Delete pipeline.py

pipeline.py

-'''
-data : 2021_10_22
-function : pipeline for IO and CPU
-'''
-import threading
-import queue
-import udp
-from xy_extract import *
-from xy_plot import *
-from motionflag import *
-
-flen, blen, slen = 100, 1000, 500  # 100滤波前摇+1000投影+100滤波后摇 = 1200CSI，每次进入500CSI
-thr = 0.45
-
-
-def IO_udp(csi_queue: queue.Queue):
-    # 初始化
-    print('task io_udp is starting...')
-    try:
-        counter = 0
-        start_flag = True  # 控制接受1200包（启动时间）还是接受500的包（正常工作）
-        tfi = int((2 * flen + blen) / 100)  # 启动时间
-        raw_CSI = np.zeros((3, 30, 2 * flen + blen), dtype=complex)  # 一个csi.deque元素，3*30*1200
-        store_CSI = np.zeros((3, 30, 2 * flen + blen - slen), dtype=complex)  # 承载队列更新工作, 3*30*700
-        s = udp.udp_init(5563)  # create a udp handle 指定端口
-        # 不断接受udp包
-        while True:
-            data, _ = udp.recv(s)  # receive a udp socket
-            Info = []
-            for i in range(1, len(data)):
-                Info.append(data[i])  # decode csi from udp
-            CSI = read_one(Info)  # print(CSI.shape) (3, 30, 1)
-
-            # 获取raw_csi
-            if start_flag:  # 启动时间：填满CSI整个队列
-                raw_CSI[:, :, counter] = CSI[:, :, 0]
-                counter += 1
-                # 填满后
-                if counter == 1200:
-                    csi_queue.put(raw_CSI)  # 入队
-                    counter = 0  # 计数器归零
-                    store_CSI = raw_CSI[:, :, slen:]  # 丢弃0:slen所有包
-                    start_flag = False  # 启动完毕
-                # 启动报时
-                if counter % 100 == 0:
-                    print('初始启动时间总计{}s: 当前{}s'.format(tfi, counter / 100))
-            else:  # 工作时间
-                # 更新raw_CSI 后slen个包 之前的所有包
-                if counter == 0:
-                    raw_CSI[:, :, :-slen] = store_CSI
-                # 更新raw_CSI的 最后slen个包
-                raw_CSI[:, :, store_CSI.shape[2] + counter] = CSI[:, :, 0]
-                counter += 1
-                if counter == slen:  # 本轮更新结束
-                    print(threading.current_thread().name, ": csi.queue.size=", csi_queue.qsize())
-                    csi_queue.put(raw_CSI)  # 入队
-                    counter = 0  # 计数器归零
-                    store_CSI = raw_CSI[:, :, slen:]  # 丢弃0：slen所有包
-    except KeyboardInterrupt:
-        udp.close(s)  # close udp
-
-
-def CPU_extract(csi_queue: queue.Queue, wave_queue: queue.Queue):
-    print('task cpu_extract is starting...')
-    his = 0
-    while True:
-        raw_CSI = csi_queue.get()
-        print(threading.current_thread().name, ": csi.queue.size=", csi_queue.qsize())
-        flag = motion_detect(raw_CSI[:, :, -slen:], thr)
-        if flag:
-            wave = extract(raw_CSI, his)
-        else:  # 如果检测到突发性大动作
-            oc = np.random.randn(slen) / 10000
-            oc = (oc - (oc[0] - his))
-            rpm = 0
-            wave = [list(oc), rpm]
-        his = wave[0][-1]
-        wave_queue.put(wave)
-
-
-def CPU_plot(wave_queue: queue.Queue):
-    try:
-        print('task cpu_plot is starting...')
-        f = Display()  # initialize the realview procedure
-        f.display()
-        while True:
-            wave = wave_queue.get()
-            print(threading.current_thread().name, ": wave.queue.size=", wave_queue.qsize())
-            for i in range(slen):
-                f.push([wave[0][i], wave[1]])
-                time.sleep(0.005)
-    except RuntimeError:
-        f = f.stop()
-        print('task cpu_plot is starting...')
-        f = Display()  # initialize the realview procedure
-        f.display()
-        while True:
-            wave = wave_queue.get()
-            print(threading.current_thread().name, ": wave.queue.size=", wave_queue.qsize())
-            for i in range(slen):
-                f.push([wave[0][i], wave[1]])
-                time.sleep(0.005)
-
-def real_camera():
-    print('task camera is starting...')
-    import camera
-
-
-if __name__ == "__main__":
-    csi_queue = queue.Queue()
-    wave_queue = queue.Queue()
-    t_io = threading.Thread(target=IO_udp, args=(csi_queue,), name="IO_udp")
-    t_extract = threading.Thread(target=CPU_extract, args=(csi_queue, wave_queue), name="CPU_extract")
-    t_plot = threading.Thread(target=CPU_plot, args=(wave_queue,), name="CPU_plot")
-    t_camera = threading.Thread(target=real_camera)
-
-    t_io.start()
-    t_extract.start()
-    t_plot.start()
-    t_camera.start()
-