img                59 core/autoiso.c     unsigned char *img = vid_get_viewport_active_buffer();
img                60 core/autoiso.c     if (img)
img                63 core/autoiso.c         img += vid_get_viewport_image_offset() + 1; // Skip border and move to 1st Y component in each block
img                66 core/autoiso.c         for (y=0; y<vp_height; y+=1, img+=vp_offset)
img                70 core/autoiso.c                 h[img[x]] += 1;
img               193 lib/lua/loadlib.c   NSObjectFileImage img;
img               200 lib/lua/loadlib.c   ret = NSCreateObjectFileImageFromFile(path, &img);
img               202 lib/lua/loadlib.c     NSModule mod = NSLinkModule(img, path, NSLINKMODULE_OPTION_PRIVATE |
img               204 lib/lua/loadlib.c     NSDestroyObjectFileImage(img);
img               347 modules/edgeoverlay.c     const unsigned char* img = vid_get_viewport_active_buffer();
img               348 modules/edgeoverlay.c     if (!img) return shutter_fullpress;
img               366 modules/edgeoverlay.c     img += vid_get_viewport_image_offset();		// offset into viewport for when image size != viewport size (e.g. 16:9 image on 4:3 LCD)
img               395 modules/edgeoverlay.c             ptrh1 = img + (y_min+y-1) * viewport_byte_width*viewport_yscale;
img               418 modules/edgeoverlay.c             ptrh1 = img + y * viewport_byte_width*viewport_yscale;
img               426 modules/edgeoverlay.c             ptrh1 = img + (y-1) * viewport_byte_width*viewport_yscale;
img               102 modules/histogram.c void histogram_sample_stage(unsigned char *img, int stage, int byte_width, int vis_byte_width, int height, int xstep_bytes, int ystep)
img               105 modules/histogram.c     unsigned char *p_row = img + stage*ystep*byte_width + xstep_bytes;
img               107 modules/histogram.c     unsigned char *p_max = img + byte_width*(height-ystep);
img               144 modules/histogram.c     static unsigned char *img;
img               188 modules/histogram.c             img = vid_get_viewport_active_buffer();
img               189 modules/histogram.c             if (!img) return;
img               191 modules/histogram.c             img += vid_get_viewport_image_offset();		// offset into viewport for when image size != viewport size (e.g. 16:9 image on 4:3 LCD)
img               236 modules/histogram.c             histogram_sample_stage(img, histogram_stage, viewport_byte_width, viewport_vis_byte_width, viewport_height, xstep_bytes, ystep);
img               397 modules/motion_detector.c static void mx_dump_memory(void *img)
img               422 modules/motion_detector.c         write(fd, img, vid_get_viewport_byte_width()*vid_get_viewport_height_proper());
img               441 modules/motion_detector.c static unsigned char* img;
img               472 modules/motion_detector.c             curr += img[y + x + 1];  //Y always 2nd byte in each block
img               491 modules/motion_detector.c             curr += (int)img[y + uvx] - 128;    //U
img               494 modules/motion_detector.c             curr += (signed char)img[y + uvx];  //U
img               514 modules/motion_detector.c             curr += (int)img[y + uvx + 2] - 128;    //V
img               517 modules/motion_detector.c             curr += (signed char)img[y + uvx + 2];  //V
img               534 modules/motion_detector.c             cy = img[y + x + 1];
img               538 modules/motion_detector.c             cv = (int)img[y + uvx + 2] - 128;
img               541 modules/motion_detector.c             cv = (signed char)img[y + uvx + 2];
img               559 modules/motion_detector.c             cy = img[y + x + 1];
img               563 modules/motion_detector.c             cu = (int)img[y + uvx] - 128;
img               564 modules/motion_detector.c             cv = (int)img[y + uvx + 2] - 128;
img               567 modules/motion_detector.c             cu = (signed char)img[y + uvx];
img               568 modules/motion_detector.c             cv = (signed char)img[y + uvx + 2];
img               586 modules/motion_detector.c             cy = img[y + x + 1];
img               590 modules/motion_detector.c             cu = (int)img[y + uvx] - 128;
img               593 modules/motion_detector.c             cu = (signed char)img[y + uvx];
img               639 modules/motion_detector.c     img = vid_get_viewport_active_buffer();
img               640 modules/motion_detector.c     if (!img) return 0;
img               645 modules/motion_detector.c         mx_dump_memory((char*)img);
img               651 modules/motion_detector.c     img += vid_get_viewport_image_offset();     // offset into viewport for when image size != viewport size (e.g. 16:9 image on 4:3 LCD)