def __init__(self,name):
self.name = name
self.reg_num = 8192
self.__axi4lite=Axi4lite(self.name,self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail'%(self.name, self.reg_num))
self.__data_deal = DataOperate()
def __init__(self,name):
self.name = name
self.reg_num = 256
self.__axi4lite=Axi4lite(self.name,self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail'%(self.name, self.reg_num))
self.__data_deal = DataOperate()
rd_data = self.__axi4lite.read(0x04,4)
self.__clk_frequency = self.__data_deal.list_2_int(rd_data)
def __init__(self,name):
self.name = name
self.reg_num = 256
self.__axi4lite=Axi4lite(self.name,self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail'%(self.name, self.reg_num))
self.__axi4_clk_frequency = 125000000
self.__data_deal = DataOperate()
self.__cache_size = 0
def __init__(self, name):
self.name = name
self.reg_num = 1024
self.__axi4lite = Axi4lite(self.name, self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail' %
(self.name, self.reg_num))
self.__data_deal = DataOperate()
self.__measure_state = 0
self.__sample_rate = 125000000
def __init__(self, name):
self.name = name
self.reg_num = 256
self.__axi4lite = Axi4lite(self.name, self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail' %
(self.name, self.reg_num))
self.__data_deal = DataOperate()
rd_data = self.__axi4lite.read(0x0C, 2)
self.__tx_width = rd_data[0]
self.__rx_width = rd_data[1]
def __init__(self, name):
self.name = name
self.reg_num = 65536
self.__axi4lite = Axi4lite(self.name, self.reg_num)
if self.__axi4lite.open() is False:
logger.error('open %s device register number %d fail' %
(self.name, self.reg_num))
self.__data_deal = DataOperate()
self.__k1_index = 0
self.__k1_data = 0
self.__k2_index = 0
self.__k2_data = 0
self.__decimation_data = 1
self.__base_frequency = 1000
