pRC
multi-purpose Tensor Train library for C++
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prc
core
functors
is_approx.hpp
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// SPDX-License-Identifier: BSD-2-Clause
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#ifndef pRC_CORE_FUNCTORS_IS_APPROX_H
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#define pRC_CORE_FUNCTORS_IS_APPROX_H
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#include <
prc/core/basic/type_traits.hpp
>
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namespace
pRC
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{
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struct
IsApprox
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{
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template
<
class
XA
,
class
XB
,
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If<True<decltype(isApprox(declval<XA>
(),
declval<XB>
()))>> = 0>
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constexpr
decltype
(
auto
)
operator
()(
XA
&&a,
XB
&&b)
const
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{
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return
isApprox
(
forward<XA>
(a),
forward<XB>
(b));
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}
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template
<
class
XA
,
class
XB
,
class
XT
,
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If<True<decltype(isApprox(declval<XA>
(),
declval<XB>
(),
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declval<XT>
()))>> = 0>
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constexpr
decltype
(
auto
)
operator
()(
XA
&&a,
XB
&&b,
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XT
&&tolerance)
const
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{
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return
isApprox
(
forward<XA>
(a),
forward<XB>
(b),
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forward<XT>
(tolerance));
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}
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};
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}
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#endif
// pRC_CORE_FUNCTORS_IS_APPROX_H
type_traits.hpp
pRC
Definition
cholesky.hpp:18
pRC::isApprox
static constexpr auto isApprox(XA &&a, XB &&b, TT const &tolerance=NumericLimits< TT >::tolerance())
Checks if two pRC objects agree up to a given tolerance.
Definition
is_approx.hpp:44
pRC::copy
static constexpr Conditional< IsSatisfied< C >, RemoveConstReference< X >, X > copy(X &&a)
Definition
copy.hpp:13
pRC::IsApprox
Definition
is_approx.hpp:11
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