def test_computeRequiredWidth_1(self):
options = {
'algorithm': 'overlap',
'layerWidth': 960,
'density': 0.85,
'nodeSpacing': 3,
'stubWidth': 1
}
nodes = [
Node(1, 50),
Node(2, 50),
Node(3, 50),
Node(3, 50),
Node(3, 50),
Node(304, 50),
Node(454, 50),
Node(454, 50),
Node(454, 50),
Node(804, 50),
Node(804, 70),
Node(804, 50),
Node(804, 50),
Node(854, 50),
Node(854, 50)
]
exp_out = 812
dist = Distributor(options)
self.assertEqual(exp_out, dist.computeRequiredWidth(nodes))
def test_computeRequiredWidth_1(self):
options = {
"algorithm": "overlap",
"layerWidth": 960,
"density": 0.85,
"nodeSpacing": 3,
"stubWidth": 1,
}
nodes = [
Node(1, 50),
Node(2, 50),
Node(3, 50),
Node(3, 50),
Node(3, 50),
Node(304, 50),
Node(454, 50),
Node(454, 50),
Node(454, 50),
Node(804, 50),
Node(804, 70),
Node(804, 50),
Node(804, 50),
Node(854, 50),
Node(854, 50),
]
exp_out = 812
dist = Distributor(options)
self.assertEqual(exp_out, dist.computeRequiredWidth(nodes))
def test_computeRequiredWidth_1(self):
options = {
'algorithm': 'overlap',
'layerWidth': 960,
'density': 0.85,
'nodeSpacing': 3,
'stubWidth': 1
}
nodes = [
Node(1, 50),
Node(2, 50),
Node(3, 50),
Node(3, 50),
Node(3, 50),
Node(304, 50),
Node(454, 50),
Node(454, 50),
Node(454, 50),
Node(804, 50),
Node(804, 70),
Node(804, 50),
Node(804, 50),
Node(854, 50),
Node(854, 50)]
exp_out = 812
dist = Distributor(options)
self.assertEqual(exp_out, dist.computeRequiredWidth(nodes))