-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
```
Current Otsu thresholding isn't atomic enouhg, it performs several functions
at the same time: 1) looks for the threshold, 2) applies it to the image.
It would be nice if there were ability to c…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
```
Current Otsu thresholding isn't atomic enouhg, it performs several functions
at the same time: 1) looks for the threshold, 2) applies it to the image.
It would be nice if there were ability to c…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
We need to extract the location of the strip, and determine the colours.
From the software, we should know how many reagens patches we are expecting.
The steps to follow:
1) determine the location a…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…
-
```
What steps will reproduce the problem?
1. Pre contrast enhance a 350DPI+ image that has a large amount of white, so
that the histogram has a majority pixel count around value 255.
2. OCR image.
…