Poisson_Image_Editing.zip_Poisson-Image_editing_poisson_poisson_

function main() close all; clc; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % Implementation of Poission Image Editing Paper % Code written by: Raffay Hamid (raffay@cc.gatech.edu) % www.cc.gatech.edu/~raffay % This is a simple implementation of the above mentioned paper % Use it at your own risk :-) % % The code is simple to interpret as long as you understand the % basics of the PDE discussed in the paper and some finite difference % related stuff ( some details may be slightly modified in this % implementation, so please be careful in using any of these functions % in some oter code) % The code needs some functions written in Pryamid Toolbox available % at: ftp://ftp.cis.upenn.edu/pub/eero/matlabPyrTools.tar.gz %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% src_img = imread('moon.jpg'); dst_img = imread('mountains.jpg'); imwrite(uint8(src_img),'C:\source_image.jpg'); imwrite(uint8(dst_img),'C:\destination_image.jpg'); figure; imshow(uint8(src_img)); figure; imshow(uint8(dst_img)); img_width = 95; img_height = 90; src_st_x = 165; src_st_y = 55; dst_st_x = 700; dst_st_y = 350; extracted_src_img = zeros(img_width,img_height,3); extracted_dst_img = zeros(img_width,img_height,3); extracted_src_img = src_img(src_st_y:src_st_y+img_height,src_st_x:src_st_x+img_width,:); extracted_dst_img = dst_img(dst_st_y:dst_st_y+img_height,dst_st_x:dst_st_x+img_width,:); [rws,cls] = size(extracted_src_img(:,:,1)); dst_img_temp = dst_img; dst_img_temp(dst_st_y:dst_st_y+img_height,dst_st_x:dst_st_x+img_width,:) = extracted_src_img; figure; imshow(uint8(dst_img_temp)); imwrite(uint8(dst_img_temp),'C:\simple_cut_and_paste_result.bmp'); padding_factor = 10; padded_src_img = pad_image(extracted_src_img,padding_factor); padded_dst_img = pad_image(extracted_dst_img,padding_factor); figure; imshow(uint8(padded_dst_img)); figure; imshow(uint8(padded_src_img)); temp_result = zeros(rws,cls,3); temp_result(:,:,1) = find_result_channel(padded_src_img(:,:,1),padded_dst_img(:,:,1),padding_factor); temp_result(:,:,2) = find_result_channel(padded_src_img(:,:,2),padded_dst_img(:,:,2),padding_factor); temp_result(:,:,3) = find_result_channel(padded_src_img(:,:,3),padded_dst_img(:,:,3),padding_factor); figure; imshow(uint8(temp_result)); dst_img(dst_st_y:dst_st_y+img_height,dst_st_x:dst_st_x+img_width,:) = temp_result; figure; imshow(uint8(dst_img)); imwrite(uint8(dst_img),'C:\final_result.bmp');