/* Discription: In this program you can enter any number of arrays. Each array must be separated by a space. Open each array with "{" and close the array with "}". Separate each element of an array with a comma. If you do not want to add another array, end the program with "break". Look at the examples. Have fun. Exampels: {14,64,9} {2,167} break {14,64,9} {2,167} {32,1,56,2} {4} break */ #include #include using namespace std; char num[]={'0','1','2','3','4','5','6','7','8','9'}; // die Grösse eines Arrays int sizeArr(string y){ int flo=1; for(int i=0; imax){ max = B[nm]; }; }; return max; }; int relativesMinimum(int A[], int sizeA, int untereGrenze){ int min = max(A, sizeA); for(int r=0; runtereGrenze){ min=A[r]; }; }; return min; }; int countElement(int C[], int sizeC, int element){ int gh =0; for(int f=0; f> input; cout << "Your Input is:" << input << " "; while(input != "break"){ // oben kommt in keinen Loop!!!!! verwende do while schleife //wie viele Stellen hat jeder Eintrag des Inputarrays digitys = new int[sizeArr(input)]; for(int temp_i=0; temp_i> input; cout << input << " "; } // nun ordnen wir gesamtArr_2 int uG=0; int selectedElement = relativesMinimum( gesamtArr_2 ,laengeOutputArr, uG ); int geordneterArr [laengeOutputArr]; for(int ttt=0; ttt< laengeOutputArr; ){ for(int uu=0 ; uu < countElement(gesamtArr_2, laengeOutputArr ,selectedElement); uu++){ geordneterArr[ttt] = selectedElement; ttt++; }; uG= selectedElement; selectedElement = relativesMinimum (gesamtArr_2, laengeOutputArr, uG); }; cout << endl << "The result is {"; for(int hh=0; hh< laengeOutputArr; hh++){ cout << geordneterArr[hh]; if(hh!= laengeOutputArr-1){ cout << ","; }; }; cout << "}"; //hier probier ich mich etwas aus /* delete[] digitys; //digitys = 0; digitys = new int[sizeArr(input)]; int *testArr = 0; testArr = new int[sizeArr(input)]; delete[] testArr; testArr = new int[sizeArr(input)+1]; */ /* for(int sss=0; sss

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