void GameData::WriteEconomy(DataWriter &out)
{
out.Write("economy");
out.BeginChild();
{
if(!purchases.empty())
{
out.Write("purchases");
out.BeginChild();
for(const auto &pit : purchases)
for(const auto &cit : pit.second)
out.Write(pit.first->Name(), cit.first, cit.second);
out.EndChild();
}
out.WriteToken("system");
for(const auto &cit : GameData::Commodities())
out.WriteToken(cit.name);
out.Write();
for(const auto &sit : GameData::Systems())
{
out.WriteToken(sit.second.Name());
for(const auto &cit : GameData::Commodities())
out.WriteToken(static_cast<int>(sit.second.Supply(cit.name)));
out.Write();
}
}
out.EndChild();
}
// Save depreciation records.
void Depreciation::Save(DataWriter &out, int day) const
{
out.Write(NAME[isStock]);
out.BeginChild();
{
for(const auto &sit : ships)
{
out.Write("ship", sit.first->ModelName());
out.BeginChild();
{
// If this is a planet's stock, remember how many outfits in
// stock are fully depreciated. If it's the player's stock,
// anything not recorded is considered fully depreciated, so
// there is no reason to save records for those items.
for(const auto &it : sit.second)
if(isStock || (it.second && it.first > day - MAX_AGE))
out.Write(it.first, it.second);
}
out.EndChild();
}
for(const auto &oit : outfits)
{
out.Write("outfit", oit.first->Name());
out.BeginChild();
{
for(const auto &it : oit.second)
if(isStock || (it.second && it.first > day - MAX_AGE))
out.Write(it.first, it.second);
}
out.EndChild();
}
}
out.EndChild();
}
void Personality::Save(DataWriter &out) const
{
out.Write("personality");
out.BeginChild();
{
out.Write("confusion", confusionMultiplier);
for(const auto &it : TOKEN)
if(flags & it.second)
out.Write(it.first);
}
out.EndChild();
}
void Conversation::Save(DataWriter &out) const
{
if(!identifier.empty())
out.Write("conversation", identifier);
else
out.Write("conversation");
out.BeginChild();
{
for(unsigned i = 0; i < nodes.size(); ++i)
{
out.Write("label", i);
const Node &node = nodes[i];
if(node.scene)
out.Write("scene", node.sceneName);
if(!node.conditions.IsEmpty())
{
if(node.data.size() > 1)
out.Write("branch", TokenName(node.data[0].second), TokenName(node.data[1].second));
else
out.Write("apply", TokenName(node.data[0].second));
out.BeginChild();
{
node.conditions.Save(out);
}
out.EndChild();
continue;
}
if(node.isChoice)
{
out.Write(node.data.empty() ? "name" : "choice");
out.BeginChild();
}
for(const auto &it : node.data)
{
// Break the text up into paragraphs.
size_t begin = 0;
while(begin != it.first.length())
{
size_t pos = it.first.find('\n', begin);
if(pos == string::npos)
pos = it.first.length();
out.Write(it.first.substr(begin, pos - begin));
if(pos == it.first.length())
break;
begin = pos + 1;
}
int index = it.second;
if(index > 0 && static_cast<unsigned>(index) >= nodes.size())
index = -1;
WriteToken(index, out);
}
if(node.isChoice)
out.EndChild();
}
}
out.EndChild();
}
void ConditionSet::Save(DataWriter &out) const
{
for(const Entry &entry : entries)
out.Write(entry.name, entry.op, entry.value);
for(const ConditionSet &child : children)
{
out.Write(child.isOr ? "or" : "and");
out.BeginChild();
{
child.Save(out);
}
out.EndChild();
}
}
void Galaxy::Save(DataWriter &file) const
{
if(name.isEmpty())
file.Write("galaxy");
else
file.Write("galaxy", name);
file.BeginChild();
{
file.Write("pos", position.x(), position.y());
file.Write("sprite", sprite);
for(const DataNode &node : unparsed)
file.Write(node);
}
file.EndChild();
}
void GameEvent::Save(DataWriter &out) const
{
out.Write("event");
out.BeginChild();
{
if(date)
out.Write("date", date.Day(), date.Month(), date.Year());
conditionsToApply.Save(out);
for(const System *system : systemsToUnvisit)
if(system && !system->Name().empty())
out.Write("unvisit", system->Name());
for(const Planet *planet : planetsToUnvisit)
if(planet && !planet->Name().empty())
out.Write("unvisit planet", planet->Name());
for(const System *system : systemsToVisit)
if(system && !system->Name().empty())
out.Write("visit", system->Name());
for(const Planet *planet : planetsToVisit)
if(planet && !planet->Name().empty())
out.Write("visit planet", planet->Name());
for(const DataNode &change : changes)
out.Write(change);
}
out.EndChild();
}
void LOADERDECL Pos_ReadDirect()
{
static_assert(N <= 3, "N > 3 is not sane!");
auto const scale = posScale;
DataWriter dst;
DataReader src;
for (int i = 0; i < 3; ++i)
dst.Write(i<N ? PosScale(src.Read<T>(), scale) : 0.f);
LOG_VTX();
}
void LOADERDECL TexCoord_ReadDirect()
{
auto const scale = tcScale[tcIndex];
DataWriter dst;
DataReader src;
for (int i = 0; i != N; ++i)
dst.Write(TCScale(src.Read<T>(), scale));
LOG_TEX<N>();
++tcIndex;
}
void LOADERDECL Pos_ReadIndex()
{
static_assert(!std::numeric_limits<I>::is_signed, "Only unsigned I is sane!");
static_assert(N <= 3, "N > 3 is not sane!");
auto const index = DataRead<I>();
auto const data = reinterpret_cast<const T*>(cached_arraybases[ARRAY_POSITION] + (index * arraystrides[ARRAY_POSITION]));
auto const scale = posScale;
DataWriter dst;
for (int i = 0; i < 3; ++i)
dst.Write(i<N ? PosScale(Common::FromBigEndian(data[i]), scale) : 0.f);
LOG_VTX();
}
void LOADERDECL TexCoord_ReadIndex()
{
static_assert(!std::numeric_limits<I>::is_signed, "Only unsigned I is sane!");
auto const index = DataRead<I>();
auto const data = reinterpret_cast<const T*>(cached_arraybases[ARRAY_TEXCOORD0 + tcIndex]
+ (index * g_main_cp_state.array_strides[ARRAY_TEXCOORD0 + tcIndex]));
auto const scale = tcScale[tcIndex];
DataWriter dst;
for (int i = 0; i != N; ++i)
dst.Write(TCScale(Common::FromBigEndian(data[i]), scale));
LOG_TEX<N>();
++tcIndex;
}
// Note: the Save() function can assume this is an instantiated mission, not
// a template, so it only has to save a subset of the data.
void MissionAction::Save(DataWriter &out) const
{
if(system.empty())
out.Write("on", trigger);
else
out.Write("on", trigger, system);
out.BeginChild();
{
if(!dialogText.empty())
{
out.Write("dialog");
out.BeginChild();
{
// Break the text up into paragraphs.
size_t begin = 0;
while(true)
{
size_t pos = dialogText.find("\n\t", begin);
if(pos == string::npos)
pos = dialogText.length();
out.Write(dialogText.substr(begin, pos - begin));
if(pos == dialogText.length())
break;
begin = pos + 2;
}
}
out.EndChild();
}
if(!conversation.IsEmpty())
conversation.Save(out);
for(const auto &it : gifts)
out.Write("outfit", it.first->Name(), it.second);
if(payment)
out.Write("payment", payment);
for(const auto &it : events)
out.Write("event", it.first, it.second);
for(const auto &name : fail)
out.Write("fail", name);
conditions.Save(out);
}
out.EndChild();
}
// Save the cargo manifest to a file.
void CargoHold::Save(DataWriter &out) const
{
bool first = true;
for(const auto &it : commodities)
if(it.second)
{
if(first)
{
out.Write("cargo");
out.BeginChild();
out.Write("commodities");
out.BeginChild();
}
first = false;
out.Write(it.first, it.second);
}
if(!first)
out.EndChild();
bool firstOutfit = true;
for(const auto &it : outfits)
if(it.second && !it.first->Name().empty())
{
// It is possible this cargo hold contained no commodities, meaning
// we must print the opening tag now.
if(first)
{
out.Write("cargo");
out.BeginChild();
}
first = false;
// If this is the first outfit to be written, print the opening tag.
if(firstOutfit)
{
out.Write("outfits");
out.BeginChild();
}
firstOutfit = false;
out.Write(it.first->Name(), it.second);
}
if(!firstOutfit)
out.EndChild();
if(!first)
out.EndChild();
// Mission cargo is not saved because it is repopulated when the missions
// are read rather than when the cargo is read.
}
// Write account information to a saved game file.
void Account::Save(DataWriter &out) const
{
out.Write("account");
out.BeginChild();
{
out.Write("credits", credits);
if(salariesOwed)
out.Write("salaries", salariesOwed);
out.Write("score", creditScore);
out.Write("history");
out.BeginChild();
{
for(int64_t worth : history)
out.Write(worth);
}
out.EndChild();
for(const Mortgage &mortgage : mortgages)
mortgage.Save(out);
}
out.EndChild();
}
// Save a mission. It is safe to assume that any mission that is being saved
// is already "instantiated," so only a subset of the data must be saved.
void Mission::Save(DataWriter &out, const string &tag) const
{
out.Write(tag, name);
out.BeginChild();
{
out.Write("name", displayName);
if(!description.empty())
out.Write("description", description);
if(!blocked.empty())
out.Write("blocked", blocked);
if(hasDeadline)
out.Write("deadline", deadline.Day(), deadline.Month(), deadline.Year());
if(cargoSize)
{
out.Write("cargo", cargo, cargoSize);
if(illegalCargoFine)
{
out.BeginChild();
{
out.Write("illegal", illegalCargoFine);
}
out.EndChild();
}
}
if(passengers)
out.Write("passengers", passengers);
if(!isVisible)
out.Write("invisible");
if(hasPriority)
out.Write("priority");
if(isMinor)
out.Write("minor");
if(autosave)
out.Write("autosave");
if(location == LANDING)
out.Write("landing");
if(location == ASSISTING)
out.Write("assisting");
if(location == BOARDING)
out.Write("boarding");
if(location == JOB)
out.Write("job");
if(!clearance.empty())
{
out.Write("clearance", clearance);
clearanceFilter.Save(out);
}
if(!hasFullClearance)
out.Write("infiltrating");
if(repeat != 1)
out.Write("repeat", repeat);
if(!toComplete.IsEmpty())
{
out.Write("to", "complete");
out.BeginChild();
{
toComplete.Save(out);
}
out.EndChild();
}
if(!toFail.IsEmpty())
{
out.Write("to", "fail");
out.BeginChild();
{
toFail.Save(out);
}
out.EndChild();
}
if(destination)
out.Write("destination", destination->Name());
for(const System *system : waypoints)
out.Write("waypoint", system->Name());
for(const NPC &npc : npcs)
npc.Save(out);
// Save all the actions, because this might be an "available mission" that
// has not been received yet but must still be included in the saved game.
for(const auto &it : actions)
it.second.Save(out);
for(const auto &it : onEnter)
it.second.Save(out);
}
out.EndChild();
}
void Planet::Save(DataWriter &file) const
{
file.Write("planet", name);
file.BeginChild();
{
if(!attributes.empty())
{
file.WriteToken("attributes");
for(const QString &it : attributes)
file.WriteToken(it);
file.Write();
}
file.Write("landscape", landscape);
// Break the descriptions into paragraphs.
for(const QString &str : description.split('\n', QString::SkipEmptyParts))
{
file.WriteToken("description");
file.WriteToken(str, '`');
file.Write();
}
for(const QString &str : spaceport.split('\n', QString::SkipEmptyParts))
{
file.WriteToken("spaceport");
file.WriteToken(str, '`');
file.Write();
}
for(const QString &it : shipyard)
file.Write("shipyard", it);
for(const QString &it : outfitter)
file.Write("outfitter", it);
if(!std::isnan(requiredReputation))
file.Write("required reputation", requiredReputation);
if(!std::isnan(bribe))
file.Write("bribe", bribe);
if(!std::isnan(security))
file.Write("security", security);
for(const DataNode &node : unparsed)
file.Write(node);
}
file.EndChild();
}
// Save a full description of this ship, as currently configured.
void Ship::Save(DataWriter &out) const
{
out.Write("ship", modelName);
out.BeginChild();
{
out.Write("name", name);
sprite.Save(out);
if(neverDisabled)
out.Write("never disabled");
out.Write("attributes");
out.BeginChild();
{
out.Write("category", baseAttributes.Category());
for(const auto &it : baseAttributes.Attributes())
if(it.second)
out.Write(it.first, it.second);
}
out.EndChild();
out.Write("outfits");
out.BeginChild();
{
for(const auto &it : outfits)
if(it.first && it.second)
{
if(it.second == 1)
out.Write(it.first->Name());
else
out.Write(it.first->Name(), it.second);
}
}
out.EndChild();
cargo.Save(out);
out.Write("crew", crew);
out.Write("fuel", fuel);
out.Write("shields", shields);
out.Write("hull", hull);
out.Write("position", position.X(), position.Y());
for(const Point &point : enginePoints)
out.Write("engine", point.X(), point.Y());
for(const Armament::Weapon &weapon : armament.Get())
{
const char *type = (weapon.IsTurret() ? "turret" : "gun");
if(weapon.GetOutfit())
out.Write(type, 2. * weapon.GetPoint().X(), 2. * weapon.GetPoint().Y(),
weapon.GetOutfit()->Name());
else
out.Write(type, 2. * weapon.GetPoint().X(), 2. * weapon.GetPoint().Y());
}
for(const Bay &bay : fighterBays)
out.Write("fighter", 2. * bay.point.X(), 2. * bay.point.Y());
for(const Bay &bay : droneBays)
out.Write("drone", 2. * bay.point.X(), 2. * bay.point.Y());
for(const auto &it : explosionEffects)
if(it.first && it.second)
out.Write("explode", it.first->Name(), it.second);
if(currentSystem)
out.Write("system", currentSystem->Name());
else
{
shared_ptr<const Ship> parent = GetParent();
if(parent && parent->currentSystem)
out.Write("system", parent->currentSystem->Name());
}
if(landingPlanet)
out.Write("planet", landingPlanet->Name());
if(isParked)
out.Write("parked");
}
out.EndChild();
}
// Write a conversation to file.
void Conversation::Save(DataWriter &out) const
{
out.Write("conversation");
out.BeginChild();
{
for(unsigned i = 0; i < nodes.size(); ++i)
{
// The original label names are not preserved anywhere. Instead,
// the label for every node is just its node index.
out.Write("label", i);
const Node &node = nodes[i];
if(node.scene)
out.Write("scene", node.scene->Name());
if(!node.conditions.IsEmpty())
{
// The only thing differentiating a "branch" from an "apply" node
// is that a branch has two data entries instead of one.
if(node.data.size() > 1)
out.Write("branch", TokenName(node.data[0].second), TokenName(node.data[1].second));
else
out.Write("apply", TokenName(node.data[0].second));
// Write the condition set as a child of this node.
out.BeginChild();
{
node.conditions.Save(out);
}
out.EndChild();
continue;
}
if(node.isChoice)
{
out.Write(node.data.empty() ? "name" : "choice");
out.BeginChild();
}
for(const auto &it : node.data)
{
// Break the text up into paragraphs.
size_t begin = 0;
while(begin < it.first.length())
{
// Find the next line break.
size_t pos = it.first.find('\n', begin);
// Text should always end with a line break, but just in case:
if(pos == string::npos)
pos = it.first.length();
out.Write(it.first.substr(begin, pos - begin));
// Skip the actual newline character when writing the text out.
begin = pos + 1;
}
// Check what node the conversation goes to after this.
int index = it.second;
if(index > 0 && static_cast<unsigned>(index) >= nodes.size())
index = Conversation::DECLINE;
// Write the node that we go to next after this.
WriteToken(index, out);
}
if(node.isChoice)
out.EndChild();
}
}
out.EndChild();
}