dune/source/builtin.py

8     def __init__(self, header, cppType, name, namespace='std', targs=None, args=None):  argument
13         self.tarts = None if targs is None else [a.strip() for a in targs]
50 and_ = BuiltInFunction('algorithm', 'X', 'std::logical_and', targs=['class X'], args=['const X &x',…
51 max_ = BuiltInFunction('algorithm', 'X', 'max', targs=['class X'], args=['const X &x', 'const X &y'…
52 min_ = BuiltInFunction('algorithm', 'X', 'min', targs=['class X'], args=['const X &x', 'const X &y'…
54 abs_ = BuiltInFunction('cmath', 'X', 'abs', targs=['class X'], args=['const X &x'])
55 atan = BuiltInFunction('cmath', 'X', 'atan', targs=['class X'], args=['const X &x'])
56 atan2 = BuiltInFunction('cmath', 'X', 'atan2', targs=['class X'], args=['const X &x', 'const X &y'])
57 exp = BuiltInFunction('cmath', 'X', 'exp', targs=['class X'], args=['const X &x'])
58 cos = BuiltInFunction('cmath', 'X', 'cos', targs=['class X'], args=['const X &x'])
59 cosh = BuiltInFunction('cmath', 'X', 'cosh', targs=['class X'], args=['const X &x'])
60 log = BuiltInFunction('cmath', 'X', 'log', targs=['class X'], args=['const X &x'])
61 pow_ = BuiltInFunction('cmath', 'X', 'pow', targs=['class X'], args=['const X &x', 'const X &y'])
62 sin = BuiltInFunction('cmath', 'X', 'sin', targs=['class X'], args=['const X &x'])
63 sinh = BuiltInFunction('cmath', 'X', 'sinh', targs=['class X'], args=['const X &x'])
64 sqrt = BuiltInFunction('cmath', 'X', 'sqrt', targs=['class X'], args=['const X &x'])
65 tan = BuiltInFunction('cmath', 'X', 'tan', targs=['class X'], args=['const X &x'])
66 tanh = BuiltInFunction('cmath', 'X', 'tanh', targs=['class X'], args=['const X &x'])
69 …return BuiltInFunction('tuple', 'auto', 'get< ' + str(i) + ' >', targs=['class T'], args=['const T…
71 make_pair = BuiltInFunction('utility', 'std::pair< U, V >', 'make_pair', targs=['class U', 'class V…
77 …return BuiltInFunction('memory', 'std::shared_ptr< T >', 'make_shared< ' + T + ' >', targs=['class…
79 …/common/hybridutilities.hh', 'void', 'forEach', namespace='Dune::Hybrid', targs=['class Range', 'c…
81 …dune/fem/common/coordinate.hh', 'X', 'coordinate', namespace='Dune::Fem', targs=['class X'], args=…
83 …h', 'typename Geometry::ctype', 'maxEdgeLength', namespace='Dune::FemPy', targs=['class Geometry']…
84 …h', 'typename Geometry::ctype', 'minEdgeLength', namespace='Dune::FemPy', targs=['class Geometry']…