public void StartOwnMenu()
{
// creating option functions
List <object> optionFns = new List <object>();
List <Object> obj = new List <Object>();
for (int i = 0; i < objects.Length; i++)
{
obj.Add(objects[i]);
}
List <CustomColor> listColors = new List <CustomColor>(colors);
optionFns.Add(name);
optionFns.Add(obj);
optionFns.Add(mainCamera);
optionFns.Add(listColors);
optionFns.Add(new Saver(this));
optionFns.Add(new SceneExit());
// starting menu
ListMenu <object> menu = new ListMenu <object>(name, options, optionFns);
menu.EngageMenu();
// user might have chanched stuff; would be hard to figure out exactly what so just update everything
TheyMoved(objects);
// restoring some possibly changed variables back to this class
objects = obj.ToArray();
colors = listColors.ToArray();
}
public Tuple <ICreatable, Ref <string> > Create()
{
Component newComponent = null;
string[] options = new string[]
{
"Mesh",
"Controls",
"Camera"
};
ListMenu <Component> menu = new ListMenu <Component>("Choose a component to add", options, false, true);
int chosenObject = menu.EngageMenu();
switch (chosenObject)
{
case 0:
newComponent = new Mesh();
break;
case 1:
newComponent = new Controls();
break;
case 2:
newComponent = new Camera();
break;
default: return(null);
}
return(new Tuple <ICreatable, Ref <string> >(newComponent, newComponent.name));
}
static void EngagingBaseMenu()
{
string[] options = new string[]
{
"Choose scene",
"Set scenes path",
"Set prefabs path",
"Controls help"
};
List <object> optionFns = new List <object>();
Ref <string> scenesPath = new Ref <string>(HolderClass.scenesPath);
Ref <string> prefabsPath = new Ref <string>(HolderClass.prefabsPath);
optionFns.Add(new List <Scene>());
optionFns.Add(scenesPath);
optionFns.Add(prefabsPath);
optionFns.Add("testing");
while (true)
{
ListMenu <object> menu = new ListMenu <object>(new Ref <string>("Main menu"), options, optionFns);
menu.EngageMenu();
HolderClass.prefabsPath = prefabsPath.value;
HolderClass.scenesPath = scenesPath.value;
}
}
public override void StartOwnMenu()
{
List <object> optionFns = new List <object>();
Ref <float> fov = new Ref <float>(viewingAngle);
optionFns.Add(name);
optionFns.Add(fov);
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
viewingAngle = fov.value;
}
void DoThings(List <Polygon> polygons)
{
string title = "Polygons";
Ref <string>[] names = new Ref <string> [polygons.Count];
for (int i = 0; i < polygons.Count; i++)
{
names[i] = polygons[i].name;
}
// just starting the menu
ListMenu <Polygon> menu = new ListMenu <Polygon>(title, names, polygons, true);
menu.EngageMenu();
}
void DoThings(List <Component> components)
{
string title = "Components";
Ref <string>[] names = new Ref <string> [components.Count];
for (int i = 0; i < components.Count; i++)
{
names[i] = components[i].name;
}
// just starting the menu
ListMenu <Component> menu = new ListMenu <Component>(title, names, components, true);
menu.EngageMenu();
}
/// <summary>
/// For when you wanna choose from a list of objects
/// </summary>
/// <param name="objects"></param>
void DoThings(List <Object> objects)
{
string title = "Parented objects";
Ref <string>[] names = new Ref <string> [objects.Count];
for (int i = 0; i < objects.Count; i++)
{
names[i] = objects[i].name;
}
// just starting the menu
ListMenu <Object> menu = new ListMenu <Object>(title, names, objects, true);
menu.EngageMenu();
}
void DoThings(List <Vector3> vector3s)
{
string title = "Points";
Ref <string>[] names = new Ref <string> [vector3s.Count];
for (int i = 0; i < vector3s.Count; i++)
{
names[i] = vector3s[i].name;
}
// just starting the menu
ListMenu <Vector3> menu = new ListMenu <Vector3>(title, names, vector3s, true);
menu.canAddDelete = true;
menu.EngageMenu();
}
void DoThings(List <CustomColor> colors)
{
string title = "Colors";
// get color names
Ref <string>[] names = new Ref <string> [colors.Count];
for (int i = 0; i < colors.Count; i++)
{
names[i] = colors[i].name;
}
// start menu
ListMenu <CustomColor> menu = new ListMenu <CustomColor>(title, names, colors);
menu.canAddDelete = false;
menu.EngageMenu();
}
public void StartOwnMenu()
{
List <object> optionFns = new List <object>();
optionFns.Add(name);
optionFns.Add(new Ref <float>(x));
optionFns.Add(new Ref <float>(y));
optionFns.Add(new Ref <float>(z));
ListMenu <object> menu = new ListMenu <object>(new Ref <string>("Vector3"), options, optionFns);
menu.EngageMenu();
x = ((Ref <float>)optionFns[1]).value;
y = ((Ref <float>)optionFns[2]).value;
z = ((Ref <float>)optionFns[3]).value;
}
public Tuple <ICreatable, Ref <string> > Create()
{
Object newObject = null;
string[] prefabs = HolderClass.FileNames(HolderClass.prefabsPath);
string[] options = new string[prefabs.Length + 1];
options[0] = "\\empty\\";
for (int i = 0; i < prefabs.Length; i++)
{
options[i + 1] = prefabs[i];
}
ListMenu <Object> menu = new ListMenu <Object>("Choose object to add", options, false, true);
int chosenObject = menu.EngageMenu();
// nothing chosen so just quit
if (chosenObject == -1)
{
return(null);
}
// empty chosen so just create one
if (chosenObject == 0)
{
newObject = new Object();
return(new Tuple <ICreatable, Ref <string> >(newObject, newObject.name));
}
// might have chosen importable object, in that case, import it
if (options[chosenObject].Length >= 4)
{
string cut = options[chosenObject].Substring(options[chosenObject].Length - 4);
if (cut == ".txt" || cut == ".obj")
{
newObject = ObjImporter.Import(HolderClass.prefabsPath + "\\" + options[chosenObject]);
newObject.moved = true;
return(new Tuple <ICreatable, Ref <string> >(newObject, newObject.name));
}
}
// load up the selected object the normal way
newObject = HolderClass.Loader <Object>(HolderClass.prefabsPath + "\\" + options[chosenObject]);
newObject.moved = true;
return(new Tuple <ICreatable, Ref <string> >(newObject, newObject.name));
}
public void StartOwnMenu()
{
// creating options
List <object> optionFns = new List <object>();
optionFns.Add(name);
optionFns.Add(r);
optionFns.Add(g);
optionFns.Add(b);
// starting menu
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
r.value = r.value % 256;
g.value = g.value % 256;
b.value = b.value % 256;
UpdateColor();
}
public override void StartOwnMenu()
{
// creating options
List <object> optionFns = new List <object>();
List <Polygon> pol = new List <Polygon>();
for (int i = 0; i < polygons.Length; i++)
{
pol.Add(polygons[i]);
}
optionFns.Add(name);
optionFns.Add(pol);
// starting menu
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
// restoring possibly changed variables
polygons = pol.ToArray();
}
public override void StartOwnMenu()
{
// creating options
List <object> optionFns = new List <object>();
Ref <int> Type = new Ref <int>(type);
Ref <float> speed = new Ref <float>(baseSpeed);
Ref <float> angle = new Ref <float>(baseAngle);
optionFns.Add(name);
optionFns.Add(Type);
optionFns.Add(speed);
optionFns.Add(angle);
// starting menu
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
// restoring possibly changed variables
type = Type.value;
baseSpeed = speed.value;
baseAngle = angle.value;
}
public void StartOwnMenu()
{
// preparing function for each f'n name
List <object> optionFns = new List <object>();
List <Object> obj = new List <Object>();
for (int i = 0; i < children.Length; i++)
{
obj.Add(children[i]);
}
List <Component> comp = new List <Component>();
for (int i = 0; i < components.Length; i++)
{
comp.Add(components[i]);
}
optionFns.Add(name);
optionFns.Add(position);
optionFns.Add(quatRotation);
optionFns.Add(scale);
optionFns.Add(comp);
optionFns.Add(obj);
optionFns.Add(new Saver(this));
// creating a menu
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
// restoring some possibly changed variables back to this class
children = obj.ToArray();
components = comp.ToArray();
}
void DoThings(List <Scene> scenes)
{
Ref <string> title = new Ref <string>("Scenes");
// find scene names in their folder
List <string> sceneNames = new List <string>(HolderClass.FileNames(HolderClass.scenesPath));
string[] backup = sceneNames.ToArray();
scenes.Clear();
ListMenu <string> menu = new ListMenu <string>(title, sceneNames.ToArray(), sceneNames, true, true);
int chosenScene = menu.EngageMenu();
for (int i = 0; i < backup.Length; i++)
{
if (!sceneNames.Contains(backup[i]))
{
File.Delete(HolderClass.scenesPath + "\\" + backup[i]);
}
}
if (chosenScene == -1)
{
return;
}
if (chosenScene == -2)
{
Scene newScene = (Scene) new SceneFactory().Create().Item1;
Program.MainCycle(newScene);
return;
}
Scene loadedScene = HolderClass.Loader <Scene>(HolderClass.scenesPath + "\\" + sceneNames[chosenScene]);
Program.MainCycle(loadedScene);
}
public void StartOwnMenu()
{
// creating options
List <object> optionFns = new List <object>();
List <Vector3> points = new List <Vector3>(localPoints);
Ref <CharInfo> o = new Ref <CharInfo>(edges);
Ref <CharInfo> f = new Ref <CharInfo>(fill);
optionFns.Add(name);
optionFns.Add(points);
optionFns.Add(o);
optionFns.Add(f);
// starting menu
ListMenu <object> menu = new ListMenu <object>(name, names, optionFns);
menu.EngageMenu();
// restoring possibly changed variables
localPoints = points.ToArray();
edges = o.value;
fill = f.value;
}