#include "structure.h"
-static CanonImage *cim;
-
-static inline char get(int x, int y) { return cim->d[y * cim->w + x]; }
-static inline char get_p(Point p) { return get(p.x,p.y); }
-
DEBUG_DEFINE_DEBUGF(struct)
#define START_MAIN {200,200}
#define TEXT_COLUMNS 2
#define MAX_COLUMNS 7
-static Rect mainr;
-static int commbasey, comminty;
-static int colrightx[INTERESTING_COLUMNS];
+struct PageStruct {
+ Rect mr;
+ int commbasey, comminty;
+ int colrightx[INTERESTING_COLUMNS];
+};
+
+const CanonImage *page_images[MAX_PAGES];
+static PageStruct page_structs[MAX_PAGES];
+const RgbImage *page0_rgbimage;
+int npages;
+
static int text_h=-1, columns=-1;
+
static OcrReader *rd;
+static const CanonImage *cim;
+static PageStruct s;
+
char *archipelago, *island;
#define OTHERCOORD_x y
#define OTHERCOORD_y x
+
+void select_page(int page) {
+ cim= page_images[page];
+ s= page_structs[page];
+ assert(cim);
+}
+
+
typedef struct {
- Rgb rgb; /* on screen */
+ Rgb rgbx; /* on screen, REVERSED BYTES ie r||g||b */
char c; /* canonical */
} CanonColourInfo;
void canon_colour_prepare(void) {
const CanonColourInfo *cci;
for (cci=canoncolourinfo_table; cci->c; cci++) {
- unsigned char r= cci->rgb >> 16;
- unsigned char g= cci->rgb >> 8;
- unsigned char b= cci->rgb;
+ unsigned char r= cci->rgbx >> 16;
+ unsigned char g= cci->rgbx >> 8;
+ unsigned char b= cci->rgbx;
CanonColourInfoGreens *greens= canoncolourinfo_tree.red2[r];
if (!greens) {
}
}
+static inline char get(int x, int y) { return cim->d[y * cim->w + x]; }
+static inline char get_p(Point p) { return get(p.x,p.y); }
+
static void mustfail1(const char *file, int line, const char *what) {
fprintf(stderr,
}
#define MUST(x, ifnot) do{ \
- if (!(x)) { \
+ if (__builtin_expect(!(x), 0)) { \
mustfail1(__FILE__,__LINE__,#x); \
ifnot; \
mustfail2(); \
#define MP(v) fprintf(stderr," %s=%d,%d",#v,(v).x,(v).y)
#define MI(v) fprintf(stderr," %s=%d", #v,(v))
#define MIL(v) fprintf(stderr," %s=%ld", #v,(v))
-#define MRGB(v) fprintf(stderr," %s=%06lx", #v,(v))
+#define MRGB(v) fprintf(stderr," %s=%06"PRIx32, #v,(v))
#define MC(v) fprintf(stderr," %s='%c'", #v,(v))
#define MS(v) fprintf(stderr," %s=\"%s\"", #v,(v))
#define MF(v) fprintf(stderr," %s=%f", #v,(v))
(search).TLBR.XY += increm; \
}
-void find_structure(CanonImage *im, int *max_relevant_y_r,
+void find_structure(const CanonImage *im,
+ PageStruct **pagestruct_r,
+ int *max_relevant_y_r,
Point *commod_focus_point_r,
Point *commod_page_point_r,
Point *commod_focuslast_point_r) {
cim= im;
-
+
+ FILLZERO(s);
Rect whole = { {0,0}, {cim->w-1,cim->h-1} };
if (DEBUGP(rect)) {
}
Point mainr_tl= START_MAIN;
- mainr.tl= mainr_tl;
- WALK_UNTIL_MUST(mainr.tl, y,-1, whole.tl.y, ' ');
- mainr.br= mainr.tl;
+ s.mr.tl= mainr_tl;
+ WALK_UNTIL_MUST(s.mr.tl, y,-1, whole.tl.y, ' ');
+ s.mr.br= s.mr.tl;
- WALK_UNTIL_MUST(mainr.tl, x,-1, whole.tl.x, '*');
- WALK_UNTIL_MUST(mainr.tl, y,-1, whole.tl.y, '*');
- WALK_UNTIL_MUST(mainr.br, x,+1, whole.br.x, '*');
- WALK_UNTIL_MUST(mainr.br, y,+1, whole.br.y, '*');
+ WALK_UNTIL_MUST(s.mr.tl, x,-1, whole.tl.x, '*');
+ WALK_UNTIL_MUST(s.mr.tl, y,-1, whole.tl.y, '*');
+ WALK_UNTIL_MUST(s.mr.br, x,+1, whole.br.x, '*');
+ WALK_UNTIL_MUST(s.mr.br, y,+1, whole.br.y, '*');
- REQUIRE_RECTANGLE(mainr.tl.x-1, mainr.tl.y, mainr.tl.x-1, mainr.br.y, "*");
- REQUIRE_RECTANGLE(mainr.br.x+1, mainr.tl.y, mainr.br.x+1, mainr.br.y, "*");
- REQUIRE_RECTANGLE(mainr.tl.x, mainr.tl.y-1, mainr.br.x, mainr.tl.y-1, "*");
- REQUIRE_RECTANGLE(mainr.tl.x, mainr.br.y+1, mainr.br.x, mainr.br.y+1, "*");
+ REQUIRE_RECTANGLE(s.mr.tl.x-1, s.mr.tl.y, s.mr.tl.x-1, s.mr.br.y, "*");
+ REQUIRE_RECTANGLE(s.mr.br.x+1, s.mr.tl.y, s.mr.br.x+1, s.mr.br.y, "*");
+ REQUIRE_RECTANGLE(s.mr.tl.x, s.mr.tl.y-1, s.mr.br.x, s.mr.tl.y-1, "*");
+ REQUIRE_RECTANGLE(s.mr.tl.x, s.mr.br.y+1, s.mr.br.x, s.mr.br.y+1, "*");
#define CHECK_STRIP_BORDER(tlbr,xy,increm) \
do { \
Point csb_p; \
Rect csb_r; \
- csb_p= mainr.tl; \
+ csb_p= s.mr.tl; \
csb_p.x++; csb_p.y++; \
- csb_p.xy= mainr.tlbr.xy; \
+ csb_p.xy= s.mr.tlbr.xy; \
if (get_p(csb_p)=='+') { \
- csb_r= mainr; \
+ csb_r= s.mr; \
csb_r.tl.xy= csb_p.xy; \
csb_r.br.xy= csb_p.xy; \
require_rectangle_r(csb_r, "+", __LINE__); \
- mainr.tlbr.xy += increm; \
+ s.mr.tlbr.xy += increm; \
} \
} while(0)
- debug_rect("mainr",0, mainr);
+ debug_rect("s.mr",0, s.mr);
CHECK_STRIP_BORDER(tl,x,+1);
CHECK_STRIP_BORDER(tl,y,+1);
CHECK_STRIP_BORDER(br,x,-1);
CHECK_STRIP_BORDER(br,y,-1);
- debug_rect("mainr",1, mainr);
+ debug_rect("s.mr",1, s.mr);
Rect updown= {START_MAIN,START_MAIN};
const int chkw= 100;
updown.br.y++;
debug_rect("updown",__LINE__,updown);
- ADJUST_BOX(updown, "+", >=,chkw, mainr.tl.y, MUST, tl,y,-1);
+ ADJUST_BOX(updown, "+", >=,chkw, s.mr.tl.y, MUST, tl,y,-1);
debug_rect("updown",__LINE__,updown);
updown.br.y= updown.tl.y;
updown.tl.y= updown.tl.y-1;
- ADJUST_BOX(updown, "+*",>=,chkw, mainr.tl.y-1, MUST, tl,y,-1);
+ ADJUST_BOX(updown, "+*",>=,chkw, s.mr.tl.y-1, MUST, tl,y,-1);
debug_rect("updown",__LINE__,updown);
- commbasey= updown.tl.y + 1;
- comminty= updown.br.y - updown.tl.y;
+ s.commbasey= updown.tl.y + 1;
+ s.comminty= updown.br.y - updown.tl.y;
- Rect across= {{ mainr.tl.x - 1, commbasey },
- { mainr.tl.x, commbasey + comminty-2 }};
+ Rect across= {{ s.mr.tl.x - 1, s.commbasey },
+ { s.mr.tl.x, s.commbasey + s.comminty-2 }};
int colno=0;
for (;;) {
#define LIMIT_QUITEQ(cond,mp) { if (!(cond)) break; }
debug_rect("across",colno*1000000+__LINE__, across);
- ADJUST_BOX(across, "+",>=,comminty-1, mainr.br.x, LIMIT_QUITEQ, br,x,+1);
+ ADJUST_BOX(across, "+",>=,s.comminty-1,s.mr.br.x,LIMIT_QUITEQ,br,x,+1);
debug_rect("across",colno*1000000+__LINE__, across);
- MUST( colno < MAX_COLUMNS, MI(colno);MR(across);MR(mainr);MI(commbasey); );
+ MUST( colno < MAX_COLUMNS,
+ MI(colno);MR(across);MR(s.mr);MI(s.commbasey); );
int colrx= across.br.x-1;
- if (colrx >= mainr.br.x) colrx= mainr.br.x;
+ if (colrx >= s.mr.br.x) colrx= s.mr.br.x;
if (colno < INTERESTING_COLUMNS)
- colrightx[colno]= colrx;
+ s.colrightx[colno]= colrx;
colno++;
- if (across.br.x >= mainr.br.x)
+ if (across.br.x >= s.mr.br.x)
break;
- REQUIRE_RECTANGLE(across.br.x,mainr.tl.y, across.br.x,mainr.br.y, "+");
+ REQUIRE_RECTANGLE(across.br.x,s.mr.tl.y, across.br.x,s.mr.br.y, "+");
across.br.x++;
}
- MUST( colno >= MIN_COLUMNS, MI(colno);MR(mainr);MR(across); );
+ MUST( colno >= MIN_COLUMNS, MI(colno);MR(s.mr);MR(across); );
const int pagerh= 6;
- Rect pager= {{ mainr.br.x, mainr.br.y - (pagerh-1) },
- { mainr.br.x + 1, mainr.br.y }};
+ Rect pager= {{ s.mr.br.x, s.mr.br.y - (pagerh-1) },
+ { s.mr.br.x + 1, s.mr.br.y }};
debug_rect("pager",__LINE__,pager);
ADJUST_BOX(pager, "o",>=,pagerh-2, whole.br.x,MUST, br,x,+1);
ADJUST_BOX(pager, "o",>=,pagerh-2, whole.br.x,MUST, br,x,+1);
debug_rect("pager",__LINE__,pager);
- ADJUST_BOX(pager, "o",>=,RECT_W(pager)-2, mainr.tl.y,LIMIT_QUITEQ, tl,y,-1);
+ ADJUST_BOX(pager, "o",>=,RECT_W(pager)-2, s.mr.tl.y,LIMIT_QUITEQ, tl,y,-1);
debug_rect("pager",__LINE__,pager);
#define SET_ONCE(var,val) do{ \
int v= (val); \
if ((var)==-1) (var)= v; \
- else MUST( (var) == v, MSB(#var);MI((var));MI(v);MR(mainr); ); \
+ else MUST( (var) == v, MSB(#var);MI((var));MI(v);MR(s.mr); ); \
}while(0)
SET_ONCE(columns, colno);
- SET_ONCE(text_h, comminty - 1);
+ SET_ONCE(text_h, s.comminty - 1);
+
+ if (pagestruct_r) {
+ *pagestruct_r= mmalloc(sizeof(s));
+ **pagestruct_r= s;
+ }
+
if (max_relevant_y_r)
- SET_ONCE(*max_relevant_y_r, mainr.br.y + 10);
+ SET_ONCE(*max_relevant_y_r, s.mr.br.y + 10);
if (commod_focus_point_r) {
- *commod_focus_point_r= mainr.tl;
+ *commod_focus_point_r= s.mr.tl;
commod_focus_point_r->x += 10;
- commod_focus_point_r->y += comminty/3;
+ commod_focus_point_r->y += s.comminty/3;
}
if (commod_focuslast_point_r) {
- *commod_focuslast_point_r= mainr.br;
+ *commod_focuslast_point_r= s.mr.br;
commod_focuslast_point_r->x -= 10;
- commod_focuslast_point_r->y -= comminty/3;
+ commod_focuslast_point_r->y -= s.comminty/3;
}
if (commod_page_point_r) {
commod_page_point_r->x= (pager.tl.x + pager.br.x) / 2;
struct pam inpam;
unsigned char rgb_buf[3];
CanonImage *im;
+ RgbImage *ri;
+ PageStruct *pstruct;
+
+ progress("page %d reading ...",npages);
pnm_readpaminit(f, &inpam, sizeof(inpam));
if (!(inpam.maxval == 255 &&
inpam.format == RPPM_FORMAT))
fatal("PNM screenshot(s) file must be 8bpp 1 byte-per-sample RGB raw");
- CANONICALISE_IMAGE(im, inpam.width, inpam.height, {
- int rr= fread(&rgb_buf,1,3,f);
- sysassert(!ferror(f));
+ CANONICALISE_IMAGE(im, inpam.width, inpam.height, ri, {
+ errno=0; int rr= fread_unlocked(&rgb_buf,1,3,f);
+ sysassert(rr==3);
if (rr!=3) fatal("PNM screenshot(s) file ends unexpectedly");
- r= rgb_buf[0];
- g= rgb_buf[1];
- b= rgb_buf[2];
+ rgb= rgb_buf[0] | (rgb_buf[1] << 8) | (rgb_buf[2] << 16);
});
sysassert(!ferror(screenshot_file));
if (!(npages < MAX_PAGES))
fatal("Too many images in screenshots file; max is %d.\n", MAX_PAGES);
- page_images[npages++]= im;
+ find_structure(im,&pstruct, 0,0,0,0);
+ store_current_page(im,pstruct,ri);
+ npages++;
+}
+
+void store_current_page(CanonImage *ci, PageStruct *pstruct, RgbImage *rgb) {
+ assert(ci==cim);
+ progress("page %d unantialiasing...",npages);
+ adjust_colours(ci, rgb);
+ progress("page %d storing ...",npages);
+ if (!npages) page0_rgbimage= rgb;
+ else free(rgb);
+ page_images[npages]= cim;
+ page_structs[npages]= *pstruct;
+ free(pstruct);
}
void read_one_screenshot(void) {
if (c==EOF) break;
ungetc(c, screenshot_file);
}
- progress("reading screenshot %d...",npages);
file_read_image_ppm(screenshot_file);
}
sysassert(!ferror(screenshot_file));
progress_log("read %d screenshots.",npages);
}
-static double find_aa_density(const RgbImage *ri, Point p, long background,
- long foreground, int fg_extra) {
+#define FIXPT_SHIFT 15
+
+typedef long Fixpt;
+static inline Fixpt int2fixpt(int x) { return x<<FIXPT_SHIFT; }
+static inline Fixpt dbl2fixpt(double x) { return x * int2fixpt(1); }
+static inline double fixpt2dbl(Fixpt x) { return x / (1.0*int2fixpt(1)); }
+static inline Fixpt fixpt_mul(Fixpt a, Fixpt b) {
+ return (a*b + dbl2fixpt(0.5)) / int2fixpt(1);
+}
+#define MFP(v) fprintf(stderr," %s=%lx=%f", #v,(v),fixpt2dbl((v)))
+
+static Fixpt aa_bg_chan[3], aa_scale_chan[3], aa_alpha_mean_max;
+static Rgb aa_background, aa_foreground;
+
+static void find_aa_density_prep(Rgb bg, Rgb fg, int fg_extra) {
+ int i;
+ unsigned char fg_chan[3];
+
+ aa_background= bg;
+ aa_foreground= fg;
+ aa_alpha_mean_max= fg_extra ? int2fixpt(1)-1 : int2fixpt(1);
+
+ for (i=0; i<3; i++) {
+ aa_bg_chan[i]= int2fixpt( (aa_background >> (i*8)) & 0xff );
+ fg_chan[i]= aa_foreground >> (i*8);
+
+ aa_scale_chan[i]= 1.0 / (int2fixpt(fg_chan[i]) + fg_extra - aa_bg_chan[i])
+ * dbl2fixpt(1) * dbl2fixpt(1);
+ }
+}
+
+static inline Fixpt find_aa_density(const RgbImage *ri, Point p) {
Rgb here= ri_rgb(ri, p.x, p.y);
- double alpha[3], alpha_mean=0;
+ if (here==aa_background) return 0;
+
+ Fixpt alpha[3], alpha_total=0;
int i;
for (i=0; i<3; i++) {
- unsigned char here_chan= here >> (i*8);
- unsigned char bg_chan= background >> (i*8);
- unsigned char fg_chan= foreground >> (i*8);
- double alpha_chan=
- ((double)here_chan - (double)bg_chan) /
- ((fg_chan + fg_extra) - (double)bg_chan);
+ unsigned char here_chan= here >> (i*8);
+
+ Fixpt alpha_chan= fixpt_mul(int2fixpt(here_chan) - aa_bg_chan[i],
+ aa_scale_chan[i]);
alpha[i]= alpha_chan;
- alpha_mean += alpha_chan * (1/3.0);
+ alpha_total += alpha_chan;
}
- double thresh= 1.5/AAMAXVAL;
- double alpha_min= alpha_mean - thresh;
- double alpha_max= alpha_mean + thresh;
+ Fixpt one_third= dbl2fixpt(1/3.0);
+ Fixpt alpha_mean= fixpt_mul(alpha_total, one_third);
+
+ Fixpt thresh= dbl2fixpt(1.5/AAMAXVAL);
+ Fixpt alpha_min= alpha_mean - thresh*2;
+ Fixpt alpha_max= alpha_mean + thresh*2;
+
for (i=0; i<3; i++)
MUST( alpha_min <= alpha[i] && alpha[i] <= alpha_max,
MP(p);
- MRGB(here);MRGB(background);MRGB(foreground);MI(fg_extra);
- MF(alpha_min); MI(i);MF(alpha[i]);MF(alpha_max) );
-
- if ( -1e-5 < alpha_mean && alpha_mean <= 0.0 ) alpha_mean= 0.0;
- if (1.0 <= alpha_mean && alpha_mean <= 1.0+1e-5) alpha_mean= 1.0;
+ MRGB(here);MRGB(aa_background);MRGB(aa_foreground);
+ MFP(aa_alpha_mean_max);MFP(thresh);MFP(alpha_mean);
+ MFP(alpha_min);MI(i);MFP(alpha[i]);MFP(alpha_max) );
- MUST( 0 <= alpha_mean &&
- (fg_extra ? (alpha_mean < 0.999) : (alpha_mean <= 1.0)),
+ MUST( -thresh <= alpha_mean && alpha_mean <= aa_alpha_mean_max + thresh,
MP(p);
- MRGB(here);MRGB(background);MRGB(foreground);MI(fg_extra);
- MF(alpha_mean); MF(alpha[0]);MF(alpha[1]);MF(alpha[2]); );
+ MRGB(here);MRGB(aa_background);MRGB(aa_foreground);
+ MFP(aa_alpha_mean_max);MFP(thresh);
+ MFP(alpha_mean); MFP(alpha[0]);MFP(alpha[1]);MFP(alpha[2]); );
+
+ if (alpha_mean < 0) alpha_mean= 0;
+ if (alpha_mean > aa_alpha_mean_max) alpha_mean= aa_alpha_mean_max;
return alpha_mean;
}
static void find_commodity(int offset, Rect *rr) {
/* rr->tl.x==-1 if offset out of range */
- rr->tl.y= commbasey - offset*comminty;
- rr->br.y= rr->tl.y + comminty-2;
- if (rr->tl.y < mainr.tl.y || rr->br.y > mainr.br.y) { rr->tl.x=-1; return; }
+ rr->tl.y= s.commbasey - offset*s.comminty;
+ rr->br.y= rr->tl.y + s.comminty-2;
+ if (rr->tl.y < s.mr.tl.y || rr->br.y > s.mr.br.y) { rr->tl.x=-1; return; }
- rr->tl.x= mainr.tl.x;
- rr->br.x= mainr.br.x;
+ rr->tl.x= s.mr.tl.x;
+ rr->br.x= s.mr.br.x;
- if (rr->tl.y > mainr.tl.y)
+ if (rr->tl.y > s.mr.tl.y)
REQUIRE_RECTANGLE(rr->tl.x,rr->tl.y-1, rr->br.x,rr->tl.y-1, "+");
- if (rr->br.y < mainr.tl.y)
+ if (rr->br.y < s.mr.tl.y)
REQUIRE_RECTANGLE(rr->tl.x,rr->br.y+1, rr->br.x,rr->br.y+1, "+");
}
-static void find_table_entry(Rect commod, int colno, Rect *cell) {
+static void compute_table_location(Rect commod, int colno, Rect *cell) {
cell->tl.y= commod.tl.y;
cell->br.y= commod.br.y;
- cell->tl.x= !colno ? commod.tl.x : colrightx[colno-1]+2;
- cell->br.x= colrightx[colno];
+ cell->tl.x= !colno ? commod.tl.x : s.colrightx[colno-1]+2;
+ cell->br.x= s.colrightx[colno];
debug_rect("cell", colno, *cell);
+}
- const RgbImage *ri= cim->rgb;
-
+static void ocr_rectangle(Rect r, const OcrCellType ct, FILE *tsv_output) {
+ OcrResultGlyph *results, *res;
+
+ int w= r.br.x - r.tl.x + 1;
+ Pixcol cols[w+1];
+ int x,y;
+ for (x=0; x<w; x++) {
+ FILLZERO(cols[x]);
+ for (y=0; y<text_h; y++) {
+ Point here= { x+r.tl.x, y+r.tl.y };
+ int pixel= get_p(here);
+ if (pixel==' ') pixel= '0';
+ MUST( pixel >= '0' && pixel <= '0'+AAMAXVAL,
+ MC(pixel);MP(here);MSB(ocr_celltype_name(ct));MR(r); );
+ pixcol_p_add(&cols[x], y, pixel-'0');
+ }
+ }
+ FILLZERO(cols[w]);
+
+ results= ocr(rd,ct,w,cols);
+ for (res=results; res->s; res++)
+ fputs(res->s,tsv_output);
+}
+
+#define FOR_COMMODITY_CELL(ROW_START, CELL, ROW_END) do{ \
+ Rect rowr, cell; \
+ int tryrect, colno; \
+ \
+ for (tryrect= +cim->h; tryrect >= -cim->h; tryrect--) { \
+ find_commodity(tryrect, &rowr); \
+ if (rowr.tl.x < 0) \
+ continue; \
+ debug_rect("commod",tryrect, rowr); \
+ \
+ ROW_START; \
+ \
+ for (colno=0; colno<columns; colno++) { \
+ compute_table_location(rowr,colno,&cell); \
+ \
+ CELL; \
+ } \
+ \
+ ROW_END; \
+ } \
+ }while(0);
+
+static void adjust_colours_cell(CanonImage *ci, const RgbImage *ri,
+ int colno, Rect cell) {
Rgb background;
unsigned char chanbg[3];
long bg_count=0, light_count=0, dark_count=0;
+ int i;
Point p;
- background= ri_rgb(ri, cell->br.x, cell->br.y);
- memcpy(chanbg, RI_PIXEL(ri, cell->br.x, cell->br.y), 3);
-
- FOR_P_RECT(p,*cell) {
- const unsigned char *here_pixel= RI_PIXEL(ri, p.x, p.y);
- int i;
- for (i=0; i<3; i++) {
- unsigned here= here_pixel[i];
- if (here == chanbg[i]) bg_count++;
- else if (here < chanbg[i]) dark_count += (chanbg[i] - here)/4 + 1;
- else if (here > chanbg[i]) light_count += (here - chanbg[i])/4 + 1;
+ background= ri_rgb(ri, cell.br.x, cell.br.y);
+ for (i=0; i<3; i++)
+ chanbg[i]= background >> (i*8);
+
+ FOR_P_RECT(p,cell) {
+ Rgb herergb= ri_rgb(ri, p.x, p.y);
+ if (herergb==background) {
+ bg_count+=3;
+ } else {
+ for (i=0; i<3; i++) {
+ unsigned char here= herergb >> (i*8);
+ if (here == chanbg[i]) bg_count++;
+ else if (here < chanbg[i]) dark_count += (chanbg[i] - here)/4 + 1;
+ else if (here > chanbg[i]) light_count += (here - chanbg[i])/4 + 1;
+ }
}
}
- long total_count= RECT_W(*cell) * RECT_H(*cell) * 3;
+ long total_count= RECT_W(cell) * RECT_H(cell) * 3;
MUST( bg_count > total_count / 2,
- MR(*cell);MIL(total_count);MIL(bg_count);
+ MR(cell);MIL(total_count);MIL(bg_count);
MIL(light_count);MIL(dark_count) );
if (bg_count == total_count)
fg_extra= -1;
} else {
MUST( !"tell light from dark",
- MR(*cell);MIL(total_count);MIL(bg_count);
+ MR(cell);MIL(total_count);MIL(bg_count);
MIL(light_count);MIL(dark_count);MRGB(background); );
}
debugf("TABLEENTRY col=%d %d,%d..%d,%d bg=%ld light=%ld dark=%ld\n",
- colno, cell->tl.x,cell->tl.y, cell->br.x,cell->br.y,
+ colno, cell.tl.x,cell.tl.y, cell.br.x,cell.br.y,
bg_count, light_count, dark_count);
-
+
int monochrome= 1;
- FOR_P_RECT(p,*cell) {
- double alpha= find_aa_density(ri,p,background,foreground,fg_extra);
+ find_aa_density_prep(background, foreground, fg_extra);
- int here_int= floor((AAMAXVAL+1)*alpha);
+ FOR_P_RECT(p,cell) {
+ Fixpt alpha= find_aa_density(ri,p);
+
+ int here_int= alpha >> (FIXPT_SHIFT - AADEPTH);
assert(here_int <= AAMAXVAL);
if (!(here_int==0 || here_int==AAMAXVAL)) monochrome=0;
- cim->d[p.y * cim->w + p.x]= '0' + here_int;
+ ci->d[p.y * ci->w + p.x]= '0' + here_int;
}
- debug_rect("cell0M", colno, *cell);
+ debug_rect("cell0M", colno, cell);
- require_rectangle_r(*cell, "0123456789", __LINE__);
+ require_rectangle_r(cell, "0123456789", __LINE__);
}
-static void ocr_rectangle(Rect r, const OcrCellType ct, FILE *tsv_output) {
- OcrResultGlyph *results, *res;
+void adjust_colours(CanonImage *ci, const RgbImage *ri) {
+ if (!(o_mode & mf_analyse))
+ return;
- int w= r.br.x - r.tl.x + 1;
- Pixcol cols[w+1];
- int x,y;
- for (x=0; x<w; x++) {
- FILLZERO(cols[x]);
- for (y=0; y<text_h; y++) {
- Point here= { x+r.tl.x, y+r.tl.y };
- int pixel= get_p(here);
- if (pixel==' ') pixel= '0';
- MUST( pixel >= '0' && pixel <= '0'+AAMAXVAL,
- MC(pixel);MP(here);MSB(ocr_celltype_name(ct));MR(r); );
- pixcol_p_add(&cols[x], y, pixel-'0');
- }
- }
- FILLZERO(cols[w]);
+ cim= ci;
- results= ocr(rd,ct,w,cols);
- for (res=results; res->s; res++)
- fputs(res->s,tsv_output);
+ FOR_COMMODITY_CELL({},({
+ adjust_colours_cell(ci,ri,colno,cell);
+ }),{});
}
void analyse(FILE *tsv_output) {
- Rect thisr, entryr;
- int page, tryrect, colno;
+ int page;
for (page=0; page<npages; page++) {
- find_structure(page_images[page], 0,0,0,0);
+ select_page(page);
if (!page)
check_correct_commodities();
if (!rd)
rd= ocr_init(text_h);
- progress("Scanning page %d...",page);
-
- for (tryrect= +cim->h; tryrect >= -cim->h; tryrect--) {
- find_commodity(tryrect, &thisr);
- if (thisr.tl.x < 0)
- continue;
- debug_rect("commod",tryrect, thisr);
-
- const char *tab= "";
- for (colno=0; colno<columns; colno++) {
- find_table_entry(thisr,colno,&entryr);
- fputs(tab, tsv_output);
- ocr_rectangle(entryr,
- colno<TEXT_COLUMNS
- ? &ocr_celltype_text
- : &ocr_celltype_number,
- tsv_output);
- tab= "\t";
- }
+ progress("Processing page %d...",page);
+
+ const char *tab= "";
+
+ FOR_COMMODITY_CELL({
+ tab= "";
+ },{
+ fputs(tab, tsv_output);
+ ocr_rectangle(cell,
+ colno<TEXT_COLUMNS
+ ? &ocr_celltype_text
+ : &ocr_celltype_number,
+ tsv_output);
+ tab= "\t";
+ },{
fputs("\n", tsv_output);
sysassert(!ferror(tsv_output));
sysassert(!fflush(tsv_output));
- }
+ })
}
progress("Commodity table scan complete.");
}
}
void find_islandname(void) {
- find_structure(page_images[0], 0,0,0,0);
+ const RgbImage *rgbsrc= page0_rgbimage;
+ select_page(0);
- RgbImage *ri= alloc_rgb_image(page_images[0]->rgb->w,
- page_images[0]->rgb->h);
- memcpy(ri->data, page_images[0]->rgb->data, ri->w * ri->h * 3);
+ RgbImage *ri= alloc_rgb_image(rgbsrc->w, rgbsrc->h);
+ memcpy(ri->data, rgbsrc->data, ri->w * ri->h * 3);
Rect sunshiner= find_sunshine_widget();
char sunshine[MAXIMGIDENT], archisland[MAXIMGIDENT];
- const unsigned char *srcp;
- unsigned char *destp, *endp;
- for (srcp=page_images[0]->rgb->data, destp=ri->data,
- endp= ri->data + 3 * ri->w * ri->h;
+ const Rgb *srcp;
+ Rgb *destp, *endp;
+ for (srcp= rgbsrc->data, destp=ri->data,
+ endp= ri->data + ri->w * ri->h;
destp < endp;
srcp++, destp++) {
- unsigned char c= *srcp & 0xf0;
- *destp= c | (c>>4);
+ Rgb new= *srcp & 0xf0f0f0;
+ *destp= new | (new>>4);
}
identify_rgbimage(ri, sunshiner, sunshine, "sunshine widget");
// islandnamer.br.y = larger_islandnamebry;
debug_rect("islandnamer",1, islandnamer);
- int x,y,i;
+ int x,y;
for (x=islandnamer.tl.x; x<=islandnamer.br.x; x++)
for (y=islandnamer.tl.y; y<=islandnamer.br.y; y++) {
- if (RI_PIXEL(ri,x,y)[0] < 0x40) {
- for (i=0; i<3; i++) {
- RI_PIXEL(ri,x,y)[i]= 0;
- }
+ if ((ri_rgb(ri,x,y) & 0xff) < 0x40) {
+ *RI_PIXEL32(ri,x,y)= 0;
}
}
uint32_t pattern=0;
int runs[32], nruns=0;
runs[0]=0; runs[1]=0;
+
+ find_aa_density_prep(0xCCCCAA,0x002255,0);
for (p.y=islandnamer.tl.y; p.y<=islandnamer.br.y; p.y++) {
pattern <<= 1;
- double alpha= find_aa_density(ri,p, 0xCCCCAA,0x002255,0);
- if (alpha >= 0.49) {
+ Fixpt alpha= find_aa_density(ri,p);
+ if (alpha >= dbl2fixpt(0.49)) {
runs[nruns]++;
pattern |= 1u;
} else {
~yarrgweb / ypp-sc-tools.db-test.git / commitdiff