Rectangle.cpp

bool Rectangle::isIntersection(const Rectangle &otherRect) const
{
    assert(invariant());
    // cout << "current " << getColumnCount() << endl;
    // cout << "current " << getMinColumn() << endl;
    // cout << "other " << otherRect.getColumnCount() << endl;
    // cout << "other " << otherRect.getMinColumn() << endl;
    int currentRectCheck = abs(getMinColumn()) + abs(getColumnCount()) - 2;
    int otherRectCheck = abs(otherRect.getMinColumn()) - abs(otherRect.getColumnCount()) + 2;
    // cout << "check 1 " << currentRectCheck << endl;
    // cout << "check 2 " << otherRectCheck << endl;
    ;
    // col with second rect can only occur in this range
    if (abs(currentRectCheck) <= abs(otherRectCheck))
    {
        // cout << "row check 1 " << getMinRow() << endl;
        // cout << "row check 1 " << getRowCount() << endl;

        // cout << "row check 2 " << otherRect.getMinRow() << endl;
        // cout << "row check 2 " << otherRect.getRowCount() << endl;

        // cout << "row check 3 " << abs(otherRect.getMinRow()) - 1 + abs(otherRect.getRowCount()) << endl;

        // cout << "row check 4 " << (abs(getMinRow()) + abs(getRowCount()) - 1) << endl;

        // cout << (abs(getMinRow()) > (abs(otherRect.getMinRow()) - 1 + abs(otherRect.getRowCount()))) << endl;
        // cout << ((abs(getMinRow()) + abs(getRowCount())) - 1 < abs(otherRect.getMinRow())) << endl;
        // check if rows overlap
        if (
            (
                abs(getMinRow()) > (abs(otherRect.getMinRow()) - 1 + abs(otherRect.getRowCount())) ||
                (abs(getMinRow()) + abs(getRowCount())) - 1 < abs(otherRect.getMinRow())))
        {
            return false;
        }
        // cout << "true" << endl;
        return true;
    }
    return false;
    assert(invariant());
}