lines1 = tuple(open(time.strftime('Download/Solar-TILT_ANGLE%m-%d-%Y.txt'), "r"))
fileRav = open(time.strftime('Tilt_R_av.txt'), "w+")
fileRn = open(time.strftime('Tilt_R_n.txt'), "w+")
fileRs = open(time.strftime('Tilt_R_s.txt'), "w+")
fileLav = open(time.strftime('Tilt_L_av.txt'), "w+")
fileLn = open(time.strftime('Tilt_L_n.txt'), "w+")
fileLs = open(time.strftime('Tilt_L_s.txt'), "w+")
#splitto in colonne le varie righe
for j in range(len(lines1)-1):
sline = lines1[j].split()
year = int(sline[2][0]+sline[2][1]+sline[2][2]+sline[2][3])
month = int(sline[2][5]+sline[2][6])
day = int(sline[2][8]+sline[2][9])
print(str(g2j(year,month,day)))
a = str(g2j(year,month,day))
fileRav.write(a + " " + sline[4] + "\n")
fileRn.write(a + " " + sline[5] + "\n")
fileRs.write(a + " " + sline[6] + "\n")
fileLav.write(a + " " + sline[7] + "\n")
fileLn.write(a + " " + sline[8] + "\n")
fileLs.write(a + " " + sline[9] + "\n")
#chiudo e salvo file
f.close()
fileRav.close()
fileRn.close()
fileRs.close()
fileLav.close()
fileLn.close()
fileLs.close()
print(n1)
print(n2)
#per evitare spazi indesiderati iniziali
file = open(('INVK.txt'), "a")
for j in range(n2, n1):
sline = lines1[j].split()
#print(lines1[j][0]+lines1[j][1]+lines1[j][2]+lines1[j][3])
if len(sline) == 2:
year = int(lines1[j][0] + lines1[j][1] + lines1[j][2] + lines1[j][3])
month = int(lines1[j][5] + lines1[j][6])
day = int(lines1[j][8] + lines1[j][9])
value = sline[1][9]
for i in range(10, len(sline[1])):
value += sline[1][i]
#print(str(g2j(year,month,day)))
a = str(g2j(year, month, day))
file.write(a + " " + value + "\n")
if len(sline) != 2:
year = int(lines1[j][0] + lines1[j][1] + lines1[j][2] + lines1[j][3])
month = int(lines1[j][5] + lines1[j][6])
day = int(lines1[j][8] + lines1[j][9])
#print(str(g2j(year,month,day)))
a = str(g2j(year, month, day))
file.write(a + " " + sline[2] + "\n")
#chiudo e salvo file
file.close()
#-----------KERG----
KERG = "http://www.nmdb.eu/nest/draw_graph.php?formchk=1&stations[]=KERG&tabchoice=1h&dtype=corr_for_efficiency&tresolution=43200&yunits=0&date_choice=bydate&start_day=1&start_month=1&start_year=1960&start_hour=0&start_min=0&end_day=4&end_month=12&end_year=2019&end_hour=23&end_min=59&output=ascii"
year = str(now.year)
if lines1[i] == "\n":
n1 -= 1
if n2 != 0:
for i in range(n2):
if lines2[i] == "\n":
n2 -= 1
print(n1)
print(n2)
#per evitare spazi indesiderati iniziali
file = open(path, "a")
for j in range(n2, n1):
sline = lines1[j].split()
if len(sline) == 2:
year = int(lines1[j][0] + lines1[j][1] + lines1[j][2] +
lines1[j][3])
month = int(lines1[j][5] + lines1[j][6])
day = int(lines1[j][8] + lines1[j][9])
value = sline[1][9]
for i in range(10, len(sline[1])):
value += sline[1][i]
a = str(g2j(year, month, day))
file.write(a + " " + value + "\n")
if len(sline) != 2:
year = int(lines1[j][0] + lines1[j][1] + lines1[j][2] +
lines1[j][3])
month = int(lines1[j][5] + lines1[j][6])
day = int(lines1[j][8] + lines1[j][9])
a = str(g2j(year, month, day))
file.write(a + " " + sline[2] + "\n")