string CGIOutput::URLDecodeString(string s) {
string outputString=s;
stringReplaceAll (&outputString, "+", " ");
stringReplaceAll (&outputString, "%23", "#");
stringReplaceAll (&outputString, "%28", "(");
stringReplaceAll (&outputString, "%29", ")");
stringReplaceAll (&outputString, "%20", " ");
stringReplaceAll (&outputString, "%2C", ",");
return outputString;
}
string CGIOutput::URLEncodeString(string s) {
string outputString=s;
stringReplaceAll (&outputString, " ", "+");
stringReplaceAll (&outputString, "#", "%23");
stringReplaceAll (&outputString, "(", "%28");
stringReplaceAll (&outputString, ")", "%29");
stringReplaceAll (&outputString, " ", "%20");
stringReplaceAll (&outputString, ",", "%2C");
return outputString;
}
void SceneModel::visualize( NewRayMarchWidget * widg, bool propogateErrors )
{
std::string file;
ScriptParser * parser = ScriptParser::makeRegular();
InSceneJointWidget * topJoint = new InSceneJointWidget( structures[0] );
for( unsigned int structureIndex = 1; structureIndex < structures.size(); structureIndex++ )
{
topJoint = new InSceneJointWidget( topJoint, new InSceneJointWidget( structures[structureIndex] ) );
}
try
{
std::ifstream t("Assets/clparts/clheader.cl");
std::string header((std::istreambuf_iterator<char>(t)),
std::istreambuf_iterator<char>());
t.close();
file += header;
std::string partsString = "";
std::string sceneCalcString = "";
//Get the string representing all of the parts as well as their tree structure
traverseJointRelationships( topJoint, &partsString, &sceneCalcString, parser );
file += partsString;
//Create all of the cases for the normal switch statement
std::string normalCases = "";
for( unsigned int structureIndex = 0; structureIndex < structures.size(); structureIndex++ )
{
normalCases += "\t\tcase " + std::to_string( structureIndex ) + ": result = normalFunction_" + std::to_string( structureIndex ) + "( origin, direction, distTraveled, sceneVars ); break;\n";
}
//Draw everything together
std::ifstream inj("Assets/clparts/clcalcinjection.cl");
std::string calcInjection = std::string((std::istreambuf_iterator<char>(inj)),
std::istreambuf_iterator<char>());
inj.close();
stringReplaceAll( &calcInjection, "$$DISTCALCINJECTION$$", sceneCalcString );
stringReplaceAll( &calcInjection, "$$NORMALINJECTION$$", normalCases );
file += calcInjection;
//Put the core kernel in
std::ifstream ft("Assets/clparts/clcombinedfooter.cl");
std::string footer = std::string((std::istreambuf_iterator<char>(ft)),
std::istreambuf_iterator<char>());
ft.close();
file += footer;
std::cout << file << std::endl;
std::ofstream of_c("Assets/temp/testAll.cl", std::ios_base::binary);
of_c << file;
of_c.close();
widg->load( "Assets/temp/testAll.cl" );
}
catch( char * except )
{
if( propogateErrors )
throw except;
}
}
std::string SceneModel::getStructureRepresentation( ScriptParser * parser, InSceneStructureWidget * structure, int index )
{
//Write accessors to the scene variables
std::string sceneVars = "";
for( unsigned int i = 1; i < variables.size(); i++ )
{
sceneVars += "\r\tfrac " + variables[i].name + " = sceneVarData["+std::to_string(i)+"];";
}
sceneVars += "\r\r";
//Parse the scripts that represent the outlets in relation to scene variables
auto chil = structure->outletList->findChildren<QLineEdit*>();
std::string outletStatements = "";
for( int i = 0; i < chil.size(); i++ )
{
std::string s = chil.at(i)->text().toStdString();
ScriptNode * node = parser->parseLine( s );
Block b;
b.addChild( node );
for( unsigned int j = 1; j < variables.size(); j++ )
{
b.variablesInScope[ variables[j].name ] = VariablePacket( Value() );
}
outletStatements += "\r\tfrac " + structure->st.outletNames[ i ] + " = " + ScriptParser::textOf( node, 0, false ) + ";";
}
outletStatements += "\r\r";
StructureObject structObject = StructureObject::load( structure->st.name );
Block * script = parser->parse( structObject.codeBlocks[ structure->currentType ] );
//Declare outlets
for( int i = 0; i < structure->st.numOutlets; i++ )
{
script->variablesInScope[ structure->st.outletNames[i] ] = VariablePacket( Value() );
}
//Declare parameters
script->variablesInScope[ "x" ] = VariablePacket( Value() );
script->variablesInScope[ "y" ] = VariablePacket( Value() );
script->variablesInScope[ "z" ] = VariablePacket( Value() );
script->variablesInScope[ "r" ] = VariablePacket( Value(), true );
script->variablesInScope[ "g" ] = VariablePacket( Value(), true );
script->variablesInScope[ "b" ] = VariablePacket( Value(), true );
//Pull ray cast functionality part
std::string rayPart = "";
std::string scriptPart = "";
if( structure->currentType == 0 )
{
std::ifstream t("Assets/clparts/clpartSUBSET.cl");
rayPart = std::string((std::istreambuf_iterator<char>(t)),
std::istreambuf_iterator<char>());
t.close();
}
else
if( structure->currentType == 1 )
{
std::ifstream t("Assets/clparts/clpartDISTANCE.cl");
rayPart = std::string((std::istreambuf_iterator<char>(t)),
std::istreambuf_iterator<char>());
t.close();
}
else
if( structure->currentType == 2 )
{
script->variablesInScope[ "dx" ] = VariablePacket( Value() );
script->variablesInScope[ "dy" ] = VariablePacket( Value() );
script->variablesInScope[ "dz" ] = VariablePacket( Value() );
script->variablesInScope[ "dist" ] = VariablePacket( Value(), true );
std::ifstream t("Assets/clparts/clpartTRACE.cl");
rayPart = std::string((std::istreambuf_iterator<char>(t)),
std::istreambuf_iterator<char>());
t.close();
}
//Seam everything together and replace hotlinks
scriptPart = sceneVars + outletStatements + parser->textOf( script, 0, true );
stringReplaceAll( &rayPart, "$$FUNCTIONINJECTION$$", scriptPart );
stringReplaceAll( &rayPart, "$$NUM$$", std::to_string( index ) );
return rayPart + "\n\n";
}
Foam::string Foam::equationReader::stringPreconditioner
(
const string& rawText
)
{
string rawWorking(rawText);
// Negative exponent workaround
for (label i = 0; i < 10; i++)
{
string strTemp(name(i));
string strTempU(name(i));
string strTemp2(name(i));
strTemp.append("e-");
strTempU.append("E-");
strTemp2.append("&");
stringReplaceAll(rawWorking, strTemp, strTemp2);
stringReplaceAll(rawWorking, strTempU, strTemp2);
}
stringReplaceAll(rawWorking, "^", " : ");
stringReplaceAll(rawWorking, "(", " ( ");
stringReplaceAll(rawWorking, ")", " ) ");
stringReplaceAll(rawWorking, "+", " + ");
stringReplaceAll(rawWorking, "-", " - ");
stringReplaceAll(rawWorking, "&", "e-");
stringReplaceAll(rawWorking, "*", " * ");
stringReplaceAll(rawWorking, "/", " / ");
stringReplaceAll(rawWorking, ",", " , ");
return rawWorking;
}
