def calcCuadroArrayChar(self, arg):
if self.singleParser == self.letterPredictor:
charArray_timer = UtilDebug.ArrayLetterTimer()
else:
charArray_timer = UtilDebug.ArrayDigitTimer()
charArray_timer.startTimer(1) #self.count
img = arg
TL = self.position[0]
BR = self.position[1]
count = self.countItems
UtilFunctionsExtraction.predictCuadros(img, TL, BR, count)
charArray_timer.endTimer()
def parserCategoricLabelsSiNo(self, arg):
img = arg
TL = self.position[0]
BR = self.position[1]
labels = self.position[2]
self.countItems = len(labels)
self.arrayOfImages = UtilFunctionsExtraction.extractCategory_extractColumnLabelsTipoSiNo(
img, TL, BR, len(labels))
results = UtilFunctionsExtraction.predictValuesCategory_labelsSingleButtons(
self.arrayOfImages, labels)
self.predictedValue = []
for r in results:
self.predictedValue.append(r)
return self.predictedValue
def parserImage2ArrayChar(self, arg):
if self.singleParser == self.letterPredictor:
charArray_timer = UtilDebug.ArrayLetterTimer()
else:
charArray_timer = UtilDebug.ArrayDigitTimer()
charArray_timer.startTimer(1) #self.count
img = arg
TL = self.position[0]
BR = self.position[1]
count = self.countItems
arrayOfImages = UtilFunctionsExtraction.extractCharacters(
img, TL, BR, count)
arrayResult = []
for singleImage in arrayOfImages:
if singleImage is None:
predicted = None
else:
predicted = self.singleParser(singleImage)
arrayResult.append(predicted)
#UtilFunctionsExtraction.plotImagesWithPrediction(arrayResult,arrayOfImages)
self.predictedValue = arrayResult
self.arrayOfImages = arrayOfImages
charArray_timer.endTimer()
return self.predictedValue