#define cvar_base "g_turrets_unit_"
.float clientframe;
void turrets_setframe(float _frame, float client_only)
-{
+{
if((client_only ? self.clientframe : self.frame ) != _frame)
{
self.SendFlags |= TNSF_ANIM;
self.anim_start_time = time;
}
-
+
if(client_only)
self.clientframe = _frame;
else
self.frame = _frame;
-
+
}
float turret_send(entity to, float sf)
{
-
- WriteByte(MSG_ENTITY, ENT_CLIENT_TURRET);
+
+ WriteByte(MSG_ENTITY, ENT_CLIENT_TURRET);
WriteByte(MSG_ENTITY, sf);
if(sf & TNSF_SETUP)
{
WriteByte(MSG_ENTITY, self.turret_type);
-
- WriteCoord(MSG_ENTITY, self.origin_x);
- WriteCoord(MSG_ENTITY, self.origin_y);
- WriteCoord(MSG_ENTITY, self.origin_z);
-
- WriteAngle(MSG_ENTITY, self.angles_x);
- WriteAngle(MSG_ENTITY, self.angles_y);
+
+ WriteCoord(MSG_ENTITY, self.origin.x);
+ WriteCoord(MSG_ENTITY, self.origin.y);
+ WriteCoord(MSG_ENTITY, self.origin.z);
+
+ WriteAngle(MSG_ENTITY, self.angles.x);
+ WriteAngle(MSG_ENTITY, self.angles.y);
}
-
+
if(sf & TNSF_ANG)
{
- WriteShort(MSG_ENTITY, rint(self.tur_head.angles_x));
- WriteShort(MSG_ENTITY, rint(self.tur_head.angles_y));
+ WriteShort(MSG_ENTITY, rint(self.tur_head.angles.x));
+ WriteShort(MSG_ENTITY, rint(self.tur_head.angles.y));
}
-
+
if(sf & TNSF_AVEL)
- {
- WriteShort(MSG_ENTITY, rint(self.tur_head.avelocity_x));
- WriteShort(MSG_ENTITY, rint(self.tur_head.avelocity_y));
+ {
+ WriteShort(MSG_ENTITY, rint(self.tur_head.avelocity.x));
+ WriteShort(MSG_ENTITY, rint(self.tur_head.avelocity.y));
}
-
+
if(sf & TNSF_MOVE)
{
- WriteShort(MSG_ENTITY, rint(self.origin_x));
- WriteShort(MSG_ENTITY, rint(self.origin_y));
- WriteShort(MSG_ENTITY, rint(self.origin_z));
-
- WriteShort(MSG_ENTITY, rint(self.velocity_x));
- WriteShort(MSG_ENTITY, rint(self.velocity_y));
- WriteShort(MSG_ENTITY, rint(self.velocity_z));
-
- WriteShort(MSG_ENTITY, rint(self.angles_y));
+ WriteShort(MSG_ENTITY, rint(self.origin.x));
+ WriteShort(MSG_ENTITY, rint(self.origin.y));
+ WriteShort(MSG_ENTITY, rint(self.origin.z));
+
+ WriteShort(MSG_ENTITY, rint(self.velocity.x));
+ WriteShort(MSG_ENTITY, rint(self.velocity.y));
+ WriteShort(MSG_ENTITY, rint(self.velocity.z));
+
+ WriteShort(MSG_ENTITY, rint(self.angles.y));
}
-
+
if(sf & TNSF_ANIM)
{
WriteCoord(MSG_ENTITY, self.anim_start_time);
WriteByte(MSG_ENTITY, self.frame);
}
-
+
if(sf & TNSF_STATUS)
{
WriteByte(MSG_ENTITY, self.team);
-
+
if(self.health <= 0)
WriteByte(MSG_ENTITY, 0);
else
WriteByte(MSG_ENTITY, ceil((self.health / self.tur_health) * 255));
}
-
- return TRUE;
+
+ return true;
}
void load_unit_settings(entity ent, string unitname, float is_reload)
void turret_projectile_explode()
{
-
+
self.takedamage = DAMAGE_NO;
- self.event_damage = func_null;
+ self.event_damage = func_null;
#ifdef TURRET_DEBUG
float d;
- d = RadiusDamage (self, self.owner, self.owner.shot_dmg, 0, self.owner.shot_radius, self, self.owner.shot_force, self.totalfrags, world);
+ d = RadiusDamage (self, self.owner, self.owner.shot_dmg, 0, self.owner.shot_radius, self, world, self.owner.shot_force, self.totalfrags, world);
self.owner.tur_dbg_dmg_t_h = self.owner.tur_dbg_dmg_t_h + d;
self.owner.tur_dbg_dmg_t_f = self.owner.tur_dbg_dmg_t_f + self.owner.shot_dmg;
#else
- RadiusDamage (self, self.realowner, self.owner.shot_dmg, 0, self.owner.shot_radius, self, self.owner.shot_force, self.totalfrags, world);
+ RadiusDamage (self, self.realowner, self.owner.shot_dmg, 0, self.owner.shot_radius, self, world, self.owner.shot_force, self.totalfrags, world);
#endif
remove(self);
}
setsize(proj, '-0.5 -0.5 -0.5' * _size, '0.5 0.5 0.5' * _size);
proj.owner = self;
proj.realowner = self;
- proj.bot_dodge = TRUE;
- proj.bot_dodgerating = self.shot_dmg;
+ proj.bot_dodge = true;
+ proj.bot_dodgerating = self.shot_dmg;
proj.think = turret_projectile_explode;
proj.touch = turret_projectile_touch;
- proj.nextthink = time + 9;
+ proj.nextthink = time + 9;
proj.movetype = MOVETYPE_FLYMISSILE;
- proj.velocity = normalize(self.tur_shotdir_updated + randomvec() * self.shot_spread) * self.shot_speed;
+ proj.velocity = normalize(self.tur_shotdir_updated + randomvec() * self.shot_spread) * self.shot_speed;
proj.flags = FL_PROJECTILE;
proj.enemy = self.enemy;
proj.totalfrags = _death;
proj.flags |= FL_NOTARGET;
CSQCProjectile(proj, _cli_anim, _proj_type, _cull);
-
+
return proj;
}
}
else*/
tracebox(self.tur_shotorg, '-1 -1 -1','1 1 1', self.tur_shotorg + (self.tur_shotdir_updated * self.tur_dist_aimpos), MOVE_NORMAL,self);
-
- self.tur_dist_impact_to_aimpos = vlen(trace_endpos - self.tur_aimpos) - (vlen(self.enemy.maxs - self.enemy.mins) * 0.5);
+
+ self.tur_dist_impact_to_aimpos = vlen(trace_endpos - self.tur_aimpos) - (vlen(self.enemy.maxs - self.enemy.mins) * 0.5);
self.tur_impactent = trace_ent;
self.tur_impacttime = vlen(self.tur_shotorg - trace_endpos) / self.shot_speed;
vector v1, v2;
v1 = self.tur_head.angles;
v2 = self.tur_head.avelocity;
-
+
if (self.track_flags == TFL_TRACK_NO)
return;
}
else
{
- target_angle = vectoangles(normalize(self.tur_aimpos - self.tur_shotorg));
+ target_angle = vectoangles(normalize(self.tur_aimpos - self.tur_shotorg));
}
-
- self.tur_head.angles_x = anglemods(self.tur_head.angles_x);
- self.tur_head.angles_y = anglemods(self.tur_head.angles_y);
+
+ self.tur_head.angles_x = anglemods(self.tur_head.angles.x);
+ self.tur_head.angles_y = anglemods(self.tur_head.angles.y);
// Find the diffrence between where we currently aim and where we want to aim
//move_angle = target_angle - (self.angles + self.tur_head.angles);
//move_angle = shortangle_vxy(move_angle,(self.angles + self.tur_head.angles));
-
- move_angle = AnglesTransform_ToAngles(AnglesTransform_LeftDivide(AnglesTransform_FromAngles(self.angles), AnglesTransform_FromAngles(target_angle))) - self.tur_head.angles;
+
+ move_angle = AnglesTransform_ToAngles(AnglesTransform_LeftDivide(AnglesTransform_FromAngles(self.angles), AnglesTransform_FromAngles(target_angle))) - self.tur_head.angles;
move_angle = shortangle_vxy(move_angle, self.tur_head.angles);
switch(self.track_type)
f_tmp = self.aim_speed * self.ticrate; // dgr/sec -> dgr/tic
if (self.track_flags & TFL_TRACK_PITCH)
{
- self.tur_head.angles_x += bound(-f_tmp,move_angle_x, f_tmp);
- if(self.tur_head.angles_x > self.aim_maxpitch)
+ self.tur_head.angles_x += bound(-f_tmp,move_angle.x, f_tmp);
+ if(self.tur_head.angles.x > self.aim_maxpitch)
self.tur_head.angles_x = self.aim_maxpitch;
- if(self.tur_head.angles_x < -self.aim_maxpitch)
+ if(self.tur_head.angles.x < -self.aim_maxpitch)
self.tur_head.angles_x = self.aim_maxpitch;
}
if (self.track_flags & TFL_TRACK_ROT)
{
- self.tur_head.angles_y += bound(-f_tmp, move_angle_y, f_tmp);
- if(self.tur_head.angles_y > self.aim_maxrot)
+ self.tur_head.angles_y += bound(-f_tmp, move_angle.y, f_tmp);
+ if(self.tur_head.angles.y > self.aim_maxrot)
self.tur_head.angles_y = self.aim_maxrot;
- if(self.tur_head.angles_y < -self.aim_maxrot)
+ if(self.tur_head.angles.y < -self.aim_maxrot)
self.tur_head.angles_y = self.aim_maxrot;
}
-
+
// CSQC
self.SendFlags |= TNSF_ANG;
-
+
return;
case TFL_TRACKTYPE_FLUIDINERTIA:
f_tmp = self.aim_speed * self.ticrate; // dgr/sec -> dgr/tic
- move_angle_x = bound(-self.aim_speed, move_angle_x * self.track_accel_pitch * f_tmp, self.aim_speed);
- move_angle_y = bound(-self.aim_speed, move_angle_y * self.track_accel_rot * f_tmp, self.aim_speed);
+ move_angle.x = bound(-self.aim_speed, move_angle.x * self.track_accel_pitch * f_tmp, self.aim_speed);
+ move_angle.y = bound(-self.aim_speed, move_angle.y * self.track_accel_rot * f_tmp, self.aim_speed);
move_angle = (self.tur_head.avelocity * self.track_blendrate) + (move_angle * (1 - self.track_blendrate));
break;
case TFL_TRACKTYPE_FLUIDPRECISE:
- move_angle_y = bound(-self.aim_speed, move_angle_y, self.aim_speed);
- move_angle_x = bound(-self.aim_speed, move_angle_x, self.aim_speed);
+ move_angle.y = bound(-self.aim_speed, move_angle.y, self.aim_speed);
+ move_angle.x = bound(-self.aim_speed, move_angle.x, self.aim_speed);
break;
}
// pitch
if (self.track_flags & TFL_TRACK_PITCH)
{
- self.tur_head.avelocity_x = move_angle_x;
- if((self.tur_head.angles_x + self.tur_head.avelocity_x * self.ticrate) > self.aim_maxpitch)
+ self.tur_head.avelocity_x = move_angle.x;
+ if((self.tur_head.angles.x + self.tur_head.avelocity.x * self.ticrate) > self.aim_maxpitch)
{
self.tur_head.avelocity_x = 0;
self.tur_head.angles_x = self.aim_maxpitch;
-
+
self.SendFlags |= TNSF_ANG;
}
-
- if((self.tur_head.angles_x + self.tur_head.avelocity_x * self.ticrate) < -self.aim_maxpitch)
+
+ if((self.tur_head.angles.x + self.tur_head.avelocity.x * self.ticrate) < -self.aim_maxpitch)
{
self.tur_head.avelocity_x = 0;
self.tur_head.angles_x = -self.aim_maxpitch;
-
+
self.SendFlags |= TNSF_ANG;
}
}
// rot
if (self.track_flags & TFL_TRACK_ROT)
{
- self.tur_head.avelocity_y = move_angle_y;
+ self.tur_head.avelocity_y = move_angle.y;
- if((self.tur_head.angles_y + self.tur_head.avelocity_y * self.ticrate) > self.aim_maxrot)
+ if((self.tur_head.angles.y + self.tur_head.avelocity.y * self.ticrate) > self.aim_maxrot)
{
self.tur_head.avelocity_y = 0;
self.tur_head.angles_y = self.aim_maxrot;
-
+
self.SendFlags |= TNSF_ANG;
}
- if((self.tur_head.angles_y + self.tur_head.avelocity_y * self.ticrate) < -self.aim_maxrot)
+ if((self.tur_head.angles.y + self.tur_head.avelocity.y * self.ticrate) < -self.aim_maxrot)
{
self.tur_head.avelocity_y = 0;
self.tur_head.angles_y = -self.aim_maxrot;
-
+
self.SendFlags |= TNSF_ANG;
}
}
-
+
self.SendFlags |= TNSF_AVEL;
-
+
// Force a angle update every 10'th frame
self.turret_framecounter += 1;
if(self.turret_framecounter >= 10)
- {
+ {
self.SendFlags |= TNSF_ANG;
self.turret_framecounter = 0;
- }
+ }
}
float turret_stdproc_firecheck()
{
// This one just dont care =)
- if (self.firecheck_flags & TFL_FIRECHECK_NO)
+ if (self.firecheck_flags & TFL_FIRECHECK_NO)
return 1;
if (self.enemy == world)
if (self.shoot_flags & TFL_SHOOT_VOLLYALWAYS)
if (self.volly_counter != self.shot_volly)
if(self.ammo >= self.shot_dmg)
- return 1;
+ return 1;
// Lack of zombies makes shooting dead things unnecessary :P
if (self.firecheck_flags & TFL_FIRECHECK_DEAD)
if (self.firecheck_flags & TFL_FIRECHECK_OTHER_AMMO)
if (self.enemy.ammo >= self.enemy.ammo_max)
return 0;
-
+
// Target of opertunity?
if(turret_validate_target(self, self.tur_impactent, self.target_validate_flags) > 0)
{
self.enemy = self.tur_impactent;
return 1;
- }
+ }
if (self.firecheck_flags & TFL_FIRECHECK_DISTANCES)
{
// To close?
if (self.tur_dist_aimpos < self.target_range_min)
- if(turret_validate_target(self, self.tur_impactent, self.target_validate_flags) > 0)
+ if(turret_validate_target(self, self.tur_impactent, self.target_validate_flags) > 0)
return 1; // Target of opertunity?
- else
- return 0;
+ else
+ return 0;
}
// Try to avoid FF?
float turret_validate_target(entity e_turret, entity e_target, float validate_flags)
{
vector v_tmp;
-
+
//if(!validate_flags & TFL_TARGETSELECT_NOBUILTIN)
// return -0.5;
return -0.5;
if (!checkpvs(e_target.origin, e_turret))
- return -1;
+ return -1;
if (!e_target)
return -2;
return -5;
// Cant touch this
- if(e_target.vehicle_flags & VHF_ISVEHICLE)
+ if(e_target.vehicle_flags & VHF_ISVEHICLE)
{
if (e_target.vehicle_health <= 0)
return -6;
if (validate_flags & TFL_TARGETSELECT_ANGLELIMITS)
{
- if (fabs(tvt_tadv_x) > e_turret.aim_maxpitch)
+ if (fabs(tvt_tadv.x) > e_turret.aim_maxpitch)
return -17;
- if (fabs(tvt_tadv_y) > e_turret.aim_maxrot)
+ if (fabs(tvt_tadv.y) > e_turret.aim_maxrot)
return -18;
}
e = findradius(self.origin, self.target_range);
// Nothing to aim at?
- if (!e)
+ if (!e)
return world;
while (e)
entity e;
self.nextthink = time + self.ticrate;
-
+
// ONS uses somewhat backwards linking.
if (teamplay)
{
if (!(self.spawnflags & TSF_NO_AMMO_REGEN))
if (self.ammo < self.ammo_max)
self.ammo = min(self.ammo + self.ammo_recharge, self.ammo_max);
-
+
// Inactive turrets needs to run the think loop,
// So they can handle animation and wake up if need be.
if (!self.active)
void turret_link()
{
- Net_LinkEntity(self, TRUE, 0, turret_send);
+ Net_LinkEntity(self, true, 0, turret_send);
self.think = turret_think;
self.nextthink = time;
self.tur_head.effects = EF_NODRAW;
// Are turrets allowed?
if (autocvar_g_turrets == 0)
return 0;
-
+
if(_turret_type < 1 || _turret_type > TID_LAST)
{
dprint("Invalid / Unkown turret type\"", ftos(_turret_type), "\", aborting!\n");
return 0;
- }
+ }
self.turret_type = _turret_type;
-
+
e = find(world, classname, "turret_manager");
if (!e)
{
e.think = turrets_manager_think;
e.nextthink = time + 2;
}
-
+
if (!(self.spawnflags & TSF_SUSPENDED))
builtin_droptofloor(); // why can't we use regular droptofloor here?
- // Terrainbase spawnflag. This puts a enlongated model
- // under the turret, so it looks ok on uneaven surfaces.
- /* TODO: Handle this with CSQC
- if (self.spawnflags & TSF_TERRAINBASE)
- {
- entity tb;
- tb = spawn();
- setmodel(tb,"models/turrets/terrainbase.md3");
- setorigin(tb,self.origin);
- tb.solid = SOLID_BBOX;
- }
- */
-
self.cvar_basename = cvar_base_name;
load_unit_settings(self, self.cvar_basename, 0);
self.effects = EF_NODRAW;
-
+
// Handle turret teams.
if (!teamplay)
self.team = MAX_SHOT_DISTANCE; // Group all turrets into the same team, so they dont kill eachother.
* as possible beforehand.
*/
if (!self.ticrate)
- {
+ {
if (self.turrcaps_flags & TFL_TURRCAPS_SUPPORT)
self.ticrate = 0.2; // Support units generaly dont need to have a high speed ai-loop
else
self.ticrate = 0.1; // 10 fps for normal turrets
}
-
+
self.ticrate = bound(sys_frametime, self.ticrate, 60); // keep it sane
// General stuff
if (!self.health)
self.health = 1000;
self.tur_health = max(1, self.health);
+ self.bot_attack = true;
+ self.monster_attack = true;
if (!self.turrcaps_flags)
self.turrcaps_flags = TFL_TURRCAPS_RADIUSDMG | TFL_TURRCAPS_MEDPROJ | TFL_TURRCAPS_PLAYERKILL;
// Offsets & origins
if (!self.tur_shotorg) self.tur_shotorg = '50 0 50';
-
+
if (!self.health)
self.health = 150;
self.turret_firecheckfunc = turret_stdproc_firecheck;
self.turret_firefunc = turret_stdproc_fire;
self.event_damage = turret_stdproc_damage;
-
+
if (self.turrcaps_flags & TFL_TURRCAPS_SUPPORT)
self.turret_score_target = turret_stdproc_targetscore_support;
else
self.turret_score_target = turret_stdproc_targetscore_generic;
self.use = turret_stdproc_use;
- self.bot_attack = TRUE;
++turret_count;
self.nextthink = time + 1;
while (vlen(self.tur_dbg_rvec) < 2)
self.tur_dbg_rvec = randomvec() * 4;
- self.tur_dbg_rvec_x = fabs(self.tur_dbg_rvec_x);
- self.tur_dbg_rvec_y = fabs(self.tur_dbg_rvec_y);
- self.tur_dbg_rvec_z = fabs(self.tur_dbg_rvec_z);
+ self.tur_dbg_rvec_x = fabs(self.tur_dbg_rvec.x);
+ self.tur_dbg_rvec_y = fabs(self.tur_dbg_rvec.y);
+ self.tur_dbg_rvec_z = fabs(self.tur_dbg_rvec.z);
#endif
// Its all good.
activator = ee;
self.use();
}
-
+
turret_link();
- turret_stdproc_respawn();
+ turret_stdproc_respawn();
turret_tag_fire_update();
-
+
return 1;
}
projects / xonotic / xonotic-data.pk3dir.git / blobdiff