spiderbot_weapons.qc File Reference

#include "spiderbot_weapons.qh"

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Functions
vector	spiberbot_calcartillery (vector org, vector tgt, float ht)
void	spiderbot_guide_release (entity this)
void	spiderbot_rocket_artillery (entity this)
void	spiderbot_rocket_do (entity this)
void	spiderbot_rocket_guided (entity this)
void	spiderbot_rocket_unguided (entity this)

Variables
float	spiberbot_calcartillery_flighttime

Function Documentation

spiberbot_calcartillery()

vector spiberbot_calcartillery	(	vector	org,
		vector	tgt,
		float	ht )

Definition at line 60 of file spiderbot_weapons.qc.

{
    float grav  = PHYS_GRAVITY(NULL);
    float zdist = tgt.z - org.z;
    float sdist = vlen(tgt - org - zdist * '0 0 1');
    vector sdir = normalize(tgt - org - zdist * '0 0 1');
 
    // how high do we need to go?
    float jumpheight = fabs(ht);
    if (zdist > 0)
        jumpheight += zdist;
 
    // push so high...
    float vz = sqrt(2 * grav * jumpheight); // NOTE: sqrt(positive)!
 
    // we start with downwards velocity only if it's a downjump and the jump apex should be outside the jump!
    if (ht < 0 && zdist < 0)
        vz = -vz;
 
    vector solution = solve_quadratic(0.5 * grav, -vz, zdist); // equation "z(ti) = zdist"
    // ALWAYS solvable because jumpheight >= zdist
    if (!solution.z)
        solution.y = solution.x; // just in case it is not solvable due to roundoff errors, assume two equal solutions at their center (this is mainly for the usual case with ht == 0)
    if (zdist == 0)
        solution.x = solution.y; // solution.x is 0 in this case, so don't use it, but rather use solution.y (which will be sqrt(0.5 * jumpheight / grav), actually)
 
    if (zdist < 0)
    {
        // down-jump
        if (ht < 0)
        {
            // almost straight line type
            // jump apex is before the jump
            // we must take the larger one
            spiberbot_calcartillery_flighttime = solution.y;
        }
        else
        {
            // regular jump
            // jump apex is during the jump
            // we must take the larger one too
            spiberbot_calcartillery_flighttime = solution.y;
        }
    }
    else
    {
        // up-jump
        if (ht < 0)
        {
            // almost straight line type
            // jump apex is after the jump
            // we must take the smaller one
            spiberbot_calcartillery_flighttime = solution.x;
        }
        else
        {
            // regular jump
            // jump apex is during the jump
            // we must take the larger one
            spiberbot_calcartillery_flighttime = solution.y;
        }
    }
    float vs = sdist / spiberbot_calcartillery_flighttime;
 
    // finally calculate the velocity
    return sdir * vs + '0 0 1' * vz;
}

References fabs(), normalize(), NULL, org, PHYS_GRAVITY, solve_quadratic(), spiberbot_calcartillery_flighttime, sqrt(), vector, and vlen().

Referenced by spiderbot_rocket_do().

spiderbot_guide_release()

void spiderbot_guide_release

(

entity

this

)

Definition at line 43 of file spiderbot_weapons.qc.

{
    bool done_trace = false;
    IL_EACH(g_projectiles, it.realowner == this.owner && getthink(it) == spiderbot_rocket_guided,
    {
        if (!done_trace) // something exists, let's trace!
        {
            done_trace = true;
            crosshair_trace(this.owner);
        }
 
        it.pos1 = trace_endpos;
        setthink(it, spiderbot_rocket_unguided);
    });
}

References crosshair_trace(), entity(), g_projectiles, getthink, IL_EACH, owner, setthink, spiderbot_rocket_guided(), spiderbot_rocket_unguided(), and trace_endpos.

Referenced by spiderbot_rocket_do().

spiderbot_rocket_artillery()

void spiderbot_rocket_artillery

(

entity

this

)

Definition at line 5 of file spiderbot_weapons.qc.

{
    this.nextthink = time;
    UpdateCSQCProjectile(this);
}

References entity(), nextthink, time, and UpdateCSQCProjectile().

spiderbot_rocket_do()

void spiderbot_rocket_do

(

entity

this

)

Definition at line 128 of file spiderbot_weapons.qc.

{
    if (this.wait != -10)
    {
        if (PHYS_INPUT_BUTTON_ATCK2(this.owner) && STAT(VEHICLESTAT_W2MODE, this) == SBRM_GUIDE)
        {
            if (this.wait == 1
            && (this.tur_head.frame == 9 || this.tur_head.frame == 1))
            {
                if (this.gun2.cnt < time && this.tur_head.frame == 9)
                    this.tur_head.frame = 1;
 
                return;
            }
            this.wait = 1;
        }
        else
        {
            if (this.wait)
                spiderbot_guide_release(this);
 
            this.wait = 0;
        }
    }
 
    if (this.gun2.cnt > time)
        return;
 
    if (this.tur_head.frame >= 9)
    {
        this.tur_head.frame = 1;
        this.wait = 0;
    }
 
    if (this.wait != -10
    && !PHYS_INPUT_BUTTON_ATCK2(this.owner))
        return;
 
    if (weaponLocked(this.owner) || weaponUseForbidden(this.owner))
        return;
 
    entity rocket = NULL;
    vector v = gettaginfo(this.tur_head, gettagindex(this.tur_head, "tag_fire"));
 
    switch (STAT(VEHICLESTAT_W2MODE, this))
    {
        case SBRM_VOLLY:
        {
            rocket = vehicles_projectile(this, EFFECT_SPIDERBOT_ROCKETLAUNCH, SND_VEH_SPIDERBOT_ROCKET_FIRE,
                v, normalize(randomvec() * autocvar_g_vehicle_spiderbot_rocket_spread + v_forward) * autocvar_g_vehicle_spiderbot_rocket_speed,
                autocvar_g_vehicle_spiderbot_rocket_damage, autocvar_g_vehicle_spiderbot_rocket_radius, autocvar_g_vehicle_spiderbot_rocket_force, 1,
                DEATH_VH_SPID_ROCKET.m_id, PROJECTILE_SPIDERROCKET, autocvar_g_vehicle_spiderbot_rocket_health, false, true, this.owner);
            crosshair_trace(this.owner);
            float _dist = (random() * autocvar_g_vehicle_spiderbot_rocket_radius) + vlen(v - trace_endpos);
            _dist -= random() * autocvar_g_vehicle_spiderbot_rocket_radius;
            rocket.nextthink = time + (_dist / autocvar_g_vehicle_spiderbot_rocket_speed);
            setthink(rocket, vehicles_projectile_explode_think);
 
            if (PHYS_INPUT_BUTTON_ATCK2(this.owner) && this.tur_head.frame == 1)
                this.wait = -10;
            break;
        }
        case SBRM_GUIDE:
            rocket = vehicles_projectile(this, EFFECT_SPIDERBOT_ROCKETLAUNCH, SND_VEH_SPIDERBOT_ROCKET_FIRE,
                v, normalize(v_forward) * autocvar_g_vehicle_spiderbot_rocket_speed,
                autocvar_g_vehicle_spiderbot_rocket_damage, autocvar_g_vehicle_spiderbot_rocket_radius, autocvar_g_vehicle_spiderbot_rocket_force, 1,
                DEATH_VH_SPID_ROCKET.m_id, PROJECTILE_SPIDERROCKET, autocvar_g_vehicle_spiderbot_rocket_health, false, false, this.owner);
            crosshair_trace(this.owner);
            rocket.pos1 = trace_endpos;
            rocket.nextthink = time;
            setthink(rocket, spiderbot_rocket_guided);
            break;
        case SBRM_ARTILLERY:
        {
            rocket = vehicles_projectile(this, EFFECT_SPIDERBOT_ROCKETLAUNCH, SND_VEH_SPIDERBOT_ROCKET_FIRE,
                v, normalize(v_forward) * autocvar_g_vehicle_spiderbot_rocket_speed,
                autocvar_g_vehicle_spiderbot_rocket_damage, autocvar_g_vehicle_spiderbot_rocket_radius, autocvar_g_vehicle_spiderbot_rocket_force, 1,
                DEATH_VH_SPID_ROCKET.m_id, PROJECTILE_SPIDERROCKET, autocvar_g_vehicle_spiderbot_rocket_health, false, true, this.owner);
 
            crosshair_trace(this.owner);
 
            rocket.pos1   = trace_endpos + randomvec() * (0.75 * autocvar_g_vehicle_spiderbot_rocket_radius);
            rocket.pos1.z = trace_endpos.z;
 
            traceline(v, v + '0 0 1' * max_shot_distance, MOVE_WORLDONLY, this);
            float h1 = 0.75 * vlen(v - trace_endpos);
 
            //v = trace_endpos;
            traceline(v, rocket.pos1 + '0 0 1' * max_shot_distance, MOVE_WORLDONLY, this);
            float h2 = 0.75 * vlen(rocket.pos1 - v);
 
            rocket.velocity = spiberbot_calcartillery(v, rocket.pos1, (h1 < h2 ? h1 : h2));
            set_movetype(rocket, MOVETYPE_TOSS);
            rocket.gravity = 1;
            //setthink(rocket, spiderbot_rocket_artillery);
            break;
        }
    }
    rocket.classname = "spiderbot_rocket";
 
    rocket.cnt = time + autocvar_g_vehicle_spiderbot_rocket_lifetime;
 
    ++this.tur_head.frame;
    if (this.tur_head.frame == 9)
        this.attack_finished_single[0] = autocvar_g_vehicle_spiderbot_rocket_reload;
    else
        this.attack_finished_single[0] = (STAT(VEHICLESTAT_W2MODE, this) == SBRM_VOLLY) ? autocvar_g_vehicle_spiderbot_rocket_refire2 : autocvar_g_vehicle_spiderbot_rocket_refire;
 
    this.gun2.cnt = time + this.attack_finished_single[0];
}

References attack_finished_single, autocvar_g_vehicle_spiderbot_rocket_damage, autocvar_g_vehicle_spiderbot_rocket_force, autocvar_g_vehicle_spiderbot_rocket_health, autocvar_g_vehicle_spiderbot_rocket_lifetime, autocvar_g_vehicle_spiderbot_rocket_radius, autocvar_g_vehicle_spiderbot_rocket_refire, autocvar_g_vehicle_spiderbot_rocket_refire2, autocvar_g_vehicle_spiderbot_rocket_reload, autocvar_g_vehicle_spiderbot_rocket_speed, autocvar_g_vehicle_spiderbot_rocket_spread, crosshair_trace(), entity(), gettagindex, gettaginfo, gun2, max_shot_distance, MOVE_WORLDONLY, MOVETYPE_TOSS, normalize(), NULL, owner, PHYS_INPUT_BUTTON_ATCK2, PROJECTILE_SPIDERROCKET, random(), randomvec(), SBRM_ARTILLERY, SBRM_GUIDE, SBRM_VOLLY, set_movetype(), setthink, spiberbot_calcartillery(), spiderbot_guide_release(), spiderbot_rocket_guided(), STAT, time, trace_endpos, tur_head, v_forward, vector, vehicles_projectile(), vehicles_projectile_explode_think(), vlen(), wait, weaponLocked(), and weaponUseForbidden().

Referenced by spiderbot_frame().

spiderbot_rocket_guided()

void spiderbot_rocket_guided

(

entity

this

)

Definition at line 25 of file spiderbot_weapons.qc.

{
    this.nextthink  = time;
 
    if (!this.realowner.vehicle)
        setthink(this, spiderbot_rocket_unguided);
 
    crosshair_trace(this.realowner);
    vector olddir = normalize(this.velocity);
    vector newdir = normalize(trace_endpos - this.origin) + randomvec() * autocvar_g_vehicle_spiderbot_rocket_noise;
    this.velocity = normalize(olddir + newdir * autocvar_g_vehicle_spiderbot_rocket_turnrate) * autocvar_g_vehicle_spiderbot_rocket_speed;
 
    UpdateCSQCProjectile(this);
 
    if (IS_DEAD(this.owner) || this.cnt < time)
        this.use(this, NULL, NULL);
}

References autocvar_g_vehicle_spiderbot_rocket_noise, autocvar_g_vehicle_spiderbot_rocket_speed, autocvar_g_vehicle_spiderbot_rocket_turnrate, cnt, crosshair_trace(), entity(), IS_DEAD, nextthink, normalize(), NULL, origin, owner, randomvec(), realowner, setthink, spiderbot_rocket_unguided(), time, trace_endpos, UpdateCSQCProjectile(), use, vector, and velocity.

Referenced by spiderbot_guide_release(), and spiderbot_rocket_do().

spiderbot_rocket_unguided()

void spiderbot_rocket_unguided

(

entity

this

)

Definition at line 11 of file spiderbot_weapons.qc.

{
    this.nextthink = time;
 
    vector olddir = normalize(this.velocity);
    vector newdir = normalize(this.pos1 - this.origin) + randomvec() * autocvar_g_vehicle_spiderbot_rocket_noise;
    this.velocity = normalize(olddir + newdir * autocvar_g_vehicle_spiderbot_rocket_turnrate) * autocvar_g_vehicle_spiderbot_rocket_speed;
 
    UpdateCSQCProjectile(this);
 
    if (IS_DEAD(this.owner) || this.cnt < time || vdist(this.pos1 - this.origin, <, 16))
        this.use(this, NULL, NULL);
}

References autocvar_g_vehicle_spiderbot_rocket_noise, autocvar_g_vehicle_spiderbot_rocket_speed, autocvar_g_vehicle_spiderbot_rocket_turnrate, cnt, entity(), IS_DEAD, nextthink, normalize(), NULL, origin, owner, pos1, randomvec(), time, UpdateCSQCProjectile(), use, vdist, vector, and velocity.

Referenced by spiderbot_guide_release(), and spiderbot_rocket_guided().

Variable Documentation

spiberbot_calcartillery_flighttime

float spiberbot_calcartillery_flighttime

Definition at line 59 of file spiderbot_weapons.qc.

Referenced by spiberbot_calcartillery().