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@ -3,38 +3,68 @@ import time |
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import threading |
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import threading |
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import serial.tools.list_ports |
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import serial.tools.list_ports |
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info = { 'count':0, |
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info_distance = {'count': 0, |
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'forward_dist':0, |
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'forward_dist': 0, |
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'right_dist':0, |
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'right_dist': 0, |
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'back_dist':0, |
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'back_dist': 0, |
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'left_dist':0, |
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'left_dist': 0, |
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'light':0 } |
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'light': 0} |
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info_sensor = {'count': 0, |
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'temp': 0, |
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'pressure': 0, |
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'humidity': 0, |
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'TVOC': 0, |
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'CO2': 0, |
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'LIGHT': 0} |
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class SerialTread (threading.Thread): |
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class SerialTread (threading.Thread): |
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c = 0 |
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c = 0 |
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def __init__(self, name, counter): |
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def __init__(self, name, counter, module): |
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global class_module |
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threading.Thread.__init__(self) |
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threading.Thread.__init__(self) |
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self.threadID = counter |
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self.threadID = counter |
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self.name = name |
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self.name = name |
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self.counter = counter |
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self.counter = counter |
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class_module = module |
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def run(self): |
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def run(self): |
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while self.c == 0: |
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while self.c == 0: |
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if class_module == 'distance': |
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line = str(ser.readline())[4:-3].split() |
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line = str(ser.readline())[4:-3].split() |
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info['count'] = int(line[0][2:]) |
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info_distance['count'] = int(line[0][2:]) |
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info['forward_dist'] = int(line[1][6:]) |
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info_distance['forward_dist'] = int(line[1][6:]) |
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info['right_dist'] = int(line[2][6:]) |
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info_distance['right_dist'] = int(line[2][6:]) |
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info['back_dist'] = int(line[3][6:]) |
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info_distance['back_dist'] = int(line[3][6:]) |
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info['left_dist'] = int(line[4][6:]) |
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info_distance['left_dist'] = int(line[4][6:]) |
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info['light'] = int(line[5][6:]) |
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info_distance['light'] = int(line[5][6:]) |
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if class_module =='sensor': |
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line = str(ser.readline())[4:-3].split() |
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info_sensor['count'] = int(line[0][2:]) |
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info_sensor['temp'] = float(line[1][2:]) |
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info_sensor['pressure'] = float(line[2][2:]) |
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info_sensor['humidity'] = float(line[3][2:]) |
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info_sensor['TVOC'] = int(line[4][5:]) |
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info_sensor['CO2'] = int(line[5][4:]) |
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info_sensor['light'] = int(line[6][6:]) |
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def join(self): |
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def join(self): |
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self.c = 1 |
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self.c = 1 |
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class TelloModule(): |
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class TelloModule(): |
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def __init__(self, module = 'distance'): |
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def __init__(self, module=''): |
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global serial_port |
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global serial_port |
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global type_module |
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global type_module |
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if module != 'distance' and module != 'sensor': |
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print("Error: Please select \'distance\' or \'sensor\' module.") |
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exit() |
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serial_port = "" |
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serial_port = "" |
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type_module = module |
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type_module = module |
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@ -43,7 +73,8 @@ class TelloModule(): |
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if p.manufacturer == 'SBRICKS': |
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if p.manufacturer == 'SBRICKS': |
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serial_port = p.device |
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serial_port = p.device |
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if serial_port == "": |
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if serial_port == "": |
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print ("Error: SMART BRICKS receiver not found, please insert it into your computer's USB port.") |
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print( |
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"Error: SMART BRICKS receiver not found, please insert it into your computer's USB port.") |
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exit() |
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exit() |
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line = None |
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line = None |
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@ -51,73 +82,107 @@ class TelloModule(): |
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line = ser.readline() |
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line = ser.readline() |
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ser.close() |
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ser.close() |
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if line == b'': |
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if line == b'': |
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print ("Error: module " + module + " not found, please enable it.") |
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print("Error: module \'" + module + |
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"\' not found, please enable it.") |
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exit() |
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exit() |
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def module_init(self): |
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def module_init(self): |
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global t |
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global t |
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global ser |
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global ser |
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t = SerialTread("Thread", 1) |
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t = SerialTread("Thread", 1, type_module) |
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ser = serial.Serial(serial_port, 115200) |
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ser = serial.Serial(serial_port, 115200) |
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ser.readline() |
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ser.readline() |
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if type_module == 'distance': |
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if type_module == 'distance' or type_module == 'sensor': |
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t.start() |
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t.start() |
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time.sleep(1) |
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time.sleep(1) |
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else: |
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else: |
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print ("Error: There is NO module with this name, please select \"distance\".") |
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print("Error: There is NO module with this name, please select \"distance\" or \"sensor\".") |
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exit() |
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def module_deinit(self): |
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def module_deinit(self): |
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if type_module == 'distance': |
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if type_module == 'distance' or type_module == 'sensor': |
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t.join() |
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t.join() |
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type_module == '' |
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type_module == '' |
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else: |
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else: |
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print ("Error: First you need to initialize the module.") |
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print("Error: First you need to initialize the module.") |
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# function for distance: |
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def get_forward_dist(self): |
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def get_forward_dist(self): |
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return info['forward_dist'] |
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return info_distance['forward_dist'] |
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def get_left_dist(self): |
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def get_left_dist(self): |
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return info['left_dist'] |
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return info_distance['left_dist'] |
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def get_right_dist(self): |
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def get_right_dist(self): |
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return info['right_dist'] |
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return info_distance['right_dist'] |
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def get_back_dist(self): |
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def get_back_dist(self): |
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return info['back_dist'] |
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return info_distance['back_dist'] |
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def get_light(self): |
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def get_light(self): |
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return info['light'] |
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if type_module == 'distance': |
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return info_distance['light'] |
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if type_module == 'sensor': |
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return info_sensor['light'] |
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def get_count(self): |
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def get_count(self): |
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return info['count'] |
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if type_module == 'distance': |
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return info_distance['count'] |
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if type_module == 'sensor': |
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return info_sensor['count'] |
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def get_dist(self): |
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def get_dist(self): |
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return [info['forward_dist'], info['right_dist'], info['left_dist'], info['back_dist']] |
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return [info_distance['forward_dist'], info_distance['right_dist'], info_distance['left_dist'], info_distance['back_dist']] |
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# function for sensor: |
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def get_temp(self): |
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return info_sensor['temp'] |
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def get_pressure(self): |
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return info_sensor['pressure'] |
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def get_humidity(self): |
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return info_sensor['humidity'] |
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def get_TVOC(self): |
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return info_sensor['TVOC'] |
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def get_CO2(self): |
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return info_sensor['CO2'] |
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def get_block_dist(self): # count + forward + right + back + left + light |
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def get_block_dist(self): # count + forward + right + back + left + light |
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ser = serial.Serial(serial_port, 115200) |
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ser = serial.Serial(serial_port, 115200) |
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line = str(ser.readline())[4:-3].split() |
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line = str(ser.readline())[4:-3].split() |
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ser.close() |
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ser.close() |
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if line[0][3] == "r" : |
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if line[0][3] == "r": |
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return [int(line[0][6:]), int(line[1][6:]), int(line[2][6:]), int(line[3][6:]), int(line[4][6:]), int(line[5][6:])] |
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return [int(line[0][6:]), int(line[1][6:]), int(line[2][6:]), int(line[3][6:]), int(line[4][6:]), int(line[5][6:])] |
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else: |
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else: |
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return [int(line[0]), int(line[1][6:]), int(line[2][6:]), int(line[3][6:]), int(line[4][6:]), int(line[5][6:])] |
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return [int(line[0]), int(line[1][6:]), int(line[2][6:]), int(line[3][6:]), int(line[4][6:]), int(line[5][6:])] |
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def get_block_sensor(self): # count + temp + pressure + humidity + TVOC + CO2 + LIGHT |
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ser = serial.Serial(serial_port, 115200) |
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line = str(ser.readline())[4:-3].split() |
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ser.close() |
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if line[0][3] == "r": |
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return [int(line[0][6:]), float(line[1][2:]), float(line[2][2:]), float(line[3][2:]), int(line[4][5:]), int(line[5][4:]), int(line[6][6:])] |
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else: |
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return [int(line[0]), float(line[1][2:]), float(line[2][2:]), float(line[3][2:]), int(line[4][5:]), int(line[5][4:]), int(line[6][6:])] |
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if __name__ == "__main__": |
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if __name__ == "__main__": |
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mod = TelloModule() |
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print ("\n -------- Test blocking mode --------- \n") |
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# Select the module under test: distance OR sensor |
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module = 'sensor' |
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mod = TelloModule(module) |
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if module == 'distance': |
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print("\n -------- Test blocking mode --------- \n") |
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for i in range(10): |
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for i in range(10): |
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line = mod.get_block_dist() |
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line = mod.get_block_dist() |
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print ("Test " + str(i) + |
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print("Test " + str(i) + |
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" count = " + str(line[0]) + |
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" count = " + str(line[0]) + |
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" forward = " + str(line[1]) + |
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" forward = " + str(line[1]) + |
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" right = " + str(line[2]) + |
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" right = " + str(line[2]) + |
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@ -125,10 +190,10 @@ if __name__ == "__main__": |
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" left = " + str(line[4]) + |
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" left = " + str(line[4]) + |
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" light = " + str(line[5])) |
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" light = " + str(line[5])) |
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print ("\n ------ Test NON Blocking mode ------- \n") |
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print("\n ------ Test NON Blocking mode ------- \n") |
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mod.module_init() |
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mod.module_init() |
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for i in range(10): |
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for i in range(10): |
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print ("Test " + str(i) + |
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print("Test " + str(i) + |
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" count = " + str(mod.get_count()) + |
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" count = " + str(mod.get_count()) + |
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" forward = " + str(mod.get_forward_dist()) + |
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" forward = " + str(mod.get_forward_dist()) + |
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" right = " + str(mod.get_right_dist()) + |
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" right = " + str(mod.get_right_dist()) + |
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@ -138,6 +203,35 @@ if __name__ == "__main__": |
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time.sleep(0.5) |
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time.sleep(0.5) |
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mod.module_deinit() |
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mod.module_deinit() |
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print ("\n ------------ Finish Test ------------ \n") |
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print("\n ------------ Finish Test ------------ \n") |
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elif module == 'sensor': |
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print("\n -------- Test blocking mode --------- \n") |
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for i in range(10): |
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line = mod.get_block_sensor() |
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print("Test " + str(i) + |
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" count = " + str(line[0]) + |
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" temp = " + str(line[1]) + |
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" pressure = " + str(line[2]) + |
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" humidity = " + str(line[3]) + |
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" TVOC = " + str(line[4]) + |
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" CO2 = " + str(line[5]) + |
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" light = " + str(line[6])) |
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print("\n ------ Test NON Blocking mode ------- \n") |
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mod.module_init() |
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for i in range(10): |
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print("Test " + str(i) + |
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" count = " + str(mod.get_count()) + |
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" temp = " + str(mod.get_temp()) + |
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" pressure = " + str(mod.get_pressure()) + |
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" humidity = " + str(mod.get_humidity()) + |
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" TVOC = " + str(mod.get_TVOC()) + |
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" CO2 = " + str(mod.get_CO2()) + |
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" light = " + str(mod.get_light())) |
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time.sleep(0.5) |
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mod.module_deinit() |
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print("\n ------------ Finish Test ------------ \n") |
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else: |
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print("ERROR: Select the module under test: distance OR sensor.") |
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