/* if the accpetion by the public were razonable, I will construct a CRUDE plot for any range data, rescaling the axis and outputting the performed scale . */ #include #include "math.h" #ifdef NULL #undef NULL #define NULL -1 // imposible output to distance #define IF_NOTanyX rescaledX1 != i && rescaledX2 != i #define IF_NOTanyY rescaledY1 != l && rescaledY2 != l #define IF_DOT1 rescaledX1 == i && rescaledY1 == l #define IF_DOT2 rescaledX2 == i && rescaledY2 == l #endif using namespace std; class ScalerPlot { private: int rescaledX1 , rescaledY1 ; int rescaledX2 , rescaledY2 ; public: //get the two points and plot them ScalerPlot (int A1, int B1, int A2, int B2) { rescaledX1 = (int)trunc(A1) ; rescaledY1 = (int)trunc (B1); rescaledX2 = (int)trunc(A2); rescaledY2 = (int)trunc (B2); printf ("\n\t\t\t\t\t\t\t Points (X = First Data, O = Second One)\n\n"); //1. lopp Line for (int l = 11; l > -11; l--){ // 1.1 fist line : upper border if (l == 11){ //left for (int i = 10; i > 0; i--){ printf ("_ "); } //center printf ("^ "); //right quadrant for (int i = 10; i > 0; i--){ printf ("_ " ); } printf (" %c CRUDE GRAPH 1987 %c",18,18); } // 1.2 if (no any Y in line) else if (IF_NOTanyY) { // 1.2.1 if (l != zero) plot line freely in three parts: left, vertical axis and right plane if (l != 0) { //left for (int i = 0; i < 10; i++){ printf(". "); } //center printf("| "); //right quadrant for (int i = 0; i < 10; i++){ printf(". "); } } // 1.2.2 if (l == zero) plot line freely likely the model above, drawing the axis horizontal else { for (int i = -10; i < 0; i++){ printf ("- "); } printf ("+ "); for (int i = 1; i < 11; i++){ printf ("- " ); } printf (">"); } } // 1.3 else (that means, if there a dot to be plot in the actual line) else { // 1.3.1 if (i != zero) plot carfully the planes, asking if the dot is ocuppied if(l != 0){ for (int i = -10; i < 11; i++){ if (IF_NOTanyX){ if (i != 0) printf (". "); else printf ("| "); } else if (IF_DOT1) printf("X "); else if (IF_DOT2) printf("O "); else printf (". "); } } // 1.3.2 if (i == zero) plot likely above else { for (int i = -10; i < 11; i++){ if (IF_NOTanyX) printf ("- "); else if (IF_DOT1) printf("X "); else if (IF_DOT2) printf("O "); else printf ("- "); } printf (">"); } } // 1. end line printf("\n"); } // 2. Makes the ending border for (int s = 0; s < 21; s++){ printf("%c ",193); } } }; class OrderedPair { public : float distance = NULL; float cord1, cord2; OrderedPair () {} OrderedPair (float C1,float C2) { this->cord1 = C1; this->cord2 = C2; Show(); } OrderedPair operator ^ (OrderedPair &OtherPair); void Show(); }; //Defining Show class function from the scope void OrderedPair::Show() { cout.precision(4); if(distance != NULL) cout << endl << "The distance between this two created points is " << distance << "." << endl; else cout << "Point (" << this->cord1 << "," << this->cord2 <<") created!" << endl; } //defining the operator + to OrderedPair object type from the scope OrderedPair OrderedPair :: operator ^ (OrderedPair &OtherPair) { OrderedPair PO_D; //distance in one of each axis PO_D.cord1 = this->cord1 - OtherPair.cord1; PO_D.cord2 = this->cord2 - OtherPair.cord2; //squaring them PO_D.cord1 *= PO_D.cord1; PO_D.cord2 *= PO_D.cord2; // Determining distance PO_D.distance = sqrt(PO_D.cord1+PO_D.cord2); PO_D.Show(); ScalerPlot((int)this->cord1,(int)this->cord2,(int)OtherPair.cord1,(int)OtherPair.cord2); PO_D.Show(); return PO_D ; }; //_________________________________________________\\ int main() { cout << "\tReading input data and executing commands..." << endl << "The point parameters need to be in a range of [-10,10] for a prorperly operation plot." << endl << "\tIf you are using cell phone now, visualize in the horizontal orientation. \nThe output quality depends on font style and its size." << endl; for (int h = 0; h < 32; h++){ cout <<"#-"; } cout << "#"; cout << endl <

Ordered Pair Distance [CHALLENGE]