pyuwb 0.0.3

A uwb locating library

pyuwb

python sdk for dw1000 uwb locating library.

how to install

pip install pyuwb

definition：

client_id: device sn，format:{group_id}-{type_id}-{client_no} a string.eg:1-2-4. where: group_id: fixed 1. type_id: 1--key anchor(connect to computer). 2--normal anchor. 3 --tag client_no: client NO. start from 0.

get distance:

from pyuwb import uwb
h=uwb()
#conect to serial
h.connect()
# set device list
h.set_device(tag_no_list=[1], anchor_no_list=[0])
# get distance of two device using the device client_id
dist_meter = h.get_distance('1-3-1', '1-2-0')
print('distance between 1-3-1 & 1-2-0', dist_meter,'meter')

locating example 1:

from pyuwb import uwb
h=uwb()
#conect to serial
h.connect(com_port="COM3") #set to None will auto-detect the port
# set device list
h.set_device(tag_no_list=[1,2], anchor_no_list=[0,1,2,3])
# locating the anchor using themself
anchor_pos_list = h.locate_anchor()
# print the located anchor pos
print(anchor_pos_list)
# start tag locating once
located_tag_pos = h.start_locate_once()
print('located_tag_pos:', located_tag_pos)

locating example 2:

from pyuwb import uwb
h=uwb()
h.connect(com_port="COM3") #set to None will auto-detect the port
# auto-detect the device nearby. if you don't know the device_no, you can use this instead of set_device
h.detect_device()
# set anchor position.  you could use this instead of locate_anchor() if you know the anchor exact pos.
anchor_pos_list = [{'client_id': '1-2-0', 'pos': {'x': 0, 'y': 5.5, 'z': 0.5}},
                       {'client_id': '1-2-1', 'pos': {'x': 0, 'y': 0, 'z': 1.1}},
                       {'client_id': '1-2-2', 'pos': {'x': 2.67, 'y': -0.33, 'z': 0.5}},
                       {'client_id': '1-2-3', 'pos': {'x': 4.03, 'y': 5.47, 'z': 1.1},
                       }]
h.set_anchor_location(anchor_pos_list)

def function_to_call(tag_no,dist, pos):
	# this function will be called everytime one tag is located successfully
	print('function_to_call', tag_no,pos, dist)
# set callback
h.set_pos_callback(function_to_call)

# start and wait for 10-seconds
h.set_to_start()
t1=time.time()

while time.time()-t1<10:
	h.locate_loop()
# stop the continuous measure
h.stop_measure_h()

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