def test__canvas_height_adapt(self):
parser = pars.Parser()
study = stdy.Study()
circuit = parser.parse("task_circuit.tsv",
format_="tsv",
true_path=False)
study._canvas_height_adapt(circuit, 10)
self.assertRaises(Exception,
lambda: study._canvas_height_adapt(circuit, 0.5))
def setUp(self) -> None:
self.parser = par.Parser()
self.circuit = cir.Circuit()
def test_base_study(self):
parser = pars.Parser()
study = stdy.Study()
circuit = parser.parse("task_circuit.tsv",
format_="tsv",
true_path=False)
def setUp(self) -> None:
self.parser = par.Parser()
self.calculator = calc.CircuitCalculator()
self.circuit_default_example = self.parser.parse("circuit.tsv",
format_="tsv",
true_path=False)
import os
import module.parsers as pars
import module.circuit_control as circ
import module.page_generator as pg
import module.path_finder as pf
# Create utility classes
parser = pars.Parser()
page_generator = pg.HTMLPageGenerator()
def default_circuit_study():
# Define circuit origin file.
file_name = "task_circuit.tsv"
format_ = file_name.split(".")
format_ = format_[-1]
# Create circuit class instance
# The parse function takes in file format and
circuit = parser.parse(file_name, format_, False)
# You can change circuit attributes here before the check
# ex:
# circuit.inside_diameter = 0.1
try:
circ.CircuitControl.control_circuit(circuit)
except Exception as fault:
print(f"Cant use circuit, {fault}")
def setUp(self) -> None:
self.circuit = cir.Circuit()
self.parser = pars.Parser()
self.controller = circ.CircuitControl()