void bbc(int plt=0){
gStyle->SetOptStat(0);
if(plt==0 || plt==1){
plot1d(c1,"BBCE");
plot1d(c2,"BBCMult");
plot1d(c3,"TOF");
}
if(plt==0 || plt==2){
plot2d(c1,"BBC_BBCMult");
plot2d(c2,"BBC_TOF");
plot2d(c3,"BBCMult_TOF");
}
if(plt==0 || plt==3){
plot2d(c1,"TOF_TOF");
}
}
// expects a kanji with some strokes
// fills between each two points of a stroke
// intermediate "filler" points using
// bresenhams line algo to increase the
// resolution
kanji raster(kanji k) {
// print_kanji(k);
kanji k_raster;
k_raster.kji = k.kji;
k_raster.c_strokes = 0;
k_raster.c_points = 0;
k_raster.xy = 0;
for(int i=0;i<k.c_strokes;i++) {
// plot_dists_i stores in i how many points will exist
// between stroke_i[j], stroke_i[j-1]
int *plot_dists_i = (int*) malloc(sizeof(int)*k.c_points[i]);
int new_size_of_i = 0;
point *stroke_i = k.xy[i];
// for each two consecutive points, count how many points
// will be needed, store that into plot_dists_i
// count overall points, and store them in new_size_of_i
for(int j=0;j<k.c_points[i]-1;j++) {
point *dummy;
int cnt_j_jplus1 = plot2d(stroke_i[j],stroke_i[j+1],true,0,dummy);
if(j==0) {
plot_dists_i[j] = cnt_j_jplus1;
} else {
plot_dists_i[j] = plot_dists_i[j-1] + cnt_j_jplus1;
}
new_size_of_i += cnt_j_jplus1;
}
//
// printf("looped, new_size: %i\n",new_size_of_i);
point *new_stroke = (point*) malloc(sizeof(point) * new_size_of_i);
// printf("ok\n");
for(int j=0;j<k.c_points[i]-1;j++) {
if(j==0) {
// printf("calling plot2d: plot_dists_i[j]=%i\n",0);
plot2d(stroke_i[j],stroke_i[j+1],false,0,new_stroke);
} else {
// printf("calling plot2d: plot_dists_i[j]=%i\n",plot_dists_i[j-1]);
plot2d(stroke_i[j],stroke_i[j+1],false,plot_dists_i[j-1],new_stroke);
}
}
// printf("add stroke\n");
add_stroke(&k_raster,new_stroke,new_size_of_i);
free(plot_dists_i);
}
// print_kanji(k_raster);
return k_raster;
}
void test_plot2d() {
point p0;
point p1;
point p2;
point p3;
p0.x = p0.y = 0;
p1.x = 0; p1.y = 20;
p2.x = 20; p2.y = 0;
p3.x = 20; p3.y = 20;
int numbers = -1;
point *strokes;
numbers = plot2d(p3, p2, true, 0, strokes);
printf("numbers needed:%i\n",numbers);
strokes = (point*) malloc(sizeof(point) *numbers);
numbers = plot2d(p2,p3,false,0,strokes);
for(int i=0;i<numbers;i++) {
printf("(%i,%i) ",strokes[i].x,strokes[i].y);
}
printf("\n");
}
int
main(){
OD od0(0,10);
OD od1(0,128);
OD od2(0,255);
OD od3(200,100);
OD od41(0,255);
OD2 od4 (od41,100,15);
plot2d(od0,
od1,
od2,
od3,
od4,
0.0,100.0);
return 0;
}
