Udig_zero, capacity = calcCoeffTransf( U, metroChannal )
# Записать в файл шаблон
lstForWrite = list('')
lstForWrite.append('#define ZERO_VOLTAGE_CORRECT '+Udig_zero+"\t;"+str(U)+" V; bits - "+capacity )
# Порог
U_nom = 48.0
U_min = U_nom-U_nom/100*15
U_max = U_nom+U_nom/100*13
print U_min, U_max
U_min_d, capacity = calcCoeffTransf( U_min, thresholdChannal_min )
U_max_d, capacity = calcCoeffTransf( U_max, thresholdChannal_max )
print U_min_d, U_max_d
lstForWrite.append('\t#define VOLTAGE_THR_MIN '+U_min_d+"\t; -15% V bits - "+capacity)
lstForWrite.append('\t#define VOLTAGE_THR_MAX '+U_max_d+"\t; +13% V bits - "+capacity)
# Находим коэффициент пересчета
U = 48.0
Udig_value, capacity = calcCoeffTransf( U, metroChannal )
lstForWrite.append('#define TEST_MOCK_VOLTAGE '+Udig_value+"\t;"+str(U)+" V; bits - "+capacity )
realCodeVoltage = tc.hex_word_to_uint(Udig_value)-tc.hex_word_to_uint(Udig_zero)
k = U/realCodeVoltage
wprintValue('K code to V :', k)
lstForWrite.append(';const double TA_VOLTAGE_MUL = '+str(k)+';')
# Закрываем запись
iow.list2file( sets=sets, lst=lstForWrite )
