/// Realizuje funkcje: x(t) = A * sin(omega + fi), gdzie: omega = 2 * PI * f.
        /// /// </summary>
        /// <param name="ampl">Amplituda (najwieksze wychylenie).</param>
        /// <param name="frequency">Czestotliwosc (czestosc) probkowania. Wyrazana w [Hz]. Czestotliwosc 1 herca odpowiada wystepowaniu jednego cyklu (zdarzenia) w ciagu 1s.</param>
        /// <param name="period">Okres T. Czas, w ktorym zachodzi jeden cykl drgañ. </param>
        /// <param name="phase"> Faza poczatkowa. </param>
        /// <returns>Zwraca ciag liczbowy. Kazda wartosc ciagu nazywa sie probka.</returns>
        public List<Sample> GenerateSamples(double ampl, double frequency, out SignalData input, double phase = 0)
        {
            List<Sample> samples = new List<Sample>();

            //this is unsused, just for the output data
            double period = 1 / frequency;

            double pulsation = 2 * Math.PI * frequency;

            double deltaTime = GlobalSimulationTimeSeconds / GlobalSamplingRate;

            double time = deltaTime;
            for (int sample = 1; sample <= GlobalSamplingRate; sample++)
            {
                var sampleValue = ampl * Math.Sin(pulsation * time + phase);
                samples.Add(new Sample(sampleValue, time));
                time += deltaTime;
            }

            input = new SignalData()
            {
                Frequency = frequency,
                Pulsation = pulsation,
                SimulationTime = GlobalSimulationTimeSeconds,
                SamplingRate = GlobalSamplingRate,
                Phase = phase,
                Amplitude = ampl,
                Period = period
            };
            return samples;
        }