void OutfitInfoDisplay::UpdateRequirements(const Outfit &outfit)
{
requirementLabels.clear();
requirementValues.clear();
requirementsHeight = 20;
requirementLabels.push_back("cost:");
requirementValues.push_back(Format::Number(outfit.Cost()));
requirementsHeight += 20;
static const string names[] = {
"outfit space needed:", "outfit space",
"weapon capacity needed:", "weapon capacity",
"engine capacity needed:", "engine capacity",
"gun ports needed:", "gun ports",
"turret mounts needed:", "turret mounts"
};
static const int NAMES = sizeof(names) / sizeof(names[0]);
for(int i = 0; i + 1 < NAMES; i += 2)
if(outfit.Get(names[i + 1]))
{
requirementLabels.push_back(string());
requirementValues.push_back(string());
requirementsHeight += 10;
requirementLabels.push_back(names[i]);
requirementValues.push_back(Format::Number(-outfit.Get(names[i + 1])));
requirementsHeight += 20;
}
}
void OutfitInfoDisplay::UpdateRequirements(const Outfit &outfit, const PlayerInfo &player, bool canSell)
{
requirementLabels.clear();
requirementValues.clear();
requirementsHeight = 20;
int day = player.GetDate().DaysSinceEpoch();
int64_t cost = outfit.Cost();
int64_t buyValue = player.StockDepreciation().Value(&outfit, day);
int64_t sellValue = player.FleetDepreciation().Value(&outfit, day);
if(buyValue == cost)
requirementLabels.push_back("cost:");
else
{
ostringstream out;
out << "cost (" << (100 * buyValue) / cost << "%):";
requirementLabels.push_back(out.str());
}
requirementValues.push_back(Format::Number(buyValue));
requirementsHeight += 20;
if(canSell && sellValue != buyValue)
{
if(sellValue == cost)
requirementLabels.push_back("sells for:");
else
{
ostringstream out;
out << "sells for (" << (100 * sellValue) / cost << "%):";
requirementLabels.push_back(out.str());
}
requirementValues.push_back(Format::Number(sellValue));
requirementsHeight += 20;
}
static const string names[] = {
"outfit space needed:", "outfit space",
"weapon capacity needed:", "weapon capacity",
"engine capacity needed:", "engine capacity",
"gun ports needed:", "gun ports",
"turret mounts needed:", "turret mounts"
};
static const int NAMES = sizeof(names) / sizeof(names[0]);
for(int i = 0; i + 1 < NAMES; i += 2)
if(outfit.Get(names[i + 1]))
{
requirementLabels.push_back(string());
requirementValues.push_back(string());
requirementsHeight += 10;
requirementLabels.push_back(names[i]);
requirementValues.push_back(Format::Number(-outfit.Get(names[i + 1])));
requirementsHeight += 20;
}
}
int push_luavalue(const Outfit& outfit)
{
g_lua.createTable(0, 8);
g_lua.pushInteger(outfit.getId());
g_lua.setField("type");
g_lua.pushInteger(outfit.getAuxId());
g_lua.setField("auxType");
if(g_game.getFeature(Otc::GamePlayerAddons)) {
g_lua.pushInteger(outfit.getAddons());
g_lua.setField("addons");
}
g_lua.pushInteger(outfit.getHead());
g_lua.setField("head");
g_lua.pushInteger(outfit.getBody());
g_lua.setField("body");
g_lua.pushInteger(outfit.getLegs());
g_lua.setField("legs");
g_lua.pushInteger(outfit.getFeet());
g_lua.setField("feet");
if(g_game.getFeature(Otc::GamePlayerMounts)) {
g_lua.pushInteger(outfit.getMount());
g_lua.setField("mount");
}
return 1;
}
void OutfitterPanel::DrawOutfit(const Outfit &outfit, const Point ¢er, bool isSelected, bool isOwned)
{
const Sprite *thumbnail = outfit.Thumbnail();
const Sprite *back = SpriteSet::Get(
isSelected ? "ui/outfitter selected" : "ui/outfitter unselected");
SpriteShader::Draw(back, center);
SpriteShader::Draw(thumbnail, center);
// Draw the outfit name.
const string &name = outfit.Name();
const Font &font = FontSet::Get(14);
Point offset(-.5f * font.Width(name), -.5f * OUTFIT_SIZE + 10.f);
font.Draw(name, center + offset, Color((isSelected | isOwned) ? .8 : .5, 0.));
}
bool luavalue_cast(int index, Outfit& outfit)
{
if(g_lua.isTable(index)) {
g_lua.getField("type", index);
outfit.setId(g_lua.popInteger());
g_lua.getField("auxType", index);
outfit.setAuxId(g_lua.popInteger());
if(g_game.getFeature(Otc::GamePlayerAddons)) {
g_lua.getField("addons", index);
outfit.setAddons(g_lua.popInteger());
}
g_lua.getField("head", index);
outfit.setHead(g_lua.popInteger());
g_lua.getField("body", index);
outfit.setBody(g_lua.popInteger());
g_lua.getField("legs", index);
outfit.setLegs(g_lua.popInteger());
g_lua.getField("feet", index);
outfit.setFeet(g_lua.popInteger());
if(g_game.getFeature(Otc::GamePlayerMounts)) {
g_lua.getField("mount", index);
outfit.setMount(g_lua.popInteger());
}
return true;
}
return false;
}
// Call this every time the ship changes.
void OutfitInfoDisplay::Update(const Outfit &outfit)
{
UpdateDescription(outfit.Description());
UpdateRequirements(outfit);
UpdateAttributes(outfit);
maximumHeight = max(descriptionHeight, max(requirementsHeight, attributesHeight));
}
// Call this every time the ship changes.
void OutfitInfoDisplay::Update(const Outfit &outfit, const PlayerInfo &player, bool canSell)
{
UpdateDescription(outfit.Description());
UpdateRequirements(outfit, player, canSell);
UpdateAttributes(outfit);
maximumHeight = max(descriptionHeight, max(requirementsHeight, attributesHeight));
}
bool OutfitterPanel::ShipCanSell(const Ship *ship, const Outfit *outfit)
{
if(!ship->OutfitCount(outfit))
return false;
// If this outfit requires ammo, check if we could sell it if we sold all
// the ammo for it first.
const Outfit *ammo = outfit->Ammo();
if(ammo && ship->OutfitCount(ammo))
{
Outfit attributes = ship->Attributes();
attributes.Add(*ammo, -ship->OutfitCount(ammo));
return attributes.CanAdd(*outfit, -1);
}
// Now, check whether this ship can sell this outfit.
return ship->Attributes().CanAdd(*outfit, -1);
}
void OutfitInfoDisplay::UpdateDescription(const Outfit &outfit)
{
description.SetAlignment(WrappedText::JUSTIFIED);
description.SetWrapWidth(WIDTH - 20);
description.SetFont(FontSet::Get(14));
description.Wrap(outfit.Description());
// Pad by 10 pixels on the top and bottom.
descriptionHeight = description.Height() + 20;
}
void Game::processOpenOutfitWindow(const Outfit& currentOufit, const std::vector<std::tuple<int, std::string, int> >& outfitList,
const std::vector<std::tuple<int, std::string> >& mountList)
{
// create virtual creature outfit
CreaturePtr virtualOutfitCreature = CreaturePtr(new Creature);
virtualOutfitCreature->setDirection(Otc::South);
Outfit outfit = currentOufit;
outfit.setMount(0);
virtualOutfitCreature->setOutfit(outfit);
// creature virtual mount outfit
CreaturePtr virtualMountCreature = nullptr;
if(getFeature(Otc::GamePlayerMounts))
{
virtualMountCreature = CreaturePtr(new Creature);
virtualMountCreature->setDirection(Otc::South);
if(currentOufit.getMount() > 0) {
Outfit mountOutfit;
mountOutfit.setId(currentOufit.getMount());
virtualMountCreature->setOutfit(mountOutfit);
}
}
g_lua.callGlobalField("g_game", "onOpenOutfitWindow", virtualOutfitCreature, outfitList, virtualMountCreature, mountList);
}
void ProtocolGame::sendChangeOutfit(const Outfit& outfit)
{
OutputMessagePtr msg(new OutputMessage);
msg->addU8(Proto::ClientChangeOutfit);
msg->addU16(outfit.getId());
msg->addU8(outfit.getHead());
msg->addU8(outfit.getBody());
msg->addU8(outfit.getLegs());
msg->addU8(outfit.getFeet());
msg->addU8(outfit.getAddons());
if(g_game.getFeature(Otc::GamePlayerMounts))
msg->addU16(outfit.getMount());
send(msg);
}
void Creature::setOutfit(const Outfit& outfit)
{
if(outfit.getCategory() != ThingCategoryCreature) {
if(!g_things.isValidDatId(outfit.getAuxId(), outfit.getCategory()))
return;
m_outfit.setAuxId(outfit.getAuxId());
m_outfit.setCategory(outfit.getCategory());
} else {
if(outfit.getId() > 0 && !g_things.isValidDatId(outfit.getId(), ThingCategoryCreature))
return;
m_outfit = outfit;
}
m_walkAnimationPhase = 0; // might happen when player is walking and outfit is changed.
}
void ProtocolGame::sendChangeOutfit(const Outfit& outfit)
{
OutputMessage msg;
msg.addU8(Proto::ClientChangeOutfit);
msg.addU16(outfit.getId());
msg.addU8(outfit.getHead());
msg.addU8(outfit.getBody());
msg.addU8(outfit.getLegs());
msg.addU8(outfit.getFeet());
msg.addU8(outfit.getAddons());
send(msg);
}
void ProtocolGame::sendSetOutfit(const Outfit& outfit)
{
OutputMessage oMsg;
oMsg.addU8(Proto::ClientSetOutfit);
oMsg.addU16(outfit.getId());
oMsg.addU8(outfit.getHead());
oMsg.addU8(outfit.getBody());
oMsg.addU8(outfit.getLegs());
oMsg.addU8(outfit.getFeet());
oMsg.addU8(outfit.getAddons());
send(oMsg);
}
void testNames()
{
Dweller *d = new Dweller("Pip-Boy", 2222222);
Outfit *o = new Outfit("Minuteman", 10, 2200220);
Weapon *w = new Weapon("Gauss", 16, 16);
Vec2D currentPos (3.54, 6.32 );
// hold a list of game objects that was instantiated.
vector<GameObject *> gameObjectList;
gameObjectList.push_back(d);
gameObjectList.push_back(o);
gameObjectList.push_back(w);
// test Dweller public functions
d->getSPECIAL();
d->getCurrentHealth();
d->getCurrentRadDamage();
d->getAttackDmg();
d->setPosition(currentPos);
d->getPosition() ;
d->receiveHealthDamage(13);
d->receiveRadDamage(15);
d->receiveEquipmentDamage(4);
d->addStimpak(2);
d->addRadAway(5);
d->useStimpak();
d->useRadAway();
d->assignOutfit(o);
d->assignWeapon(w);
d->isDead() ;
// test Outfit public functions
o->getSPECIAL();
o->receiveDamage(1);
// test Weapon public functions
w->getAttackDmg();
w->receiveDamage(1);
// test Item inheritance
Item *i = o;
i->getDurability();
i->receiveDamage(1);
i = w;
i->getDurability();
i->receiveDamage(1);
// test game object inheritance
for (auto go : gameObjectList)
{
go->getName();
}
GameObject::getCount();
// release the memory
for (auto go : gameObjectList)
{
delete go;
}
}
void OutfitInfoDisplay::UpdateAttributes(const Outfit &outfit)
{
attributeLabels.clear();
attributeValues.clear();
attributesHeight = 20;
map<string, map<string, int>> listing;
for(const auto &it : outfit.Attributes())
{
if(it.first == "outfit space"
|| it.first == "weapon capacity" || it.first == "engine capacity"
|| it.first == "gun ports" || it.first == "turret mounts")
continue;
string value;
double scale = 1.;
if(it.first == "thrust" || it.first == "reverse thrust" || it.first == "afterburner thrust")
scale = 60. * 60.;
else if(ATTRIBUTES_TO_SCALE.count(it.first))
scale = 60.;
if(BOOLEAN_ATTRIBUTES.count(it.first))
{
attributeLabels.push_back("This outfit is " + it.first + ".");
attributeValues.push_back(" ");
attributesHeight += 20;
}
else
{
attributeLabels.push_back(it.first + ':');
attributeValues.push_back(Format::Number(it.second * scale));
attributesHeight += 20;
}
}
if(!outfit.IsWeapon())
return;
attributeLabels.push_back(string());
attributeValues.push_back(string());
attributesHeight += 10;
if(outfit.Ammo())
{
attributeLabels.push_back("ammo:");
attributeValues.push_back(outfit.Ammo()->Name());
attributesHeight += 20;
}
attributeLabels.push_back("range:");
attributeValues.push_back(Format::Number(outfit.Range()));
attributesHeight += 20;
if(outfit.ShieldDamage() && outfit.Reload())
{
attributeLabels.push_back("shield damage / second:");
attributeValues.push_back(Format::Number(60. * outfit.ShieldDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.HullDamage() && outfit.Reload())
{
attributeLabels.push_back("hull damage / second:");
attributeValues.push_back(Format::Number(60. * outfit.HullDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.HeatDamage() && outfit.Reload())
{
attributeLabels.push_back("heat damage / second:");
attributeValues.push_back(Format::Number(60. * outfit.HeatDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.IonDamage() && outfit.Reload())
{
attributeLabels.push_back("ion damage / second:");
attributeValues.push_back(Format::Number(6000. * outfit.IonDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.SlowingDamage() && outfit.Reload())
{
attributeLabels.push_back("slowing damage / second:");
attributeValues.push_back(Format::Number(6000. * outfit.SlowingDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.DisruptionDamage() && outfit.Reload())
{
attributeLabels.push_back("disruption damage / second:");
attributeValues.push_back(Format::Number(6000. * outfit.DisruptionDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.FiringEnergy() && outfit.Reload())
{
attributeLabels.push_back("firing energy / second:");
attributeValues.push_back(Format::Number(60. * outfit.FiringEnergy() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.FiringHeat() && outfit.Reload())
{
attributeLabels.push_back("firing heat / second:");
attributeValues.push_back(Format::Number(60. * outfit.FiringHeat() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.FiringFuel() && outfit.Reload())
{
attributeLabels.push_back("firing fuel / second:");
attributeValues.push_back(Format::Number(60. * outfit.FiringFuel() / outfit.Reload()));
attributesHeight += 20;
}
bool isContinuous = (outfit.Reload() <= 1);
attributeLabels.push_back("shots / second:");
if(isContinuous)
attributeValues.push_back("continuous");
else
attributeValues.push_back(Format::Number(60. / outfit.Reload()));
attributesHeight += 20;
int homing = outfit.Homing();
if(homing)
{
static const string skill[] = {
"no",
"poor",
"fair",
"good",
"excellent"
};
attributeLabels.push_back("homing:");
attributeValues.push_back(skill[max(0, min(4, homing))]);
attributesHeight += 20;
}
static const string percentNames[] = {
"tracking:",
"optical tracking:",
"infrared tracking:",
"radar tracking:",
"piercing:"
};
double percentValues[] = {
outfit.Tracking(),
outfit.OpticalTracking(),
outfit.InfraredTracking(),
outfit.RadarTracking(),
outfit.Piercing()
};
for(unsigned i = 0; i < sizeof(percentValues) / sizeof(percentValues[0]); ++i)
if(percentValues[i])
{
int percent = 100. * percentValues[i] + .5;
attributeLabels.push_back(percentNames[i]);
attributeValues.push_back(Format::Number(percent) + "%");
attributesHeight += 20;
}
attributeLabels.push_back(string());
attributeValues.push_back(string());
attributesHeight += 10;
static const string names[] = {
"shield damage / shot:",
"hull damage / shot:",
"heat damage / shot:",
"ion damage / shot:",
"slowing damage / shot:",
"disruption damage / shot:",
"firing energy / shot:",
"firing heat / shot:",
"firing fuel / shot:",
"inaccuracy:",
"blast radius:",
"missile strength:",
"anti-missile:",
};
double values[] = {
outfit.ShieldDamage(),
outfit.HullDamage(),
outfit.HeatDamage(),
outfit.IonDamage() * 100.,
outfit.SlowingDamage() * 100.,
outfit.DisruptionDamage() * 100.,
outfit.FiringEnergy(),
outfit.FiringHeat(),
outfit.FiringFuel(),
outfit.Inaccuracy(),
outfit.BlastRadius(),
static_cast<double>(outfit.MissileStrength()),
static_cast<double>(outfit.AntiMissile())
};
static const int NAMES = sizeof(names) / sizeof(names[0]);
for(int i = (isContinuous ? 9 : 0); i < NAMES; ++i)
if(values[i])
{
attributeLabels.push_back(names[i]);
attributeValues.push_back(Format::Number(values[i]));
attributesHeight += 20;
}
}
Outfit ProtocolGame::internalGetOutfit(InputMessage& msg)
{
Outfit outfit;
int id = msg.getU16();
if(id != 0) {
outfit.setCategory(ThingsType::Creature);
int head = msg.getU8();
int body = msg.getU8();
int legs = msg.getU8();
int feet = msg.getU8();
int addons = msg.getU8();
outfit.setId(id);
outfit.setHead(head);
outfit.setBody(body);
outfit.setLegs(legs);
outfit.setFeet(feet);
outfit.setAddons(addons);
}
else {
int id = msg.getU16();
if(id == 0) {
outfit.setCategory(ThingsType::Effect);
outfit.setId(13);
}
else {
outfit.setCategory(ThingsType::Item);
outfit.setId(id);
}
}
return outfit;
}
void CreatureManager::internalLoadCreatureBuffer(TiXmlElement* attrib, const CreatureTypePtr& m)
{
if(std::find(m_creatures.begin(), m_creatures.end(), m) != m_creatures.end())
return;
Outfit out;
int32 type = attrib->readType<int32>("type");
if(type > 0) {
out.setCategory(ThingCategoryCreature);
out.setId(type);
} else {
out.setCategory(ThingCategoryItem);
out.setAuxId(attrib->readType<int32>("typeex"));
}
{
out.setHead(attrib->readType<int>(("head")));
out.setBody(attrib->readType<int>(("body")));
out.setLegs(attrib->readType<int>(("legs")));
out.setFeet(attrib->readType<int>(("feet")));
out.setAddons(attrib->readType<int>(("addons")));
out.setMount(attrib->readType<int>(("mount")));
}
m->setOutfit(out);
m_creatures.push_back(m);
}
void OutfitInfoDisplay::UpdateAttributes(const Outfit &outfit)
{
attributeLabels.clear();
attributeValues.clear();
attributesHeight = 20;
map<string, map<string, int>> listing;
for(const auto &it : outfit.Attributes())
{
if(it.first == "cost" || it.first == "outfit space"
|| it.first == "weapon capacity" || it.first == "engine capacity"
|| it.first == "gun ports" || it.first == "turret mounts")
continue;
attributeLabels.push_back(it.first + ':');
attributeValues.push_back(Format::Number(it.second));
attributesHeight += 20;
}
if(!outfit.IsWeapon())
return;
attributeLabels.push_back(string());
attributeValues.push_back(string());
attributesHeight += 10;
if(outfit.Ammo())
{
attributeLabels.push_back("ammo:");
attributeValues.push_back(outfit.Ammo()->Name());
attributesHeight += 20;
}
attributeLabels.push_back("range:");
attributeValues.push_back(Format::Number(outfit.Range()));
attributesHeight += 20;
if(outfit.ShieldDamage() && outfit.Reload())
{
attributeLabels.push_back("shield damage / second:");
attributeValues.push_back(Format::Number(60. * outfit.ShieldDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.HullDamage() && outfit.Reload())
{
attributeLabels.push_back("hull damage / second:");
attributeValues.push_back(Format::Number(60. * outfit.HullDamage() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.FiringEnergy() && outfit.Reload())
{
attributeLabels.push_back("firing energy / second:");
attributeValues.push_back(Format::Number(60. * outfit.FiringEnergy() / outfit.Reload()));
attributesHeight += 20;
}
if(outfit.Reload() > 1)
{
attributeLabels.push_back("shots / second:");
attributeValues.push_back(Format::Number(60. / outfit.Reload()));
attributesHeight += 20;
}
int homing = outfit.Homing();
if(homing)
{
static const string skill[] = {
"no",
"poor",
"fair",
"good",
"excellent"
};
attributeLabels.push_back("homing:");
attributeValues.push_back(skill[max(0, min(4, homing))]);
attributesHeight += 20;
}
attributeLabels.push_back(string());
attributeValues.push_back(string());
attributesHeight += 10;
static const string names[] = {
"inaccuracy:",
"firing energy:",
"firing heat:",
"blast radius:",
"missile strength:",
"anti-missile:",
};
double values[] = {
outfit.Inaccuracy(),
outfit.FiringEnergy(),
outfit.FiringHeat(),
outfit.BlastRadius(),
static_cast<double>(outfit.MissileStrength()),
static_cast<double>(outfit.AntiMissile())
};
static const int NAMES = sizeof(names) / sizeof(names[0]);
for(int i = 0; i < NAMES; ++i)
if(values[i])
{
attributeLabels.push_back(names[i]);
attributeValues.push_back(Format::Number(values[i]));
attributesHeight += 20;
}
}
