def ice23(lstData, Num):
"""write data from block =23 to list of lists"""
from Functions import DataToLists, ObjectNumCheck
# copypaste DataICE22
lstDataIce23_1, lstDataIce23_2 = [], []
for x in range(0, 22, 1):
lstDataIce23_1.append([])
lstDataIce23_2.append([])
for y in range(0, Num, 1):
lstDataIce23_1[x].append('-')
lstDataIce23_2[x].append('-')
# Searching cycle begin
for i in range(0, len(lstData), 1):
# Needed numbers are next to string
if type(lstData[i]) == str:
# Looking for full block =23 with data
if lstData[i] == '=23' and lstData[i+1] != "-":
# and data for 1 ice object
if ObjectNumCheck(lstData, i) == 1:
DataToLists(lstData, i, *lstDataIce23_1)
# and data for 1 ice object
if ObjectNumCheck(lstData, i) == 2:
DataToLists(lstData, i, *lstDataIce23_2)
return lstDataIce23_1, lstDataIce23_2
def ice21(lstData, Num):
""" Write ice data after blocks =21, =25 into lists.
Its always have constant amount of parts
unlike =22,=23,=24"""
from Functions import DataToLists, ObjectNumCheck
lstIceTime1, lstIceVis1, lstIceWDir1, lstIceWSpd1, \
lstIceTa1, lstIceTw1 = [], [], [], [], [], [],
lstChar11, lstChar12, lstChar13, lstChar14, lstChar15, \
lstChar16 = [], [], [], [], [], []
lstIceTime2, lstIceVis2, lstIceWDir2, lstIceWSpd2, \
lstIceTa2, lstIceTw2 = [], [], [], [], [], []
lstChar21, lstChar22, lstChar23, lstChar24, lstChar25, \
lstChar26 = [], [], [], [], [], []
for L in (lstIceTime1, lstIceVis1, lstIceWDir1, lstIceWSpd1, lstIceTa1,
lstIceTw1, lstIceTime2, lstIceVis2, lstIceWDir2, lstIceWSpd2,
lstIceTa2, lstIceTw2, lstChar11, lstChar12, lstChar13, lstChar14,
lstChar15, lstChar16, lstChar21, lstChar22, lstChar23, lstChar24,
lstChar25, lstChar26):
for n in range(0, Num, 1):
L.append('-')
for i in range(0, len(lstData), 1): # Searching cycle begin
if type(lstData[i]) == str: # Needed numbers are next to string
if lstData[i] == '=21' and lstData[
i + 1] != "-": # Looking for full block =21 with data
if ObjectNumCheck(lstData,
i) == 1: # and data for 1 ice object
DataToLists(lstData, i, lstIceTime1, lstIceVis1,
lstIceWDir1, lstIceWSpd1, lstIceTa1, lstIceTw1)
elif ObjectNumCheck(lstData,
i) == 2: # and data for 2 ice object
DataToLists(lstData, i, lstIceTime2, lstIceVis2,
lstIceWDir2, lstIceWSpd2, lstIceTa2, lstIceTw2)
if lstData[i] == '=25': # Looking for full block =21 with data
if ObjectNumCheck(lstData,
i) == 1: # and data for 1 ice object
DataToLists(lstData, i, lstChar11, lstChar12, lstChar13,
lstChar14, lstChar15, lstChar16)
elif ObjectNumCheck(lstData,
i) == 2: # and data for 2 ice object
DataToLists(lstData, i, lstChar21, lstChar22, lstChar23,
lstChar24, lstChar25, lstChar26)
return lstIceTime1, lstIceVis1, lstIceWDir1, lstIceWSpd1, \
lstIceTa1, lstIceTw1, lstIceTime2, lstIceVis2, \
lstIceWDir2, lstIceWSpd2, lstIceTa2, lstIceTw2,\
lstChar11, lstChar12, lstChar13, lstChar14, lstChar15,\
lstChar16, lstChar21, lstChar22, lstChar23, lstChar24, \
lstChar25, lstChar26
def hour_levels(lstData, Num):
'''Extracting hour-levels'''
from Functions import DayHour24, BlockIdx, DataToLists
lstHourLvls = []
lstMaxTime, lstMaxLvl, lstMinTime, lstMinLvl = [], [], [], []
lstHiUpTime, lstHiUpLvl, lstHiDwTime, lstHiDwLvl, lstLowHiTime, \
lstLowHiLvl, lstLowDwTime, lstLowDwLvl = [], [], [], [], [], [], [], []
# create list exclusively for hour-levels
for n in range(0, 24*Num, 1):
lstHourLvls.append('-')
for L in (lstMaxTime, lstMaxLvl, lstMinTime, lstMinLvl, lstHiUpTime,
lstHiUpLvl, lstHiDwTime, lstHiDwLvl, lstLowHiTime,
lstLowHiLvl, lstLowDwTime, lstLowDwLvl):
for n in range(0, Num, 1):
L.append('-')
# Searching cycle begins
for i in range(0, len(lstData), 1):
# Needed numbers are next to string
if type(lstData[i]) == str:
# Hour-levels search
if BlockIdx(lstData[i]) == 7:
z = 0
while z < 24:
if str(lstData[i+z+1])[0:2] == '((':
break
if type(lstData[i+z+1]) == int:
lstHourLvls[DayHour24(lstData, i)+z] = lstData[i+z+1]
z += 1
# Max and min for a day
if BlockIdx(lstData[i]) == 8:
DataToLists(lstData, i, lstMaxTime, lstMaxLvl, lstMinTime, lstMinLvl)
# Extremums of daily sea levels
if BlockIdx(lstData[i]) == 9:
DataToLists(lstData, i, lstHiUpTime, lstHiUpLvl,
lstHiDwTime, lstHiDwLvl, lstLowHiTime,
lstLowHiLvl, lstLowDwTime, lstLowDwLvl)
return lstHourLvls, lstMaxTime, lstMaxLvl, lstMinTime, lstMinLvl, \
lstHiUpTime, lstHiUpLvl, lstHiDwTime, lstHiDwLvl, lstLowHiTime, \
lstLowHiLvl, lstLowDwTime, lstLowDwLvl
def ice22(lstData, Num):
"""Write data from block =22 to list of lists"""
from Functions import DataToLists, ObjectNumCheck
lstDataIce22_1, lstDataIce22_2 = [], []
# yeah, don't wanna manually write vars, cycles is better this time
for x in range(0, 19, 1):
lstDataIce22_1.append([])
lstDataIce22_2.append([])
for y in range(0, Num, 1):
lstDataIce22_1[x].append('-')
lstDataIce22_2[x].append('-')
for i in range(0, len(lstData), 1): # Searching cycle begin
if type(lstData[i]) == str: # Needed numbers are next to string
if lstData[i] == '=22' and lstData[
i + 1] != "-": # Looking for full block =22 with data
if ObjectNumCheck(lstData,
i) == 1: # and data for 1 ice object
DataToLists(lstData, i, *lstDataIce22_1)
if ObjectNumCheck(lstData,
i) == 2: # and data for 1 ice object
DataToLists(lstData, i, *lstDataIce22_2)
return lstDataIce22_1, lstDataIce22_2
def ice26(lstData, Num):
"""write data from blocks =26 and = 27 to list of lists"""
from Functions import DataToLists, ObjectNumCheck
lstDataIce26_1, lstDataIce26_2 = [], []
lstDataIce27_1, lstDataIce27_2 = [], []
for x in range(0, 6, 1):
lstDataIce26_1.append([])
lstDataIce26_2.append([])
lstDataIce27_1.append([])
lstDataIce27_2.append([])
for y in range(0, Num, 1):
lstDataIce26_1[x].append('-')
lstDataIce26_2[x].append('-')
lstDataIce27_1[x].append('-')
lstDataIce27_2[x].append('-')
# Searching cycle begin
for i in range(0, len(lstData), 1):
# Needed numbers are next to string
if type(lstData[i]) == str:
# Looking for full block =21 with data
if lstData[i] == '=26' and lstData[i + 1] != "-":
# data for 1 ice object
if ObjectNumCheck(lstData, i) == 1:
DataToLists(lstData, i, *lstDataIce26_1)
# data for 2 ice object
elif ObjectNumCheck(lstData, i) == 2:
DataToLists(lstData, i, *lstDataIce26_2)
# Looking for full block =21 with data
if lstData[i] == '=27' and lstData[i + 1] != "-":
# data for 1 ice object
if ObjectNumCheck(lstData, i) == 1:
DataToLists(lstData, i, *lstDataIce27_1)
# data for 2 ice object
elif ObjectNumCheck(lstData, i) == 2:
DataToLists(lstData, i, *lstDataIce27_2)
return lstDataIce26_1, lstDataIce26_2, lstDataIce27_1, lstDataIce27_2
def data_hy_met(lstData, Num):
"""Search through lstData for values in blocks = 01, =02, =03
Return as tuple"""
from Functions import DataToLists, BlockIdx
# Creating 'empty' lists to write in later
lstVis, lstWeath, lstWDir, lstWSpd, \
lstWGst, lstTemp, lstLevels = [], [], [], [], [], [], []
lstAirTemp, lstAirTempWet, lstPres, \
lstFullCld, lstLowCld, lstHmdt = [], [], [], [], [], []
lstWaveType, lstWaveDirM, lstWaveDirS, \
lstWaveHav, lstWaveHmx, lstWavePer, lstWaveLen = [], [], [], [], [], [], []
for L in (
lstVis, lstWeath, lstWDir, lstWSpd, lstWGst, lstTemp, lstLevels,
lstAirTemp, lstAirTempWet, lstPres, lstFullCld, lstLowCld, lstHmdt,
lstWaveType, lstWaveDirM, lstWaveDirS, lstWaveHav, lstWaveHmx,
lstWavePer,
lstWaveLen): # Filling list with '-' to write data correctly later
for n in range(0, 4 * Num, 1):
L.append('-')
for i in range(0, len(lstData), 1): # Searching cycle begins
if type(lstData[i]) == str: # Needed numbers are next to string
# Looking for full block =01 with data
if BlockIdx(lstData[i]) == 1 and lstData[i + 1] != "-":
DataToLists(lstData, i, lstVis, lstWeath, lstWDir, lstWSpd,
lstWGst, lstTemp, lstLevels)
# Looking for full block =06 with data
if BlockIdx(lstData[i]) == 6 and lstData[i + 1] != "-":
DataToLists(lstData, i, lstAirTemp, lstAirTempWet, lstPres,
lstFullCld, lstLowCld, lstHmdt)
# Looking for full block =02 with data
if BlockIdx(lstData[i]) == 2 and lstData[i + 1] != "-" and lstData[
i + 1] != "/":
DataToLists(lstData, i, lstWaveType, lstWaveDirM, lstWaveDirS,
lstWaveHav, lstWaveHmx, lstWavePer, lstWaveLen)
return lstVis, lstWeath, lstWDir, lstWSpd, lstWGst, lstTemp, lstLevels