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relatorios.py
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relatorios.py
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#! /usr/bin/python
# coding: utf-8
from os import path
from threading import Thread
from PIL import Image
from report import Table, Report
from structureAnalysis import *
class GeradorRelatorio(Thread):
def __init__(self, img_name, name='structureReport', tipo='txt'):
Thread.__init__(self)
self.img_name = img_name
self.name = name
self.tipo = tipo
def run(self):
print "run()"
dirname = path.dirname(path.abspath(__file__))
if self.tipo == 'txt':
relatorio = Report(dirname+'/'+self.name+'.txt')
relatorio.addTitle("Porous Structure")
img = Image.open(self.img_name)
#img = img.convert('L')
img = binarizeImage(img)
result = analysis(img)
img.save('%s_test.jpg'%self.img_name)
t_analise = Table(name = "Analise de estruturas porosas")
#titulo das colunas da tabela
title = [
"Cor do Poro","Area Poro","Comp. Max. Horiz.",
"Comp. Max. Vert.","Comp. Max. Medio"
]
for name in title:
t_analise.addColumnName(name,[])
for path_img in result[0]:
t_analise.addColumnValue(title[0], path_img.color)
t_analise.addColumnValue(title[1], path_img.area)
t_analise.addColumnValue(title[2], path_img.comprimentoHorizontal())
t_analise.addColumnValue(title[3], path_img.comprimentoVertical())
t_analise.addColumnValue(title[4], path_img.comprimentoMedio())
t_analise.legend = "obs.: comprimentos (px, um, mm)"
#resultado do intercepto linerar
inter = intercepto(img)
#Tabela de intercepto linear
t_inter = Table(name = "Intercepto Linear")
t_inter.addColumnName("Poro Vertical", inter["porous_list_vertical"])
t_inter.addColumnName("Solido Vertical",inter["solid_list_vertical"])
t_inter.addColumnName("Poro Horizontal", inter["porous_list_horizontal"])
t_inter.addColumnName("Solido Horizontal",inter["solid_list_horizontal"])
table_continuo = Table(name = "Continuidade direcional")
table_continuo.addColumnName("Vertical",inter["solid_list_vertical"])
table_continuo.addColumnName("Horizontal",inter["solid_list_horizontal"])
relatorio.addTable(t_analise)
relatorio.addTable(t_inter)
relatorio.addTable(table_continuo)
report_output = relatorio.buildInColumns()
report_output.close()
print "fim report"
class GeradorRelatorioTeste:
def __init__(self, tipo='txt'):
self.tipo = tipo
def run(self, img_name, name='structureReport'):
self.img_name = img_name
self.name = name
img = Image.open(self.img_name)
#img = img.convert('L')
img = binarizeImage(img)
dirname = path.dirname(path.abspath(img_name))
if self.tipo == 'txt':
if len(self.name.split('.')) > 1:
self.name = self.name.split('.')[0]
relatorio = Report(dirname+'/'+self.name+'.txt')
# print img.filename.split('.')[0]
# dirname = img.filename.split('.')[0]
# if self.tipo == 'txt':
# relatorio = Report(dirname + '.txt')
relatorio.addTitle("Porous Structure")
result = analysis(img)
t_analise = Table(name = "Analise de estruturas porosas")
#titulo das colunas da tabela
title = [
"Cor do Poro","Area Poro","Comp. Max. Horiz.",
"Comp. Max. Vert.","Comp. Max. Medio"
]
for name in title:
t_analise.addColumnName(name,[])
for path_img in result[0]:
t_analise.addColumnValue(title[0], path_img.color)
t_analise.addColumnValue(title[1], path_img.area)
t_analise.addColumnValue(title[2], path_img.comprimentoHorizontal())
t_analise.addColumnValue(title[3], path_img.comprimentoVertical())
t_analise.addColumnValue(title[4], path_img.comprimentoMedio())
t_analise.legend = "obs.: comprimentos (px, um, mm)"
#resultado do intercepto linerar
inter = intercepto(img)
#Tabela de intercepto linear
t_inter = Table(name = "Intercepto Linear")
t_inter.addColumnName("Poro Vertical", inter["porous_list_vertical"])
t_inter.addColumnName("Solido Vertical",inter["solid_list_vertical"])
t_inter.addColumnName("Poro Horizontal", inter["porous_list_horizontal"])
t_inter.addColumnName("Solido Horizontal",inter["solid_list_horizontal"])
table_continuo = Table(name = "Continuidade direcional")
table_continuo.addColumnName("Vertical",inter["solid_list_vertical"])
table_continuo.addColumnName("Horizontal",inter["solid_list_horizontal"])
relatorio.addTable(t_analise)
relatorio.addTable(t_inter)
relatorio.addTable(table_continuo)
report_output = relatorio.buildInColumns()
report_output.close()
return report_output
def log(i, dirname):
log_de_erro = dirname + 'LogErro.txt'
output = open(log_de_erro,"w")
output.write('erro na imagem:')
output.write(dirname)
output.write(' '+i)
output.close()
if __name__ == '__main__':
import os
#caso1 = '/home/wallace/workspace/imagensparatratamento/caso1'
#caso2 = '/home/wallace/workspace/imagensparatratamento/caso2'
#caso3 = '/home/wallace/workspace/imagensparatratamento/caso3'
#caso4 = '/home/wallace/workspace/imagensparatratamento/caso4'
report = GeradorRelatorioTeste()
# for i in os.listdir(caso1):
# try:
# if i.__contains__('.jpg') and i.__contains__('img'):
# img = caso1 + '/' + i
# print img
# report.run(img_name=img, name=i)
# except IOError, e:
# log(i, caso1)
# for i in os.listdir(caso2):
# try:
# if i.__contains__('.jpg') and i.__contains__('img'):
# img = caso2 + '/' + i
# print img
# report.run(img_name=img, name=i)
# except IOError, e:
# log(i, caso2)
# for i in os.listdir(caso3):
# try:
# if i.__contains__('.jpg') and i.__contains__('img'):
# img = caso3 + '/' + i
# print img
# report.run(img_name=img, name=i)
# except IOError, e:
# log(i, caso3)
# for i in os.listdir(caso4):
# try:
# if i.__contains__('.jpg') and i.__contains__('img'):
# img = caso4 + '/' + i
# print img
# report.run(img_name=img, name=i)
# except IOError, e:
# log(i, caso4)
dir_erro = '/home/wallace/workspace/imagensparatratamento/imagens_com_erro'
for i in os.listdir(dir_erro):
try:
#if i.__contains__('.jpg') and i.__contains__('corte'):
if i.__contains__('.jpg') and i.__contains__('img'):
img = dir_erro + '/' + i
print img
report.run(img_name=img, name=i)
except IOError, e:
log(i, caso4)