#include #include #include #include using namespace std; const int students = 20; struct studentType string studentFName; string studentLName; int testscore; char grade; }; void getdata(ifstream& inData, studentType sList[], int listsize); void calculateGrades (studentType Slist[], int listsize); int highestscore(const studentType slist[], int listsize); void printresult(ofstream& outData, const studentType Slist[], int listsize); int main() ifstream inData; ofstream outpata; studentType studentlist[students]; inData.open("Data.txt"); if (!inData) cout <« "The input file does not exist." « endl; system("PAUSE"); return 1; outData.open ("Dataout.txt"); if (loutdata) cout « "Could not open the output file." « endl; system("PAUSE"); return 1; getData(inData, studentlist, students); calculateGrades (studentlist, students); printresult(outData, studentlist, students); system("PAUSE"); return e; void getdata(ifstream& inFile, studentType sList[], int listsize) for (int i = e; i « listsize; i++) infile » slist[i].studentFName » slist[i].studentLName > slist[i].testscore; void calculateGrades (studentType Slist[], int listsize) int score; for (int i = e; i « listsize; i++) score = slist[i].testscore; // <- you were missing this. 'score' never acquired a value to compare with others if (score >= 90) slist[i].grade else if (score >= 80) Slist[i].grade = 'B'; else if (score >= 70) sList[i].grade = else if (score >= 60) slist[i].grade = 'D'; else = 'A'; '; sList[i].grade = 'F'; int highestscore(const studentType sList[], int listsize) int score[180]; int highscore - score[e]; for (int i = e; i « listsize; i++) if (score[i] > highscore) highscore = score[i]; } void printresult(ofstream& outFile, const studentType sList[], int listsize) int maxScore = highestscore(SList, listsize); int i; outFile <« setw(15) <« "student Name" <« setw(10) <« "Test Score" « setw(7) <« "Grade" <« endl; for (i = 1; i < listsize; i++) outFile <« left <« setw(25) « SList[i].studentLName + ", " + sList[i].studentFName << right «" " « setw(5) <« Slist[[i].testscore « setw(6) <« " " « Slist[i].grade <« endl; outFile <« endl <« "The higest test score is: " <« maxScore <« endl; outFile « "students the have the higest test scores are:" « endl; for (i = 1; i « listsize; i++) if (slist[i].testscore == maxScore) outFile « slist[i].studentlName + + slist[i].studentFName <« endl;

Python help Make the game Hanoi Tower. Ask first how many disks there are. After then, ask from the user the rods that will be used to remove and insert the disk. The program should verify the game's rules and see if the user has finished the task. After, Create an algorithm to solve the Tower of Hanoi, then test it with no more than six disks.

Build a polyhedron that looks roughly like the Washington monument. Some key dimensions of the Washington Monument: o The width of the base is about 55 feet.o The width of each side at the top is about 34 feet.o The height of the small pyramid (pyramidion) at the top of the monument is 55 feet. o The height of the whole monument is 555 feet. This should help you get something that looks approximately like the Washington monument. Exactness is not necessary, and indeed, you should make your code appropriately parameterized.Some additional requirements. Your polyhedron will have 8 sides (four for the pyramidion and four for the tower). You should not have a base. The origin of the monument should be at the center of the base, directly below the peak. Each side should be a different color, so that all the edges are plainly visible. o Use a variety of different ways of specifying the colors (e.g. THREE.ColorKeywords, hexidecimal notation, CSS string, RGB) o Use RGB color at least…

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