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import_module.py
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# -*- coding: utf-8 -*-
# Exemplo com duas tabelas
import xlrd
from openpyxl.workbook import Workbook
from openpyxl.reader.excel import load_workbook, InvalidFileException
from openpyxl.styles import Alignment, Font
from openpyxl.utils import get_column_letter
from datetime import datetime
import sys
import os.path
myDict = {}
# Criação da tabela padronizada
def create_table(path):
file_excel = Workbook()
planilha = file_excel.active
planilha.title = "TabCropman"
list_attribute = create_list_default()
#tes = list_attribute[1][0]
for col in range(1, len(list_attribute)):
currentCell = planilha.cell(row=1, column=col, value = list_attribute[col-1][0])
currentCell.alignment = Alignment(horizontal='center')
ft = Font(bold = True)
currentCell.font = ft
#width = len(list_attribute[col-1][0])
planilha.column_dimensions[get_column_letter(col)].width = 20
put_values_table(planilha)
file_excel.save(os.path.join(path, "tab_cropman.xlsx"))
def put_values_table(plan):
list_attribute = create_list_default()
ids = len (myDict)
lin = 2
for id_ in myDict.keys():
lin+=1
for col in range(0, len(list_attribute)):
#print( myDict[id_][0][col][1])
currentCell = plan.cell(row=lin, column=col+1, value = myDict[id_][0][col][1])
currentCell.alignment = Alignment(horizontal='center')
def find_lab(table_path):
table_name = table_path.split("\\")[-1]
ext = table_name.split(".")[-1]
if ext.lower()=="xls":
#converter pra xlsx
book = convert_xls_for_xlsx(table_path)
convert = True
else:
book = load_workbook(table_path)
table_name_ = table_name.lower()
#1 Tentativa, pelo nome
if "athenas" in table_name_: return "athenas"
elif "ibra" in table_name_: return "ibra"
elif "dmlab" in table_name_: return "dmlab"
elif "ubersolo" in table_name_: return "ubersolo"
elif "solos_plantas" in table_name_: return "solos_plantas"
elif "agrisolum" in table_name_: return "agrisolum"
else:
# 2 tentativa pela planilha
for names in book.get_sheet_names():
sheet = book.get_sheet_by_name(names)
n_row = sheet.max_row
n_col = sheet.max_column
if n_row <= 1 or n_col <=1: # Verifica se a planilha está vazia
continue
value = sheet.cell(row=1, column=1).value
if value==None or value == '': #Athena, Ubersolo, Solo_Plantas, Agrisolum
value = sheet.cell(row=2, column=1).value
value1 = sheet.cell(row=3, column=1).value
value3 = sheet.cell(row=8, column=1).value
if value3 == "Nome:": #Athenas
return "athenas"
elif not value == None and not value=='':
return "agrisolum" #Agrisolum
#Ubersolo, Solo_Plantas
elif not value1== None and not value1 == '':
# Ubersolo, Solo_Plantas
#value2 = sheet.cell(row=4, column=1).value
if value1 == "Data":
return "ubersolo"
elif value1 == "Cod.Lab.":
return "solos_plantas"
else:
return "desconhecido"
else:
return "desconhecido"
else: #Ibra and DMlAb
atrr = []
for col in range(1,n_col):
atrr.append(sheet.cell(row=1, column=col).value)
if "Gleba" in atrr:
return "ibra"
elif "Classe Textural" in atrr:
return "dmlab"
else:
return "desconhecido"
def update_values(dirp, lin, n_col, sheet, atr, flag_special=0):
for col in range(1,n_col):
#tt = dirp[col].strip()
if len(dirp) > n_col: continue
if dirp[col] == " " or dirp[col] == "": continue
if dirp[col].strip() == atr:
if flag_special: #Condição especial para Ubersolo
if "K" in atr:
if col==20:
continue
if "Na" in atr:
if col == 19: continue
value = sheet.cell(row=lin, column=col).value
break
else:
value = ""
if not type(value) is str:
#vv = value.encode('ascii', 'ignore').decode('utf-8')
try:
value1 = str(value)
except:
value1 = value
else: value1 = value
if value1 == 'None':
value1 = ""
return value1
def soma_das_bases(dirp, lin, n_col, sheet, ls_name):
calcio, magnesio, potassio, sodio = 0,0,0,0
calcio1_ = update_values(dirp, lin, n_col, sheet, ls_name[0])
if not type(calcio1_) is str:
calcio_ = str(calcio1_)
else: calcio_ = calcio1_
if not calcio_ == '' and not calcio_.lower()=='ns':
calcio_ = calcio_.replace(",",".")
calcio = float(calcio_)
magnesio1_ = update_values(dirp, lin, n_col, sheet, ls_name[1])
if not type(magnesio1_) is str:
magnesio_ = str(magnesio1_)
else: magnesio_ = magnesio1_
if not magnesio_ == '' and not magnesio_.lower()=='ns':
magnesio_= magnesio_.replace(",",".")
magnesio = float(magnesio_)
potassio1_ = update_values(dirp, lin, n_col, sheet, ls_name[2])
if not type(potassio1_) is str:
potassio_ = str(potassio1_)
else: potassio_ = potassio1_
if not potassio_ == '' and not potassio_.lower()=='ns':
potassio_ = potassio_.replace(",",".")
potassio = float(potassio_)
sodio1_ = update_values(dirp, lin, n_col, sheet, ls_name[3])
if not type(sodio1_) is str:
sodio_ = str(sodio1_)
else: sodio_ = sodio1_
if not sodio_ == '' and not sodio_.lower()=='ns' :
sodio = float(sodio_)
return calcio + magnesio + potassio + sodio
def CTC(dirp, lin, n_col, sheet, str_aluminio, ls_name):
aluminio1_ = update_values(dirp, lin, n_col, sheet, str_aluminio)
if not type(aluminio1_) is str:
aluminio_ = str(aluminio1_)
else: aluminio_ = aluminio1_
if aluminio_ == '' and not aluminio_.lower()=='ns':
aluminio = 0
else:
aluminio_ = aluminio_.replace(",",".")
aluminio = float(aluminio_)
CTC_ = soma_das_bases(dirp, lin, n_col, sheet,ls_name) + aluminio
return CTC_
def create_list_default():
list_attribute = []
list_attribute.append(["ID_Unico_Amonstra",""])
list_attribute.append(["Fazenda",""])
list_attribute.append(["Talhao",""])
list_attribute.append(["ID_Amostra",""])
list_attribute.append(["Data_Importacao",""])
list_attribute.append(["Profundidade",""])
list_attribute.append(["PH_CaCl2", ""])
list_attribute.append(["PH_H2O", "" ])
list_attribute.append(["MO_GDM3",""])
list_attribute.append(["P_Res",""])
list_attribute.append(["P_MEH",""])
list_attribute.append(["S",""])
list_attribute.append(["Ca",""])
list_attribute.append(["Mg",""])
list_attribute.append(["Na",""])
list_attribute.append(["K",""])
list_attribute.append(["Al",""])
list_attribute.append(["Hal",""])
list_attribute.append(["Soma_Bases",""])
list_attribute.append(["CTC",""])
list_attribute.append(["Saturacao_Bases",""])
list_attribute.append(["Saturacao_Calcio",""])
list_attribute.append(["Saturacao_Aluminio",""])
list_attribute.append(["Saturacao_Magnesio",""])
list_attribute.append(["Saturacao_Potassio",""])
list_attribute.append(["Areia",""])
list_attribute.append(["Argila",""])
list_attribute.append(["Silte",""])
list_attribute.append(["Si",""])
list_attribute.append(["B",""])
list_attribute.append(["Cu",""])
list_attribute.append(["Mn",""])
list_attribute.append(["Fe",""])
list_attribute.append(["Zn",""])
list_attribute.append(["Cr",""])
list_attribute.append(["Ni",""])
list_attribute.append(["Cd",""])
list_attribute.append(["Pb",""])
list_attribute.append(["Classe_Textural",""])
return list_attribute
def sorting_depth( list_ ):
n = 0
list_dep = []
depth1 = []
depth2 = []
depth_end = []
while (len (list_) > n):
list_dep.append(map(int, list_[n].split("-"))) # Transforma lista de strings em inteiros
n += 1
n = 0
while (len (list_dep) > n):
depth1.append(list_dep[n][0])
depth2.append(list_dep[n][1])
n += 1
n = 1
depth1 = sorted(set(depth1))
depth2 = sorted(set(depth2))
depth_f1 = str(depth1[0]) + "-" + str(depth2[0])
while (len (depth1) > n):
if depth_f1 in list_:
depth_end.append(depth_f1)
if len (depth_end) >= 2:
break
depth_f1 = str(depth1[n]) + "-" + str(depth2[n])
n+=1
return depth_end
# Padronização das tabeLas vindas do Excel
def convert_xls_for_xlsx(path_name_xls):
#print( u"Essa planilha está no padão xls, precisa ser convertida para o padrão xlsx, convertendo...")
# first open using xlrd
book = xlrd.open_workbook(path_name_xls)
index = 0
nrows, ncols = 0, 0
while nrows * ncols == 0:
sheet = book.sheet_by_index(index)
nrows = sheet.nrows+1 #bm added +1
ncols = sheet.ncols+1 #bm added +1
index += 1
# prepare a xlsx sheet
book1 = Workbook()
sheet1 = book1.get_active_sheet()
for row in range(1, nrows):
for col in range(1, ncols):
sheet1.cell(row=row, column=col).value = sheet.cell_value(row-1, col-1) #bm added -1's
# Teste
'''for row in range(1, nrows):
for col in range(1, ncols):
print( "Row %s, Col %s Sheet %s" % (row, col, sheet1.cell(row=row, column=col).value))'''
#print( u"Convertido!")
return book1
table_name = table_path.split("\\")[-1]
ext = table_name.split(".")[-1]
if ext.lower()=="xls":
#converter pra xlsx
book = convert_xls_for_xlsx(table_path)
convert = True
else:
book = load_workbook(table_path)
#print( book.sheetnames)
for names in book.get_sheet_names():
sheet = book.get_sheet_by_name(names)
n_row = sheet.max_row
n_col = sheet.max_column + 1
if n_row <= 1 or n_col <=1: # Verifica se a planilha está vazia
continue
#Validando a Tabela
B3 = sheet['B3']
C3 = sheet['C3']
#print( B3.value)
#print( C3.value)
if not u"Cod.Lab." in B3.value or not u"Descri" in C3.value:
print( "Tabela com problemas...")
return False
dictonaty_atrr= {}
#Pega os atributos
for col in range(1,n_col):
dictonaty_atrr[col] = sheet.cell(row=3, column=col).value
#M4 = sheet['M4']
N4 = sheet['N4']
if N4.value == u"(CaCl2)":
dictonaty_atrr[14] = u"pH (CaCl2)"
#print( dictonaty_atrr)
#Profundidade
J3 = sheet['J3']
if "Profundidade" in J3.value:
list_ = []
for lin in range(5,n_row + 1):
list_.append(sheet.cell(row=lin, column=10).value)
list_profund = sorted(set(list_)) #Ordena e elimina valores repetidos
if len(list_profund) > 2:
del (list_profund[2:]) #Deixa apenas as 2 profundidades mais rasas
for lin in range(5,n_row + 1):
prof = sheet.cell(row=lin, column=10).value
if prof in list_profund:
amostra_number = sheet.cell(row=lin, column=3).value #Pega número da amostra
id_ = sheet.cell(row=lin, column=2).value
ID_UNICO_AMOSTRA = "UB_" + amostra_number + "_" + id_
#print( ID_UNICO_AMOSTRA)
myDict[ID_UNICO_AMOSTRA] = []
attributes_list = create_list_default()
myDict[ID_UNICO_AMOSTRA].append(attributes_list)
ls_name = (u"Ca", u"Mg", u"K", u"Na") #Nome padrões da DMLab
#Populando dicionario de listas
for index in range(0, len(attributes_list)):
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "ID_Unico_Amonstra":
myDict[ID_UNICO_AMOSTRA][0][index][1] = ID_UNICO_AMOSTRA
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "ID_Amostra":
myDict[ID_UNICO_AMOSTRA][0][index][1] = amostra_number
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Profundidade":
myDict[ID_UNICO_AMOSTRA][0][index][1] = prof
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Fazenda":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "Fazenda")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Talhao":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, u"Talhão")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Data_Importacao":
data_aux = str(datetime.today()).split(" ")[-2]
data_inv = data_aux.split("-")
data = data_inv[-1] + "/" + data_inv[-2] + "/" + data_inv[-3]
myDict[ID_UNICO_AMOSTRA][0][index][1] = data
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Areia":
areia = update_values(dictonaty_atrr, lin, n_col, sheet, "Areia total")
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(areia)
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Classe_Textural":
#class_tex = update_values(dictonaty_atrr, lin, n_col, sheet, "Classe Textural")
myDict[ID_UNICO_AMOSTRA][0][index][1] = ""
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "PH_CaCl2":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "pH CaCl2")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "PH_H2O":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "pH")
#myDict[ID_UNICO_AMOSTRA][0][index][1] = ""
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "MO_GDM3":
mat_org = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"MO"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(mat_org)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "P_Res":
fosforo_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"P resina")
if not fosforo_ == 'ns' and not fosforo_ == "":
fosforo = round(((float)(fosforo_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#fosforo = round (((update_values(dictonaty_atrr, lin, n_col, sheet, u"P resina"))),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(fosforo)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "P_MEH":
fosforo_med_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"P meh-¹")
if not fosforo_med_ == 'ns' and not fosforo_med_ == "":
fosforo_med = round(((float)(fosforo_med_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(fosforo_med)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "S":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, u"S")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Ca":
calcio_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Ca")
if not calcio_ == 'ns' and not calcio_ == "":
calcio = round((((float)(calcio_)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#calcio = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"Ca"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(calcio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Mg":
mag = update_values(dictonaty_atrr, lin, n_col, sheet, u"Mg")
if not mag == 'ns' and not mag == "":
magnesio = round((((float)(mag)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#mag = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"Mg"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(magnesio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Na":
sodio_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Na",1)
if not sodio_ == 'ns' and not sodio_ == "":
sodio = round((((float)(sodio_)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(sodio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "K":
pot = update_values(dictonaty_atrr, lin, n_col, sheet, u"K", 1)
if not pot == 'ns' and not pot == "":
potassio = round ((((float)(pot)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#pot = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"K", 1))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(potassio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Al":
alu = update_values(dictonaty_atrr, lin, n_col, sheet, u"Al")
if not alu == 'ns' and not alu == "":
aluminio = round ((((float)(alu)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#alu = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"Al"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(aluminio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Hal":
hidro = update_values(dictonaty_atrr, lin, n_col, sheet, u"H+Al")
if not hidro == 'ns' and not hidro == "":
hidro_aluminio = round ((((float)(hidro)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#hal = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"H+Al"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(hidro_aluminio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Si":
silicio_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Si")
if not silicio_ == 'ns' and not silicio_ == "":
si = round (((float)(silicio_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(si)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Soma_Bases":
# soma de Ca + Mg + Na + K => Ibra não tem Sódio
somatoria = round ((soma_das_bases(dictonaty_atrr, lin, n_col, sheet, ls_name)),2)
soma_ = str (somatoria)
soma_ = soma_.replace(".", ",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = soma_
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "CTC":
# soma de Ca + Mh + Na + AHl
ctcc = round((CTC(dictonaty_atrr, lin, n_col, sheet, u"Al", ls_name)),2)
CTC_ = str(ctcc)
CTC_ = CTC_.replace(".", ",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = CTC_
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Saturacao_Bases":
# Soma das bases * 100 / CTC
CTC_ = CTC(dictonaty_atrr, lin, n_col, sheet, u"Al", ls_name)
if CTC_ == 0:
myDict[ID_UNICO_AMOSTRA][0][index][1] = '' #Divisão por Zero
continue
saturacao_bases = round (((soma_das_bases(dictonaty_atrr, lin, n_col, sheet, ls_name) * 100) / CTC_), 2)
#Padrão Excel
saturacao_bases_ex = str(saturacao_bases)
saturacao_bases_ex = saturacao_bases_ex.replace(".",",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = saturacao_bases_ex
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Saturacao_Calcio":
# Ca / CTC * 100
calcio1_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Ca")
if not type(calcio1_) is str:
calcio_ = str(calcio1_)
else: calcio_ = calcio1_
if calcio_ == '':
myDict[ID_UNICO_AMOSTRA][0][index][1] = ''
continue
else:
calcio_ = calcio_.replace(",",".")
CTC_ = CTC(dictonaty_atrr, lin, n_col, sheet, u"Al", ls_name)
if CTC_ == 0:
myDict[ID_UNICO_AMOSTRA][0][index][1] = '' #Divisão por zero
continue
saturacao_calcio = round(((float(calcio_) / CTC_) * 100),2)
#Padrão Excel
saturacao_calcio_ex = str(saturacao_calcio)
saturacao_calcio_ex = saturacao_calcio_ex.replace(".",",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = saturacao_calcio_ex
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Saturacao_Aluminio":
# (Al/(soma_bases + Al)) * 100
aluminio1_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Al")
if not type(aluminio1_) is str:
aluminio_ = str(aluminio1_)
else: aluminio_ = aluminio1_
if aluminio_ == '':
myDict[ID_UNICO_AMOSTRA][0][index][1] = ''
continue
else:
aluminio_ = aluminio_.replace(",",".")
saturacao_aluminio = round(((float(aluminio_) / (soma_das_bases(dictonaty_atrr, lin, n_col, sheet, ls_name) + float(aluminio_))) * 100),2)
#Padrão Excel
saturacao_aluminio_ex = str(saturacao_aluminio)
saturacao_aluminio_ex = saturacao_aluminio_ex.replace(".",",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = saturacao_aluminio_ex
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Saturacao_Potassio":
# K / CTC * 100
potassio1_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"K")
if not type(potassio1_) is str:
potassio_ = str(potassio1_)
else: potassio_ = potassio1_
if potassio_ == '':
myDict[ID_UNICO_AMOSTRA][0][index][1] = ''
continue
else:
potassio_ = potassio_.replace(",",".")
CTC_ = CTC(dictonaty_atrr, lin, n_col, sheet, u"Al", ls_name)
if CTC_ == 0:
myDict[ID_UNICO_AMOSTRA][0][index][1] = '' #Divisão por zero
continue
saturacao_potassio = round(((float(potassio_) / CTC_) * 100),2)
#Padrão Excel
saturacao_potassio_ex = str(saturacao_potassio)
saturacao_potassio_ex = saturacao_potassio_ex.replace(".",",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = saturacao_potassio_ex
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Saturacao_Magnesio":
# Mg / CTC * 100
magnesio1_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Mg")
if not type(magnesio1_) is str:
magnesio_ = str(magnesio1_)
else: magnesio_ = magnesio1_
if magnesio_ == '':
myDict[ID_UNICO_AMOSTRA][0][index][1] = ''
continue
else:
magnesio_ = magnesio_.replace(",",".")
CTC_ = CTC(dictonaty_atrr, lin, n_col, sheet, u"Al", ls_name)
if CTC_ == 0:
myDict[ID_UNICO_AMOSTRA][0][index][1] = '' #Divisão por zero
continue
saturacao_magnesio = round (((float(magnesio_) / CTC_) * 100),2)
#Padrão Excel
saturacao_magnesio_ex = str(saturacao_magnesio)
saturacao_magnesio_ex = saturacao_magnesio_ex.replace(".",",")
myDict[ID_UNICO_AMOSTRA][0][index][1] = saturacao_magnesio_ex
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Argila":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "Argila")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Silte":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "Silte")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "B":
boro_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"B")
if not boro_ == 'ns' and not boro_ == "":
boro = round (((float)(boro_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(boro)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Cu":
cobre_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Cu")
if not cobre_ == 'ns' and not cobre_ == "":
cobre = round (((float)(cobre_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(cobre)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Zn":
zinco_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Zn")
if not zinco_ == 'ns' and not zinco_ == "":
zinco = round (((float)(zinco_)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(zinco)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Fe":
ferro_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Fe")
if not ferro_ == 'ns' and not ferro_ == "":
ferro = round (((float)(ferro_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(ferro)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Cr":
cromo_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Cr")
if not cromo_ == 'ns' and not cromo_ == "":
cromo = round (((float)(cromo_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(cromo)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Mn":
manga = update_values(dictonaty_atrr, lin, n_col, sheet, u"Mn")
if not manga == 'ns' and not manga == "":
mn = round (((float)(manga)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(mn)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Ni":
niquel_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Ni")
if not niquel_ == 'ns' and not niquel_ == "":
niquel = round (((float)(niquel_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(niquel)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Cd":
cd_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Cd")
if not cd_ == 'ns' and not cd_ == "":
cd = round (((float)(cd_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(cd)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Pb":
chumbo_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Pb")
if not chumbo_ == 'ns' and not chumbo_ == "":
chumbo = round (((float)(chumbo_)) ,2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(chumbo)
continue
else:
print( "Tabela com problemas...")
return False
return True
def table_solos_plantas(table_path):
table_name = table_path.split("\\")[-1]
ext = table_name.split(".")[-1]
if ext.lower()=="xls":
#converter pra xlsx
book = convert_xls_for_xlsx(table_path)
convert = True
else:
book = load_workbook(table_path)
#print( book.sheetnames)
for names in book.get_sheet_names():
sheet = book.get_sheet_by_name(names)
n_row = sheet.max_row
n_col = sheet.max_column + 1
if n_row <= 1 or n_col <=1: # Verifica se a planilha está vazia
continue
#Validando a Tabela
A3 = sheet['A3']
B3 = sheet['B3']
#print( B3.value)
#print( C3.value)
if not u"Cod.Lab." in A3.value or not u"Descri" in B3.value:
print( "Tabela com problemas...")
return False
dictonaty_atrr= {}
#Pega os atributos
for col in range(1,n_col):
dictonaty_atrr[col] = sheet.cell(row=3, column=col).value
#M4 = sheet['M4']
K4 = sheet['K4']
if K4.value == u"(CaCl2)":
dictonaty_atrr[11] = u"pH (CaCl2)"
#print( dictonaty_atrr)
#Profundidade
C3 = sheet['C3']
C4 = sheet['C4']
if "Profundidade" in C3.value or "Profundidade" in C4.value:
list_ = []
for lin in range(5,n_row + 1):
list_.append(sheet.cell(row=lin, column=3).value)
list_profund = sorted(set(list_)) #Ordena e elimina valores repetidos
if len(list_profund) > 2:
del (list_profund[2:]) #Deixa apenas as 2 profundidades mais rasas
for lin in range(5,n_row + 1):
prof = sheet.cell(row=lin, column=3).value
if prof in list_profund:
amostra_number_ = sheet.cell(row=lin, column=2).value #Pega número da amostra
amostra_number = amostra_number_.split("-")[-1]
amostra_number = amostra_number.strip()
id_ = sheet.cell(row=lin, column=1).value
ID_UNICO_AMOSTRA = "SP_" + amostra_number + "_" + id_
#print( ID_UNICO_AMOSTRA)
myDict[ID_UNICO_AMOSTRA] = []
attributes_list = create_list_default()
myDict[ID_UNICO_AMOSTRA].append(attributes_list)
ls_name = (u"Ca", u"Mg", u"K", u"Na") #Nome padrões da DMLab
#Populando dicionario de listas
for index in range(0, len(attributes_list)):
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "ID_Unico_Amonstra":
myDict[ID_UNICO_AMOSTRA][0][index][1] = ID_UNICO_AMOSTRA
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "ID_Amostra":
myDict[ID_UNICO_AMOSTRA][0][index][1] = amostra_number
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Profundidade":
myDict[ID_UNICO_AMOSTRA][0][index][1] = prof
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Fazenda":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, "Fazenda")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Talhao":
myDict[ID_UNICO_AMOSTRA][0][index][1] = update_values(dictonaty_atrr, lin, n_col, sheet, u"Talhão")
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Data_Importacao":
data_aux = str(datetime.today()).split(" ")[-2]
data_inv = data_aux.split("-")
data = data_inv[-1] + "/" + data_inv[-2] + "/" + data_inv[-3]
myDict[ID_UNICO_AMOSTRA][0][index][1] = data
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Areia":
areia_ = update_values(dictonaty_atrr, lin, n_col, sheet, "Areia total")
#myDict[ID_UNICO_AMOSTRA][0][index][1] = str(areia)
if not areia_ == 'ns' and not areia_ == "":
areia = round(((float)(areia_)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(areia)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Classe_Textural":
#class_tex = update_values(dictonaty_atrr, lin, n_col, sheet, "Classe Textural")
myDict[ID_UNICO_AMOSTRA][0][index][1] = ""
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "PH_CaCl2":
ph_cacl2_ = update_values(dictonaty_atrr, lin, n_col, sheet, "pH (CaCl2)")
if not ph_cacl2_ == 'ns' and not ph_cacl2_ == "":
ph_cacl2 = round(((float)(ph_cacl2_)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(ph_cacl2)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "PH_H2O":
ph_agua = update_values(dictonaty_atrr, lin, n_col, sheet, "pH")
if not ph_agua == 'ns' and not ph_agua == "":
phagua = round(((float)(ph_agua)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(phagua)
#myDict[ID_UNICO_AMOSTRA][0][index][1] = ""
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "MO_GDM3":
mat_org = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"MO"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(mat_org)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "P_Res":
fosforo_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"P resina")
if not fosforo_ == 'ns' and not fosforo_ == "":
fosforo = round(((float)(fosforo_)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#fosforo = round (((update_values(dictonaty_atrr, lin, n_col, sheet, u"P resina"))),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(fosforo)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "P_MEH":
fosforo_med_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"P meh-¹")
if not fosforo_med_ == 'ns' and not fosforo_med_ == "":
fosforo_med = round(((float)(fosforo_med_)),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(fosforo_med)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "S":
enxofre_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"S")
if not enxofre_ == 'ns' and not enxofre_ == "":
enxofre = round((((float)(enxofre_)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(enxofre)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Ca":
calcio_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Ca")
if not calcio_ == 'ns' and not calcio_ == "":
calcio = round((((float)(calcio_)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#calcio = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"Ca"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(calcio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Mg":
mag = update_values(dictonaty_atrr, lin, n_col, sheet, u"Mg")
if not mag == 'ns' and not mag == "":
magnesio = round((((float)(mag)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#mag = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"Mg"))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(magnesio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Na":
sodio_ = update_values(dictonaty_atrr, lin, n_col, sheet, u"Na",1)
if not sodio_ == 'ns' and not sodio_ == "":
sodio = round((((float)(sodio_)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(sodio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "K":
pot = update_values(dictonaty_atrr, lin, n_col, sheet, u"K", 1)
if not pot == 'ns' and not pot == "":
potassio = round ((((float)(pot)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue
#pot = round ((((float)(update_values(dictonaty_atrr, lin, n_col, sheet, u"K", 1))) * 10),2)
myDict[ID_UNICO_AMOSTRA][0][index][1] = str(potassio)
continue
if myDict[ID_UNICO_AMOSTRA][0][index][0] == "Al":
alu = update_values(dictonaty_atrr, lin, n_col, sheet, u"Al")
if not alu == 'ns' and not alu == "":
aluminio = round ((((float)(alu)) * 10),2)
else:
myDict[ID_UNICO_AMOSTRA][0][index][1] = "ns"
continue