void SArtefactActivation::Load()
{
for(int i=0; i<(int)eMax; ++i)
m_activation_states.push_back(SStateDef());
LPCSTR activation_seq = pSettings->r_string(*m_af->cNameSect(),"artefact_activation_seq");
m_activation_states[(int)eStarting].Load(activation_seq, "starting");
m_activation_states[(int)eFlying].Load(activation_seq, "flying");
m_activation_states[(int)eBeforeSpawn].Load(activation_seq, "idle_before_spawning");
m_activation_states[(int)eSpawnZone].Load(activation_seq, "spawning");
}
void SArtefactActivation::SpawnAnomaly()
{
VERIFY(!ph_world->Processing());
string128 tmp;
LPCSTR str = pSettings->r_string("artefact_spawn_zones",*m_af->cNameSect());
VERIFY3(3==_GetItemCount(str),"Bad record format in artefact_spawn_zones",str);
float zone_radius = (float)atof(_GetItem(str,1,tmp));
float zone_power = (float)atof(_GetItem(str,2,tmp));
LPCSTR zone_sect = _GetItem(str,0,tmp); //must be last call of _GetItem... (LPCSTR !!!)
Fvector pos;
m_af->Center(pos);
CSE_Abstract *object = Level().spawn_item( zone_sect,
pos,
m_af->ai_location().level_vertex_id(),
0xffff,
true
);
CSE_ALifeAnomalousZone* AlifeZone = smart_cast<CSE_ALifeAnomalousZone*>(object);
VERIFY(AlifeZone);
CShapeData::shape_def _shape;
_shape.data.sphere.P.set (0.0f,0.0f,0.0f);
_shape.data.sphere.R = zone_radius;
_shape.type = CShapeData::cfSphere;
AlifeZone->assign_shapes (&_shape,1);
AlifeZone->m_maxPower = zone_power;
AlifeZone->m_owner_id = m_owner_id;
AlifeZone->m_space_restrictor_type = RestrictionSpace::eRestrictorTypeNone;
NET_Packet P;
object->Spawn_Write (P,TRUE);
Level().Send (P,net_flags(TRUE));
F_entity_Destroy (object);
#ifdef DEBUG
Msg("artefact [%s] spawned a zone [%s] at [%f]", *m_af->cName(), zone_sect, Device.fTimeGlobal);
#endif
}
void CScientificDetector::UpfateWork()
{
ui().Clear ();
CAfList::ItemsMapIt ait_b = m_artefacts.m_ItemInfos.begin();
CAfList::ItemsMapIt ait_e = m_artefacts.m_ItemInfos.end();
CAfList::ItemsMapIt ait = ait_b;
Fvector detector_pos = Position();
for(;ait_b!=ait_e;++ait_b)
{
CArtefact *pAf = ait_b->first;
if(pAf->H_Parent())
continue;
ui().RegisterItemToDraw (pAf->Position(), pAf->cNameSect());
if(pAf->CanBeInvisible())
{
float d = detector_pos.distance_to(pAf->Position());
if(d<m_fAfVisRadius)
pAf->SwitchVisibility(true);
}
}
CZoneList::ItemsMapIt zit_b = m_zones.m_ItemInfos.begin();
CZoneList::ItemsMapIt zit_e = m_zones.m_ItemInfos.end();
CZoneList::ItemsMapIt zit = zit_b;
for(;zit_b!=zit_e;++zit_b)
{
CCustomZone* pZone = zit_b->first;
ui().RegisterItemToDraw (pZone->Position(),pZone->cNameSect());
}
m_ui->update ();
}
void CUIArtefactParams::SetInfo(CGameObject *obj)
{
CArtefact *art = smart_cast<CArtefact*> (obj);
R_ASSERT2(art, "object is not CArtefact");
const shared_str& af_section = art->cNameSect();
CActor *pActor = Actor();
if (!pActor) return;
string128 _buff;
float _h = 0.0f;
DetachAll ();
for(u32 i=_item_start; i<_max_item_index; ++i)
{
CUIStatic* _s = m_info_items[i];
float _val;
if(i<_max_item_index1)
{
#ifdef AF_SHOW_DYNAMIC_PARAMS
float _actor_val = pActor->conditions().GetParamByName(af_actor_param_names[i]);
float CArtefact::* pRestoreSpeed = af_prop_offsets[i];
_val = (art->*pRestoreSpeed); // alpet: используется указатель на данные класса
#else
_val = pSettings->r_float (af_section, af_item_sect_names[i]);
float _actor_val = pSettings->r_float ("actor_condition", af_actor_param_names[i]);
#endif
if (fis_zero(_val)) continue;
_val = (_val/_actor_val)*100.0f;
}else
{
#ifdef AF_SHOW_DYNAMIC_PARAMS
u32 idx = i - _max_item_index1; // absorbation index
_val = art->m_ArtefactHitImmunities.immunities()[idx]; // real absorbation values
#else
shared_str _sect = pSettings->r_string(af_section, "hit_absorbation_sect");
_val = pSettings->r_float(_sect, af_item_sect_names[i]);
#endif
if (fsimilar(_val, 1.0f)) continue;
_val = (1.0f - _val);
_val *= 100.0f;
}
LPCSTR _sn = "%";
if(i==_item_radiation_restore_speed || i==_item_power_restore_speed)
{
_val /= 100.0f;
_sn = "";
}
LPCSTR _color = (_val>0)?"%c[green]":"%c[red]";
if(i==_item_bleeding_restore_speed)
_val *= -1.0f;
if(i==_item_bleeding_restore_speed || i==_item_radiation_restore_speed)
_color = (_val>0)?"%c[red]":"%c[green]";
sprintf_s ( _buff, "%s %s %+.0f %s",
CStringTable().translate(af_item_param_names[i]).c_str(),
_color,
_val,
_sn);
_s->SetText (_buff);
_s->SetWndPos (_s->GetWndPos().x, _h);
_h += _s->GetWndSize().y;
AttachChild (_s);
}
SetHeight (_h);
}