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Odil olimovich
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| bet | 2/4 | | Sana | 17.07.2024 | | Hajmi | 3,59 Mb. | | #267776 |
Bog'liq Hd5nlT7jqpJKv289QizxDT2s1tKYjszhHdm6EOlJ#include
//...
complex a;
complex b;
//...
complex c=a*b+a/b;
Complex sonli sinf va funksiyalari.
Kompleks va arifmatik amallar o‘zaro hamkorlikda bajarailadi:
complex a;
complex complex_obj=a+3.14159;
Complex sonli sinf va funksiyalari.
double re = complex_obj.real();
double im = complex_obj.imag();
Kompleks sonlar klassi mos ravishda haqiqiy va mavhum qismlarni qaytaradigan ikkita funktsiyaga ega. Biz ularga sinf a'zolariga murojat qilish sintaksisidan foydalanib murojqat qilishimiz mumkin:
yoki funktsiyani chaqirish sintaksisiga o’hshash::
double re = real(complex_obj);
double im = imag(complex_obj);
Complex sonli sinf va funksiyalari.
Kompleks tiplarni arifmetik tiplar bilan ham yaratish va ular uchun operator= ni ishlatish mumkin:
complex complex_obj;
double dval=3.14159;
complex_obj=dval;
//...
int ival=3 ;
complex_obj=ival ;
Complex sonli sinf va funksiyalari.
complex_obj += second_complex_obj;
complex_obj -= second_complex_obj;
complex_obj *= second_complex_obj;
complex_obj /= second_complex_obj;
Kompleks sonlar klassi to'rtta o’zlashtirish operatorlarini qo'llab-quvvatlaydi: + =, - =, * = va / =. Masalan,
Complex sonli sinf va funksiyalari.
complex cm0(3.14, -2,17);
complex cm1(cm0.real());
cout< " " <<cm1<
Kompleks sonllar sinfi kiritish / chiqarish ham qo'llab-quvvatlanadi. Chiqish operatori qavs ichida vergul bilan ajratilgan real va mvhum qismlarni ekranga chiqaradi. Masalan,
Dastur parchasining natijasi:
( 3.14, -2.17 ) ( 3.14, 0.0 )
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