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How to use setup_forward method in Airtest

Best Python code snippet using Airtest

sw_4014.py

Source:sw_4014.py

...13# 2 2 1 1 1 1 1 1 114# 2 2 1 1 1 1 1 1 115# 2 2 2 2 2 2 1 1 116# 3 3 3 3 2 2 2 2 117def setup_forward(i,j,next_height):18    global X19    global setup_check20    j=j21    check = True22    for x in range(X):23        if j+x < N and MAP[i][j+x] == next_height and setup_check[j+x] == False:24            setup_check[j+x] = True25            continue26        else:27            check = False28    return check29def setup_backward(i,j,cur_height):30    global X31    global setup_check32    j=j33    check = True34    for x in range(X):35        if 0 <= j-x and MAP[i][j-x] == cur_height and setup_check[j-x] == False:36            setup_check[j - x] = True37            continue38        else:39            check = False40            break41    return check42def simulate():43    global ans44    global X45    global MAP46    global setup_check47    #ê°ë¡ë°©í¥48    c = 049    for i in range(N):50        # print(MAP[i])51        setup_check = [False] * N52        cur_hight = MAP[i][0]53        j=154        while(True):55            if j == N:56                # print("íµê³¼~")57                c+=158                break59            next_hight = MAP[i][j]60            if abs(cur_hight-next_hight) > 1:61                break62            elif abs(cur_hight-next_hight) == 0:63                j += 164            elif abs(cur_hight-next_hight) == 1: # ëì´ì°¨ì´ 1~65                if cur_hight < next_hight:66                    # ë¤ë¡ ì¤ë¥´ë§ê¸¸ ì¤ì¹67                    if setup_backward(i, j-1, cur_hight):68                        cur_hight = next_hight69                        j += 170                    else:71                        break72                elif cur_hight > next_hight:73                    # ìì¼ë¡ ë´ë¦¬ë§ê¸¸ ì¤ì¹74                    if setup_forward(i, j, next_hight):75                        cur_hight = next_hight76                        j += 177                    else:78                        break79    MAP = list(zip(*MAP))80    for i in range(N):81        # print(MAP[i])82        setup_check = [False] * N83        cur_hight = MAP[i][0]84        j=185        while(True):86            if j == N:87                # print("íµê³¼~")88                c+=189                break90            next_hight = MAP[i][j]91            if abs(cur_hight-next_hight) > 1:92                break93            elif abs(cur_hight-next_hight) == 0:94                j += 195            elif abs(cur_hight-next_hight) == 1: # ëì´ì°¨ì´ 1~96                if cur_hight < next_hight:97                    # ë¤ë¡ ì¤ë¥´ë§ê¸¸ ì¤ì¹98                    if setup_backward(i, j-1, cur_hight):99                        cur_hight = next_hight100                        j += 1101                    else:102                        break103                elif cur_hight > next_hight:104                    # ìì¼ë¡ ë´ë¦¬ë§ê¸¸ ì¤ì¹105                    if setup_forward(i, j, next_hight):106                        cur_hight = next_hight107                        j += 1108                    else:109                        break110    ans = c111for t in range(1,T+1):112    N,X = list(map(int,input().split()))113    MAP = [list(map(int,input().split())) for _ in range(N)]114    setup_check = [False] * N115    ans = 0116    simulate()117    print("#",end="")...

medicine_tray.py

Source:medicine_tray.py

...4import json5config_file = open("../../config.json", 'r')6configuration = json.loads(config_file.read())["medicine_tray"]7print(configuration)8def setup_forward():9	# setting up the RaspberryPi modes10	gpio.setwarnings(False)  # Ignore warning for now11	gpio.setmode(gpio.BCM)  # Use physical pin numbering12	# setting up the motor 113	gpio.setup(configuration['motor_1_direction_pin'], gpio.OUT)14	gpio.setup(configuration['motor_1_step_pin'], gpio.OUT)15	gpio.output(configuration['motor_1_direction_pin'], configuration["direction_left"])16def setup_backward():17	# setting up the RaspberryPi modes18	gpio.setwarnings(False)  # Ignore warning for now19	gpio.setmode(gpio.BCM)  # Use physical pin numbering20	# setting up the motor 121	gpio.setup(configuration['motor_1_direction_pin'], gpio.OUT)22	gpio.setup(configuration['motor_1_step_pin'], gpio.OUT)23	gpio.output(configuration['motor_1_direction_pin'], configuration["direction_right"])24def motor_rotate():25	gpio.output(configuration['motor_1_step_pin'], gpio.HIGH)26	sleep(.001)27	gpio.output(configuration['motor_1_step_pin'], gpio.LOW)28	sleep(.001)29def cleanup():30	gpio.cleanup()31def run_program(steps, direction):32	if direction == 'forward':33		setup_forward()34	if direction == 'backward':35		setup_backward()36	print("setup completed")37	counter = 038	while counter < steps:39		motor_rotate()40		counter += 1...

make_bem_sol.py

Source:make_bem_sol.py

1from __future__ import print_function2import subprocess3import os4from my_settings import *5# subject = sys.argv[1]6cmd = "/usr/local/common/meeg-cfin/configurations/bin/submit_to_isis"7os.environ["SUBJECTS_DIR"] = subjects_dir8subjects = ["0008", "0009", "0010", "0011", "0012", "0013",9            "0014", "0015", "0016", "0017", "0018", "0019", "0020",10            "0021", "0022"]11for subject in subjects:12    setup_forward = "mne_setup_forward_model --subject %s --surf --ico -6" % (13        subject)...

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