#include "poly.h"
#include "convert.h"
#include "renderpoly.h"
+#include "stroke.h"
gfxline_t*mkstar(int x1, int y1, int x2, int y2)
{
}
static windcontext_t onepolygon = {1};
+static windcontext_t twopolygons = {2};
int test_speed()
{
//gfxline_t* b = mkchessboard();
//gfxline_t* b = mkrandomshape(100,7);
- gfxline_t* b = make_circles(100);
+ gfxline_t* b = make_circles(30);
gfxmatrix_t m;
memset(&m, 0, sizeof(gfxmatrix_t));
m.ty = 400*1.41/2;
gfxline_t*l = gfxline_clone(b);
gfxline_transform(l, &m);
- gfxpoly_t*poly = gfxpoly_from_gfxline(b, 0.05);
+ gfxpoly_t*poly = gfxpoly_from_fill(b, 0.05);
- gfxpoly_t*poly2 = gfxpoly_process(poly, &windrule_evenodd, &onepolygon);
+ gfxpoly_t*poly2 = gfxpoly_process(poly, 0, &windrule_evenodd, &onepolygon);
gfxpoly_destroy(poly);
gfxpoly_destroy(poly2);
gfxline_free(l);
gfxline_free(b);
}
+int testbox(int argn, char*argv[])
+{
+ gfxline_t*box1 = gfxline_makerectangle(-100,-100,100,100);
+ gfxline_t*box2 = gfxline_makerectangle(-50,-50,150,150);
+ gfxpoly_t*poly1 = gfxpoly_from_fill(box1, 0.05);
+ gfxpoly_t*poly2 = gfxpoly_from_fill(box2, 0.05);
+ gfxline_free(box1);
+ gfxline_free(box2);
+
+ gfxpoly_t*poly12 = gfxpoly_process(poly1, poly2, &windrule_intersect, &twopolygons);
+ gfxpoly_dump(poly12);
+ assert(gfxpoly_check(poly12, 0));
+ gfxpoly_destroy(poly12);
+}
+
+int teststroke(int argn, char*argv[])
+{
+ gfxline_t*box1 = gfxline_makerectangle(-100,-100,100,100);
+ assert(gfxpoly_check(gfxpoly_from_stroke(box1, 2.0, gfx_capRound, gfx_joinRound, 0, 0.05), 1));
+}
+
+int test0(int argn, char*argv[])
+{
+ gfxline_t*box1 = gfxline_makerectangle(-100,-100,100,100);
+ gfxline_t*box2 = gfxline_makerectangle(-100,-100,100,100);
+ gfxline_t*box3 = gfxline_makerectangle(-100,-100,100,100);
+ //gfxline_append(box2, box3);
+
+ gfxmatrix_t matrix;
+ memset(&matrix, 0, sizeof(gfxmatrix_t));
+ double ua=M_PI/4;
+ matrix.m00=cos(ua);matrix.m10=sin(ua);
+ matrix.m01=-sin(ua);matrix.m11=cos(ua);
+ gfxline_transform(box1, &matrix);
+
+ //gfxline_t*b = 0;
+ //b = gfxline_append(b, box1);
+ //b = gfxline_append(b, box2);
+ //gfxline_dump(b, stderr, "");
+
+ gfxpoly_t*poly1 = gfxpoly_from_fill(box1, 0.05);
+ gfxpoly_t*poly2 = gfxpoly_from_fill(box2, 0.05);
+
+ gfxline_free(box1);
+ gfxline_free(box2);
+
+ //gfxpoly_t*poly3 = gfxpoly_process(poly1, poly2, &windrule_intersect, &twopolygons);
+ gfxpoly_t*poly3 = gfxpoly_process(poly1, poly2, &windrule_intersect, &twopolygons);
+ gfxpoly_dump(poly3);
+
+ gfxline_t*line = gfxline_from_gfxpoly(poly3);
+
+ gfxline_dump(line, stdout, "");
+ gfxline_free(line);
+ gfxpoly_destroy(poly1);
+ gfxpoly_destroy(poly2);
+ gfxpoly_destroy(poly3);
+}
+
+
int test1(int argn, char*argv[])
{
gfxline_t*box1 = gfxline_makerectangle(50,50,150,150);
gfxline_t*box2 = gfxline_makerectangle(100,100,200,200);
- gfxline_t*box3 = gfxline_makerectangle(100,100,200,200);
+ gfxline_t*box3 = gfxline_makerectangle(200,100,300,200);
+ gfxline_t*box4 = gfxline_makerectangle(300,200,400,400);
+ gfxline_t* board = mkchessboard();
gfxline_t*star = mkstar(50,50, 150,150);
gfxline_t*b = 0;
b = gfxline_append(b, box1);
b = gfxline_append(b, box2);
b = gfxline_append(b, box3);
+ b = gfxline_append(b, box4);
gfxmatrix_t matrix;
memset(&matrix, 0, sizeof(gfxmatrix_t));
- double ua=0.1;
- matrix.m00=cos(ua);matrix.m10=sin(ua);
- matrix.m01=-sin(ua);matrix.m11=cos(ua);
+ matrix.m00 = 1.0;
+ matrix.m11 = 1.0;
+ matrix.tx = 200;
+ matrix.ty = 200;
+ gfxline_transform(board, &matrix);
+ b = gfxline_append(b, board);
//gfxline_transform(b, &matrix);
- gfxline_dump(b, stderr, "");
- gfxpoly_t*poly = gfxpoly_from_gfxline(b, 0.05);
+ //gfxline_dump(b, stderr, "");
+ gfxpoly_t*poly = gfxpoly_from_fill(b, 0.05);
gfxline_free(box1);
gfxline_free(box2);
gfxline_free(box3);
gfxline_free(star);
- gfxpoly_dump(poly);
- gfxpoly_t*poly2 = gfxpoly_process(poly, &windrule_evenodd, &onepolygon);
+ //gfxpoly_dump(poly);
+ gfxpoly_t*poly2 = gfxpoly_process(poly, 0, &windrule_evenodd, &onepolygon);
+ //gfxpoly_dump(poly2);
+ gfxpoly_save_arrows(poly2, "test.ps");
gfxpoly_destroy(poly);
gfxpoly_destroy(poly2);
}
line[num-1].y = line[0].y;
line[num-1].next = 0;
- gfxpoly_t*poly1 = gfxpoly_from_gfxline(line, gridsize);
+ gfxpoly_t*poly1 = gfxpoly_from_fill(line, gridsize);
gfxline_free(line);
windrule_t*rule = &windrule_circular;
- gfxpoly_t*poly2 = gfxpoly_process(poly1, rule, &onepolygon);
+ gfxpoly_t*poly2 = gfxpoly_process(poly1, 0, rule, &onepolygon);
if(bitmaptest) {
intbbox_t bbox = intbbox_new(0, 0, width, height);
unsigned char*bitmap1 = render_polygon(poly1, &bbox, 1.0, rule, &onepolygon);
gfxline_t*l = gfxline_clone(line);
gfxline_transform(l, &m);
- gfxpoly_t*poly1 = gfxpoly_from_gfxline(l, 0.05);
+ gfxpoly_t*poly1 = gfxpoly_from_fill(l, 0.05);
- gfxpoly_t*poly2 = gfxpoly_process(poly1, rule, &onepolygon);
+ gfxpoly_t*poly2 = gfxpoly_process(poly1, 0, rule, &onepolygon);
tag = swf_InsertTag(tag, ST_DEFINESHAPE);
SHAPE* s;
double zoom = 1.0;
- if(!gfxpoly_check(poly1)) {
+ if(!gfxpoly_check(poly1, 0)) {
printf("bad polygon\n");
continue;
}
- gfxpoly_t*poly2 = gfxpoly_process(poly1, rule, &onepolygon);
+ gfxpoly_t*poly2 = gfxpoly_process(poly1, 0, rule, &onepolygon);
+ assert(gfxpoly_check(poly2, 1));
int pass;
for(pass=0;pass<2;pass++) {
intbbox_t bbox = intbbox_from_polygon(poly1, zoom);
unsigned char*bitmap1 = render_polygon(poly1, &bbox, zoom, rule, &onepolygon);
- unsigned char*bitmap2 = render_polygon(poly2, &bbox, zoom, &windrule_evenodd, &onepolygon);
+ unsigned char*bitmap2 = render_polygon(poly2, &bbox, zoom, &windrule_circular, &onepolygon);
if(!bitmap_ok(&bbox, bitmap1) || !bitmap_ok(&bbox, bitmap2)) {
save_two_bitmaps(&bbox, bitmap1, bitmap2, "error.png");
assert(!"error in bitmaps");
}
free(bitmap1);
free(bitmap2);
-
+
// second pass renders the 90° rotated version
rotate90(poly1);
rotate90(poly2);
#include "../gfxdevice.h"
#include "../pdf/pdf.h"
+static int max_segments = 0;
+static int max_any_segments = 0;
void extract_polygons_fill(gfxdevice_t*dev, gfxline_t*line, gfxcolor_t*color)
{
- //gfxpoly_t*c = gfxpoly_from_gfxline(line, 0.05);
+ //gfxpoly_t*c = gfxpoly_from_fill(line, 0.05);
//gfxpoly_free(c);
- gfxpoly_t*poly1 = gfxpoly_from_gfxline(line, 0.05);
+ //gfxpoly_t*poly1 = gfxpoly_from_fill(line, 0.05);
+ gfxpoly_t*poly1 = gfxpoly_from_fill(line, 0.05);
//gfxline_dump(line, stderr, "");
//gfxpoly_dump(poly);
- if(gfxpoly_size(poly1)>100000) {
- fprintf(stderr, "%d segments (skipping)\n", gfxpoly_size(poly1));
+ int size = gfxpoly_size(poly1);
+ if(size == 4) {
+ //rectangles are boring.
+ gfxpoly_destroy(poly1);
+ return;
+ }
+
+ max_any_segments = size > max_any_segments? size : max_any_segments;
+ if(size>100000) {
+ fprintf(stderr, "%d segments (skipping)\n", size);
return;
} else {
- //fprintf(stderr, "%d segments\n", gfxpoly_size(poly));
+ max_segments = size > max_segments? size : max_segments;
+ fprintf(stderr, "%d segments (max so far: %d/%d)\n", size, max_segments, max_any_segments);
}
- if(!gfxpoly_check(poly1)) {
+ if(!gfxpoly_check(poly1, 0)) {
gfxpoly_destroy(poly1);
fprintf(stderr, "bad polygon\n");
return;
fprintf(stderr, "bad polygon or error in renderer\n");
return;
}
- gfxpoly_t*poly2 = gfxpoly_process(poly1, rule, &onepolygon);
+ gfxpoly_t*poly2 = gfxpoly_process(poly1, 0, rule, &onepolygon);
unsigned char*bitmap2 = render_polygon(poly2, &bbox, zoom, &windrule_evenodd, &onepolygon);
if(!bitmap_ok(&bbox, bitmap2)) {
save_two_bitmaps(&bbox, bitmap1, bitmap2, "error.png");
internal: 0
};
+#if 0
void test5(int argn, char*argv[])
{
gfxsource_t*driver = gfxsource_pdf_create();
closedir(_dir);
driver->destroy(driver);
}
+#endif
int main(int argn, char*argv[])
{
- test4(argn, argv);
+ teststroke(argn, argv);
}
git.asbjorn.biz / swftools.git / blobdiff