def main():
# Read images from dir
images = ImageProc.readFiles("Images/")
# The result image
resultImage = ImageProc.getImage(r'Images\Package142.bmp')
# Image6 serves as an example image
image6 = ImageProc.getImage(r'Images\Package142.bmp')
# The template
template = ImageProc.getImage(r'Images\Loetstelle2.bmp')
# Convert the images to grayscale images
grayImages = ImageProc.getGrayscaleImages(images)
# Convert the template to a grayscale image
templateGray = ImageProc.getGrayscaleImages(template)
# Calculate the keypoints and descriptors of the grayscale images
keypointsImages = ImageProc.getKeypoints(grayImages)
# Calculate the keypoints and descriptors of the grayscale template
(keypointsTemplate, descriptorTemplate) = ImageProc.getKeypoints(templateGray)
# Get the matching keypoints in the grayscale images for every keypoint in the grayscale template
matches = ImageProc.filterMatches(ImageProc.getMatches(keypointsImages, (keypointsTemplate, descriptorTemplate)))
print ("Anzahl d. Loetstellen: " + str(len(matches)))
(keypoints6, desc6) = keypointsImages[5]
# Draws the keypoints in the resulting images
keypointsImage1 = ImageProc.drawKeypoints(image6, keypoints6)
keypointsImage2 = ImageProc.drawKeypoints(template, keypointsTemplate)
matchingKeypointsImage = ImageProc.drawKeypoints(resultImage, matches)
ImageProc.safeMatches(matches)
#ImageProc.safeMatches(matches)
# Displays the resulting images
ImageProc.displayImage(ImageProc.getImage(r'Images\Package142.bmp'), 'image')
ImageProc.displayImage(keypointsImage1, 'key1')
ImageProc.displayImage(keypointsImage2, 'key2')
ImageProc.displayImage(matchingKeypointsImage, 'matches')
'''
Created on 15.03.2012
@author: Marcus
'''
from ImageProc import ImageProc
import cv
import os
if __name__ == '__main__':
images = ImageProc.getGrayscaleImages(ImageProc.readFiles("../stack/"))
resultImages = []
stack1 = images[57:70]
stack2 = images[71:85]
stack3 = images[86:108]
intervalls = [stack1, stack2, stack3]
partialStacks = []
partialResults = []
partialLaplaceResults = []
for stack in intervalls:
partialStacks.append(ImageProc.buildPartialStacks(stack))
for partialStack in partialStacks[1]:
partialResults.append(ImageProc.findHoughMax(partialStack))
i = 0
print partialResults
for partialResult in partialResults:
partialLaplaceResults.append(ImageProc.getLaplace(partialResult))
resultImage = ImageProc.appendPartialImages(partialResults)
laplaceResultImage = ImageProc.appendPartialImages(partialLaplaceResults)
ImageProc.displayImage(laplaceResultImage, "res")
ImageProc.displayImage(resultImage, "res2")
'''
Created on 23.02.2012
@author: Marcus
'''
from ImageProc import ImageProc
import cv
import os
if __name__ == '__main__':
images = ImageProc.getGrayscaleImages(ImageProc.readFiles("../Bilder/"))
resultImages = []
cannyResultImages = []
stack1 = images[0:31]
stack2 = images[59:65]
stack3 = images[80:85]
stack4 = images[92:102]
intervalls = [stack1, stack2, stack3, stack4]
names = []
for stack in intervalls:
count = 0
resultImage = 0
cannyResultImage = 0
for image in stack:
newCount = ImageProc.countWhitePixels(image, 70)
if (newCount > count):
count = newCount
resultImage = (image, count)
cannyResultImage = (ImageProc.getCanny(image), count)
resultImages.append(resultImage)
cannyResultImages.append(cannyResultImage)
