下面是一个寄存器说明列表，能帮我生成一个.h的宏定义文件么？REGISTER ADDRESS REGISTER DATA(1) HEX 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 1 0 LVDS_ RATE_2X 0 0 0 0 0 0 0 0 0 0 0 0 0 GLOBAL_ PDN 2 PAT_MODES_FCLK[2:0] LOW_ LATENCY_E N AVG_EN SEL_PRBS_ PAT_ FCLK PAT_MODES SEL_PRBS_ PAT_GBL OFFSET_CORR_DELAY_FROM_TX_TRIG[5:0] 3 SER_DATA_RATE DIG_GAIN_ EN 0 OFFSET_CORR_DELAY _FROM_TX_TRIG[7:6] DIG_ OFFSET_ EN 0 0 0 1 0 0 0 0 4 OFFSET_ REMOVA L_SELF OFFSET_ REMOVAL_ START_ SEL OFFEST_ REMOVAL_ START_ MANUAL AUTO_OFFSET_REMOVAL_ACC_CYCLES[3:0] PAT_ SELECT_ IND PRBS_ SYNC PRBS_ MODE PRBS_EN MSB_ FIRST DATA_ FORMAT 0 ADC_RES 5 CUSTOM_PATTERN 7 AUTO_OFFSET_REMOVAL_VAL_RD_CH_SEL 0 0 0 0 0 0 0 0 0 0 CHOPPER_EN 8 0 0 AUTO_OFFSET_REMOVAL_VAL_RD B 0 0 0 0 EN_ DITHER 0 0 0 0 0 0 0 0 0 0 0 D GAIN_ADC1o 0 OFFSET_ADC1o E GAIN_ADC1e 0 OFFSET_ADC1e F GAIN_ADC2o 0 OFFSET_ADC2o 10 GAIN_ADC2e 0 OFFSET_ADC2e 11 GAIN_ADC3o 0 OFFSET_ADC3o 12 GAIN_ADC3e 0 OFFSET_ADC3e

好的，以下是一个简单的 Python 脚本，可以根据给定的寄存器说明列表生成 .h 宏定义文件：

# 寄存器说明列表
register_list = [
    {'name': 'REGISTER_0', 'address': '0x00', 'data': '0x0000', 'bits': [
        {'name': 'DTGC_WR_EN', 'position': 0},
        {'name': 'REG_READ_EN', 'position': 2},
        {'name': 'SOFTWARE_RESET', 'position': 3}
    ]},
    {'name': 'REGISTER_1', 'address': '0x01', 'data': '0x0000', 'bits': [
        {'name': 'LVDS_RATE_2X', 'position': 14},
        {'name': 'GLOBAL_PDN', 'position': 13},
        {'name': 'PAT_MODES_FCLK', 'position': 10, 'width': 3},
        {'name': 'LOW_LATENCY_EN', 'position': 9},
        {'name': 'AVG_EN', 'position': 8},
        {'name': 'SEL_PRBS_PAT_FCLK', 'position': 7},
        {'name': 'PAT_MODES', 'position': 4, 'width': 3},
        {'name': 'SEL_PRBS_PAT_GBL', 'position': 3},
        {'name': 'OFFSET_CORR_DELAY_FROM_TX_TRIG', 'position': 0, 'width': 6}
    ]},
    {'name': 'REGISTER_2', 'address': '0x02', 'data': '0x0000', 'bits': [
        {'name': 'SER_DATA_RATE', 'position': 15},
        {'name': 'DIG_GAIN_EN', 'position': 14},
        {'name': 'OFFSET_CORR_DELAY_FROM_TX_TRIG', 'position': 8, 'width': 2},
        {'name': 'DIG_OFFSET_EN', 'position': 6},
        {'name': 'ADC_RES', 'position': 0, 'width': 4}
    ]},
    {'name': 'REGISTER_3', 'address': '0x03', 'data': '0x0000', 'bits': [
        {'name': 'OFFSET_REMOVAL_SELF', 'position': 15},
        {'name': 'OFFSET_REMOVAL_START_SEL', 'position': 14},
        {'name': 'OFFEST_REMOVAL_START_MANUAL', 'position': 13},
        {'name': 'AUTO_OFFSET_REMOVAL_ACC_CYCLES', 'position': 9, 'width': 4},
        {'name': 'PAT_SELECT_IND', 'position': 8},
        {'name': 'PRBS_SYNC', 'position': 7},
        {'name': 'PRBS_MODE', 'position': 6},
        {'name': 'PRBS_EN', 'position': 5},
        {'name': 'MSB_FIRST', 'position': 4},
        {'name': 'DATA_FORMAT', 'position': 3},
        {'name': 'ADC_RES', 'position': 0, 'width': 3}
    ]},
    {'name': 'REGISTER_4', 'address': '0x04', 'data': '0x0000', 'bits': [
        {'name': 'CUSTOM_PATTERN', 'position': 0, 'width': 16}
    ]},
    {'name': 'REGISTER_5', 'address': '0x05', 'data': '0x0000', 'bits': [
        {'name': 'AUTO_OFFSET_REMOVAL_VAL_RD_CH_SEL', 'position': 8},
        {'name': 'CHOPPER_EN', 'position': 0}
    ]},
    {'name': 'REGISTER_6', 'address': '0x06', 'data': '0x0000', 'bits': []},
    {'name': 'REGISTER_7', 'address': '0x07', 'data': '0x0000', 'bits': [
        {'name': 'EN_DITHER', 'position': 4}
    ]}
]

# 生成 .h 文件
with open('register_definitions.h', 'w') as f:
    f.write('#ifndef __REGISTER_DEFINITIONS_H__\n')
    f.write('#define __REGISTER_DEFINITIONS_H__\n\n')
    for register in register_list:
        f.write(f'#define {register["name"]}_ADDR {register["address"]}\n')
        f.write(f'#define {register["name"]}_DATA {register["data"]}\n')
        for bit in register['bits']:
            if 'width' in bit:
                f.write(f'#define {register["name"]}_{bit["name"]}_POS {bit["position"]}\n')
                f.write(f'#define {register["name"]}_{bit["name"]}_WIDTH {bit["width"]}\n')
            else:
                f.write(f'#define {register["name"]}_{bit["name"]}_POS {bit["position"]}\n')
        f.write('\n')
    f.write('#endif /* __REGISTER_DEFINITIONS_H__ */\n')

这个脚本会将寄存器的名称、地址、数据以及各个位的位置和宽度写入 .h 文件中。你可以根据需要对生成的宏定义文件进行修改和调整。