193 	struct display_capabilities capabilities;  in main()  local
210 	display_get_capabilities(display_dev, &capabilities);  in main()
212 	if (capabilities.screen_info & SCREEN_INFO_MONO_VTILED) {  in main()
220 	if ((capabilities.x_resolution < 3 * rect_w) ||  in main()
221 	    (capabilities.y_resolution < 3 * rect_h) ||  in main()
222 	    (capabilities.x_resolution < 8 * rect_h)) {  in main()
223 		rect_w = capabilities.x_resolution * 40 / 100;  in main()
224 		rect_h = capabilities.y_resolution * 40 / 100;  in main()
225 		h_step = capabilities.y_resolution * 20 / 100;  in main()
229 		scale = (capabilities.x_resolution / 8) / rect_h;  in main()
235 	if (capabilities.screen_info & SCREEN_INFO_EPD) {  in main()
241 	if (capabilities.screen_info & SCREEN_INFO_X_ALIGNMENT_WIDTH) {  in main()
242 		rect_w = capabilities.x_resolution;  in main()
247 	if (buf_size < (capabilities.x_resolution * h_step)) {  in main()
248 		buf_size = capabilities.x_resolution * h_step;  in main()
251 	switch (capabilities.current_pixel_format) {  in main()
311 	buf_desc.pitch = capabilities.x_resolution;  in main()
312 	buf_desc.width = capabilities.x_resolution;  in main()
323 	for (int idx = 0; idx < capabilities.y_resolution; idx += h_step) {  in main()
329 		if ((capabilities.y_resolution - idx) < h_step) {  in main()
330 			buf_desc.height = (capabilities.y_resolution - idx);  in main()
345 	x = capabilities.x_resolution - rect_w;  in main()
357 	x = capabilities.x_resolution - rect_w;  in main()
358 	y = capabilities.y_resolution - rect_h;  in main()
365 	y = capabilities.y_resolution - rect_h;  in main()