// =============================================== // Time processing and counting functions/macros // =============================================== #define count_years_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s years")), ftos_decimals(time, decs)) #define count_years(time) count_fill(time, \ ZCTX(_("CI_ZER^%d years")), /* zeroth */ \ ZCTX(_("CI_FIR^%d year")), /* first */ \ ZCTX(_("CI_SEC^%d years")), /* year */ \ ZCTX(_("CI_THI^%d years")), /* third */ \ ZCTX(_("CI_MUL^%d years"))) /* multi */ #define count_weeks_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s weeks")), ftos_decimals(time, decs)) #define count_weeks(time) count_fill(time, \ ZCTX(_("CI_ZER^%d weeks")), /* zeroth */ \ ZCTX(_("CI_FIR^%d week")), /* first */ \ ZCTX(_("CI_SEC^%d weeks")), /* week */ \ ZCTX(_("CI_THI^%d weeks")), /* third */ \ ZCTX(_("CI_MUL^%d weeks"))) /* multi */ #define count_days_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s days")), ftos_decimals(time, decs)) #define count_days(time) count_fill(time, \ ZCTX(_("CI_ZER^%d days")), /* zeroth */ \ ZCTX(_("CI_FIR^%d day")), /* first */ \ ZCTX(_("CI_SEC^%d days")), /* day */ \ ZCTX(_("CI_THI^%d days")), /* third */ \ ZCTX(_("CI_MUL^%d days"))) /* multi */ #define count_hours_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s hours")), ftos_decimals(time, decs)) #define count_hours(time) count_fill(time, \ ZCTX(_("CI_ZER^%d hours")), /* zeroth */ \ ZCTX(_("CI_FIR^%d hour")), /* first */ \ ZCTX(_("CI_SEC^%d hours")), /* hour */ \ ZCTX(_("CI_THI^%d hours")), /* third */ \ ZCTX(_("CI_MUL^%d hours"))) /* multi */ #define count_minutes_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s minutes")), ftos_decimals(time, decs)) #define count_minutes(time) count_fill(time, \ ZCTX(_("CI_ZER^%d minutes")), /* zeroth */ \ ZCTX(_("CI_FIR^%d minute")), /* first */ \ ZCTX(_("CI_SEC^%d minutes")), /* minute */ \ ZCTX(_("CI_THI^%d minutes")), /* third */ \ ZCTX(_("CI_MUL^%d minutes"))) /* multi */ #define count_seconds_decs(time,decs) sprintf(ZCTX(_("CI_DEC^%s seconds")), ftos_decimals(time, decs)) #define count_seconds(time) count_fill(time, \ ZCTX(_("CI_ZER^%d seconds")), /* zeroth */ \ ZCTX(_("CI_FIR^%d second")), /* first */ \ ZCTX(_("CI_SEC^%d seconds")), /* second */ \ ZCTX(_("CI_THI^%d seconds")), /* third */ \ ZCTX(_("CI_MUL^%d seconds"))) /* multi */ string count_ordinal(float interval) { // This function is designed primarily for the English language, it's impossible // to accomodate all languages unless we do a specific function for each one... // and since that's not technically feasible/practical, this is all we've got folks. // Basically, it just allows you to represent a number or count in different ways // depending on the number... like, with count_ordinal you can provide integers // and retrieve 1st, 2nd, 3rd, nth ordinal numbers in a clean and simple way. if(floor((mod(interval, 100))/10) * 10 != 10) // examples: 12th, 111th, 213th will not execute this block { // otherwise, check normally for 1st,2nd,3rd insertions switch(mod(interval, 10)) { case 1: return sprintf(_("%dst"), interval); case 2: return sprintf(_("%dnd"), interval); case 3: return sprintf(_("%drd"), interval); default: return sprintf(_("%dth"), interval); } } else { return sprintf(_("%dth"), interval); } return ""; } string count_fill(float interval, string zeroth, string first, string second, string third, string multi) { // This function is designed primarily for the English language, it's impossible // to accomodate all languages unless we do a specific function for each one... // and since that's not technically feasible/practical, this is all we've got folks. // Here you can insert specific strings based on the interval number, so you could do // i.e. count_seconds which outputs like this: // 0 seconds // 1 second // 2 seconds // 3 seconds // etc... minutes, hours, days, etc. switch(floor(interval)) { case 0: return sprintf(zeroth, interval); case 1: { if(interval == 1) // EXACTLY value of 1 return sprintf(first, interval); else return sprintf(multi, interval); } case 2: return sprintf(second, interval); case 3: return sprintf(third, interval); default: return sprintf(multi, interval); } return ""; } string process_time(float outputtype, float seconds) { float tmp_hours = 0, tmp_minutes = 0, tmp_seconds = 0; float tmp_years = 0, tmp_weeks = 0, tmp_days = 0; tmp_seconds = floor(seconds); if(tmp_seconds) { tmp_minutes = floor(tmp_seconds / 60); if(tmp_minutes) { tmp_seconds -= (tmp_minutes * 60); tmp_hours = floor(tmp_minutes / 60); if(tmp_hours) { tmp_minutes -= (tmp_hours * 60); tmp_days = floor(tmp_hours / 24); if(tmp_days) { tmp_hours -= (tmp_days * 24); tmp_weeks = floor(tmp_days / 7); if(tmp_weeks) { tmp_days -= (tmp_weeks * 7); tmp_years = floor(tmp_weeks / 52); } } } } } switch(outputtype) { case 1: return sprintf("%02d:%02d:%02d", tmp_hours, tmp_minutes, tmp_seconds); case 2: { string output = ""; output = count_seconds(tmp_seconds); if(tmp_minutes) { output = sprintf( "%s%s", count_minutes(tmp_minutes), ((output != "") ? sprintf(", %s", output) : "")); } if(tmp_hours) { output = sprintf( "%s%s", count_hours(tmp_hours), ((output != "") ? sprintf(", %s", output) : "")); } if(tmp_days) { output = sprintf( "%s%s", count_days(tmp_days), ((output != "") ? sprintf(", %s", output) : "")); } if(tmp_weeks) { output = sprintf( "%s%s", count_weeks(tmp_weeks), ((output != "") ? sprintf(", %s", output) : "")); } if(tmp_years) { output = sprintf( "%s%s", count_years(tmp_years), ((output != "") ? sprintf(", %s", output) : "")); } return output; } } return ""; }