_surface(self):
surface_stimulus_creator = SurfaceStimulusCreator()
view_model = surface_stimulus_creator.get_view_model_class()()
view_model.surface = UUID(self.surface.gid)
view_model.focal_points_triangles = numpy.array([1, 2, 3])
view_model.spatial = FiniteSupportEquation()
view_model.spatial_amp = 1.0
view_model.spatial_sigma = 1.0
view_model.spatial_offset = 0.0
view_model.temporal = TemporalApplicableEquation()
view_model.temporal.parameters['a'] = 1.0
view_model.temporal.parameters['b'] = 0.0
surface_stimulus_index = surface_stimulus_creator.launch(view_model)
assert surface_stimulus_index.spatial_equation == 'FiniteSupportEquation'
assert surface_stimulus_index.temporal_equation == 'TemporalApplicableEquation'
assert surface_stimulus_index.surface_gid == self.surface.gid
def test_create_stimulus_surface(self, operation_factory):
surface_stimulus_creator = SurfaceStimulusCreator()
view_model = surface_stimulus_creator.get_view_model_class()()
view_model.surface = self.surface.gid
view_model.focal_points_triangles = numpy.array([1, 2, 3])
view_model.spatial = FiniteSupportEquation()
view_model.spatial_amp = 1.0
view_model.spatial_sigma = 1.0
view_model.spatial_offset = 0.0
view_model.temporal = TemporalApplicableEquation()
view_model.temporal.parameters['a'] = 1.0
view_model.temporal.parameters['b'] = 0.0
operation = operation_factory(test_user=self.test_user,
test_project=self.test_project)
surface_stimulus_creator.extract_operation_data(operation)
surface_stimulus_index = surface_stimulus_creator.launch(view_model)
assert surface_stimulus_index.spatial_equation == 'FiniteSupportEquation'
assert surface_stimulus_index.temporal_equation == 'TemporalApplicableEquation'
assert surface_stimulus_index.fk_surface_gid == self.surface.gid