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Practical 5 - ASP.NET

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Operator Overloading

// Operator Overloading #include <iostream> using namespace std; class Complex { private: float real; float img; public: Complex() { real = img = 0; } Complex(float real, float img) { this->real = real; this->img = img; } // Complex add(Complex c) // { // Complex tmp; // tmp.real = this->real + c.real; // tmp.img = this->img + c.img; // return tmp; // } // Opertors which cannot be oberloaded // ::, ., .*, ?: Complex operator +(Complex c) { Complex tmp; tmp.real = this->real + c.real; tmp.img = this->img + c.img; return tmp; } Complex operator -(Complex c) { Complex tmp; tmp.real = this->real - c.real; tmp.img = this->img - c.img; return tmp; } void display() { cout << this->real << " + " << this->img << "i" << endl; } }; int main() { Complex c1(10.5, 20.5), c2(9.3, 3.5), c3; // c3 = ...
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Zeller's Congruence

class ZellersCongruence {     /**     * Calculate day of week using Zeller's Congruence     *     * For the Gregorian calendar     * h =(q + floor(13(m + 1) / 5) + K + floor(K / 4) + floor(J/ 4) + 5J) % 7     *     * For Julian calendar     * h =(q + floor(13(m + 1) / 5) + K + floor(K / 4) + 5 + 6J) % 7     *     * where     * h is the day of the week (0 = Saturday, 1 = Sunday, 2 = Monday, ...)     * q is the day of the month     * m is the month (3 = March, 4 = April, 5 = May, ..., 14 = February)     * K the year of the century (year % 100).     * J is the century (actually floor(year/100)) (For example, in 1995 the century would be 19, even though it was the 20th century.)     *     * NOTE: In this algorithm January and February are ...
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