diff --git a/DA4008_V1.2/case/config/shenbo/case/case0.txt b/DA4008_V1.2/case/config/shenbo/case/case0.txt deleted file mode 100644 index 047dd3e..0000000 --- a/DA4008_V1.2/case/config/shenbo/case/case0.txt +++ /dev/null @@ -1,35 +0,0 @@ -bcbcbcbc -12340020 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -81808080 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -82828281 -82828282 -82828282 -82828282 -82828282 -82828282 -82828282 -2afef1eb diff --git a/DA4008_V1.2/case/config/shenbo/lvds/lvds0.txt b/DA4008_V1.2/case/config/shenbo/lvds/lvds0.txt deleted file mode 100644 index 095642a..0000000 --- a/DA4008_V1.2/case/config/shenbo/lvds/lvds0.txt +++ /dev/null @@ -1,37 +0,0 @@ -00100000 -00000004 -04000002 -00200000 -00000080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -80808080 -81808080 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -81818181 -82828281 -82828282 -82828282 -82828282 -82828282 -82828282 -82828282 diff --git a/da4008_gen_transaction.py b/da4008_gen_transaction.py new file mode 100644 index 0000000..012337f --- /dev/null +++ b/da4008_gen_transaction.py @@ -0,0 +1,382 @@ +#!/usr/bin/env python3 +""" +DA4008 波形生成与transaction帧封装工具 +支持生成正弦波、三角波、方波、Flattop波形，并自动生成对应的控制命令。 +将命令和波形数据封装为两个transaction帧，输出到指定文件。 +同时生成一个LVDS数据帧（包含帧头、地址/长度、波形数据、CRC），用于LVDS_DRIVER发送。 + +LVDS帧格式（每行一个32位十六进制数）： + [帧头] 0xBCBCBCBC + [地址/长度] (lvds_addr << 16) | num_words + [波形数据0] ... + [波形数据N] + [CRC32] 从地址/长度字到最后一个数据字的CRC校验 + +帧格式（64位头部 + 数据）： + W/R=0, ARD_FLAG=0, CID=0, EXADDR=0 + cmd帧 ADDR=0x100000, wave帧 ADDR=0x200000 + 长度字段根据实际数据字节数计算 +输出文件每行一个32位十六进制数，顺序为： + [cmd帧高32位] + [cmd帧低32位] + cmd命令数据（每行一个32位命令字） + [wave帧高32位] + [wave帧低32位] + wave波形数据（每行一个32位字，512-bit块打包后的结果） +""" + +import argparse +import math +import sys +import os + +# 常数 +FS = 40e9 # 采样率 40 GHz +MAX_ADDR = 8192 # SRAM深度（字） +CMD_WAVE = 0x00000000 # 波形命令标志位（bit31=0） +CMD_HOLD = 0x80000000 # 保持命令标志位（bit31=1） + +def parse_args(): + parser = argparse.ArgumentParser(description='为DA4008生成波形与命令并封装为transaction帧，同时生成LVDS数据帧') + parser.add_argument('--type', required=True, choices=['sine', 'triangle', 'pulse', 'flattop'], + help='波形类型: sine, triangle, pulse, flattop') + parser.add_argument('--start_addr', type=int, required=True, + help='波形起始地址 (0-8191)') + parser.add_argument('--length', type=int, + help='波形样本点数 (对sine/triangle/pulse有效，必须为正整数)') + parser.add_argument('--cycles', type=int, default=1, + help='循环次数 (0-31, 0表示无限循环, 默认1)') + # 正弦波参数 + parser.add_argument('--freq', type=float, help='正弦波频率 (Hz)') + # 三角波参数 + parser.add_argument('--step', type=int, help='三角波步进 (1-255)') + parser.add_argument('--duration', type=int, help='三角波每个台阶的持续时间 (时钟周期数)') + # 方波参数 + parser.add_argument('--duty', type=float, default=0.5, + help='方波占空比 (0.0-1.0, 默认0.5)') + # Flattop参数 + parser.add_argument('--rise_samples', type=int, + help='Flattop上升沿样本数') + parser.add_argument('--hold_cycles', type=int, + help='Flattop平台保持周期数') + parser.add_argument('--fall_samples', type=int, + help='Flattop下降沿样本数') + parser.add_argument('--hold_value', type=int, default=255, + help='Flattop平台值 (0-255, 默认255)') + # 输出文件 + parser.add_argument('--output', required=True, + help='输出transaction文件路径') + # LVDS参数 + parser.add_argument('--lvds_addr', type=lambda x: int(x, 0), required=True, + help='LVDS帧中的地址 (支持十六进制，如0x1234)') + parser.add_argument('--lvds_output', type=str, + help='LVDS数据帧输出文件路径 (默认: 将--output的扩展名改为_lvds.txt)') + return parser.parse_args() + +# ================== 波形生成函数 ================== +def generate_sine(num_samples, freq): + """生成正弦波样本 (8-bit无符号)""" + if freq <= 0 or freq > FS/2: + raise ValueError(f"频率必须介于0和{FS/2:.1f} Hz之间") + samples_per_cycle = FS / freq + if samples_per_cycle < 1: + raise ValueError("频率太高，每个周期样本数小于1") + samples = [] + for i in range(num_samples): + phase = 2 * math.pi * i / samples_per_cycle + val = int(128 + 127 * math.sin(phase)) + samples.append(val) + return samples + +def generate_triangle(num_samples, step, duration): + """生成三角波样本 (8-bit无符号)""" + if step < 1 or step > 255: + raise ValueError("步进必须介于1和255之间") + if duration < 1: + raise ValueError("持续时间必须为正整数") + samples = [] + direction = 1 + current = 0 + cnt = 0 + while len(samples) < num_samples: + samples.append(current) + cnt += 1 + if cnt >= duration: + cnt = 0 + next_val = current + direction * step + if next_val > 255: + next_val = 255 + direction = -1 + elif next_val < 0: + next_val = 0 + direction = 1 + current = next_val + return samples + +def generate_pulse(num_samples, freq, duty): + """生成方波样本 (8-bit, 高=255, 低=0)""" + if freq <= 0 or freq > FS/2: + raise ValueError(f"频率必须介于0和{FS/2:.1f} Hz之间") + if duty < 0 or duty > 1: + raise ValueError("占空比必须介于0和1之间") + period = FS / freq + high_samples = int(round(period * duty)) + low_samples = int(round(period * (1 - duty))) + if high_samples + low_samples == 0: + raise ValueError("频率和占空比导致零样本周期") + samples = [] + while len(samples) < num_samples: + for _ in range(high_samples): + samples.append(255) + if len(samples) >= num_samples: + break + for _ in range(low_samples): + samples.append(0) + if len(samples) >= num_samples: + break + return samples + +def generate_flattop(rise_samples, hold_cycles, fall_samples, hold_value=255): + """生成Flattop波形上升沿和下降沿样本（平台不存储） + 返回 (rise_samples_list, fall_samples_list) + """ + if rise_samples < 1 or fall_samples < 1: + raise ValueError("上升沿和下降沿样本数必须至少为1") + if hold_cycles < 0: + raise ValueError("保持周期数不能为负") + # 上升沿：线性从0到hold_value + rise = [] + for i in range(rise_samples): + val = int(hold_value * i / (rise_samples - 1)) + rise.append(val) + # 下降沿：线性从hold_value到0 + fall = [] + for i in range(fall_samples): + val = int(hold_value * (fall_samples - 1 - i) / (fall_samples - 1)) + fall.append(val) + return rise, fall + +def pack_samples_to_blocks(samples): + """将样本列表按每64个一组打包成512-bit字列表 + 返回列表，每个元素为16个32-bit字的列表（每个32-bit字以整数表示） + """ + blocks = [] + if len(samples) == 0: + return blocks + # 补零到64的倍数 + if len(samples) % 64 != 0: + samples += [0] * (64 - len(samples) % 64) + for i in range(0, len(samples), 64): + block_samples = samples[i:i+64] + words = [] + for j in range(0, 64, 4): + word = (block_samples[j+3] << 24) | (block_samples[j+2] << 16) | \ + (block_samples[j+1] << 8) | block_samples[j] + words.append(word) + blocks.append(words) + return blocks + +def generate_wave_command(start_addr, length_words, cycles): + """生成波形命令字 (32-bit)""" + if start_addr < 0 or start_addr >= MAX_ADDR: + raise ValueError(f"起始地址必须介于0和{MAX_ADDR-1}之间") + if length_words < 1 or length_words > MAX_ADDR: + raise ValueError(f"长度必须介于1和{MAX_ADDR}之间") + if start_addr + length_words > MAX_ADDR: + raise ValueError("地址范围超出SRAM深度") + if cycles < 0 or cycles > 31: + raise ValueError("循环次数必须介于0和31之间") + cmd = CMD_WAVE | (cycles << 26) | (start_addr << 13) | length_words + return cmd + +def generate_hold_command(hold_cycles): + """生成保持命令字""" + if hold_cycles < 0 or hold_cycles > 0x7FFFFFFF: + raise ValueError("保持周期数超出范围 (0-2^31-1)") + return CMD_HOLD | hold_cycles + +# ================== CRC32 计算 ================== +def crc32_next(crc, data): + """按位计算CRC32，多项式0x04C11DB7，MSB优先""" + poly = 0x04C11DB7 + new_crc = crc + for i in range(32): + # 取CRC的最高位 + bit = (new_crc >> 31) & 1 + # 取数据的最高位（MSB first） + data_bit = (data >> (31 - i)) & 1 + b = bit ^ data_bit + new_crc = (new_crc << 1) & 0xFFFFFFFF + if b: + new_crc ^= poly + return new_crc + +def crc32_compute(words): + """计算一组32位字的CRC32（不包括初始异或，直接返回）""" + crc = 0xFFFFFFFF + for w in words: + crc = crc32_next(crc, w) + return crc + +# ================== transaction帧生成 ================== +def generate_transaction_header(addr, length_bytes): + """ + 生成64位头部，拆分为两个32位字 + addr: 25位地址 + length_bytes: 20位长度（字节数） + 返回 (high32, low32) + """ + # W/R=0, ARD_FLAG=0, CID=0, EXADDR=0 + header = (addr << 32) | length_bytes + high = (header >> 32) & 0xFFFFFFFF + low = header & 0xFFFFFFFF + return high, low + +def write_transaction_file(filename, cmd_words, wave_words): + """ + 将cmd命令列表和wave数据列表写入transaction文件 + cmd_words: 整数列表，每个元素是一个32位命令字 + wave_words: 整数列表，每个元素是一个32位波形数据字 + """ + cmd_len_bytes = len(cmd_words) * 4 + wave_len_bytes = len(wave_words) * 4 + + high_cmd, low_cmd = generate_transaction_header(0x100000, cmd_len_bytes) + high_wave, low_wave = generate_transaction_header(0x200000, wave_len_bytes) + + with open(filename, 'w') as f: + # cmd帧头部 + f.write(f"{high_cmd:08x}\n") + f.write(f"{low_cmd:08x}\n") + # cmd数据 + for w in cmd_words: + f.write(f"{w:08x}\n") + # wave帧头部 + f.write(f"{high_wave:08x}\n") + f.write(f"{low_wave:08x}\n") + # wave数据 + for w in wave_words: + f.write(f"{w:08x}\n") + + print(f"已生成transaction文件: {filename}") + print(f" cmd帧: {len(cmd_words)} 字, 长度 {cmd_len_bytes} 字节") + print(f" wave帧: {len(wave_words)} 字, 长度 {wave_len_bytes} 字节") + +# ================== LVDS帧生成 ================== +def write_lvds_file(filename, lvds_addr, data_words): + """ + 将波形数据打包成LVDS帧写入文件 + 帧格式: [帧头] [地址/长度] [数据字...] [CRC32] + 所有字均为32位，每行一个十六进制数 + """ + if len(data_words) == 0: + print("警告：波形数据为空，不生成LVDS帧") + return + + header = 0xBCBCBCBC + addr_len = (lvds_addr << 16) | len(data_words) # 低16位为字数 + crc = crc32_compute([addr_len] + data_words) + + with open(filename, 'w') as f: + f.write(f"{header:08x}\n") + f.write(f"{addr_len:08x}\n") + for w in data_words: + f.write(f"{w:08x}\n") + f.write(f"{crc:08x}\n") + + print(f"已生成LVDS数据帧文件: {filename}") + print(f" LVDS地址: 0x{lvds_addr:04x}, 数据字数: {len(data_words)}") + +# ================== 主流程 ================== +def main(): + args = parse_args() + + # 确定LVDS输出文件名 + if args.lvds_output is None: + base, ext = os.path.splitext(args.output) + args.lvds_output = base + "_lvds" + ext + + if args.type in ['sine', 'triangle', 'pulse']: + if args.length is None: + sys.exit(f"波形类型 {args.type} 需要指定 --length") + + # 生成样本 + if args.type == 'sine': + if args.freq is None: + sys.exit("正弦波需要指定 --freq") + samples = generate_sine(args.length, args.freq) + elif args.type == 'triangle': + if args.step is None or args.duration is None: + sys.exit("三角波需要指定 --step 和 --duration") + samples = generate_triangle(args.length, args.step, args.duration) + else: # pulse + if args.freq is None: + sys.exit("方波需要指定 --freq") + samples = generate_pulse(args.length, args.freq, args.duty) + + # 打包波形数据 + blocks = pack_samples_to_blocks(samples) + wave_words = [word for block in blocks for word in block] # 展平为32位字列表 + num_words = len(blocks) # 512-bit块数 + + # 检查地址范围 + if args.start_addr + num_words > MAX_ADDR: + sys.exit(f"地址 {args.start_addr} + 块数 {num_words} 超出SRAM深度 {MAX_ADDR}") + + # 生成波形命令 + cmd_wave = generate_wave_command(args.start_addr, num_words, args.cycles) + cmd_words = [cmd_wave] + + # 如果需要hold命令，添加 + if args.hold_cycles is not None: + cmd_hold = generate_hold_command(args.hold_cycles) + cmd_words.append(cmd_hold) + + # 写入transaction文件 + write_transaction_file(args.output, cmd_words, wave_words) + + # 写入LVDS文件 + write_lvds_file(args.lvds_output, args.lvds_addr, wave_words) + + elif args.type == 'flattop': + if args.rise_samples is None or args.hold_cycles is None or args.fall_samples is None: + sys.exit("Flattop波形需要指定 --rise_samples, --hold_cycles, --fall_samples") + + # 生成上升沿和下降沿样本 + rise_samples, fall_samples = generate_flattop(args.rise_samples, args.hold_cycles, + args.fall_samples, args.hold_value) + + # 打包上升沿 + rise_blocks = pack_samples_to_blocks(rise_samples) + rise_words = [word for block in rise_blocks for word in block] + num_rise_words = len(rise_blocks) + + # 打包下降沿 + fall_blocks = pack_samples_to_blocks(fall_samples) + fall_words = [word for block in fall_blocks for word in block] + num_fall_words = len(fall_blocks) + + # 检查地址范围 + if args.start_addr + num_rise_words > MAX_ADDR: + sys.exit(f"上升沿地址 {args.start_addr} + 块数 {num_rise_words} 超出SRAM深度 {MAX_ADDR}") + fall_start_addr = args.start_addr + num_rise_words + if fall_start_addr + num_fall_words > MAX_ADDR: + sys.exit(f"下降沿起始地址 {fall_start_addr} + 块数 {num_fall_words} 超出SRAM深度 {MAX_ADDR}") + + # 生成命令 + cmd_rise = generate_wave_command(args.start_addr, num_rise_words, args.cycles) + cmd_hold = generate_hold_command(args.hold_cycles) + cmd_fall = generate_wave_command(fall_start_addr, num_fall_words, args.cycles) + cmd_words = [cmd_rise, cmd_hold, cmd_fall] + + # 波形数据 = 上升沿 + 下降沿 + wave_words = rise_words + fall_words + + # 写入transaction文件 + write_transaction_file(args.output, cmd_words, wave_words) + + # 写入LVDS文件 + write_lvds_file(args.lvds_output, args.lvds_addr, wave_words) + +if __name__ == "__main__": + main() \ No newline at end of file diff --git a/example.txt b/example.txt new file mode 100644 index 0000000..ed7e3ab --- /dev/null +++ b/example.txt @@ -0,0 +1 @@ +python da4008_gen_transaction.py --type sine --start_addr 0 --length 1024 --freq 1e9 --cycles 3 --lvds_addr 0x1000 --output ./wave/sine_1g.txt \ No newline at end of file diff --git a/wave/sine_1g.txt b/wave/sine_1g.txt new file mode 100644 index 0000000..a3d68dc --- /dev/null +++ b/wave/sine_1g.txt @@ -0,0 +1,261 @@ +00100000 +00000004 +0c000010 +00200000 +00000400 +b9a79380 +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c7f +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 +93a7b9ca +46586c80 +0e192635 +02010207 +26190e07 +6c584635 +b9a7937f +f1e6d9ca +fdfffdf8 +d9e6f1f8 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