public static void CreateFrac()
{
ParamsModal modal = ScriptableObject.CreateInstance <ParamsModal>();
string[,] defaultVariables =
{
{ "numOfPieces", "20", "int:2,500" },
{ "noise", "0", "float:0,1" },
{ "scaleX", "1", "float:0,1" },
{ "scaleY", "1", "float:0,1" },
{ "scaleZ", "1", "float:0,1" },
{ "smoothFaces", "False", "bool" },
{ "sharpEdges", "True", "bool" },
{ "margin", "0", "float:0,1" },
{ "recenterOrigin", "True", "bool" },
};
modal.defaultVariables = defaultVariables;
modal.OnStart = (List <KeyValueConfig> variables) =>
{
EditorUtility.DisplayProgressBar("Shattering Your Mesh !", "Generating Pieces", .1f);
Func <string, int, Dictionary <string, string> > EnvCreator = (string fileName, int threadSeed) =>
{
int seed = (int)Stopwatch.GetTimestamp() + threadSeed;
string output = Utils.GetWindowsPath(fileName, "-frac");
Dictionary <string, string> envVars = new Dictionary <string, string> {
{ "input", $"{fileName}" },
{ "output", $"{output}" },
{ "seed", $"{seed}" },
};
variables.ForEach((variable) => envVars.Add(variable.key, variable.value));
return(envVars);
};
List <CommandOutput> procOutputs = Core.RunCommandOnSelected(
$@"-b -P py_scripts~\fracture.py",
EnvCreator
);
procOutputs.ForEach(UnityEngine.Debug.Log);
EditorUtility.DisplayProgressBar("Shattering Your Mesh !", "Importing Models", .8f);
AssetDatabase.Refresh();
EditorUtility.ClearProgressBar();
};
modal.ShowModalUtility();
}
public static void GenerateLOD()
{
ParamsModal modal = ScriptableObject.CreateInstance <ParamsModal>();
string[,] defaultVariables =
{
{ "number_of_LOD", "4", "int:1,8" },
{ "least_detail_percent", "30", "float:0,99" }
};
modal.defaultVariables = defaultVariables;
modal.OnStart = (List <KeyValueConfig> variables) =>
{
EditorUtility.DisplayProgressBar("Decimating Your Mesh !", "Generating LOD clones", .2f);
Func <string, int, Dictionary <string, string> > EnvCreator = (string fileName, int threadSeed) =>
{
string input = Utils.GetWindowsPath(fileName);
string output = Utils.GetWindowsPath(fileName, "-LOD");
Dictionary <string, string> envVars = new Dictionary <string, string> {
{ "input", $"{input}" },
{ "output", $"{output}" }
};
variables.ForEach((variable) => envVars.Add(variable.key, variable.value));
return(envVars);
};
List <CommandOutput> procOutputs = Core.RunCommandOnSelected(
$@"-b -P py_scripts~\generate_LOD.py",
EnvCreator
);
procOutputs.ForEach(UnityEngine.Debug.Log);
EditorUtility.DisplayProgressBar("Decimating Your Mesh !", "Importing Models", .8f);
AssetDatabase.Refresh();
EditorUtility.ClearProgressBar();
};
modal.ShowModalUtility();
}
public static void UnwrapperFn()
{
ParamsModal modal = ScriptableObject.CreateInstance <ParamsModal>();
string[,] defaultVariables =
{
{ "unwrap_mode", "smart_project", "dropdown:smart_project,lightmap_pack,cube_project,cylinder_project,sphere_project" }
};
modal.defaultVariables = defaultVariables;
modal.OnStart = (List <KeyValueConfig> variables) =>
{
EditorUtility.DisplayProgressBar("Looking at your Mesh !", "Unwraping ...", .1f);
Func <string, int, Dictionary <string, string> > EnvCreator = (string path, int threadSeed) =>
{
string output = Utils.GetWindowsPath(path, "-unwrapped");
Dictionary <string, string> envVars = new Dictionary <string, string> {
{ "input", $"{path}" },
{ "output", $"{output}" }
};
variables.ForEach((variable) => envVars.Add(variable.key, variable.value));
return(envVars);
};
List <CommandOutput> procOutputs = Core.RunCommandOnSelected(
$@"-b -P py_scripts~\unwrap.py",
EnvCreator
);
EditorUtility.DisplayProgressBar("Looking at your Mesh !", "Importing Models", .5f);
procOutputs.ForEach(UnityEngine.Debug.Log);
AssetDatabase.Refresh();
EditorUtility.ClearProgressBar();
};
modal.ShowModalUtility();
}
public static void GenerateSpaceship()
{
ParamsModal modal = ScriptableObject.CreateInstance <ParamsModal>();
string[,] defaultVariables =
{
{ "Number of Spaceships", "1", "int:1,20" },
{ "num_hull_segments_min", "3", "int:1,20" },
{ "num_hull_segments_max", "6", "int:1,20" },
{ "create_asymmetry_segments", "True", "bool" },
{ "num_asymmetry_segments_min", "1", "int:1,20" },
{ "num_asymmetry_segments_max", "5", "int:1,20" },
{ "create_face_detail", "True", "bool" },
{ "allow_horizontal_symmetry", "False", "bool" },
{ "allow_vertical_symmetry", "False", "bool" },
{ "apply_bevel_modifier", "True", "bool" },
{ "assign_materials", "True", "bool" },
};
modal.defaultVariables = defaultVariables;
modal.OnStart = (List <KeyValueConfig> variables) =>
{
EditorUtility.DisplayProgressBar("Creating Spaceships !", "Generating Spaceships", .1f);
int numOfShips = int.Parse(variables[0].value);
variables.RemoveAt(0);
Func <string, int, Dictionary <string, string> > EnvCreator = (string path, int threadSeed) =>
{
int seed = (int)Stopwatch.GetTimestamp() + threadSeed;
string spaceshipName = $"spaceship_{seed}";
string output = $@"{path}\{spaceshipName}\{spaceshipName}.fbx";
Dictionary <string, string> envVars = new Dictionary <string, string> {
{ "output", $"{output}" }
};
variables.ForEach((variable) => envVars.Add(variable.key, variable.value));
return(envVars);
};
List <CommandOutput> procOutputs = Core.RunCommandTimesN(
$@"-b -P py_scripts~\generate_spaceship.py",
numOfShips,
EnvCreator
);
EditorUtility.DisplayProgressBar("Creating Spaceships !", "Importing Models", .5f);
float progressPerLoop = 0.4f / procOutputs.Count;
float progress = 0.55f;
int i = 1;
AssetDatabase.Refresh();
procOutputs.ForEach(procOutput =>
{
progress += progressPerLoop;
EditorUtility.DisplayProgressBar("Creating Spaceships !", "Importing Materials and Textures #" + i++, progress);
Utils.ExtractTexturesAndMaterials(procOutput.outputFile);
});
AssetDatabase.Refresh();
EditorUtility.ClearProgressBar();
};
modal.ShowModalUtility();
}
