rowheading.red=255
rowheading.green=255
rowheading.blue=255
-data.red=255
-data.green=255
-data.blue=255
-freshdata.red=255
-freshdata.green=0
-freshdata.blue=0
divider.red=127
divider.green=127
divider.blue=127
# available elements: background.groupscreen, background.top5chosenscreen, background.top10scorescreen, mainheading, (fresh)columnheading, randomsongname, nextsonginfo.player, nextsonginfo.title, nextsonginfo.highscore, need, divider
-# available elements that also have .odd and .even: rowheading, (fresh)score, (fresh)chosensongname, (fresh)totalscore, (fresh)rank
+# available elements that also have .odd and .even: rowheading, (fresh)score, (fresh)chosensongname, (fresh)totalscore, (fresh)rank, top10scores.(fresh)rowheading, top10scores.(fresh)nick, top10scores.(fresh)songname, top10scores.(fresh)frequency, top5chosensongs.(fresh)rowheading, top5chosensongs.(fresh)songname, top5chosensongs.(fresh)frequency
## How to draw rectangles in the background (up to ten, numbered 0-9):
# background.groupscreen.rect1.x0=0
unsigned row = 1, y = 140;
for (std::vector<TopScore>::const_iterator i = scores.begin(); i != scores.end(); ++i) {
char str[16];
- std::string theme_element = "data";
- std::string heading_theme_element = "rowheading";
+ std::string heading_theme_element = "top10scores.rowheading";
+ std::string nick_theme_element = "top10scores.nick";
+ std::string songname_theme_element = "top10scores.songname";
+ std::string frequency_theme_element = "top10scores.frequency";
// print new entries in red
if (seen_topscore.count(*i) == 0 && seen_topscore.size() > 0) {
- theme_element = "freshdata";
- heading_theme_element = "freshrowheading";
+ heading_theme_element = "top10scores.freshrowheading";
+ nick_theme_element = "top10scores.freshnick";
+ songname_theme_element = "top10scores.freshsongname";
+ frequency_theme_element = "top10scores.freshfrequency";
}
std::sprintf(str, "%u", row++);
unsigned width = my_draw_text(str, NULL, 24.0, heading_theme_element);
my_draw_text(str, buf, 24.0, heading_theme_element, RANK_X - width/2, y);
- my_draw_text(i->nick, buf, 24.0, theme_element, PLAYER_X, y);
+ my_draw_text(i->nick, buf, 24.0, nick_theme_element, PLAYER_X, y);
- if (my_draw_text(i->title, NULL, 24.0, theme_element) > SONG_MAX_WIDTH &&
+ if (my_draw_text(i->title, NULL, 24.0, songname_theme_element) > SONG_MAX_WIDTH &&
!i->shorttitle.empty()) {
- my_draw_text(i->shorttitle, buf, 24.0, theme_element, SONG_X, y);
+ my_draw_text(i->shorttitle, buf, 24.0, songname_theme_element, SONG_X, y);
} else {
- my_draw_text(i->title, buf, 24.0, theme_element, SONG_X, y);
+ my_draw_text(i->title, buf, 24.0, songname_theme_element, SONG_X, y);
}
std::sprintf(str, "%u", i->score);
- width = my_draw_text(str, NULL, 24.0, theme_element);
- my_draw_text(str, buf, 24.0, theme_element, SCORE_X - width/2, y);
+ width = my_draw_text(str, NULL, 24.0, frequency_theme_element);
+ my_draw_text(str, buf, 24.0, frequency_theme_element, SCORE_X - width/2, y);
y += 40;
}
unsigned row = 1, y = 140;
for (std::vector<TopChosen>::const_iterator i = scores.begin(); i != scores.end(); ++i) {
char str[16];
- std::string theme_element = "data";
- std::string heading_theme_element = "rowheading";
+ std::string heading_theme_element = "top5chosensongs.rowheading";
+ std::string songname_theme_element = "top5chosensongs.songname";
+ std::string frequency_theme_element = "top5chosensongs.frequency";
// print new entries in red
if (seen_topchosen.count(*i) == 0 && seen_topchosen.size() > 0) {
- theme_element = "freshdata";
- heading_theme_element = "freshrowheading";
+ heading_theme_element = "top5chosensongs.freshrowheading";
+ songname_theme_element = "top5chosensongs.freshsongname";
+ frequency_theme_element = "top5chosensongs.freshfrequency";
}
std::sprintf(str, "%u", row++);
unsigned width = my_draw_text(str, NULL, 24.0, heading_theme_element);
my_draw_text(str, buf, 24.0, heading_theme_element, RANK_X - width/2, y);
- if (my_draw_text(i->title, NULL, 24.0, theme_element) > SONG_MAX_WIDTH) {
- my_draw_text(i->shorttitle, buf, 24.0, theme_element, SONG_X, y);
+ if (my_draw_text(i->title, NULL, 24.0, songname_theme_element) > SONG_MAX_WIDTH) {
+ my_draw_text(i->shorttitle, buf, 24.0, songname_theme_element, SONG_X, y);
} else {
- my_draw_text(i->title, buf, 24.0, theme_element, SONG_X, y);
+ my_draw_text(i->title, buf, 24.0, songname_theme_element, SONG_X, y);
}
std::sprintf(str, "%u", i->frequency);
- width = my_draw_text(str, NULL, 24.0, theme_element);
- my_draw_text(str, buf, 24.0, theme_element, FREQUENCY_X - width/2, y);
+ width = my_draw_text(str, NULL, 24.0, frequency_theme_element);
+ my_draw_text(str, buf, 24.0, frequency_theme_element, FREQUENCY_X - width/2, y);
y += 40;
}