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# cogent.struct.knots.ConflictMatrix

All Samples(28)  |  Call(26)  |  Derive(0)  |  Import(2)

```from cogent.util.dict2d import Dict2D
from cogent.struct.rna2d import Pairs
from cogent.struct.knots import PairedRegion, PairedRegionFromPairs,\
PairedRegions, PairedRegionsFromPairs, ConflictMatrix,\
opt_all, contains_true, empty_matrix,\
```
```    def test_conflictsOf(self):
"""ConflictMatrix conflictsOf: with/without conflicts"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
self.assertEqual(cm.conflictsOf(0), [])
```
```
p = Pairs([(1,10),(11,20)])
cm = ConflictMatrix(p)
self.assertEqual(cm.conflictsOf(0), [])
self.assertEqual(cm.conflictsOf(1), [])
```
```    def test_conflicting(self):
"""ConflictMatrix conflicting: full and empty Pairs"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
obs = cm.conflicting()
```
```    def test_nonConflicting(self):
"""ConflictMatrix nonConflicting: full and empty Pairs"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
obs = cm.nonConflicting()
```

```from cogent.util.dict2d import Dict2D
from cogent.struct.rna2d import Pairs
from cogent.struct.knots import PairedRegion, PairedRegionFromPairs,\
PairedRegions, PairedRegionsFromPairs, ConflictMatrix,\
opt_all, contains_true, empty_matrix,\
```
```    def test_conflictsOf(self):
"""ConflictMatrix conflictsOf: with/without conflicts"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
self.assertEqual(cm.conflictsOf(0), [])
```
```
p = Pairs([(1,10),(11,20)])
cm = ConflictMatrix(p)
self.assertEqual(cm.conflictsOf(0), [])
self.assertEqual(cm.conflictsOf(1), [])
```
```    def test_conflicting(self):
"""ConflictMatrix conflicting: full and empty Pairs"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
obs = cm.conflicting()
```
```    def test_nonConflicting(self):
"""ConflictMatrix nonConflicting: full and empty Pairs"""
p = Pairs([(1,10),(5,15),(20,30),(25,35),(24,32),(0,80)])
cm = ConflictMatrix(p)
obs = cm.nonConflicting()
```