cl_minigames.qc

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#include "cl_minigames.qh"
 
// Draw a square in the center of the avaliable area
void minigame_hud_simpleboard(vector pos, vector mySize, string board_texture)
{
    if(panel.current_panel_bg != "0" && panel.current_panel_bg != "")
        draw_BorderPicture(pos - '1 1 0' * panel_bg_border,
                    panel.current_panel_bg,
                    mySize + '1 1 0' * 2 * panel_bg_border,
                    panel_bg_color, panel_bg_alpha,
                    '1 1 0' * BORDER_MULTIPLIER * panel_bg_border);
    drawpic(pos, board_texture, mySize, '1 1 1', panel_bg_alpha, DRAWFLAG_NORMAL);
}
 
// De-normalize (2D vector) v from relative coordinate inside pos mySize
vector minigame_hud_denormalize(vector v, vector pos, vector mySize)
{
    v_x = pos_x + v_x * mySize_x;
    v_y = pos_y + v_y * mySize_y;
    return v;
}
// De-normalize (2D vector) v from relative size inside pos mySize
vector minigame_hud_denormalize_size(vector v, vector pos, vector mySize)
{
    v_x *= mySize_x;
    v_y *= mySize_y;
    return v;
}
 
// Normalize (2D vector) v to relative coordinate inside pos mySize
vector minigame_hud_normalize(vector v, vector pos, vector mySize)
{
    v_x = ( v_x - pos_x ) / mySize_x;
    v_y = ( v_y - pos_y ) / mySize_y;
    return v;
}
 
// Check if the mouse is inside the given area
bool minigame_hud_mouse_in(vector pos, vector sz)
{
    return mousepos_x >= pos_x && mousepos_x < pos_x + sz_x &&
           mousepos_y >= pos_y && mousepos_y < pos_y + sz_y ;
}
 
string minigame_texture_skin(string skinname, string name)
{
    return sprintf("gfx/hud/%s/minigames/%s", skinname, name);
}
string minigame_texture(string name)
{
    string path = minigame_texture_skin(autocvar_menu_skin,name);
    if ( precache_pic(path) == "" )
        path = minigame_texture_skin("default", name);
    return path;
}
 
#define FIELD(Flags, Type, Name) \
    MSLE_CLEAN_##Type(this.Name)
 
#define MSLE_CLEAN_String(x) strunzone(x);
#define MSLE_CLEAN_Byte(x)
#define MSLE_CLEAN_Char(x)
#define MSLE_CLEAN_Short(x)
#define MSLE_CLEAN_Long(x)
#define MSLE_CLEAN_Coord(x)
#define MSLE_CLEAN_Angle(x)
#define MSLE_CLEAN_Float(x)
#define MSLE_CLEAN_Vector(x)
#define MSLE_CLEAN_Vector2D(x)
 
#define MSLE(Name, Fields) \
    void msle_entremove_##Name(entity this) \
    { \
        strunzone(this.netname); \
        Fields \
    }
MINIGAME_SIMPLELINKED_ENTITIES
#undef MSLE
#undef FIELD
 
void minigame_autoclean_entity(entity e)
{
    LOG_DEBUG("CL Auto-cleaned: ",ftos(etof(e)), " (",e.classname,")");
    delete(e);
}
 
void HUD_MinigameMenu_CurrentButton();
bool auto_close_minigamemenu;
void deactivate_minigame()
{
    if ( !active_minigame )
        return;
 
    active_minigame.minigame_event(active_minigame,"deactivate");
    entity e = NULL;
    while( (e = findentity(e, owner, active_minigame)) )
        if ( e.minigame_autoclean )
        {
            minigame_autoclean_entity(e);
        }
 
    minigame_self = NULL;
    active_minigame = NULL;
 
    if ( auto_close_minigamemenu )
    {
        HUD_MinigameMenu_Close(NULL, NULL, NULL);
        auto_close_minigamemenu = 0;
    }
    else
        HUD_MinigameMenu_CurrentButton();
}
 
void minigame_entremove(entity this)
{
    if ( this == active_minigame )
        deactivate_minigame();
}
 
void activate_minigame(entity minigame)
{
    if ( !minigame )
    {
        deactivate_minigame();
        return;
    }
 
    if ( !minigame.descriptor || minigame.classname != "minigame" )
    {
        LOG_TRACE("Trying to activate unregistered minigame ",minigame.netname," in client");
        return;
    }
 
    if ( minigame == active_minigame )
        return;
 
    if ( active_minigame )
    {
        deactivate_minigame();
    }
 
    if ( minigame_self.owner != minigame )
        minigame_self = NULL;
    active_minigame = minigame;
    active_minigame.minigame_event(active_minigame,"activate");
 
    if ( HUD_MinigameMenu_IsOpened() )
        HUD_MinigameMenu_CurrentButton();
    else
    {
        auto_close_minigamemenu = 1;
        HUD_MinigameMenu_Open();
    }
}
 
void minigame_player_entremove(entity this)
{
    if ( this.owner == active_minigame && this.minigame_playerslot == player_localentnum )
        deactivate_minigame();
}
 
string() ReadString_Raw = #366;
string ReadString_Zoned()
{
    return strzone(ReadString_Raw());
}
#define ReadString ReadString_Zoned
#define FIELD(Flags, Type, Name) \
    if (sf & (Flags)) \
        this.Name = Read##Type();
 
#define MSLE(Name, Fields) \
    else if (this.classname == #Name) \
    { \
        if (sf & MINIG_SF_CREATE) \
        { \
            minigame_read_owner(this); \
            this.entremove = msle_entremove_##Name; \
        } \
        minigame_ent = this.owner; \
        Fields \
    }
 
void minigame_read_owner(entity this)
{
    string owner_name = ReadString_Raw();
    this.owner = NULL;
    do
        this.owner = find(this.owner,netname,owner_name);
    while ( this.owner && this.owner.classname != "minigame" );
    if ( !this.owner )
        LOG_TRACE("Got a minigame entity without a minigame!");
}
NET_HANDLE(ENT_CLIENT_MINIGAME, bool isnew)
{
    float sf = ReadByte();
    if ( sf & MINIG_SF_CREATE )
    {
        this.classname = msle_classname(ReadShort());
        this.netname = ReadString_Zoned();
    }
 
    entity minigame_ent = NULL;
 
    if ( this.classname == "minigame" )
    {
        minigame_ent = this;
 
        if ( sf & MINIG_SF_CREATE )
        {
            this.entremove = minigame_entremove;
            this.descriptor = minigame_get_descriptor(ReadString_Raw());
            if ( !this.descriptor )
                LOG_TRACE("Got a minigame without a client-side descriptor!");
            else
                this.minigame_event = this.descriptor.minigame_event;
        }
        if ( sf & MINIG_SF_UPDATE )
            this.minigame_flags = ReadLong();
    }
    else if ( this.classname == "minigame_player" )
    {
        float activate = 0;
        if ( sf & MINIG_SF_CREATE )
        {
            this.entremove = minigame_player_entremove;
            minigame_read_owner(this);
            float ent = ReadLong();
            this.minigame_playerslot = ent;
            LOG_DEBUG("Player: ",entcs_GetName(ent-1));
 
            activate = (ent == player_localnum+1 && this.owner && this.owner != active_minigame);
 
        }
        minigame_ent = this.owner;
 
        if ( sf & MINIG_SF_UPDATE )
            this.team = ReadByte();
 
        if ( activate )
        {
            minigame_self = this;
            activate_minigame(this.owner);
            minigame_self = this; // set it again (needed before, but may also be reset)
        }
    }
    MINIGAME_SIMPLELINKED_ENTITIES
 
    if ( minigame_ent )
        minigame_ent.minigame_event(minigame_ent,"network_receive",this,sf);
 
    if ( sf & MINIG_SF_CREATE )
    {
        LOG_DEBUG("CL Reading entity: ",ftos(etof(this)),
            " classname:",this.classname," enttype:",ftos(this.enttype) );
        LOG_DEBUG(" sf:",ftos(sf)," netname:",this.netname);
    }
    return true;
}
#undef ReadString
#undef FIELD
#undef MSLE
 
void minigame_show_allspecs(vector boardpos, vector boardsize)
{
    string allspecs = "";
    float allspecs_width = 0;
    float max_allspecs_width = boardsize.x;
    float max_current_spec_width = hud_fontsize.x * 5;
    int allspecs_lines = 2;
 
    entity e;
    FOREACH_MINIGAME_ENTITY(e)
    {
        if (allspecs_width >= 0 && e.classname == "minigame_player" && e.team == C4_SPECTATOR_TEAM)
        {
            string current_spec = ColorTranslateRGB(entcs_GetName(e.minigame_playerslot - 1));
            current_spec = textShortenToWidth(current_spec, max_current_spec_width, hud_fontsize, stringwidth_colors);
            if (allspecs != "")
                current_spec = strcat(", ", current_spec);
 
            allspecs_width = stringwidth(allspecs, true, hud_fontsize);
 
            float max_width = max_allspecs_width * allspecs_lines - max_current_spec_width;
            if (allspecs_width + stringwidth(current_spec, true, hud_fontsize) < max_width)
                allspecs = strcat(allspecs, current_spec);
            else
            {
                // current_spec doesn't fit in the list
                allspecs = strcat(allspecs, ", ...");
                allspecs_width = -1; // skip remaining spectators
            }
        }
    }
 
    if (allspecs != "")
    {
        vector pos = boardpos;
        pos.y -= panel_bg_border + hud_fontsize.y * (1.25 + allspecs_lines + 0.5);
        minigame_drawstring_wrapped(max_allspecs_width, pos, _("Spectators:"), hud_fontsize * 1.25, '0.85 0.47 0.42', panel_fg_alpha, DRAWFLAG_NORMAL, 0);
 
        pos.y += hud_fontsize.y * 1.25;
        minigame_drawcolorcodedstring_wrapped(max_allspecs_width, pos, allspecs, hud_fontsize, panel_fg_alpha, DRAWFLAG_NORMAL, 0);
    }
}
 
string minigame_getWrappedLine(float w, vector theFontSize, textLengthUpToWidth_widthFunction_t tw)
{
    string s = getWrappedLine_remaining;
 
    if(w <= 0)
    {
        getWrappedLine_remaining = string_null;
        return s; // the line has no size ANYWAY, nothing would be displayed.
    }
 
    int take_until = textLengthUpToWidth(s, w, theFontSize, tw);
 
    if ( take_until > strlen(s) )
        take_until = strlen(s);
 
    int skip = 0;
    for ( int i = 0; i < take_until; ++i )
        if ( substring(s,i,1) == "\n" )
        {
            take_until = i;
            skip = 1;
            break;
        }
 
    if ( take_until > 0 || skip > 0 )
    {
        if ( skip == 0 && take_until < strlen(s) )
        {
            int last_word = take_until;
            while(last_word > 0 && substring(s, last_word, 1) != " ")
                --last_word;
 
            if ( last_word != 0 )
            {
                take_until = last_word;
                skip = 1;
            }
        }
 
        getWrappedLine_remaining = substring(s, take_until+skip, strlen(s) - (take_until+skip));
        if(getWrappedLine_remaining == "")
            getWrappedLine_remaining = string_null;
        else if (tw("^7", theFontSize) == 0)
            getWrappedLine_remaining = strcat(find_last_color_code(substring(s, 0, take_until)), getWrappedLine_remaining);
        return substring(s, 0, take_until);
    }
    else
    {
        getWrappedLine_remaining = string_null;
        return s;
    }
}
 
vector minigame_drawstring_wrapped( float maxwidth, vector pos, string text,
    vector fontsize, vector color, float theAlpha, int drawflags, float align )
{
    getWrappedLine_remaining = text;
    vector mypos = pos;
    while ( getWrappedLine_remaining )
    {
        string line = minigame_getWrappedLine(maxwidth,fontsize,stringwidth_nocolors);
        if ( line == "" )
            break;
        mypos_x = pos_x + (maxwidth - stringwidth_nocolors(line, fontsize)) * align;
        drawstring(mypos, line, fontsize, color, theAlpha, drawflags);
        mypos_y += fontsize_y;
    }
    mypos_x = maxwidth;
    mypos_y -= pos_y;
    return mypos;
}
 
vector minigame_drawcolorcodedstring_wrapped( float maxwidth, vector pos,
    string text, vector fontsize, float theAlpha, int drawflags, float align )
{
    getWrappedLine_remaining = text;
    vector mypos = pos;
    while ( getWrappedLine_remaining )
    {
        string line = minigame_getWrappedLine(maxwidth,fontsize,stringwidth_colors);
        if ( line == "" )
            break;
        mypos_x = pos_x + (maxwidth - stringwidth_colors(line, fontsize)) * align;
        drawcolorcodedstring(mypos, line, fontsize, theAlpha, drawflags);
        mypos_y += fontsize_y;
    }
    mypos_x = maxwidth;
    mypos_y -= pos_y;
    return mypos;
}
 
void minigame_drawstring_trunc(float maxwidth, vector pos, string text,
    vector fontsize, vector color, float theAlpha, int drawflags )
{
    string line = textShortenToWidth(text,maxwidth,fontsize,stringwidth_nocolors);
    drawstring(pos, line, fontsize, color, theAlpha, drawflags);
}
 
void minigame_drawcolorcodedstring_trunc(float maxwidth, vector pos, string text,
    vector fontsize, float theAlpha, int drawflags )
{
    string line = textShortenToWidth(text,maxwidth,fontsize,stringwidth_colors);
    drawcolorcodedstring(pos, line, fontsize, theAlpha, drawflags);
}
 
void minigame_drawpic_centered( vector pos, string texture, vector sz,
    vector color, float thealpha, int drawflags )
{
    drawpic( pos-sz/2, texture, sz, color, thealpha, drawflags );
}
 
// Workaround because otherwise variadic arguments won't work properly
// It could be a bug in the compiler or in darkplaces
void minigame_cmd_workaround(float dummy, string...cmdargc)
{
    string cmd = "cmd minigame ";
    float i;
    for ( i = 0; i < cmdargc; ++i )
        cmd = strcat(cmd,...(i,string));
    localcmd(strcat(cmd,"\n"));
}
 
// Prompt the player to play in the current minigame
// (ie: it's their turn and they should get back to the minigame)
void minigame_prompt()
{
    if ( active_minigame && ! HUD_MinigameMenu_IsOpened() )
    {
        HUD_Notify_Push(sprintf("minigames/%s/icon_notif",active_minigame.descriptor.netname),
            _("It's your turn"), "");
    }
}
 
// handle commands etc.
REGISTER_MUTATOR(minigames, true);
 
MUTATOR_HOOKFUNCTION(minigames, HUD_Command)
{
    if(MUTATOR_RETURNVALUE) { return false; } // command was already handled
 
    if(argv(1) == "minigame")
    {
        if (isdemo())
            return true; // minigames can't function properly in demo mode
        if (HUD_MinigameMenu_IsOpened())
            HUD_MinigameMenu_Close(NULL, NULL, NULL);
        else
            HUD_MinigameMenu_Open();
        return true;
    }
 
    return false;
}