def call_process(f, date):
# print("File is",f)
runF = open(f, "r")
#runF=open("p_spec_runs.txt","r")
#r_in=runF.readlines()
r_in = runF.read().splitlines()
rn = []
for line in r_in:
rn.append(line)
par_array = read_par_file.make_par_array(date)
step_size = read_par_file.read_header(date)
f0 = []
# lists to fill
p_uns = []
f_uns = []
f0_uns = []
fs_uns = []
del_uns = []
var_uns = []
wf = []
wp = []
n_ss = 160
#Call functions to process data and fill lists
for i in range(0, n_ss):
print("Processing", rn[i])
ls = process(
rn[i], date,
[float(par_array[i][1]),
float(par_array[i][2]), step_size])
p_uns.append(ls[5])
f0_uns.append(ls[2])
f_uns.append(ls[0])
fs_uns.append(ls[3])
del_uns.append(ls[7])
var_uns.append(ls[8])
#print(len(ls[1]))
del ls
f_start = [item[0] for item in f_uns]
s_ind = np.argsort(f_start)
f = sort_from_indexes(s_ind, f_uns)
f = np.around(f, decimals=7)
p = sort_from_indexes(s_ind, p_uns)
f0 = sort_from_indexes(s_ind, f0_uns)
fs = sort_from_indexes(s_ind, fs_uns)
del_s = sort_from_indexes(s_ind, del_uns)
var_s = sort_from_indexes(s_ind, var_uns)
return [f, p, f0, fs, del_s, var_s]
def call_process(f,date):
# print("File is",f)
runF=open(f,"r")
#runF=open("p_spec_runs.txt","r")
#r_in=runF.readlines()
r_in=runF.read().splitlines()
rn=[]
for line in r_in:
rn.append(line)
par_array=read_par_file.make_par_array(date)
step_size=read_par_file.read_header(date)
f0=[]
# lists to fill
p_uns=[]
f_uns=[]
f0_uns=[]
fs_uns=[]
del_uns=[]
var_uns=[]
wf=[]
wp=[]
n_ss=160
#Call functions to process data and fill lists
for i in range (0,n_ss):
print("Processing",rn[i])
ls=process(rn[i],date,[float(par_array[i][1]),float(par_array[i][2]),step_size])
p_uns.append(ls[5])
f0_uns.append(ls[2])
f_uns.append(ls[0])
fs_uns.append(ls[3])
del_uns.append(ls[7])
var_uns.append(ls[8])
#print(len(ls[1]))
del ls
f_start=[item[0] for item in f_uns ]
s_ind=np.argsort(f_start)
f=sort_from_indexes(s_ind,f_uns)
f=np.around(f,decimals=7)
p=sort_from_indexes(s_ind,p_uns)
f0=sort_from_indexes(s_ind,f0_uns)
fs=sort_from_indexes(s_ind,fs_uns)
del_s=sort_from_indexes(s_ind,del_uns)
var_s=sort_from_indexes(s_ind,var_uns)
return [f,p,f0,fs,del_s,var_s]
def call_process(f):
runF=open(f,"r")
#runF=open("p_spec_runs.txt","r")
r_in=runF.readlines()
rn=list(map(int,r_in))
f0=[]
# lists to fill
p_uns=[]
f_uns=[]
f0_uns=[]
fs_uns=[]
del_uns=[]
var_uns=[]
wf=[]
wp=[]
n_ss=len(rn)
#n_ss=25
#Call functions to process data and fill lists
for i in range (0,n_ss):
print("Processing",rn[i])
ls=process(rn[i])
p_uns.append(ls[5])
f0_uns.append(ls[2])
f_uns.append(ls[0])
fs_uns.append(ls[3])
del_uns.append(ls[7])
var_uns.append(ls[8])
#print(len(ls[1]))
del ls
f_start=[item[0] for item in f_uns ]
s_ind=np.argsort(f_start)
f=sort_from_indexes(s_ind,f_uns)
f=np.around(f,decimals=7)
p=sort_from_indexes(s_ind,p_uns)
f0=sort_from_indexes(s_ind,f0_uns)
fs=sort_from_indexes(s_ind,fs_uns)
del_s=sort_from_indexes(s_ind,del_uns)
var_s=sort_from_indexes(s_ind,var_uns)
return [f,p,f0,fs,del_s,var_s]
f0=[]
# lists to fill
p_uns=[]
f_uns=[]
f0_uns=[]
fs_uns=[]
del_uns=[]
var_uns=[]
wf=[]
wp=[]
n_ss=len(rn)
#n_ss=25
#Call functions to process data and fill lists
for i in range (0,n_ss):
print("Processing",rn[i])
ls=process(rn[i])
p_uns.append(ls[5])
f0_uns.append(ls[2])
f_uns.append(ls[0])
fs_uns.append(ls[3])
del_uns.append(ls[7])
var_uns.append(ls[8])
#print(len(ls[1]))
del ls
f_start=[item[0] for item in f_uns ]
s_ind=np.argsort(f_start)
f=sort_from_indexes(s_ind,f_uns)
f=np.around(f,decimals=7)
p=sort_from_indexes(s_ind,p_uns)
f0=sort_from_indexes(s_ind,f0_uns)
fs=sort_from_indexes(s_ind,fs_uns)
import numpy as np
import matplotlib.pyplot as plt
from process_spectra import process
rn = [
201507310008, 201507310016, 201507310023, 201507310030, 201507310037,
201507310044, 201507310051, 201507310059, 201507310066
]
f0 = []
# lists to fill
p = []
f = []
wf = []
wp = []
n_ss = len(rn)
#n_ss=7
#fill frequncy list with sequential steps
#fill power with random gaussian noise or artificial peak at 5.723968... GHz
for i in range(0, n_ss):
ls = process(rn[i])
f0.append(ls[2])
del ls
x = np.linspace(0, len(f0), len(f0))
plt.plot(x, f0, 'ro')
plt.show()