ent_cs.qc

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#include "ent_cs.qh"
 
#if defined(CSQC)
    #include <common/gametypes/_mod.qh>
    #include <common/resources/resources.qh>
#elif defined(MENUQC)
#elif defined(SVQC)
    #include <common/gametypes/_mod.qh>
    #include <common/resources/resources.qh>
    #include <common/resources/sv_resources.qh>
#endif
 
REGISTRY(EntCSProps, BITS(16) - 1)
REGISTER_REGISTRY(EntCSProps)
REGISTRY_SORT(EntCSProps)
REGISTRY_CHECK(EntCSProps)
 
REGISTRY_DEFINE_GET(EntCSProps, NULL)
STATIC_INIT(EntCSProps_renumber) { FOREACH(EntCSProps, true, it.m_id = i); }
 
// these entcs_props ids need to be referenced directly
int ENTCS_PROP_ENTNUM_id = 0;
int ENTCS_PROP_ORIGIN_id = 0;
int ENTCS_PROP_HEALTH_id = 0;
STATIC_INIT(EntCSProps_setglobalids)
{
    FOREACH(EntCSProps, true, {
        if (it.registered_id == "ENTCS_PROP_ENTNUM") ENTCS_PROP_ENTNUM_id = it.m_id;
        if (it.registered_id == "ENTCS_PROP_ORIGIN") ENTCS_PROP_ORIGIN_id = it.m_id;
        if (it.registered_id == "ENTCS_PROP_HEALTH") ENTCS_PROP_HEALTH_id = it.m_id;
    });
}
 
#ifdef SVQC
// Force an origin update, for player sounds
void entcs_force_origin(entity player)
{
    CS(player).entcs.m_forceupdate = BIT(ENTCS_PROP_ORIGIN_id);
}
#endif
 
.bool m_public;
.bool(entity ent, entity player) m_check;
.void(entity ent, entity player) m_set;
.void(int chan, entity ent) m_send;
.void(entity ent) m_receive;
 
#ifdef SVQC
#define _ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive) \
    void id##_set(entity ent, entity player) { setprop(ent.(checkprop), player.(checkprop_pl)); } \
    void id##_send(int chan, entity ent) { LAMBDA(svsend); } \
    REGISTER(EntCSProps, ENTCS_PROP, id, m_id, new_pure(entcs_prop)) { \
        this.m_public = ispublic; \
        this.m_check = id##_check; \
        this.m_set = id##_set; \
        this.m_send = id##_send; \
    }
 
#define ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive) \
    bool id##_check(entity ent, entity player) { return (ent.(checkprop) != player.(checkprop_pl)); } \
    _ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive)
 
#define ENTCS_PROP_CODED(id, ispublic, checkprop, checkprop_pl, setprop, decfactor, svsend, clreceive) \
    bool id##_check(entity ent, entity player) { \
        return (floor(ent.(checkprop)) / decfactor != floor(player.(checkprop_pl)) / decfactor); \
    } \
    _ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive)
 
#elif defined(CSQC)
#define ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive) \
    void id##_receive(entity ent) { LAMBDA(clreceive); } \
    REGISTER(EntCSProps, ENTCS_PROP, id, m_id, new_pure(entcs_prop)) { \
        this.m_public = ispublic; \
        this.m_receive = id##_receive; \
    }
 
#define ENTCS_PROP_CODED(id, ispublic, checkprop, checkprop_pl, setprop, decfactor, svsend, clreceive) \
    ENTCS_PROP(id, ispublic, checkprop, checkprop_pl, setprop, svsend, clreceive)
#endif
 
#ifdef SVQC
#define ENTCS_PROP_RESOURCE(id, ispublic, checkprop, setprop, decfactor, svsend, clreceive) \
    bool id##_check(entity ent, entity player) { \
        return (floor(GetResource(ent, checkprop) / decfactor) != floor(GetResource(player, checkprop) / decfactor)); \
    } \
    void id##_set(entity ent, entity player) { SetResourceExplicit(ent, checkprop, GetResource(player, checkprop)); } \
    void id##_send(int chan, entity ent) { LAMBDA(svsend); } \
    REGISTER(EntCSProps, ENTCS_PROP, id, m_id, new_pure(entcs_prop)) { \
        this.m_public = ispublic; \
        this.m_check = id##_check; \
        this.m_set = id##_set; \
        this.m_send = id##_send; \
    }
#elif defined(CSQC)
#define ENTCS_PROP_RESOURCE(id, ispublic, checkprop, setprop, decfactor, svsend, clreceive) \
    void id##_receive(entity ent) { LAMBDA(clreceive); } \
    REGISTER(EntCSProps, ENTCS_PROP, id, m_id, new_pure(entcs_prop)) { \
        this.m_public = ispublic; \
        this.m_receive = id##_receive; \
    }
#endif
 
#define ENTCS_SET_NORMAL(var, x) MACRO_BEGIN \
    var = x; \
MACRO_END

#define ENTCS_SET_MUTABLE_STRING(var, x) MACRO_BEGIN \
    strcpy(var, x); \
MACRO_END
 
ENTCS_PROP(ENTNUM, false, sv_entnum, sv_entnum, ENTCS_SET_NORMAL, {}, {}) /* sentinel */
 
ENTCS_PROP(ORIGIN, false, origin, origin, ENTCS_SET_NORMAL,
    { WriteVector(chan, ent.origin); },
    { ent.has_sv_origin = true; vector v = ReadVector(); setorigin(ent, v); })
 
#define DEC_FACTOR (360 / 64)
ENTCS_PROP_CODED(ANGLES, false, angles_y, angles_y, ENTCS_SET_NORMAL, DEC_FACTOR,
    { WriteByte(chan, ent.angles.y / DEC_FACTOR); },
    { vector v = '0 0 0'; v.y = ReadByte() * DEC_FACTOR; ent.angles = v; })
#undef DEC_FACTOR
 
// FIXME: use a better scale?
#define DEC_FACTOR 10
ENTCS_PROP_RESOURCE(HEALTH, false, RES_HEALTH, ENTCS_SET_NORMAL, DEC_FACTOR,
    { WriteByte(chan, bound(0, GetResource(ent, RES_HEALTH) / DEC_FACTOR, 255)); },
    { ent.healthvalue = ReadByte() * DEC_FACTOR; })
 
ENTCS_PROP_RESOURCE(ARMOR, false, RES_ARMOR, ENTCS_SET_NORMAL, DEC_FACTOR,
    { WriteByte(chan, bound(0, GetResource(ent, RES_ARMOR) / DEC_FACTOR, 255)); },
    { SetResourceExplicit(ent, RES_ARMOR, ReadByte() * DEC_FACTOR); })
#undef DEC_FACTOR
 
ENTCS_PROP(NAME, true, netname, netname, ENTCS_SET_MUTABLE_STRING,
    { WriteString(chan, ent.netname); },
    { strcpy(ent.netname, ReadString()); })
 
ENTCS_PROP(MODEL, true, model, model, ENTCS_SET_NORMAL,
    { WriteString(chan, ent.model); },
    { strcpy(ent.model, ReadString()); })
 
ENTCS_PROP(SKIN, true, skin, skin, ENTCS_SET_NORMAL,
    { WriteByte(chan, ent.skin); },
    { ent.skin = ReadByte(); })
 
ENTCS_PROP(CLIENTCOLORS, true, clientcolors, clientcolors, ENTCS_SET_NORMAL,
    { WriteByte(chan, ent.clientcolors); },
    { ent.colormap = ReadByte(); })
 
ENTCS_PROP(FRAGS, true, frags, frags, ENTCS_SET_NORMAL,
    { WriteShort(chan, ent.frags); },
    { ent.frags = ReadShort(); })
 
ENTCS_PROP(HANDICAP_LEVEL, true, handicap_level, handicap_level, ENTCS_SET_NORMAL,
    { WriteByte(chan, ent.handicap_level); },
    { ent.handicap_level = ReadByte(); })
 
// index of join queue team selection, max 127 because -1 means any available team
ENTCS_PROP(WANTSJOIN, true, wants_join, wants_join, ENTCS_SET_NORMAL,
    { WriteChar(chan, ent.wants_join); },
    { ent.wants_join = ReadChar(); })
 
// use sv_solid to avoid changing solidity state of entcs entities
ENTCS_PROP(SOLID, true, sv_solid, solid, ENTCS_SET_NORMAL,
    { WriteByte(chan, ent.sv_solid); },
    { ent.sv_solid = ReadByte(); })
 
#ifdef SVQC
 
    int ENTCS_PUBLICMASK = 0, ENTCS_PRIVATEMASK = 0;
    STATIC_INIT(ENTCS_PUBLICMASK)
    {
        FOREACH(EntCSProps, true,
        {
            if (it.m_public)
                ENTCS_PUBLICMASK |= BIT(it.m_id);
            else
                ENTCS_PRIVATEMASK |= BIT(it.m_id);
        });
    }
 
    void entcs_update_players(entity player)
    {
        FOREACH_CLIENT(it != player && IS_PLAYER(it),
        {
            CS(it).entcs.SendFlags |= ENTCS_PRIVATEMASK;
        });
    }
 
    bool _entcs_send(entity this, entity to, int sf, int chan)
    {
        entity player = this.owner;
        sf |= BIT(ENTCS_PROP_ENTNUM_id); // assume private
        do {
            if (IS_PLAYER(player))
            {
                if (radar_showenemies) break;
                if (SAME_TEAM(to, player)) break;
                if (!(IS_PLAYER(to) || INGAME(to))) break;
            }
            sf &= ENTCS_PUBLICMASK; // no private updates
        } while (0);
 
        sf |= this.m_forceupdate;
        this.m_forceupdate = 0;
        if (chan == MSG_ENTITY)
            WriteHeader(chan, ENT_CLIENT_ENTCS);
        else
            WriteHeader(chan, CLIENT_ENTCS);
        WriteByte(chan, etof(player) - 1);
        WriteShort(chan, sf);
        FOREACH(EntCSProps, sf & BIT(it.m_id),
        {
            it.m_send(chan, this);
        });
        return true;
    }
 
    bool entcs_send(entity this, entity to, int sf)
    {
        return _entcs_send(this, to, sf, MSG_ENTITY);
    }
 
    void entcs_think(entity this)
    {
        this.nextthink = time + 0.015625;  // TODO: increase this to like 0.125 once the client can do smoothing
        entity player = this.owner;
        FOREACH(EntCSProps, it.m_check(this, player),
        {
            it.m_set(this, player);
            this.SendFlags |= BIT(it.m_id);
        });
 
        if (intermission_running)
        {
            // health is set to special values after the game ends, ignore any change
            this.SendFlags &= ~BIT(ENTCS_PROP_HEALTH_id);
        }
 
        // always send origin of players even if they stand still otherwise
        // if a teammate isn't in my pvs and their health (or view angle or name
        // etc...) changes then their tag disappears
        if (IS_PLAYER(this.owner))
            this.SendFlags |= BIT(ENTCS_PROP_ORIGIN_id);
 
        // not needed, origin is just data to be sent
        //setorigin(this, this.origin); // relink
    }
 
    void entcs_attach(entity player)
    {
        entity e = CS(player).entcs = new_pure(entcs_sender);
        e.owner = player;
        setthink(e, entcs_think);
        e.nextthink = time;
        Net_LinkEntity(e, false, 0, entcs_send);
        // NOTE: the following code block has been disabled as a workaround for https://gitlab.com/xonotic/xonotic-data.pk3dir/-/issues/1824
#if 0
        if (!IS_REAL_CLIENT(player)) return;
        FOREACH_CLIENT(true, {
            assert(CS(it).entcs);
            _entcs_send(CS(it).entcs, msg_entity = player, BITS(23), MSG_ONE);
        });
#endif
    }
 
    void entcs_detach(entity player)
    {
        if (!CS(player).entcs) return;
        delete(CS(player).entcs);
        CS(player).entcs = NULL;
    }
 
#endif
 
#ifdef CSQC
 
    void Ent_RemoveEntCS(entity this)
    {
        int n = this.sv_entnum;
        entity e = entcs_receiver(n);
        entcs_receiver(n, NULL);
        strfree(e.netname);
        strfree(e.model);
        if (e != this) delete(e);
    }
 
    void entcs_think(entity this)
    {
        entity e = CSQCModel_server2csqc(this.sv_entnum);
        if (e == NULL)
        {
            // player model is NOT in client's PVS
            InterpolateOrigin_Do(this);
            this.has_origin = this.has_sv_origin;
            return;
        }
        this.has_origin = true;
        // when a player model is in client's PVS we use its origin directly
        // (entcs networked origin is overriden)
        this.origin = e.origin;
        InterpolateOrigin_Reset(this);
        setorigin(this, this.origin);
        // `cl_forceplayermodels 1` sounds will be wrong until the player has been in the PVS, but so be it
        if (this.model != e.model)
        {
            strcpy(this.model, e.model);
        }
    }
 
    bool ReadEntcs(entity this)
    {
        int n = ReadByte();
        entity e = entcs_receiver(n);
        if (e == NULL)
        {
            if (!this)
                // initial = temp
                e = new_pure(ENT_CLIENT_ENTCS);
            else
                // initial = linked
                e = this;
            setthink(e, entcs_think);
            entcs_receiver(n, e);
        }
        else if (e != this && this)
        {
            // upgrade to linked
            delete(e);
            e = this;
            setthink(e, entcs_think);
            entcs_receiver(n, e);
        }
 
        InterpolateOrigin_Undo(e);
        e.sv_entnum = n;
        int sf = ReadShort();
        e.has_sv_origin = false;
        e.m_entcs_private = boolean(sf & BIT(ENTCS_PROP_ENTNUM_id));
        FOREACH(EntCSProps, sf & BIT(it.m_id),
        {
            it.m_receive(e);
        });
        e.iflags |= IFLAG_ORIGIN;
        InterpolateOrigin_Note(e);
        getthink(e)(e);
        return true;
    }
 
    NET_HANDLE(ENT_CLIENT_ENTCS, bool isnew)
    {
        if (isnew)
        {
            make_pure(this);
            this.entremove = Ent_RemoveEntCS;
        }
        return ReadEntcs(this);
    }
 
    NET_HANDLE(CLIENT_ENTCS, bool isnew)
    {
        return ReadEntcs(NULL);
    }
 
#endif