annnnw / 3rd_year_project-image_mosaic Goto Github PK

To deal with:

• read the target file
• cut the image using a 9x9 filter
• make the 9x9 blocks to be mosaic by using the average RGB colour of the 81 pixels

• Do the colour correction
• Reduce the redundancy of the tile when replacement happens(random search instead of linear search)

• Improve to fit with (2n+1) * (2x+1) blocks
• Add columns or rows to let the pixels at edges to form a required-size block, with using the average colours of the previous inregular blocks
• can store the contre of each block with the coordinate and average colour for later comparation (in a file)

To deal with:

• read the images and their names from the directory and write the name into a file
• tile images with their average colour and save them in the file,
• rezise them with the required size,
• read the file and read the data saved in

To deal with:

• Read from the file which saved the name and the average colour for each tile images
• Compare each average colour with each 9x9 piece
• replace the piece with the most similar colour tile