void Rectangle::showResult()
{
checkRectangle();
cout << endl;
cout << "SideAB = " << getSideAB() << endl;
cout << "SideBC = " << getSideBC() << endl;
cout << "SideCD = " << getSideCD() << endl;
cout << "SideDA = " << getSideDA() << endl;
cout << endl;
cout << "Length of figure is " << length() << endl;
cout << "Width of figure is " << width() << endl;
cout << "Parameter of figure is " << perimeterOfRectangle() << endl;
cout << "Area of figure is " << areaOfRectangle() << endl;
}
double workpiece::quote() {
double cost = 0; // Net cost counter
rectangle* rects = (rectangle*)malloc(sizeof(rectangle) * (numArcs + 1)); // Array of bounding rectangles
for (int i = 0; i < numSegments ; ++i)
cost += lengthOfSegment(segments[i]) * machiningCost / maxCutterSpeed; // Add the cost of cutting line segments
for (int i = 0; i < numArcs ; ++i) {
cost += lengthOfArc(arcs[i]) * machiningCost * exp(1/radiusOfArc(arcs[i])) / maxCutterSpeed; // Add the cost of cutting circular arcs
rects[i] = boundingRectangle(arcs[i]); // Compute bounding rectangle of arcs
}
rects[numArcs] = boundingRectangle(numSegments, segments); // Compute bounding rectangle of line segments
// Add material cost of total boundign rectangle + padding
cost += areaOfRectangle(boundingRectangle(numArcs + 1, rects), padding) * materialCost;
return round(cost * 100) / 100;
}