import numpy as np
import measurements


# to do
# Need a zero-cross algorithem to comply with 61000-4-30



def main():
	time = 0
	delta_t = 1e-6
	t_stop = 1.2

	ADC_sample_frequency = 50e3
	ADC_sample_period = 1/ADC_sample_frequency
	ADC_timer = 0



	amplitude = 1
	base_freq = 60

	Meas_ADC = measurements.measurements(fs=ADC_sample_frequency)


	for i in range(0, int(t_stop/delta_t)+1):


		Ph1 = np.sin(2*np.pi*time*base_freq)


		if time - ADC_timer >= ADC_sample_period:
			ADC_timer += ADC_sample_period

			Meas_ADC.Interupt(Ph1)
		


		time += delta_t

	Meas_ADC.print()
	Meas_ADC.plot()




if __name__ == '__main__':
	main()