229 lines
10 KiB
C++
229 lines
10 KiB
C++
#include <iostream>
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#include <image-lib/bmpimage.h>
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#include <image-lib/filters.h>
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auto font = readPSF("../fonts/ruscii_8x16_2.psf");
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void lab01() {
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auto og_image = readBMPImage("../elef.bmp");
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auto pixels1 = og_image->pixels_copy();
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auto pixels2 = og_image->pixels_copy();
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for (int i = 0; i < og_image->height(); ++i) {
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for (int j = 0; j < og_image->width(); ++j) {
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(*pixels1)(i, j) = (*pixels1)(i, j) / 2;
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(*pixels2)(i, j) = (*pixels2)(i, j) * 2;
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}
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}
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auto orig_text = textImg(u"Оригинал", &font, 3);
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auto darken_text = textImg(u"Темнее", &font, 3);
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auto lighter_text = textImg(u"Светлее", &font, 3);
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auto invert_text = textImg(u"Инвертирован", &font, 3);
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auto grayscale_text = textImg(u"Оттенки серого", &font, 3);
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auto darkenImg = BMPImage(pixels1).overlay(darken_text, 0, 0);
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auto lighterImg = BMPImage(pixels2).overlay(lighter_text, 0, 0);
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auto invert_img = invertColors(og_image)->overlay(invert_text, 0, 0); // TODO
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auto grayscale_img = grayscale(og_image)->overlay(grayscale_text, 0, 0);
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og_image->appendRight(lighterImg)->appendRight(darkenImg)->appendRight(invert_img)->appendRight(
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grayscale_img)->overlay(
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orig_text, 0, 0)->save("../lab01/elef1.bmp");
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}
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void lab02_01() {
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auto img = readBMPImage("../tea.bmp");
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auto text1024 = textImg(u"1024", &font, 3);
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auto text512 = textImg(u"512", &font, 3);
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auto text256 = textImg(u"256", &font, 3);
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auto text128 = textImg(u"128", &font, 3);
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auto img_512 = downscale2x(img);
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auto img_256 = downscale2x(img_512);
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auto img_128 = downscale2x(img_256);
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img_512->overlay(text512, 0, 0)->save("../lab02/tea_512.bmp");
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img_256->overlay(text256, 0, 0)->save("../lab02/tea_256.bmp");
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img_128->overlay(text128, 0, 0)->save("../lab02/tea_128.bmp");
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img->overlay(text1024, 0, 0)->appendRight(img_512)->overlay(text512, 1024, 0)->appendRight(img_256)->
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overlay(text256, 1536, 0)->appendRight(img_128)->overlay(text128, 1792, 0)->save(
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"../lab02/tea_downscale.bmp");
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auto img_from_512 = upscale2x(img_512)->overlay(text512, 0, 0);
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//// auto img_from_256 = upscale2x(upscale2x(img_256));
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//// auto img_from_128 = upscale2x(upscale2x(upscale2x(img_128)));
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auto tmp = upscale2x(img_256);
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auto img_from_256 = upscale2x(tmp)->overlay(text256, 0, 0);
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auto tmp2 = upscale2x(img_128);
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auto tmp3 = upscale2x(tmp2);
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auto img_from_128 = upscale2x(tmp3)->overlay(text128, 0, 0);
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img_from_512->save("../lab02/tea_from_512.bmp");
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img_from_256->save("../lab02/tea_from_256.bmp");
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img_from_128->save("../lab02/tea_from_128.bmp");
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img->overlay(text1024, 0, 0)->appendRight(img_from_512)->appendRight(img_from_256)->appendRight(img_from_128)->save(
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"../lab02/tea_upscale.bmp");
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// newImg2->save("../lab02/tea_upscale.bmp");
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}
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void lab02_02() {
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auto img = readBMPImage("../tea.bmp");
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auto ogText = textImg(u"Оригинал", &font, 3);
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auto text256 = textImg(u"256 оттенков", &font, 3);
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auto text128 = textImg(u"128 оттенков", &font, 3);
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auto text64 = textImg(u"64 оттенка", &font, 3);
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auto text32 = textImg(u"32 оттенка", &font, 3);
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auto gsImg = grayscale(img);
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gsImg->overlay(text256, 0, 0)->save("../lab02/tea_grayscale_256.bmp");
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auto gsPixels = gsImg->pixels_copy();
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auto width = gsImg->width();
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auto height = gsImg->height();
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for (int i = 0; i < height; ++i) {
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for (int j = 0; j < width; ++j) {
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(*gsPixels)(i, j) = ((*gsPixels)(i, j) / 2) * 2;
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}
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}
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auto gsImg128 = BMPImage(gsPixels).overlay(text128, 0, 0);
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gsPixels = gsImg->pixels_copy();
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for (int i = 0; i < height; ++i) {
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for (int j = 0; j < width; ++j) {
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(*gsPixels)(i, j) = ((*gsPixels)(i, j) / 4) * 4;
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}
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}
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auto gsImg64 = BMPImage(gsPixels).overlay(text64, 0, 0);
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gsPixels = gsImg->pixels_copy();
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for (int i = 0; i < height; ++i) {
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for (int j = 0; j < width; ++j) {
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(*gsPixels)(i, j) = ((*gsPixels)(i, j) / 8) * 8;
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}
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}
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auto gsImg32 = BMPImage(gsPixels).overlay(text32, 0, 0);
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gsImg128->save("../lab02/tea_grayscale_128.bmp");
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gsImg64->save("../lab02/tea_grayscale_64.bmp");
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gsImg32->save("../lab02/tea_grayscale_32.bmp");
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img->overlay(ogText, 0, 0)->appendRight(gsImg)->overlay(text256, 1024, 0)->appendRight(gsImg128)->appendRight(
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gsImg64)->appendRight(gsImg32)->save("../lab02/tea_grayscale.bmp");
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}
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void lab02_03() {
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auto img = readBMPImage("../tea.bmp");
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auto text = textImg(u"Оригинал", &font, 3);
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auto text_avrg = textImg(u"Среднее 1.5x", &font, 5);
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auto text_avrg2 = textImg(u"Среднее 2x", &font, 6);
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auto text_avrg3 = textImg(u"Среднее 3x", &font, 9);
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auto text_lin = textImg(u"Линейное 1.5x", &font, 5);
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auto text_lin2 = textImg(u"Линейное 2x", &font, 6);
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auto text_lin3 = textImg(u"Линейное 3x", &font, 9);
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auto img_1_5 = upscale1_5x(img);
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auto img_1_5_ver2 = upscale1_5x_ver2(img);
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auto img_2 = upscale2x(img);
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auto img_2_ver2 = upscale2x_ver2(img);
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auto img_3 = upscale2x(img_1_5);
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auto img_3_ver2 = upscale2x_ver2(img_1_5_ver2);
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img_1_5->overlay(text_avrg, 0, 0)->appendRight(img_1_5_ver2)->overlay(text_lin, 1536, 0)->save(
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"../lab02/lab02_03/tea_x1_5.bmp");
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img_2->overlay(text_avrg2, 0, 0)->appendRight(img_2_ver2)->overlay(text_lin2, 2048, 0)->save(
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"../lab02/lab02_03/tea_x2.bmp");
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img_3->overlay(text_avrg3, 0, 0)->appendRight(img_3_ver2)->overlay(text_lin3, 3072, 0)->save(
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"../lab02/lab02_03/tea_x3.bmp");
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img->overlay(text, 0, 0)->appendRight(img_1_5)->overlay(text_avrg, 1024, 0)->appendRight(img_2)
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->overlay(text_avrg2, 2560, 0)->appendRight(img_3)->overlay(text_avrg3, 4608, 0)->save(
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"../lab02/lab02_03/tea_upscale.bmp");
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img->overlay(text, 0, 0)->appendRight(img_1_5_ver2)->overlay(text_lin, 1024, 0)->appendRight(img_2_ver2)
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->overlay(text_lin, 2560, 0)->appendRight(img_3_ver2)->overlay(text_lin, 4608, 0)->save(
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"../lab02/lab02_03/tea_upscale_ver2.bmp");
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}
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void lab03() {
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auto img = readBMPImage("../bike.bmp");
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auto imgGS = grayscale(img);
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auto avrg_text = textImg(u"Осреднение", &font, 3);
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auto median_text = textImg(u"Медиана", &font, 3);
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auto prewitt_text = textImg(u"Фильтр Превитта", &font, 3);
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auto sobel_text = textImg(u"Фильтр Собеля", &font, 3);
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auto text = textImg(u"Оригинал", &font, 3);
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auto avrg_image = imgGS->applyFilter(averageFilter)->overlay(avrg_text, 0, 0);
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auto median_image = imgGS->applyFilter(medianFilter)->overlay(median_text, 0, 0);
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auto prewitt_dx_image = imgGS->applyFilter(prewittDXFilter);
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auto prewitt_dy_image = imgGS->applyFilter(prewittDYFilter);
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prewitt_dx_image->save("../lab03/prewitt1.bmp");
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prewitt_dy_image->save("../lab03/prewitt2.bmp");
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std::shared_ptr<PixelArray> prewittPixels = std::make_shared<PixelArray>(prewitt_dx_image->width(), prewitt_dy_image->height());
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for (int y = 0; y < prewitt_dx_image->height(); ++y) {
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for (int x = 0; x < prewitt_dx_image->width(); ++x) {
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(*prewittPixels)(y, x) = (*prewitt_dx_image->pixels())(y, x) + (*prewitt_dy_image->pixels())(y, x);
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}
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}
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auto prewitt_image = BMPImage(prewittPixels).overlay(prewitt_text, 0, 0);
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auto sobel_dx_image = imgGS->applyFilter(sobelDXFilter)->overlay(sobel_text, 0, 0);
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auto sobel_dy_image2 = imgGS->applyFilter(sobelDYFilter)->overlay(sobel_text, 0, 0);
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std::shared_ptr<PixelArray> sobelPixels = std::make_shared<PixelArray>(sobel_dx_image->width(), sobel_dx_image->height());
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for (int y = 0; y < sobel_dx_image->height(); ++y) {
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for (int x = 0; x < sobel_dx_image->width(); ++x) {
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(*sobelPixels)(y, x) = (*sobel_dx_image->pixels())(y, x) + (*sobel_dy_image2->pixels())(y, x);
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}
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}
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auto sobel_image = BMPImage(sobelPixels).overlay(sobel_text, 0, 0);
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imgGS->overlay(text, 0, 0)->appendRight(avrg_image)->appendRight(median_image)->save("../lab03/avrg_median_filter.bmp");
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imgGS->overlay(text, 0, 0)->appendRight(prewitt_image)->save("../lab03/prewitt_filter.bmp");
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imgGS->overlay(text, 0, 0)->appendRight(sobel_image)->save("../lab03/sobel_filter.bmp");
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}
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void test() {
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std::shared_ptr<PixelArray> test = std::make_shared<PixelArray>(3, 3);
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(*test)(0, 0) = Pixel{0, 0, 0};
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(*test)(0, 1) = Pixel{127, 127, 127};
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(*test)(0, 2) = Pixel{255, 255, 255};
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(*test)(1, 0) = Pixel{127, 127, 127};
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(*test)(1, 1) = Pixel{63, 63, 63};
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(*test)(1, 2) = Pixel{127, 127, 127};
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(*test)(2, 0) = Pixel{255, 255, 255};
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(*test)(2, 1) = Pixel{127, 127, 127};
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(*test)(2, 2) = Pixel{0, 0, 0};
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auto test_img = std::make_shared<BMPImage>(test);
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test_img->save("../test.bmp");
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auto test_scale = upscale1_5x_ver2(test_img);
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test_scale->save("../test_scale.bmp");
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}
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void test2() {
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auto background_color = Pixel{0, 0, 0};
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auto font_color = Pixel{255, 255, 255};
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auto glyph = font._glyphs[u'б'];
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auto w = glyph->width;
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auto h = glyph->height;
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uint32_t imgWidth = 16 * glyph->width;
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uint32_t imgHeight = 16 * glyph->height;
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std::shared_ptr<PixelArray> test = std::make_shared<PixelArray>(imgWidth, imgHeight);
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std::u16string str = u"Hello, World! Привет, Мир!";
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uint32_t k = 0;
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for (const auto &it: font._glyphs) {
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if (k == 256) continue;
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// glyph = font._glyphs[u'☺'];
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// glyph = font._glyphs[str[k % str.size()]];
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glyph = it.second;
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for (int i = 0; i < h; ++i) {
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for (int j = 0; j < w; ++j) {
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if (glyph->glyph[i][j])
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(*test)((k / 16) * h + i, (k % 16) * w + j) = font_color;
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else
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(*test)((k / 16) * h + i, (k % 16) * w + j) = background_color;
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}
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}
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k++;
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}
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BMPImage(test).save("test_font.bmp");
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}
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void test3() {
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textImg(u"Привет, Мир!", &font)->save("../font_test.bmp");
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}
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int main() {
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// lab01();
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// lab02_01();
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// lab02_02();
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// lab02_03();
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lab03();
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// test();
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// test2();
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// test3();
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return 0;
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}
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