GP9_prep.dsa

// DAZ Studio version 4.22.0.16 filetype DAZ Script


include ("./DthUtils.dsa");

print(loadDufToNode);

var timeStep = Scene.getTimeStep();


// Get the primary selection
var oNode = Scene.getPrimarySelection();
// If nothing is selected
if( !oNode ){
	// We are done...
	return;
}
var oScript;
var oContentMgr = App.getContentMgr();
var sGpPath = "D:\\DDaz3DLibrary\\People\\Genesis 9\\Anatomy\\Golden Palace\\"
var sNipPath = "D:\\DDaz3DLibrary\\People\\Genesis 9\\Anatomy\\Rendorgal\\RDGL Nipples\\";
//var sFile = sGpPath + "1-G9 Selector.dse";

/******************************************************/
var oScriptSelectG9 = new DzScript();
oScriptSelectG9.loadFromFile(sGpPath + "1-G9 Selector.dse");
oScriptSelectG9.execute();

var oNodeG9 = Scene.getPrimarySelection();
if( !oNodeG9 ){
	return;
}


/******************************************************/
loadDufToNode(oNodeG9, sNipPath + "Add Nipples.duf", "RDGL Nipples");


/******************************************************/

loadDufToNode(oNodeG9, sGpPath + "2a-Golden Palace Smart_Vanilla.duf", "GoldenPalace_G9");
loadDufToNode(oNodeG9, sGpPath + "3-Golden Palace_Material Copy.dse");
loadDufToNode(oNodeG9, sGpPath + "5_Realistic Default Shape.duf" );


Scene.selectAllNodes(false);	

oNodeNipples = oNodeG9.findNodeChildByLabel("RDGL Nipples");
if (oNodeNipples){
	print(oNodeNipples.objectName);
	Scene.setPrimarySelection(oNodeNipples);
	
/******************************************************/
	oScript = new DzScript();
	print("Loading script: ", "Material Apply.dsa");
	oScript.loadFromFile(sNipPath + "Material Apply.dsa");
	oScript.execute();

/******************************************************/

	var oNodeMinora = oNodeG9.findNodeChildByLabel("GoldenPalaceG9_Shell_Minora");
	if (oNodeMinora){
		print(oNodeMinora.objectName);
		Scene.setPrimarySelection(oNodeMinora);
	}

	var oNodeMajora = oNodeG9.findNodeChildByLabel("GoldenPalaceG9_Shell_Majora");
	if (oNodeMajora){
		print(oNodeMajora.objectName);
		Scene.setPrimarySelection(oNodeMajora);
	}

	oScript = new DzScript();
	print("Loading script: ", "4_Shell Fix Omni.dsa");
	oScript.loadFromFile(sGpPath + "4_Shell Fix Omni.dsa");
	oScript.execute();


} else {
	print("no nipples");
}

function loadDufToNode(oNodeRoot, sDufPath, sChildLabel){
	var oChildNode;
	if(sChildLabel) 
		oChildNode = oNodeRoot.findNodeChildByLabel(sChildLabel);
	if(!oChildNode){
		Scene.setPrimarySelection(oNodeRoot);
		print("Loading DUF: ", sDufPath, "to add", sChildLabel, "to node", oNodeRoot.getLabel(), "...");
		if( oContentMgr.openFile(sDufPath) ) {
			print("Successfully loaded");
			return true;
		} else {
			print("Failed to load DUF: ", sDufPath, "to add", sChildLabel, "to node", oNodeRoot.getLabel(), "...");
			return false;
		}
	} else {
		print(sChildLabel, "already exists on node:", oNodeRoot.getLabel());
		return true;
	}
}

//var oNodeMinora = oNodeG9.findNodeChildByLabel("GoldenPalaceG9_Shell_Minora");
//if(!oNodeMinora){
//
//
//	print("Loading DUF: ", "2a-Golden Palace Smart_Vanilla.duf");
//	oContentMgr.openFile(sGpPath + "2a-Golden Palace Smart_Vanilla.duf");
//	
//	/******************************************************/
//	print("Loading DUF: ", "5_Realistic Default Shape.duf");
//	oContentMgr.openFile(sGpPath + "5_Realistic Default Shape.duf");
//	
//	/******************************************************/
//	oScript = new DzScript();
//	print("Loading script: ", "3-Golden Palace_Material Copy.dse");
//	oScript.loadFromFile(sGpPath + "3-Golden Palace_Material Copy.dse");
//	oScript.execute();
//}


/******************************************************/




/*
var oPropertyGroupTree = oNode.getPropertyGroups();
var oProperties = oPropertyGroupTree.getAllProperties();

var a = 0;	
var aInitialPropValues = {};
aInitialPropValues["a"] = 1;
print(aInitialPropValues);

var aPropList = [];

for( var i in oProperties){
	
	var oProperty = oProperties[i];
	if(oProperty && oProperty.canAnimate && oProperty.getValue && oProperty.inherits("DzNumericProperty"))
	 //&& !oProperty.currentValueIsDefaultValue()
	{	
		//printPropertyInfo( oProperty );
		//print(oProperty.className());
		//print(oProperty.getValue());		
		aPropList = aPropList.concat(oProperty);
		a += 1;
	}
	
}

//print(aPropList);

print("aPropList length:", aPropList.length);

var t;
var aChanged = [];
for( var i = 3; i < 100; i++ ) {
	t = i * timeStep;
	aChanged[i] = [];
	for( var j = 0; j < aPropList.length; j++ ) {
		//print(j);
		if( aPropList[j].getValue(0) != aPropList[j].getValue(t)) 
			aChanged[i] = aChanged[i].concat(j);
	}
}

for(var i in aChanged){
	var tmp = [];
	for(var j in aChanged[i]){
		prop = aPropList[aChanged[i][j]];
		if(prop)
			tmp = tmp.concat(prop.getLabel());
	}
	print(i, tmp);
}

function buildRestPropList(){
	
}

print(a);
*/
/*

// Define what we are looking for
var sPropertyName = "SubDAlgorithmControl";
var sPropertyPath = "General/Mesh Resolution";

// Initialize a list of properties
var aProperties = [];

// Declare working variable
var oProperty;
// If a property name is defined
if( !sPropertyName.isEmpty() ){
	// Find the property by name on the node
	oProperty = findElementProperty( oNode, sPropertyName, false );
	// If the property is found
	if( oProperty ){
		// Collect the property
		aProperties.push( oProperty );
	}
// If a property path is defined
} else if( !sPropertyPath.isEmpty() ){
	// Collect the properties at the specified path on the node
	aProperties = aProperties.concat( getElementPropertiesInPath( oNode, sPropertyPath, true ) );
// If neither a property name nor a property path is defined
} else {
	// Collect the properties on the node
	aProperties = aProperties.concat( getElementProperties( oNode, true, true ) );
}

// Iterate over the collected properties
for( var i = 0; i < aProperties.length; i += 1 ){
	// Get the 'current' property
	oProperty = aProperties[ i ];
	
	// Print information about the property
	printPropertyInfo( oProperty );
}

/**/