}
else
{
- string speed_text = string_null;
+ string racetime_text = string_null;
+
+ // build checkpoint split strings
+ if(race_time && race_previousbesttime)
+ s = MakeRaceString(race_checkpoint, TIME_DECODE(race_time) - TIME_DECODE(race_previousbesttime), 0, ((race_mypreviousbesttime) ? TIME_DECODE(race_time) - TIME_DECODE(race_mypreviousbesttime) : 0), 0, race_previousbestname);
+ else
+ s = MakeRaceString(race_checkpoint, 0, -1, 0, 0, race_previousbestname);
+
if(autocvar_cl_race_cptimes_showspeed)
{
float speed_conversion_factor = GetSpeedUnitFactor(autocvar_hud_speed_unit);
else if (speed_diff == 0) speed_color = "^3";
if(race_time && race_previousbesttime && race_checkpoint_splits_speed[race_checkpoint])
- speed_text = sprintf(" ^7%d%s %s(%+d%s)", speed * speed_conversion_factor, units_text, speed_color, speed_diff * speed_conversion_factor, units_text);
+ racetime_text = sprintf("%s ^7%d%s %s(%+d%s)", s, speed * speed_conversion_factor, units_text, speed_color, speed_diff * speed_conversion_factor, units_text);
else
- speed_text = sprintf(" ^7%d%s", speed * speed_conversion_factor, units_text);
+ racetime_text = sprintf("%s ^7%d%s", s, speed * speed_conversion_factor, units_text);
// if fastest cp time, store speed for later comparison
if((TIME_DECODE(race_time) - TIME_DECODE(race_previousbesttime)) < 0 || !race_checkpoint_splits_speed[race_checkpoint])
}
}
- // build checkpoint split strings
- if(race_time && race_previousbesttime)
- s = strcat(MakeRaceString(race_checkpoint, TIME_DECODE(race_time) - TIME_DECODE(race_previousbesttime), 0, ((race_mypreviousbesttime) ? TIME_DECODE(race_time) - TIME_DECODE(race_mypreviousbesttime) : 0), 0, race_previousbestname), speed_text);
- else
- s = strcat(MakeRaceString(race_checkpoint, 0, -1, 0, 0, race_previousbestname), speed_text);
if(race_time)
forcetime = TIME_ENCODED_TOSTRING(race_time, false);
- StoreRaceSplits(race_checkpoint, forcetime, s);
+ StoreRaceSplits(race_checkpoint, forcetime, racetime_text);
}
}
else