def handcalc_decorator(func):
# use innerscope to get the values of locals within the function
scoped_func = innerscope.scoped_function(func)
def wrapper(*args, **kwargs):
line_args = {"override": override, "precision": precision}
func_source = inspect.getsource(func)
cell_source = _func_source_to_cell(func_source)
scope = scoped_func(*args, **kwargs)
calculated_results = scope.inner_scope
renderer = LatexRenderer(cell_source, calculated_results, line_args)
latex_code = renderer.render()
if jupyter_display:
try:
from IPython.display import Latex, display
except ModuleNotFoundError:
ModuleNotFoundError(
"jupyter_display option requires IPython.display to be installed."
)
display(Latex(latex_code))
return calculated_results
latex_code = latex_code.replace("\\[", "").replace("\\]", "")
return (left + latex_code + right, calculated_results)
return wrapper
def sample_size_equation(design):
d = sys._getframe().f_back.f_locals
calc = design_sample_size[design]
func = scoped_function(calc, d)
return func().return_value
def degree_freedom_equation(design):
d = sys._getframe().f_back.f_locals
calc = design_degree_freedom[design]
func = scoped_function(calc, d)
return func().return_value
def task(func):
sf = scoped_function(func)
if not sf.missing:
return (func,)
deps = tuple(sf.missing)
return ((lambda *args: sf.bind(**dict(zip(deps, args)))().return_value),) + deps