// solve10x10-random.cpp

#include "stdafx.h"

using namespace std;

typedef vector matrix1D; typedef vector matrix2D;

seed_seq seed{ 2016 }; default_random_engine generator{ seed }; uniform_real_distribution distribution(-10, 10);

matrix2D OverlayValues(const matrix2D& coeffMatrix, const matrix1D& valueVector, size_t col) { size_t rows = coeffMatrix.size(); size_t cols = coeffMatrix.at(0).size(); matrix2D newMatrix(rows, matrix1D(cols)); for (size_t i{}; i

void DisplayEquations(const matrix2D& coeffMatrix, const matrix1D& valueVector) { size_t rows = coeffMatrix.size(); size_t cols = coeffMatrix.at(0).size(); for (size_t i{}; i

matrix2D CreateReducedMatrix(const matrix2D& A, size_t skipRow, size_t skipCol) { size_t rowsA = A.size(); size_t colsA = A.at(0).size(); matrix2D B(rowsA - 1, matrix1D(colsA - 1, 0)); size_t rowB{}; for (size_t rowA{}; rowA

void CalcDeterminant(const matrix2D& A, double& det, double f = 1) { size_t rowsA = A.size(); size_t colsA = A.at(0).size(); if (rowsA == 2 && colsA == 2) det += f * (A[0][0] * A[1][1] - A[0][1] * A[1][0]); else { for (size_t rowA{}; rowA

int main() { matrix2D coeffMatrix = {{2,3},{5,-11}}; matrix1D valueVector = {11,-28};

cout

DisplayEquations(coeffMatrix, valueVector);

double detCoeff{}; CalcDeterminant(coeffMatrix, detCoeff);

if (detCoeff == 0) { cout

cout 5016159 220 Remate D Connectia . Search PowerPoint Online Dawnload Stat Side Show Print o PDF Comment 20 pts 2. Create and solve a random 10x10 system In the q02 folder, edit the C++ console application to generate and solve a system of 10 random linear equations having 10 unknowns using Cramer's Rule solvel8xl randon.cpp 3 include stdafs.h using nanespace std typedef vectordouble natrixib: typedet vectorcnatrixiD matri 2D seed sea seed 2016 default randos engi uniform_real distribution distribution-10, 10 The coefficients and values should be taken from a uniform real distribution between [-10,10) wih initial seed of 2016 ne generator seed atrixlD CreateRandosvectorlsize t rows) for (size t row: row