....: strictly_convex=False,
....: solid=False)
sage: K_S = _restrict_to_subspace(K, K.span())
- sage: K_S2 = K.solid_quotient()
+ sage: K_S2 = K.solid_restriction()
sage: _look_isomorphic(K_S, K_S2)
True
sage: K_SP = _restrict_to_subspace(K_S.dual(), K_S.dual().span()).dual()
....: strictly_convex=False,
....: solid=True)
sage: K_S = _restrict_to_subspace(K, K.span())
- sage: K_S2 = K.solid_quotient()
+ sage: K_S2 = K.solid_restriction()
sage: _look_isomorphic(K_S, K_S2)
True
sage: K_SP = _restrict_to_subspace(K_S.dual(), K_S.dual().span()).dual()
....: strictly_convex=True,
....: solid=False)
sage: K_S = _restrict_to_subspace(K, K.span())
- sage: K_S2 = K.solid_quotient()
+ sage: K_S2 = K.solid_restriction()
sage: _look_isomorphic(K_S, K_S2)
True
sage: K_SP = _restrict_to_subspace(K_S.dual(), K_S.dual().span()).dual()
....: strictly_convex=True,
....: solid=True)
sage: K_S = _restrict_to_subspace(K, K.span())
- sage: K_S2 = K.solid_quotient()
+ sage: K_S2 = K.solid_restriction()
sage: _look_isomorphic(K_S, K_S2)
True
sage: K_SP = _restrict_to_subspace(K_S.dual(), K_S.dual().span()).dual()
True
Ensure that ``__restrict_to_subspace(K, K.span())`` and
-``K.solid_quotient()`` are actually equivalent::
+``K.solid_restriction()`` are actually equivalent::
sage: set_random_seed()
sage: K = random_cone(max_ambient_dim=8)
sage: K1 = _restrict_to_subspace(K, K.span())
- sage: K2 = K.solid_quotient()
+ sage: K2 = K.solid_restriction()
sage: _look_isomorphic(K1,K2)
True