def test_copy(self):
l1 = IntVector( default_value = 77 )
l1[99] = 100
l2 = l1.copy()
self.assertTrue( l1.default == l2.default )
self.assertTrue( len(l1) == len(l2))
self.assertTrue( l1[99] == l2[99] )
def test_activeList(self):
active_list = IntVector.active_list("1,10,100-105")
self.assertTrue( len(active_list) == 8 )
self.assertTrue( active_list[0] == 1)
self.assertTrue( active_list[2] == 100)
self.assertTrue( active_list[7] == 105)
active_list = IntVector.active_list("1,10,100-105X")
self.assertFalse( active_list )
def test_activeList(self):
active_list = IntVector.active_list("1,10,100-105")
self.assertTrue(len(active_list) == 8)
self.assertTrue(active_list[0] == 1)
self.assertTrue(active_list[2] == 100)
self.assertTrue(active_list[7] == 105)
active_list = IntVector.active_list("1,10,100-105X")
self.assertFalse(active_list)
def test_default(self):
l = IntVector( default_value = 100 )
self.assertTrue( l.default == 100 )
l[10] = 1
self.assertTrue( l[0] == 100 )
self.assertTrue( l[9] == 100 )
self.assertTrue( l[10] == 1 )
l.default = 200
self.assertTrue( l.default == 200 )
l[20] = 77
self.assertTrue( l[19] == 200 )
def global_list(self):
"""
IntVector instance with global indices in the region.
"""
c_ptr = cfunc.get_global_list(self)
global_list = IntVector.ref(c_ptr, self)
return global_list
def active_list(self):
"""
IntVector instance with active indices in the region.
"""
c_ptr = cfunc.get_active_list(self)
active_list = IntVector.ref(c_ptr, self)
return active_list
def global_list(self):
"""
IntVector instance with global indices in the region.
"""
c_ptr = cfunc.get_global_list( self )
global_list = IntVector.ref( c_ptr , self )
return global_list
def active_list(self):
"""
IntVector instance with active indices in the region.
"""
c_ptr = cfunc.get_active_list( self )
active_list = IntVector.ref( c_ptr , self )
return active_list
def test_true(self):
l = IntVector()
self.assertFalse(
l
) # Will invoke the __len__ function; could override with __nonzero__
l[0] = 1
self.assertTrue(l)
print stat.quantile_sorted(v, 0.20) print stat.quantile_sorted(v, 0.30) print stat.quantile_sorted(v, 0.40) print stat.quantile_sorted(v, 0.50) a = v[0:10] print a print a[6] print a b = copy.deepcopy(a) c = a.copy() print c print b print v c = IntVector(0) c.append(1) c.append(2) c.append(3) c.append(4) c.append(5) c.rsort() c.printf() print c.max print c.min print c.min_index() c[4] = 5 print c.max_index(reverse=True) print c.max_index(reverse=False)
def kw_index_list(self, ecl_kw, force_active):
c_ptr = cfunc.get_kw_index_list(self, ecl_kw, force_active)
index_list = IntVector.ref(c_ptr, self)
return index_list
def kw_index_list(self , ecl_kw , force_active):
c_ptr = cfunc.get_kw_index_list( self , ecl_kw , force_active)
index_list = IntVector.ref( c_ptr , self )
return index_list
print stat.quantile_sorted( v , 0.30 ) print stat.quantile_sorted( v , 0.40 ) print stat.quantile_sorted( v , 0.50 ) a = v[0:10] print a print a[6] print a b = copy.deepcopy( a ) c = a.copy( ) print c print b print v c = IntVector( 0 ) c.append( 1 ) c.append( 2 ) c.append( 3 ) c.append( 4 ) c.append( 5 ) c.rsort() c.printf() print c.max print c.min print c.min_index() c[4] = 5 print c.max_index( reverse = True ) print c.max_index( reverse = False )