static void Main(string[] args)
{
FilePaths filePaths = ArgParser.Parse(args);
AssimpInterpreter interpreter = new AssimpInterpreter();
Structure structure = interpreter.Interpret(filePaths.inFile);
NodeGraph nodeGraph = null;
// Voxel solution.
if (filePaths.voxelSolution)
{
nodeGraph = VoxelGridGraphGenerator.GenerateNodeGraph(structure);
}
// Mesh solution.
else
{
List <NodeGraph> nodeGraphs = new List <NodeGraph>();
for (int i = 0; i < structure.components.Count; i++)
{
NodeGraph n = ComponentGraphGenerator.GenerateComponentNodeGraph(structure.components[i]);
nodeGraphs.Add(n);
}
nodeGraph = GraphUnifier.UnifyGraphs(nodeGraphs);
}
XMLCreator.writeXML(nodeGraph, filePaths.outFile);
}
/*
* Parse arguments into an input and output path, and decides which graph generator solution to choose.
*/
public static FilePaths Parse(string[] args)
{
CheckValidArgs(args);
FilePaths filePath = new FilePaths(
GetInputPath(args[0]),
GetOutputPath(args[1]));
SetFlags(args, filePath);
return(filePath);
}
/*
* Sets all flags based on arguments
*/
private static void SetFlags(string[] args, FilePaths filePaths)
{
SetDefaultFlags(filePaths);
for (int i = flagIndex; i < args.Length; i++)
{
string flag = args[i].Substring(1);
if (flagsDictionary["MeshSolution"] == flag)
{
filePaths.voxelSolution = false;
}
else if (flagsDictionary["VoxelSolution"] == flag)
{
filePaths.voxelSolution = true;
}
}
}
/*
* Sets default flags
*/
private static void SetDefaultFlags(FilePaths filePaths)
{
filePaths.voxelSolution = true;
}