祝贺语_百度百科
给人带来美好祝愿的词句。I would like to wish you a joyous new year and express my hope for your happiness and good future.祝新年快乐，并愿你幸福吉祥，。May the New Year bring many good things and rich blessings to you and all those you love!愿新年带给你和你所爱的人许多美好的事物和无尽的祝福！Rich blessings for health and longevity is my special wish for you in the coming year.祝你在新的一年里，多福多寿。
Good luck, good health, hood cheer. I wish you a happy New Year.
祝好运、健康、佳肴伴你度过一个快乐新年。
With best wishes for a happy New Year!
祝新年快乐，并致以良好的祝福。
I hope you have a most happy and prosperous New Year.
谨祝新年快乐幸福，大吉大利。
With the compliments of the season.
祝贺佳节。
May the seasons joy fill you all the year round.
愿节日的愉快伴你一生。
Seasons greetings and best wishes for the New Year.
祝福您，新年快乐。
Please accept my seasons greetings.
请接受我节日的祝贺。
To wish you joy at this holy season. Wishing every happiness will always be with you.
恭祝新年吉祥，幸福和欢乐与你同在。
Good health, good luck and much happiness throughout the year.
恭祝健康、幸运，新年快乐。
May the joy and happiness around you today and always.
愿快乐幸福永伴你左右。
Please accept my sincere wishes for the New Year. I hope you will continue to enjoy good health.
请接受我诚挚的新年祝福，顺祝身体健康。
Allow me to congratulate you on the arrival of the New Year and to extend to you all my best wishes for your perfect health and lasting prosperity.
，祝身体健康、事业发达。
Best wishes for the holidays and happiness throughout the New Year.
恭贺新禧，万事如意。
With very best wishes for your happiness in the New Year.
致以最良好的祝福，原你新年快乐幸福。
Please accept our wishes for you and yours for a happy New Year.
请接受我们对你及你全家的美好祝福，祝你们新年快乐。
May the coming New Year bring you joy, love and peace.
愿新年为你带来快乐，友爱和宁静。
Wishing you happiness during the holidays and throughout the New Year.
祝节日快乐，新年幸福。
A happy New Year to you.
恭贺新年。
Seasons greetings and sincere wishes for a bright and happy New Year!
献上节日的问候与祝福,愿你拥有一个充满生机和欢乐的新年。
I give you endless brand-new good wishes. Please accept them as a new remembrance of our lasting friendship.
给你我无尽的新的祝福，让它们成为我们永恒友谊的新的纪念。
Good luck and great success in the coming New Year.
祝来年好运，并取得更大的成就。
On the occasion of the New Year, may my wife and I extend to you and yours our warmest greetings, wishing you a happy New Year, your career greater success and your family happiness.
在此新年之际，我同夫人向你及你的家人致以节日的问候，并祝你们新年快乐、事业有成、家庭幸福。
May everything beautiful and best be condensed into this card. I sincerely wish you happiness, cheerfulness and success.
愿一切最美好的祝福都能用这张贺卡表达，真诚地祝你幸福、快乐、成功！
I would like to wish you a joyous new year and express my hope for your happiness and good future.
祝新年快乐，并愿你幸福吉祥，前程似锦。
May the New Year bring many good things and rich blessings to you and all those you love!
愿新年带给你和你所爱的人许多美好的事物和无尽的祝福！
Rich blessings for health and longevity is my special wish for you in the coming year.
祝你在新的一年里身体健康，多福多寿。
Good luck, good health, hood cheer. I wish you a happy New Year.
祝好运、健康、佳肴伴你度过一个快乐新年。
With best wishes for a happy New Year!
祝新年快乐，并致以良好的祝福。
I hope you have a most happy and prosperous New Year.
谨祝新年快乐幸福，大吉大利。
With the compliments of the season.
祝贺佳节。
May the seasons joy fill you all the year round.
愿节日的愉快伴你一生。
Seasons greetings and best wishes for the New Year.
祝福您，新年快乐。
Please accept my seasons greetings.
请接受我节日的祝贺。
To wish you joy at this holy season. Wishing every happiness will always be with you.
恭祝新年吉祥，幸福和欢乐与你同在。
Good health, good luck and much happiness throughout the year.
恭祝健康、幸运，新年快乐。
May the joy and happiness around you today and always.
愿快乐幸福永伴你左右。
Please accept my sincere wishes for the New Year. I hope you will continue to enjoy good health.
请接受我诚挚的新年祝福，顺祝身体健康。
Allow me to congratulate you on the arrival of the New Year and to extend to you all my best wishes for your perfect health and lasting prosperity.
恭贺新禧，祝身体健康、事业发达。
Best wishes for the holidays and happiness throughout the New Year.
恭贺新禧，万事如意。
With very best wishes for your happiness in the New Year.
致以最良好的祝福，原你新年快乐幸福。
Please accept our wishes for you and yours for a happy New Year.
请接受我们对你及你全家的美好祝福，祝你们新年快乐。
May the coming New Year bring you joy, love and peace.
愿新年为你带来快乐，友爱和宁静。
Wishing you happiness during the holidays and throughout the New Year.
祝节日快乐，新年幸福。
A happy New Year to you.
恭贺新年。
Seasons greetings and sincere wishes for a bright and happy New Year!
献上节日的问候与祝福,愿你拥有一个充满生机和欢乐的新年。
I give you endless brand-new good wishes. Please accept them as a new remembrance of our lasting friendship.
给你我无尽的新的祝福，让它们成为我们永恒友谊的新的纪念。
Good luck and great success in the coming New Year.
祝来年好运，并取得更大的成就。
On the occasion of the New Year, may my wife and I extend to you and yours our warmest greetings, wishing you a happy New Year, your career greater success and your family happiness.
在此新年之际，我同夫人向你及你的家人致以节日的问候，并祝你们新年快乐、事业有成、家庭幸福。
May everything beautiful and best be condensed into this card. I sincerely wish you happiness, cheerfulness and success.
愿一切最美好的祝福都能用这张贺卡表达，真诚地祝你幸福、快乐、成功
企业信用信息我这里有一枚硬币，正面5TEHFE（象形文字）反面ka3aketah PEenybankaebi。2006不知道是哪国的还是游戏币_百度知道
我这里有一枚硬币，正面5TEHFE（象形文字）反面ka3aketah PEenybankaebi。2006不知道是哪国的还是游戏币
“ТЕНГЕ”是哈萨克语“坚戈”的意思，这是哈萨克斯坦的货币单位。这是哈萨克斯坦的硬币，面额5坚戈，发行时间2006年。硬币正面是面额“5”，背面是哈萨克斯坦的国徽和“Қазақстан Респу бликаеы（哈萨克语：哈萨克斯坦国家银行）”字样。哈萨克斯坦坚戈与人民币无汇率不能兑换，要通过坚戈与美元的汇率来折算，5哈萨克斯坦坚戈折合0.16人民币元，但是按目前政策，境外的硬币在国内银行都无法兑换，所以这枚硬币无法兑换成钱的。不过有收藏价值，在邮币交易市场上，全新品相的价值4元/枚。
其他类似问题
为您推荐：
象形文字的相关知识
等待您来回答
下载知道APP
随时随地咨询
出门在外也不愁我有一个钱币前后面是鹰的图案50rupianh是什么钱_百度知道
我有一个钱币前后面是鹰的图案50rupianh是什么钱
应该为“rupiah”，这是“卢比”的意思，是印度尼西亚的货币单位——卢比（也称为“盾”）。你的钱币是印度尼西亚的50卢比（盾）硬币，硬币上的鹰图是印度尼西亚的国徽。印度尼西亚近年来发行过多种版本的硬币，但是硬币背面都是鹰图，价格基本也一样，目前在邮币交易市场上，印度尼西亚50卢比硬币价值4元人民币左右。
其他类似问题
为您推荐：
是不是墨西哥鹰元？
钱币的相关知识
等待您来回答
下载知道APP
随时随地咨询
出门在外也不愁圆形硬币上有j i m f a e e r,h c,是什么硬币 是银元吗?_百度知道
圆形硬币上有j i m f a e e r,h c,是什么硬币 是银元吗?
考虑不是硬币或者你抄写错误，建议直接上图，我帮你看看你好，我收藏世界各国硬币，对你说的这个没有印象
来自团队：
其他类似问题
为您推荐：
银元的相关知识
等待您来回答
下载知道APP
随时随地咨询
出门在外也不愁math.h_百度百科
本词条缺少名片图，补充相关内容使词条更完整，还能快速升级，赶紧来吧！
math.h一般见于C设计，#include&math.h& 是包含math头文件的意思， .h是头文件的扩展名（header file），这一句声明了本程序要用到标准库中的
math.h文件。math.h头文件中声明了常用的一些数学运算，比如乘方，开方运算等等，这些头文件还有很多，都存放在VC软件的安装目录下。
math.h所包含的函数
数学函数库，一些数学计算的公式的具体实现是放在math.h里，具体有：
1、 三角函数
double sin(double);正弦
double cos(double);余弦
double tan(double);正切
2 、反三角函数
double asin (double); 结果介于[-PI/2,PI/2]
double acos (double); 结果介于[0,PI]
double atan (double); 反正切（主值），结果介于[-PI/2,PI/2]
double atan2 (double,double); 反正切（整圆值），结果介于[-PI,PI]
3 、双曲三角函数
double sinh (double);
double cosh (double);
double tanh (double);
4 、指数与对数
double frexp(double value,int *exp);这是一个将value值拆分成小数部分f和（以2为底的）指数部分exp，并返回小数部分f，即f*2^exp。其中f取值在0.5~1.0范围或者0。
double ldexp(double x,int exp);这个函数刚好跟上面那个frexp函数功能相反，它的返回值是x*2^exp
double modf(double value,double *iptr);拆分value值，返回它的小数部分，iptr指向整数部分。
double log (double); 以e为底的对数
double log10 (double);以10为底的对数
double pow(double x,double y);计算x的y次幂
float powf(float x,float y); 功能与pow一致，只是输入与输出皆为浮点数
double exp (double);求取自然数e的幂
double sqrt (double);开平方
double ceil (double); 取上整，返回不比x小的最小整数
double floor (double); 取下整，返回不比x大的最大整数，即[x]
6 、绝对值
int abs(int i); 求整型的绝对值
double fabs (double);求实型的绝对值
double cabs(struct complex znum);求复数的绝对值
7 、标准化浮点数
double frexp (double f,int *p); 标准化浮点数，f = x * 2^p，已知f求x,p (x介于[0.5,1])
double ldexp (double x,int p); 与frexp相反，已知x,p求f
8 、取整与取余
double modf (double,double*); 将参数的整数部分通过指针回传，返回小数部分
double fmod (double,double); 返回两参数相除的余数
double hypot(double x,double y);已知直角三角形两个直角边长度，求斜边长度
double ldexp(double x,int exponent);计算x*（2的exponent次幂）
double poly(double x,int degree,double coeffs []);计算多项式
int matherr(struct exception *e);数学错误计算处理程序
source: 《C & C++ Code Capsules》
math.h注意事项
没有现成的cot三角函数，可以使用tan(PI/2-x)来实现
double atan2(double y,double x);取值范围在(PI,PI)之间；这是一个不太常见的函数，主要用来返回y/x的反正切值。
强调一点，1-3类 传参都是针对以弧度表示的数值，非角度表示的数值。
对于一般的对数求解，考虑利用数学上的对数转换来实现。
关于fmod：考虑到%只适用与整型数据，这里提出一个专门针对实型数据的取余运算的函数。
int rand(void) 用这函数的时候记得要给随机种子哦，要不得出的不是真正的随机数.产生随机种子可以用srand((unsigned int)time(NULL));这就是由时间产生的随机种子了。
math.h内容
此文件为VS++2010中\Microsoft Visual Studio 10.0\VC\crt\src目录下math.h的内容。VS2010中\Microsoft Visual Studio 10.0\VC\include下也有一个math.h。
*math.h-definitionsanddeclarationsformathlibrary
*Copyright(c)MicrosoftCorporation.Allrightsreserved.
*Thisfilecontainsconstantdefinitionsandexternalsubroutine
*declarationsforthemathsubroutinelibrary.
*[ANSI/SystemV]
#ifndef_INC_MATH
#define_INC_MATH
#include&crtdefs.h&
*Currently,allMSCcompilersforWin32platformsdefaultto8byte
*alignment.
#pragmapack(push,_CRT_PACKING)
#ifdef__cplusplus
extern"C"{
#endif/*__cplusplus*/
#ifndef__assembler
/*Definitionof_exceptionstruct-thisstructispassedtothematherr
*routinewhenafloatingpointexceptionisdetected
#ifndef_EXCEPTION_DEFINED
struct_exception{
/*exceptiontype-seebelow*/
char*/*nameoffunctionwhereerroroccured*/
doublearg1;/*firstargumenttofunction*/
doublearg2;/*secondargument(ifany)tofunction*/
/*valuetobereturnedbyfunction*/
#define_EXCEPTION_DEFINED
#endif/*_EXCEPTION_DEFINED*/
/*Definitionofa_complexstructtobeusedbythosewhousecabsand
*wanttypecheckingontheirargument
#ifndef_COMPLEX_DEFINED
struct_complex{
doublex,y;/*realandimaginaryparts*/
#if!__STDC__&&!defined(__cplusplus)
/*Non-ANSInameforcompatibility*/
#definecomplex_complex
#endif/*!__STDC__&&!defined(__cplusplus)*/
#define_COMPLEX_DEFINED
#endif/*_COMPLEX_DEFINED*/
#endif/*__assembler*/
/*Constantdefinitionsfortheexceptiontypepassedinthe_exceptionstruct
#define_DOMAIN1/*argumentdomainerror*/
#define_SING2/*argumentsingularity*/
#define_OVERFLOW3/*overflowrangeerror*/
#define_UNDERFLOW4/*underflowrangeerror*/
#define_TLOSS5/*totallossofprecision*/
#define_PLOSS6/*partiallossofprecision*/
#defineEDOM33
#defineERANGE34
/*Definitionsof_HUGEandHUGE_VAL-respectivelytheXENⅨandANSInames
*foravaluereturnedincaseoferrorbyanumberofthefloatingpoint
*mathroutines
#ifndef__assembler
#if!defined(_M_CEE_PURE)
_CRTIMPexterndouble_HUGE;
#else/*!defined(_M_CEE_PURE)*/
constdouble_HUGE=System::Double::PositiveI
#endif/*!defined(_M_CEE_PURE)*/
#endif/*__assembler*/
#defineHUGE_VAL_HUGE
/*Functionprototypes*/
#if!defined(__assembler)
#ifndef_CRT_ABS_DEFINED
#define_CRT_ABS_DEFINED
int__cdeclabs(_In_int_X);
long__cdecllabs(_In_long_X);
longlong__cdeclllabs(_In_longlong_X);
#endif/*_CRT_ABS_DEFINED*/
double__cdeclacos(_In_double_X);
double__cdeclasin(_In_double_X);
double__cdeclatan(_In_double_X);
double__cdeclatan2(_In_double_Y,_In_double_X);
#ifndef_SIGN_DEFINED
_Check_return__CRTIMPdouble__cdecl_copysign(_In_double_Number,_In_double_Sign);
_Check_return__CRTIMPdouble__cdecl_chgsign(_In_double_X);
#define_SIGN_DEFINED
#endif/*_SIGN_DEFINED*/
double__cdeclcos(_In_double_X);
double__cdeclcosh(_In_double_X);
double__cdeclexp(_In_double_X);
_CRT_JIT_INTRINSICdouble__cdeclfabs(_In_double_X);
double__cdeclfmod(_In_double_X,_In_double_Y);
double__cdecllog(_In_double_X);
double__cdecllog10(_In_double_X);
double__cdeclpow(_In_double_X,_In_double_Y);
double__cdeclsin(_In_double_X);
double__cdeclsinh(_In_double_X);
double__cdecltan(_In_double_X);
double__cdecltanh(_In_double_X);
double__cdeclsqrt(_In_double_X);
#ifndef_CRT_ATOF_DEFINED
#define_CRT_ATOF_DEFINED
_Check_return__CRTIMPdouble__cdeclatof(_In_z_constchar*_String);
_Check_return__CRTIMPdouble__cdecl_atof_l(_In_z_constchar*_String,_In_opt__locale_t_Locale);
#endif/*_CRT_ATOF_DEFINED*/
_CRTIMPdouble__cdecl_cabs(_In_struct_complex_Complex_value);
_CRTIMPdouble__cdeclceil(_In_double_X);
_CRTIMPdouble__cdeclfloor(_In_double_X);
_CRTIMPdouble__cdeclfrexp(_In_double_X,_Out_int*_Y);
_CRTIMPdouble__cdecl_hypot(_In_double_X,_In_double_Y);
_CRTIMPfloat__cdecl_hypotf(_In_float_X,_In_float_Y);
_CRTIMPdouble__cdecl_j0(_In_double_X);
_CRTIMPdouble__cdecl_j1(_In_double_X);
_CRTIMPdouble__cdecl_jn(int_X,_In_double_Y);
_CRTIMPdouble__cdeclldexp(_In_double_X,_In_int_Y);
#ifndef_CRT_MATHERR_DEFINED
#define_CRT_MATHERR_DEFINED
#ifdefined(MRTDLL)||defined(_M_CEE_PURE)
int__CRTDECL_matherr(_Inout_struct_exception*_Except);
#else/*defined(MRTDLL)||defined(_M_CEE_PURE)*/
int__cdecl_matherr(_Inout_struct_exception*_Except);
#endif/*defined(MRTDLL)||defined(_M_CEE_PURE)*/
#endif/*_CRT_MATHERR_DEFINED*/
_CRTIMPdouble__cdeclmodf(_In_double_X,_Out_double*_Y);
_CRTIMPdouble__cdecl_y0(_In_double_X);
_CRTIMPdouble__cdecl_y1(_In_double_X);
_CRTIMPdouble__cdecl_yn(_In_int_X,_In_double_Y);
/*hypotandhypotfarenowpartoftheC99Standard*/
#if!defined(RC_INVOKED)&&!defined(__midl)
static__inlinedouble__CRTDECLhypot(_In_double_X,_In_double_Y)
return_hypot(_X,_Y);
static__inlinefloat__CRTDECLhypotf(_In_float_X,_In_float_Y)
return_hypotf(_X,_Y);
#endif/*!defined(RC_INVOKED)&&!defined(__midl)*/
#ifdefined(_M_Ⅸ86）
_CRTIMPint__cdecl_set_SSE2_enable(_In_int_Flag);
#endif/*defined(_M_Ⅸ86）*/
#ifdefined(_M_IA64）
/*ANSIC,4.5Mathematics*/
/*4.5.2Trigonometricfunctions*/
_CRTIMPfloat__cdeclacosf(_In_float_X);
_CRTIMPfloat__cdeclasinf(_In_float_X);
_CRTIMPfloat__cdeclatanf(_In_float_X);
_CRTIMPfloat__cdeclatan2f(_In_float_Y,float_X);
_CRTIMPfloat__cdeclcosf(_In_float_X);
_CRTIMPfloat__cdeclsinf(_In_float_X);
_CRTIMPfloat__cdecltanf(_In_float_X);
/*4.5.3Hyperbolicfunctions*/
_CRTIMPfloat__cdeclcoshf(_In_float_X);
_CRTIMPfloat__cdeclsinhf(_In_float_X);
_CRTIMPfloat__cdecltanhf(_In_float_X);
/*4.5.4Exponentialandlogarithmicfunctions*/
_CRTIMPfloat__cdeclexpf(_In_float_X);
_CRTIMPfloat__cdecllogf(_In_float_X);
_CRTIMPfloat__cdecllog10f(_In_float_X);
_CRTIMPfloat__cdeclmodff(float_X,_Out_float*_Y);
/*4.5.5Powerfunctions*/
_CRTIMPfloat__cdeclpowf(_In_float_Base,_In_float_Exp);
_CRTIMPfloat__cdeclsqrtf(_In_float_X);
/*4.5.6Nearestinteger,absolutevalue,andremainderfunctions*/
_CRTIMPfloat__cdeclceilf(_In_float_X);
_CRT_JIT_INTRINSIC_CRTIMPfloat__cdeclfabsf(_In_float_X);
_CRTIMPfloat__cdeclfloorf(_In_float_X);
_CRTIMPfloat__cdeclfmodf(_In_float_X,_In_float_Y);
_CRTIMPfloat__cdeclldexpf(_In_float_X,_In_int_Y);
#endif/*defined(_M_IA64）*/
#ifdefined(_M_AMD64）
/*ANSIC,4.5Mathematics*/
/*4.5.2Trigonometricfunctions*/
_CRTIMPfloat__cdeclacosf(_In_float_X);
_CRTIMPfloat__cdeclasinf(_In_float_X);
_CRTIMPfloat__cdeclatanf(_In_float_X);
_CRTIMPfloat__cdeclatan2f(_In_float_Y,_In_float_X);
_CRTIMPfloat__cdeclcosf(_In_float_X);
_CRTIMPfloat__cdeclsinf(_In_float_X);
_CRTIMPfloat__cdecltanf(_In_float_X);
/*4.5.3Hyperbolicfunctions*/
_CRTIMPfloat__cdeclcoshf(_In_float_X);
_CRTIMPfloat__cdeclsinhf(_In_float_X);
_CRTIMPfloat__cdecltanhf(_In_float_X);
/*4.5.4Exponentialandlogarithmicfunctions*/
_CRTIMPfloat__cdeclexpf(_In_float_X);
_CRTIMPfloat__cdecllogf(_In_float_X);
_CRTIMPfloat__cdecllog10f(_In_float_X);
_CRTIMPfloat__cdeclmodff(_In_float_X,_Out_float*_Y);
/*4.5.5Powerfunctions*/
_CRTIMPfloat__cdeclpowf(_In_float_X,_In_float_Y);
_CRTIMPfloat__cdeclsqrtf(_In_float_X);
/*4.5.6Nearestinteger,absolutevalue,andremainderfunctions*/
_CRTIMPfloat__cdeclceilf(_In_float_X);
_CRTIMPfloat__cdeclfloorf(_In_float_X);
_CRTIMPfloat__cdeclfmodf(_In_float_X,_In_float_Y);
_CRTIMPfloat__cdecl_copysignf(_In_float_Number,_In_float_Sign);
_CRTIMPfloat__cdecl_chgsignf(_In_float_X);
_CRTIMPfloat__cdecl_logbf(_In_float_X);
_CRTIMPfloat__cdecl_nextafterf(_In_float_X,_In_float_Y);
_CRTIMPint__cdecl_finitef(_In_float_X);
_CRTIMPint__cdecl_isnanf(_In_float_X);
_CRTIMPint__cdecl_fpclassf(_In_float_X);
#endif/*defined(_M_AMD64）*/
/*Macrosdefininglongdoublefunctionstobetheirdoublecounterparts*(longdoubleissynonymouswithdoubleinthisimplementation).*/
#ifndef__cplusplus
#defineacosl(x)((longdouble)acos((double)(x)))
#defineasinl(x)((longdouble)asin((double)(x)))
#defineatanl(x)((longdouble)atan((double)(x)))
#defineatan2l(y,x)((longdouble)atan2((double)(y),(double)(x)))
#defineceill(x)((longdouble)ceil((double)(x)))
#definecosl(x)((longdouble)cos((double)(x)))
#definecoshl(x)((longdouble)cosh((double)(x)))
#defineexpl(x)((longdouble)exp((double)(x)))
#definefabsl(x)((longdouble)fabs((double)(x)))
#definefloorl(x)((longdouble)floor((double)(x)))
#definefmodl(x,y)((longdouble)fmod((double)(x),(double)(y)))
#definefrexpl(x,y)((longdouble)frexp((double)(x),(y)))
#define_hypotl(x,y)((longdouble)_hypot((double)(x),(double)(y)))
#definehypotl(x,y)((longdouble)_hypot((double)(x),(double)(y)))
#defineldexpl(x,y)((longdouble)ldexp((double)(x),(y)))
#definelogl(x)((longdouble)log((double)(x)))
#definelog10l(x)((longdouble)log10((double)(x)))
#define_matherrl_matherr
#definemodfl(x,y)((longdouble)modf((double)(x),(double*)(y)))
#definepowl(x,y)((longdouble)pow((double)(x),(double)(y)))
#definesinl(x)((longdouble)sin((double)(x)))
#definesinhl(x)((longdouble)sinh((double)(x)))
#definesqrtl(x)((longdouble)sqrt((double)(x)))
#definetanl(x)((longdouble)tan((double)(x)))
#definetanhl(x)((longdouble)tanh((double)(x)))
#define_chgsignl(x)((longdouble)_chgsign((double)(x)))
#define_copysignl(x,y)((longdouble)_copysign((double)(x),(double)(y)))
#definefrexpf(x,y)((float)frexp((double)(x),(y)))
#if!defined(_M_IA64）
#definefabsf(x)((float)fabs((double)(x)))
#defineldexpf(x,y)((float)ldexp((double)(x),(y)))
#if!defined(_M_AMD64）#defineacosf(x)((float)acos((double)(x)))
#defineasinf(x)((float)asin((double)(x)))
#defineatanf(x)((float)atan((double)(x)))
#defineatan2f(y,x)((float)atan2((double)(y),(double)(x)))
#defineceilf(x)((float)ceil((double)(x)))
#definecosf(x)((float)cos((double)(x)))
#definecoshf(x)((float)cosh((double)(x)))
#defineexpf(x)((float)exp((double)(x)))
#definefloorf(x)((float)floor((double)(x)))
#definefmodf(x,y)((float)fmod((double)(x),(double)(y)))
#definelogf(x)((float)log((double)(x)))
#definelog10f(x)((float)log10((double)(x)))
#definemodff(x,y)((float)modf((double)(x),(double*)(y)))
#definepowf(x,y)((float)pow((double)(x),(double)(y)))
#definesinf(x)((float)sin((double)(x)))
#definesinhf(x)((float)sinh((double)(x)))
#definesqrtf(x)((float)sqrt((double)(x)))
#definetanf(x)((float)tan((double)(x)))
#definetanhf(x)((float)tanh((double)(x)))
#endif/*!defined(_M_AMD64）*/
#endif/*!defined(_M_IA64）*/
#else/*__cplusplus*/
inlinelongdoubleacosl(_In_longdouble_X){return(acos((double)_X));}
inlinelongdoubleasinl(_In_longdouble_X){return(asin((double)_X));}
inlinelongdoubleatanl(_In_longdouble_X){return(atan((double)_X));}
inlinelongdoubleatan2l(_In_longdouble_Y,_In_longdouble_X){return(atan2((double)_Y,(double)_X));}
inlinelongdoubleceill(_In_longdouble_X){return(ceil((double)_X));}
inlinelongdoublecosl(_In_longdouble_X){return(cos((double)_X));}
inlinelongdoublecoshl(_In_longdouble_X){return(cosh((double)_X));}
inlinelongdoubleexpl(_In_longdouble_X){return(exp((double)_X));}
inlinelongdoublefabsl(_In_longdouble_X){return(fabs((double)_X));}
inlinelongdoublefloorl(_In_longdouble_X){return(floor((double)_X));}
inlinelongdoublefmodl(_In_longdouble_X,_In_longdouble_Y){return(fmod((double)_X,(double)_Y));}
inlinelongdoublefrexpl(_In_longdouble_X,_Out_int*_Y){return(frexp((double)_X,_Y));}
inlinelongdoubleldexpl(_In_longdouble_X,_In_int_Y){return(ldexp((double)_X,_Y));}
inlinelongdoublelogl(_In_longdouble_X){return(log((double)_X));}
inlinelongdoublelog10l(_In_longdouble_X){return(log10((double)_X));}
inlinelongdoublemodfl(_In_longdouble_X,_Out_longdouble*_Y){double_Di,_Df=modf((double)_X,&_Di);*_Y=(longdouble)_Di;return(_Df);}
inlinelongdoublepowl(_In_longdouble_X,_In_longdouble_Y){return(pow((double)_X,(double)_Y));}
inlinelongdoublesinl(_In_longdouble_X){return(sin((double)_X));}
inlinelongdoublesinhl(_In_longdouble_X){return(sinh((double)_X));}
inlinelongdoublesqrtl(_In_longdouble_X){return(sqrt((double)_X));}
#ifndef_M_IA64inlinelongdoubletanl(_In_longdouble_X){return(tan((double)_X));}
#else/*_M_IA64*/_CRTIMPlongdouble__cdecltanl(_In_longdouble_X);
#endif/*_M_IA64*/inlinelongdoubletanhl(_In_longdouble_X){return(tanh((double)_X));}
inlinelongdouble_chgsignl(_In_longdouble_Number){return_chgsign(static_cast&double&(_Number));}
inlinelongdouble_copysignl(_In_longdouble_Number,_In_longdouble_Sign){return_copysign(static_cast&double&(_Number),static_cast&double&(_Sign));}
inlinefloatfrexpf(_In_float_X,_Out_int*_Y){return((float)frexp((double)_X,_Y));}
#if!defined(_M_IA64）inlinefloatfabsf(_In_float_X){return((float)fabs((double)_X));}
inlinefloatldexpf(_In_float_X,_In_int_Y){return((float)ldexp((double)_X,_Y));}
#if!defined(_M_AMD64）inlinefloatacosf(_In_float_X){return((float)acos((double)_X));}
inlinefloatasinf(_In_float_X){return((float)asin((double)_X));}
inlinefloatatanf(_In_float_X){return((float)atan((double)_X));}
inlinefloatatan2f(_In_float_Y,_In_float_X){return((float)atan2((double)_Y,(double)_X));}
inlinefloatceilf(_In_float_X){return((float)ceil((double)_X));}
inlinefloatcosf(_In_float_X){return((float)cos((double)_X));}
inlinefloatcoshf(_In_float_X){return((float)cosh((double)_X));}
inlinefloatexpf(_In_float_X){return((float)exp((double)_X));}
inlinefloatfloorf(_In_float_X){return((float)floor((double)_X));}
inlinefloatfmodf(_In_float_X,_In_float_Y){return((float)fmod((double)_X,(double)_Y));}
inlinefloatlogf(_In_float_X){return((float)log((double)_X));}
inlinefloatlog10f(_In_float_X){return((float)log10((double)_X));}
inlinefloatmodff(_In_float_X,_Out_float*_Y){double_Di,_Df=modf((double)_X,&_Di);*_Y=(float)_Di;return((float)_Df);}
inlinefloatpowf(_In_float_X,_In_float_Y){return((float)pow((double)_X,(double)_Y));}
inlinefloatsinf(_In_float_X){return((float)sin((double)_X));}
inlinefloatsinhf(_In_float_X){return((float)sinh((double)_X));}
inlinefloatsqrtf(_In_float_X){return((float)sqrt((double)_X));}
inlinefloattanf(_In_float_X){return((float)tan((double)_X));}
inlinefloattanhf(_In_float_X){return((float)tanh((double)_X));}
#endif/*!defined(_M_AMD64）*/
#endif/*!defined(_M_IA64）*/
#endif/*__cplusplus*/
#endif/*!defined(__assembler)*/
#if!__STDC__/*Non-ANSInamesforcompatibility*/
#defineDOMAIN_DOMAIN#defineSING_SING#defineOVERFLOW_OVERFLOW#defineUNDERFLOW_UNDERFLOW
#defineTLOSS_TLOSS#definePLOSS_PLOSS#definematherr_matherr#ifndef__assembler#if!defined(_M_CEE_PURE)_CRTIMPexterndoubleHUGE;
#else/*!defined(_M_CEE_PURE)*/constdoubleHUGE=_HUGE;
#endif/*!defined(_M_CEE_PURE)*/
_CRT_NONSTDC_DEPRECATE(_cabs)_CRTIMPdouble__cdeclcabs(_In_struct_complex_X);
_CRT_NONSTDC_DEPRECATE(_j0)_CRTIMPdouble__cdeclj0(_In_double_X);
_CRT_NONSTDC_DEPRECATE(_j1）_CRTIMPdouble__cdeclj1(_In_double_X);
_CRT_NONSTDC_DEPRECATE(_jn)_CRTIMPdouble__cdecljn(_In_int_X,_In_double_Y);
_CRT_NONSTDC_DEPRECATE(_y0)_CRTIMPdouble__cdecly0(_In_double_X);
_CRT_NONSTDC_DEPRECATE(_y1）_CRTIMPdouble__cdecly1(_In_double_X);
_CRT_NONSTDC_DEPRECATE(_yn)_CRTIMPdouble__cdeclyn(_In_int_X,_In_double_Y);
#endif/*__assembler*/
#endif/*!__STDC__*/
#ifdef__cplusplus}
extern"C++"{
template&class_Ty&
inline_Ty_Pow_int(_Ty_X,int_Y){
unsignedint_N;
if(_Y&=0)_N=(unsignedint)_Y;
else_N=(unsignedint)(-_Y);for(_Ty_Z=_Ty⑴;
_X*=_X){if((_N&1）!=0)_Z*=_X;
if((_N&&=1）==0)
return(_Y&0_Ty⑴/_Z:_Z);
inlinedouble__CRTDECLabs(_In_double_X){return(fabs(_X));}
inlinedouble__CRTDECLpow(_In_double_X,_In_int_Y){return(_Pow_int(_X,_Y));}
inlinefloat__CRTDECLabs(_In_float_X){return(fabsf(_X));}
inlinefloat__CRTDECLacos(_In_float_X){return(acosf(_X));}
inlinefloat__CRTDECLasin(_In_float_X){return(asinf(_X));
}inlinefloat__CRTDECLatan(_In_float_X){return(atanf(_X));}
inlinefloat__CRTDECLatan2(_In_float_Y,_In_float_X){return(atan2f(_Y,_X));}
inlinefloat__CRTDECLceil(_In_float_X){return(ceilf(_X));}
inlinefloat__CRTDECLcos(_In_float_X){return(cosf(_X));}
inlinefloat__CRTDECLcosh(_In_float_X){return(coshf(_X));}
inlinefloat__CRTDECLexp(_In_float_X){return(expf(_X));}
inlinefloat__CRTDECLfabs(_In_float_X){return(fabsf(_X));}
inlinefloat__CRTDECLfloor(_In_float_X){return(floorf(_X));}
inlinefloat__CRTDECLfmod(_In_float_X,_In_float_Y){return(fmodf(_X,_Y));}
inlinefloat__CRTDECLfrexp(_In_float_X,_Out_int*_Y){return(frexpf(_X,_Y));}
inlinefloat__CRTDECLldexp(_In_float_X,_In_int_Y){return(ldexpf(_X,_Y));}
inlinefloat__CRTDECLlog(_In_float_X){return(logf(_X));}
inlinefloat__CRTDECLlog10(_In_float_X){return(log10f(_X));}
inlinefloat__CRTDECLmodf(_In_float_X,_Out_float*_Y){return(modff(_X,_Y));}
inlinefloat__CRTDECLpow(_In_float_X,_In_float_Y){return(powf(_X,_Y));}
inlinefloat__CRTDECLpow(_In_float_X,_In_int_Y){return(_Pow_int(_X,_Y));}
inlinefloat__CRTDECLsin(_In_float_X){return(sinf(_X));}
inlinefloat__CRTDECLsinh(_In_float_X){return(sinhf(_X));}
inlinefloat__CRTDECLsqrt(_In_float_X){return(sqrtf(_X));}
inlinefloat__CRTDECLtan(_In_float_X){return(tanf(_X));}
inlinefloat__CRTDECLtanh(_In_float_X){return(tanhf(_X));}
inlinelongdouble__CRTDECLabs(_In_longdouble_X){return(fabsl(_X));}
inlinelongdouble__CRTDECLacos(_In_longdouble_X){return(acosl(_X));}
inlinelongdouble__CRTDECLasin(_In_longdouble_X){return(asinl(_X));}
inlinelongdouble__CRTDECLatan(_In_longdouble_X){return(atanl(_X));}
inlinelongdouble__CRTDECLatan2(_In_longdouble_Y,_In_longdouble_X){return(atan2l(_Y,_X));}
inlinelongdouble__CRTDECLceil(_In_longdouble_X){return(ceill(_X));}
inlinelongdouble__CRTDECLcos(_In_longdouble_X){return(cosl(_X));}
inlinelongdouble__CRTDECLcosh(_In_longdouble_X){return(coshl(_X));}
inlinelongdouble__CRTDECLexp(_In_longdouble_X){return(expl(_X));}
inlinelongdouble__CRTDECLfabs(_In_longdouble_X){return(fabsl(_X));}
inlinelongdouble__CRTDECLfloor(_In_longdouble_X){return(floorl(_X));}
inlinelongdouble__CRTDECLfmod(_In_longdouble_X,_In_longdouble_Y){return(fmodl(_X,_Y));}
inlinelongdouble__CRTDECLfrexp(_In_longdouble_X,_Out_int*_Y){return(frexpl(_X,_Y));}
inlinelongdouble__CRTDECLldexp(_In_longdouble_X,_In_int_Y){return(ldexpl(_X,_Y));}
inlinelongdouble__CRTDECLlog(_In_longdouble_X){return(logl(_X));}
inlinelongdouble__CRTDECLlog10(_In_longdouble_X){return(log10l(_X));}
inlinelongdouble__CRTDECLmodf(_In_longdouble_X,_Out_longdouble*_Y){return(modfl(_X,_Y));}
inlinelongdouble__CRTDECLpow(_In_longdouble_X,_In_longdouble_Y){return(powl(_X,_Y));}
inlinelongdouble__CRTDECLpow(_In_longdouble_X,_In_int_Y){return(_Pow_int(_X,_Y));}
inlinelongdouble__CRTDECLsin(_In_longdouble_X){return(sinl(_X));}
inlinelongdouble__CRTDECLsinh(_In_longdouble_X){return(sinhl(_X));}
inlinelongdouble__CRTDECLsqrt(_In_longdouble_X){return(sqrtl(_X));}
inlinelongdouble__CRTDECLtan(_In_longdouble_X){return(tanl(_X));}
inlinelongdouble__CRTDECLtanh(_In_longdouble_X){return(tanhl(_X));}}
#endif/*__cplusplus*/
#pragmapack(pop)
#endif/*_INC_MATH*/
#ifdefined(_USE_MATH_DEFINES)&&!defined(_MATH_DEFINES_DEFINED)
#define_MATH_DEFINES_DEFINED/*Define_USE_MATH_DEFINESbeforeincludingmath.htoexposethesemacro*definitionsforcommonmathconstants.
Theseareplacedunderan#ifdef*sincethesecommonly-definednamesarenotpartoftheC/C++standards.*/
/*Definitionsofusefulmathematicalconstants*M_E-e*M_LOG2E-log2(e)*M_LOG10E-log10(e)*M_LN2-ln⑵*M_LN10-ln⑽*M_PI-pi*
M_PI_2-pi/2*M_PI_4-pi/4*M_1_PI-1/pi*M_2_PI-2/pi*M_2_SQRTPI-2/sqrt(pi)*M_SQRT2-sqrt⑵*M_SQRT1_2-1/sqrt⑵*/
#defineM_E2.
#defineM_LOG2E1.
#defineM_LOG10E0.
#defineM_LN20.
#defineM_LN102.
#defineM_PI3.141`5`9`2`6`5`3`5`8`（注：圆周率，百度说这事）
#defineM_PI_21.#defineM_PI_40.
#defineM_1_PI0.#defineM_2_PI0.
#defineM_2_SQRTPI1.#defineM_SQRT21.4·6·2·3·7·（注：百度依然说这是电话号码）
#defineM_SQRT1_20.#endif/*defined(_USE_MATH_DEFINES)&&!defined(_MATH_DEFINES_DEFINED)*/
企业信用信息}