def test_empty_faultLine(self):
fl = FaultLine(self.grid , 10)
self.assertEqual( 10 , fl.getK())
self.assertEqual( 0 , len(fl) )
with self.assertRaises(TypeError):
f = fl[ "Test" ]
with self.assertRaises(IndexError):
f = fl[0]
def test_empty_faultLine(self):
fl = FaultLine(self.grid , 10)
self.assertEqual( 10 , fl.getK())
self.assertEqual( 0 , len(fl) )
with self.assertRaises(TypeError):
f = fl[ "Test" ]
with self.assertRaises(IndexError):
f = fl[0]
def test_faultLine_center(self):
nx = 10
ny = 10
nz = 2
grid = EclGrid.createRectangular( (nx,ny,nz) , (0.1,0.1,0.1))
fl = FaultLine(grid , 0)
C1 = (nx + 1) * 5 + 3
C2 = C1 + 2
C3 = C2 + 2
s1 = FaultSegment( C1 , C2 )
s2 = FaultSegment( C2 , C3 )
fl.tryAppend( s1 )
fl.tryAppend( s2 )
self.assertEqual( len(fl) , 2 )
self.assertEqual( fl.center() , (0.50 , 0.50) )
def test_faultLine_center(self):
nx = 10
ny = 10
nz = 2
grid = EclGrid.create_rectangular( (nx,ny,nz) , (0.1,0.1,0.1))
fl = FaultLine(grid , 0)
C1 = (nx + 1) * 5 + 3
C2 = C1 + 2
C3 = C2 + 2
s1 = FaultSegment( C1 , C2 )
s2 = FaultSegment( C2 , C3 )
fl.tryAppend( s1 )
fl.tryAppend( s2 )
self.assertEqual( len(fl) , 2 )
self.assertEqual( fl.center() , (0.50 , 0.50) )
def test_faultLine(self):
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(0 , 10)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
S3 = FaultSegment(20 , 30)
fl.tryAppend( S3 )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(0 , 10)
S2 = FaultSegment(20 , 10)
fl.tryAppend( S1 )
self.assertTrue( fl.tryAppend( S2 ) )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(20 , 10)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
S3 = FaultSegment(40 , 30)
self.assertTrue( fl.tryAppend(S3) == False )
self.assertEqual( len(fl) , 2 )
pl = fl.getPolyline( )
self.assertIsInstance( pl , CPolyline )
self.assertEqual( len(pl) , len(fl) + 1 )
S3 = FaultSegment(20 , 30)
fl.tryAppend( S3 )
pl = fl.getPolyline( )
self.assertIsInstance( pl , CPolyline )
self.assertEqual( len(pl) , len(fl) + 1 )
def test_faultLine(self):
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(0 , 10)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
S3 = FaultSegment(20 , 30)
fl.tryAppend( S3 )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(0 , 10)
S2 = FaultSegment(20 , 10)
fl.tryAppend( S1 )
self.assertTrue( fl.tryAppend( S2 ) )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(20 , 10)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
#---
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
fl.verify()
fl = FaultLine(self.grid , 10)
S1 = FaultSegment(10 , 0)
S2 = FaultSegment(10 , 20)
fl.tryAppend( S1 )
fl.tryAppend( S2 )
S3 = FaultSegment(40 , 30)
self.assertTrue( fl.tryAppend(S3) == False )
self.assertEqual( len(fl) , 2 )
pl = fl.getPolyline( )
self.assertIsInstance( pl , CPolyline )
self.assertEqual( len(pl) , len(fl) + 1 )
S3 = FaultSegment(20 , 30)
fl.tryAppend( S3 )
pl = fl.getPolyline( )
self.assertIsInstance( pl , CPolyline )
self.assertEqual( len(pl) , len(fl) + 1 )