void CForceFeedBackSystem::LoadEnvelopes( XmlNodeRef& envelopesNode )
{
const int envelopesCount = envelopesNode->getChildCount();
m_envelopes.reserve(envelopesCount);
TSamplesBuffer samplesBuffer;
const int maxSampleCount = FFSYSTEM_MAX_ENVELOPE_SAMPLES / 2;
float readValues[maxSampleCount];
for (int i = 0; i < envelopesCount; ++i)
{
XmlNodeRef envelopeChildNode = envelopesNode->getChild(i);
const char* customEnvelopeName = envelopeChildNode->getAttr("name");
if (!customEnvelopeName || (customEnvelopeName[0] == '\0'))
{
FORCEFEEDBACK_LOG("Could not load envelope without name (at line %d)", envelopeChildNode->getLine());
continue;
}
samplesBuffer = envelopeChildNode->haveAttr("name") ? envelopeChildNode->getAttr("samples") : "";
int samplesFound = ParseSampleBuffer(samplesBuffer, &readValues[0], maxSampleCount);
if (samplesFound != 0)
{
SEnvelope customEnvelope;
customEnvelope.ResetToDefault();
DistributeSamples(&readValues[0], samplesFound, &customEnvelope.m_envelopeSamples[0], FFSYSTEM_MAX_ENVELOPE_SAMPLES);
customEnvelope.m_envelopeId.Set(customEnvelopeName);
m_envelopes.push_back(customEnvelope);
}
else
{
FORCEFEEDBACK_LOG("Envelope '%s' (at line %d) has not samples, skipping", customEnvelopeName, envelopeChildNode->getLine());
}
}
std::sort(m_envelopes.begin(), m_envelopes.end());
}
void CForceFeedBackSystem::LoadPatters( XmlNodeRef& patternsNode )
{
const int patterCount = patternsNode->getChildCount();
m_patters.reserve(patterCount);
TSamplesBuffer samplesBuffer;
const int maxSampleCount = FFSYSTEM_MAX_PATTERN_SAMPLES / 2;
float readValues[maxSampleCount];
for (int i = 0; i < patterCount; ++i)
{
XmlNodeRef childPatternNode = patternsNode->getChild(i);
const char* customPatternName = childPatternNode->getAttr("name");
if (!customPatternName || (customPatternName[0] == '\0'))
{
FORCEFEEDBACK_LOG("Could not load pattern without name (at line %d)", childPatternNode->getLine());
continue;
}
samplesBuffer = childPatternNode->haveAttr("name") ? childPatternNode->getAttr("samples") : "";
int samplesFound = ParseSampleBuffer(samplesBuffer, &readValues[0], maxSampleCount);
if (samplesFound != 0)
{
SPattern customPattern;
customPattern.ResetToDefault();
DistributeSamples(&readValues[0], samplesFound, &customPattern.m_patternSamples[0], FFSYSTEM_MAX_PATTERN_SAMPLES);
customPattern.m_patternId.Set(customPatternName);
m_patters.push_back(customPattern);
}
else
{
FORCEFEEDBACK_LOG("Pattern '%s' (at line %d) has not samples, skipping", customPatternName, childPatternNode->getLine());
}
}
std::sort(m_patters.begin(), m_patters.end());
}
void CVehicleModificationParams::InitModificationElem( XmlNodeRef xmlElem )
{
assert( m_pImpl != NULL );
assert( xmlElem != (IXmlNode*)NULL );
bool valid = true;
valid &= xmlElem->haveAttr( "idRef" );
valid &= xmlElem->haveAttr( "name" );
valid &= xmlElem->haveAttr( "value" );
if ( ! valid )
{
CryLog( "Vehicle modification element at line %i invalid, skipping.", xmlElem->getLine() );
return;
}
const char* id = xmlElem->getAttr( "idRef" );
const char* attrName = xmlElem->getAttr( "name" );
Implementation::TModificationKey key( id, attrName );
m_pImpl->m_modifications[ key ] = xmlElem;
}
SUnlock::SUnlock(XmlNodeRef node, int rank)
{
m_name[0] = '\0';
m_rank = rank;
m_reincarnation = 0;
m_unlocked = false;
m_type = eUT_Invalid;
DesignerWarning(strcmpi(node->getTag(), "unlock") == 0 || strcmpi(node->getTag(), "allow") == 0, "expect tag of unlock or allow at %d", node->getLine());
const char * theName = node->getAttr("name");
const char * theType = node->getAttr("type");
const char * theReincarnationLevel = node->getAttr("reincarnation");
// These pointers should always be valid... if an attribute isn't found, getAttr returns a pointer to an empty string [TF]
assert (theName && theType);
if (theType && theType[0] != '\0')
{
m_type = SUnlock::GetUnlockTypeFromName(theType);
cry_strcpy(m_name, theName);
bool expectName = (m_type == eUT_Loadout || m_type == eUT_Weapon || m_type == eUT_Attachment || m_type == eUT_Playlist || m_type == eUT_CreateCustomClass);
bool gotName = (theName[0] != '\0');
if (expectName != gotName && m_type != eUT_Invalid) // If it's invalid, we'll already have displayed a warning...
{
GameWarning("[PROGRESSION] An unlock of type '%s' %s have a name but XML says name='%s'", theType, expectName ? "should" : "shouldn't", theName);
}
}
else
{
GameWarning("[PROGRESSION] XML node contains an 'unlock' tag with no type (name='%s')", theName);
}
if (theReincarnationLevel != NULL && theReincarnationLevel[0] != '\0')
{
m_reincarnation = atoi(theReincarnationLevel);
CPlayerProgression *pPlayerProgression = CPlayerProgression::GetInstance();
DesignerWarning(m_reincarnation > 0 && m_reincarnation < pPlayerProgression->GetMaxReincarnations()+1, "Unlock %s reincarnation parameter is outside of the range 0 - %d", theName, pPlayerProgression->GetMaxReincarnations()+1);
}
}
void CForceFeedBackSystem::LoadEffects( XmlNodeRef& effectsNode )
{
CGameXmlParamReader paramReader(effectsNode);
const int effectsCount = paramReader.GetUnfilteredChildCount();
m_effectToIndexMap.reserve(effectsCount);
m_effects.reserve(effectsCount);
m_effectNames.reserve(effectsCount);
for (int i = 0; i < effectsCount; ++i)
{
XmlNodeRef childEffectNode = paramReader.GetFilteredChildAt(i);
if( childEffectNode )
{
SEffect newEffect;
const int effectDataCount = childEffectNode->getChildCount();
const char* effectName = childEffectNode->getAttr("name");
//Check for invalid name
if ((effectName == NULL) || (effectName[0] == '\0'))
{
FORCEFEEDBACK_LOG("Could not load effect without name (at line %d)", childEffectNode->getLine());
continue;
}
//Check for duplicates
if (m_effectToIndexMap.find(FFBInternalId::GetIdForName(effectName)) != m_effectToIndexMap.end())
{
FORCEFEEDBACK_LOG("Effect '%s' does already exists, skipping", effectName);
continue;
}
childEffectNode->getAttr("time", newEffect.time);
for (int j = 0; j < effectDataCount; ++j)
{
XmlNodeRef motorNode = childEffectNode->getChild(j);
const char* motorTag = motorNode->getTag();
if (strcmp(motorTag, "MotorAB") == 0)
{
newEffect.patternA.Set( motorNode->haveAttr("pattern") ? motorNode->getAttr("pattern") : "" );
newEffect.patternB = newEffect.patternA;
newEffect.envelopeA.Set( motorNode->haveAttr("envelope") ? motorNode->getAttr("envelope") : "" );
newEffect.envelopeB = newEffect.envelopeA;
motorNode->getAttr("frequency", newEffect.frequencyA);
newEffect.frequencyB = newEffect.frequencyA;
}
else if (strcmp(motorTag, "MotorA") == 0)
{
newEffect.patternA.Set( motorNode->haveAttr("pattern") ? motorNode->getAttr("pattern") : "" );
newEffect.envelopeA.Set( motorNode->haveAttr("envelope") ? motorNode->getAttr("envelope") : "" );
motorNode->getAttr("frequency", newEffect.frequencyA);
}
else if (strcmp(motorTag, "MotorB") == 0)
{
newEffect.patternB.Set( motorNode->haveAttr("pattern") ? motorNode->getAttr("pattern") : "" );
newEffect.envelopeB.Set( motorNode->haveAttr("envelope") ? motorNode->getAttr("envelope") : "" );
motorNode->getAttr("frequency", newEffect.frequencyB);
}
}
newEffect.frequencyA = (float)__fsel(-newEffect.frequencyA, 1.0f, newEffect.frequencyA);
newEffect.frequencyB = (float)__fsel(-newEffect.frequencyB, 1.0f, newEffect.frequencyB);
m_effects.push_back(newEffect);
m_effectNames.push_back(effectName);
FFBInternalId internalId;
internalId.Set(effectName);
m_effectToIndexMap.insert(TEffectToIndexMap::value_type(internalId, ((int)m_effects.size() - 1)));
}
}
}
void CMFXLibrary::LoadFromXml( SLoadingEnvironment& loadingEnvironment )
{
CryLogAlways("[MFX] Loading FXLib '%s' ...", loadingEnvironment.libraryName.c_str());
INDENT_LOG_DURING_SCOPE();
for (int i = 0; i < loadingEnvironment.libraryParamsNode->getChildCount(); ++i)
{
XmlNodeRef currentEffectNode = loadingEnvironment.libraryParamsNode->getChild(i);
if (!currentEffectNode)
continue;
TMFXContainerPtr pContainer = MaterialEffectsUtils::CreateContainer();
pContainer->BuildFromXML(currentEffectNode);
const TMFXNameId& effectName = pContainer->GetParams().name;
const bool effectAdded = AddContainer(effectName, pContainer);
if (effectAdded)
{
loadingEnvironment.AddLibraryContainer(loadingEnvironment.libraryName, pContainer);
}
else
{
GameWarning("[MFX] Effect (at line %d) '%s:%s' already present, skipping redefinition!", currentEffectNode->getLine(), loadingEnvironment.libraryName.c_str(), effectName.c_str());
}
}
}
bool CGameTokenSystem::_InternalLoadLibrary( const char *filename, const char* tag )
{
XmlNodeRef root = GetISystem()->LoadXmlFromFile( filename );
if (!root)
{
GameWarning( _HELP("Unable to load game token database: %s"), filename );
return false;
}
if (0 != strcmp( tag, root->getTag() ))
{
GameWarning( _HELP("Not a game tokens library : %s"), filename );
return false;
}
// GameTokens are (currently) not saved with their full path
// we expand it here to LibName.TokenName
string libName;
{
const char *sLibName = root->getAttr("Name");
if (sLibName == 0) {
GameWarning( "GameTokensLibrary::LoadLibrary: Unable to find LibName in file '%s'", filename);
return false;
}
libName = sLibName;
}
// we dont skip already loaded libraries anymore. We need to reload them to be sure that all necessary gametokens are present even if some level has not up-to-date libraries.
if (!stl::find(m_libraries, libName)) //return true;
m_libraries.push_back(libName);
libName+= ".";
int numChildren = root->getChildCount();
for (int i=0; i<numChildren; i++)
{
XmlNodeRef node = root->getChild(i);
const char *sName = node->getAttr("Name");
const char *sType = node->getAttr("Type");
const char *sValue = node->getAttr("Value");
const char *sLocalOnly = node->getAttr("LocalOnly");
int localOnly=atoi(sLocalOnly);
EFlowDataTypes tokenType = eFDT_Any;
if (0 == strcmp(sType,"Int"))
tokenType = eFDT_Int;
else if (0 == strcmp(sType,"Float"))
tokenType = eFDT_Float;
else if (0 == strcmp(sType,"EntityId"))
tokenType = eFDT_EntityId;
else if (0 == strcmp(sType,"Vec3"))
tokenType = eFDT_Vec3;
else if (0 == strcmp(sType,"String"))
tokenType = eFDT_String;
else if (0 == strcmp(sType,"Bool"))
tokenType = eFDT_Bool;
if (tokenType == eFDT_Any)
{
GameWarning(_HELP("Unknown game token type %s in token %s (%s:%d)"),sType,sName,node->getTag(),node->getLine());
continue;
}
TFlowInputData initialValue = TFlowInputData(string(sValue));
string fullName (libName);
fullName+=sName;
IGameToken *pToken = stl::find_in_map(*m_pGameTokensMap,fullName,NULL);
if (!pToken)
{
pToken = SetOrCreateToken( fullName,initialValue );
if (pToken && localOnly)
pToken->SetFlags(pToken->GetFlags()|EGAME_TOKEN_LOCALONLY);
}
}
return true;
}