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refactor(interval): organize template source code using the approach described at http://www.codeproject.com/Articles/3515/How-To-Organize-Template-Source-Code

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Signed-off-by: Leonardo de Moura <leonardo@microsoft.com>
This commit is contained in:
Leonardo de Moura 2013-10-21 18:15:27 -07:00
parent e208309abd
commit f18d35555e
9 changed files with 2684 additions and 2611 deletions
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2
src/tests/interval/double_interval.cpp
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@ -7,7 +7,7 @@ Author: Soonho Kong
#include "util/test.h"
#include "util/trace.h"
#include "util/numerics/double.h"
#include "util/interval/interval_def.h"
#include "util/interval/interval.h"
#include "tests/interval/check.h"
using namespace lean;

2
src/tests/interval/float_interval.cpp
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@ -7,7 +7,7 @@ Author: Soonho Kong
#include "util/test.h"
#include "util/trace.h"
#include "util/numerics/float.h"
#include "util/interval/interval_def.h"
#include "util/interval/interval.h"
#include "tests/interval/check.h"
using namespace lean;

2
src/tests/interval/interval.cpp
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@ -11,7 +11,7 @@ Author: Leonardo de Moura
#include "util/numerics/double.h"
#include "util/numerics/mpq.h"
#include "util/numerics/mpfp.h"
#include "util/interval/interval_def.h"
#include "util/interval/interval.h"
using namespace lean;

2
src/tests/interval/mpfp_interval.cpp
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@ -7,7 +7,7 @@ Author: Soonho Kong
#include "util/test.h"
#include "util/trace.h"
#include "util/numerics/mpfp.h"
#include "util/interval/interval_def.h"
#include "util/interval/interval.h"
#include "tests/interval/check.h"
using namespace lean;

2
src/util/interval/CMakeLists.txt
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@ -1,2 +1,2 @@
add_library(interval interval.cpp)
add_library(interval interval_instances.cpp)
target_link_libraries(interval ${LEAN_LIBS})

2484
src/util/interval/interval.cpp
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205
src/util/interval/interval.h
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@ -76,9 +76,9 @@ public:
// [n, n]
template<typename T2> interval(T2 const & n):m_lower(n), m_upper(n) { set_closed_endpoints();}
// copy constructor
interval(interval<T> const & n);
interval(interval const & n);
// move constructor
interval(interval<T> && src);
interval(interval && src);
// [l, u], (l, u], [l, u), (l, u)
template<typename T2> interval(T2 const & l, T2 const & u, bool l_open = false, bool u_open = false):m_lower(l), m_upper(u) {
@ -97,7 +97,7 @@ public:
~interval();
friend void swap(interval<T> & a, interval<T> & b) { a._swap(b); }
friend void swap(interval & a, interval & b) { a._swap(b); }
T const & lower() const { return m_lower; }
T const & upper() const { return m_upper; }
@ -138,7 +138,7 @@ public:
\brief Return true iff this contains b.
That is, every value in b is a value of this.
*/
bool contains(interval<T> const & b) const;
bool contains(interval const & b) const;
bool is_empty() const;
void set_empty();
@ -153,8 +153,8 @@ public:
template<typename T2> bool is_singleton(T2 const & v) const { return is_singleton() && m_lower == v; }
friend bool operator==(interval<T> const & a, interval<T> const & b) { return a._eq(b); }
friend bool operator!=(interval<T> const & a, interval<T> const & b) { return !operator==(a, b); }
friend bool operator==(interval const & a, interval const & b) { return a._eq(b); }
friend bool operator!=(interval const & a, interval const & b) { return !operator==(a, b); }
/**
\brief Return true if all values in this are less than all values in 'b'.
@ -169,28 +169,28 @@ public:
void set_is_upper_inf(bool v) { m_upper_inf = v; }
template<bool compute_intv = true, bool compute_deps = false> void neg(interval_deps & deps = dummy);
void neg_jst(interval_deps & deps);
friend interval<T> neg(interval<T> o) { o.neg(); return o; }
friend interval<T> neg_jst(interval<T> o, interval_deps & deps) { o.neg(deps); return o; }
void neg_jst(interval_deps & deps) { neg<false, true>(deps); }
friend interval neg(interval o) { o.neg(); return o; }
friend interval neg_jst(interval o, interval_deps & deps) { o.neg(deps); return o; }
interval & operator+=(interval<T> const & o);
interval & operator-=(interval<T> const & o);
interval & operator*=(interval<T> const & o);
interval & operator/=(interval<T> const & o);
interval & operator+=(interval const & o);
interval & operator-=(interval const & o);
interval & operator*=(interval const & o);
interval & operator/=(interval const & o);
template<bool compute_intv = true, bool compute_deps = false>
interval & add(interval<T> const & o, interval_deps & deps = dummy);
interval & add(interval const & o, interval_deps & deps = dummy);
template<bool compute_intv = true, bool compute_deps = false>
interval & sub(interval<T> const & o, interval_deps & deps = dummy);
interval & sub(interval const & o, interval_deps & deps = dummy);
template<bool compute_intv = true, bool compute_deps = false>
interval & mul(interval<T> const & o, interval_deps & deps = dummy);
interval & mul(interval const & o, interval_deps & deps = dummy);
template<bool compute_intv = true, bool compute_deps = false>
interval & div(interval<T> const & o, interval_deps & deps = dummy);
interval & div(interval const & o, interval_deps & deps = dummy);
void add_jst (interval<T> const & o, interval_deps & deps);
void sub_jst (interval<T> const & o, interval_deps & deps);
void mul_jst (interval<T> const & o, interval_deps & deps);
void div_jst (interval<T> const & o, interval_deps & deps);
void add_jst (interval const & o, interval_deps & deps);
void sub_jst (interval const & o, interval_deps & deps);
void mul_jst (interval const & o, interval_deps & deps);
void div_jst (interval const & o, interval_deps & deps);
interval & operator+=(T const & o);
interval & operator-=(T const & o);
@ -198,18 +198,19 @@ public:
interval & operator/=(T const & o);
template<bool compute_intv = true, bool compute_deps = false> void inv(interval_deps & deps = dummy);
void inv_jst (interval_deps & deps);
friend interval<T> inv(interval<T> o) { o.inv(); return o; }
void inv_jst (interval_deps & deps) { inv<false, true>(deps); }
friend interval inv(interval o) { o.inv(); return o; }
friend interval inv_jst(interval o, interval_deps & deps) { o.inv(deps); return o; }
void fmod(interval<T> y);
void fmod(interval y);
void fmod(T y);
friend interval<T> fmod(interval<T> o, interval<T> y) { o.fmod(y); return o; }
friend interval<T> fmod(interval<T> o, T y) { o.fmod(y); return o; }
friend interval fmod(interval o, interval y) { o.fmod(y); return o; }
friend interval fmod(interval o, T y) { o.fmod(y); return o; }
template<bool compute_intv = true, bool compute_deps = false>
void power(unsigned n, interval_deps & deps = dummy);
void power_jst(unsigned n, interval_deps & deps);
friend interval<T> power(interval<T> o, unsigned k) { o.power(k); return o; }
friend interval power(interval o, unsigned k) { o.power(k); return o; }
template<bool compute_intv = true, bool compute_deps = false> void exp(interval_deps & deps = dummy);
template<bool compute_intv = true, bool compute_deps = false> void exp2(interval_deps & deps = dummy);
@ -255,104 +256,104 @@ public:
void acosh_jst(interval_deps & deps);
void atanh_jst(interval_deps & deps);
friend interval<T> exp (interval<T> o) { o.exp(); return o; }
friend interval<T> exp (interval<T> o, interval_deps & deps) { o.exp(deps); return o; }
friend interval<T> exp_jst(interval<T> o, interval_deps & deps) { o.exp_jst(deps); return o; }
friend interval exp (interval o) { o.exp(); return o; }
friend interval exp (interval o, interval_deps & deps) { o.exp(deps); return o; }
friend interval exp_jst(interval o, interval_deps & deps) { o.exp_jst(deps); return o; }
friend interval<T> exp2 (interval<T> o) { o.exp2(); return o; }
friend interval<T> exp2 (interval<T> o, interval_deps & deps) { o.exp2(deps); return o; }
friend interval<T> exp2_jst(interval<T> o, interval_deps & deps) { o.exp2_jst(deps); return o; }
friend interval exp2 (interval o) { o.exp2(); return o; }
friend interval exp2 (interval o, interval_deps & deps) { o.exp2(deps); return o; }
friend interval exp2_jst(interval o, interval_deps & deps) { o.exp2_jst(deps); return o; }
friend interval<T> exp10(interval<T> o) { o.exp10(); return o; }
friend interval<T> exp10(interval<T> o, interval_deps & deps) { o.exp10(deps); return o; }
friend interval<T> exp10_jst(interval<T> o, interval_deps & deps) { o.exp10(deps); return o; }
friend interval exp10(interval o) { o.exp10(); return o; }
friend interval exp10(interval o, interval_deps & deps) { o.exp10(deps); return o; }
friend interval exp10_jst(interval o, interval_deps & deps) { o.exp10(deps); return o; }
friend interval<T> log (interval<T> o) { o.log(); return o; }
friend interval<T> log (interval<T> o, interval_deps & deps) { o.log(deps); return o; }
friend interval<T> log_jst(interval<T> o, interval_deps & deps) { o.log_jst(deps); return o; }
friend interval log (interval o) { o.log(); return o; }
friend interval log (interval o, interval_deps & deps) { o.log(deps); return o; }
friend interval log_jst(interval o, interval_deps & deps) { o.log_jst(deps); return o; }
friend interval<T> log2 (interval<T> o) { o.log2(); return o; }
friend interval<T> log2 (interval<T> o, interval_deps & deps) { o.log2(deps); return o; }
friend interval<T> log2_jst(interval<T> o, interval_deps & deps) { o.log2_jst(deps); return o; }
friend interval log2 (interval o) { o.log2(); return o; }
friend interval log2 (interval o, interval_deps & deps) { o.log2(deps); return o; }
friend interval log2_jst(interval o, interval_deps & deps) { o.log2_jst(deps); return o; }
friend interval<T> log10(interval<T> o) { o.log10(); return o; }
friend interval<T> log10(interval<T> o, interval_deps & deps) { o.log10(deps); return o; }
friend interval<T> log10_jst(interval<T> o, interval_deps & deps) { o.log10_jst(deps); return o; }
friend interval log10(interval o) { o.log10(); return o; }
friend interval log10(interval o, interval_deps & deps) { o.log10(deps); return o; }
friend interval log10_jst(interval o, interval_deps & deps) { o.log10_jst(deps); return o; }
friend interval<T> sin (interval<T> o) { o.sin(); return o; }
friend interval<T> sin (interval<T> o, interval_deps & deps) { o.sin(deps); return o; }
friend interval<T> sin_jst(interval<T> o, interval_deps & deps) { o.sin_jst(deps); return o; }
friend interval sin (interval o) { o.sin(); return o; }
friend interval sin (interval o, interval_deps & deps) { o.sin(deps); return o; }
friend interval sin_jst(interval o, interval_deps & deps) { o.sin_jst(deps); return o; }
friend interval<T> cos (interval<T> o) { o.cos(); return o; }
friend interval<T> cos (interval<T> o, interval_deps & deps) { o.cos(deps); return o; }
friend interval<T> cos_jst(interval<T> o, interval_deps & deps) { o.cos_jst(deps); return o; }
friend interval cos (interval o) { o.cos(); return o; }
friend interval cos (interval o, interval_deps & deps) { o.cos(deps); return o; }
friend interval cos_jst(interval o, interval_deps & deps) { o.cos_jst(deps); return o; }
friend interval<T> tan (interval<T> o) { o.tan(); return o; }
friend interval<T> tan (interval<T> o, interval_deps & deps) { o.tan(deps); return o; }
friend interval<T> tan_jst(interval<T> o, interval_deps & deps) { o.tan_jst(deps); return o; }
friend interval tan (interval o) { o.tan(); return o; }
friend interval tan (interval o, interval_deps & deps) { o.tan(deps); return o; }
friend interval tan_jst(interval o, interval_deps & deps) { o.tan_jst(deps); return o; }
friend interval<T> csc (interval<T> o) { o.csc(); return o; }
friend interval<T> csc (interval<T> o, interval_deps & deps) { o.csc(deps); return o; }
friend interval<T> csc_jst(interval<T> o, interval_deps & deps) { o.csc_jst(deps); return o; }
friend interval csc (interval o) { o.csc(); return o; }
friend interval csc (interval o, interval_deps & deps) { o.csc(deps); return o; }
friend interval csc_jst(interval o, interval_deps & deps) { o.csc_jst(deps); return o; }
friend interval<T> sec (interval<T> o) { o.sec(); return o; }
friend interval<T> sec (interval<T> o, interval_deps & deps) { o.sec(deps); return o; }
friend interval<T> sec_jst(interval<T> o, interval_deps & deps) { o.sec_jst(deps); return o; }
friend interval sec (interval o) { o.sec(); return o; }
friend interval sec (interval o, interval_deps & deps) { o.sec(deps); return o; }
friend interval sec_jst(interval o, interval_deps & deps) { o.sec_jst(deps); return o; }
friend interval<T> cot (interval<T> o) { o.cot(); return o; }
friend interval<T> cot (interval<T> o, interval_deps & deps) { o.cot(deps); return o; }
friend interval<T> cot_jst(interval<T> o, interval_deps & deps) { o.cot_jst(deps); return o; }
friend interval cot (interval o) { o.cot(); return o; }
friend interval cot (interval o, interval_deps & deps) { o.cot(deps); return o; }
friend interval cot_jst(interval o, interval_deps & deps) { o.cot_jst(deps); return o; }
friend interval<T> asin (interval<T> o) { o.asin(); return o; }
friend interval<T> asin (interval<T> o, interval_deps & deps) { o.asin(deps); return o; }
friend interval<T> asin_jst(interval<T> o, interval_deps & deps) { o.asin_jst(deps); return o; }
friend interval asin (interval o) { o.asin(); return o; }
friend interval asin (interval o, interval_deps & deps) { o.asin(deps); return o; }
friend interval asin_jst(interval o, interval_deps & deps) { o.asin_jst(deps); return o; }
friend interval<T> acos (interval<T> o) { o.acos(); return o; }
friend interval<T> acos (interval<T> o, interval_deps & deps) { o.acos(deps); return o; }
friend interval<T> acos_jst(interval<T> o, interval_deps & deps) { o.acos_jst(deps); return o; }
friend interval acos (interval o) { o.acos(); return o; }
friend interval acos (interval o, interval_deps & deps) { o.acos(deps); return o; }
friend interval acos_jst(interval o, interval_deps & deps) { o.acos_jst(deps); return o; }
friend interval<T> atan (interval<T> o) { o.atan(); return o; }
friend interval<T> atan (interval<T> o, interval_deps & deps) { o.atan(deps); return o; }
friend interval<T> atan_jst(interval<T> o, interval_deps & deps) { o.atan_jst(deps); return o; }
friend interval atan (interval o) { o.atan(); return o; }
friend interval atan (interval o, interval_deps & deps) { o.atan(deps); return o; }
friend interval atan_jst(interval o, interval_deps & deps) { o.atan_jst(deps); return o; }
friend interval<T> sinh (interval<T> o) { o.sinh(); return o; }
friend interval<T> sinh (interval<T> o, interval_deps & deps) { o.sinh(deps); return o; }
friend interval<T> sinh_jst(interval<T> o, interval_deps & deps) { o.sinh_jst(deps); return o; }
friend interval sinh (interval o) { o.sinh(); return o; }
friend interval sinh (interval o, interval_deps & deps) { o.sinh(deps); return o; }
friend interval sinh_jst(interval o, interval_deps & deps) { o.sinh_jst(deps); return o; }
friend interval<T> cosh (interval<T> o) { o.cosh(); return o; }
friend interval<T> cosh (interval<T> o, interval_deps & deps) { o.cosh(deps); return o; }
friend interval<T> cosh_jst(interval<T> o, interval_deps & deps) { o.cosh_jst(deps); return o; }
friend interval cosh (interval o) { o.cosh(); return o; }
friend interval cosh (interval o, interval_deps & deps) { o.cosh(deps); return o; }
friend interval cosh_jst(interval o, interval_deps & deps) { o.cosh_jst(deps); return o; }
friend interval<T> tanh (interval<T> o) { o.tanh(); return o; }
friend interval<T> tanh (interval<T> o, interval_deps & deps) { o.tanh(deps); return o; }
friend interval<T> tanh_jst(interval<T> o, interval_deps & deps) { o.tanh_jst(deps); return o; }
friend interval tanh (interval o) { o.tanh(); return o; }
friend interval tanh (interval o, interval_deps & deps) { o.tanh(deps); return o; }
friend interval tanh_jst(interval o, interval_deps & deps) { o.tanh_jst(deps); return o; }
friend interval<T> asinh(interval<T> o) { o.asinh(); return o; }
friend interval<T> asinh(interval<T> o, interval_deps & deps) { o.asinh(deps); return o; }
friend interval<T> asinh_jst(interval<T> o, interval_deps & deps) { o.asinh_jst(deps); return o; }
friend interval asinh(interval o) { o.asinh(); return o; }
friend interval asinh(interval o, interval_deps & deps) { o.asinh(deps); return o; }
friend interval asinh_jst(interval o, interval_deps & deps) { o.asinh_jst(deps); return o; }
friend interval<T> acosh(interval<T> o) { o.acosh(); return o; }
friend interval<T> acosh(interval<T> o, interval_deps & deps) { o.acosh(deps); return o; }
friend interval<T> acosh_jst(interval<T> o, interval_deps & deps) { o.acosh_jst(deps); return o; }
friend interval acosh(interval o) { o.acosh(); return o; }
friend interval acosh(interval o, interval_deps & deps) { o.acosh(deps); return o; }
friend interval acosh_jst(interval o, interval_deps & deps) { o.acosh_jst(deps); return o; }
friend interval<T> atanh(interval<T> o) { o.atanh(); return o; }
friend interval<T> atanh(interval<T> o, interval_deps & deps) { o.atanh(deps); return o; }
friend interval<T> atanh_jst(interval<T> o, interval_deps & deps) { o.atanh_jst(deps); return o; }
friend interval atanh(interval o) { o.atanh(); return o; }
friend interval atanh(interval o, interval_deps & deps) { o.atanh(deps); return o; }
friend interval atanh_jst(interval o, interval_deps & deps) { o.atanh_jst(deps); return o; }
friend interval<T> operator+(interval<T> a, interval<T> const & b) { return a += b; }
friend interval<T> operator-(interval<T> a, interval<T> const & b) { return a -= b; }
friend interval<T> operator*(interval<T> a, interval<T> const & b) { return a *= b; }
friend interval<T> operator/(interval<T> a, interval<T> const & b) { return a /= b; }
friend interval operator+(interval a, interval const & b) { return a += b; }
friend interval operator-(interval a, interval const & b) { return a -= b; }
friend interval operator*(interval a, interval const & b) { return a *= b; }
friend interval operator/(interval a, interval const & b) { return a /= b; }
friend interval<T> operator+(interval<T> a, T const & b) { return a += b; }
friend interval<T> operator-(interval<T> a, T const & b) { return a -= b; }
friend interval<T> operator*(interval<T> a, T const & b) { return a *= b; }
friend interval<T> operator/(interval<T> a, T const & b) { return a /= b; }
friend interval operator+(interval a, T const & b) { return a += b; }
friend interval operator-(interval a, T const & b) { return a -= b; }
friend interval operator*(interval a, T const & b) { return a *= b; }
friend interval operator/(interval a, T const & b) { return a /= b; }
friend interval<T> operator+(T const & a, interval<T> b) { return b += a; }
friend interval<T> operator-(T const & a, interval<T> b) { b.neg(); return b += a; }
friend interval<T> operator*(T const & a, interval<T> b) { return b *= a; }
friend interval<T> operator/(T const & a, interval<T> b) { b.inv(); return b *= a; }
friend interval operator+(T const & a, interval b) { return b += a; }
friend interval operator-(T const & a, interval b) { b.neg(); return b += a; }
friend interval operator*(T const & a, interval b) { return b *= a; }
friend interval operator/(T const & a, interval b) { b.inv(); return b *= a; }
bool check_invariant() const;

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src/util/interval/interval_def.h
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src/util/interval/interval_instances.cpp Normal file
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@ -0,0 +1,99 @@
/*
Copyright (c) 2013 Microsoft Corporation. All rights reserved.
Released under Apache 2.0 license as described in the file LICENSE.
Author: Leonardo de Moura
*/
#include "util/numerics/mpq.h"
#include "util/numerics/double.h"
#include "util/numerics/float.h"
#include "util/numerics/mpfp.h"
#include "util/interval/interval.cpp"
namespace lean {
template class interval<mpq>;
template void interval<mpq>::neg<true, false>(interval_deps &);
template void interval<mpq>::inv<true, false>(interval_deps &);
template void interval<mpq>::power<true, false>(unsigned, interval_deps &);
template class interval<double>;
template void interval<double>::neg<true, false>(interval_deps &);
template void interval<double>::inv<true, false>(interval_deps &);
template void interval<double>::power<true, false>(unsigned, interval_deps &);
template void interval<double>::exp<true, false>(interval_deps &);
template void interval<double>::exp2<true, false>(interval_deps &);
template void interval<double>::exp10<true, false>(interval_deps &);
template void interval<double>::log<true, false>(interval_deps &);
template void interval<double>::log2<true, false>(interval_deps &);
template void interval<double>::log10<true, false>(interval_deps &);
template void interval<double>::sin<true, false>(interval_deps &);
template void interval<double>::cos<true, false>(interval_deps &);
template void interval<double>::tan<true, false>(interval_deps &);
template void interval<double>::asin<true, false>(interval_deps &);
template void interval<double>::acos<true, false>(interval_deps &);
template void interval<double>::atan<true, false>(interval_deps &);
template void interval<double>::sinh<true, false>(interval_deps &);
template void interval<double>::cosh<true, false>(interval_deps &);
template void interval<double>::tanh<true, false>(interval_deps &);
template void interval<double>::csc<true, false>(interval_deps &);
template void interval<double>::sec<true, false>(interval_deps &);
template void interval<double>::cot<true, false>(interval_deps &);
template void interval<double>::asinh<true, false>(interval_deps &);
template void interval<double>::acosh<true, false>(interval_deps &);
template void interval<double>::atanh<true, false>(interval_deps &);
template class interval<float>;
template void interval<float>::neg<true, false>(interval_deps &);
template void interval<float>::inv<true, false>(interval_deps &);
template void interval<float>::power<true, false>(unsigned, interval_deps &);
template void interval<float>::exp<true, false>(interval_deps &);
template void interval<float>::exp2<true, false>(interval_deps &);
template void interval<float>::exp10<true, false>(interval_deps &);
template void interval<float>::log<true, false>(interval_deps &);
template void interval<float>::log2<true, false>(interval_deps &);
template void interval<float>::log10<true, false>(interval_deps &);
template void interval<float>::sin<true, false>(interval_deps &);
template void interval<float>::cos<true, false>(interval_deps &);
template void interval<float>::tan<true, false>(interval_deps &);
template void interval<float>::asin<true, false>(interval_deps &);
template void interval<float>::acos<true, false>(interval_deps &);
template void interval<float>::atan<true, false>(interval_deps &);
template void interval<float>::sinh<true, false>(interval_deps &);
template void interval<float>::cosh<true, false>(interval_deps &);
template void interval<float>::tanh<true, false>(interval_deps &);
template void interval<float>::csc<true, false>(interval_deps &);
template void interval<float>::sec<true, false>(interval_deps &);
template void interval<float>::cot<true, false>(interval_deps &);
template void interval<float>::asinh<true, false>(interval_deps &);
template void interval<float>::acosh<true, false>(interval_deps &);
template void interval<float>::atanh<true, false>(interval_deps &);
template class interval<mpfp>;
template void interval<mpfp>::neg<true, false>(interval_deps &);
template void interval<mpfp>::inv<true, false>(interval_deps &);
template void interval<mpfp>::power<true, false>(unsigned, interval_deps &);
template void interval<mpfp>::exp<true, false>(interval_deps &);
template void interval<mpfp>::exp2<true, false>(interval_deps &);
template void interval<mpfp>::exp10<true, false>(interval_deps &);
template void interval<mpfp>::log<true, false>(interval_deps &);
template void interval<mpfp>::log2<true, false>(interval_deps &);
template void interval<mpfp>::log10<true, false>(interval_deps &);
template void interval<mpfp>::sin<true, false>(interval_deps &);
template void interval<mpfp>::cos<true, false>(interval_deps &);
template void interval<mpfp>::tan<true, false>(interval_deps &);
template void interval<mpfp>::asin<true, false>(interval_deps &);
template void interval<mpfp>::acos<true, false>(interval_deps &);
template void interval<mpfp>::atan<true, false>(interval_deps &);
template void interval<mpfp>::sinh<true, false>(interval_deps &);
template void interval<mpfp>::cosh<true, false>(interval_deps &);
template void interval<mpfp>::tanh<true, false>(interval_deps &);
template void interval<mpfp>::csc<true, false>(interval_deps &);
template void interval<mpfp>::sec<true, false>(interval_deps &);
template void interval<mpfp>::cot<true, false>(interval_deps &);
template void interval<mpfp>::asinh<true, false>(interval_deps &);
template void interval<mpfp>::acosh<true, false>(interval_deps &);
template void interval<mpfp>::atanh<true, false>(interval_deps &);
}
void print(lean::interval<lean::mpq> const & i) { std::cout << i << std::endl; }
void print(lean::interval<double> const & i) { std::cout << i << std::endl; }