def _get_coordonnees(self):
a = self.__angle.radian
zA = self.__sommet_principal.z
zB = self.__point2.z
if contexte['exact'] and issympy(a, zA, zB):
zC = (zB - zA)*sexp(1j*a) + zA
return zC.expand(complex=True).as_real_imag()
else:
zC = (zB - zA)*cexp(1j*a) + zA
return zC.real, zC.imag
def _get_coordonnees(self):
a = self.__angle.radian
zA = self.__sommet_principal.z
zB = self.__point2.z
if contexte['exact'] and issympy(a, zA, zB):
zC = (zB - zA) * sexp(1j * a) + zA
return zC.expand(complex=True).as_real_imag()
else:
zC = (zB - zA) * cexp(1j * a) + zA
return zC.real, zC.imag
def _get_coordonnees(self):
a = self.__angle.radian
zA = self.__point1.z
zB = self.__point2.z
zI = (zA + zB)/2
if contexte['exact'] and issympy(a, zI):
zC = (zB - zI)*sexp(I*2*a) + zI
return zC.expand(complex=True).as_real_imag()
else:
zC = (zB - zI)*cexp(1j*2*a) + zI
return zC.real, zC.imag
def _get_coordonnees(self):
a = self.__angle.radian
zA = self.__point1.z
zB = self.__point2.z
zI = (zA + zB) / 2
if contexte['exact'] and issympy(a, zI):
zC = (zB - zI) * sexp(I * 2 * a) + zI
return zC.expand(complex=True).as_real_imag()
else:
zC = (zB - zI) * cexp(1j * 2 * a) + zI
return zC.real, zC.imag
