int main(int argC, char* argV[])
{
string _tempStr;
stringstream LLStream;
LLStream << "abcde" << endl;
//char l[256];
//if (LLStream.getline(l,256))
// cout << l;
AnimationParser* myAnimationParser = new AnimationParser();
string tempError = myAnimationParser->setCommandXMLFileName("e:/Modules/MLabModules/ML/Animation/Scripts/ENT/HighLevel-Commands.xml");
if (tempError!=AnimationParser::ERROR_NONE)
return 0;
tempError = myAnimationParser->setObjectXMLFileName("e:/Modules/MLabModules/ML/Animation/Scripts/ENT/ObjectNames.xml","");
if (tempError!=AnimationParser::ERROR_NONE)
return 0;
std::stringstream myHL;
std::stringstream myLL;
myHL << "[Ini]\nLengthTimeUnit=25\nLengthSeconds=30\nRealTime=no\n\n";
myHL << "[Script]\n[0] 'System' setBackground white\n";
string parseFailure = myAnimationParser->openAndParseHLStream(myHL.str(), myLL);
cout << "Error: " << parseFailure << endl;
parseFailure = myAnimationParser->openAndParseHLScript("e:/Modules/MLabModules/ML/Animation/Scripts/ENT/miccai-hals31-A.txt", "e:/Modules/MLabModules/ML/Animation/Scripts/ENT/ll.txt");
cout << "Error: " << parseFailure << endl;
cout << myLL.str();
kScriptIniObject myIniObject;
list<kScriptCommandObject>* myLLCommandList = new list<kScriptCommandObject>;
parseFailure = myAnimationParser->openAndParseLLStream(myLL.str(), &myIniObject, myLLCommandList);
return 0;
}
int main(int argC, char* argV[])
{
/*if (argC!=2)
{
cerr << "Nenene ... da stimmt mit den Parametern was nicht\n";
return 1;
}*/
string _tempStr;
AnimationParser* myAnimationParser = new AnimationParser();
myAnimationParser->setCommandXMLFileName("e:/Modules/MLabModules/Projects/Animation/Scripts/Luebeck/HighLevel-Commands.xml");
myAnimationParser->setObjectXMLFileName("G:/Leber/Tumor/Luebeck/Pat_EGS/ObjectNames.xml");
myAnimationParser->openAndParseHLScript("e:/Modules/MLabModules/Projects/Animation/Scripts/Luebeck/init-script.txt","e:/Modules/MLabModules/Projects/Animation/Scripts/Luebeck/LowLevel-08.txt");
/*list<string> objList;
myAnimationParser->getObjectStringList("Lunge",objList);
list<string>::const_iterator iter;
for ( iter = objList.begin();iter!=objList.end(); iter++)
{
string tempName = string(*iter);
cout << tempName << endl;
}*/
/*kScriptFrameList* myList;
myList = new kScriptFrameList();
kScriptIniObject* myIniObject = new kScriptIniObject();
list<kScriptCommandObject>* myLLCommandList = new list<kScriptCommandObject>;
myAnimationParser->openAndParseLLScript("E:/kmuehler/VisualC++/HighLevelParser/v0.2.dll/Release/LowLevel-01.txt", myIniObject, myLLCommandList);
myList->setIniObject(*myIniObject);
list<kScriptCommandObject>::const_iterator iter;
for ( iter = myLLCommandList->begin();iter!=myLLCommandList->end(); iter++)
{
kScriptCommandObject tempCommandObj = kScriptCommandObject(*iter);
cout << "InsertCommand ..." << tempCommandObj.getCommandStr() << endl;
int insertFailure = myList->insertCommand(&tempCommandObj); //Wenn es hier zu Fehlern kommen, kann es sein, das myList nicht initialisiert wurde
if (insertFailure!=0)
{
cout << "Command nicht in Liste eingefügt" << "code:" << kBasics::IntToString(insertFailure) << " " << tempCommandObj.getCommandStr() << "," << tempCommandObj.getObjectName() << endl;
}
}
myList->printList();*/
/*list<kScriptFrameEntry>* globalFrameEntryList;
list<kScriptFrameEntry>::const_iterator globalFrameEntryListIter;
cout << "1" << endl;
globalFrameEntryList = myList->FrameList[0].getList();
cout << "2" << endl;
if (globalFrameEntryList)
{
cout << "3" << endl;
globalFrameEntryListIter = globalFrameEntryList->begin();
}
cout << "4" << endl;
kScriptFrameEntry tempEntry = kScriptFrameEntry(*globalFrameEntryListIter);
cout << "a" << endl;
cout << "b" << endl;
string xyz;
xyz = tempEntry.getObjectName();
cout << xyz << endl;
cout << tempEntry.getCommandStr() << endl;
std::vector<string> tempEntryParams;
tempEntryParams = tempEntry.getParams(); //Die Größe wird später nicht abgefragt. Da zerreißt es mich hier höllisch, wenn ich auf ..[0] zugreife und gar kein Parameter existiert ... da muss man mal irgendein Exception-Konzept erarbeiten
cout << "c" << endl;*/
/* SbVec3f oldPosition(2,1,0);
SbVec3f newPosition;
SbVec3f rotCentre(0,1,0);
SbRotation* camRot = new SbRotation(SbVec3f(0,1,0),0.5);
camRot->multVec(oldPosition-rotCentre,newPosition);
newPosition = newPosition + rotCentre;
cout << newPosition[0] << "," << newPosition[1] << "," << newPosition[2] << endl;*/
/* SbMatrix* myMatrix = new SbMatrix(0.507000,0.000000,0.000000,-73.946000,
0.000000,0.507000,0.000000,-81.118000,
0.000000,0.000000,0.399998,-1062.700000,
0.000000,0.000000,0.000000,1.000000);
SbMatrix inverseM = myMatrix->inverse();
SbMat output,output2;
inverseM.getValue(output);
myMatrix->getValue(output2);
cout << output[0][0] << " " << output[0][1] << " " << output[0][2] << " " << output[0][3] << endl;
cout << output[1][0] << " " << output[1][1] << " " << output[1][2] << " " << output[1][3] << endl;
cout << output[2][0] << " " << output[2][1] << " " << output[2][2] << " " << output[2][3] << endl;
cout << output[3][0] << " " << output[3][1] << " " << output[3][2] << " " << output[3][3] << endl << endl;
SbVec3f oldPos,newPos;
oldPos.setValue(205,165,400);
newPos.setValue(0,0,0);
myMatrix->multMatrixVec(oldPos,newPos);
cout << "NewPos:" << endl;
cout << newPos[0] << "," << newPos[1] << "," << newPos[2] << endl;*/
return 0;
}
