def get_equation_chart(self, **form_data):
"""
Returns the html which contains the plot with the temporal equation.
"""
try:
form_data = collapse_params(form_data, ['temporal'])
min_x, max_x, ui_message = self.get_x_axis_range(
form_data['min_x'], form_data['max_x'])
equation = Equation.build_equation_from_dict('temporal', form_data)
series_data, display_ui_message = equation.get_series_data(
min_range=min_x, max_range=max_x)
all_series = self.get_series_json(series_data, 'Temporal')
if display_ui_message:
ui_message = self.get_ui_message(["temporal"])
return {
'allSeries': all_series,
'prefix': 'temporal',
'message': ui_message
}
except NameError, ex:
self.logger.exception(ex)
return {
'allSeries': None,
'errorMsg': "Incorrect parameters for equation passed."
}
def launch(self, **kwargs):
"""
Used for creating a `StimuliRegion` instance
"""
stimuli_region = StimuliRegion(storage_path=self.storage_path)
stimuli_region.connectivity = kwargs['connectivity']
stimuli_region.weight = kwargs['weight']
stimuli_region.temporal = Equation.build_equation_from_dict('temporal', kwargs)
return stimuli_region
def launch(self, **kwargs):
"""
Used for creating a `StimuliRegion` instance
"""
stimuli_region = StimuliRegion(storage_path=self.storage_path)
stimuli_region.connectivity = kwargs['connectivity']
stimuli_region.weight = kwargs['weight']
stimuli_region.temporal = Equation.build_equation_from_dict(
'temporal', kwargs)
return stimuli_region
def get_equation_chart(self, **form_data):
"""
Returns the html which contains the plot with the temporal equation.
"""
try:
form_data = ABCAdapter.collapse_arrays(form_data, ['temporal'])
min_x, max_x, ui_message = self.get_x_axis_range(form_data['min_x'], form_data['max_x'])
equation = Equation.build_equation_from_dict('temporal', form_data)
series_data, display_ui_message = equation.get_series_data(min_range=min_x, max_range=max_x)
json_data = self.get_series_json(series_data, 'Temporal')
all_series = self.build_final_json([json_data])
if display_ui_message:
ui_message = self.get_ui_message(["temporal"])
return {'allSeries': all_series, 'prefix': 'temporal', 'message': ui_message}
except NameError, ex:
self.logger.exception(ex)
return {'allSeries': None, 'errorMsg': "Incorrect parameters for equation passed."}
def get_equation_chart(self, **form_data):
"""
Returns the html which contains the plot with the temporal equation.
"""
try:
form_data = collapse_params(form_data, ["temporal"])
min_x, max_x, ui_message = self.get_x_axis_range(form_data["min_x"], form_data["max_x"])
equation = Equation.build_equation_from_dict("temporal", form_data)
series_data, display_ui_message = equation.get_series_data(min_range=min_x, max_range=max_x)
all_series = self.get_series_json(series_data, "Temporal")
if display_ui_message:
ui_message = self.get_ui_message(["temporal"])
return {"allSeries": all_series, "prefix": "temporal", "message": ui_message}
except NameError, ex:
self.logger.exception(ex)
return {"allSeries": None, "errorMsg": "Incorrect parameters for equation passed."}
def test_json_dumps_loads(self):
"""
Tests class `MapAsJson.MapAsJsonEncoder` loads parameters correctly from JSON.
"""
input_parameters = {'a': 1, 'b': 1.0, 'c': 'd'}
test_dict = {
'1': 1,
'a': {
'1': 'b'
},
'2': {
'a': Equation(parameters=input_parameters)
}
}
json_string = json.dumps(test_dict, cls=MapAsJson.MapAsJsonEncoder)
loaded_dict = json.loads(json_string,
object_hook=MapAsJson.decode_map_as_json)
eq_parameters = loaded_dict['2']['a']
assert input_parameters == eq_parameters.parameters, "parameters not loaded properly from json"
def get_equation_chart(self, **form_data):
"""
Returns the html which contains the plot with the temporal equation.
"""
try:
form_data = collapse_params(form_data, ['temporal'])
min_x, max_x, ui_message = self.get_x_axis_range(form_data['min_x'], form_data['max_x'])
equation = Equation.build_equation_from_dict('temporal', form_data)
series_data, display_ui_message = equation.get_series_data(min_range=min_x, max_range=max_x)
all_series = self.get_series_json(series_data, 'Temporal')
if display_ui_message:
ui_message = self.get_ui_message(["temporal"])
return {'allSeries': all_series, 'prefix': 'temporal', 'message': ui_message}
except NameError as ex:
self.logger.exception(ex)
return {'allSeries': None, 'errorMsg': "Incorrect parameters for equation passed."}
except SyntaxError as ex:
self.logger.exception(ex)
return {'allSeries': None, 'errorMsg': "Some of the parameters hold invalid characters."}
except Exception as ex:
self.logger.exception(ex)
return {'allSeries': None, 'errorMsg': ex.message}
def get_temporal_equation(self, kwargs):
"""
From a dictionary of arguments build the temporal equation.
"""
return Equation.build_equation_from_dict('temporal', kwargs)
def get_lconn_equation(self, kwargs):
"""
Get the equation for the local connectivity from a dictionary of arguments.
"""
return Equation.build_equation_from_dict('equation', kwargs)
def get_lconn_equation(self, kwargs):
"""
Get the equation for the local connectivity from a dictionary of arguments.
"""
return Equation.build_equation_from_dict('equation', kwargs)
def get_temporal_equation(self, kwargs):
"""
From a dictionary of arguments build the temporal equation.
"""
return Equation.build_equation_from_dict('temporal', kwargs)
