def testDifferentChannels(self):
'''Does code accept mult. Vms?'''
myDict = {'name': 'Na', 'lifeo': 3, 'lifec': 3,
'zg': 0, 'd': 0.5, 'N': 1,
'gamma': 15e-12, 'E0': 60}
myDict2 = {'name': 'K', 'lifeo': 3, 'lifec': 3,
'zg': 0, 'd': 0.5, 'N': 1,
'gamma': 15e-12, 'E0': -85}
channel1 = Channel(**myDict)
channel2 = Channel(**myDict2)
chanDict = {channel1.name: channel1, channel2.name: channel2}
m = Membrane()
m.create_channel_set(**chanDict)
m.make_plot() # Check if graph yields sensible results.
self.assertEqual(1, 1)
def testIfGoes(self):
'''Does the program run without crashing?'''
myDict = {'name': 'test', 'lifeo': 10, 'lifec': 20,
'zg': 1, 'd': 0.8, 'N': 100,
'gamma': 10e-9, 'E0': 0}
myDict2 = {'name': 'test', 'lifeo': 1, 'lifec': 3,
'zg': 1, 'd': 0.8, 'N': 100,
'gamma': 10e-9, 'E0': 0}
channel1 = Channel(**myDict)
channel2 = Channel(**myDict2)
chanDict = {channel1.name: channel1, channel2.name: channel2}
m = Membrane()
m.create_channel_set(**chanDict)
m.compute_current()
self.assertEqual(1, 1)
def testIfZero(self):
'''When gammas are 0 is total current 0?'''
myDict = {'name': 'Na', 'lifeo': 10, 'lifec': 20,
'zg': 1, 'd': 0.8, 'N': 100,
'gamma': 0, 'E0': 60}
myDict2 = {'name': 'K', 'lifeo': 1, 'lifec': 3,
'zg': 1, 'd': 0.8, 'N': 100,
'gamma': 0, 'E0': -85}
channel1 = Channel(**myDict)
channel2 = Channel(**myDict2)
chanDict = {channel1.name: channel1, channel2.name: channel2}
m = Membrane()
m.create_channel_set(**chanDict)
timeseries = m.compute_current()
ans = sum(timeseries)
self.assertEqual(ans, 0)
class TestComputeCurrent(unittest.TestCase):
def setUp(self):
self.m = Membrane()
self.m.dt = 1
self.m.simulation_time = 3
self.m.Vm = 0
def test_single_channel(self):
channel_1_dict = {'name': 'ch1', 'lifeo': 1, 'lifec': 0,
'zg': 0, 'd': 0.5, 'N': 1,
'gamma': 1, 'E0': 1000}
channel1 = Channel(**channel_1_dict)
channel_set_dict = {channel1.name: channel1}
self.m.create_channel_set(**channel_set_dict)
self.assertEqual(self.m.compute_current(), [-1, -1, -1])
def test_multiple_channels_same_type(self):
channel_1_dict = {'name': 'ch1', 'lifeo': 1, 'lifec': 0,
'zg': 0, 'd': 0.5, 'N': 4,
'gamma': 1, 'E0': 1000}
channel1 = Channel(**channel_1_dict)
channel_set_dict = {channel1.name: channel1}
self.m.create_channel_set(**channel_set_dict)
self.assertEqual(self.m.compute_current(), [-4, -4, -4])
def test_two_channel_types(self):
channel_1_dict = {'name': 'ch1', 'lifeo': 1, 'lifec': 0,
'zg': 0, 'd': 0.5, 'N': 2,
'gamma': 1, 'E0': 1000}
channel_2_dict = {'name': 'ch2', 'lifeo': 1, 'lifec': 0,
'zg': 0, 'd': 0.5, 'N': 3,
'gamma': 1, 'E0': 1000}
channel1 = Channel(**channel_1_dict)
channel2 = Channel(**channel_2_dict)
channel_set_dict = {channel1.name: channel1, channel2.name: channel2}
self.m.create_channel_set(**channel_set_dict)
self.assertEqual(self.m.compute_current(), [-5, -5, -5])
def setUp(self):
self.m = Membrane()
self.m.dt = 1
self.m.simulation_time = 3
self.m.Vm = 0
# -*- coding: utf-8 -*-
"""
Created on Tue Sep 29 2015
@author: The Entire First Year Neuroscience Graduate Student Contingent
(plus Elizabeth Lackey from second year, of course)
BCM Computation for Neuroscience Fall 2015
Final Group Assignment
"""
from MembraneClass import Membrane
if __name__ == "__main__":
myMembrane = Membrane()
myMembrane.get_membrane_parameters()
myMembrane.create_channel_set()
myMembrane.make_plot()
