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//FILE_HEADER-------------------------------------------------------
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//FILE_NAME : readout_awg_rm.sv
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//DEPARTEMENT : QuantumCTek-ASIC
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//AUTHOR : Yunzhuo Zhang
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//TIME : 2024.10.21
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//*******************************************************************
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//DESCRIPTION : awg reference model define
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//*******************************************************************
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//END_HEADER*********************************************************
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//问题待解决：数据类型定义
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//pulsewidth信号定义在mcu_reg中
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`ifdef READOUT_AWG_RM
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`define READOUT_AWG_RM
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//import uvm_pkg::*;
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import nco_dpi_pkg::*;
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import hilbert_fir_dpi_pkg::*;
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class readout_awg_rm extends uvm_component;
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virtual rm_if rm_if; //clk和sync
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uvm_blocking_get_export #(EZQ_readout_dac_item) dac_rm2scb_port; //wave输出给scoreboard
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uvm_blocking_get_port #(mcu_item) mcu_get_port; //从mcu获取带时间戳的包，包含cw，time
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EZQ_readout_dac_item dac_item_pkt;
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mcu_item mcu_item_pkt;
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`uvm_component_utils(readout_awg_rm);
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static int NUM_WAY = 8;
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static int DATA_WIDTH = 16;
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extern function new(string name,uvm_component parent);
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extern function void build_phase(uvm_phase phase);
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extern virtual task run_phase(uvm_phase phase);
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extern task wave_play( //根据cw获取波形数据
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logic [5:0] wave_id,
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mem_out[$],
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logic [15:0] wave_len;
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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extern task wave_mode( //awg算法
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logic clr_valid, //sync
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logic clr_en, //cw_data[6]
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logic [1 :0] mod_mode, //func_ctrl[1:0]
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logic [31:0] fcw,
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logic [15:0] phase, //phase[31:16]
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_in,
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logic [DATA_WIDTH-1:0] wave_mod_out[NUM_WAY],
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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extern task wave_amp(
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logic [15:0] amplitude, //amp[31:16]
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logic [DATA_WIDTH-1:0] wave_amp_in[NUM_WAY],
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logic [DATA_WIDTH-1:0] wave_amp_out[NUM_WAY],
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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extern task wave_mix(
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logic mix_en , //~func_ctrl[2]
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logic [DATA_WIDTH-1:0] wave_in[NUM_WAY],
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_out,
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_outb,
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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/*
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extern task pulse_generator_pump(
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logic pulse_en ,
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logic [15:0] delay,
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logic [31:0] width,
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logic inv_en ,
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logic [15:0] pulse
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);
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*/
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endclass
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function readout_awg_rm::new(string name,uvm_component parent);
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super.new(name,parent);
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endfunction : new
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function void readout_awg_rm::build_phase(uvm_phase phase);
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super.build_phase(phase);
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if(!uvm_config_db#(virtual rm_if)::get(this,"","rm_if",rm_if))
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`uvm_fatal("CFGERR",{"virtual interface must be set for: ",get_full_name(),".vif"});
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mcu_get_port = new("spi_get_port",this);
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dac_rm2scb_port = new("dac_rm2scb_port",this);
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endfunction
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task readout_awg_rm::run_phase(uvm_phase phase);//main task
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//cw
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logic clk;
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logic [31:0] cw_data;
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logic sync;
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//awg config signal
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logic [31:0] mcu_timer,
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logic [31:0] mcu_counter,
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logic [31:0] pulse_width,
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logic [31:0] amplitude,
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logic [31:0] frequency,
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logic [31:0] phase,
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logic [31:0] loc_state,
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logic [31:0] glb_state,
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logic [31:0] feed_data,
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//control signal
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logic [31:0] command;
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logic [31:0] func_ctrl;
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logic [31:0] pump_ctrl;
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logic [31:0] mark_ctrl;
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//get wave_idx & wave
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mem_out[$];
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//wave_mod output signal
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logic [DATA_WIDTH-1:0] wave_mod_out[NUM_WAY];
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//wave_amp output siganl
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logic [DATA_WIDTH-1:0] wave_amp_out[NUM_WAY];
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//wave_mix output siganl
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_out;
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_outb;
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//wave_out queue
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_out_list[$];
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_outb_list[$];
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//Pump & Mark signal
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logic pump_trig;
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logic mark_trig;
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logic pump_delay;
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logic mark_delay;
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logic [15:0] pump_width;
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logic [15:0] mark_width;
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//时间戳，mcu_item_pkt到来时，继承pkt中的时间
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logic [15:0] time_cw;
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logic [15:0] time_play;
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logic [15:0] time_mode;
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logic [15:0] time_amp;
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logic [15:0] time_mix;
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// sync signal
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sync = rm_if.sync;
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//MCU packet
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mcu_get_port.get(mcu_item_pkt);
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time_cw = mcu_item_pkt.clock_cycle;
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cw_data = mcu_item_pkt.cw_data;
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pulse_width = mcu_item_pkt.pulse_width;//该信号通过MCU的packet传送
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//AWG reg
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frequency = reg_mems::awg_regfile.get("Frequency");
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phase = reg_mems::awg_regfile.get("Phase");
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amplitude = reg_mems::awg_regfile.get("Amplitude");
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mcu_timer = reg_mems::awg_regfile.get("Timer");
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mcu_counter = reg_mems::awg_regfile.get("Counter");
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loc_state = reg_mems::awg_regfile.get("LOC_State");
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glb_state = reg_mems::awg_regfile.get("GLB_State");
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feed_data = reg_mems::awg_regfile.get("FEED_Data");
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func_ctrl = reg_mems::awg_regfile.get("Function");
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command = reg_mems::awg_regfile.get("Command");
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pump_ctrl = reg_mems::awg_regfile.get("pump_ctrl");
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mark_ctrl = reg_mems::awg_regfile.get("maker_ctrl");
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//AWG functions
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wave_play(
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.wave_id(cw_data[5:0]),
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.wave_mem_out(wave_mem_out),
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.wave_len(wave_len)
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.time_in(time_cw),
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.time_out(time_play)
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);
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for(k=0;k<wave_len;k++)begin
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wave_mode(
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.clr_valid(sync),
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.clr_en(cw_data[6]),
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.mod_mode(func_ctrl[1:0]),
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.fcw(frequency),
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.phase(phase[31:16]),
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.wave_in(wave_mem_out[k]),
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.wave_mod_out(wave_mod_out)
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.time_in(time_play),
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.time_out(time_mode)
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);
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wave_amp(
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.amplitude(amplitude[31:16]), //amp[31:16]
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.wave_amp_in(wave_mod_out),
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.wave_amp_out(wave_amp_out),
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.time_in(time_mode),
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.time_out(time_amp)
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);
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wave_mix(
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.mix_en(~func_ctrl[2]) , //~func_ctrl[2]
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.wave_in(wave_amp_out),
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.wave_mix_out(wave_mix_out),
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.wave_mix_outb(wave_mix_outb),
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.time_in(time_amp),
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.time_out(time_mix)
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);
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wave_out_list.push_back (wave_mix_out);
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wave_outb_list.push_back(wave_mix_outb);
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end
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//send to scoreboard
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dac_item_pkt.cycle = time_mix;
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for (k=0;k<wave_len;k++)begin
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dac_item_pkt.data_out0[k] = wave_out_list[k][0*DATA_WIDTH:1*DATA_WIDTH-1];
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dac_item_pkt.data_out1[k] = wave_out_list[k][1*DATA_WIDTH:2*DATA_WIDTH-1];
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dac_item_pkt.data_out2[k] = wave_out_list[k][2*DATA_WIDTH:3*DATA_WIDTH-1];
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dac_item_pkt.data_out3[k] = wave_out_list[k][3*DATA_WIDTH:4*DATA_WIDTH-1];
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dac_item_pkt.data_out4[k] = wave_out_list[k][4*DATA_WIDTH:5*DATA_WIDTH-1];
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dac_item_pkt.data_out5[k] = wave_out_list[k][5*DATA_WIDTH:6*DATA_WIDTH-1];
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dac_item_pkt.data_out6[k] = wave_out_list[k][6*DATA_WIDTH:7*DATA_WIDTH-1];
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dac_item_pkt.data_out7[k] = wave_out_list[k][7*DATA_WIDTH:8*DATA_WIDTH-1];
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dac_item_pkt.data_outb0[k]= wave_outb_list[k][0*DATA_WIDTH:1*DATA_WIDTH-1];
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dac_item_pkt.data_outb1[k]= wave_outb_list[k][1*DATA_WIDTH:2*DATA_WIDTH-1];
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dac_item_pkt.data_outb2[k]= wave_outb_list[k][2*DATA_WIDTH:3*DATA_WIDTH-1];
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dac_item_pkt.data_outb3[k]= wave_outb_list[k][3*DATA_WIDTH:4*DATA_WIDTH-1];
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dac_item_pkt.data_outb4[k]= wave_outb_list[k][4*DATA_WIDTH:5*DATA_WIDTH-1];
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dac_item_pkt.data_outb5[k]= wave_outb_list[k][5*DATA_WIDTH:6*DATA_WIDTH-1];
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dac_item_pkt.data_outb6[k]= wave_outb_list[k][6*DATA_WIDTH:7*DATA_WIDTH-1];
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dac_item_pkt.data_outb7[k]= wave_outb_list[k][7*DATA_WIDTH:8*DATA_WIDTH-1];
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end
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//pump and mark signal
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pump_trig = cw_data[8];
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mark_trig = cw_data[9];
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pump_delay = pump_ctrl[31:16];
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mark_delay = mark_ctrl[31:16];
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pump_width = func_ctrl[6] ? pulse_width[15:0] : pump_ctrl[15:0];
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mark_width = func_ctrl[7] ? pulse_width[31:16] : mark_ctrl[15:0];
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//pump和mark信号的输出时间、输出宽度和输出极性
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if(pump_trig)begin
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rm_if.pump_width = pump_width;
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rm_if.pump_rm = ~func_ctrl[4];
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rm_if.pump_time = time_cw + pump_delay;
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end else begin
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rm_if.pump_width = 0;
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rm_if.pump_rm = func_ctrl[4];
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rm_if.pump_time = 0;
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end
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if(mark_trig)begin
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rm_if.mark_width = mark_width;
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rm_if.mark_rm = ~func_ctrl[5];
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rm_if.mark_time = time_cw + mark_delay;
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end else begin
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rm_if.mark_width = 0;
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rm_if.mark_rm = func_ctrl[5];
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rm_if.mark_time = 0;
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end
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endtask
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task readout_awg_rm::wave_play(
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logic [5:0] wave_id,
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_mem_out[$],
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logic [15:0] wave_len;
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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logic [31:0] get_wave_idx_len;
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logic [15:0] wave_addr;
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logic [15:0] wave_len;
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logic [DATA_WIDTH*NUM_WAY-1:0]wave_out[wave_len]; //wave_len个8*16bit数据
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time_out = time_in + 16'd4;
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reg_mems::env_indx_ram.get32bit({wave_id[5:0],2'b00},get_wave_idx_len); //获取wave地址和长度
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wave_addr = {get_wave_idx_len[31:16],4'b0};
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wave_len = get_wave_idx_len[15: 0];
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$display("wave_addr and wave_len is %b %d",wave_addr,wave_len);
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reg_mems::env_data_ram.get32bit(wave_addr,wave_out); //获取wave波形数据
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foreach (wave_out[i])begin
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wave_mem_out.push_back(wave_out[i]);
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$display("wave %d is %b ",i,wave_out[i]);
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end
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endtask
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task readout_awg_rm::wave_mode(
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logic clr_valid, //sync
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logic clr_en, //cw_data[6]
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logic [1 :0] mod_mode, //func_ctrl[1:0]
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logic [31:0] fcw,
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logic [15:0] phase, //phase[31:16]
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logic [DATA_WIDTH*NUM_WAY-1:0] wave_in,
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logic [DATA_WIDTH-1:0] wave_mod_out[NUM_WAY],
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logic [15:0]time_in,
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logic [15:0]time_out
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);
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//hilbert signal
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logic hilbert_en;
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logic [DATA_WIDTH-1:0] hilbert_in[NUM_WAY];
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real dpi_hilbert_out_i[NUM_WAY];
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real dpi_hilbert_out_q[NUM_WAY];
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logic [DATA_WIDTH-1:0] hilbert_out_i[NUM_WAY];
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logic [DATA_WIDTH-1:0] hilbert_out_q[NUM_WAY];
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//nco signal
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logic loc_rst_n;
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logic clr_en;
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logic [63:0] result_cos;
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logic [63:0] result_sin;
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logic [63:0] result_acc;
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logic [15:0] cos_list[$];
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logic [15:0] sin_list[$];
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//mod signal
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logic iq_mod_en;
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logic [DATA_WIDTH*2-1:0] iq_mod_data_i_temp;
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logic [DATA_WIDTH-1:0] iq_mod_data_i[NUM_WAY];
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// logic [DATA_WIDTH-1:0] iq_mod_data_q[NUM_WAY];
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//inter signal
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loc_rst_n = ((mod_mode[1:0] == 2'b01) | (mod_mode[1:0] == 2'b11));
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hilbert_en = (mod_mode[1:0] == 2'b01) | (mod_mode[1:0] == 2'b10);
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iq_mod_en = (mod_mode[1:0] == 2'b01);
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//time_delay
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if (mod_mode[1:0] == 2'b11) //nco out
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time_out = time_in + 16'd8 + 16'd1;
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else begin
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if(hilbert_en & iq_mod_en) //iq_mod out
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time_out = time_in + 16'd8 + 16'd2 + 16'd1;
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else if(hilbert_en & !iq_mod_en) //hilbert out
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time_out = time_in + 16'd8 + 16'd1;
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else (!hilbert_en)//wave_mem out
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time_out = time_in + 16'd1;
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end
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//NCO dpi
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objhandle=DPI_nco_initialize(objhandle);
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for (k=0;k<NUM_WAY-1;k++)begin
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//DPI_nco_terminate(objhandle);
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DPI_nco(objhandle,real(fcw),real(phase),real(clr_en),real(k*fcw),result_cos,result_sin,result_acc);
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cos_list.push_back(shortint(result_cos));
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sin_list.push_back(shortint(result_sin));
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end
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//hilbert dpi
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for(k=0;k<NUM_WAY;k++)begin
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hilbert_in[k] = wave_in[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1]; //将128bit数据拆分为16bit*8
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end
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OBJhandle=DPI_hilbert_fir_initialize(OBJhandle);
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//DPI_hilbert_fir_terminate(OBJhandle);
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DPI_hilbert_fir(OBJhandle,real(hilbert_in),dpi_hilbert_out_i,dpi_hilbert_out_q);//输入输出均为数组
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hilbert_out_i = shortint(dpi_hilbert_out_i);
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hilbert_out_q = shortint(dpi_hilbert_out_q);
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foreach (hilbert_out_i[index])
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$display("hilbert_out_i is :%b",hilbert_out_i[index]);
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foreach (hilbert_out_q[index])
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$display("hilbert_out_q is :%b",hilbert_out_q[index]);
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//mod
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for(k=0;k<NUM_WAY;k++)begin
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iq_mod_data_i_temp = hilbert_out_i[k]*cos_list[k]-hilbert_out_q[k]*sin_list[k];
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iq_mod_data_i[k] = {iq_mod_data_i_temp[31],iq_mod_data_i_temp[29:15]};
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if(iq_mod_data_i[k]>32767) iq_mod_data_i[k] = 32767;
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if(iq_mod_data_i[k]<-32767) iq_mod_data_i[k] = -32767;
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end
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for(k=0;k<NUM_WAY;k++)begin
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iq_mod_data_q_temp = hilbert_out_q[k]*cos_list[k]+hilbert_out_i[k]*sin_list[k];
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iq_mod_data_q[k] = {iq_mod_data_q_temp[31],iq_mod_data_q_temp[29:15]};
|
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if(iq_mod_data_q[k]>32767) iq_mod_data_q[k] = 32767;
|
||||
if(iq_mod_data_q[k]<-32767) iq_mod_data_q[k] = -32767;
|
||||
end
|
||||
|
||||
foreach (iq_mod_data_i[index])
|
||||
$display("iq_mod_data_i is :%b",iq_mod_data_i[index]);
|
||||
//mux
|
||||
case(mod_mode)
|
||||
2'b00 : wave_mod_out = hilbert_in;
|
||||
2'b01 : wave_mod_out = iq_mod_data_i;
|
||||
2'b10 : wave_mod_out = hilbert_out_q;
|
||||
2'b11 : wave_mod_out = cos_list;
|
||||
endcase
|
||||
|
||||
task readout_awg_rm::wave_amp(
|
||||
logic [15:0] amplitude, //amp[31:16]
|
||||
logic [DATA_WIDTH-1:0] wave_amp_in[NUM_WAY],
|
||||
logic [DATA_WIDTH-1:0] wave_amp_out[NUM_WAY],
|
||||
logic [15:0]time_in,
|
||||
logic [15:0]time_out
|
||||
);
|
||||
time_out = time_in +16'd1;
|
||||
|
||||
logic [DATA_WIDTH*2-1:0]wave_amp_out_temp;
|
||||
for(k=0;k<NUM_WAY-1;k++)begin
|
||||
wave_amp_out_temp = wave_amp_in[k] * amplitude;
|
||||
wave_amp_out[k] = {wave_amp_out_temp[31],wave_amp_out_temp[29:15]};
|
||||
if(wave_amp_out[k]>32767) wave_amp_out[k] = 32767;
|
||||
if(wave_amp_out[k]<-32767) wave_amp_out[k] = -32767;
|
||||
end
|
||||
endtask
|
||||
|
||||
task wave_mix(
|
||||
logic mix_en , //~func_ctrl[2]
|
||||
logic [DATA_WIDTH-1:0] wave_in[NUM_WAY],
|
||||
logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_out,
|
||||
logic [DATA_WIDTH*NUM_WAY-1:0] wave_mix_outb,
|
||||
logic [15:0]time_in,
|
||||
logic [15:0]time_out
|
||||
);
|
||||
if(mix_en)
|
||||
time_out = time_in +16'd1;
|
||||
else
|
||||
time_out = time_in;
|
||||
|
||||
for(k=0;k<NUM_WAY;k++)begin
|
||||
wave_mix_out[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1] = wave_in[k]^{1'b1, {DATA_WIDTH-1{1'b0}}};//unsign to sign
|
||||
end
|
||||
|
||||
if(mix_en)
|
||||
for(k=0;k<NUM_WAY;k++)begin
|
||||
wave_mix_outb[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1] = ~wave_mix_out[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1]+1'b1;//unsign to sign
|
||||
end else
|
||||
for(k=0;k<NUM_WAY;k++)begin
|
||||
wave_mix_outb[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1] = wave_mix_out[k*DATA_WIDTH:(k+1)*DATA_WIDTH-1];
|
||||
end
|
||||
|
||||
foreach (wave_mix_out[index])
|
||||
$display("wave_mix_out is :%b",wave_mix_out[index]);
|
||||
foreach (wave_mix_outb[index])
|
||||
$display("wave_mix_outb is :%b",wave_mix_outb[index]);
|
||||
|
||||
endtask
|
||||
|
||||
`endif
|
||||
Loading…
Reference in New Issue