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CKService.cpp
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CKService.cpp
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#include "CKService.h"
#include "File.h"
#include "KEnvironment.h"
#include "CKLogic.h"
#include "CKNode.h"
#include "CKHook.h"
#include "CKGroup.h"
void CKSrvEvent::deserialize(KEnvironment * kenv, File * file, size_t length)
{
numA = file->readUint16();
numB = file->readUint16();
numC = file->readUint16();
numTotalActions = file->readUint16();
sequences.resize(numA + numB + numC);
int ev = 0;
for (EventSequence &b : sequences) {
b.numActions = file->readUint8();
b.bitMask = file->readUint8();
ev += b.numActions;
}
objs.resize(numTotalActions);
for (auto &obj : objs)
obj.read(file);
objInfos.reserve(numTotalActions);
for (size_t i = 0; i < numTotalActions; i++)
objInfos.push_back(file->readUint16());
int16_t nxid = 0;
evtSeqIDs.resize(sequences.size());
for (int16_t& id : evtSeqIDs)
id = nxid++;
nextSeqID = nxid;
evtSeqNames.resize(sequences.size());
for (int i = 0; i < sequences.size(); ++i)
evtSeqNames[i] = '#' + std::to_string(i);
}
void CKSrvEvent::serialize(KEnvironment * kenv, File * file)
{
file->writeUint16(numA);
file->writeUint16(numB);
file->writeUint16(numC);
numTotalActions = objs.size();
file->writeUint16(numTotalActions);
for (EventSequence &b : sequences) {
file->writeUint8(b.numActions);
file->writeUint8(b.bitMask);
}
for (auto &obj : objs)
obj.write(kenv, file);
for (uint16_t &arg : objInfos)
file->writeUint16(arg);
}
void CKSrvEvent::onLevelLoaded2(KEnvironment * kenv)
{
int eventindex = 0;
for (EventSequence &b : sequences) {
int str = -1;
if (b.sector >= -1) {
str = b.sector;
}
else if (b.userFound) {
if (!b.users.empty()) {
CKObject* user = b.users[0];
if (CKFlaggedPath* path = user->dyncast<CKFlaggedPath>()) {
str = path->usingSector;
}
else if (CKSector* kstr = user->dyncast<CKSector>()) {
str = kstr->strId - 1;
}
else if (CKHkLight* hkLight = /*nullptr*/ user->dyncast<CKHkLight>()) {
CKGrpLight* grpLight = hkLight->lightGrpLight->cast<CKGrpLight>();
std::vector<Vector3>& points = grpLight->node->cast<CNode>()->geometry->cast<CKParticleGeometry>()->pgPoints;
int index = points.size() - 1;
CKHook* hook;
for (hook = grpLight->childHook.get(); hook; hook = hook->next.get()) {
if (hook == hkLight)
break;
index--;
}
assert(hook);
const Vector3& pnt = points[index];
int bestSector = -1; float bestDistance = HUGE_VALF;
for (int sector = 0; sector < kenv->numSectors; sector++) {
CKMeshKluster* kluster = kenv->sectorObjects[sector].getFirst<CKMeshKluster>();
for (auto& gnd : kluster->grounds) {
if (gnd->isSubclassOf<CDynamicGround>())
continue;
if (pnt.x >= gnd->aabb.lowCorner.x && pnt.x <= gnd->aabb.highCorner.x
&& pnt.z >= gnd->aabb.lowCorner.z && pnt.z <= gnd->aabb.highCorner.z)
{
float dist = 0.0f;
if (pnt.y < gnd->aabb.lowCorner.y)
dist = std::abs(pnt.y - gnd->aabb.lowCorner.y);
else if (pnt.y > gnd->aabb.highCorner.y)
dist = std::abs(pnt.y - gnd->aabb.highCorner.y);
if (dist < bestDistance) {
bestSector = sector;
bestDistance = dist;
}
}
}
}
str = bestSector;
}
else if (CKHook* hook = user->dyncast<CKHook>())
if (hook->life)
str = (hook->life->unk1 >> 2) - 1;
}
}
for (int i = 0; i < b.numActions; i++) {
objs[eventindex + i].bind(kenv, str);
}
eventindex += b.numActions;
b.sector = str;
}
}
int CKSrvEvent::getAddendumVersion()
{
return 1;
}
void CKSrvEvent::deserializeAddendum(KEnvironment* kenv, File* file, int version)
{
uint32_t numEvents = file->readUint32();
assert(sequences.size() == (size_t)numEvents);
evtSeqNames.resize(numEvents);
for (auto& seq : sequences) {
seq.sector = file->readInt32();
}
for (auto& name : evtSeqNames) {
std::string adname = file->readSizedString<uint16_t>();
if (!adname.empty())
name = std::move(adname);
}
}
void CKSrvEvent::serializeAddendum(KEnvironment* kenv, File* file)
{
uint32_t numEvents = evtSeqNames.size();
file->writeUint32(numEvents);
for (auto& seq : sequences) {
file->writeInt32(seq.sector);
}
for (auto& name : evtSeqNames) {
file->writeSizedString<uint16_t>(name);
}
}
void CKSrvBeacon::deserialize(KEnvironment * kenv, File * file, size_t length)
{
struct BitReader {
File *file;
uint8_t byte, bit;
BitReader(File *file) : file(file), bit(8) {}
bool readBit() {
if (bit >= 8) {
byte = file->readUint8();
bit = 0;
}
bool v = byte & (1 << bit);
bit++;
return v;
}
};
unk1 = file->readUint8();
uint32_t numHandlers = file->readUint32();
handlers.resize(numHandlers);
for (Handler &handler : handlers) {
handler.unk2a = file->readUint8();
handler.numBits = file->readUint8();
handler.handlerIndex = file->readUint8();
handler.handlerId = file->readUint8();
handler.persistent = file->readUint8();
if(kenv->version >= kenv->KVERSION_XXL2)
handler.x2respawn = file->readUint8();
handler.object = kenv->readObjRef<CKObject>(file);
}
uint32_t numSectors = file->readUint32();
beaconSectors.resize(numSectors);
for (auto it = beaconSectors.rbegin(); it != beaconSectors.rend(); it++) {
BeaconSector &bs = *it;
bs.numUsedBings = file->readUint32();
bs.numBings = file->readUint32();
bs.beaconArraySize = file->readUint32();
uint32_t numBits = file->readUint32();
BitReader bread(file);
for (uint32_t i = 0; i < numBits; i++)
bs.bits.push_back(bread.readBit());
uint32_t numBeaconKlusters;
if (kenv->version >= kenv->KVERSION_XXL2 || kenv->isRemaster) // xxl1 Romaster extended it to 32-bit
numBeaconKlusters = file->readUint32();
else
numBeaconKlusters = file->readUint8();
for (uint32_t i = 0; i < numBeaconKlusters; i++)
bs._bkids.push_back(file->readUint32());
}
}
void CKSrvBeacon::serialize(KEnvironment * kenv, File * file)
{
struct BitWriter {
File *file;
uint8_t byte, bit;
BitWriter(File *file) : file(file), byte(0), bit(0) {}
void writeBit(bool v) {
if (bit >= 8) {
file->writeUint8(byte);
byte = 0;
bit = 0;
}
if(v)
byte |= (1 << bit);
bit++;
}
void end() {
if(bit)
file->writeUint8(byte);
}
};
file->writeUint8(unk1);
file->writeUint32(handlers.size());
for (Handler &handler : handlers) {
file->writeUint8(handler.unk2a);
file->writeUint8(handler.numBits);
file->writeUint8(handler.handlerIndex);
file->writeUint8(handler.handlerId);
file->writeUint8(handler.persistent);
if (kenv->version >= kenv->KVERSION_XXL2)
file->writeUint8(handler.x2respawn);
kenv->writeObjRef(file, handler.object);
}
file->writeUint32(beaconSectors.size());
for (auto it = beaconSectors.rbegin(); it != beaconSectors.rend(); it++) {
BeaconSector &bs = *it;
file->writeUint32(bs.numUsedBings);
file->writeUint32(bs.numBings);
file->writeUint32(bs.beaconArraySize);
file->writeUint32(bs.bits.size());
BitWriter bwrite(file);
for (uint32_t i = 0; i < bs.bits.size(); i++)
bwrite.writeBit(bs.bits[i]);
bwrite.end();
if (kenv->version >= kenv->KVERSION_XXL2 || kenv->isRemaster) // xxl1 Romaster extended it to 32-bit
file->writeUint32(bs.beaconKlusters.size());
else
file->writeUint8(bs.beaconKlusters.size());
for (auto &ref : bs.beaconKlusters)
kenv->writeObjRef(file, ref);
}
}
void CKSrvBeacon::onLevelLoaded(KEnvironment * kenv)
{
int str = -1;
for (BeaconSector &bs : beaconSectors) {
for (uint32_t id : bs._bkids)
bs.beaconKlusters.push_back(kenv->getObjRef<CKBeaconKluster>(id, str));
str++;
}
}
void CKSrvBeacon::removeBeacon(int sectorIndex, int klusterIndex, int bingIndex, int beaconIndex)
{
BeaconSector& bsec = beaconSectors[sectorIndex];
CKBeaconKluster* bkluster = bsec.beaconKlusters[klusterIndex].get();
CKBeaconKluster::Bing& bbing = bkluster->bings[bingIndex];
// remove bits
int beaNumBits = handlers[bbing.handlerIndex].numBits;
int beax = bbing.bitIndex + beaNumBits * beaconIndex;
auto it = bsec.bits.begin() + beax;
bsec.bits.erase(it, it + beaNumBits);
// remove beacon
bbing.beacons.erase(bbing.beacons.begin() + beaconIndex);
bsec.beaconArraySize -= 8;
// relocate bitIndex of next bings
bingIndex++;
while (bkluster) {
for (; bingIndex < bkluster->bings.size(); bingIndex++) {
CKBeaconKluster::Bing& bing = bkluster->bings[bingIndex];
if (bing.active)
bing.bitIndex -= beaNumBits;
}
bingIndex = 0;
bkluster = bkluster->nextKluster.get();
}
}
void CKSrvBeacon::addHandler(CKObject* handler, uint8_t numBits, uint8_t handlerId, uint8_t persistent, uint8_t respawn)
{
size_t numHands = handlers.size();
CKSrvBeacon::Handler h = { 8, numBits, numHands, handlerId, persistent, respawn, handler };
handlers.push_back(h);
// add new bing at every kluster
for (auto& bsec : beaconSectors) {
bsec.numBings += bsec.beaconKlusters.size();
for (auto& bk : bsec.beaconKlusters) {
bk->bings.emplace_back();
}
}
}
void CKSrvBeacon::enableBing(int sectorIndex, int klusterIndex, int bingIndex)
{
auto& bsec = beaconSectors[sectorIndex];
auto& bkluster = bsec.beaconKlusters[klusterIndex];
auto& bing = bkluster->bings[bingIndex];
auto& hs = handlers[bingIndex];
if (bing.active)
return;
// find bit position
int bx = 0;
for (auto& k : bsec.beaconKlusters) {
for (auto& g : k->bings) {
if (&g == &bing)
goto fnd;
bx += g.numBits * g.beacons.size();
}
}
fnd:
bing.active = true;
bing.handler = hs.object.get();
bing.unk2a = 8; // Always 8, but in XXL1 Greece, hs.unk2a is 2 for some reason, even though bing.unk2a is 8. Using bing.unk2a=2 will make the crates except the last one disappear.
bing.numBits = hs.numBits;
bing.handlerId = hs.handlerId;
bing.sectorIndex = sectorIndex;
bing.klusterIndex = klusterIndex;
bing.handlerIndex = hs.handlerIndex;
bing.bitIndex = bx;
bing.unk6 = 0x128c; // some class id?
bkluster->numUsedBings++;
bsec.numUsedBings++;
}
void CKSrvBeacon::addBeacon(int sectorIndex, int klusterIndex, int handlerIndex, const void * _beacon)
{
const auto& beacon = *(const CKBeaconKluster::Beacon*)_beacon;
enableBing(sectorIndex, klusterIndex, handlerIndex);
auto& bsec = beaconSectors[sectorIndex];
auto* bkluster = bsec.beaconKlusters[klusterIndex].get();
auto& bing = bkluster->bings[handlerIndex];
auto& hs = handlers[handlerIndex];
int beaconIndex = (int)bing.beacons.size();
bing.beacons.push_back(beacon);
bsec.beaconArraySize += 8;
// add bits
int beaNumBits = hs.numBits;
int beax = bing.bitIndex + beaNumBits * beaconIndex;
bsec.bits.insert(bsec.bits.begin() + beax, beaNumBits, true);
for (int i = 0; i < beaNumBits; i++)
bsec.bits[beax + i] = (beacon.params >> i) & 1;
// relocate bitIndex of next bings
handlerIndex++;
while (bkluster) {
for (; handlerIndex < bkluster->bings.size(); handlerIndex++) {
CKBeaconKluster::Bing& bing = bkluster->bings[handlerIndex];
if (bing.active)
bing.bitIndex += beaNumBits;
}
handlerIndex = 0;
bkluster = bkluster->nextKluster.get();
}
}
int CKSrvBeacon::addKluster(KEnvironment& kenv, int sectorIndex)
{
auto& strObjList = (sectorIndex == 0) ? kenv.levelObjects : kenv.sectorObjects[sectorIndex-1];
BeaconSector& bsec = beaconSectors[sectorIndex];
CKBeaconKluster* kluster = kenv.createObject<CKBeaconKluster>(sectorIndex-1);
int klusterIndex = (int)bsec.beaconKlusters.size();
bsec.beaconKlusters.push_back(kluster);
bsec.numBings += handlers.size();
auto numBkObjs = strObjList.getClassType<CKBeaconKluster>().objects.size();
if (numBkObjs >= 2) {
strObjList.getObject<CKBeaconKluster>(numBkObjs - 2)->nextKluster = kluster;
}
CKLevel* klevel = kenv.levelObjects.getFirst<CKLevel>();
if (klevel->sectors[sectorIndex]->beaconKluster.get() == nullptr)
klevel->sectors[sectorIndex]->beaconKluster = strObjList.getFirst<CKBeaconKluster>();
kluster->numUsedBings = 0;
kluster->bings.resize(handlers.size());
return klusterIndex;
}
void CKSrvCollision::deserialize(KEnvironment * kenv, File * file, size_t length)
{
uint16_t numWhat = file->readUint16();
huh = file->readUint8();
for (auto &ref : dynBSphereProjectiles)
ref = kenv->readObjRef<CKSceneNode>(file);
objs.resize(numWhat);
for (auto &vec : objs) {
vec.resize(file->readUint8());
for (auto &ref : vec)
ref = kenv->readObjRef<CKObject>(file);
}
uint16_t unk1 = file->readUint16();
uint16_t unk2 = file->readUint16();
objs2.resize(unk1);
for (auto &ref : objs2) {
ref = kenv->readObjRef<CKObject>(file);
}
bings.resize(unk2);
for (Bing &bing : bings) {
bing.v1 = file->readUint16();
bing.obj1 = kenv->readObjRef<CKObject>(file);
bing.obj2 = kenv->readObjRef<CKObject>(file);
bing.b1 = file->readUint16();
bing.b2 = file->readUint16();
bing.v2 = file->readUint8();
for (uint16_t &u : bing.aa)
u = file->readUint16();
}
inactiveList = file->readUint16();
activeList = file->readUint16();
}
void CKSrvCollision::serialize(KEnvironment * kenv, File * file)
{
file->writeUint16(objs.size());
file->writeUint8(huh);
for (auto &ref : dynBSphereProjectiles)
kenv->writeObjRef(file, ref);
for (auto &vec : objs) {
file->writeUint8(vec.size());
for (auto &ref : vec)
kenv->writeObjRef<CKObject>(file, ref);
}
file->writeUint16((uint16_t)objs2.size());
file->writeUint16((uint16_t)bings.size());
for (auto &ref : objs2)
kenv->writeObjRef(file, ref);
for (Bing &bing : bings) {
file->writeUint16(bing.v1);
kenv->writeObjRef(file, bing.obj1);
kenv->writeObjRef(file, bing.obj2);
file->writeUint16(bing.b1);
file->writeUint16(bing.b2);
file->writeUint8(bing.v2);
for (uint16_t &u : bing.aa)
file->writeUint16(u);
}
file->writeUint16(inactiveList);
file->writeUint16(activeList);
}
uint16_t CKSrvCollision::addOrGetHandler(CKObject* handler) {
if (!handler)
return 0xFFFF;
auto it = std::find_if(objs2.begin(), objs2.end(), [handler](auto& ref) {return ref.get() == handler; });
if (it != objs2.end())
return (uint16_t)(it - objs2.begin());
uint16_t index = (uint16_t)objs2.size();
objs2.emplace_back(handler);
return index;
}
CKSrvCollision::CollIndex CKSrvCollision::addCollision(CKObject* handler1, CKBoundingShape* shape1, CKObject* handler2, CKBoundingShape* shape2) {
CollIndex index = (CollIndex)bings.size();
auto& coll = bings.emplace_back();
coll.obj1 = shape1;
coll.obj2 = shape2;
coll.b1 = addOrGetHandler(handler1);
coll.b2 = addOrGetHandler(handler2);
coll.aa[0] = inactiveList;
inactiveList = index;
return index;
}
void CKSrvCollision::setParent(CollIndex colIndex, CollIndex parentIndex)
{
auto& ccol = bings[colIndex];
auto& pcol = bings[parentIndex];
assert((ccol.v1 & 16) == 0);
assert((pcol.v1 & 16) == 0);
ccol.aa[2] = parentIndex;
ccol.v1 = 0xE;
pcol.v1 = 1;
}
void CKSrvPathFinding::deserialize(KEnvironment * kenv, File * file, size_t length)
{
nodes.resize(file->readUint32());
for (auto &ref : nodes)
ref = kenv->readObjRef<CKPFGraphNode>(file, -1);
if (kenv->version >= kenv->KVERSION_ARTHUR) {
for (auto &ref : arQuadTreeBranches)
ref = kenv->readObjRef<CKObject>(file);
for (auto &val : arQTBInts)
val = file->readUint32();
}
if(kenv->version >= kenv->KVERSION_XXL2)
x2flt = file->readFloat();
}
void CKSrvPathFinding::serialize(KEnvironment * kenv, File * file)
{
file->writeUint32(nodes.size());
for (auto &ref : nodes)
kenv->writeObjRef(file, ref);
if (kenv->version >= kenv->KVERSION_ARTHUR) {
for (auto &ref : arQuadTreeBranches)
kenv->writeObjRef(file, ref);
for (auto &val : arQTBInts)
file->writeUint32(val);
}
if (kenv->version >= kenv->KVERSION_XXL2)
file->writeFloat(x2flt);
}
void CKSrvMarker::deserialize(KEnvironment * kenv, File * file, size_t length)
{
lists.resize(file->readUint32());
for (std::vector<Marker> &list : lists) {
list.resize(file->readUint32());
for (Marker &marker : list) {
for (float &f : marker.position)
f = file->readFloat();
marker.orientation1 = file->readUint8();
marker.orientation2 = file->readUint8();
marker.val3 = file->readUint16();
}
}
}
void CKSrvMarker::serialize(KEnvironment * kenv, File * file)
{
file->writeUint32(lists.size());
for (std::vector<Marker> &list : lists) {
file->writeUint32(list.size());
for (Marker &marker : list) {
for (float &f : marker.position)
file->writeFloat(f);
file->writeUint8(marker.orientation1);
file->writeUint8(marker.orientation2);
file->writeUint16(marker.val3);
}
}
}
int CKSrvMarker::getAddendumVersion()
{
return 1;
}
void CKSrvMarker::deserializeAddendum(KEnvironment* kenv, File* file, int version)
{
uint32_t totalMarkers = 0;
for (auto& list : lists)
totalMarkers += (uint32_t)list.size();
uint32_t totalMarkersFile = file->readUint32();
assert(totalMarkers == totalMarkersFile);
for (auto& list : lists) {
for (auto& marker : list) {
marker.name = file->readSizedString<uint16_t>();
}
}
}
void CKSrvMarker::serializeAddendum(KEnvironment* kenv, File* file)
{
uint32_t totalMarkers = 0;
for (auto& list : lists)
totalMarkers += (uint32_t)list.size();
file->writeUint32(totalMarkers);
for (auto& list : lists) {
for (auto& marker : list) {
file->writeSizedString<uint16_t>(marker.name);
}
}
}
void CKSrvDetector::deserialize(KEnvironment * kenv, File * file, size_t length)
{
uint16_t numA = file->readUint16();
uint16_t numB = file->readUint16();
uint16_t numC = file->readUint16();
uint16_t numD = file->readUint16();
uint16_t numE = file->readUint16();
uint16_t numAABB = file->readUint16();
uint16_t numSpheres = file->readUint16();
uint16_t numRectangles = file->readUint16();
uint16_t numRefs = file->readUint16();
numJ = file->readUint16();
aaBoundingBoxes.resize(numAABB);
for (auto &aabb : aaBoundingBoxes)
aabb.deserialize(file);
spheres.resize(numSpheres);
for (auto &sph : spheres)
sph.deserialize(file, true);
rectangles.resize(numRectangles);
for (auto &h : rectangles) {
for (float &f : h.center)
f = file->readFloat();
h.length1 = file->readFloat();
h.length2 = file->readFloat();
h.direction = file->readUint8();
}
for (auto detvec : { std::make_pair(&aDetectors, &numA), std::make_pair(&bDetectors, &numB), std::make_pair(&cDetectors, &numC),
std::make_pair(&dDetectors, &numD), std::make_pair(&eDetectors, &numE) })
{
detvec.first->resize(*detvec.second);
for (auto &det : *detvec.first) {
det.shapeIndex = file->readUint16();
det.nodeIndex = file->readUint16();
det.flags = file->readUint16();
det.eventSeqIndex.read(kenv, file, this);
}
}
nodes.resize(numRefs);
for (auto &ref : nodes)
ref = kenv->readObjRef<CKSceneNode>(file, -1);
aabbNames.resize(aaBoundingBoxes.size());
sphNames.resize(spheres.size());
rectNames.resize(rectangles.size());
}
void CKSrvDetector::serialize(KEnvironment * kenv, File * file)
{
file->writeUint16((uint16_t)aDetectors.size());
file->writeUint16((uint16_t)bDetectors.size());
file->writeUint16((uint16_t)cDetectors.size());
file->writeUint16((uint16_t)dDetectors.size());
file->writeUint16((uint16_t)eDetectors.size());
file->writeUint16((uint16_t)aaBoundingBoxes.size());
file->writeUint16((uint16_t)spheres.size());
file->writeUint16((uint16_t)rectangles.size());
file->writeUint16((uint16_t)nodes.size());
file->writeUint16(numJ);
for (auto &aabb : aaBoundingBoxes)
aabb.serialize(file);
for (auto &sph : spheres)
sph.serialize(file, true);
for (auto &h : rectangles) {
for (float &f : h.center)
file->writeFloat(f);
file->writeFloat(h.length1);
file->writeFloat(h.length2);
file->writeUint8(h.direction);
}
for (auto detvec : { &aDetectors, &bDetectors, &cDetectors, &dDetectors, &eDetectors }) {
for (const auto &det : *detvec) {
file->writeUint16(det.shapeIndex);
file->writeUint16(det.nodeIndex);
file->writeUint16(det.flags);
det.eventSeqIndex.write(kenv, file);
}
}
for (auto &ref : nodes)
kenv->writeObjRef(file, ref);
}
int CKSrvDetector::getAddendumVersion()
{
return 1;
}
void CKSrvDetector::deserializeAddendum(KEnvironment* kenv, File* file, int version)
{
uint32_t numAabbNames = file->readUint32();
uint32_t numSphNames = file->readUint32();
uint32_t numRectNames = file->readUint32();
assert(aabbNames.size() == numAabbNames);
assert(sphNames.size() == numSphNames);
assert(rectNames.size() == numRectNames);
for (auto& name : aabbNames)
name = file->readSizedString<uint16_t>();
for (auto& name : sphNames)
name = file->readSizedString<uint16_t>();
for (auto& name : rectNames)
name = file->readSizedString<uint16_t>();
}
void CKSrvDetector::serializeAddendum(KEnvironment* kenv, File* file)
{
assert(aabbNames.size() == aaBoundingBoxes.size());
assert(sphNames.size() == spheres.size());
assert(rectNames.size() == rectangles.size());
file->writeUint32((uint32_t)aabbNames.size());
file->writeUint32((uint32_t)sphNames.size());
file->writeUint32((uint32_t)rectNames.size());
for (auto& name : aabbNames)
file->writeSizedString<uint16_t>(name);
for (auto& name : sphNames)
file->writeSizedString<uint16_t>(name);
for (auto& name : rectNames)
file->writeSizedString<uint16_t>(name);
}
void CKSrvCinematic::deserialize(KEnvironment * kenv, File * file, size_t length)
{
cineScenes.resize(file->readUint32());
for (auto &scene : cineScenes)
scene = kenv->readObjRef<CKCinematicScene>(file);
cineBillboard1 = kenv->readObjRef<CKObject>(file);
cineBillboard2 = kenv->readObjRef<CKObject>(file);
cineBillboard3 = kenv->readObjRef<CKObject>(file);
if (kenv->version >= KEnvironment::KVERSION_XXL2) {
arObjectList.resize(file->readUint32());
for (auto& ref : arObjectList)
ref = kenv->readObjRef<CKObject>(file);
if (kenv->version < KEnvironment::KVERSION_ARTHUR)
arGlobalValue = file->readInt32();
}
}
void CKSrvCinematic::serialize(KEnvironment * kenv, File * file)
{
file->writeUint32((uint32_t)cineScenes.size());
for (auto &scene : cineScenes)
kenv->writeObjRef(file, scene);
kenv->writeObjRef(file, cineBillboard1);
kenv->writeObjRef(file, cineBillboard2);
kenv->writeObjRef(file, cineBillboard3);
if (kenv->version >= KEnvironment::KVERSION_XXL2) {
file->writeUint32((uint32_t)arObjectList.size());
for (auto& ref : arObjectList)
kenv->writeObjRef(file, ref);
if (kenv->version < KEnvironment::KVERSION_ARTHUR)
file->writeInt32(arGlobalValue);
}
}
void CKSrvCinematic::deserializeGlobal(KEnvironment* kenv, File* file, size_t length)
{
arGlobalValue = file->readInt32();
}
void CKSrvTrigger::deserialize(KEnvironment * kenv, File * file, size_t length)
{
rootDomain = kenv->readObjRef<CKTriggerDomain>(file);
numTotalActions = file->readUint32();
numTotalEventCmpData = file->readUint32();
if (kenv->version >= kenv->KVERSION_SPYRO || (kenv->version == kenv->KVERSION_OLYMPIC && kenv->platform == kenv->PLATFORM_X360)) {
spTriggers.resize(file->readUint32());
for (auto& p : spTriggers) {
p.first = kenv->readObjRef<CKTrigger>(file);
p.second = file->readSizedString<uint16_t>();
}
}
}
void CKSrvTrigger::serialize(KEnvironment * kenv, File * file)
{
numTotalActions = 0;
numTotalEventCmpData = 0;
for (CKObject* obj : kenv->levelObjects.getClassType<CKTrigger>().objects) {
CKTrigger* trig = (CKTrigger*)obj;
numTotalActions += (uint32_t)trig->actions.size();
}
for (CKObject* obj : kenv->levelObjects.getClassType<CKComparedData>().objects) {
CKComparedData* dat = (CKComparedData*)obj;
if (dat->getDataType() == 2)
numTotalEventCmpData += 1;
}
kenv->writeObjRef(file, rootDomain);
file->writeUint32(numTotalActions);
file->writeUint32(numTotalEventCmpData);
if (kenv->version >= kenv->KVERSION_SPYRO || (kenv->version == kenv->KVERSION_OLYMPIC && kenv->platform == kenv->PLATFORM_X360)) {
file->writeUint32(spTriggers.size());
for (auto& p : spTriggers) {
kenv->writeObjRef(file, p.first);
file->writeSizedString<uint16_t>(p.second);
}
}
}
void CKSrvCamera::reflectMembers2(MemberListener & r, KEnvironment *kenv)
{
CKReflectableService::reflectMembers2(r, kenv);
if (kenv->version == KEnvironment::KVERSION_XXL1) {
r.reflect(scamUnk0, "scamUnk0");
r.reflect(scamCam, "scamCam");
r.reflect(scamCamstr, "scamCamstr");
if (kenv->isRemaster)
r.reflect(scamCamfixtrack, "scamCamfixtrack");
else
r.reflect(scamCamfixtrack[0], "scamCamfixtrack");
scamCameraInst.reflectMembers2(r, kenv);
if (kenv->isRemaster)
r.reflect(scamAnimNode, "scamAnimNode");
else
r.reflect(scamAnimNode[0], "scamAnimNode");
r.reflect(scamUnk15, "scamUnk15");
r.reflect(scamUnk16, "scamUnk16");
r.reflect(scamUnk17, "scamUnk17");
r.reflect(scamUnk18, "scamUnk18");
r.reflect(scamUnk19, "scamUnk19");
r.reflect(scamUnk20, "scamUnk20");
r.reflect(scamUnk21, "scamUnk21");
r.reflect(scamUnk22, "scamUnk22");
r.reflect(scamSphere1, "scamSphere1");
r.reflect(scamSphere2, "scamSphere2");
r.reflect(scamUnk25, "scamUnk25");
r.reflect(scamUnk26, "scamUnk26");
r.reflect(scamUnk27, "scamUnk27");
r.reflect(scamUnk28, "scamUnk28");
r.reflect(scamUnk29, "scamUnk29");
r.reflect(scamUnk30, "scamUnk30");
r.reflect(scamUnk31, "scamUnk31");
r.reflect(scamUnk32, "scamUnk32");
r.reflect(scamUnk33, "scamUnk33");
r.reflect(scamUnk34, "scamUnk34");
r.reflect(scamUnk35, "scamUnk35");
r.reflect(scamUnk36, "scamUnk36");
if (kenv->isRemaster) {
r.reflect(scamRoma1, "scamRoma1");
r.reflect(scamRoma2, "scamRoma2");
}
}
else if (kenv->version >= KEnvironment::KVERSION_XXL2) {
r.reflect(scamCam, "scamCam");
r.reflectSize<uint32_t>(x2scCameraSectors, "x2scCameraSectors_size");
r.enterArray("x2scCameraSectors");
for (auto& vec : x2scCameraSectors) {
r.enterStruct("vec");
r.reflectSize<uint32_t>(vec, "vec_size");
r.reflect(vec, "vec");
r.leaveStruct();
r.incrementIndex();
}
r.leaveArray();
if (kenv->version == KEnvironment::KVERSION_ARTHUR)
r.reflect(scamAnimNodeArFix, "scamAnimNodeArFix");
else
r.reflect(scamAnimNode[0], "scamAnimNode");
r.reflect(x2scUnk1, "x2scUnk1");
r.reflect(x2scUnk2, "x2scUnk2");
r.reflect(x2scUnk3, "x2scUnk3");
r.reflect(x2scUnk4, "x2scUnk4");
r.reflect(x2scUnk5, "x2scUnk5");
r.reflect(x2scUnk6, "x2scUnk6");
r.reflect(x2scUnk7, "x2scUnk7");
r.reflect(scamSphere1, "scamSphere1");
r.reflect(scamSphere2, "scamSphere2");
r.reflect(x2scUnk8, "x2scUnk8");
if (kenv->version >= KEnvironment::KVERSION_ARTHUR) {
r.reflect(og103Floats, "og103Floats");
}
if (kenv->version < KEnvironment::KVERSION_ARTHUR) {
r.reflect(x2scUnkMass, "x2scUnkMass");
}
else {
r.reflect(ogUnkMass, "ogUnkMass");
}
r.reflect(x2scUnkA, "x2scUnkA");
r.reflect(x2scUnkB, "x2scUnkB");
r.reflect(x2scUnkC, "x2scUnkC");
if (kenv->version <= KEnvironment::KVERSION_XXL2) {
r.reflectSize<uint32_t>(x2scQuakeDatas, "x2scQuakeDatas_size");
r.reflect(x2scQuakeDatas, "x2scQuakeDatas");
}
else if (kenv->version >= KEnvironment::KVERSION_ARTHUR) {
r.reflectSize<uint32_t>(ogQuakeDatas, "ogQuakeDatas_size");
r.enterArray("ogQuakeDatas");
for (auto& qd : ogQuakeDatas) {
r.enterStruct("qd");
r.reflect(qd.quakeCpnt, "quakeCpnt");
r.reflectSize<uint32_t>(qd.quakeCpntUpdaters, "quakeCpntUpdaters_size");
r.reflect(qd.quakeCpntUpdaters, "quakeCpntUpdaters");
r.leaveStruct();
}
r.leaveArray();
if (kenv->version >= KEnvironment::KVERSION_OLYMPIC) {
r.reflect(ogUnk1, "ogUnk1");
r.reflect(ogUnk2, "ogUnk2");
r.reflect(ogUnk3, "ogUnk3");
}
}
}
}
void CKServiceLife::deserialize(KEnvironment * kenv, File * file, size_t length)
{
firstBundle = kenv->readObjRef<CKBundle>(file);
}
void CKServiceLife::serialize(KEnvironment * kenv, File * file)
{
kenv->writeObjRef(file, firstBundle);
}
void CKServiceLife::addBundle(CKBundle* bundle)
{
bundle->next = firstBundle;
firstBundle = bundle;
}
void CKServiceLife::removeBundle(CKBundle* bundle)
{
if (firstBundle.get() == bundle) {
firstBundle = bundle->next;
bundle->next = nullptr;
}
else {
for (CKBundle* b = firstBundle.get(); b; b = b->next.get()) {
if (b->next.get() == bundle) {
b->next = bundle->next;
bundle->next = nullptr;
break;
}
}
}
}
void CKSrvSekensor::deserialize(KEnvironment * kenv, File * file, size_t length)
{
sekens.resize(file->readUint32());
for (auto &ref : sekens)
ref = kenv->readObjRef<CKSekens>(file);
}
void CKSrvSekensor::serialize(KEnvironment * kenv, File * file)
{
file->writeUint32(sekens.size());
for (auto &ref : sekens)
kenv->writeObjRef(file, ref);
}
void CKSrvSekensor::deserializeGlobal(KEnvironment* kenv, File* file, size_t length)
{
ogGlobFltVec.resize(file->readUint32());
for (float& flt : ogGlobFltVec)
flt = file->readFloat();
ogGlobUnkFlt1 = file->readFloat();
ogGlobUnkFlt2 = file->readFloat();
}
void CKSrvAvoidance::deserialize(KEnvironment * kenv, File * file, size_t length)
{
if (kenv->version == KEnvironment::KVERSION_XXL1)
avoidValue = file->readFloat();
}
void CKSrvAvoidance::serialize(KEnvironment * kenv, File * file)
{
if (kenv->version == KEnvironment::KVERSION_XXL1)
file->writeFloat(avoidValue);
}
void CKSrvShadow::deserialize(KEnvironment* kenv, File* file, size_t length)
{
shadUnk1 = file->readUint32();
shadUnk2 = file->readUint32();
shadNode = kenv->readObjRef<CNode>(file);
shadGeometry = kenv->readObjRef<CKParticleGeometry>(file);
shadTexture = file->readSizedString<uint16_t>();
shadValues.resize(file->readUint8());
for (auto& a : shadValues)
for (float& f : a)
f = file->readFloat();
shadUnk3 = file->readUint8();
shadUnk4 = file->readUint8();
shadUnk5 = file->readFloat();
}
void CKSrvShadow::serialize(KEnvironment* kenv, File* file)
{
file->writeUint32(shadUnk1);
file->writeUint32(shadUnk2);
kenv->writeObjRef(file, shadNode);
kenv->writeObjRef(file, shadGeometry);
file->writeSizedString<uint16_t>(shadTexture);
file->writeUint8(shadValues.size()); // truncation
for (auto& a : shadValues)
for (float& f : a)