VoxML LoadMarkup(VoxML v)
{
VoxML voxml = new VoxML();
try {
voxml = v;
AssignVoxMLValues(voxml);
}
catch (FileNotFoundException ex) {
}
return voxml;
}
VoxML LoadMarkup(string text)
{
VoxML voxml = new VoxML();
try {
voxml = VoxML.LoadFromText (text);
AssignVoxMLValues(voxml);
}
catch (FileNotFoundException ex) {
}
return voxml;
}
VoxML LoadMarkup(GameObject obj)
{
VoxML voxml = new VoxML();
try {
voxml = VoxML.Load (obj.name + ".xml");
AssignVoxMLValues(voxml);
}
catch (FileNotFoundException ex) {
}
return voxml;
}
void AssignVoxMLValues(VoxML voxml)
{
// assign VoxML values
// ENTITY
mlEntityType = voxml.Entity.Type;
// PRED
mlPred = voxml.Lex.Pred;
mlTypes = new List<string>(voxml.Lex.Type.Split (new char[]{'*'}));
mlTypeCount = mlTypes.Count;
mlTypeSelectVisible = new List<int>(new int[]{-1});
mlTypeSelected = new List<int>(new int[]{-1});
mlRemoveType = new List<int>(new int[]{-1});
for (int i = 0; i < mlTypeCount; i++) {
mlTypeSelectVisible.Add (-1);
mlTypeSelected.Add (-1);
mlRemoveType.Add (-1);
}
// TYPE
mlHead = voxml.Type.Head;
mlComponents = new List<string>();
foreach (VoxTypeComponent c in voxml.Type.Components) {
mlComponents.Add (c.Value);
}
mlComponentCount = mlComponents.Count;
mlConcavity = voxml.Type.Concavity;
List <string> rotatSyms = new List<string>(voxml.Type.RotatSym.Split (new char[]{','}));
mlRotatSymX = (rotatSyms.Contains("X"));
mlRotatSymY = (rotatSyms.Contains("Y"));
mlRotatSymZ = (rotatSyms.Contains("Z"));
List<string> reflSyms = new List<string>(voxml.Type.ReflSym.Split (new char[]{','}));
mlReflSymXY = (reflSyms.Contains ("XY"));
mlReflSymXZ = (reflSyms.Contains ("XZ"));
mlReflSymYZ = (reflSyms.Contains ("YZ"));
mlArgs = new List<string>();
foreach (VoxTypeArg a in voxml.Type.Args) {
mlArgs.Add (a.Value);
}
mlArgCount = mlArgs.Count;
mlSubevents = new List<string>();
foreach (VoxTypeSubevent e in voxml.Type.Body) {
mlSubevents.Add (e.Value);
}
mlSubeventCount = mlSubevents.Count;
// HABITAT
mlIntrHabitats = new List<string>();
foreach (VoxHabitatIntr i in voxml.Habitat.Intrinsic) {
mlIntrHabitats.Add (i.Name + "=" + i.Value);
}
mlIntrHabitatCount = mlIntrHabitats.Count;
mlExtrHabitats = new List<string>();
foreach (VoxHabitatExtr e in voxml.Habitat.Extrinsic) {
mlExtrHabitats.Add (e.Name + "=" + e.Value);
}
mlExtrHabitatCount = mlExtrHabitats.Count;
// AFFORD_STR
mlAffordances = new List<string>();
foreach (VoxAffordAffordance a in voxml.Afford_Str.Affordances) {
mlAffordances.Add (a.Formula);
}
mlAffordanceCount = mlAffordances.Count;
// EMBODIMENT
mlScale = voxml.Embodiment.Scale;
mlMovable = voxml.Embodiment.Movable;
}
public void OnGUI()
{
if (DrawInspector) {
inspectorPositionAdjX = inspectorPosition.x;
inspectorPositionAdjY = inspectorPosition.y;
if (inspectorPosition.x + inspectorWidth > Screen.width) {
if (inspectorPosition.y > Screen.height - inspectorMargin) {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorPositionAdjY = inspectorPosition.y - inspectorHeight;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y - inspectorHeight, inspectorWidth, inspectorHeight);
}
else
if (inspectorPosition.y + inspectorHeight > Screen.height) {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y, inspectorWidth, Screen.height - inspectorPosition.y);
}
else {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y, inspectorWidth, inspectorHeight);
}
}
else
if (inspectorPosition.y > Screen.height - inspectorMargin) {
inspectorPositionAdjY = inspectorPosition.y - inspectorHeight;
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y - inspectorHeight, inspectorWidth, inspectorHeight);
}
else
if (inspectorPosition.y + inspectorHeight > Screen.height) {
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y, inspectorWidth, Screen.height - inspectorPosition.y);
}
else {
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y, inspectorWidth, inspectorHeight);
}
/*#if UNITY_EDITOR || UNITY_STANDALONE
if (File.Exists (inspectorObject.name + ".xml")) {
if (!ObjectLoaded (inspectorObject)) {
loadedObject = LoadMarkup (inspectorObject);
markupCleared = false;
}
}
else {
if (!markupCleared) {
InitNewMarkup ();
loadedObject = new VoxML ();
}
}
#endif
#if UNITY_WEBPLAYER*/
// Resources load here
TextAsset markup = Resources.Load (inspectorObject.name) as TextAsset;
if (markup != null) {
if (!ObjectLoaded (markup.text)) {
loadedObject = LoadMarkup (markup.text);
inspectorTitle = inspectorObject.name;
markupCleared = false;
}
}
else {
if (!markupCleared) {
InitNewMarkup ();
loadedObject = new VoxML ();
}
}
//#endif
GUILayout.BeginArea (inspectorRect, GUI.skin.window);
switch (mlEntityType) {
case VoxEntity.EntityType.Object:
DisplayObjectMarkup ();
break;
case VoxEntity.EntityType.Program:
DisplayProgramMarkup ();
break;
case VoxEntity.EntityType.Attribute:
DisplayAttributeMarkup ();
break;
case VoxEntity.EntityType.Relation:
DisplayRelationMarkup ();
break;
case VoxEntity.EntityType.Function:
DisplayFunctionMarkup ();
break;
default:
break;
}
GUILayout.EndArea ();
Vector2 textDimensions = GUI.skin.label.CalcSize (new GUIContent (inspectorTitle));
GUI.Label (new Rect (((2 * inspectorPositionAdjX + inspectorWidth) / 2) - textDimensions.x / 2, inspectorPositionAdjY, textDimensions.x, 25), inspectorObject.name);
}
}
protected override void OnGUI()
{
/*if (DrawInspector) {
inspectorPositionAdjX = inspectorPosition.x;
inspectorPositionAdjY = inspectorPosition.y;
if (inspectorPosition.x + inspectorWidth > Screen.width) {
if (inspectorPosition.y > Screen.height - inspectorMargin) {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorPositionAdjY = inspectorPosition.y - inspectorHeight;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y - inspectorHeight, inspectorWidth, inspectorHeight);
}
else
if (inspectorPosition.y + inspectorHeight > Screen.height) {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y, inspectorWidth, Screen.height - inspectorPosition.y);
}
else {
inspectorPositionAdjX = inspectorPosition.x - inspectorWidth;
inspectorRect = new Rect (inspectorPosition.x - inspectorWidth, inspectorPosition.y, inspectorWidth, inspectorHeight);
}
}
else
if (inspectorPosition.y > Screen.height - inspectorMargin) {
inspectorPositionAdjY = inspectorPosition.y - inspectorHeight;
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y - inspectorHeight, inspectorWidth, inspectorHeight);
}
else
if (inspectorPosition.y + inspectorHeight > Screen.height) {
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y, inspectorWidth, Screen.height - inspectorPosition.y);
}
else {
inspectorRect = new Rect (inspectorPosition.x, inspectorPosition.y, inspectorWidth, inspectorHeight);
}*/
/*#if UNITY_EDITOR || UNITY_STANDALONE
if (File.Exists (inspectorObject.name + ".xml")) {
if (!ObjectLoaded (inspectorObject)) {
loadedObject = LoadMarkup (inspectorObject);
markupCleared = false;
}
}
else {
if (!markupCleared) {
InitNewMarkup ();
loadedObject = new VoxML ();
}
}
#endif
#if UNITY_WEBPLAYER*/
// Resources load here
TextAsset markup = Resources.Load (InspectorVoxeme) as TextAsset;
if (markup != null) {
if (!ObjectLoaded (markup.text)) {
loadedObject = LoadMarkup (markup.text);
windowTitle = InspectorVoxeme;
markupCleared = false;
}
}
else {
if (!markupCleared) {
InitNewMarkup ();
loadedObject = new VoxML ();
}
}
//#endif
//}
base.OnGUI ();
}
// Use this for initialization
void Start()
{
// load in VoxML knowledge
TextAsset markup = Resources.Load (gameObject.name) as TextAsset;
if (markup != null) {
voxml = VoxML.LoadFromText (markup.text);
}
// populate operational voxeme structure
PopulateOperationalVoxeme();
// get movement blocking
minYBound = Helper.GetObjectWorldSize(gameObject).min.y;
// get rigging components
rigging = gameObject.GetComponent<Rigging> ();
targetPosition = transform.position;
targetRotation = transform.eulerAngles;
targetScale = transform.localScale;
}