// score rule declarations
const int ST_ONS_CAPS = 1;
-const int SP_ONS_CAPS = 4;
-const int SP_ONS_TAKES = 6;
#endif
#endif
{
entity l;
// first check if the game has ended
- LOG_DEBUG("--- updatelinks ---\n");
+ LOG_DEBUG("--- updatelinks ---");
// mark generators as being shielded and networked
for(l = ons_worldgeneratorlist; l; l = l.ons_worldgeneratornext)
{
if (l.iscaptured)
- LOG_DEBUG(strcat(etos(l), " (generator) belongs to team ", ftos(l.team), "\n"));
+ LOG_DEBUG(etos(l), " (generator) belongs to team ", ftos(l.team));
else
- LOG_DEBUG(strcat(etos(l), " (generator) is destroyed\n"));
+ LOG_DEBUG(etos(l), " (generator) is destroyed");
l.islinked = l.iscaptured;
l.isshielded = l.iscaptured;
l.sprite.SendFlags |= 16;
l.isshielded = true;
int i;
for(i = 0; i < 17; ++i) { l.isgenneighbor[i] = false; l.iscpneighbor[i] = false; }
- LOG_DEBUG(strcat(etos(l), " (point) belongs to team ", ftos(l.team), "\n"));
+ LOG_DEBUG(etos(l), " (point) belongs to team ", ftos(l.team));
l.sprite.SendFlags |= 16;
}
// flow power outward from the generators through the network
{
stop = false;
l.goalentity.islinked = true;
- LOG_DEBUG(strcat(etos(l), " (link) is marking ", etos(l.goalentity), " (point) because its team matches ", etos(l.enemy), " (point)\n"));
+ LOG_DEBUG(etos(l), " (link) is marking ", etos(l.goalentity), " (point) because its team matches ", etos(l.enemy), " (point)");
}
else if (!l.enemy.islinked)
{
stop = false;
l.enemy.islinked = true;
- LOG_DEBUG(strcat(etos(l), " (link) is marking ", etos(l.enemy), " (point) because its team matches ", etos(l.goalentity), " (point)\n"));
+ LOG_DEBUG(etos(l), " (link) is marking ", etos(l.enemy), " (point) because its team matches ", etos(l.goalentity), " (point)");
}
}
}
{
if(DIFF_TEAM(l.goalentity, l.enemy))
{
- LOG_DEBUG(strcat(etos(l), " (link) is unshielding ", etos(l.enemy), " (point) because its team does not match ", etos(l.goalentity), " (point)\n"));
+ LOG_DEBUG(etos(l), " (link) is unshielding ", etos(l.enemy), " (point) because its team does not match ", etos(l.goalentity), " (point)");
l.enemy.isshielded = false;
}
if(l.goalentity.classname == "onslaught_generator")
{
if(DIFF_TEAM(l.goalentity, l.enemy))
{
- LOG_DEBUG(strcat(etos(l), " (link) is unshielding ", etos(l.goalentity), " (point) because its team does not match ", etos(l.enemy), " (point)\n"));
+ LOG_DEBUG(etos(l), " (link) is unshielding ", etos(l.goalentity), " (point) because its team does not match ", etos(l.enemy), " (point)");
l.goalentity.isshielded = false;
}
if(l.enemy.classname == "onslaught_generator")
{
if (l.isshielded)
{
- LOG_DEBUG(strcat(etos(l), " (generator) is shielded\n"));
+ LOG_DEBUG(etos(l), " (generator) is shielded");
l.takedamage = DAMAGE_NO;
l.bot_attack = false;
}
else
{
- LOG_DEBUG(strcat(etos(l), " (generator) is not shielded\n"));
+ LOG_DEBUG(etos(l), " (generator) is not shielded");
l.takedamage = DAMAGE_AIM;
l.bot_attack = true;
}
{
if (l.isshielded)
{
- LOG_DEBUG(strcat(etos(l), " (point) is shielded\n"));
+ LOG_DEBUG(etos(l), " (point) is shielded");
if (l.goalentity)
{
l.goalentity.takedamage = DAMAGE_NO;
}
else
{
- LOG_DEBUG(strcat(etos(l), " (point) is not shielded\n"));
+ LOG_DEBUG(etos(l), " (point) is not shielded");
if (l.goalentity)
{
l.goalentity.takedamage = DAMAGE_AIM;
}
ons_ControlPoint_UpdateSprite(l);
}
- l = findchain(classname, "ons_captureshield");
- while(l)
+ FOREACH_ENTITY_CLASS("ons_captureshield", true,
{
- l.team = l.enemy.team;
- l.colormap = l.enemy.colormap;
- l = l.chain;
- }
+ it.team = it.enemy.team;
+ it.colormap = it.enemy.colormap;
+ });
}
if(!this.goalentity) { objerror(this, "can not find target\n"); }
if(!this.enemy) { objerror(this, "can not find target2\n"); }
- LOG_DEBUG(strcat(etos(this.goalentity), " linked with ", etos(this.enemy), "\n"));
+ LOG_DEBUG(etos(this.goalentity), " linked with ", etos(this.enemy));
this.SendFlags |= 3;
setthink(this, ons_Link_CheckUpdate);
this.nextthink = time;
setmodel_fixsize(this.owner, MDL_ONS_CP_PAD1);
//setsize(this, '-32 -32 0', '32 32 8');
- remove(this);
+ delete(this);
}
this.SendFlags |= CPSF_STATUS;
void ons_ControlPoint_Reset(entity this)
{
if(this.goalentity)
- remove(this.goalentity);
+ delete(this.goalentity);
this.goalentity = NULL;
this.team = 0;
void havocbot_goalrating_ons_offenseitems(entity this, float ratingscale, vector org, float sradius)
{
- entity head;
- float t, c;
bool needarmor = false, needweapons = false;
// Needs armor/health?
needarmor = true;
// Needs weapons?
- c = 0;
+ int c = 0;
FOREACH(Weapons, it != WEP_Null, {
if(this.weapons & (it.m_wepset))
if(++c >= 4)
if(!needweapons && !needarmor)
return;
- LOG_DEBUG(strcat(this.netname, " needs weapons ", ftos(needweapons) , "\n"));
- LOG_DEBUG(strcat(this.netname, " needs armor ", ftos(needarmor) , "\n"));
+ LOG_DEBUG(this.netname, " needs weapons ", ftos(needweapons));
+ LOG_DEBUG(this.netname, " needs armor ", ftos(needarmor));
// See what is around
- head = findchainfloat(bot_pickup, true);
- while (head)
+ FOREACH_ENTITY_FLOAT(bot_pickup, true,
{
// gather health and armor only
- if (head.solid)
- if ( ((head.health || head.armorvalue) && needarmor) || (head.weapons && needweapons ) )
- if (vdist(head.origin - org, <, sradius))
+ if (it.solid)
+ if ( ((it.health || it.armorvalue) && needarmor) || (it.weapons && needweapons ) )
+ if (vdist(it.origin - org, <, sradius))
{
- t = head.bot_pickupevalfunc(this, head);
+ int t = it.bot_pickupevalfunc(this, it);
if (t > 0)
- navigation_routerating(this, head, t * ratingscale, 500);
+ navigation_routerating(this, it, t * ratingscale, 500);
}
- head = head.chain;
- }
+ });
}
void havocbot_role_ons_setrole(entity this, int role)
{
- LOG_DEBUG(strcat(this.netname," switched to "));
+ LOG_DEBUG(this.netname," switched to ");
switch(role)
{
case HAVOCBOT_ONS_ROLE_DEFENSE:
this.havocbot_role_timeout = 0;
break;
}
- LOG_DEBUG("\n");
+ LOG_DEBUG("");
}
void havocbot_goalrating_ons_controlpoints_attack(entity this, float ratingscale)
if (!cp)
return;
- LOG_DEBUG(strcat(this.netname, " chose cp ranked ", ftos(bestvalue), "\n"));
+ LOG_DEBUG(this.netname, " chose cp ranked ", ftos(bestvalue));
if(cp.goalentity)
{
{
navigation_routerating(this, cp, ratingscale, 10000);
}
- LOG_DEBUG(strcat(this.netname, " found an attackable controlpoint at ", vtos(cp.origin) ,"\n"));
+ LOG_DEBUG(this.netname, " found an attackable controlpoint at ", vtos(cp.origin));
}
else
{
// Should be touched
- LOG_DEBUG(strcat(this.netname, " found a touchable controlpoint at ", vtos(cp.origin) ,"\n"));
+ LOG_DEBUG(this.netname, " found a touchable controlpoint at ", vtos(cp.origin));
found = false;
// Look for auto generated waypoint
if(bestwp)
{
- LOG_DEBUG("waypoints found around generator\n");
+ LOG_DEBUG("waypoints found around generator");
navigation_routerating(this, bestwp, ratingscale, 10000);
bestwp.cnt += 1;
}
else
{
- LOG_DEBUG("generator found without waypoints around\n");
+ LOG_DEBUG("generator found without waypoints around");
// if there aren't waypoints near the generator go straight to it
navigation_routerating(this, g, ratingscale, 10000);
this.havocbot_attack_time = 0;
*/
entity ons_Nearest_ControlPoint(entity this, vector pos, float max_dist)
{
- entity tmp_entity, closest_target = NULL;
- tmp_entity = findchain(classname, "onslaught_controlpoint");
- while(tmp_entity)
+ entity closest_target = NULL;
+ FOREACH_ENTITY_CLASS("onslaught_controlpoint", true,
{
- if(SAME_TEAM(tmp_entity, this))
- if(tmp_entity.iscaptured)
- if(max_dist <= 0 || vdist(tmp_entity.origin - pos, <=, max_dist))
- if(vlen2(tmp_entity.origin - pos) <= vlen2(closest_target.origin - pos) || closest_target == NULL)
- closest_target = tmp_entity;
- tmp_entity = tmp_entity.chain;
- }
- tmp_entity = findchain(classname, "onslaught_generator");
- while(tmp_entity)
+ if(SAME_TEAM(it, this))
+ if(it.iscaptured)
+ if(max_dist <= 0 || vdist(it.origin - pos, <=, max_dist))
+ if(vlen2(it.origin - pos) <= vlen2(closest_target.origin - pos) || closest_target == NULL)
+ closest_target = it;
+ });
+ FOREACH_ENTITY_CLASS("onslaught_generator", true,
{
- if(SAME_TEAM(tmp_entity, this))
- if(max_dist <= 0 || vdist(tmp_entity.origin - pos, <, max_dist))
- if(vlen2(tmp_entity.origin - pos) <= vlen2(closest_target.origin - pos) || closest_target == NULL)
- closest_target = tmp_entity;
- tmp_entity = tmp_entity.chain;
- }
+ if(SAME_TEAM(it, this))
+ if(max_dist <= 0 || vdist(it.origin - pos, <, max_dist))
+ if(vlen2(it.origin - pos) <= vlen2(closest_target.origin - pos) || closest_target == NULL)
+ closest_target = it;
+ });
return closest_target;
}
*/
entity ons_Nearest_ControlPoint_2D(entity this, vector pos, float max_dist)
{
- entity tmp_entity, closest_target = NULL;
+ entity closest_target = NULL;
vector delta;
float smallest_distance = 0, distance;
- tmp_entity = findchain(classname, "onslaught_controlpoint");
- while(tmp_entity)
+ FOREACH_ENTITY_CLASS("onslaught_controlpoint", true,
{
- delta = tmp_entity.origin - pos;
+ delta = it.origin - pos;
delta_z = 0;
distance = vlen(delta);
- if(SAME_TEAM(tmp_entity, this))
- if(tmp_entity.iscaptured)
+ if(SAME_TEAM(it, this))
+ if(it.iscaptured)
if(max_dist <= 0 || distance <= max_dist)
if(closest_target == NULL || distance <= smallest_distance )
{
- closest_target = tmp_entity;
+ closest_target = it;
smallest_distance = distance;
}
-
- tmp_entity = tmp_entity.chain;
- }
- tmp_entity = findchain(classname, "onslaught_generator");
- while(tmp_entity)
+ });
+ FOREACH_ENTITY_CLASS("onslaught_generator", true,
{
- delta = tmp_entity.origin - pos;
+ delta = it.origin - pos;
delta_z = 0;
distance = vlen(delta);
- if(SAME_TEAM(tmp_entity, this))
+ if(SAME_TEAM(it, this))
if(max_dist <= 0 || distance <= max_dist)
if(closest_target == NULL || distance <= smallest_distance )
{
- closest_target = tmp_entity;
+ closest_target = it;
smallest_distance = distance;
}
-
- tmp_entity = tmp_entity.chain;
- }
+ });
return closest_target;
}
*/
int ons_Count_SelfControlPoints(entity this)
{
- entity tmp_entity;
- tmp_entity = findchain(classname, "onslaught_controlpoint");
int n = 0;
- while(tmp_entity)
+ FOREACH_ENTITY_CLASS("onslaught_controlpoint", true,
{
- if(SAME_TEAM(tmp_entity, this))
- if(tmp_entity.iscaptured)
+ if(SAME_TEAM(it, this))
+ if(it.iscaptured)
n++;
- tmp_entity = tmp_entity.chain;
- }
- tmp_entity = findchain(classname, "onslaught_generator");
- while(tmp_entity)
+ });
+ FOREACH_ENTITY_CLASS("onslaught_generator", true,
{
- if(SAME_TEAM(tmp_entity, this))
+ if(SAME_TEAM(it, this))
n++;
- tmp_entity = tmp_entity.chain;
- }
+ });
return n;
}
{
entity own = this.owner;
- if(!own) { remove(this); return; }
+ if(!own) { delete(this); return; }
if(own.targetname)
{
}
}
- remove(this);
+ delete(this);
}
MUTATOR_HOOKFUNCTION(ons, MonsterSpawn)
{
entity own = this.owner;
- if(!own) { remove(this); return; }
+ if(!own) { delete(this); return; }
if(own.targetname)
{
}
}
- remove(this);
+ delete(this);
}
MUTATOR_HOOKFUNCTION(ons, TurretSpawn)
*/
spawnfunc(onslaught_link)
{
- if(!g_onslaught) { remove(this); return; }
+ if(!g_onslaught) { delete(this); return; }
if (this.target == "" || this.target2 == "")
objerror(this, "target and target2 must be set\n");
spawnfunc(onslaught_controlpoint)
{
- if(!g_onslaught) { remove(this); return; }
+ if(!g_onslaught) { delete(this); return; }
ons_ControlPoint_Setup(this);
}
*/
spawnfunc(onslaught_generator)
{
- if(!g_onslaught) { remove(this); return; }
+ if(!g_onslaught) { delete(this); return; }
if(!this.team) { objerror(this, "team must be set"); }
ons_GeneratorSetup(this);
void ons_ScoreRules()
{
CheckAllowedTeams(NULL);
- ScoreRules_basics(((c4>=0) ? 4 : (c3>=0) ? 3 : 2), SFL_SORT_PRIO_PRIMARY, 0, true);
+ int teams = 0;
+ if(c1 >= 0) teams |= BIT(0);
+ if(c2 >= 0) teams |= BIT(1);
+ if(c3 >= 0) teams |= BIT(2);
+ if(c4 >= 0) teams |= BIT(3);
+ ScoreRules_basics(teams, SFL_SORT_PRIO_PRIMARY, 0, true);
ScoreInfo_SetLabel_TeamScore (ST_ONS_CAPS, "destroyed", SFL_SORT_PRIO_PRIMARY);
- ScoreInfo_SetLabel_PlayerScore(SP_ONS_CAPS, "caps", SFL_SORT_PRIO_SECONDARY);
+ ScoreInfo_SetLabel_PlayerScore(SP_ONS_CAPS, "caps", SFL_SORT_PRIO_SECONDARY);
ScoreInfo_SetLabel_PlayerScore(SP_ONS_TAKES, "takes", 0);
ScoreRules_basics_end();
}
projects / xonotic / xonotic-data.pk3dir.git / blobdiff