Detalii evaluare: ~19557507

Detalii evaluare #19557507

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`#1001` Rotund

Spunem că un număr natural x este rotund dacă există un număr natural nenul k, mai mic strict decât numărul de cifre ale lui x, astfel încât prin permutarea circulară a cifrelor numărului cu k poziţii la dreapta, să se obţină numărul iniţial x.

Se dă un şir cu n elemente, numere naturale. câte elemente din șir sunt rotunde, și care sunt acestea.

Se va defini şi apela subprogramul rotund care verifică dacă un număr natural, transmis ca parametru, este rotund.

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Candale Silviu (silviu)
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Clasa 10 Subprograme Probleme diverse

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Detalii

Problema	Rotund	Operații I/O	`rotund.in`/`rotund.out`
Limita timp	0.1 secunde	Limita memorie	Total: `64 MB` / Stivă `8 MB`
Id soluție	`#19557507`	Utilizator	Toporau Mihai (mikeriel)
Fișier	rotund.cpp	Dimensiune	842 B
Data încărcării	12 Decembrie 2019, 08:53	Scor / rezultat	Eroare de compilare

Evaluare

Mesaj compilare

rotund.cpp:12:1: error: stray '\302' in program
    int nr=x, p=1, p2, k=0, c;

 ^
rotund.cpp:12:1: error: stray '\240' in program
rotund.cpp:12:1: error: stray '\302' in program
rotund.cpp:12:1: error: stray '\240' in program
rotund.cpp:14:1: error: stray '\302' in program
    while(nr){k++; p*=10; nr/=10;}

 ^
rotund.cpp:14:1: error: stray '\240' in program
rotund.cpp:14:1: error: stray '\302' in program
rotund.cpp:14:1: error: stray '\240' in program
rotund.cpp:16:1: error: stray '\302' in program
    k--; nr=x; p/=10;

 ^
rotund.cpp:16:1: error: stray '\240' in program
rotund.cpp:16:1: error: stray '\302' in program
rotund.cpp:16:1: error: stray '\240' in program
rotund.cpp:18:1: error: stray '\302' in program
    while(k){

 ^
rotund.cpp:18:1: error: stray '\240' in program
rotund.cpp:18:1: error: stray '\302' in program
rotund.cpp:18:1: error: stray '\240' in program
rotund.cpp:20:1: error: stray '\302' in program
        k--;

 ^
rotund.cpp:20:1: error: stray '\240' in program
rotund.cpp:20:1: error: stray '\302' in program
rotund.cpp:20:1: error: stray '\240' in program
rotund.cpp:20:1: error: stray '\302' in program
rotund.cpp:20:1: error: stray '\240' in program
rotund.cpp:20:1: error: stray '\302' in program
rotund.cpp:20:1: error: stray '\240' in program
rotund.cpp:22:1: error: stray '\302' in program
        nr=p*(nr%10)+nr/10;

 ^
rotund.cpp:22:1: error: stray '\240' in program
rotund.cpp:22:1: error: stray '\302' in program
rotund.cpp:22:1: error: stray '\240' in program
rotund.cpp:22:1: error: stray '\302' in program
rotund.cpp:22:1: error: stray '\240' in program
rotund.cpp:22:1: error: stray '\302' in program
rotund.cpp:22:1: error: stray '\240' in program
rotund.cpp:24:1: error: stray '\302' in program
        if(nr==x) return 1;

 ^
rotund.cpp:24:1: error: stray '\240' in program
rotund.cpp:24:1: error: stray '\302' in program
rotund.cpp:24:1: error: stray '\240' in program
rotund.cpp:24:1: error: stray '\302' in program
rotund.cpp:24:1: error: stray '\240' in program
rotund.cpp:24:1: error: stray '\302' in program
rotund.cpp:24:1: error: stray '\240' in program
rotund.cpp:26:1: error: stray '\302' in program
    }

 ^
rotund.cpp:26:1: error: stray '\240' in program
rotund.cpp:26:1: error: stray '\302' in program
rotund.cpp:26:1: error: stray '\240' in program
rotund.cpp:28:1: error: stray '\302' in program
    return 0;

 ^
rotund.cpp:28:1: error: stray '\240' in program
rotund.cpp:28:1: error: stray '\302' in program
rotund.cpp:28:1: error: stray '\240' in program
rotund.cpp:36:1: error: stray '\302' in program
    unsigned int n, x, rotunde=0, v[50];

 ^
rotund.cpp:36:1: error: stray '\240' in program
rotund.cpp:36:1: error: stray '\302' in program
rotund.cpp:36:1: error: stray '\240' in program
rotund.cpp:38:1: error: stray '\302' in program
    f>>n;

 ^
rotund.cpp:38:1: error: stray '\240' in program
rotund.cpp:38:1: error: stray '\302' in program
rotund.cpp:38:1: error: stray '\240' in program
rotund.cpp:40:1: error: stray '\302' in program
    for(int i=1;i<=n;i++){

 ^
rotund.cpp:40:1: error: stray '\240' in program
rotund.cpp:40:1: error: stray '\302' in program
rotund.cpp:40:1: error: stray '\240' in program
rotund.cpp:42:1: error: stray '\302' in program
        f>>x;

 ^
rotund.cpp:42:1: error: stray '\240' in program
rotund.cpp:42:1: error: stray '\302' in program
rotund.cpp:42:1: error: stray '\240' in program
rotund.cpp:42:1: error: stray '\302' in program
rotund.cpp:42:1: error: stray '\240' in program
rotund.cpp:42:1: error: stray '\302' in program
rotund.cpp:42:1: error: stray '\240' in program
rotund.cpp:44:1: error: stray '\302' in program
        if(rotund(x)){

 ^
rotund.cpp:44:1: error: stray '\240' in program
rotund.cpp:44:1: error: stray '\302' in program
rotund.cpp:44:1: error: stray '\240' in program
rotund.cpp:44:1: error: stray '\302' in program
rotund.cpp:44:1: error: stray '\240' in program
rotund.cpp:44:1: error: stray '\302' in program
rotund.cpp:44:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
            rotunde++;

 ^
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:46:1: error: stray '\302' in program
rotund.cpp:46:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
            v[rotunde]=x;

 ^
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:48:1: error: stray '\302' in program
rotund.cpp:48:1: error: stray '\240' in program
rotund.cpp:50:1: error: stray '\302' in program
        }

 ^
rotund.cpp:50:1: error: stray '\240' in program
rotund.cpp:50:1: error: stray '\302' in program
rotund.cpp:50:1: error: stray '\240' in program
rotund.cpp:50:1: error: stray '\302' in program
rotund.cpp:50:1: error: stray '\240' in program
rotund.cpp:50:1: error: stray '\302' in program
rotund.cpp:50:1: error: stray '\240' in program
rotund.cpp:52:1: error: stray '\302' in program
    }

 ^
rotund.cpp:52:1: error: stray '\240' in program
rotund.cpp:52:1: error: stray '\302' in program
rotund.cpp:52:1: error: stray '\240' in program
rotund.cpp:54:1: error: stray '\302' in program
    if(rotunde){

 ^
rotund.cpp:54:1: error: stray '\240' in program
rotund.cpp:54:1: error: stray '\302' in program
rotund.cpp:54:1: error: stray '\240' in program
rotund.cpp:56:1: error: stray '\302' in program
        g<<rotunde<<'\n';

 ^
rotund.cpp:56:1: error: stray '\240' in program
rotund.cpp:56:1: error: stray '\302' in program
rotund.cpp:56:1: error: stray '\240' in program
rotund.cpp:56:1: error: stray '\302' in program
rotund.cpp:56:1: error: stray '\240' in program
rotund.cpp:56:1: error: stray '\302' in program
rotund.cpp:56:1: error: stray '\240' in program
rotund.cpp:58:1: error: stray '\302' in program
        for(int i=1;i<=rotunde;i++)

 ^
rotund.cpp:58:1: error: stray '\240' in program
rotund.cpp:58:1: error: stray '\302' in program
rotund.cpp:58:1: error: stray '\240' in program
rotund.cpp:58:1: error: stray '\302' in program
rotund.cpp:58:1: error: stray '\240' in program
rotund.cpp:58:1: error: stray '\302' in program
rotund.cpp:58:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
            g<<v[i]<<' ';

 ^
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:60:1: error: stray '\302' in program
rotund.cpp:60:1: error: stray '\240' in program
rotund.cpp:62:1: error: stray '\302' in program
    }

 ^
rotund.cpp:62:1: error: stray '\240' in program
rotund.cpp:62:1: error: stray '\302' in program
rotund.cpp:62:1: error: stray '\240' in program
rotund.cpp:70:1: error: stray '\302' in program
    return 0;

 ^
rotund.cpp:70:1: error: stray '\240' in program
rotund.cpp:70:1: error: stray '\302' in program
rotund.cpp:70:1: error: stray '\240' in program
rotund.cpp: In function 'int rotund(unsigned int)':
rotund.cpp:24:19: warning: comparison between signed and unsigned integer expressions [-Wsign-compare]
        if(nr==x) return 1;

                   ^
rotund.cpp:12:21: warning: unused variable 'p2' [-Wunused-variable]
    int nr=x, p=1, p2, k=0, c;

                     ^
rotund.cpp:12:30: warning: unused variable 'c' [-Wunused-variable]
    int nr=x, p=1, p2, k=0, c;

                              ^
rotund.cpp: In function 'int main()':
rotund.cpp:40:21: warning: comparison between signed and unsigned integer expressions [-Wsign-compare]
    for(int i=1;i<=n;i++){

                     ^
rotund.cpp:58:27: warning: comparison between signed and unsigned integer expressions [-Wsign-compare]
        for(int i=1;i<=rotunde;i++)

                           ^

Cum funcționează evaluarea?

www.pbinfo.ro permite evaluarea a două tipuri de probleme:

probleme la care rezolvarea presupune scrierea unui program complet
probleme la care rezolvarea presupune scrierea unei secvențe de program - câteva instrucțiuni, o listă de declarații, una sau mai multe funcții, etc.

Problema Rotund face parte din prima categorie. Soluția propusă de tine va fi evaluată astfel:

Programul sursă este compilat folosind compilatorul corespunzător. Dacă în urma compilării se obțin erori sau avertismente, acestea sunt afișate în această pagină.
Dacă programul a fost compilat, executabilul obținut va fi rulat, furnizându-i-se unul sau mai multe seturi de date de intrare, în concordanță cu restricțiile specifice problemei. Pentru fiecare set de date se obține un anumit punctaj, în raport cu corectitudinea soluției tale.

Suma punctajelor acordate pe testele utilizate pentru verificare este 100. Astfel, soluția ta poate obține cel mult 100 de puncte, caz în care se poate considera corectă.