Colourful Photo Database #1

SEDSCelestiaBPGC / Externally-Randomized-Encryption-Service

We aim to create a robust encryption algorithm using a randomly generated key and suitable ciphers.

GNU General Public License v3.0

1 stars 8 forks source link

Colourful Photo Database #1 #1

Closed AeishnaKhaund closed 3 years ago

AeishnaKhaund commented 3 years ago

take an image file and use OpenCV preprocessing tools to adjust the image dimensions to a square of a particular dimension (say N).

AeishnaKhaund commented 3 years ago

divide the array into small subarrays (say width W). Then the final dimensions of these subarrays would be W x W x 3.

AeishnaKhaund commented 3 years ago

find average colour value for each subarray (that is, you average the values for each colour channel in a W x W array).

nahush5 commented 3 years ago

* take an image file and use OpenCV preprocessing tools to adjust the image dimensions to a square of a particular dimension (say N).

Why is step necessary when we can directly do step 2 by using the resize function?

gayatrip7 commented 3 years ago

If you can do it by the resize function, go ahead. It is meant to be open to whichever approach you wish to take. Would you like to take this issue up?

nahush5 commented 3 years ago

Yes I would like to take up this issue, thanks! Also I had few doubts on how the expected output sequence is. Since we are taking average, it comes out to be float. Is this to be converted to something else?

gayatrip7 commented 3 years ago

It would be best if it was converted to int