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-rw-r--r--CHANGELOG.txt11
-rw-r--r--test.cc127
-rw-r--r--zp/include-private/zp/imp/prv.ii6
-rw-r--r--zp/include/zp/imp/str.ii6
-rw-r--r--zp/include/zp/imp/zp.ii31
-rw-r--r--zp/include/zp/mth270
-rw-r--r--zp/include/zp/mth.h298
-rw-r--r--zp/include/zp/prv/chr.h12
-rw-r--r--zp/include/zp/prv/flt.h104
-rw-r--r--zp/include/zp/prv/int.h75
-rw-r--r--zp/include/zp/str6
-rw-r--r--zp/include/zp/str.h40
-rw-r--r--zp/include/zp/zp91
-rw-r--r--zp/include/zp/zp.h6
-rw-r--r--zp/source/any/str/fmt.cc20
-rw-r--r--zp/source/any/str/fmtlen.cc20
16 files changed, 431 insertions, 692 deletions
diff --git a/CHANGELOG.txt b/CHANGELOG.txt
index 6e4ee6e..dc9a084 100644
--- a/CHANGELOG.txt
+++ b/CHANGELOG.txt
@@ -170,6 +170,17 @@
* Fix trtval;
+* Add optional type: opt;
+* Remove minimum-width integral types;
+* Guarantee fixed-width integral types;
+* Guarantee fixed-width floating-point types;
+* Remove extended fixed-width integral types;
+* Remove extended fixed-width floating-point types (including f01);
+* Only overload mathematical functions for fixed-width types;
+* Move inf and nan to zp;
+* Fix urch not being renamed to unrch in C++;
+* Remove constant mathematical functions;
+
# 0.0.2
* Migrate to CMake;
diff --git a/test.cc b/test.cc
index 8ab605c..77185f5 100644
--- a/test.cc
+++ b/test.cc
@@ -34,14 +34,14 @@ static_assert(::zp::isptr<int const volatile * const volatile>::val == true);
static_assert(::zp::typequ<int,int>::val == true);
static_assert(::zp::typequ<int,long>::val == false);
-static_assert(::zp::typequ<::zp::i8m, ::std::uint_least8_t>::val == true);
-static_assert(::zp::typequ<::zp::i8ms, ::std::int_least8_t>::val == true);
-static_assert(::zp::typequ<::zp::i01m, ::std::uint_least16_t>::val == true);
-static_assert(::zp::typequ<::zp::i01ms,::std::int_least16_t>::val == true);
-static_assert(::zp::typequ<::zp::i02m, ::std::uint_least32_t>::val == true);
-static_assert(::zp::typequ<::zp::i02ms,::std::int_least32_t>::val == true);
-static_assert(::zp::typequ<::zp::i04m, ::std::uint_least64_t>::val == true);
-static_assert(::zp::typequ<::zp::i04ms,::std::int_least64_t>::val == true);
+static_assert(::zp::typequ<::zp::i8, ::std::uint_least8_t>::val == true);
+static_assert(::zp::typequ<::zp::i8s, ::std::int_least8_t>::val == true);
+static_assert(::zp::typequ<::zp::i01, ::std::uint_least16_t>::val == true);
+static_assert(::zp::typequ<::zp::i01s,::std::int_least16_t>::val == true);
+static_assert(::zp::typequ<::zp::i02, ::std::uint_least32_t>::val == true);
+static_assert(::zp::typequ<::zp::i02s,::std::int_least32_t>::val == true);
+static_assert(::zp::typequ<::zp::i04, ::std::uint_least64_t>::val == true);
+static_assert(::zp::typequ<::zp::i04s,::std::int_least64_t>::val == true);
static_assert(::zp::typequ<::zp::intptr,::std::uintptr_t>::val == true);
static_assert(::zp::typequ<::zp::siz, ::std::size_t>::val == true);
@@ -157,14 +157,14 @@ static_assert(::zp::maxval<long unsigned>::val == ::std::numeric_limits<lon
static_assert(::zp::maxval<long long unsigned>::val == ::std::numeric_limits<long long unsigned>::max());
static_assert(::zp::maxval<wchar_t>::val == ::std::numeric_limits<wchar_t>::max());
-template<typename ltyp,typename rtyp> static auto cmp(int unsigned & num,int unsigned & numerr,long const ln,ltyp const & lvalref,rtyp const & rvalref) noexcept {
+template<typename ltyp,typename rtyp> static auto cmp_eq(int unsigned & num,int unsigned & numerr,long const ln,ltyp const & lvalref,rtyp const & rvalref) noexcept {
char const * const ltypnm = typeid (ltyp).name();
char const * const rtypnm = typeid (rtyp).name();
auto const getval = [](auto const & valref) {
using typ = typename ::zp::remref<decltype (valref)>::typ;
- if constexpr (::zp::ischrtyp<typ>::val) {return static_cast<::zp::i02m>(valref);}
+ if constexpr (::zp::ischrtyp<typ>::val) {return static_cast<::zp::i02>(valref);}
else if constexpr (::zp::isptr<typ>::val) {return reinterpret_cast<void *>(valref);}
else {return valref;}
};
@@ -185,14 +185,14 @@ template<typename ltyp,typename rtyp> static auto cmp(int unsigned & num,int uns
::std::cout <<"\x1B[38;5;77mequal\x1B[0m\n";
}
-#define cmp(lval,rval) (::cmp(num,numerr,__LINE__,(lval),(rval)))
+#define cmp_eq(lval,rval) (::cmp_eq(num,numerr,__LINE__,(lval),(rval)))
int main() {
int unsigned num;
int unsigned numerr = 0x0u;
- auto const tst = [&num](char const * const cmp) noexcept {
- ::std::cout <<"\n\x1B[38;5;75mtesting\x1B[0m " <<cmp <<"\n\n";
+ auto const tst = [&num](char const * const cmp_eq) noexcept {
+ ::std::cout <<"\n\x1B[38;5;75mtesting\x1B[0m " <<cmp_eq <<"\n\n";
num = 0x0;
};
@@ -200,6 +200,25 @@ int main() {
::std::cout <<"zp " <<::zp::ver.api <<"." <<::zp::ver.ext <<", run-time test\n";
try {
+ [&] {
+ tst("optionals");
+
+ ::zp::opt<::zp::i8s> opt = ::zp::nulopt;
+
+ cmp_eq(opt.chk(),false);
+
+ auto const fun = [](char const * msg) -> void {
+ ::std::cout << msg << ::std::endl;
+
+ ::std::abort();
+ };
+
+ opt = -0x45;
+
+ cmp_eq(opt.chk(),true);
+ cmp_eq(opt.exp(fun,"expectation failed"),-0x45);
+ }();
+
/*[&] {
tst("vectors");
@@ -211,7 +230,7 @@ int main() {
.x = +0x2,
.y = -0x4,
};
- cmp(::zp::dot(lvec2,rvec2),0xE);
+ cmp_eq(::zp::dot(lvec2,rvec2),0xE);
::zp::vec3<int> const lvec3 = {
.x = +0x1,
@@ -223,7 +242,7 @@ int main() {
.y = -0x4,
.z = +0x6,
};
- cmp(::zp::dot(lvec3,rvec3),0x2C);
+ cmp_eq(::zp::dot(lvec3,rvec3),0x2C);
::zp::vec4<int> const lvec4 = {
.x = +0x1,
@@ -237,22 +256,22 @@ int main() {
.z = +0x6,
.w = -0x8,
};
- cmp(::zp::dot(lvec4,rvec4),0x64);
+ cmp_eq(::zp::dot(lvec4,rvec4),0x64);
auto const avec2 = ::zp::vadd(lvec2,rvec2);
auto const svec2 = ::zp::vsub(lvec2,rvec2);
- cmp(avec2.x,+0x3);
- cmp(avec2.y,-0x7);
- cmp(svec2.x,-0x1);
- cmp(svec2.y,+0x1);
+ cmp_eq(avec2.x,+0x3);
+ cmp_eq(avec2.y,-0x7);
+ cmp_eq(svec2.x,-0x1);
+ cmp_eq(svec2.y,+0x1);
}();
[&] {
tst("special numbers");
- cmp(zp_isnanf( zp_nanf), true);
- cmp(zp_isnand( zp_nand), true);
- cmp(zp_isnandl(zp_nanld),true);
+ cmp_eq(zp_isnanf( zp_nanf), true);
+ cmp_eq(zp_isnand( zp_nand), true);
+ cmp_eq(zp_isnandl(zp_nanld),true);
}();*/
[&] {
@@ -260,19 +279,19 @@ int main() {
::zp::i04 filbuf;
- cmp(::zp::memfil(&filbuf,0xFFu,0x8u),reinterpret_cast<char unsigned *>(&filbuf)+0x8u);
- cmp(::zp::memfil(&filbuf,0x7Fu,0x4u),reinterpret_cast<char unsigned *>(&filbuf)+0x4u);
- cmp(::zp::memfil(&filbuf,0x3Fu,0x2u),reinterpret_cast<char unsigned *>(&filbuf)+0x2u);
- cmp(::zp::memfil(&filbuf,0x1Fu,0x1u),reinterpret_cast<char unsigned *>(&filbuf)+0x1u);
+ cmp_eq(::zp::memfil(&filbuf,0xFFu,0x8u),reinterpret_cast<char unsigned *>(&filbuf)+0x8u);
+ cmp_eq(::zp::memfil(&filbuf,0x7Fu,0x4u),reinterpret_cast<char unsigned *>(&filbuf)+0x4u);
+ cmp_eq(::zp::memfil(&filbuf,0x3Fu,0x2u),reinterpret_cast<char unsigned *>(&filbuf)+0x2u);
+ cmp_eq(::zp::memfil(&filbuf,0x1Fu,0x1u),reinterpret_cast<char unsigned *>(&filbuf)+0x1u);
- cmp(filbuf,0xFFFFFFFF7F7F3F1Fu);
+ cmp_eq(filbuf,0xFFFFFFFF7F7F3F1Fu);
::zp::i04 cpybuf;
::zp::memcpy(&cpybuf,&filbuf,0x8u);
- cmp(cpybuf,filbuf);
+ cmp_eq(cpybuf,filbuf);
- cmp(::zp::memsrh(&cpybuf,0x1Fu,0x8u),reinterpret_cast<char unsigned *>(&cpybuf));
+ cmp_eq(::zp::memsrh(&cpybuf,0x1Fu,0x8u),reinterpret_cast<char unsigned *>(&cpybuf));
}();
[&] {
@@ -286,17 +305,17 @@ int main() {
::zp::siz const wlen = ::zp_wstrlen( wstr);
::zp::siz const len02 = ::zp_utf32len(str02);
- cmp(len, 0xCu);
- cmp(wlen, 0xCu);
- cmp(len02,0xCu);
+ cmp_eq(len, 0xCu);
+ cmp_eq(wlen, 0xCu);
+ cmp_eq(len02,0xCu);
auto const buf = new char[ len];
auto const wbuf = new wchar_t[ wlen];
auto const buf02 = new char32_t[len02];
- cmp(::zp_strcpy( buf, str), len);
- cmp(::zp_wstrcpy( wbuf, wstr), wlen);
- cmp(::zp_utf32cpy(buf02,str02),len02);
+ cmp_eq(::zp_strcpy( buf, str), len);
+ cmp_eq(::zp_wstrcpy( wbuf, wstr), wlen);
+ cmp_eq(::zp_utf32cpy(buf02,str02),len02);
delete[] buf;
delete[] wbuf;
@@ -309,27 +328,27 @@ int main() {
char32_t const src[] = U"\U0001F480";
::zp::siz const buf8len = ::zp_utf8enclen(src);
- cmp(buf8len,0x4u);
+ cmp_eq(buf8len,0x4u);
::zp::c8 * buf8 = new ::zp::c8[buf8len+0x1];
::zp_utf8enc(buf8,src);
- cmp(buf8[0x0],0xF0u);
- cmp(buf8[0x1],0x9Fu);
- cmp(buf8[0x2],0x92u);
- cmp(buf8[0x3],0x80u);
- cmp(buf8[0x4],0x00u);
+ cmp_eq(buf8[0x0],0xF0u);
+ cmp_eq(buf8[0x1],0x9Fu);
+ cmp_eq(buf8[0x2],0x92u);
+ cmp_eq(buf8[0x3],0x80u);
+ cmp_eq(buf8[0x4],0x00u);
::zp::siz const buf02len = ::zp_utf8declen(buf8);
- cmp(buf02len,0x1u);
+ cmp_eq(buf02len,0x1u);
char32_t * buf02 = new char32_t[buf02len+0x1];
::zp_utf8dec(buf02,buf8);
- cmp(buf02[0x0],0x1F480u);
- cmp(buf02[0x1],0x0u);
+ cmp_eq(buf02[0x0],0x1F480u);
+ cmp_eq(buf02[0x1],0x0u);
delete[] buf8;
delete[] buf02;
@@ -341,27 +360,27 @@ int main() {
char32_t const src[] = U"\U0001F480\u00F0";
::zp::siz const buf01len = ::zp_utf16enclen(src);
- cmp(buf01len,0x3u);
+ cmp_eq(buf01len,0x3u);
char16_t * buf01 = new char16_t[buf01len+0x1];
::zp_utf16enc(buf01,src);
- cmp(buf01[0x0],0xD83Du);
- cmp(buf01[0x1],0xDC80u);
- cmp(buf01[0x2],0x00F0u);
- cmp(buf01[0x3],0x0000u);
+ cmp_eq(buf01[0x0],0xD83Du);
+ cmp_eq(buf01[0x1],0xDC80u);
+ cmp_eq(buf01[0x2],0x00F0u);
+ cmp_eq(buf01[0x3],0x0000u);
::zp::siz const buf02len = ::zp_utf16declen(buf01);
- cmp(buf02len,0x2u);
+ cmp_eq(buf02len,0x2u);
char32_t * buf02 = new char32_t[buf02len+0x1];
::zp_utf16dec(buf02,buf01);
- cmp(buf02[0x0],0x1F480u);
- cmp(buf02[0x1],0xF0u);
- cmp(buf02[0x2],0x0u);
+ cmp_eq(buf02[0x0],0x1F480u);
+ cmp_eq(buf02[0x1],0xF0u);
+ cmp_eq(buf02[0x2],0x0u);
delete[] buf01;
delete[] buf02;
diff --git a/zp/include-private/zp/imp/prv.ii b/zp/include-private/zp/imp/prv.ii
index ae13d25..a91db49 100644
--- a/zp/include-private/zp/imp/prv.ii
+++ b/zp/include-private/zp/imp/prv.ii
@@ -49,10 +49,10 @@ template<typename typ> zp_nothw typ * zp::det::strsrh(typ const * str,typ const
//static_assert(::zp::ischrtyp<typ>::val,"type must be a character type");
for (;;++str) {
- typ const curchr = *str;
+ typ const cunrchr = *str;
- zp_unlik (curchr == chr) {return const_cast<typ *>(str);}
- zp_unlik (curchr == typ (0x0)) {break;}
+ zp_unlik (cunrchr == chr) {return const_cast<typ *>(str);}
+ zp_unlik (cunrchr == typ (0x0)) {break;}
}
return zp_nulptr;
diff --git a/zp/include/zp/imp/str.ii b/zp/include/zp/imp/str.ii
index f5e40e3..e8310b8 100644
--- a/zp/include/zp/imp/str.ii
+++ b/zp/include/zp/imp/str.ii
@@ -5,7 +5,7 @@
*/
#if false
-template<typename sgntyp> constexpr auto zp::fmt(::zp::c02 * buf,sgntyp sgnval,::zp::i8m const bs,bool const rtl) noexcept -> void {
+template<typename sgntyp> constexpr auto zp::fmt(::zp::c02 * buf,sgntyp sgnval,::zp::i8 const bs,bool const rtl) noexcept -> void {
using typ = typename ::zp::usgn<sgntyp>::typ;
::zp::c02 const * digs = U"0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ";
@@ -31,7 +31,7 @@ template<typename sgntyp> constexpr auto zp::fmt(::zp::c02 * buf,sgntyp sgnval,:
#endif
#if false
-template<typename typ> constexpr auto zp::fmtlen(typ val,::zp::i8m const bs) noexcept -> ::zp::siz {
+template<typename typ> constexpr auto zp::fmtlen(typ val,::zp::i8 const bs) noexcept -> ::zp::siz {
static_assert(::zp::isinttyp<typ>::val,"type must be an integral type");
::zp::siz len = 0x0u;
@@ -47,7 +47,7 @@ template<typename typ> constexpr auto zp::fmtlen(typ val,::zp::i8m const bs) noe
}
#endif
-template<typename typ> zp_nothw ::zp::siz zp::prv::numdig(typ fmtval,::zp::i8m const bs) {
+template<typename typ> zp_nothw ::zp::siz zp::prv::numdig(typ fmtval,::zp::i8 const bs) {
//static_assert(::zp::isinttyp<typ>::val,"type must be an integral type");
if (fmtval == typ (0x0)) return 0x1u;
diff --git a/zp/include/zp/imp/zp.ii b/zp/include/zp/imp/zp.ii
index ad7c1b6..f49d346 100644
--- a/zp/include/zp/imp/zp.ii
+++ b/zp/include/zp/imp/zp.ii
@@ -5,7 +5,7 @@
*/
#if zp_std_cxx11
-constexpr auto zp::iscstevl() noexcept -> bool {
+constexpr auto ::zp::iscstevl() noexcept -> bool {
#if zp_prv_hasbltin(__builtin_is_constant_evaluated)
return __builtin_is_constant_evaluated();
#elif __cpp_if_consteval >= 202106
@@ -16,3 +16,32 @@ constexpr auto zp::iscstevl() noexcept -> bool {
#endif
}
#endif
+
+#if zp_std_cxx11
+template<typename typ> constexpr ::zp::opt<typ>::opt(::zp::det::nulopt) noexcept : hasval(false),valval(typ {}) {
+}
+
+template<typename typ> constexpr ::zp::opt<typ>::opt(typ const & val) noexcept : hasval(true),valval(val) {
+}
+
+template<typename typ> constexpr auto ::zp::opt<typ>::chk() const noexcept -> bool {
+ return this->hasval;
+}
+
+template<typename typ> constexpr auto ::zp::opt<typ>::val() const noexcept -> typ {
+ return this->valval;
+}
+
+template<typename typ> template<typename funtyp,typename msgtyp> auto ::zp::opt<typ>::exp(funtyp const & fun,msgtyp const & msg) const -> typ {
+ zp_lik (this->hasval) {return this->valval;}
+ fun(msg);
+ ::zp::unrch();
+}
+
+template<typename typ> constexpr auto ::zp::opt<typ>::operator = (typ const & val) noexcept -> ::zp::opt<typ> {
+ this->hasval = true;
+ this->valval = val;
+
+ return *this;
+}
+#endif
diff --git a/zp/include/zp/mth b/zp/include/zp/mth
index af419d4..0c94ef5 100644
--- a/zp/include/zp/mth
+++ b/zp/include/zp/mth
@@ -11,20 +11,6 @@
#include <zp/mth.h>
namespace zp {
-#if zp_std_cxx11
- template<typename typ> struct inf {constexpr static typ val = ::zp::maxval<typ>::val;};
-
- template<> struct inf<double> {constexpr static double const val = zp_inff;};
- template<> struct inf<double long> {constexpr static double long const val = zp_infld;};
- template<> struct inf<float> {constexpr static float const val = zp_infd;};
-
- template<typename typ> struct nan {constexpr static typ val = typ {0x0};};
-
- template<> struct nan<double> {constexpr static double const val = zp_nanf;};
- template<> struct nan<double long> {constexpr static double long const val = zp_nanld;};
- template<> struct nan<float> {constexpr static float const val = zp_nand;};
-#endif
-
template<typename typ> struct divmodres {
typ lval;
typ rval;
@@ -46,215 +32,115 @@ namespace zp {
typ w;
};
-#if zp_std_cxx14
- namespace cst {
- template<typename typ> zp_useres constexpr auto isnan(typ const val) noexcept -> bool {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 abs(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 abs(::zp::f04 val);
- if (::zp::isinttyp<typ>::val) {return false;}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 acos(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 acos(::zp::f04 val);
- return val != val;
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 acot(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 acot(::zp::f04 val);
- template<typename typ> zp_useres constexpr auto abs(typ const val) noexcept -> typename ::zp::usgn<typ>::typ {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 acsc(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 acsc(::zp::f04 val);
- if (::zp::isusgn<typ>::val) {return val;}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 asec(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 asec(::zp::f04 val);
- using newtyp = typename ::zp::usgn<typ>::typ; // The type is unchanged if it was a floating-point type.
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 asin(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 asin(::zp::f04 val);
- return newtyp {0x0}-static_cast<newtyp>(val);
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 atan(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 atan(::zp::f04 val);
- template<typename typ> zp_useres constexpr auto dot2(::zp::vec2<typ> const lvec,::zp::vec2<typ> const rvec) noexcept -> typ {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_atan2f02(::zp::f02 y,::zp::f02 x);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_atan2f04(::zp::f04 y,::zp::f04 x);
- return lvec.x*rvec.x+lvec.y*rvec.y;
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 cbrt(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 cbrt(::zp::f04 val);
- template<typename typ> zp_useres constexpr auto dot3(::zp::vec3<typ> const lvec,::zp::vec3<typ> const rvec) noexcept -> typ {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 cos(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 cos(::zp::f04 ang);
- return lvec.x*rvec.x+lvec.y*rvec.y+lvec.z*rvec.z;
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 cot(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 cot(::zp::f04 ang);
- template<typename typ> zp_useres constexpr auto dot4(::zp::vec4<typ> const lvec,::zp::vec4<typ> const rvec) noexcept -> typ {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 csc(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 csc(::zp::f04 ang);
- return lvec.x*rvec.x+lvec.y*rvec.y+lvec.z*rvec.z+lvec.w*rvec.w;
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dst2f02(::zp::f02 x,::zp::f02 y);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dst2f04(::zp::f04 x,::zp::f04 y);
- template<typename typ> zp_useres constexpr auto vadd2(::zp::vec2<typ> const lvec,::zp::vec2<typ> const rvec) noexcept -> ::zp::vec2<typ> {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dst3f02(::zp::f02 x,::zp::f02 y,::zp::f02 z);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dst3f04(::zp::f04 x,::zp::f04 y,::zp::f04 z);
- return ::zp::vec2<typ> {lvec.x+rvec.x,lvec.y+rvec.y};
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dst4f02(::zp::f02 x,::zp::f02 y,::zp::f02 z,::zp::f02 w);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dst4f04(::zp::f04 x,::zp::f04 y,::zp::f04 z,::zp::f04 w);
- template<typename typ> zp_useres constexpr auto vadd3(::zp::vec3<typ> const lvec,::zp::vec3<typ> const rvec) noexcept -> ::zp::vec3<typ> {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<i8s> zp_divmodi8s( ::zp::i8s num,::zp::i8s den);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<i01s> zp_divmodi01s(::zp::i01s num,::zp::i01s den);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<i02s> zp_divmodi02s(::zp::i02s num,::zp::i02s den);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<i04s> zp_divmodi04s(::zp::i04s num,::zp::i04s den);
- return ::zp::vec3<typ> {lvec.x+rvec.x,lvec.y+rvec.y,lvec.z+rvec.z};
- }
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dot2f02(::zp::vec2< ::zp::f02> lvec,::zp::vec2< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dot2f04(::zp::vec2< ::zp::f04> lvec,::zp::vec2< ::zp::f04> rvec);
- template<typename typ> zp_useres constexpr auto vadd4(::zp::vec4<typ> const lvec,::zp::vec4<typ> const rvec) noexcept -> ::zp::vec4<typ> {
- static_assert(::zp::isarityp<typ>::val,"type must be an arithmetic type");
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dot3f02(::zp::vec3< ::zp::f02> lvec,::zp::vec3< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dot3f04(::zp::vec3< ::zp::f04> lvec,::zp::vec3< ::zp::f04> rvec);
- return ::zp::vec4<typ> {lvec.x+rvec.x,lvec.y+rvec.y,lvec.z+rvec.z,lvec.w+rvec.w};
- }
- }
-#endif
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 zp_dot4f02(::zp::vec4< ::zp::f02> lvec,::zp::vec4< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 zp_dot4f04(::zp::vec4< ::zp::f04> lvec,::zp::vec4< ::zp::f04> rvec);
+
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 exp(::zp::f02 val,::zp::f02 n);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 exp(::zp::f04 val,::zp::f04 n);
+
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 lb(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 lb(::zp::f04 val);
+
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 lg(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 lg(::zp::f04 val);
+
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 ln(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 ln(::zp::f04 val);
- zp_iln zp_nothw zp_unseq zp_useres inline double isnan(double const val) {return zp_isnand( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long isnan(double long const val) {return zp_isnandl(val);}
- zp_iln zp_nothw zp_unseq zp_useres inline float isnan(float const val) {return zp_isnanf( val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 log(::zp::f02 val,::zp::f02 n);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 log(::zp::f04 val,::zp::f04 n);
- zp_iln zp_nothw zp_unseq zp_useres inline float abs(float const val) {return ::zp_absf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double abs(double const val) {return ::zp_absd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long abs(double long const val) {return ::zp_absdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 nrt(::zp::f02 val,::zp::f02 n);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 nrt(::zp::f04 val,::zp::f04 n);
- zp_iln zp_nothw zp_unseq zp_useres inline float acos(float const val) {return ::zp_acosf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double acos(double const val) {return ::zp_acosd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long acos(double long const val) {return ::zp_acosdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 sec(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 sec(::zp::f04 ang);
- zp_iln zp_nothw zp_unseq zp_useres inline float zp_acot(float const val) {return ::zp_acotf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double zp_acot(double const val) {return ::zp_acotd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long zp_acot(double long const val) {return ::zp_acotdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 sin(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 sin(::zp::f04 ang);
- zp_iln zp_nothw zp_unseq zp_useres inline float zp_acsc(float const val) {return ::zp_acscf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double zp_acsc(double const val) {return ::zp_acscd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long zp_acsc(double long const val) {return ::zp_acscdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 sqrt(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 sqrt(::zp::f04 val);
- zp_iln zp_nothw zp_unseq zp_useres inline float asec(float const val) {return ::zp_asecf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double asec(double const val) {return ::zp_asecd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long asec(double long const val) {return ::zp_asecdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 tan(::zp::f02 ang);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 tan(::zp::f04 ang);
- zp_iln zp_nothw zp_unseq zp_useres inline float asin(float const val) {return ::zp_asinf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double asin(double const val) {return ::zp_asind( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long asin(double long const val) {return ::zp_asindl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f02 tsrt(::zp::f02 val);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::f04 tsrt(::zp::f04 val);
- zp_iln zp_nothw zp_unseq zp_useres inline float atan(float const val) {return ::zp_atanf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double atan(double const val) {return ::zp_atand( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long atan(double long const val) {return ::zp_atandl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2< ::zp::f02> zp_vadd2(::zp::vec2< ::zp::f02> lvec,::zp::vec2< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2< ::zp::f04> zp_vadd2(::zp::vec2< ::zp::f04> lvec,::zp::vec2< ::zp::f04> rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline float atan2(float const y,float const x) {return ::zp_atan2f( y,x);}
- zp_iln zp_nothw zp_unseq zp_useres inline double atan2(double const y,double const x) {return ::zp_atan2d( y,x);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long atan2(double long const y,double long const x) {return ::zp_atan2dl(y,x);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3< ::zp::f02> zp_vadd3(::zp::vec3< ::zp::f02> lvec,::zp::vec3< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3< ::zp::f04> zp_vadd3(::zp::vec3< ::zp::f04> lvec,::zp::vec3< ::zp::f04> rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline float cbrt(float const val) {return ::zp_cbrtf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double cbrt(double const val) {return ::zp_cbrtd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long cbrt(double long const val) {return ::zp_cbrtdl(val);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4< ::zp::f02> zp_v4add(::zp::vec4< ::zp::f02> lvec,::zp::vec4< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4< ::zp::f04> zp_v4add(::zp::vec4< ::zp::f04> lvec,::zp::vec4< ::zp::f04> rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline float cos(float const ang) {return ::zp_cosf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double cos(double const ang) {return ::zp_cosd( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long cos(double long const ang) {return ::zp_cosdl(ang);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2< ::zp::f02> zp_vsub2(::zp::vec2< ::zp::f02> lvec,::zp::vec2< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2< ::zp::f04> zp_vsub2(::zp::vec2< ::zp::f04> lvec,::zp::vec2< ::zp::f04> rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline float cot(float const ang) {return ::zp_cotf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double cot(double const ang) {return ::zp_cotd( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long cot(double long const ang) {return ::zp_cotdl(ang);}
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3< ::zp::f02> zp_vsub3(::zp::vec3< ::zp::f02> lvec,::zp::vec3< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3< ::zp::f04> zp_vsub3(::zp::vec3< ::zp::f04> lvec,::zp::vec3< ::zp::f04> rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline float csc(float const ang) {return ::zp_cscf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double csc(double const ang) {return ::zp_cscd( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long csc(double long const ang) {return ::zp_cscdl(ang);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dist2(float const x,float const y) {return ::zp_dst2f( x,y);}
- zp_iln zp_nothw zp_unseq zp_useres inline double dist2(double const x,double const y) {return ::zp_dst2d( x,y);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long dist2(double long const x,double long const y) {return ::zp_dst2dl(x,y);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dist3(float const x,float const y,float const z) {return ::zp_dst3f( x,y,z);}
- zp_iln zp_nothw zp_unseq zp_useres inline double dist3(double const x,double const y,double const z) {return ::zp_dst3d( x,y,z);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long dist3(double long const x,double long const y,double long const z) {return ::zp_dst3dl(x,y,z);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dist4(float const x,float const y,float const z,float w) {return ::zp_dst4f( x,y,z,w);}
- zp_iln zp_nothw zp_unseq zp_useres inline double dist4(double const x,double const y,double const z,double w) {return ::zp_dst4d( x,y,z,w);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long dist4(double long const x,double long const y,double long const z,double long w) {return ::zp_dst4dl(x,y,z,w);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<char signed> divmod(char signed const num,char signed den);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<short> divmod(short const num,short den);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<int> divmod(int const num,int den);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<long> divmod(long const num,long den);
- #if zp_std_c99 || zp_std_cxx11
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::divmodres<long long> divmodl(long long const num,long long den);
- #endif
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dot2(::zp::vec2<float> const lvec,::zp::vec2<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double dot2(::zp::vec2<double> const lvec,::zp::vec2<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double long dot2(::zp::vec2<double long> const lvec,::zp::vec2<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dot3(::zp::vec3<float> const lvec,::zp::vec3<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double dot3(::zp::vec3<double> const lvec,::zp::vec3<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double long dot3(::zp::vec3<double long> const lvec,::zp::vec3<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline float dot4(::zp::vec4<float> const lvec,::zp::vec4<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double dot4(::zp::vec4<double> const lvec,::zp::vec4<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline double long dot4(::zp::vec4<double long> const lvec,::zp::vec4<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline float exp(float const val,float n) {return ::zp_expf( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double exp(double const val,double n) {return ::zp_expd( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long exp(double long const val,double long n) {return ::zp_expdl(val,n);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float lb(float const val) {return ::zp_lbf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double lb(double const val) {return ::zp_lbd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long lb(double long const val) {return ::zp_lbdl(val);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float lg(float const val) {return ::zp_lgf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double lg(double const val) {return ::zp_lgd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long lg(double long const val) {return ::zp_lgdl(val);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float ln(float const val) {return ::zp_lnf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double ln(double const val) {return ::zp_lnd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long ln(double long const val) {return ::zp_lndl(val);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float log(float const val,float n) {return ::zp_logf( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double log(double const val,double n) {return ::zp_logd( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long log(double long const val,double long n) {return ::zp_logdl(val,n);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float nrt(float const val,float n) {return ::zp_nrtf( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double nrt(double const val,double n) {return ::zp_nrtd( val,n);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long nrt(double long const val,double long n) {return ::zp_nrtdl(val,n);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float sec(float const ang) {return ::zp_secf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double sec(double const ang) {return ::zp_secd( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long sec(double long const ang) {return ::zp_secdl(ang);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float sin(float const ang) {return ::zp_sinf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double sin(double const ang) {return ::zp_sind( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long sin(double long const ang) {return ::zp_sindl(ang);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float sqrt(float const val) {return ::zp_sqrtf( val);;}
- zp_iln zp_nothw zp_unseq zp_useres inline double sqrt(double const val) {return ::zp_sqrtd( val);;}
- zp_iln zp_nothw zp_unseq zp_useres inline double long sqrt(double long const val) {return ::zp_sqrtdl(val);;}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float tan(float const ang) {return ::zp_tanf( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double tan(double const ang) {return ::zp_tand( ang);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long tan(double long const ang) {return ::zp_tandl(ang);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline float tsrt(float const val) {return ::zp_tsrtf( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double tsrt(double const val) {return ::zp_tsrtd( val);}
- zp_iln zp_nothw zp_unseq zp_useres inline double long tsrt(double long const val) {return ::zp_tsrtdl(val);}
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<float> vadd2f( ::zp::vec2<float> const lvec,::zp::vec2<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<double> vadd2d( ::zp::vec2<double> const lvec,::zp::vec2<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<double long> vadd2dl(::zp::vec2<double long> const lvec,::zp::vec2<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<float> vadd3f( ::zp::vec3<float> const lvec,::zp::vec3<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<double> vadd3d( ::zp::vec3<double> const lvec,::zp::vec3<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<double long> vadd3dl(::zp::vec3<double long> const lvec,::zp::vec3<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<float> vadd4f( ::zp::vec4<float> const lvec,::zp::vec4<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<double> vadd4d( ::zp::vec4<double> const lvec,::zp::vec4<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<double long> vadd4dl(::zp::vec4<double long> const lvec,::zp::vec4<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<float> vsub2f( ::zp::vec2<float> const lvec,::zp::vec2<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<double> vsub2d( ::zp::vec2<double> const lvec,::zp::vec2<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec2<double long> vsub2dl(::zp::vec2<double long> const lvec,::zp::vec2<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<float> vsub3f( ::zp::vec3<float> const lvec,::zp::vec3<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<double> vsub3d( ::zp::vec3<double> const lvec,::zp::vec3<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec3<double long> vsub3dl(::zp::vec3<double long> const lvec,::zp::vec3<double long> const rvec);
-
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<float> vsub4f( ::zp::vec4<float> const lvec,::zp::vec4<float> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<double> vsub4d( ::zp::vec4<double> const lvec,::zp::vec4<double> const rvec);
- zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4<double long> vsub4dl(::zp::vec4<double long> const lvec,::zp::vec4<double long> const rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4< ::zp::f02> zp_v4sub(::zp::vec4< ::zp::f02> lvec,::zp::vec4< ::zp::f02> rvec);
+ zp_iln zp_nothw zp_unseq zp_useres inline ::zp::vec4< ::zp::f04> zp_v4sub(::zp::vec4< ::zp::f04> lvec,::zp::vec4< ::zp::f04> rvec);
}
#endif
diff --git a/zp/include/zp/mth.h b/zp/include/zp/mth.h
index 1a4790a..5166d10 100644
--- a/zp/include/zp/mth.h
+++ b/zp/include/zp/mth.h
@@ -11,297 +11,205 @@
zp_prv_cdecl
-#if zp_prv_hasbltin(__builtin_huge_val)
-#define zp_infd (__builtin_huge_val())
-#else
-#define zp_infd (zp_maxvald)
-#endif
-#if zp_prv_hasbltin(__builtin_huge_valf)
-#define zp_inff (__builtin_huge_valf())
-#else
-#define zp_inff (zp_maxvalf)
-#endif
-#if zp_prv_hasbltin(__builtin_huge_vall)
-#define zp_infld (__builtin_huge_vall())
-#else
-#define zp_infld (zp_maxvaldl)
-#endif
-
-#if zp_prv_hasbltin(__builtin_nan)
-#define zp_nand (__builtin_nan(""))
-#else
-#define zp_nand (0.0);
-#endif
-#if zp_prv_hasbltin(__builtin_nanf)
-#define zp_nanf (__builtin_nanf(""))
-#else
-#define zp_nanf (0.0f);
-#endif
-#if zp_prv_hasbltin(__builtin_nanl)
-#define zp_nanld (__builtin_nanl(""))
-#else
-#define zp_nanld (0.0l);
-#endif
-
-typedef struct {
- char signed lval;
- char signed rval;
-} zp_divmodressc;
typedef struct {
- short lval;
- short rval;
-} zp_divmodress;
+ zp_i8s lval;
+ zp_i8s rval;
+} zp_divmodresi8s;
typedef struct {
- int lval;
- int rval;
-} zp_divmodresi;
+ zp_i01s lval;
+ zp_i01s rval;
+} zp_divmodresi01s;
typedef struct {
- long lval;
- long rval;
-} zp_divmodresl;
-#if zp_std_c99 || zp_std_cxx11
+ zp_i02s lval;
+ zp_i02s rval;
+} zp_divmodresi02s;
typedef struct {
- long long lval;
- long long rval;
-} zp_divmodresll;
-#endif
+ zp_i04s lval;
+ zp_i04s rval;
+} zp_divmodresi04s;
typedef struct {
double x;
double y;
-} zp_vec2d;
-typedef struct {
- double long x;
- double long y;
-} zp_vec2dl;
+} zp_vec2f02;
typedef struct {
- float x;
- float y;
-} zp_vec2f;
+ zp_f04 x;
+ zp_f04 y;
+} zp_vec2f04;
typedef struct {
double x;
double y;
double z;
-} zp_vec3d;
+} zp_vec3f02;
typedef struct {
- double long x;
- double long y;
- double long z;
-} zp_vec3dl;
-typedef struct {
- float x;
- float y;
- float z;
-} zp_vec3f;
+ zp_f04 x;
+ zp_f04 y;
+ zp_f04 z;
+} zp_vec3f04;
typedef struct {
double x;
double y;
double z;
double w;
-} zp_vec4d;
-typedef struct {
- double long x;
- double long y;
- double long z;
- double long w;
-} zp_vec4dl;
+} zp_vec4f02;
typedef struct {
- float x;
- float y;
- float z;
- float w;
-} zp_vec4f;
+ zp_f04 x;
+ zp_f04 y;
+ zp_f04 z;
+ zp_f04 w;
+} zp_vec4f04;
/* is not-a-number */
-#define zp_isnand( val) ((bool)((val) != (val)))
-#define zp_isnandl(val) ((bool)((val) != (val)))
-#define zp_isnanf( val) ((bool)((val) != (val)))
+#define zp_isnanf02(val) ((bool)((val) != (val)))
+#define zp_isnanf04(val) ((bool)((val) != (val)))
/* absolute */
-zp_nothw zp_unseq zp_useres double zp_absd( double val);
-zp_nothw zp_unseq zp_useres double long zp_absdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_absf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_absf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_absf04(zp_f04 val);
/* arccosine */
-zp_nothw zp_unseq zp_useres double zp_acosd( double val);
-zp_nothw zp_unseq zp_useres double long zp_acosdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_acosf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_acosf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_acosf04(zp_f04 val);
/* arccotangent */
-zp_nothw zp_unseq zp_useres double zp_acotd( double val);
-zp_nothw zp_unseq zp_useres double long zp_acotdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_acotf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_acotf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_acotf04(zp_f04 val);
/* arccosecant */
-zp_nothw zp_unseq zp_useres double zp_acscd( double val);
-zp_nothw zp_unseq zp_useres double long zp_acscdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_acscf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_acscf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_acscf04(zp_f04 val);
/* arcsecant */
-zp_nothw zp_unseq zp_useres double zp_asecd( double val);
-zp_nothw zp_unseq zp_useres double long zp_asecdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_asecf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_asecf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_asecf04(zp_f04 val);
/* arcsine */
-zp_nothw zp_unseq zp_useres double zp_asind( double val);
-zp_nothw zp_unseq zp_useres double long zp_asindl(double long val);
-zp_nothw zp_unseq zp_useres float zp_asinf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_asinf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_asinf04(zp_f04 val);
/* arctangens */
-zp_nothw zp_unseq zp_useres double zp_atand( double val);
-zp_nothw zp_unseq zp_useres double long zp_atandl(double long val);
-zp_nothw zp_unseq zp_useres float zp_atanf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_atanf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_atanf04(zp_f04 val);
/* arctangens 2 */
-zp_nothw zp_unseq zp_useres double zp_atan2d( double y,double x);
-zp_nothw zp_unseq zp_useres double long zp_atan2dl(double long y,double long x);
-zp_nothw zp_unseq zp_useres float zp_atan2f( float y,float x);
+zp_nothw zp_unseq zp_useres zp_f02 zp_atan2f02(zp_f02 y,zp_f02 x);
+zp_nothw zp_unseq zp_useres zp_f04 zp_atan2f04(zp_f04 y,zp_f04 x);
/* cube root */
-zp_nothw zp_unseq zp_useres double zp_cbrtd( double val);
-zp_nothw zp_unseq zp_useres double long zp_cbrtdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_cbrtf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_cbrtf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_cbrtf04(zp_f04 val);
/* cosine */
-zp_nothw zp_unseq zp_useres double zp_cosd( double ang);
-zp_nothw zp_unseq zp_useres double long zp_cosdl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_cosf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_cosf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_cosf04(zp_f04 ang);
/* cotangent */
-zp_nothw zp_unseq zp_useres double zp_cotd( double ang);
-zp_nothw zp_unseq zp_useres double long zp_cotdl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_cotf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_cotf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_cotf04(zp_f04 ang);
/* cosecant */
-zp_nothw zp_unseq zp_useres double zp_cscd( double ang);
-zp_nothw zp_unseq zp_useres double long zp_cscdl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_cscf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_cscf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_cscf04(zp_f04 ang);
/* two-space distance */
-zp_nothw zp_unseq zp_useres double zp_dst2d( double x,double y);
-zp_nothw zp_unseq zp_useres double long zp_dst2dl(double long x,double long y);
-zp_nothw zp_unseq zp_useres float zp_dst2f( float x,float y);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dst2f02(zp_f02 x,zp_f02 y);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dst2f04(zp_f04 x,zp_f04 y);
/* three-space distance */
-zp_nothw zp_unseq zp_useres double zp_dst3d( double x,double y,double z);
-zp_nothw zp_unseq zp_useres double long zp_dst3dl(double long x,double long y,double long z);
-zp_nothw zp_unseq zp_useres float zp_dst3f( float x,float y,float z);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dst3f02(zp_f02 x,zp_f02 y,zp_f02 z);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dst3f04(zp_f04 x,zp_f04 y,zp_f04 z);
/* four-space distance */
-zp_nothw zp_unseq zp_useres double zp_dst4d( double x,double y,double z,double w);
-zp_nothw zp_unseq zp_useres double long zp_dst4dl(double long x,double long y,double long z,double long w);
-zp_nothw zp_unseq zp_useres float zp_dst4f( float x,float y,float z,float w);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dst4f02(zp_f02 x,zp_f02 y,zp_f02 z,zp_f02 w);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dst4f04(zp_f04 x,zp_f04 y,zp_f04 z,zp_f04 w);
/* division-modulo */
-zp_nothw zp_unseq zp_useres zp_divmodressc zp_divmodsc(char signed num,char signed den);
-zp_nothw zp_unseq zp_useres zp_divmodress zp_divmods( short num,short den);
-zp_nothw zp_unseq zp_useres zp_divmodresi zp_divmodi( int num,int den);
-zp_nothw zp_unseq zp_useres zp_divmodresl zp_divmodl( long num,long den);
-#if zp_std_c99 || zp_std_cxx11
-zp_nothw zp_unseq zp_useres zp_divmodresll zp_divmodll(long long num,long long den);
-#endif
+zp_nothw zp_unseq zp_useres zp_divmodresi8s zp_divmodi8s( zp_i8s num,zp_i8s den);
+zp_nothw zp_unseq zp_useres zp_divmodresi01s zp_divmodi01s(zp_i01s num,zp_i01s den);
+zp_nothw zp_unseq zp_useres zp_divmodresi02s zp_divmodi02s(zp_i02s num,zp_i02s den);
+zp_nothw zp_unseq zp_useres zp_divmodresi04s zp_divmodi04s(zp_i04s num,zp_i04s den);
/* two-space dot product */
-zp_nothw zp_unseq zp_useres float zp_dot2f( zp_vec2f lvec,zp_vec2f rvec);
-zp_nothw zp_unseq zp_useres double zp_dot2d( zp_vec2d lvec,zp_vec2d rvec);
-zp_nothw zp_unseq zp_useres double long zp_dot2dl(zp_vec2dl lvec,zp_vec2dl rvec);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dot2f02(zp_vec2f02 lvec,zp_vec2f02 rvec);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dot2f04(zp_vec2f04 lvec,zp_vec2f04 rvec);
/* three-space dot product */
-zp_nothw zp_unseq zp_useres float zp_dot3f( zp_vec3f lvec,zp_vec3f rvec);
-zp_nothw zp_unseq zp_useres double zp_dot3d( zp_vec3d lvec,zp_vec3d rvec);
-zp_nothw zp_unseq zp_useres double long zp_dot3dl(zp_vec3dl lvec,zp_vec3dl rvec);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dot3f02(zp_vec3f02 lvec,zp_vec3f02 rvec);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dot3f04(zp_vec3f04 lvec,zp_vec3f04 rvec);
/* four-space dot product */
-zp_nothw zp_unseq zp_useres float zp_dot4f( zp_vec4f lvec,zp_vec4f rvec);
-zp_nothw zp_unseq zp_useres double zp_dot4d( zp_vec4d lvec,zp_vec4d rvec);
-zp_nothw zp_unseq zp_useres double long zp_dot4dl(zp_vec4dl lvec,zp_vec4dl rvec);
+zp_nothw zp_unseq zp_useres zp_f02 zp_dot4f02(zp_vec4f02 lvec,zp_vec4f02 rvec);
+zp_nothw zp_unseq zp_useres zp_f04 zp_dot4f04(zp_vec4f04 lvec,zp_vec4f04 rvec);
/* exponentation */
-zp_nothw zp_unseq zp_useres float zp_expd( float val,float n);
-zp_nothw zp_unseq zp_useres double zp_expf( double val,double n);
-zp_nothw zp_unseq zp_useres double long zp_expdl(double long val,double long n);
+zp_nothw zp_unseq zp_useres zp_f02 zp_expf02(zp_f02 val,zp_f02 n);
+zp_nothw zp_unseq zp_useres zp_f04 zp_expf04(zp_f04 val,zp_f04 n);
/* binary logarithm */
-zp_nothw zp_unseq zp_useres double zp_lbd( double val);
-zp_nothw zp_unseq zp_useres double long zp_lbdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_lbf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_lbf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_lbf04(zp_f04 val);
/* common logarithm */
-zp_nothw zp_unseq zp_useres double zp_lgd( double val);
-zp_nothw zp_unseq zp_useres double long zp_lgdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_lgf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_lgf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_lgf04(zp_f04 val);
/* natual logarithm */
-zp_nothw zp_unseq zp_useres double zp_lnd( double val);
-zp_nothw zp_unseq zp_useres double long zp_lndl(double long val);
-zp_nothw zp_unseq zp_useres float zp_lnf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_lnf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_lnf04(zp_f04 val);
/* logarithm */
-zp_nothw zp_unseq zp_useres double zp_logd( double val,double n);
-zp_nothw zp_unseq zp_useres double long zp_logdl(double long val,double long n);
-zp_nothw zp_unseq zp_useres float zp_logf( float val,float n);
+zp_nothw zp_unseq zp_useres zp_f02 zp_logf02(zp_f02 val,zp_f02 n);
+zp_nothw zp_unseq zp_useres zp_f04 zp_logf04(zp_f04 val,zp_f04 n);
/* nth root */
-zp_nothw zp_unseq zp_useres double zp_nrtd( double val,double n);
-zp_nothw zp_unseq zp_useres double long zp_nrtdl(double long val,double long n);
-zp_nothw zp_unseq zp_useres float zp_nrtf( float val,float n);
+zp_nothw zp_unseq zp_useres zp_f02 zp_nrtf02(zp_f02 val,zp_f02 n);
+zp_nothw zp_unseq zp_useres zp_f04 zp_nrtf04(zp_f04 val,zp_f04 n);
/* secant */
-zp_nothw zp_unseq zp_useres double zp_secd( double ang);
-zp_nothw zp_unseq zp_useres double long zp_secdl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_secf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_secf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_secf04(zp_f04 ang);
/* sine */
-zp_nothw zp_unseq zp_useres double zp_sind( double ang);
-zp_nothw zp_unseq zp_useres double long zp_sindl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_sinf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_sinf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_sinf04(zp_f04 ang);
/* square root */
-zp_nothw zp_unseq zp_useres double zp_sqrtd( double val);
-zp_nothw zp_unseq zp_useres double long zp_sqrtdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_sqrtf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_sqrtf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_sqrtf04(zp_f04 val);
/* tangens */
-zp_nothw zp_unseq zp_useres double zp_tand( double ang);
-zp_nothw zp_unseq zp_useres double long zp_tandl(double long ang);
-zp_nothw zp_unseq zp_useres float zp_tanf( float ang);
+zp_nothw zp_unseq zp_useres zp_f02 zp_tanf02(zp_f02 ang);
+zp_nothw zp_unseq zp_useres zp_f04 zp_tanf04(zp_f04 ang);
/* "tesseract" (fourth) root */
-zp_nothw zp_unseq zp_useres double zp_tsrtd( double val);
-zp_nothw zp_unseq zp_useres double long zp_tsrtdl(double long val);
-zp_nothw zp_unseq zp_useres float zp_tsrtf( float val);
+zp_nothw zp_unseq zp_useres zp_f02 zp_tsrtf02(zp_f02 val);
+zp_nothw zp_unseq zp_useres zp_f04 zp_tsrtf04(zp_f04 val);
/* two-space vector addition */
-zp_nothw zp_unseq zp_useres zp_vec2f zp_vadd2f( zp_vec2f lvec,zp_vec2f rvec);
-zp_nothw zp_unseq zp_useres zp_vec2d zp_vadd2d( zp_vec2d lvec,zp_vec2d rvec);
-zp_nothw zp_unseq zp_useres zp_vec2dl zp_vadd2dl(zp_vec2dl lvec,zp_vec2dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec2f02 zp_vadd2f02(zp_vec2f02 lvec,zp_vec2f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec2f04 zp_vadd2f04(zp_vec2f04 lvec,zp_vec2f04 rvec);
/* three-space vector addition */
-zp_nothw zp_unseq zp_useres zp_vec3f zp_vadd3f( zp_vec3f lvec,zp_vec3f rvec);
-zp_nothw zp_unseq zp_useres zp_vec3d zp_vadd3d( zp_vec3d lvec,zp_vec3d rvec);
-zp_nothw zp_unseq zp_useres zp_vec3dl zp_vadd3dl(zp_vec3dl lvec,zp_vec3dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec3f02 zp_vadd3f02(zp_vec3f02 lvec,zp_vec3f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec3f04 zp_vadd3f04(zp_vec3f04 lvec,zp_vec3f04 rvec);
/* four-space vector addition */
-zp_nothw zp_unseq zp_useres zp_vec4f zp_v4addf( zp_vec4f lvec,zp_vec4f rvec);
-zp_nothw zp_unseq zp_useres zp_vec4d zp_v4addd( zp_vec4d lvec,zp_vec4d rvec);
-zp_nothw zp_unseq zp_useres zp_vec4dl zp_v4adddl(zp_vec4dl lvec,zp_vec4dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec4f02 zp_v4addf02(zp_vec4f02 lvec,zp_vec4f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec4f04 zp_v4addf04(zp_vec4f04 lvec,zp_vec4f04 rvec);
/* two-space vector subtraction */
-zp_nothw zp_unseq zp_useres zp_vec2f zp_vsub2f( zp_vec2f lvec,zp_vec2f rvec);
-zp_nothw zp_unseq zp_useres zp_vec2d zp_vsub2d( zp_vec2d lvec,zp_vec2d rvec);
-zp_nothw zp_unseq zp_useres zp_vec2dl zp_vsub2dl(zp_vec2dl lvec,zp_vec2dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec2f02 zp_vsub2f02(zp_vec2f02 lvec,zp_vec2f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec2f04 zp_vsub2f04(zp_vec2f04 lvec,zp_vec2f04 rvec);
/* three-space vector subtraction */
-zp_nothw zp_unseq zp_useres zp_vec3f zp_vsub3f( zp_vec3f lvec,zp_vec3f rvec);
-zp_nothw zp_unseq zp_useres zp_vec3d zp_vsub3d( zp_vec3d lvec,zp_vec3d rvec);
-zp_nothw zp_unseq zp_useres zp_vec3dl zp_vsub3dl(zp_vec3dl lvec,zp_vec3dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec3f02 zp_vsub3f02(zp_vec3f02 lvec,zp_vec3f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec3f04 zp_vsub3f04(zp_vec3f04 lvec,zp_vec3f04 rvec);
/* four-space vector subtraction */
-zp_nothw zp_unseq zp_useres zp_vec4f zp_v4subf( zp_vec4f lvec,zp_vec4f rvec);
-zp_nothw zp_unseq zp_useres zp_vec4d zp_v4subd( zp_vec4d lvec,zp_vec4d rvec);
-zp_nothw zp_unseq zp_useres zp_vec4dl zp_v4subdl(zp_vec4dl lvec,zp_vec4dl rvec);
+zp_nothw zp_unseq zp_useres zp_vec4f02 zp_v4subf02(zp_vec4f02 lvec,zp_vec4f02 rvec);
+zp_nothw zp_unseq zp_useres zp_vec4f04 zp_v4subf04(zp_vec4f04 lvec,zp_vec4f04 rvec);
zp_prv_cdeclend
diff --git a/zp/include/zp/prv/chr.h b/zp/include/zp/prv/chr.h
index 5de5aa8..acac733 100644
--- a/zp/include/zp/prv/chr.h
+++ b/zp/include/zp/prv/chr.h
@@ -80,18 +80,18 @@ typedef char8_t zp_c8;
typedef char unsigned zp_c8;
#endif
-#define zp_minvalc01 ((zp_c01)+zp_minvali01m)
-#define zp_maxvalc01 ((zp_c01)+zp_maxvali01m)
+#define zp_minvalc01 ((zp_c01)+zp_minvali01)
+#define zp_maxvalc01 ((zp_c01)+zp_maxvali01)
#ifdef zp_std_cxx11
typedef char16_t zp_c01;
#else
-typedef zp_i01m zp_c01;
+typedef zp_i01 zp_c01;
#endif
-#define zp_minvalc02 ((zp_c02)+zp_minvali02m)
-#define zp_maxvalc02 ((zp_c02)+zp_maxvali02m)
+#define zp_minvalc02 ((zp_c02)+zp_minvali02)
+#define zp_maxvalc02 ((zp_c02)+zp_maxvali02)
#ifdef zp_std_cxx11
typedef char32_t zp_c02;
#else
-typedef zp_i02m zp_c02;
+typedef zp_i02 zp_c02;
#endif
diff --git a/zp/include/zp/prv/flt.h b/zp/include/zp/prv/flt.h
index 91a2db9..373e480 100644
--- a/zp/include/zp/prv/flt.h
+++ b/zp/include/zp/prv/flt.h
@@ -8,12 +8,8 @@
On platforms that support them, we define fixed-
width IEEE floating-point types:
- f01 ::std::float16_t binary16, fraction: 10 exponent: 5 sign:1
f02 ::std::float32_t binary32, fraction: 23 exponent: 8 sign:1
f04 ::std::float64_t binary64, fraction: 52 exponent:11 sign:1
- f08 ::std::float128_t binary128, fraction:112 exponent:15 sign:1
- f001 binary256, fraction:236 exponent:19 sign:1
- ...
There are equivalent to the ISO C and the C++
types in stdfloat, with some minor differences,
@@ -80,88 +76,48 @@
#endif
-#define zp_fixflt02 (0x1)
#define zp_minvalf02 zp_minvalf
#define zp_maxvalf02 zp_maxvalf
-typedef float zp_prv_f02;
+typedef float zp_f02;
-#define zp_fixflt04 (0x1)
#define zp_minvalf04 zp_minvald
#define zp_maxvalf04 zp_maxvald
-typedef double zp_prv_f04;
+typedef double zp_f04;
-#if \
- zp_arc_arm64 /* x86 jealous :( */
-
-#define zp_fixflt08 (0x1)
-typedef double long zp_prv_f08;
-
-#elif \
- __FLOAT128__ \
-|| __SIZEOF_FLOAT128__
-
-#define zp_fixflt08 (0x1)
-zp_prv_ext typedef __float128 zp_prv_f08;
-
-#endif
-
-#if zp_std_c
-
-#if zp_fixflt01
-typedef zp_prv_f01 zp_f01;
-#endif
-#if zp_fixflt02
-typedef zp_prv_f02 zp_f02;
+#if zp_prv_hasbltin(__builtin_nan)
+#define zp_nand (__builtin_nan(""))
+#else
+#define zp_nand (0.0);
#endif
-#if zp_fixflt04
-typedef zp_prv_f04 zp_f04;
+#if zp_prv_hasbltin(__builtin_nanf)
+#define zp_nanf (__builtin_nanf(""))
+#else
+#define zp_nanf (0.0f);
#endif
-#if zp_fixflt08
-typedef zp_prv_f08 zp_f08;
+#if zp_prv_hasbltin(__builtin_nanl)
+#define zp_nanld (__builtin_nanl(""))
+#else
+#define zp_nanld (0.0l);
#endif
-#elif zp_std_cxx
-#if zp_fixflt01
-
-typedef zp_prv_f01 zp_f01;
-
-#elif __STDCPP_FLOAT16_T__
-
-#define zp_fixflt01 (0x1)
-typedef decltype (0.0f16) zp_f01;
-
+#if zp_prv_hasbltin(__builtin_huge_val)
+#define zp_infd (__builtin_huge_val())
+#else
+#define zp_infd (zp_maxvald)
#endif
-
-#if zp_fixflt02
-
-typedef zp_prv_f02 zp_f02;
-
-#elif __STDCPP_FLOAT32_T__
-
-#define zp_fixflt02 (0x1)
-typedef decltype (0.0f32) zp_f02;
-
+#if zp_prv_hasbltin(__builtin_huge_valf)
+#define zp_inff (__builtin_huge_valf())
+#else
+#define zp_inff (zp_maxvalf)
#endif
-
-#if zp_fixflt04
-
-typedef zp_prv_f04 zp_f04;
-
-#elif __STDCPP_FLOAT64_T__
-
-#define zp_fixflt04 (0x1)
-typedef decltype (0.0f64) zp_f04;
-
+#if zp_prv_hasbltin(__builtin_huge_vall)
+#define zp_infld (__builtin_huge_vall())
+#else
+#define zp_infld (zp_maxvaldl)
#endif
-#if zp_fixflt08
-
-typedef zp_prv_f08 zp_f08;
+#define zp_nanf02 (zp_nanf)
+#define zp_nanf04 (zp_nand)
-#elif __STDCPP_FLOAT128_T__
-
-#define zp_fixflt08 (0x1)
-typedef decltype (0.0f128) zp_f08;
-
-#endif
-#endif
+#define zp_inff02 (zp_inff)
+#define zp_inff04 (zp_infd)
diff --git a/zp/include/zp/prv/int.h b/zp/include/zp/prv/int.h
index 87d7166..6ac4243 100644
--- a/zp/include/zp/prv/int.h
+++ b/zp/include/zp/prv/int.h
@@ -5,20 +5,8 @@
*/
/*
- We define the following minimum-width integral
+ We define the following fixed-width integral
types as replacmenets for the standard types:
-
- i8m uint_least8_t
- i8ms uint_least8_t
- i01m uint_least16_t
- i01ms uint_least16_t
- i02m uint_least32_t
- i02ms uint_least32_t
- i04m uint_least64_t
- i04ms uint_least64_t
-
- We likewise define the following fixed-width
- integral types (if supported):
i8 uint8_t
i8s uint8_t
@@ -76,7 +64,6 @@
#define zp_minvalp ((zp_intptr)+0x0u)
#define zp_minvalz ((zp_siz) +0x0u)
-#define zp_fixint8 (0x1)
#define zp_minvali8 zp_minvalcu
#define zp_minvali8s zp_minvalcs
#define zp_maxvali8 zp_maxvalcu
@@ -84,7 +71,6 @@
typedef char unsigned zp_i8;
typedef char signed zp_i8s;
-#define zp_fixint01 (0x1)
#define zp_minvali01 zp_minvalsu
#define zp_minvali01s zp_minvals
#define zp_maxvali01 zp_maxvalsu
@@ -97,7 +83,6 @@ typedef short zp_i01s;
/* For some reason long. */
-#define zp_fixint02 (0x1)
#define zp_minvali02 zp_minvallu
#define zp_minvali02s zp_minvall
#define zp_maxvali02 zp_maxvallu
@@ -107,7 +92,6 @@ typedef long zp_i02s;
#else
-#define zp_fixint02 (0x1)
#define zp_minvali02 zp_minvaliu
#define zp_minvali02s zp_minvali
#define zp_maxvali02 zp_maxvaliu
@@ -117,27 +101,6 @@ typedef int zp_i02s;
#endif
-#define zp_minvali8m zp_minvali8
-#define zp_minvali8ms zp_minvali8s
-#define zp_maxvali8m zp_maxvali8
-#define zp_maxvali8ms zp_maxvali8s
-typedef zp_i8 zp_i8m;
-typedef zp_i8s zp_i8ms;
-
-#define zp_minvali01m zp_minvali01
-#define zp_minvali01ms zp_minvali01s
-#define zp_maxvali01m zp_maxvali01
-#define zp_maxvali01ms zp_maxvali01s
-typedef zp_i01 zp_i01m;
-typedef zp_i01s zp_i01ms;
-
-#define zp_minvali02m zp_minvali02
-#define zp_minvali02ms zp_minvali02s
-#define zp_maxvali02m zp_maxvali02
-#define zp_maxvali02ms zp_maxvali02s
-typedef zp_i02 zp_i02m;
-typedef zp_i02s zp_i02ms;
-
#if \
zp_sys_dos
@@ -145,7 +108,6 @@ typedef zp_i02s zp_i02ms;
#define zp_maxvallu ((long unsigned)+0xFFFFFFFFllu)
#define zp_maxvall ((long) +0x7FFFFFFFll)
-#define zp_fixint04 (0x1)
#define zp_minvali04 zp_minvalllu
#define zp_minvali04s zp_minvalll
#define zp_maxvali04 zp_maxvalllu
@@ -153,13 +115,6 @@ typedef zp_i02s zp_i02ms;
typedef long long unsigned zp_i04;
typedef long long zp_i04s;
-#define zp_minvali04m zp_minval04
-#define zp_minvali04ms zp_minval04s
-#define zp_maxvali04m zp_maxval04
-#define zp_maxvali04ms zp_maxval04s
-typedef zp_i04 zp_i04m;
-typedef zp_i04s zp_i04ms;
-
#else
#if \
zp_arc_amd64 \
@@ -169,7 +124,6 @@ typedef zp_i04s zp_i04ms;
#define zp_maxvallu ((long unsigned)+0xFFFFFFFFFFFFFFFFlu)
#define zp_maxvall ((long) +0x7FFFFFFFFFFFFFFFl)
-#define zp_fixint04 (0x1)
#define zp_minvali04 zp_minvallu
#define zp_minvali04s zp_minvall
#define zp_maxvali04 zp_maxvallu
@@ -177,13 +131,6 @@ typedef zp_i04s zp_i04ms;
typedef long unsigned zp_i04;
typedef long zp_i04s;
-#define zp_minvali04m zp_minval04
-#define zp_minvali04ms zp_minval04s
-#define zp_maxvali04m zp_maxval04
-#define zp_maxvali04ms zp_maxval04s
-typedef zp_i04 zp_i04m;
-typedef zp_i04s zp_i04ms;
-
#elif \
zp_arc_arm \
|| zp_arc_ia32
@@ -192,7 +139,6 @@ typedef zp_i04s zp_i04ms;
#define zp_maxvallu ((long unsigned)+0xFFFFFFFFllu)
#define zp_maxvall ((long) +0x7FFFFFFFll)
-#define zp_fixint04 (0x1)
#define zp_minvali04 zp_minvalllu
#define zp_minvali04s zp_minvalll
#define zp_maxvali04 zp_maxvalllu
@@ -200,24 +146,7 @@ typedef zp_i04s zp_i04ms;
typedef long long unsigned zp_i04;
typedef long long zp_i04s;
-#define zp_minvali04m zp_minval04
-#define zp_minvali04ms zp_minval04s
-#define zp_maxvali04m zp_maxval04
-#define zp_maxvali04ms zp_maxval04s
-typedef zp_i04 zp_i04m;
-typedef zp_i04s zp_i04ms;
-
-#endif
#endif
-
-#if \
- __INT128__ /* Not defined by any compiler that I know, but Clang does define __FLOAT128__. */ \
-|| __SIZEOF_INT128__
-
-#define zp_fixint08 (0x1)
-zp_prv_ext typedef __int128 unsigned zp_i08;
-zp_prv_ext typedef __int128 zp_i08s;
-
#endif
#if \
@@ -246,8 +175,6 @@ typedef long long unsigned zp_intptr;
#define zp_maxvalz ((zp_siz)+zp_maxvalllu)
typedef long long unsigned zp_siz;
-#else
-#error unable to implement types: calling convention uses long long, but no equivalent is supported
#endif
#else
diff --git a/zp/include/zp/str b/zp/include/zp/str
index 0e7cf0f..d04350e 100644
--- a/zp/include/zp/str
+++ b/zp/include/zp/str
@@ -12,7 +12,7 @@
namespace zp {
namespace prv {
- template<typename typ> zp_nothw zp_useres ::zp::siz numdig(typ val,::zp::i8m bs);
+ template<typename typ> zp_nothw zp_useres ::zp::siz numdig(typ val,::zp::i8 bs);
}
zp_iln zp_nothw inline ::zp::siz strcpy(char * dst, char const * src) {return ::zp_strcpy(dst,src);}
@@ -48,9 +48,9 @@ namespace zp {
zp_iln zp_nothw inline void win1252enc(::zp::c8 * dst,::zp::c02 const * src) {return ::zp_win1252enc(dst,src);}
zp_iln zp_nothw inline void win1252dec(::zp::c02 * dst,::zp::c8 const * src) {return ::zp_win1252dec(dst,src);}
- //template<typename typ> zp_nothw zp_useres ::zp::siz fmtlen(typ val,::zp::i8m bs); /* Including (potential) decorations. */
+ //template<typename typ> zp_nothw zp_useres ::zp::siz fmtlen(typ val,::zp::i8 bs); /* Including (potential) decorations. */
- //template<typename typ> zp_nothw void fmt(::zp::c02 * buf,typ val,::zp::i8m bs,bool rtl = false);
+ //template<typename typ> zp_nothw void fmt(::zp::c02 * buf,typ val,::zp::i8 bs,bool rtl = false);
}
#include <zp/imp/str.ii>
diff --git a/zp/include/zp/str.h b/zp/include/zp/str.h
index ba51f5f..c656538 100644
--- a/zp/include/zp/str.h
+++ b/zp/include/zp/str.h
@@ -41,30 +41,30 @@ zp_nothw void zp_utf16dec( zp_c02 * dst,zp_c01 const * src);
zp_nothw void zp_win1252enc(zp_c8 * dst,zp_c02 const * src);
zp_nothw void zp_win1252dec(zp_c02 * dst,zp_c8 const * src);
-zp_nothw zp_useres zp_siz zp_fmtleni( int val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenl( long val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlens( short val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlensc( char signed val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenuc( char unsigned val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenui( int unsigned val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenul( long unsigned val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenus( short unsigned val,zp_i8m bs);
+zp_nothw zp_useres zp_siz zp_fmtleni( int val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenl( long val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlens( short val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlensc( char signed val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenuc( char unsigned val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenui( int unsigned val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenul( long unsigned val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenus( short unsigned val,zp_i8 bs);
#if zp_std_c99 || zp_std_cxx11
-zp_nothw zp_useres zp_siz zp_fmtlenll( long long val,zp_i8m bs);
-zp_nothw zp_useres zp_siz zp_fmtlenull(long long unsigned val,zp_i8m bs);
+zp_nothw zp_useres zp_siz zp_fmtlenll( long long val,zp_i8 bs);
+zp_nothw zp_useres zp_siz zp_fmtlenull(long long unsigned val,zp_i8 bs);
#endif
-zp_nothw void zp_fmti( zp_c02 * buf,int val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtl( zp_c02 * buf,long val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmts( zp_c02 * buf,short val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtsc( zp_c02 * buf,char signed val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtuc( zp_c02 * buf,char unsigned val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtui( zp_c02 * buf,int unsigned val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtul( zp_c02 * buf,long unsigned val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtus( zp_c02 * buf,short unsigned val,zp_i8m bs,bool rtl);
+zp_nothw void zp_fmti( zp_c02 * buf,int val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtl( zp_c02 * buf,long val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmts( zp_c02 * buf,short val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtsc( zp_c02 * buf,char signed val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtuc( zp_c02 * buf,char unsigned val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtui( zp_c02 * buf,int unsigned val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtul( zp_c02 * buf,long unsigned val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtus( zp_c02 * buf,short unsigned val,zp_i8 bs,bool rtl);
#if zp_std_c99 || zp_std_cxx11
-zp_nothw void zp_fmtll( zp_c02 * buf,long long val,zp_i8m bs,bool rtl);
-zp_nothw void zp_fmtull(zp_c02 * buf,long long unsigned val,zp_i8m bs,bool rtl);
+zp_nothw void zp_fmtll( zp_c02 * buf,long long val,zp_i8 bs,bool rtl);
+zp_nothw void zp_fmtull(zp_c02 * buf,long long unsigned val,zp_i8 bs,bool rtl);
#endif
zp_prv_cdeclend
diff --git a/zp/include/zp/zp b/zp/include/zp/zp
index 977be42..6724c54 100644
--- a/zp/include/zp/zp
+++ b/zp/include/zp/zp
@@ -30,59 +30,21 @@
#endif
namespace zp {
- typedef ::zp_i8m i8m;
- typedef ::zp_i8ms i8ms;
-
- typedef ::zp_i01m i01m;
- typedef ::zp_i01ms i01ms;
-
- typedef ::zp_i02m i02m;
- typedef ::zp_i02ms i02ms;
-
- typedef ::zp_i04m i04m;
- typedef ::zp_i04ms i04ms;
-
-#if zp_fixint8
typedef ::zp_i8 i8;
typedef ::zp_i8s i8s;
-#endif
-#if zp_fixint01
+
typedef ::zp_i01 i01;
typedef ::zp_i01s i01s;
-#endif
-#if zp_fixint02
+
typedef ::zp_i02 i02;
typedef ::zp_i02s i02s;
-#endif
-#if zp_fixint04
+
typedef ::zp_i04 i04;
typedef ::zp_i04s i04s;
-#endif
-#if zp_fixint08
- typedef ::zp_i08 i08;
- typedef ::zp_i08s i08s;
-#endif
-#if zp_fixint08
- typedef ::zp_i08 i08;
- typedef ::zp_i08s i08s;
-#endif
typedef ::zp_intptr intptr;
typedef ::zp_siz siz;
-#if zp_fixflt01
- typedef ::zp_f01 f01;
-#endif
-#if zp_fixflt02
- typedef ::zp_f02 f02;
-#endif
-#if zp_fixflt04
- typedef ::zp_f04 f04;
-#endif
-#if zp_fixflt08
- typedef ::zp_f08 f08;
-#endif
-
typedef ::zp_wchr wchr;
typedef ::zp_c8 c8;
typedef ::zp_c01 c01;
@@ -91,6 +53,9 @@ namespace zp {
typedef ::zp_syscalidt syscalidt;
typedef ::zp_syscalres syscalres;
+ typedef ::zp_f02 f02;
+ typedef ::zp_f04 f04;
+
#if zp_std_cxx11
using nulptrtyp = ::zp_nulptrtyp;
#endif
@@ -321,6 +286,18 @@ namespace zp {
template<typename typ> struct ischrtyp<typ const> {constexpr static bool val = ischrtyp<typ>::val;};
template<typename typ> struct ischrtyp<typ volatile> {constexpr static bool val = ischrtyp<typ>::val;};
template<typename typ> struct ischrtyp<typ const volatile> {constexpr static bool val = ischrtyp<typ>::val;};
+
+ template<typename typ> struct nan {constexpr static typ val = typ {0x0};};
+
+ template<> struct nan<double> {constexpr static double const val = zp_nanf;};
+ template<> struct nan<double long> {constexpr static double long const val = zp_nanld;};
+ template<> struct nan<float> {constexpr static float const val = zp_nand;};
+
+ template<typename typ> struct inf {constexpr static typ val = ::zp::maxval<typ>::val;};
+
+ template<> struct inf<double> {constexpr static double const val = zp_inff;};
+ template<> struct inf<double long> {constexpr static double long const val = zp_infld;};
+ template<> struct inf<float> {constexpr static float const val = zp_infd;};
#endif // c++11
#if zp_std_cxx20
@@ -330,14 +307,40 @@ namespace zp {
template<typename typ> concept inttyp = ::zp::isinttyp<typ>::val;
#endif
+#if zp_std_cxx11
+ namespace det {
+ struct nulopt {};
+ }
+
+ constexpr ::zp::det::nulopt nulopt = {};
+
+ template<typename typ> class opt {
+ public:
+ constexpr opt(::zp::det::nulopt) noexcept;
+ constexpr opt(typ const & val) noexcept;
+
+ constexpr auto chk() const noexcept -> bool;
+
+ constexpr auto val() const noexcept -> typ;
+
+ template<typename funtyp,typename msgtyp> auto exp(funtyp const & fun,msgtyp const & msg) const -> typ;
+
+ constexpr auto operator = (typ const & val) noexcept -> ::zp::opt<typ>;
+
+ private:
+ bool hasval;
+ typ valval;
+ };
+#endif
+
namespace det {
- template<typename typ> struct vertyp {
+ template<typename typ> struct ver {
typ api;
typ ext;
};
}
- zp_prv_trtval (::zp::det::vertyp< ::zp::i04>) ver = {zp_apiver,zp_extver};
+ zp_prv_trtval (::zp::det::ver< ::zp::i04>) ver = {zp_apiver,zp_extver};
zp_prv_trtval (::zp::siz) bytelen = zp_bytelen;
@@ -350,7 +353,7 @@ namespace zp {
#endif
zp_iln zp_noret zp_nothw inline void trp() {::zp_trp();}
- zp_iln zp_noret zp_nothw inline void urch() {zp_unrch();}
+ zp_iln zp_noret zp_nothw inline void unrch() {zp_unrch();}
#if zp_std_cxx11 // We cannot use template parameter packs before C++11, so this function becomes quite non-trivial to implement.
template<typename... typs> zp_iln inline auto syscal(::zp::syscalidt idt,typs const &... args) -> ::zp::syscalres {return ::zp_syscal(idt,args...);}
diff --git a/zp/include/zp/zp.h b/zp/include/zp/zp.h
index e6c7580..5f290d6 100644
--- a/zp/include/zp/zp.h
+++ b/zp/include/zp/zp.h
@@ -58,7 +58,7 @@
signaling non-standard changes (such as the
sign of char).
- - For features (such as urch), we look for a
+ - For features (such as unrch), we look for a
generic indicator (such as __has_builtin)
before determening if we can implement it.
Otherwise, we look at the compiler. Otherwise,
@@ -275,8 +275,8 @@ typedef typeof (nullptr) zp_nulptrtyp;
typedef decltype (nullptr) zp_nulptrtyp;
#endif
-#define zp_apiver ((zp_i04m)+0x1u) /* Programs expecting this version will still compile with the current extension version. */
-#define zp_extver ((zp_i04m)+0x0u) /* The extension versions adds functionality without breaking the existing ones. */
+#define zp_apiver ((zp_i04)+0x1u) /* Programs expecting this version will still compile with the current extension version. */
+#define zp_extver ((zp_i04)+0x0u) /* The extension versions adds functionality without breaking the existing ones. */
/* The patch version is not public as it only changes implementation details. */
#define zp_bytelen ((zp_siz)+0x8u)
diff --git a/zp/source/any/str/fmt.cc b/zp/source/any/str/fmt.cc
index 4edb623..49d1bfd 100644
--- a/zp/source/any/str/fmt.cc
+++ b/zp/source/any/str/fmt.cc
@@ -7,14 +7,14 @@
#include <zp/str>
/*extern "C" {
- zp_nothw auto zp_fmti( char32_t * const buf,int const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtl( char32_t * const buf,long const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtll( char32_t * const buf,long long const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmts( char32_t * const buf,short const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtsc( char32_t * const buf,char signed const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtuc( char32_t * const buf,char unsigned const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtui( char32_t * const buf,int unsigned const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtul( char32_t * const buf,long unsigned const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtull(char32_t * const buf,long long unsigned const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
- zp_nothw auto zp_fmtus( char32_t * const buf,short unsigned const val,::zp::i8m const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmti( char32_t * const buf,int const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtl( char32_t * const buf,long const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtll( char32_t * const buf,long long const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmts( char32_t * const buf,short const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtsc( char32_t * const buf,char signed const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtuc( char32_t * const buf,char unsigned const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtui( char32_t * const buf,int unsigned const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtul( char32_t * const buf,long unsigned const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtull(char32_t * const buf,long long unsigned const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
+ zp_nothw auto zp_fmtus( char32_t * const buf,short unsigned const val,::zp::i8 const bs,bool const rtl) -> void {return ::zp::fmt(buf,val,bs,rtl);}
}*/
diff --git a/zp/source/any/str/fmtlen.cc b/zp/source/any/str/fmtlen.cc
index 1f281a8..ec678a4 100644
--- a/zp/source/any/str/fmtlen.cc
+++ b/zp/source/any/str/fmtlen.cc
@@ -8,14 +8,14 @@
#include <zp/str>
/* extern "C" {
- zp_nothw auto zp_fmtleni( int const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenl( long const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenll( long long const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlens( short const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlensc( char signed const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenuc( char unsigned const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenui( int unsigned const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenul( long unsigned const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenull(long long unsigned const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
- zp_nothw auto zp_fmtlenus( short unsigned const val,::zp::i8m const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtleni( int const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenl( long const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenll( long long const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlens( short const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlensc( char signed const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenuc( char unsigned const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenui( int unsigned const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenul( long unsigned const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenull(long long unsigned const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
+ zp_nothw auto zp_fmtlenus( short unsigned const val,::zp::i8 const bs) -> ::zp::siz {return ::zp::fmtlen(val,bs);}
} */
generated by cgit v1.2.3 (git 2.25.1) at 2024-09-25 22:15:35 +0200