Symmetrical Components to Phasor and Vice Versa Conversion Functions

A pair of Symmetrical Components to Phasor and Vice Versa Conversion Functions

% sc2ph converts symmetrical components to phasor
% vabc = sc2ph(v012) returns phasor in 3-by-2 matric of phase A, B, C and
% its respective angle in degree
%
% Input Argument
% v012 = [zero sequence magnitude, zero sequence angle(degree);
% positive sequence magnitude, positive sequence angle(degree);
% negative sequence magnitude, negative sequence angle(degree)]
% Output Argument
% vabc = [phase A magnitude, phase A angle(degree);
% phase B magnitude, phase B angle(degree);
% phase C magnitude, phase C angle(degree)]
% ph2sc converts phasor to symmetrical components
% v012 = ph2sc(vabc) returns symmetrical components in 3-by-2 matric of
% zero, positive, negative sequence and its respective angle in degree
%
% Input Argument
% vabc = [phase A magnitude, phase A angle(degree);
% phase B magnitude, phase B angle(degree);
% phase C magnitude, phase C angle(degree)]
% Output Argument
% v012 = [zero sequence magnitude, zero sequence angle(degree);
% positive sequence magnitude, positive sequence angle(degree);
% negative sequence magnitude, negative sequence angle(degree)]