bool hkbGetWorldFromModelModifier::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
auto writedatafield = [&](const QString & name, const QString & value){
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), value);
};
if (writer && !getIsWritten()){
QString refString = "null";
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
if (getVariableBindingSetData()){
refString = getVariableBindingSet()->getReferenceString();
}
writedatafield("variableBindingSet", refString);
writedatafield("userData", QString::number(userData));
writedatafield("name", name);
writedatafield("enable", getBoolAsString(enable));
writedatafield("translationOut", translationOut.getValueAsString());
writedatafield("rotationOut", rotationOut.getValueAsString());
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
if (getVariableBindingSetData() && !getVariableBindingSet()->write(writer)){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": write()!\nUnable to write 'variableBindingSet'!!!");
}
}
return true;
}
QString hkbGetWorldFromModelModifier::evaluateDataValidity(){
std::lock_guard <std::mutex> guard(mutex);
QString errors;
auto isvalid = true;
auto temp = HkDynamicObject::evaluateDataValidity();
if (temp != ""){
errors.append(temp+getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": "+name+": Invalid variable binding set!");
}
if (name == ""){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": "+name+": Invalid name!");
}
setDataValidity(isvalid);
return errors;
}
void Animate::ForwardExec
(
Event *ev
)
{
int slot = 0;
float weight = 1.0f;
if( !edict->tiki )
{
ScriptError( "trying to play animation on( entnum: %d, targetname : '%s', classname : '%s' ) which does not have a model",
entnum,
targetname.c_str(),
getClassname()
);
}
if( ev->NumArgs() > 1 )
{
slot = ev->GetInteger( 2 );
}
if( ev->NumArgs() > 2 )
{
weight = ev->GetFloat( 3 );
}
NewAnim( ev->GetString( 1 ), slot, weight );
SetTime( slot );
}
QString hkbCharacterStringData::evaluateDataValidity(){
std::lock_guard <std::mutex> guard(mutex);
QString errors;
auto isvalid = true;
auto checkstring = [&](const QStringList & list, const QString & fieldname){
for (auto i = 0; i < list.size(); i++){
if (list.at(i) == ""){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid "+fieldname+" at "+QString::number(i)+"!");
}
}
};
checkstring(deformableSkinNames, "deformableSkinNames");
checkstring(rigidSkinNames, "rigidSkinNames");
checkstring(animationNames, "animationNames");
checkstring(animationFilenames, "animationFilenames");
checkstring(characterPropertyNames, "characterPropertyNames");
checkstring(retargetingSkeletonMapperFilenames, "retargetingSkeletonMapperFilenames");
checkstring(lodNames, "lodNames");
checkstring(mirroredSyncPointSubstringsA, "mirroredSyncPointSubstringsA");
checkstring(mirroredSyncPointSubstringsB, "mirroredSyncPointSubstringsB");
checkstring(QStringList(name), "name");
checkstring(QStringList(rigName), "rigName");
checkstring(QStringList(ragdollName), "ragdollName");
checkstring(QStringList(behaviorFilename), "behaviorFilename");
setDataValidity(isvalid);
return QString();
}
bool hkbGetWorldFromModelModifier::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
bool ok;
QByteArray text;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
auto checkvalue = [&](bool value, const QString & fieldname){
(!value) ? LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'"+fieldname+"' has invalid data!\nObject Reference: "+ref) : NULL;
};
for (; index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"; index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "variableBindingSet"){
checkvalue(getVariableBindingSet().readShdPtrReference(index, reader), "variableBindingSet");
}else if (text == "userData"){
userData = reader.getElementValueAt(index).toULong(&ok);
checkvalue(ok, "userData");
}else if (text == "name"){
name = reader.getElementValueAt(index);
checkvalue((name != ""), "name");
}else if (text == "enable"){
enable = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "enable");
}else if (text == "translationOut"){
translationOut = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "translationOut");
}else if (text == "rotationOut"){
rotationOut = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "rotationOut");
}
}
index--;
return true;
}
bool hkbProxyModifier::link(){
std::lock_guard <std::mutex> guard(mutex);
if (!static_cast<HkDynamicObject *>(this)->linkVar()){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": link()!\nFailed to properly link 'variableBindingSet' data field!\nObject Name: "+name);
}
return true;
}
void hkbCharacterStringData::addAnimation(const QString & name){
std::lock_guard <std::mutex> guard(mutex);
if (!animationNames.contains(name, Qt::CaseInsensitive)){
animationNames.append(name);
setIsFileChanged(true);
}else{
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": addAnimation()!\nAnimation: "+name+": already exists in the character file!!");
}
}
bool hkbStateMachineTransitionInfoArray::link(){
std::lock_guard <std::mutex> guard(mutex);
HkxSharedPtr *ptr;
for (auto i = 0; i < transitions.size(); i++){
ptr = static_cast<BehaviorFile *>(getParentFile())->findHkxObject(transitions.at(i).transition.getShdPtrReference());
if (ptr){
if ((*ptr)->getSignature() != HKB_BLENDING_TRANSITION_EFFECT && (*ptr)->getSignature() != HKB_GENERATOR_TRANSITION_EFFECT){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": link()!\n'transition' data field is linked to invalid child!");
}
transitions[i].transition = *ptr;
}
ptr = static_cast<BehaviorFile *>(getParentFile())->findHkxObject(transitions.at(i).condition.getShdPtrReference());
if (ptr){
if ((*ptr)->getSignature() != HKB_EXPRESSION_CONDITION/* && (*ptr)->getSignature() != HKB_STRING_CONDITION*/){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": link()!\n'condition' data field is linked to invalid child!");
}
transitions[i].condition = *ptr;
}
}
return true;
}
bool hkbCharacterStringData::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
int numElems;
bool ok;
QByteArray text;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
auto checkvalue = [&](bool value, const QString & fieldname){
(!value) ? LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'"+fieldname+"' has invalid data!\nObject Reference: "+ref) : NULL;
};
auto readstrings =[&](QStringList & list, const QString & fieldname){
numElems = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
checkvalue(ok, fieldname);
(numElems > 0) ? index++ : NULL;
for (auto j = 0; j < numElems && index < reader.getNumElements(); j++, index++){
list.append(reader.getElementValueAt(index));
checkvalue((list.last() != ""), fieldname+".at("+QString::number(j)+")");
}
};
for (; index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"; index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "deformableSkinNames"){
readstrings(deformableSkinNames, "deformableSkinNames");
}else if (text == "rigidSkinNames"){
readstrings(rigidSkinNames, "rigidSkinNames");
}else if (text == "animationNames"){
readstrings(animationNames, "animationNames");
}else if (text == "characterPropertyNames"){
readstrings(characterPropertyNames, "characterPropertyNames");
}else if (text == "retargetingSkeletonMapperFilenames"){
readstrings(retargetingSkeletonMapperFilenames, "retargetingSkeletonMapperFilenames");
}else if (text == "lodNames"){
readstrings(lodNames, "lodNames");
}else if (text == "mirroredSyncPointSubstringsA"){
readstrings(mirroredSyncPointSubstringsA, "mirroredSyncPointSubstringsA");
}else if (text == "mirroredSyncPointSubstringsB"){
readstrings(mirroredSyncPointSubstringsB, "mirroredSyncPointSubstringsB");
}else if (text == "name"){
name = reader.getElementValueAt(index);
checkvalue((name != ""), "name");
}else if (text == "rigName"){
rigName = reader.getElementValueAt(index);
checkvalue((rigName != ""), "rigName");
}else if (text == "ragdollName"){
ragdollName = reader.getElementValueAt(index);
checkvalue((ragdollName != ""), "ragdollName");
}else if (text == "behaviorFilename"){
behaviorFilename = reader.getElementValueAt(index);
checkvalue((behaviorFilename != ""), "behaviorFilename");
}
}
index--;
return true;
}
bool hkbBehaviorGraphStringData::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
if (writer && !getIsWritten()){
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
QStringList list3 = {writer->name, writer->numelements};
QStringList list4 = {"eventNames", QString::number(eventNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < eventNames.size(); i++){
writer->writeLine(writer->string, QStringList(), QStringList(), eventNames.at(i));
}
if (eventNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"attributeNames", QString::number(attributeNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < attributeNames.size(); i++){
writer->writeLine(writer->string, QStringList(), QStringList(), attributeNames.at(i));
}
if (attributeNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"variableNames", QString::number(variableNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < variableNames.size(); i++){
writer->writeLine(writer->string, QStringList(), QStringList(), variableNames.at(i));
}
if (variableNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"characterPropertyNames", QString::number(characterPropertyNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < characterPropertyNames.size(); i++){
writer->writeLine(writer->string, QStringList(), QStringList(), characterPropertyNames.at(i));
}
if (characterPropertyNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
}
return true;
}
QString hkbBehaviorGraphStringData::evaluateDataValidity(){
std::lock_guard <std::mutex> guard(mutex);
QString errors;
auto isvalid = true;
auto checkstring = [&](const QStringList & list, const QString & fieldname){
for (auto i = 0; i < list.size(); i++){
if (list.at(i) == ""){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid "+fieldname+" at "+QString::number(i)+"!");
}
}
};
checkstring(eventNames, "eventNames");
checkstring(attributeNames, "attributeNames");
checkstring(variableNames, "variableNames");
checkstring(characterPropertyNames, "characterPropertyNames");
setDataValidity(isvalid);
return errors;
}
bool hkbHandIkDriverInfo::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
auto writedatafield = [&](const QString & name, const QString & value){
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), value);
};
if (writer && !getIsWritten()){
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
list1 = {writer->name, writer->numelements};
list2 = {"hands", QString::number(hands.size())};
writer->writeLine(writer->parameter, list1, list2, "");
for (auto i = 0; i < hands.size(); i++){
writer->writeLine(writer->object, true);
writedatafield("elbowAxisLS", hands[i].elbowAxisLS.getValueAsString());
writedatafield("backHandNormalLS", hands[i].backHandNormalLS.getValueAsString());
writedatafield("handOffsetLS", hands[i].handOffsetLS.getValueAsString());
writedatafield("handOrienationOffsetLS", hands[i].handOrienationOffsetLS.getValueAsString());
writedatafield("maxElbowAngleDegrees", QString::number(hands.at(i).maxElbowAngleDegrees, char('f'), 6));
writedatafield("minElbowAngleDegrees", QString::number(hands.at(i).minElbowAngleDegrees, char('f'), 6));
writedatafield("shoulderIndex", QString::number(hands.at(i).shoulderIndex));
writedatafield("shoulderSiblingIndex", QString::number(hands.at(i).shoulderSiblingIndex));
writedatafield("elbowIndex", QString::number(hands.at(i).elbowIndex));
writedatafield("elbowSiblingIndex", QString::number(hands.at(i).elbowSiblingIndex));
writedatafield("wristIndex", QString::number(hands.at(i).wristIndex));
writedatafield("enforceEndPosition", getBoolAsString(hands.at(i).enforceEndPosition));
writedatafield("enforceEndRotation", getBoolAsString(hands.at(i).enforceEndRotation));
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList("localFrameName"), hands.at(i).localFrameName, true);
writer->writeLine(writer->object, false);
}
if (hands.size() > 0){
writer->writeLine(writer->parameter, false);
}
writedatafield("fadeInOutCurve", fadeInOutCurve);
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
}
return true;
}
QString hkbStateMachineTransitionInfoArray::getTransitionNameAt(int index) const{
std::lock_guard <std::mutex> guard(mutex);
hkbStateMachine *stateMachine;
if (parent){
if (index > -1 && index < transitions.size()){
if (parent->getSignature() == HKB_STATE_MACHINE){
stateMachine = static_cast<hkbStateMachine *>(parent);
}else if (parent->getSignature() == HKB_STATE_MACHINE_STATE_INFO){
stateMachine = static_cast<hkbStateMachineStateInfo *>(parent)->getParentStateMachine();
}
if (stateMachine){
if (transitions.at(index).flags.contains("FLAG_TO_NESTED_STATE_ID_IS_VALID")){
return "to_"+stateMachine->getNestedStateName(transitions.at(index).toStateId, transitions.at(index).toNestedStateId)+"_Via_"+stateMachine->getStateName(transitions.at(index).toStateId);
}
return "to_"+stateMachine->getStateName(transitions.at(index).toStateId);
}
}
}else{
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": getTransitionNameAt: No parent!!! REF: "+getReferenceString());
}
return "";
}
bool hkbProxyModifier::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
auto writedatafield = [&](const QString & name, const QString & value){
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), value);
};
if (writer && !getIsWritten()){
QString refString = "null";
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
if (getVariableBindingSetData()){
refString = getVariableBindingSet()->getReferenceString();
}
writedatafield("variableBindingSet", refString);
writedatafield("userData", QString::number(userData));
writedatafield("name", name);
writedatafield("enable", getBoolAsString(enable));
writedatafield("proxyInfo", "");
writer->writeLine(writer->object, true);
writedatafield("dynamicFriction", QString::number(proxyInfo.dynamicFriction, char('f'), 6));
writedatafield("staticFriction", QString::number(proxyInfo.staticFriction, char('f'), 6));
writedatafield("keepContactTolerance", QString::number(proxyInfo.keepContactTolerance));
writedatafield("up", proxyInfo.up.getValueAsString());
writedatafield("keepDistance", QString::number(proxyInfo.keepDistance, char('f'), 6));
writedatafield("contactAngleSensitivity", QString::number(proxyInfo.contactAngleSensitivity, char('f'), 6));
writedatafield("userPlanes", QString::number(proxyInfo.userPlanes));
writedatafield("maxCharacterSpeedForSolver", QString::number(proxyInfo.maxCharacterSpeedForSolver, char('f'), 6));
writedatafield("characterStrength", QString::number(proxyInfo.characterStrength, char('f'), 6));
writedatafield("characterMass", QString::number(proxyInfo.characterMass, char('f'), 6));
writedatafield("maxSlope", QString::number(proxyInfo.maxSlope, char('f'), 6));
writedatafield("penetrationRecoverySpeed", QString::number(proxyInfo.penetrationRecoverySpeed, char('f'), 6));
writedatafield("maxCastIterations", QString::number(proxyInfo.maxCastIterations));
writedatafield("id", getBoolAsString(proxyInfo.refreshManifoldInCheckSupport));
writer->writeLine(writer->object, false);
writer->writeLine(writer->parameter, false);
writedatafield("linearVelocity", linearVelocity.getValueAsString());
writedatafield("horizontalGain", QString::number(horizontalGain, char('f'), 6));
writedatafield("verticalGain", QString::number(verticalGain, char('f'), 6));
writedatafield("maxHorizontalSeparation", QString::number(maxHorizontalSeparation, char('f'), 6));
writedatafield("limitHeadingDegrees", QString::number(limitHeadingDegrees, char('f'), 6));
writedatafield("maxVerticalSeparation", QString::number(maxVerticalSeparation, char('f'), 6));
writedatafield("verticalDisplacementError", QString::number(verticalDisplacementError, char('f'), 6));
writedatafield("verticalDisplacementErrorGain", QString::number(verticalDisplacementErrorGain, char('f'), 6));
writedatafield("maxVerticalDisplacement", QString::number(maxVerticalDisplacement, char('f'), 6));
writedatafield("minVerticalDisplacement", QString::number(minVerticalDisplacement, char('f'), 6));
writedatafield("capsuleHeight", QString::number(capsuleHeight, char('f'), 6));
writedatafield("capsuleRadius", QString::number(capsuleRadius, char('f'), 6));
writedatafield("maxSlopeForRotation", QString::number(maxSlopeForRotation, char('f'), 6));
writedatafield("collisionFilterInfo", QString::number(collisionFilterInfo));
writedatafield("phantomType", phantomType);
writedatafield("linearVelocityMode", linearVelocityMode);
writedatafield("ignoreIncomingRotation", getBoolAsString(ignoreIncomingRotation));
writedatafield("ignoreCollisionDuringRotation", getBoolAsString(ignoreCollisionDuringRotation));
writedatafield("ignoreIncomingTranslation", getBoolAsString(ignoreIncomingTranslation));
writedatafield("includeDownwardMomentum", getBoolAsString(includeDownwardMomentum));
writedatafield("followWorldFromModel", getBoolAsString(followWorldFromModel));
writedatafield("isTouchingGround", getBoolAsString(isTouchingGround));
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
if (getVariableBindingSetData() && !getVariableBindingSet()->write(writer)){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": write()!\nUnable to write 'variableBindingSet'!!!");
}
}
return true;
}
bool hkbBehaviorGraphStringData::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
bool ok;
int numElems = 0;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
QByteArray text;
while (index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "eventNames"){
numElems = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
if (!ok){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'eventNames' data!\nObject Reference: "+ref);
return false;
}
index++;
numElems = numElems + index;
for (; index < numElems; index++){
if (reader.getElementNameAt(index) != "hkcstring" || index >= reader.getNumElements()){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'eventNames' data!\nObject Reference: "+ref);
return false;
}
eventNames.append(reader.getElementValueAt(index));
}
continue;
}else if (text == "attributeNames"){
numElems = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
if (!ok){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'attributeNames' data!\nObject Reference: "+ref);
return false;
}
index++;
numElems = numElems + index;
for (; index < numElems; index++){
if (reader.getElementNameAt(index) != "hkcstring" || index >= reader.getNumElements()){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'attributeNames' data!\nObject Reference: "+ref);
return false;
}
attributeNames.append(reader.getElementValueAt(index));
}
continue;
}else if (text == "variableNames"){
numElems = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
if (!ok){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'variableNames' data!\nObject Reference: "+ref);
return false;
}
index++;
numElems = numElems + index;
for (; index < numElems; index++){
if (reader.getElementNameAt(index) != "hkcstring" || index >= reader.getNumElements()){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'variableNames' data!\nObject Reference: "+ref);
return false;
}
variableNames.append(reader.getElementValueAt(index));
}
continue;
}else if (text == "characterPropertyNames"){
numElems = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
if (!ok){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'characterPropertyNames' data!\nObject Reference: "+ref);
return false;
}
index++;
numElems = numElems + index;
for (; index < numElems; index++){
if (reader.getElementNameAt(index) != "hkcstring" || index >= reader.getNumElements()){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\nFailed to properly read 'characterPropertyNames' data!\nObject Reference: "+ref);
return false;
}
characterPropertyNames.append(reader.getElementValueAt(index));
}
continue;
}
index++;
}
index--;
return true;
}
bool hkbStateMachineTransitionInfoArray::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
bool ok;
QByteArray text;
auto numtrans = 0;
QStringList list;
Interval_Type intervalType;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
auto checkvalue = [&](bool value, const QString & fieldname){
(!value) ? LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'"+fieldname+"' has invalid data!\nObject Reference: "+ref) : NULL;
};
for (; index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"; index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "transitions"){
numtrans = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
checkvalue(ok, "transitions");
(numtrans > 0) ? index++ : NULL;
for (auto j = 0; j < numtrans; j++, index++){
transitions.append(HkTransition());
for (; index < reader.getNumElements(); index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "triggerInterval"){
intervalType = TRIGGER;
}else if (text == "initiateInterval"){
intervalType = INITIATE;
}else if (text == "enterEventId"){
auto temp = reader.getElementValueAt(index).toInt(&ok);
(intervalType == TRIGGER) ? transitions.last().triggerInterval.enterEventId = temp : transitions.last().initiateInterval.enterEventId = temp;
checkvalue(ok, "enterEventId");
}else if (text == "exitEventId"){
auto temp = reader.getElementValueAt(index).toInt(&ok);
(intervalType == TRIGGER) ? transitions.last().triggerInterval.exitEventId = temp : transitions.last().initiateInterval.exitEventId = temp;
checkvalue(ok, "exitEventId");
}else if (text == "enterTime"){
auto temp = reader.getElementValueAt(index).toDouble(&ok);
(intervalType == TRIGGER) ? transitions.last().triggerInterval.enterTime = temp : transitions.last().initiateInterval.enterTime = temp;
checkvalue(ok, "enterTime");
}else if (text== "exitTime"){
auto temp = reader.getElementValueAt(index).toDouble(&ok);
(intervalType == TRIGGER) ? transitions.last().triggerInterval.exitTime = temp : transitions.last().initiateInterval.exitTime = temp;
checkvalue(ok, "exitTime");
}else if (text == "transition"){
checkvalue(transitions.last().transition.readShdPtrReference(index, reader), "transition");
}else if (text == "condition"){
checkvalue(transitions.last().condition.readShdPtrReference(index, reader), "condition");
}else if (text == "eventId"){
transitions.last().eventId = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "eventId");
}else if (text == "toStateId"){
transitions.last().toStateId = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "toStateId");
}else if (text == "fromNestedStateId"){
transitions.last().fromNestedStateId = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "fromNestedStateId");
}else if (text == "toNestedStateId"){
transitions.last().toNestedStateId = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "toNestedStateId");
}else if (text == "priority"){
transitions.last().priority = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "priority");
}else if (text == "flags"){
transitions.last().flags = reader.getElementValueAt(index);
list = transitions.last().flags.split('|');
for (auto k = 0; k < list.size(); k++){
if (!transitionFlags.contains(list.at(k))){
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'flags' data field contains an invalid string!\nObject Reference: "+ref);
}
}
break;
}
}
}
(numtrans > 0) ? index-- : NULL;
}
}
index--;
return true;
}
void hkbBehaviorGraphStringData::removeVariableNameAt(int index){
std::lock_guard <std::mutex> guard(mutex);
(index >= 0 && index < variableNames.size()) ? variableNames.removeAt(index), setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'removeVariableNameAt' failed!");
}
void hkbBehaviorGraphStringData::setEventNameAt(int index, const QString &name){
std::lock_guard <std::mutex> guard(mutex);
(eventNames.size() > index && index > -1) ? eventNames.replace(index, name), setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'setEventNameAt' failed!");
}
bool hkbStateMachineTransitionInfoArray::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
auto writedatafield = [&](const QString & name, const QString & value){
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), value);
};
auto writeref = [&](const HkxSharedPtr & shdptr, const QString & name){
QString refString = "null";
(shdptr.data()) ? refString = shdptr->getReferenceString() : NULL;
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), refString);
};
auto writechild = [&](const HkxSharedPtr & shdptr, const QString & datafield){
if (shdptr.data() && !shdptr->write(writer))
LogFile::writeToLog(getParentFilename()+": "+getClassname()+": write()!\nUnable to write '"+datafield+"'!!!");
};
if (writer && !getIsWritten()){
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
list1 = {writer->name, writer->numelements};
list2 = {"transitions", QString::number(transitions.size())};
writer->writeLine(writer->parameter, list1, list2, "");
for (auto i = 0; i < transitions.size(); i++){
writer->writeLine(writer->object, true);
writedatafield("triggerInterval", "");
writer->writeLine(writer->object, true);
writedatafield("enterEventId", QString::number(transitions.at(i).triggerInterval.enterEventId));
writedatafield("exitEventId", QString::number(transitions.at(i).triggerInterval.exitEventId));
writedatafield("enterTime", QString::number(transitions.at(i).triggerInterval.enterTime, char('f'), 6));
writedatafield("exitTime", QString::number(transitions.at(i).triggerInterval.exitTime, char('f'), 6));
writer->writeLine(writer->object, false);
writer->writeLine(writer->parameter, false);
writedatafield("initiateInterval", "");
writer->writeLine(writer->object, true);
writedatafield("enterEventId", QString::number(transitions.at(i).initiateInterval.enterEventId));
writedatafield("exitEventId", QString::number(transitions.at(i).initiateInterval.exitEventId));
writedatafield("enterTime", QString::number(transitions.at(i).initiateInterval.enterTime, char('f'), 6));
writedatafield("exitTime", QString::number(transitions.at(i).initiateInterval.exitTime, char('f'), 6));
writer->writeLine(writer->object, false);
writer->writeLine(writer->parameter, false);
writeref(transitions.at(i).transition, "transition");
writeref(transitions.at(i).condition, "condition");
writedatafield("eventId", QString::number(transitions.at(i).eventId));
writedatafield("toStateId", QString::number(transitions.at(i).toStateId));
writedatafield("fromNestedStateId", QString::number(transitions.at(i).fromNestedStateId));
writedatafield("toNestedStateId", QString::number(transitions.at(i).toNestedStateId));
writedatafield("priority", QString::number(transitions.at(i).priority));
writedatafield("flags", transitions.at(i).flags);
writer->writeLine(writer->object, false);
}
if (transitions.size() > 0){
writer->writeLine(writer->parameter, false);
}
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
for (auto i = 0; i < transitions.size(); i++){
writechild(transitions.at(i).transition, "transitions.at("+QString::number(i)+").transition");
writechild(transitions.at(i).condition, "transitions.at("+QString::number(i)+").condition");
}
}
return true;
}
bool hkbCharacterStringData::write(HkxXMLWriter *writer){
std::lock_guard <std::mutex> guard(mutex);
auto writedatafield = [&](const QString & name, const QString & value){
writer->writeLine(writer->parameter, QStringList(writer->name), QStringList(name), value);
};
if (writer && !getIsWritten()){
QStringList list1 = {writer->name, writer->clas, writer->signature};
QStringList list2 = {getReferenceString(), getClassname(), "0x"+QString::number(getSignature(), 16)};
writer->writeLine(writer->object, list1, list2, "");
QStringList list3 = {writer->name, writer->numelements};
QStringList list4 = {"deformableSkinNames", QString::number(deformableSkinNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < deformableSkinNames.size(); i++){
writedatafield("", deformableSkinNames.at(i));
}
if (deformableSkinNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"rigidSkinNames", QString::number(rigidSkinNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < rigidSkinNames.size(); i++){
writedatafield("", rigidSkinNames.at(i));
}
if (rigidSkinNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"animationNames", QString::number(animationNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < animationNames.size(); i++){
writedatafield("", QString(animationNames.at(i)).replace("/", "\\"));
}
if (animationNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"animationFilenames", QString::number(animationFilenames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < animationFilenames.size(); i++){
writedatafield("", animationFilenames.at(i));
}
if (animationFilenames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"characterPropertyNames", QString::number(characterPropertyNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < characterPropertyNames.size(); i++){
writedatafield("", characterPropertyNames.at(i));
}
if (characterPropertyNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"retargetingSkeletonMapperFilenames", QString::number(retargetingSkeletonMapperFilenames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < retargetingSkeletonMapperFilenames.size(); i++){
writedatafield("", retargetingSkeletonMapperFilenames.at(i));
}
if (retargetingSkeletonMapperFilenames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"lodNames", QString::number(lodNames.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < lodNames.size(); i++){
writedatafield("", lodNames.at(i));
}
if (lodNames.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"mirroredSyncPointSubstringsA", QString::number(mirroredSyncPointSubstringsA.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < mirroredSyncPointSubstringsA.size(); i++){
writedatafield("", mirroredSyncPointSubstringsA.at(i));
}
if (mirroredSyncPointSubstringsA.size() > 0){
writer->writeLine(writer->parameter, false);
}
list3 = {writer->name, writer->numelements};
list4 = {"mirroredSyncPointSubstringsB", QString::number(mirroredSyncPointSubstringsB.size())};
writer->writeLine(writer->parameter, list3, list4, "");
for (auto i = 0; i < mirroredSyncPointSubstringsB.size(); i++){
writedatafield("", mirroredSyncPointSubstringsB.at(i));
}
if (mirroredSyncPointSubstringsB.size() > 0){
writer->writeLine(writer->parameter, false);
}
writedatafield("name", name);
writedatafield("rigName", QString(rigName).replace("/", "\\"));
writedatafield("ragdollName", QString(ragdollName).replace("/", "\\"));
writedatafield("behaviorFilename", QString(behaviorFilename).replace("/", "\\"));
writer->writeLine(writer->object, false);
setIsWritten();
writer->writeLine("\n");
}
return true;
}
QString hkbStateMachineTransitionInfoArray::evaluateDataValidity(){ //Do not call this outside it's parent state machine or state in a multithreaded context or there will be a potential race condition...
std::lock_guard <std::mutex> guard(mutex);
QString errors;
auto isvalid = true;
if (!parent){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Null parent!");
}else if (parent->getSignature() != HKB_STATE_MACHINE && parent->getSignature() != HKB_STATE_MACHINE_STATE_INFO){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid parent type! Signature: "+QString::number(parent->getSignature(), 16)+"\n");
}else{
if (transitions.isEmpty()){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": transitions is empty!");
}else{
for (auto i = transitions.size() - 1; i >= 0; i--){
if (transitions.at(i).condition.data()){
if (transitions.at(i).condition->getSignature() != HKB_EXPRESSION_CONDITION){
if (transitions.at(i).condition->getSignature() == HKB_STRING_CONDITION){
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid condition type! Fixing: "+QString::number(transitions.at(i).condition->getSignature(), 16)+"\n");
transitions[i].condition = HkxSharedPtr();
}else{
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid condition type! Signature: "+QString::number(transitions.at(i).condition->getSignature(), 16)+"\n");
}
}else if (transitions.at(i).condition->isDataValid() && transitions.at(i).condition->evaluateDataValidity() != ""){
isvalid = false;
//errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid condition data!");
}
}
if (transitions.at(i).transition.data()){
if (transitions.at(i).transition->getSignature() != HKB_BLENDING_TRANSITION_EFFECT/* || transitions.at(i).condition->getSignature() != HKB_GENERATOR_TRANSITION_EFFECT*/){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid transition type! Signature: "+QString::number(transitions.at(i).transition->getSignature(), 16)+"\n");
}else if (transitions.at(i).transition->isDataValid() && transitions.at(i).transition->evaluateDataValidity() != ""){
isvalid = false;
//errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": Invalid transition data!");
}
}
if (transitions.at(i).eventId >= static_cast<BehaviorFile *>(getParentFile())->getNumberOfEvents()){
isvalid = false;
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": eventId in transitions at "+QString::number(i)+" out of range! Removing transition!");
transitions.removeAt(i);
break;
}
if (parent->getSignature() == HKB_STATE_MACHINE){
if (static_cast<hkbStateMachine *>(parent)->getStateNameNoLock(transitions.at(i).toStateId) == ""){
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": toStateId in transitions at "+QString::number(i)+" does not exist! Removing transition!");
transitions.removeAt(i);
break;
}
if (transitions.at(i).flags.contains("FLAG_TO_NESTED_STATE_ID_IS_VALID") && static_cast<hkbStateMachine *>(parent)->getNestedStateNameNoLock(transitions.at(i).toStateId, transitions.at(i).toNestedStateId) == ""){
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": toNestedStateId in transitions at "+QString::number(i)+" does not exist!");
}
}else if (parent->getSignature() == HKB_STATE_MACHINE_STATE_INFO){
if (static_cast<hkbStateMachineStateInfo *>(parent)->getStateNameNoLock(transitions.at(i).toStateId) == ""){
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": toStateId in transitions at "+QString::number(i)+" does not exist! Removing transition!");
transitions.removeAt(i);
break;
}
if (transitions.at(i).flags.contains("FLAG_TO_NESTED_STATE_ID_IS_VALID") && static_cast<hkbStateMachineStateInfo *>(parent)->getNestedStateNameNoLock(transitions.at(i).toStateId, transitions.at(i).toNestedStateId) == ""){
errors.append(getParentFilename()+": "+getClassname()+": Ref: "+getReferenceString()+": toNestedStateId in transitions at "+QString::number(i)+" does not exist!");
}
}
}
}
if (transitions.isEmpty()){
if (parent->getSignature() == HKB_STATE_MACHINE){
static_cast<hkbStateMachine *>(parent)->removeWildcardTransitionsNoLock();
}else if (parent->getSignature() == HKB_STATE_MACHINE_STATE_INFO){
static_cast<hkbStateMachineStateInfo *>(parent)->removeTransitionsNoLock();
}
}
setDataValidity(isvalid);
}
return errors;
}
void hkbStateMachineTransitionInfoArray::removeTransition(int index){
std::lock_guard <std::mutex> guard(mutex);
(transitions.size() > index && index > -1) ? transitions.removeAt(index), setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": Transition was not removed!");
}
void hkbStateMachineTransitionInfoArray::removeTransitionToState(ulong stateId){
std::lock_guard <std::mutex> guard(mutex);
for (auto i = transitions.size() - 1; i >= 0; i--){
(transitions.at(i).toStateId == stateId) ? transitions.removeAt(i), setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": Transition was not removed!");
}
}
void hkbGetWorldFromModelModifier::setName(const QString &newname){
std::lock_guard <std::mutex> guard(mutex);
(newname != name && newname != "") ? name = newname, setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'name' was not set!");
}
void hkbGetWorldFromModelModifier::setEnable(bool value){
std::lock_guard <std::mutex> guard(mutex);
(value != enable) ? enable = value, setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'enable' was not set!");
}
bool hkbHandIkDriverInfo::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
int numhands;
bool ok;
QByteArray text;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
auto checkvalue = [&](bool value, const QString & fieldname){
(!value) ? LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'"+fieldname+"' has invalid data!\nObject Reference: "+ref) : NULL;
};
for (; index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"; index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "hands"){
numhands = reader.getNthAttributeValueAt(index, 1).toInt(&ok);
checkvalue(ok, "hands");
(numhands > 0) ? index++ : NULL;
for (auto j = 0; j < numhands; j++, index++){
hands.append(hkbHandIkDriverInfoHand());
for (; index < reader.getNumElements(); index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "elbowAxisLS"){
hands.last().elbowAxisLS = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").elbowAxisLS");
}else if (text == "backHandNormalLS"){
hands.last().backHandNormalLS = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").backHandNormalLS");
}else if (text == "handOffsetLS"){
hands.last().handOffsetLS = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").handOffsetLS");
}else if (text == "handOrienationOffsetLS"){
hands.last().handOrienationOffsetLS = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").handOrienationOffsetLS");
}else if (text == "maxElbowAngleDegrees"){
hands.last().maxElbowAngleDegrees = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").maxElbowAngleDegrees");
}else if (text == "minElbowAngleDegrees"){
hands.last().minElbowAngleDegrees = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").minElbowAngleDegrees");
}else if (text == "shoulderIndex"){
hands.last().shoulderIndex = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").shoulderIndex");
}else if (text == "shoulderSiblingIndex"){
hands.last().shoulderSiblingIndex = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").shoulderSiblingIndex");
}else if (text == "elbowIndex"){
hands.last().elbowIndex = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").elbowIndex");
}else if (text == "elbowSiblingIndex"){
hands.last().elbowSiblingIndex = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").elbowSiblingIndex");
}else if (text == "wristIndex"){
hands.last().wristIndex = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "hands.at("+QString::number(j)+").wristIndex");
}else if (text == "enforceEndPosition"){
hands.last().enforceEndPosition = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").enforceEndPosition");
}else if (text == "enforceEndRotation"){
hands.last().enforceEndRotation = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "hands.at("+QString::number(j)+").enforceEndRotation");
}else if (text == "localFrameName"){
hands.last().localFrameName = reader.getElementValueAt(index);
//checkvalue((hands.last().localFrameName != "", "hands.at("+QString::number(j)+").localFrameName");
break;
}
}
}
(numhands > 0) ? index-- : NULL;
}else if (text == "fadeInOutCurve"){
fadeInOutCurve = reader.getElementValueAt(index);
checkvalue(BlendCurve.contains(fadeInOutCurve), "fadeInOutCurve");
}
}
index--;
return true;
}
void hkbStateMachineTransitionInfoArray::updateTransitionStateId(int oldid, int newid){
std::lock_guard <std::mutex> guard(mutex);
for (auto j = 0; j < transitions.size(); j++){
(transitions.at(j).toStateId == oldid) ? transitions[j].toStateId = newid, setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": Transition state id was not updated!");
}
}
void hkbGetWorldFromModelModifier::setRotationOut(const hkQuadVariable &value){
std::lock_guard <std::mutex> guard(mutex);
(value != rotationOut) ? rotationOut = value, setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'rotationOut' was not set!");
}
bool hkbProxyModifier::readData(const HkxXmlReader &reader, long & index){
std::lock_guard <std::mutex> guard(mutex);
bool ok;
QByteArray text;
auto ref = reader.getNthAttributeValueAt(index - 1, 0);
auto checkvalue = [&](bool value, const QString & fieldname){
(!value) ? LogFile::writeToLog(getParentFilename()+": "+getClassname()+": readData()!\n'"+fieldname+"' has invalid data!\nObject Reference: "+ref) : NULL;
};
for (; index < reader.getNumElements() && reader.getNthAttributeNameAt(index, 1) != "class"; index++){
text = reader.getNthAttributeValueAt(index, 0);
if (text == "variableBindingSet"){
checkvalue(getVariableBindingSet().readShdPtrReference(index, reader), "variableBindingSet");
}else if (text == "userData"){
userData = reader.getElementValueAt(index).toULong(&ok);
checkvalue(ok, "userData");
}else if (text == "name"){
name = reader.getElementValueAt(index);
checkvalue((name != ""), "name");
}else if (text == "enable"){
enable = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "enable");
}else if (text == "dynamicFriction"){
proxyInfo.dynamicFriction = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "dynamicFriction");
}else if (text == "staticFriction"){
proxyInfo.staticFriction = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "staticFriction");
}else if (text == "keepContactTolerance"){
proxyInfo.keepContactTolerance = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "keepContactTolerance");
}else if (text == "up"){
proxyInfo.up = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "up");
}else if (text == "keepDistance"){
proxyInfo.keepDistance = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "keepDistance");
}else if (text == "contactAngleSensitivity"){
proxyInfo.contactAngleSensitivity = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "contactAngleSensitivity");
}else if (text == "userPlanes"){
proxyInfo.userPlanes = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "userPlanes");
}else if (text == "maxCharacterSpeedForSolver"){
proxyInfo.maxCharacterSpeedForSolver = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxCharacterSpeedForSolver");
}else if (text == "characterStrength"){
proxyInfo.characterStrength = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "characterStrength");
}else if (text == "characterMass"){
proxyInfo.characterMass = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "characterMass");
}else if (text == "maxSlope"){
proxyInfo.maxSlope = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxSlope");
}else if (text == "penetrationRecoverySpeed"){
proxyInfo.penetrationRecoverySpeed = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "penetrationRecoverySpeed");
}else if (text == "maxCastIterations"){
proxyInfo.maxCastIterations = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "maxCastIterations");
}else if (text == "refreshManifoldInCheckSupport"){
proxyInfo.refreshManifoldInCheckSupport = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "refreshManifoldInCheckSupport");
}else if (text == "linearVelocity"){
linearVelocity = readVector4(reader.getElementValueAt(index), &ok);
checkvalue(ok, "linearVelocity");
}else if (text == "horizontalGain"){
horizontalGain = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "horizontalGain");
}else if (text == "verticalGain"){
verticalGain = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "verticalGain");
}else if (text == "maxHorizontalSeparation"){
maxHorizontalSeparation = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxHorizontalSeparation");
}else if (text == "limitHeadingDegrees"){
limitHeadingDegrees = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "limitHeadingDegrees");
}else if (text == "maxVerticalSeparation"){
maxVerticalSeparation = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxVerticalSeparation");
}else if (text == "verticalDisplacementError"){
verticalDisplacementError = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "verticalDisplacementError");
}else if (text == "verticalDisplacementErrorGain"){
verticalDisplacementErrorGain = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "verticalDisplacementErrorGain");
}else if (text == "maxVerticalDisplacement"){
maxVerticalDisplacement = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxVerticalDisplacement");
}else if (text == "minVerticalDisplacement"){
minVerticalDisplacement = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "minVerticalDisplacement");
}else if (text == "capsuleHeight"){
capsuleHeight = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "capsuleHeight");
}else if (text == "capsuleRadius"){
capsuleRadius = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "capsuleRadius");
}else if (text == "maxSlopeForRotation"){
maxSlopeForRotation = reader.getElementValueAt(index).toDouble(&ok);
checkvalue(ok, "maxSlopeForRotation");
}else if (text == "collisionFilterInfo"){
collisionFilterInfo = reader.getElementValueAt(index).toInt(&ok);
checkvalue(ok, "collisionFilterInfo");
}else if (text == "phantomType"){
phantomType = reader.getElementValueAt(index);
checkvalue(PhantomType.contains(phantomType), "phantomType");
}else if (text == "linearVelocityMode"){
linearVelocityMode = reader.getElementValueAt(index);
checkvalue(LinearVelocityMode.contains(linearVelocityMode), "linearVelocityMode");
}else if (text == "ignoreIncomingRotation"){
ignoreIncomingRotation = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "ignoreIncomingRotation");
}else if (text == "ignoreCollisionDuringRotation"){
ignoreCollisionDuringRotation = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "ignoreCollisionDuringRotation");
}else if (text == "ignoreIncomingTranslation"){
ignoreIncomingTranslation = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "ignoreIncomingTranslation");
}else if (text == "includeDownwardMomentum"){
includeDownwardMomentum = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "includeDownwardMomentum");
}else if (text == "followWorldFromModel"){
followWorldFromModel = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "followWorldFromModel");
}else if (text == "isTouchingGround"){
isTouchingGround = toBool(reader.getElementValueAt(index), &ok);
checkvalue(ok, "isTouchingGround");
}
}
index--;
return true;
}
void hkbCharacterStringData::setVariableNameAt(int index, const QString &name){
std::lock_guard <std::mutex> guard(mutex);
(characterPropertyNames.size() > index && index > -1) ? characterPropertyNames.replace(index, name), setIsFileChanged(true) : LogFile::writeToLog(getClassname()+": 'setVariableNameAt' failed!");
}
