def parsing_file(file_name):
f = open(file_name, "r")
rssi = "rss"
fp_loc = "fp"
ts = "timestamp"
m_loc = "robots"
output = {}
output[rssi] = {}
output[fp_loc] = {}
output[ts] = {}
output[m_loc] = {}
sess_id = ""
for line in f:
line = line.replace("\"", "")
line = line.strip()
line = line.split(",")
sess_id = line[1].strip()
if output[rssi].get(sess_id, None) == None:
output[rssi][sess_id] = []
output[rssi][sess_id].append(line[2].strip())
if output[fp_loc].get(sess_id, None) == None:
output[fp_loc][sess_id] = []
output[fp_loc][sess_id].append(fixed_point(line[3].strip()))
if output[ts].get(sess_id, None) == None:
output[ts][sess_id] = []
output[ts][sess_id].append(line[4].strip())
if output[m_loc].get(sess_id, None) == None:
output[m_loc][sess_id] = []
output[m_loc][sess_id] = (int(line[6].strip()), int(line[7].strip()))
print output
return output
def parsing_file(file_name):
f = open(file_name, "r")
rssi = "rss"
fp_loc = "fp"
ts = "timestamp"
m_loc = "robots"
output = {}
output[rssi] = {}
output[fp_loc] = {}
output[ts] = {}
output[m_loc] = {}
sess_id = ""
for line in f:
line = line.replace("\"", "")
line = line.strip()
line = line.split(",")
sess_id = line[1].strip()
if output[rssi].get(sess_id, None) == None:
output[rssi][sess_id] = []
output[rssi][sess_id].append(line[2].strip())
if output[fp_loc].get(sess_id, None) == None:
output[fp_loc][sess_id] = []
output[fp_loc][sess_id].append(fixed_point(line[3].strip()))
if output[ts].get(sess_id, None) == None:
output[ts][sess_id] = []
output[ts][sess_id].append(line[4].strip())
if output[m_loc].get(sess_id, None) == None:
output[m_loc][sess_id] = []
output[m_loc][sess_id] = (int(line[6].strip()), int(line[7].strip()))
print output
return output
from func import get_alpha, get_radius, get_area, get_distance
from fp import fixed_point
import csv
f = open("rssi_values (2).csv")
lst_p = []
lst_r = []
for line in f:
lst_p.append(line[2])
loc = fixed_point(line[3])
lst_r.append(get_distance(loc[0], loc[1], int(line[6]), int(line[7])))
lst = zip(lst_p, lst_r)
lst = sorted(lst, key=lambda tup:tup[0], reverse=True)
lst = lst[0:3]
lst = zip(*lst)
lst_p = lst[0]
lst_r = lst[1]
print get_alpha(lst_p, lst_r)