timer.qc File Reference

#include "timer.qh"
#include <client/draw.qh>
#include <client/view.qh>

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Functions
void	HUD_Timer ()
vector	HUD_Timer_Color (float timeleft)
void	HUD_Timer_Export (int fh)
float	HUD_Timer_TimeElapsed (float curtime, float starttime)
float	HUD_Timer_TimeLeft (float curtime, float starttime, float timelimit)

Function Documentation

HUD_Timer()

void HUD_Timer

(

)

Definition at line 39 of file timer.qc.

References autocvar__hud_configure, autocvar_hud_panel_timer, autocvar_hud_panel_timer_dynamichud, autocvar_hud_panel_timer_increment, autocvar_hud_panel_timer_secondary, draw_beginBoldFont, game_stopped_time, HUD_Panel_LoadCvars(), HUD_Scale_Disable(), HUD_Scale_Enable(), HUD_Timer_Color(), HUD_Timer_TimeElapsed(), HUD_Timer_TimeLeft(), intermission_time, panel_bg_padding, panel_pos, panel_size, round_timelimit, seconds_tostring(), string_null, time, vector(), and warmup_stage.

{
    if(!autocvar__hud_configure)
    {
        if(!autocvar_hud_panel_timer) return;
    }

    HUD_Panel_LoadCvars();

    draw_beginBoldFont();

    vector pos, mySize;
    pos = panel_pos;
    mySize = panel_size;

    if (autocvar_hud_panel_timer_dynamichud)
        HUD_Scale_Enable();
    else
        HUD_Scale_Disable();
    if(panel_bg_padding)
    {
        pos += '1 1 0' * panel_bg_padding;
        mySize -= '2 2 0' * panel_bg_padding;
    }

    string timer;
    string subtimer = string_null;
    string subtext = string_null;
    float curtime, timelimit, timeleft;
    vector timer_size, subtext_size, subtimer_size;
    vector timer_color = '1 1 1';
    vector subtimer_color = '1 1 1';
    bool swap = (autocvar_hud_panel_timer_secondary == 2 && STAT(ROUNDSTARTTIME));

    // Use real or frozen time and get the time limit
    curtime = (intermission_time ? intermission_time : time);
    if(warmup_stage)
    {
        timelimit = STAT(WARMUP_TIMELIMIT);
        if(timelimit == 0)
            timelimit = STAT(TIMELIMIT) * 60;
    }
    else
    {
        timelimit = STAT(TIMELIMIT) * 60;
    }

    // Calculate time left
    timeleft = HUD_Timer_TimeLeft(curtime, STAT(GAMESTARTTIME), timelimit);

    // Timer color
    if(!intermission_time && !warmup_stage && timelimit > 0)
        timer_color = HUD_Timer_Color(timeleft);

    // Timer text
    if (autocvar_hud_panel_timer_increment || timelimit == 0)
        timer = seconds_tostring(HUD_Timer_TimeElapsed(curtime, STAT(GAMESTARTTIME)));
    else
        timer = seconds_tostring(timeleft);

    // Secondary timer for round-based game modes
    if(STAT(ROUNDSTARTTIME) && autocvar_hud_panel_timer_secondary)
    {
        if(STAT(ROUNDSTARTTIME) == -1) {
            // Round can't start
            subtimer = "--:--";
            subtimer_color = '1 0 0';
        } else {
            float round_curtime, round_timelimit, round_timeleft;

            // Use real or frozen time and get the time limit
            round_curtime = (game_stopped_time ? game_stopped_time : time);
            round_timelimit = STAT(ROUND_TIMELIMIT);

            // Calculate time left
            round_timeleft = HUD_Timer_TimeLeft(round_curtime, STAT(ROUNDSTARTTIME), round_timelimit);

            // Subtimer color
            if(!intermission_time && round_timelimit > 0)
                subtimer_color = HUD_Timer_Color(round_timeleft);

            // Subtimer text
            if (autocvar_hud_panel_timer_increment || round_timelimit <= 0)
                subtimer = seconds_tostring(HUD_Timer_TimeElapsed(round_curtime, STAT(ROUNDSTARTTIME)));
            else
                subtimer = seconds_tostring(round_timeleft);
        }
    }

    // Subtext
    int overtimes = STAT(OVERTIMES);

    if(warmup_stage || autocvar__hud_configure)
        subtext = _("Warmup");
    else if(STAT(TIMEOUT_STATUS) == 2)
        subtext = _("Timeout");
    else if (overtimes == -1)
        subtext = _("Sudden Death");
    else if(overtimes == 1)
        subtext = _("Overtime");
    else if (overtimes >= 2)
        subtext = sprintf(_("Overtime #%d"), overtimes);

    subtext_size  = vec2(mySize.x, mySize.y / 3);
    timer_size    = vec2(mySize.x, mySize.y - subtext_size.y);
    subtimer_size = vec2(mySize.x / 3, mySize.y - subtext_size.y);

    panel_size.y -= subtext_size.y;
    HUD_Panel_DrawBg();

    if(subtimer) {
        float subtimer_padding = subtimer_size.y / 5;
        timer_size.x -= subtimer_size.x;
        drawstring_aspect(pos + eX * timer_size.x + eY * subtimer_padding, (swap ? timer : subtimer), subtimer_size - eY * subtimer_padding * 2, (swap ? timer_color : subtimer_color), panel_fg_alpha, DRAWFLAG_NORMAL);
    }

    drawstring_aspect(pos, (swap ? subtimer : timer), timer_size, (swap ? subtimer_color : timer_color), panel_fg_alpha, DRAWFLAG_NORMAL);

    if(subtext)
        drawstring_aspect(pos + eY * timer_size.y, subtext, subtext_size, '0 1 0', panel_fg_alpha, DRAWFLAG_NORMAL);

    draw_endBoldFont();
}

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HUD_Timer_Color()

vector HUD_Timer_Color

(

float

timeleft

)

Definition at line 13 of file timer.qc.

Referenced by HUD_Timer().

{
    if(timeleft <= 60)
        return '1 0 0'; // red
    else if(timeleft <= 300)
        return '1 1 0'; // yellow
    else
        return '1 1 1'; // white
}

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HUD_Timer_Export()

void HUD_Timer_Export

(

int

fh

)

Definition at line 8 of file timer.qc.

{
    // allow saving cvars that aesthetically change the panel into hud skin files
}

HUD_Timer_TimeElapsed()

float HUD_Timer_TimeElapsed	(	float	curtime,
		float	starttime
	)

Definition at line 23 of file timer.qc.

References autocvar_hud_panel_timer_unbound, floor(), max(), and starttime.

Referenced by HUD_Timer().

{
    float time_elapsed = curtime - starttime;
    if (!autocvar_hud_panel_timer_unbound)
        time_elapsed = max(0, time_elapsed);
    return floor(time_elapsed);
}

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HUD_Timer_TimeLeft()

float HUD_Timer_TimeLeft	(	float	curtime,
		float	starttime,
		float	timelimit
	)

Definition at line 31 of file timer.qc.

References autocvar_hud_panel_timer_unbound, bound(), and ceil().

Referenced by HUD_Timer().

{
    float timeleft = timelimit + starttime - curtime;
    if (!autocvar_hud_panel_timer_unbound)
        timeleft = bound(0, timeleft, timelimit);
    return ceil(timeleft);
}

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