animdecide.qh

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#pragma once
 
// must be called at least once to initialize, or when modelindex is changed
void animdecide_load_if_needed(entity e);
 
// client side frame inferring
void animdecide_setimplicitstate(entity e, float onground);
void animdecide_setframes(entity e, bool support_blending, .int fld_frame, .int fld_frame1time, .int fld_frame2, .int fld_frame2time);
 
CLASS(Animation, Object)
    ATTRIB(Animation, m_framenames, string);
    STATIC_METHOD(Animation, getframe, int(Animation this, int mdlidx))
    {
        FOREACH_WORD(this.m_framenames, true, {
            int f = frameforname(mdlidx, it);
            if (f != -1) return f;
        });
#ifdef CSQC
        LOG_DEBUGF("Missing animation for %s: %s", modelnameforindex(mdlidx), this.registered_id);
#endif
        return -1;
    }
ENDCLASS(Animation)
 
REGISTRY(Animations, BITS(8))
REGISTER_REGISTRY(Animations)
 
REGISTRY_DEFINE_GET(Animations, NULL)
#define WriteAnimation(to, it) WriteRegistered(Animations, to, it)
#define ReadAnimation() ReadRegistered(Animations)
#define REGISTER_ANIMATION(id, framenames) \
    .vector anim_##id; \
    REGISTER(Animations, ANIM_##id, m_id, NEW(Animation)) { \
        this.m_framenames = framenames; \
    }
 
vector anim_vec(Animation anim, int mdlidx, int numframes, float framerate)
{
    vector v;
    v.x = Animation_getframe(anim, mdlidx);
    v.y = numframes;
    v.z = framerate;
    return v;
}
 
// player animation data for this model
// each vector is as follows:
// _x = startframe
// _y = numframes
// _z = framerate
REGISTER_ANIMATION(die1, "dieone groupified_0_anim");
REGISTER_ANIMATION(die2, "dietwo groupified_1_anim");
REGISTER_ANIMATION(draw, "draw groupified_2_anim");
REGISTER_ANIMATION(duck, "duck groupified_3_anim");
REGISTER_ANIMATION(duckwalk, "duckwalk groupified_4_anim");
REGISTER_ANIMATION(duckjump, "duckjump groupified_5_anim");
REGISTER_ANIMATION(duckidle, "duckidle groupified_6_anim");
REGISTER_ANIMATION(idle, "idle groupified_7_anim");
REGISTER_ANIMATION(jump, "jump groupified_8_anim");
REGISTER_ANIMATION(pain1, "painone groupified_9_anim");
REGISTER_ANIMATION(pain2, "paintwo groupified_10_anim");
REGISTER_ANIMATION(shoot, "shoot groupified_11_anim");
REGISTER_ANIMATION(taunt, "taunt groupified_12_anim");
REGISTER_ANIMATION(run, "run groupified_13_anim");
REGISTER_ANIMATION(runbackwards, "runbackwards groupified_14_anim");
REGISTER_ANIMATION(strafeleft, "strafeleft groupified_15_anim");
REGISTER_ANIMATION(straferight, "straferight groupified_16_anim");
REGISTER_ANIMATION(dead1, "deadone groupified_17_anim");
REGISTER_ANIMATION(dead2, "deadtwo groupified_18_anim");
REGISTER_ANIMATION(forwardright, "forwardright groupified_19_anim");
REGISTER_ANIMATION(forwardleft, "forwardleft groupified_20_anim");
REGISTER_ANIMATION(backright, "backright groupified_21_anim");
REGISTER_ANIMATION(backleft, "backleft groupified_22_anim");
REGISTER_ANIMATION(melee, "melee groupified_23_anim");
REGISTER_ANIMATION(duckwalkbackwards, "duckwalkbackwards groupified_24_anim");
REGISTER_ANIMATION(duckwalkstrafeleft, "duckwalkstrafeleft duckstrafeleft groupified_25_anim");
REGISTER_ANIMATION(duckwalkstraferight, "duckwalkstraferight duckstraferight groupified_26_anim");
REGISTER_ANIMATION(duckwalkforwardright, "duckwalkforwardright duckforwardright groupified_27_anim");
REGISTER_ANIMATION(duckwalkforwardleft, "duckwalkforwardleft groupified_28_anim");
REGISTER_ANIMATION(duckwalkbackright, "duckwalkbackright duckbackwardright groupified_29_anim");
REGISTER_ANIMATION(duckwalkbackleft, "duckwalkbackleft duckbackwardleft groupified_30_anim");
.float animdecide_modelindex;
 
// please network this one
.int anim_state;
.float anim_time;
.float anim_lower_action;
.float anim_lower_time;
.float anim_upper_action;
.float anim_upper_time;
 
// when copying entities, copy these too
.int anim_implicit_state;
.float anim_implicit_time;
.float anim_lower_implicit_action;
.float anim_lower_implicit_time;
.float anim_upper_implicit_action;
.float anim_upper_implicit_time;
 
// explicit anim states (networked)
void animdecide_setstate(entity e, int newstate, float restart);
const int ANIMSTATE_DEAD1 = BIT(0); // base frames: die1
const int ANIMSTATE_DEAD2 = BIT(1); // base frames: die2
const int ANIMSTATE_DUCK = BIT(2); // turns walk into duckwalk, jump into duckjump, etc.
const int ANIMSTATE_FROZEN = BIT(3); // force idle
const int ANIMSTATE_FOLLOW = BIT(4); // also force idle
 
// implicit anim states (inferred from velocity, etc.)
const int ANIMIMPLICITSTATE_INAIR = BIT(0);
const int ANIMIMPLICITSTATE_FORWARD = BIT(1);
const int ANIMIMPLICITSTATE_BACKWARDS = BIT(2);
const int ANIMIMPLICITSTATE_LEFT = BIT(3);
const int ANIMIMPLICITSTATE_RIGHT = BIT(4);
const int ANIMIMPLICITSTATE_JUMPRELEASED = BIT(5);
 
// explicit actions (networked); negative values are for lower body
void animdecide_setaction(entity e, float action, float restart);
const int ANIMACTION_JUMP = -1; // jump
const int ANIMACTION_DRAW = 1; // draw
const int ANIMACTION_PAIN1 = 2; // pain
const int ANIMACTION_PAIN2 = 3; // pain
const int ANIMACTION_SHOOT = 4; // shoot
const int ANIMACTION_TAUNT = 5; // taunt
const int ANIMACTION_MELEE = 6; // melee